РУЧНЫЕ РАСКРОЙНЫЕ ЭЛЕКТРОНОЖНИЦЫ

1. Ручные раскройные электроножницы, содержащие корпус с рукояткой, дисковый нож с приводом его вращения, опорно-направляющую лапку с носовым заострением и с продольным пазом под дисковый нож, установленную на корпусе посредством стойки, и устройство для заточки ножа, отличающиеся тем, что снабжены противорежущим ножом, установленным на упомянутой стойке и поджатым к дисковому ножу, а опорно-направляющая лапка установлена с возможностью упруго-возвратного, по крайней мере, двухстороннего крена при внешнем силовом воздействии на нее. 2. Электроножницы по п.1, отличающиеся тем, что противорежущий нож поджат к дисковому ножу упруго. 3. Электроножницы по п.2, отличающиеся тем, что противорежущий нож установлен на конце пластинчатой пружины, другим своим концом прикрепленной к боковой поверхности стойки и размещенной в дополнительной зоне продольного паза под дисковый нож сбоку от него. 4. Электроножницы по п.1, отличающиеся тем, что опорно-направляющая лапка связана со стойкой посредством продольно ориентированных шарниров и изгибно-упругого стержня, установленного центральной своей частью в стойке поперечно, при этом его концы встроены в гнезда лапки, предусмотренные на дополнительных боковых поверхностях ее паза. 5. Электроножницы по п.1, отличающиеся тем, что лапка снабжена опорно-направляющими роликами. 6. Электроножницы по п.5, отличающиеся тем, что предусмотрена одна пара опорно-направляющих роликов с общей осью, смещенной от пятна контакта обоих ножей в заднюю часть лапки. (19) RU (11) 31 189 (13) U1 (51) МПК A41H 31/00 (2000.01) B26B 25/00 (2000.01) РОССИЙСКОЕ АГЕНТСТВО ПО ПАТЕНТАМ И ТОВАРНЫМ ЗНАКАМ (12) ОПИСАНИЕ ПОЛЕЗНОЙ МОДЕЛИ К СВИДЕТЕЛЬСТВУ (21), (22) Заявка: 2003101545/20 , 23.01.2003 (24) Дата начала отсчета срока действия патента: 23.01.2003 (46) Опубликовано: 27.07.2003 (72) Автор(ы): СЕБЕНИ Дёрдь (HU) , ЯНТАИ Густав (HU) (73) Патентообладатель(и): Закарецкий Анатолий Васильевич (RU) Ñòðàíèöà: 1 U 1 3 1 1 8 9 R U U 1 (57) Формула полезной модели 1. ...

Электроинструмент для фрезерования пазов

Электроинструмент для фрезерования пазов, содержащий корпус с закрепленным на нем электродвигателем, вал которого связан с дисковой фрезой, и приспособление для регулирования величины заглубления дисковой фрезы, отличающийся тем, что приспособление для регулирования величины заглубления дисковой фрезы выполнено в виде двуплечего качающегося рычага, ось которого прикреплена к корпусу, причем на одном плече качающегося рычага размещен ролик, а на втором плече, подпружиненном относительно корпуса, установлен регулировочный винт, связанный резьбовым соединением с корпусом. (19) RU (11) 32 028 (13) U1 (51) МПК B26B 25/00 (2000.01) РОССИЙСКОЕ АГЕНТСТВО ПО ПАТЕНТАМ И ТОВАРНЫМ ЗНАКАМ (12) ОПИСАНИЕ ПОЛЕЗНОЙ МОДЕЛИ К ПАТЕНТУ (21), (22) Заявка: 2003113621/20 , 08.05.2003 (24) Дата начала отсчета срока действия патента: 08.05.2003 (46) Опубликовано: 10.09.2003 (72) Автор(ы): Викторов О.Ю. (73) Патентообладатель(и): Викторов Олег Юрьевич R U Адрес для переписки: 656060, г.Барнаул, ул. Шукшина, 18, кв.29, О.Ю. Викторову (71) Заявитель(и): Викторов Олег Юрьевич 3 2 0 2 8 R U Ñòðàíèöà: 1 U 1 (57) Формула полезной модели Электроинструмент для фрезерования пазов, содержащий корпус с закрепленным на нем электродвигателем, вал которого связан с дисковой фрезой, и приспособление для регулирования величины заглубления дисковой фрезы, отличающийся тем, что приспособление для регулирования величины заглубления дисковой фрезы выполнено в виде двуплечего качающегося рычага, ось которого прикреплена к корпусу, причем на одном плече качающегося рычага размещен ролик, а на втором плече, подпружиненном относительно корпуса, установлен регулировочный винт, связанный резьбовым соединением с корпусом. 3 2 0 2 8 U 1 (54) Электроинструмент для фрезерования пазов U 1 U 1 3 2 0 2 8 3 2 0 2 8 R U R U Ñòðàíèöà: 2 RU 32 028 U1 RU 32 028 U1 RU 32 028 U1 RU 32 028 U1 RU 32 028 U1 RU 32 028 U1

ШТРОБОРЕЗ

Полезная модель относится к ручному электрическому инструменту и предназначена для выполнения борозд в кирпичных и бетонных поверхностях любой прочности для прокладки проводов и трубопроводов [B28D 1/24]. Техническим результатом полезной модели является повышение долговечности режущих дисков, точности выполнения борозд, оптимизация подачи воды, а также повышение удобства использования. Технический результат достигается за счет того, что штроборез, содержащий угловую шлифовальную машину со шпинделем, на котором установлены два режущих диска, которые отделены друг от друга дистанционными шайбами и закрыты защитным кожухом, внутри кожуха смонтирована форсунка системы охлаждения, отличающийся тем, что угловая шлифовальная машина установлена в вертикальном держателе, который выполнен в виде П-образной конструкции, система охлаждения дисков включает шаровый кран с ручкой, установленный в верхней части держателя, при этом шаровый кран трубкой соединен со штуцерным четвериком, который расположен на защитном кожухе, при этом свободные концы штуцерного переходника трубками соединены с форсунками, две из которых расположены на боковых поверхностях кожуха, а третья в передней части кожуха, при этом кожух не полностью закрывает боковые стороны режущих дисков. РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 172 901 U1 (51) МПК B28D 1/24 (2006.01) B23Q 11/10 (2006.01) B26B 25/00 (2006.01) B28D 7/02 (2006.01) B24B 23/00 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ ПОЛЕЗНОЙ МОДЕЛИ К ПАТЕНТУ (21)(22) Заявка: 2016113956, 11.04.2016 (24) Дата начала отсчета срока действия патента: 11.04.2016 (72) Автор(ы): Радаев Максим Александрович (RU) (73) Патентообладатель(и): Радаев Максим Александрович (RU) Дата регистрации: (56) Список документов, цитированных в отчете о поиске: JP 2004142398 A, 20.05.2004. US Приоритет(ы): (22) Дата подачи заявки: 11.04.2016 4022182 A, 10.05.1977. SU 1701560 A1, 20.12.1991. RU 2375175 C1, 10.12.2009. R U 31.07.2017 (45) Опубликовано: 31. ...

ДИСК ТРИММЕРА

Полезная модель относится к механическим выбрасывателям, оснащенным диском, в частности к режущим устройствам с несколькими режущими ножами. Диск триммера выполнен в виде цельного основания, выполненного в виде четырех лепестковой крестовины. На концах каждого из лепестков выполнено соединительное отверстие. В последнем установлен, с возможностью углового перемещения, режущий элемент, выполненный в виде ножа. При вращении диска триммера в бензокосе (электрокосе), режущие ножи под действием центробежных сил принимают рабочее положение. При ударе режущего ножа диска триммера о препятствие, нож складывается в крестовину основания, не допуская поломки всего диска триммера, и исключает поломки вала или повреждения редуктора бензокосы (электрокосы). Диск триммера не требует заточки режущих ножей и не имеет изнашиваемых деталей. В случае поломки режущего ножа, заявленный диск триммер легко ремонтируется заменой ножа в полевых условиях. И 1 183516 ко РОССИЙСКАЯ ФЕДЕРАЦИЯ ВУ” 183 546” 44 ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ИЗВЕЩЕНИЯ К ПАТЕНТУ НА ПОЛЕЗНУЮ МОДЕЛЬ ММ9К Досрочное прекращение действия патента из-за неуплаты в установленный срок пошлины за поддержание патента в силе Дата прекращения действия патента: 07.11.2018 Дата внесения записи в Государственный реестр: 20.01.2020 Дата публикации и номер бюллетеня: 20.01.2020 Бюл. №2 Стр.: 1 па ЭрчзЗ ЕП

Rotary knife with blade bushing

A powered rotary knife includes a handle, a blade housing, an annular blade, and a blade bushing for rotatably mounting the blade within the housing. The blade housing includes an inner groove that is operable to receive the blade bushing therein. The blade housing and blade bushing are split in order to expand and receive the blade. The blade includes an outer groove that is also operable to receive the blade bushing. Thus, the blade bushing is spaced between the blade housing and blade and rotatably secures the blade within the blade housing.

Blade bushing for rotary knife

A powered rotary knife includes a handle, a blade housing, an annular blade, and a blade bushing for rotatably mounting the blade within the housing. The blade housing includes an inner groove that is operable to receive the blade bushing therein. The blade housing and blade bushing are split in order to expand and receive the blade. The blade includes an outer groove that is also operable to receive the blade bushing. Thus, the blade bushing is spaced between the blade housing and blade and rotatably secures the blade within the blade housing.

Coupling with safety lock of the driveshaft of a hand-tool

A coupling has a safety lock and receives a flexible driveshaft with a tube into a hand-tool. The coupling contains a pinion as part of a drive transmission of the hand-tool and a lever on a handle. An opening of the pinion can be connected to an end of the driveshaft, and the lever engages into a retaining groove of the tube as long as the lever is gripped together with the handle. In a drive position, a direct positive engagement between the driveshaft and the pinion is produced, and the transmission is thus driven. The coupling contains a spring that pushes the driveshaft into a rearward rest position as soon as the lever on the handle is released, whereby the positive engagement between the driveshaft and the pinion is disengaged and the transmission is thus set to rest.

Power Tools

A power tool is provided with a perforated material remover to remove perforated material from power tool cutting implements. The power tool also includes a rip guide which has a long guide edge and two attachment points to the shoe/base of the saw. The rip guide is attached to the base/shoe via a pair of L-shaped openings that accept L-shaped support arms of the rip guide. The rip guide can also be folded for compact storage. The power tool also includes dual bevel scales for quickly and easily setting the bevel angle on the power tool. 1. A power saw , comprising:a saw body including a motor casing and a handle connected to said motor casing;a motor disposed in said motor casing;a saw blade drivingly connected to said motor; anda material remover connected to said saw body for engaging and removing perforated material on said saw blade.2. The power saw according to claim 1 , wherein said material remover comprises:a body portion for engaging said perforated material on said saw blade;a base portion for supporting said body portion; anda fastener for connecting said body portion and said base portion to said saw body.3. The power saw according to claim 2 , wherein said body portion includes an edge having an arcuate portion.4. The power saw according to claim 2 , wherein said body portion defines a first plane and includes an edge that is curved away from said plane.5. The power saw of claim 1 , wherein said material remover comprises:a lever portion attached to said saw body,wherein said lever portion includes a first portion and a second portion separated by a notched opening.6. A circular saw claim 1 , comprising:a tool body including a motor casing and a handle connected to said motor casing;a motor disposed in said motor casing;a circular saw blade drivingly connected to said motor;a saw shoe mounted to said tool body, said saw shoe defining a pair of openings in a side thereof; anda rip guide removably mounted to said openings in said saw shoe, said rip guide ...

Power operated rotary knife

A two-part rotary knife blade ( 2300, 3300 ) for a power operated rotary knife. The knife blade ( 2300 ) includes a carrier portion ( 2302, 3302 ) and a blade portion ( 2350, 3350 ), the blade portion configured to be received in a nested relationship by the carrier portion and being releasably secured to the carrier portion by an attachment structure ( 2370, 3370 ). The attachment structure ( 2370, 3370 ) including a plurality of projections ( 2372, 3372 ) extending from one of an outer wall ( 2354, 3354 ) of the blade portion ( 2350, 3350 ) and the inner wall ( 2304, 3304 ) of the carrier portion and a plurality of sockets ( 2374, 3374 ) disposed in the other of the outer wall of the blade portion and the inner wall of the carrier portion, each of the plurality of projections being received in a respective different one of the plurality of sockets to releasably secure the blade portion to the carrier portion.

ELECTRIC CIRCULAR SAW

An electric circular saw includes a housing, a switch trigger arranged on the housing, a switch controlling rod for limiting the travel range of the switch trigger, a base plate, a depth support arranged on the base plate and a connecting rod for limiting the travel range of the depth support. The electric circular saw further includes an movable control member having a driving portion for driving the first connecting rod and a limiting portion for limiting the switch controlling rod, and the moving distance from the driving portion to a contact surface between the driving portion and the first connecting rod is larger than or equal to the moving distance from the limiting portion to a contact surface between the limiting portion and the switch controlling rod. 1. An electric circular saw , comprisinga housing;a switch trigger arranged on the housing;a switch controlling rod for limiting the travel range of the switch trigger, wherein the switch controlling rod is pivotally mounted to the inner wall of the housing through a pin shaft, a stopping member for limiting the travel range of the switch trigger is arranged between the switch controlling rod and the switch trigger, and the rotation of the switch controlling rod forces the stopping member to get out of the travel range of the switch trigger so as to control the operation of the switch trigger, the switch controlling rod further comprises an elastic member for causing the switch controlling rod to force the stopping member to restore towards the switch trigger, and the switch controlling rod is more connected with a pushing button protruding out from the housing in a normal state;a base plate;a depth support arranged on the base plate;a first connecting rod for limiting the travel range of the depth support;a rotary plate arranged in the housing, the rotary plate comprising a first convex portion protruding outwards from a side of the rotary plate for driving the first connecting rod, and a second convex ...

HAND-HELD ELECTRIC CUTTING MACHINE

Provided is a hand-held electric cutting machine having excellent spark control capability, high stability, good usability and high versatility. A unit having: a first guard which covers a part of a disc-shaped cutting tool; a second guard which covers a part of the disc-shaped cutting tool and is rotatably attached to the first guard; a movable guard which is rotatable around outer peripheries of the first guard and the second guard, covers a part of the disc-shaped cutting tool, and is attached on the second guard; and a protector which covers an outside of the movable guard and is attached on the second guard, is attached to a hand-held electric tool serving as a driving source. 1. A hand-held electric cutting machine comprising: a disc-shaped cutting tool which is attached to a rotary drive apparatus; a first guard which is attached to the rotary drive apparatus and covers a part of the disc-shaped cutting tool; a second guard which covers a part of the disc-shaped cutting tool and is rotatably attached to the first guard; a movable guard which is rotatable around outer peripheries of the first guard and the second guard, covers a part of the disc-shaped cutting tool, and is attached on the second guard; and a protector which covers an outside of the movable guard and is attached on the second guard, wherein the first guard, the second guard, and the protector are formed in a shape so that each of lower ends of the first guard, the second guard, and the protector is cut off along a uniform plane. The present invention relates to a hand-held electric cutting machine controlling sparks generated when a steel pipe, a steel sheet or the like is cut with a disc-shaped cutter.Generally, when machining a small-sized steel pipe, steel sheet or the like with a cutting grindstone, the machining work is often performed by a hand-held electric cutting machine represented by a disc grinder with a dedicated guard and base attached thereto as shown in . Sparks generated during ...

POWER OPERATED ROTARY KNIFE WITH VACUUM ATTACHMENT ASSEMBLY

A power operated rotary knife including: a handle assembly, a head assembly and a vacuum attachment assembly. The handle assembly includes an elongated cylindrical handle housing defining a handle assembly longitudinal axis extending through a throughbore of the handle housing. The head assembly includes a rotary knife blade rotatably supported for rotation about an axis of rotation in a blade housing and a frame securing the blade housing to the distal end of the handle assembly in a position offset from the handle housing, the axis of rotation of the rotary knife blade being spaced apart from and parallel to the handle longitudinal axis. The vacuum attachment assembly includes an adapter extending at an angle away from the handle housing such that a central axis of the adapter is transverse to the with respect to the rotary knife blade axis of rotation and the handle assembly longitudinal axis. 121-. (canceled)21. A power operated rotary knife comprising:a handle assembly including an elongated cylindrical handle housing defining a handle assembly longitudinal axis extending through a throughbore in the handle housing;a head assembly coupled to and extending from a distal end of the handle assembly, the head assembly including a rotary knife blade supported by a blade housing for rotation about a central axis of rotation, the rotary knife blade including an annular body having an inner wall and a radially spaced apart outer wall, the inner wall defining a central open region extending from a first end to a spaced apart second end of the annular body, the annular body including a drive section defining a driven gear including a set of gear teeth formed in the outer wall of the annular body, and a blade section adjacent a second end of the annular body, the head assembly further including a frame coupling the blade housing to the distal end of the handle assembly in a position radially offset from the handle housing such that the central axis of rotation of the ...

POWER OPERATED ROTARY KNIFE WITH NOTCHED ROTARY KNIFE BLADE AND TRIM GUIDE

A combination of a rotary knife blade and a trim guide for a power operated rotary knife. The annular rotary knife blade supported for rotation about a central axis of rotation in a direction of rotation and rotating with respect to the trim guide, the knife blade including a blade section extending from an annular body, the lower end of the blade section defining a plurality of circumferentially spaced apart notches including an opening at the lower end and a central open portion defined by a peripheral wall, the peripheral wall including an arcuate cutting portion adjacent the lower end of the blade section. The trim guide including a guide section defining a plurality of circumferentially spaced apart notches extending from a lower end, each of the plurality of notches including a shearing portion in overlapping axial alignment with the arcuate cutting portions of the blade section. 1. A power operated rotary knife comprising:an annular rotary knife blade supported for rotation about a central axis of rotation in a direction of rotation and rotating with respect to a trim guide, the knife blade including an annular body including an inner wall and an outer wall and an upper end and a lower end, the annular body of the rotary knife blade including a bearing surface for rotational support of the rotary knife blade and a driven gear for rotationally driving the rotary knife blade, the rotary knife blade further including a blade section extending from the lower end of the annular body, the blade section including a blade frustoconical wall extending between an upper end of the blade section and a lower end of the blade section, the lower end of the blade section spaced radially inwardly from and axially below the upper end, a plurality of circumferentially spaced apart notches extending from the lower end of the blade section into the blade frustoconical wall, each of the plurality of notches including an opening at the lower end and a central open portion defined ...

BREAKAWAY LUG DRIVE COUPLER OF ROTARY KNIFE

A rotary knife assembly includes a rotary knife with a spinning blade, a motor operable to power the rotary blade, and a flexible drive cable connected between the motor and knife to transmit rotational power to the blade. The assembly includes a safety release feature drivingly intercoupled between the motor and drive cable so as to drivingly disconnect the cable and knife from the motor when excess torque is experienced. The safety release feature is in the form of a breakaway drive lug operable to normally transmit rotational power from the motor to the knife. In the event of binding of the knife or kinking of the drive cable, excess torque serves to break the drive lug in order to disengage the motor from the knife. 1. A rotary knife assembly , comprising:a motor including a rotatable drive shaft;a rotary knife including a shiftable blade operable to be powered by said motor;an elongated, flexible drive cable having proximal and distal ends, with said proximal end drivingly connected to said rotary knife; anda drive connection assembly operably coupled between said motor drive shaft and said distal end of said cable, so that the drive cable is operable to transmit rotational power from the motor to the blade,said drive connection assembly including safety release structure operable to disengage said motor from said drive cable when excess torque is applied to the safety release structure corresponding with binding of the knife or kinking of the drive cable,said safety release structure including a breakaway drive lug having opposed end sections and an intermediate breakaway section,said end sections being operably coupled with the drive shaft and the drive cable, respectively,said breakaway section operable to break when the excess torque is applied to said drive lug.2. The knife assembly of claim 1 , said breakaway section being of reduced cross-sectional area relative to the cross-sectional areas of adjacent portions the end sections.3. The knife assembly of ...

POWER OPERATED ROTARY KNIFE WITH VACUUM ATTACHMENT ASSEMBLY

A power operated rotary knife including: a handle assembly, a head assembly and a vacuum attachment assembly. The handle assembly includes an elongated cylindrical handle housing defining a handle assembly longitudinal axis extending through a throughbore of the handle housing. The head assembly includes a rotary knife blade rotatably supported for rotation about an axis of rotation in a blade housing and a frame securing the blade housing to the distal end of the handle assembly in a position offset from the handle housing, the axis of rotation of the rotary knife blade being spaced apart from and parallel to the handle longitudinal axis. The vacuum attachment assembly includes an adapter extending at an angle away from the handle housing such that a central axis of the adapter is transverse to the with respect to the rotary knife blade axis of rotation and the handle assembly longitudinal axis. 1. A power operated rotary knife comprising:a handle assembly including an elongated cylindrical handle housing defining a handle assembly longitudinal axis extending through a throughbore in the handle housing;a head assembly coupled to and extending from a distal end of the handle assembly, the head assembly including a rotary knife blade supported by a blade housing for rotation about a central axis of rotation, the rotary knife blade including an annular body having an inner wall and a radially spaced apart outer wall, the inner wall defining a central open region extending from a first end to a spaced apart second end of the annular body and a drive section adjacent a first end of the annular body, the drive section defining a driven gear including a set of gear teeth formed in the outer wall of the annular body, and a blade section adjacent a second end of the annular body, the head assembly further including a frame securing the blade housing to the distal end of the handle assembly in a position radially offset from the handle housing such that the central axis of ...

POWER OPERATED ROTARY KNIFE WITH VACUUM ATTACHMENT ASSEMBLY

A power operated rotary knife including: a handle assembly, a head assembly and a vacuum attachment assembly. The handle assembly includes an elongated cylindrical handle housing defining a handle assembly longitudinal axis extending through a throughbore of the handle housing. The head assembly includes a rotary knife blade rotatably supported for rotation about an axis of rotation in a blade housing and a frame securing the blade housing to the distal end of the handle assembly in a position offset from the handle housing, the axis of rotation of the rotary knife blade being spaced apart from and parallel to the handle longitudinal axis. The vacuum attachment assembly includes an adapter including an upper boss affixed to the frame and a body for receiving a vacuum hose. A central axis of the adapter is parallel with respect to the rotary knife blade central axis and the handle assembly longitudinal axis. 1. A power operated rotary knife comprising:an elongated handle assembly defining a handle assembly longitudinal axis;a head assembly coupled to and extending from a distal end of the handle assembly, the head assembly including a rotary knife blade supported by a blade housing for rotation about a central axis of rotation, the rotary knife blade including an annular body having an inner wall and a radially spaced apart outer wall, the inner wall defining a central open region extending from a first end to a spaced apart second end of the annular body and a drive section adjacent a first end of the annular body, the drive section defining a driven gear including a set of gear teeth formed in the outer wall of the annular body, and a blade section adjacent a second end of the annular body, the head assembly further including a frame, the blade housing and the handle assembly releasably coupled to the frame, the blade housing being radially offset from the handle assembly longitudinal axis such that the central axis of rotation of the rotary knife blade is spaced ...

Stem Removing Tool

A stem removing tool for cutting the stems from vegetables, herbs, and the like. The stem removing tool includes a pair of elongated arms pivotally secured to one another at a common pivot point. Each arm includes a handle disposed on a first end thereof and a rotary blade disposed on a second end thereof, wherein the pair of blades are parallel to one another. The blades are able to rotate along a surface and over an object, such as the rib of a lettuce leaf, thereby removing the rib therefrom with a single use. A spring is secured between the pair of elongated arms on the second ends thereof so as to allow the blades to compress together when the handles are compressed together and spread apart when the handles are released from one another. 1) A stem removing tool , comprising:a first elongated arm pivotally secured to a second elongated arm about a common pivot point;said first elongated arm comprises a first elongated handle on a first end thereof and a first rotary blade on a second end thereof;said second elongated arm comprises a second elongated handle on a first end thereof and a second rotary blade on a second end thereof;a spring secured between said second end of said first elongated arm and said second end of said second elongated arm, such that said first rotary blade and said second rotary blade are adapted to move towards one another when said first handle and said second handle are squeezed together, and said first rotary blade and said second rotary blade are adapted to spread apart from one another when said first handle and said second handle are released from one another.2) The stem removing tool of claim 1 , wherein said first rotary blade and said second rotary blade are parallel to one another.3) The stem removing tool of claim 1 , wherein said first rotary blade and said second rotary blades are circular.4) The stem removing tool of claim 1 , wherein said first rotary blade and said second rotary blade comprise a plurality of teeth thereon. ...

ECCENTRIC BLADE HOUSING FOR ROTARY KNIFE

A rotary knife includes a frame, an annular blade, and a blade housing mounted to the frame. The housing presents a circumferential mounting surface in contact with the frame. The housing supports the blade on the frame for rotation about a central axis. The housing includes a blade-supporting race defined along a circle centered on the central axis. The mounting surface is defined along a circular arc with a center point spaced from the central axis, such that the blade-supporting race and mounting surface are eccentric relative to one another. The housing presents opposite inner and outer annular faces. At least one of the faces presents a proximal-most end in contact with the frame and a distal-most end spaced from the frame. The proximal-most end is spaced from the central axis a first distance. The distal-most end is spaced from the central axis a second distance. The distances are different. 1. A rotary knife comprising:a frame;an annular blade; anda blade housing mounted to the frame, with the housing presenting a circumferential mounting surface in contact with the frame,said housing supporting the blade on the frame for rotation about a central axis,said housing including a blade-supporting race defined along a circle centered on the central axis,said mounting surface of the housing being defined along a circular arc with a center point spaced from the central axis, such that the blade-supporting race and mounting surface are eccentric relative to one another.2. The rotary knife as claimed in claim 1 ,said center point being closer to the frame than the central axis.3. The rotary knife as claimed in claim 1 ,said housing presenting opposite inner and outer annular faces,one of said faces having a mounting portion along which the mounting surface is defined, with a remaining portion of said one of the faces being spaced from the frame.4. The rotary knife as claimed in claim 3 ,said remaining portion of said one of the faces being arcuate and centered on the ...

TOOL FOR REMOVAL OF MEAT PIECES SUCH AS TENDERLOIN FROM A CARCASS

The invention relates to a tool for manual or especially automatic removal of tenderloins from half-carcasses of slaughtered animals. The tool comprises a circular knife blade, a blade housing supporting the knife blade, and a movable knife blade protector. The tool is connected to a motor capable of driving the knife blade. A tenderloin is partly cut free with the knife, the knife blade protector is activated to protect the knife blade and the tool is used to pull the tenderloin free from the half-carcass without damaging the tenderloin with the knife. The tool can be arranged on a robot and can be used for automatic removal of tenderloins from half-carcasses at slaughterhouses. 1. A meat piece removing tool , said tool comprising:a round or circular knife blade with a cutting edge;a circular blade housing; anda movable knife blade protector capable of moving between a position where the cutting edge of the circular knife blade is uncovered or exposed and a position where the cutting edge of the circular knife blade is covered.2. The tool according to claim 1 , said tool further comprising a round or circular cover.3. The tool according to claim 1 , said tool further comprising a motor configured for driving the knife blade.4. The tool according to claim 1 , said tool further comprising spring means allowing the tool to be adaptive.5. The tool according to claim 1 , further comprising knife blade protector moving means claim 1 , and wherein said knife blade protector moving means is connected to the knife blade protector and configured for moving the knife blade protector from a protecting position where the knife blade protector protrudes over the cutting edge of the round or circular knife blade to a non-protecting position where the knife blade protector is retracted and the cutting edge of the round or circular knife blade is exposed.6. The tool according to claim 1 , further comprising a cone with a quick-acting coupling.7. A method for removing a meat piece ...

CAM-ACTUATED SPLIT BLADE HOUSING FOR POWER OPERATED ROTARY KNIFE

A blade housing assembly for a power operated rotary knife including a split blade housing and a cam mechanism for changing a blade housing diameter between blade supporting and blade changing positions. The split blade housing includes an annular blade support section, a mounting section and a split extending through the mounting section and an inner wall of the blade support section and defining a split distance between first and second circumferential ends of the inner wall. The split includes a radial split section and an angled split section adjacent the inner wall. The mounting section includes first and second body portions on opposite sides of the split. The cam mechanism includes a cam plate bridging the first and second body portions and a cam member rotatably supported by the cam plate. The cam member is rotatable between closed and open positions to change the blade housing diameter. 120-. (canceled)21. A blade housing assembly for rotatably supporting an annular rotary knife blade of a power operated rotary knife , the blade housing assembly comprising:a split blade housing including a mounting section including an inner wall and an outer wall radially spaced from the inner wall and a split extending through the inner wall of the mounting section and defining a split distance between first and second circumferential ends of the inner wall, the mounting section including a first body portion and a second body portion on opposite sides of the split, the first body portion including a first cam slot having a first end portion and a spaced apart second end portion; anda cam mechanism including: a cam plate bridging the first and second body portions of the mounting section of the split blade housing; and a cam member rotatably supported by the cam plate, the cam member rotatable between a first, closed position and a second, open position and including a first cam pin received in the first cam slot of the first body portion of the mounting section of the ...

CIRCULAR CUTTER

A circular cutter contains: a connection assembly having a first extension and a first fixing head. The first fixing head has a locking hole. The first extension has a cavity, a first groove, and a second groove. The cavity accommodates a protection assembly which has a second extension and a second fixing head, wherein the second extension has a projection and a flexible deformation section connecting with the projection, the flexible deformation section deforms, and the projection retains in the second groove of the connection assembly. An elongated section is defined between the flexible deformation section and the second fixing head and is fixed in the first groove, the second fixing head has a first orifice corresponding to the locking hole of the connection assembly, such that a fixing assembly is rotatably connected with a cutting blade and is fixed in the locking hole. 1. A circular cutter comprising:a connection assembly including a first extension and a first fixing head connecting with one end of the first extension, and the first fixing head having a locking hole defined on the first fixing head;wherein the first extension has a cavity formed on one side of the first extension, a first groove defined on a first end of the cavity, and a second groove defined on a second end of the cavity;wherein the cavity accommodates a protection assembly, and the protection assembly includes a second extension and a second fixing head connecting with one end of the second extension, wherein the second extension has a projection and a flexible deformation section connecting with the projection, the flexible deformation section deforms, and the projection retains in the second groove of the connection assembly;wherein an elongated section is defined between the flexible deformation section and the second fixing head and is fixed in the first groove, the second fixing head has a first orifice corresponding to the locking hole of the connection assembly, hence a fixing ...

GRIP-TYPE CUTTER KNIFE

The present invention is directed to a cutter knife body having a grip portion, wherein the grip portion comprises a trigger lever, a cutting blade provided on an end of the cutter knife body, a pin rotatably supporting the cutting blade in the cutter knife body, a locking member placed in an opening formed in the cutter knife body, and a pair of cutting blade protector flanges, each protector flange being disposed on a side of the cutting blade, wherein each of said pair of cutting blade protector flanges has an outward protrusion from a surface of the flange, the grip type cutter knife characterized by further comprising: a pair of springs located between the pin and each of the outward protrusion. from the flange surface, wherein the pair of flanges is slidably supported in the cutter knife body by the pin and the pair of springs. 1. A grip type cutter knife , comprising:a cutter knife body having a grip portion,wherein the grip portion comprises a trigger lever,a cutting blade provided on an end of the cutter knife body,a pin rotatably supporting the cutting blade in the cutter knife body,a locking member placed in an opening formed in the cutter knife body anda pair of cutting blade protector flanges, each protector flange being disposed on a side of the cutting blade,wherein each of said pair of cutting blade protector flanges has an outward protrusion from a surface of the flange,the grip type cutter knife further comprising:a pair of springs located between the pin and each of the outward protrusion from the flange surface,wherein the pair of flanges is slidably supported in the cutter knife body by the pin and the pair of springs.2. The grip type cutter knife according to claim 1 , wherein each of said pair of flanges has a flat bottomed shape.3. The grip type cutter knife according to claim 1 , wherein the cutter knife body comprises a platform claim 1 ,wherein the cutting blade and the pair of cutting blade protector flanges are disposed on said platform. ...

LOW FRICTION ROTARY KNIFE

A power operated knife comprises a blade supporting structure supporting an annular blade for rotation about a central axis. The blade and blade supporting structure are engagable along bearing contact locations that are spaced apart in a direction parallel to the axis so that the blade is stabilised both radially and axially as the knife operates. The blade supporting structure comprises a split blade housing member that is radially expandible and contractible to receive the blade. The split blade housing member and blade engage along relatively short lines of bearing contact that serve to minimize friction and blade heating when the knife operates. The bearing locations are spaced apart both circumferentially around the blade perimeter and in the direction of the axis so that the blade position is stabilized during operation of the knifes. 123-. (canceled)24. A rotary knife blade comprisinga rotatable annular body defining first and second axial ends, the body disposed about a central axis; andan annular blade section rotatable with the annular body and projecting axially from the first axial end of the body;the rotatable annular body comprised of a wall defining a radially outer surface disposed between said first and second axial ends, and an annular bearing bead extending outwardly from the radially outer surface, the bearing bead spaced axially from the blade section and comprising a first bearing surface and an axially spaced apart second bearing surface, the first and second bearing surfaces converge proceeding in opposite axial directions.25. The rotary knife blade of wherein the first and second bearing surfaces are arcuate in cross section.26. The rotary knife blade of wherein the annular bearing bead is substantially semicircular in cross section.27. The rotary knife blade of wherein the annual bearing bead extends continuously about the radially outer surface of the wall of the rotatable annular body.28. The rotary knife blade of wherein the radially ...

OUTIL A MAIN PERFECTIONNE

A hand tool for cooking comprising a longitudinal handle (), an active cutting part () comprising a cutting blade (), characterized in that it comprises 112787787133333213. A hand tool for cooking comprising a longitudinal handle () , an active cutting part () comprising a cutting blade () placed opposite a strip known as a support strip () , parallel to the blade , wherein the sharp edge of the blade (A) can be arranged , in the active position , below the plane formed by the blade () and the support strip () , the blade () extends substantially transversally to the handle () , the tool comprises a support zone (B) for at least one finger of the user holding the handle , wherein the support zone extends substantially transversally to the handle , characterized in that it also comprises a finger protection zone (C) and in that the support zone (B) and the protection zone (C) demarcate an intermediate part () between the active part () and the handle () , wherein the intermediate part () is made up of a ring through which at least one finger of the user can pass , and the portion of the ring opposite the active part constitutes the finger protection zone.23. The hand tool according to claim 1 , characterized in that the support zone (B) allows the finger to apply force comprising at least one component along a direction co-linear or parallel to the longitudinal center line of the handle claim 1 , in the direction opposite the blade.337. The hand tool according to claim 1 , characterized in that the support zone (B) for the finger is curved claim 1 , with concavity turned towards the blade ().43. The hand tool according to claim 1 , characterized in that the support zone (B) is made in the form of a part of a cylinder with a center line transverse to the handle.5245730. The hand tool according to claim 1 , characterized in that the active part () comprises a yoke with two branches ( claim 1 , ) on which the cutting blade () is mounted claim 1 , wherein the end of the ...

SAFETY CUTTER FOR JAM PREVENTION

A safety cutter for jam prevention for preventing an object being cut from being jammed when the direction of a disc-shaped rotary cutting member is switched especially in a diagonal or curved line, as well as cutting the object while the disc-shaped rotary cutting member is traversing and rotating about a center of the object being cut by means of simple pushing force without needing scissoring. The safety cutter includes a cutter body, disc-shaped rotary cutting members, and fastening members. In the cutter body, an open slit is formed on the front of the cutter body, coupling holes are respectively formed on the top and bottom of the open slit, and a grip part is formed on the rear of the cutter body. 1. An anti-jam safety cutter comprising:a cutter body which includes an open slit formed in the front thereof, coupling holes formed at the top and bottom of the open slit, respectively, and a grip portion provided at the rear thereof;disc-shaped rotary cutting members which are rotatably connected to the top and bottom of the front of the cutter body, respectively, and which include central holes formed in the center thereof to communicate with the coupling holes of the cutter body, insertion holes spaced in the radial direction from the central holes, and cutting blades formed on the edges thereof to protrude through the open slit and overlap each other; andfastening members which rotatably connect the disc-shaped rotary cutting members to the top and bottom of the front of the cutter body, respectively, and which include central coupling protrusions provided in the center thereof to be sequentially inserted and coupled to the central holes of the disc-shaped rotary cutting members and the coupling holes of the cutter body, and anti-jam insertion protrusions provided at the outside in the radial direction to be inserted and fixed to the insertion holes of the disc-shaped rotary cutting members to prevent an object to be cut from being jammed when the cutting ...

POWER OPERATED ROTARY KNIFE

A rolling bearing strip for a power operated rotary knife providing bearing support for rotation of a rotary knife blade with respect to a blade housing. The rolling bearing strip includes: a plurality of rolling bearings disposed in spaced apart relation; and a flexible separator cage for positioning the plurality of spaced apart rolling bearings, the flexible separator cage including interlocking first and second ends, the first end of the separator cage including a wall defining a projecting member and the second end of the separator cage including a wall defining a receiving member, the first end projecting member and the second end receiving member being in opposed facing relationship and the first end projecting member extending into the second end receiving member to secure the first end to the second end and form an annular, continuous rolling bearing ring. 1. A rolling bearing strip for a power operated rotary knife providing bearing support for rotation of a rotary knife blade with respect to a blade housing , the rolling bearing strip comprising:a plurality of rolling bearings disposed in spaced apart relation; anda flexible separator cage for positioning the plurality of rolling bearings, the flexible separator cage including interlocking first and second ends, the first end of the separator cage including a wall defining a projecting member and the second end of the separator cage including a wall defining a receiving member, the first end projecting member and the second end receiving member being in opposed facing relationship and the first end projecting member extending into the second end receiving member to secure the first end to the second end and form a continuous ring.2. The rolling bearing strip of wherein the first end projecting member comprises a projecting tab extending transversely from the wall of the first end and the second end receiving member comprises a slot extending radially into the wall of the second end.3. The rolling bearing ...

Power operated rotary knife

A power operated rotary knife including an annular rotary knife blade supported for rotation in a blade housing. The rotary knife blade including a body and a blade section extending from the body. The body section including an outer wall including an upper, middle and lower portions. The upper portion of the outer wall including a bearing race extending radially inwardly into the outer wall. The lower portion of the outer wall including the driven gear. In one embodiment, the intermediate portion includes an annular land having an outer surface defining a radially outermost portion of the outer wall of the body, the outer surface of the annular land being radially outward of the driven gear and the bearing race. In another embodiment, the intermediate portion includes an annular channel having an inner surface being radially inward of first and second ends of the bearing race and the driven gear.

PARTIALLY-SERRATED DISPOSABLE PIZZA CUTTER

This invention is a partially-serrated disposal pizza cutting apparatus. The invention is an affordable, safe, easy-to-use, single body cutting device with a graspable handle joined at a static contact point to a round cutting portion having a circumference that has both serrated and non-serrated segments to slice and separate customized pizza portions.

POWER OPERATED ROTARY KNIFE

A power operated rotary knife including an annular rotary knife blade supported for rotation in a blade housing. The rotary knife blade including a body and a blade section extending from the body. The body section including an outer wall including an upper, middle and lower portions. The upper portion of the outer wall including a bearing race extending radially inwardly into the outer wall. The lower portion of the outer wall including the driven gear. In one embodiment, the intermediate portion includes an annular land having an outer surface defining a radially outermost portion of the outer wall of the body, the outer surface of the annular land being radially outward of the driven gear and the bearing race. In another embodiment, the intermediate portion includes an annular channel having an inner surface being radially inward of first and second ends of the bearing race and the driven gear. 1. An annular rotary knife blade for rotation about a central axis of rotation in a power operated rotary knife , the rotary knife blade comprising:a body and a blade section extending axially from the body, the body including an upper end and a lower end spaced axially apart and an inner wall and an outer wall spaced radially apart, the outer wall of the body including an upper portion adjacent the upper end of the body, a lower portion adjacent a lower end of the body, and a middle portion disposed between the upper and lower ends of the body, the body and the blade section being radially centered about the central axis of rotation;the blade section extending from the lower end of the body;the upper portion of the outer wall of the body including an annular bearing race axially spaced from an upper end of the body, the middle portion of the outer wall of the body including an annular land axially below the annular bearing race, and the lower portion of the outer wall of the body including an annular driven gear axially below the annular land;the annular bearing race ...

SPLIT BLADE HOUSING WITH EXPANSION SLEEVE ASSEMBLY FOR POWER OPERATED ROTARY KNIFE

A blade housing assembly for a power operated rotary knife including a split blade housing and an expansion sleeve assembly. The split blade housing including an annular blade support section and a mounting section extending from the blade support section. The mounting section includes a split extending through the mounting section and includes a first body portion and a second body portion on opposite sides of the split, the first body portion including a slot extending axially through the first body portion and movable between blade supporting and blade changing positions. The expansion sleeve assembly extends through the slot and includes a split sleeve changeable between first and second circumferences. The expansion sleeve assembly further including a fastener extends through the split sleeve and, when engaged with the split sleeve, maintains the split sleeve in the first circumference and secures the first body portion in the blade supporting position. 1. A blade housing assembly for a power operated rotary knife , the blade housing assembly comprising:a split blade housing including:an annular blade support section including an inner wall;a mounting section extending from the blade support section; anda split extending through the mounting section and the inner wall of the blade support section and defining a split distance between first and second circumferential ends of the inner wall, the mounting section including a first body portion and a second body portion on opposite sides of the split, the first body portion including a slot extending axially through the first body portion having an enlarged first and second end portions connected by a passageway, the first body portion being movable with respect to the second body portion between a first blade supporting position wherein the split distance between the first and second circumferential ends of the inner wall is a first value and a second blade changing position wherein the split distance between the ...

No grip cutter

A no grip rotary cutter is disclosed which may be used to cut materials such as cloth by pushing on the cutter with the palm of the hand. 1. A no grip rotary cutter , comprising:(1) a block having a size and shape such that it will fit comfortably in the palm of a user's hand and the block have a forward end, a rearward end, a top, and a bottom;(2) a stud which protrudes down from the bottom of said block which is near the center of the block and slightly rearward from the midpoint of the bottom of said block and the stud having a slot through said stud which is vertical and which opens at the bottom of said stud and said stud having a horizontal hole which passes through the slot;(3) a bolt capable of being passed through the hole in said stud and being removably secured within the hole; and(4) a circular cutting blade capable of being secured within said slot in said stud using the bolt and which protrudes below the bottom of said stud;Whereby, a user may use the no grip rotary cutter to cut materials by grasping said block in the palm of the hand and pushing downward and forward.2. The no grip rotary cutter of in which fastening means other than a bolt is used to secured the circular cutting blade to said block.3. The no grip rotary cutter of in which a strap is affixed to the side of said block such that the strap acts to secure a user's hand to said no grip rotary cutter.4. The no grip rotary cutter of in which a strap is affixed to the side of said block such that the strap acts to secure a user's hand to said no grip rotary cutter. 1. Field of the Invention:The present invention relates generally to hand tools and more specifically to a no grip rotary cutter which may be used to cut a variety of items including cloth.2. Background Information:Throughout history, people have struggled to find tools which may be used to cut various materials. For many years the rotary cutter has been used to cut materials such as cloth, paper, or even pizza.The patent to Melter ...

Rotary Cutter

Embodiments according to the present invention provide improved rotary cutters and associated methods. A cutter includes a handle coupled to a plurality of rotary cutting elements which may be rotatable substantially within the same plane, within closely spaced parallel planes, or within intersecting planes, wherein the intersection of such planes occurs substantially tangential to the rotary cutting elements. The rotary cutting elements are preferably different sized and preferably becoming smaller distally from the handle. A method includes cutting an article with a plurality of rotary blades with a single motion of a human hand and/or arm. Such article may be, for example, a food article, such as pizza, or a textile article, such as leather, vinyl, or even gypsum board. 1. A device comprising:a handle including a free end;a first blade coupled to the handle opposite the free end, the first blade rotatable about a first axis; anda second blade coupled to the handle opposite the free end, the second blade rotatable about a second axis, the second axis being disposed closer to the handle than the first axis,wherein the first blade is a first circular blade having a first major diameter and the second blade is a second circular blade having a second major diameter, wherein the first major diameter is smaller than the second major diameter.210. A device according to claim , wherein the second major diameter is greater than twice the first major diameter.311. A device according to claim , wherein the second major diameter is at least three times the first major diameter.4. A device according to claim 1 ,wherein a first tangent intersects a first point on the first blade and a second point on the second blade,wherein a second tangent intersects a third point on the first blade and a fourth point on the second blade,wherein the first tangent and the second tangent intersect at a tangent vertex,wherein the first blade is located between the second blade and the tangent ...

ROTARY KNIFE PROVIDING MATERIAL REMOVAL VIA SUCTION

A vacuum rotary knife is fluidly connectable to a vacuum source conduit. The rotary knife includes an annular blade and a knife head. The knife head supports the blade for rotation about a rotational axis. The knife head presents a vacuum port fluidly connectable to the conduit. The vacuum port is spaced from the blade such that the knife head defines a suction pathway extending between the blade and the vacuum port. 1. A vacuum rotary knife fluidly connectable to a vacuum source conduit , said rotary knife comprising:an annular blade; anda knife head supporting the blade for rotation about a rotational axis,said knife head presenting a vacuum port fluidly connectable to the conduit,said vacuum port being spaced from the blade such that the knife head defines a suction pathway extending between the blade and the vacuum port,said suction pathway being at least substantially devoid of any openings.2. The vacuum rotary knife as claimed in claim 1 ,said blade including axially opposite first and second blade ends, with the first blade end defining a cutting edge,said knife head presenting a proximal head end spaced from the vacuum port,said second blade end and said proximal head end being adjacent one another to define a blade/head interface,said blade/head interface being the only opening between the cutting edge and the vacuum port.3. The vacuum rotary knife as claimed in claim 2 ,said knife head including a blade housing and a conduit connector,said blade housing rotatably supporting the blade,said conduit connector defining the vacuum port,said conduit connector including opposite proximal and distal connector ends and a continuous inner surface extending between the connector ends,said inner surface at least partially defining the suction pathway.4. The vacuum rotary knife as claimed in claim 3 ,said proximal connector end defining the proximal head end,said vacuum port being defined at the distal connector end.5. The vacuum rotary knife as claimed in claim 1 , ...

Power operated rotary knife

A power operated rotary knife () including: an annular rotary knife blade () including a knife blade bearing surface (); a blade housing () defining a blade housing bearing surface (); and a blade-blade housing bearing structure () disposed between the knife blade bearing surface () and the blade housing bearing surface (). The blade-blade housing bearing structure () includes a rolling bearing strip () having a plurality of rolling bearings (), such as ball bearings, disposed in spaced apart relation in a flexible separator cage (). The rolling bearing strip () traverses through an annular passageway () defined between the knife blade bearing surface () and the blade housing bearing surface () to secure the knife blade () to the blade housing () and support the knife blade for rotation about a central axis (R) with respect to the blade housing (). 1. A power operated rotary knife comprising:a head assembly including a gearbox assembly, an annular rotary knife blade, a blade housing, and a blade-blade housing bearing structure;the blade housing coupled to the gearbox assembly and including an annular blade support section defining a bearing surface formed on an inner wall of the annular blade support section;the annular rotary knife blade including a body and a blade section extending axially from the body, the body including an upper end and a lower end spaced axially apart and an inner wall and an outer wall spaced radially apart, the blade section extending from the lower end of the body, the outer wall defining a knife blade bearing surface and a set of gear teeth, the set of gear teeth being axially spaced from the upper end of the body and from the knife blade bearing surface;the blade-blade housing bearing structure disposed between the knife blade bearing surface and the blade housing bearing surface to support the knife blade for rotation with respect to the blade housing; anda gear train of the gearbox assembly, the gear train including a drive gear having ...

Power operated rotary knife with notched rotary knife blade and trim guide

A power operated rotary knife assembly including a power operated rotary knife having an annular rotary knife blade, a trim guide, and a drive mechanism for driving the rotary knife blade about an axis of rotation. The assembly also includes a portable power unit, a vacuum assembly and a flexible shaft drive transmission coupled between the power operated rotary knife and the portable power unit. The portable power unit includes a drive motor assembly providing a rotational power source which is operatively coupled to the drive mechanism through the flexible drive transmission to rotate the rotary knife blade. The portable power unit also includes a blower assembly providing vacuum pressure at an inlet duct side, the vacuum assembly being in fluid communication with the inlet duct side to generate a vacuum pressure condition in a region of a cutting opening defined by the rotary knife blade and the trim guide.

Stem Removing Tool

A stem removing tool for cutting the stems from vegetables, herbs, and the like. The stem removing tool includes a pair of elongated arms pivotally secured to one another at a common pivot point. Each arm includes a handle disposed on a first end thereof and a rotary blade disposed on a second end thereof, wherein the pair of blades are parallel to one another. The blades are able to rotate along a surface and over an object, such as the rib of a lettuce leaf, thereby removing the rib therefrom with a single use. A spring is secured between the pair of elongated arms on the second ends thereof so as to allow the blades to compress together when the handles are compressed together and spread apart when the handles are released from one another. 1) A stem removing tool , comprising:a first elongated arm pivotally secured to a second elongated arm about a common pivot point;said first elongated arm comprises a first elongated handle on a first end thereof and a first rotary blade on a second end thereof;said second elongated arm comprises a second elongated handle on a first end thereof and a second rotary blade on a second end thereof;a spring secured between said second end of said first elongated arm and said second end of said second elongated arm, such that said first rotary blade and said second rotary blade are adapted to move towards one another when said first handle and said second handle are squeezed together, and said first rotary blade and said second rotary blade are adapted to spread apart from one another when said first handle and said second handle are released from one another;wherein the spring is concentric with the first and second rotary blades.2) The stem removing tool of claim 1 , wherein said first rotary blade and said second rotary blade are parallel to one another.3) The stem removing tool of claim 1 , wherein said first rotary blade and said second rotary blades are circular.4) The stem removing tool of claim 1 , wherein said first rotary ...

MULTI-FUNCTION KITCHEN DEVICE AND METHOD

A multi-function kitchen tool is disclosed herein. The multi-function kitchen tool includes a rolling pin, a base, and a handle cover configured in a compact combination. In some embodiments, the multi-function kitchen tool includes a mixing bowl, a rolling pin, a cheese grater, a pizza slicer, a juicer, etc., combined together into one kitchen tool. The multi-function kitchen tool is useful for providing a multi-function kitchen tool for compact storage. 1. A multi-function kitchen tool for compact storage on a countertop surface , the multi-function kitchen tool comprising: the first detachable handle having a first handle axis, a first handle end, and a first utensil end opposite the first handle end, relative the first handle axis, the first detachable handle including a first kitchen utensil proximate the first utensil end, and the first detachable handle further including a first rolling pin interface configured to secure and align the first detachable handle to the rolling pin, and', 'the second detachable handle having a second handle axis, a second handle end, and a second utensil end opposite the second handle end, relative the second handle axis, the second detachable handle including a second kitchen utensil proximate the second utensil end, and the second detachable handle further including a second rolling pin interface configured to secure and align the second detachable handle to the rolling pin; and', 'a base having a vertical axis, the base configured to rest on the countertop surface, and further configured to receive and removably support the rolling pin vertically thereon during compact storage via at least one of the first detachable handle and the second detachable handle, and such that the rolling pin axis, the first handle axis, and the second handle axis are coaxial with the vertical axis; and', 'a handle cover having a cover axis, the handle cover configured to removably attach to and obscure an other of the at least one of the first ...

EDGER

An edger for trimming an excess portion of a laminate extending beyond an edge of a substrate includes a housing having a slot for receiving the excess portion, a first adjustable cutting wheel configured to ride along the edge of the substrate below the excess portion and a second fixed cutting wheel configured to be disposed above the excess portion. The first and second cutting wheels cooperate with each other to pinch and cut-off the excess portion as the edger is slid along the substrate. 1. An edger for trimming an excess portion of a laminate extending beyond an edge of a substrate , the edger comprising:a housing having a slot for receiving the excess portion;a first cutting wheel configured to ride along the edge of the substrate below the excess portion; anda second cutting wheel configured to be disposed above the excess portion;said first and second cutting wheels cooperating with each other to pinch and cut-off the excess portion as the edger is slid along the substrate.2. The edger according to claim 1 , which further comprises a plate defining a lower surface of said slot for supporting the excess portions during cutting.3. The edger according to claim 1 , wherein said second cutting wheel has a fixed position and said first cutting wheel has an adjustable position for cutting excess portions of different thicknesses.4. The edger according to claim 3 , which further comprises a holder holding said first cutting wheel and being movable for adjusting the position of said first cutting wheel.5. The edger according to claim 1 , wherein said slot has an adjustable width for accommodating excess portions of different thicknesses.6. The edger according to claim 5 , wherein said slot is widened as said first cutting wheel is moved away from said second cutting wheel and said slot is narrowed as said first cutting wheel is moved toward said second cutting wheel.7. The edger according to claim 6 , which further comprises an adjustment screw being manually ...

INTEGRATED SHAVING MECHANISM

An integrated shaving mechanism (ISM) comprises a 28- x 50-mm perforated arbor of 40-mm cylindrical radius supporting a 50-μm 300-mg inverted-headfoil-like cutterfoil with a 25×40-mm cutting pattern, held slideably under an attached complementary-patterned headfoil. Arbor, cutterfoil, and headfoil provide a few-mm thick shaving mechanism coupled to a shaver body having a motor and eccentric drive shaft that in minor design variations scans the cutterfoil either ±-mm in reciprocation (R-ISM) or -mm-R in circulation (C-ISM) at 0.K-cpm. With its 10-cmarea of 0.7-mm-spaced cutting edges capable of firm facial contact, it cuts short hairs at up to 10× the rate of conventional shavers for fast closest-cutting. Arbor-supported cutterfoils and headfoils can be fabricated as thin and lightweight monolayers and multilayers of hard materials and coatings by mechanical and non-mechanical processes. ISMs can be embodied in the size and shape of reciprocator and rotary shavers. 1. An arbor for a shaver comprising:a body of firm material in shaver head shape incorporating means for attaching a headfoil, the body having a lower portion with means for coupling to a shaver body,the arbor having an upper surface with the shape of a desired cutting surface, with support bearing and alignment means for supporting in the cutting surface form,a shaver cutterfoil, held in contact with the body of the arbor by an attached headfoil movably in a cutting motion, having upper cutting means for cutting short hairs cooperatively with the headfoil, and lower drive bearing and complementary alignment means that allow the shaver cutterfoil to be driven in the cutting motion against the headfoil, their interface constituting the cutting surface, the shaver cutterfoil and headfoil each being a cutting element,{'b': '1', 'the arbor also having openings allowing entry of hairs through the cutting elements for cutting, and for passage of cut hairs, p whereby, the arbor fitted with the shaver cutterfoil ...

Rotary Cutter with Cutting Wheel Having Side Faces Configured to Prevent Food Items from Sticking to Cutting Wheel

A rotary cutter comprises a handle with an axle portion and a gripping portion spaced from the axle portion. The cutter also includes a mesh wheel having a center axis of rotation that is operatively connected with the axle portion of the handle at the center axis of rotation thereby enabling the mesh wheel to rotate about its center axis relative to the handle. The mesh wheel has cutting surfaces on its outer peripheral edge. The rotary cutter side faces are configured to prevent food items from sticking to the cutting wheel. The rotary cutter is especially useful for cutting marshmallow and other sticky food items. 1. A rotary cutter comprising:a handle with an axle portion and a gripping portion spaced from the axle portion; anda cutting wheel having a circular cutting edge defined by an outer periphery of the cutting wheel, the outer periphery defining a plane of the cutting wheel, the cutting wheel having a center axis of rotation perpendicular to the plane of the cutting wheel, the cutting wheel being operatively connected with the axle portion of the handle at the cutting wheel center axis of rotation thereby enabling the cutting wheel to rotate about its center axis relative to the handle, the cutting wheel having a plurality of perforations radially inward of the outer periphery forming a sieve portion on the cutting wheel.2. The cutter of claim 1 , wherein the cutting wheel has between 9 and 100 perforations per square inch over a substantial area of the cutting wheel.3. The cutter of claim 2 , wherein the cutting wheel has between 36 and 64 perforations per square inch over a substantial area of the cutting wheel.4. The cutter of claim 1 , wherein the cutting wheel perforations are tapered.5. The cutter of claim 1 , wherein the cutting wheel perforations have a diameter at a point through the cutting wheel of between 0.062 inches and 0.281 inches.6. The cutter of claim 5 , wherein the cutting wheel perforations have a diameter at a point through the ...

FLEX SHAFT - TOOL CONNECTION FOR POWER OPERATED ROTARY KNIFE

A flexible shaft drive transmission coupled between a drive motor and a gear train of a power operated tool. The flexible shaft drive transmission includes: an outer casing having a bushing positioned at a tool end of the casing, the bushing defining a longitudinal central opening; lubricant disposed within the outer casing; and an elongated drive transmitting shaft assembly rotatable within the outer casing including a flexible drive transmitting and a coupler fitting affixed to the tool end of the drive transmitting shaft, the coupler fitting including a cylindrical body and an enlarged head extending distally from the cylindrical body, the cylindrical body fitting within the longitudinal central opening of the bushing and the enlarged head having a diameter greater than a diameter of the longitudinal central opening of the bushing. The enlarged head defining a square drive aligned with a central longitudinal axis of the drive transmitting shaft assembly. 1. A flexible shaft drive transmission coupled between a drive motor and a gear train of a power operated tool , the flexible shaft drive transmission comprising:a) an outer casing assembly having a drive motor end and a tool end and including a bushing positioned at the tool end of the outer casing assembly, the bushing defining a longitudinal central opening;b) lubricant disposed within the outer casing; andc) an elongated drive transmitting shaft assembly rotatable within the outer casing assembly, the elongated drive transmitting shaft assembly including a flexible drive transmitting shaft having a motor end and a tool end, the drive transmitting shaft assembly further including a coupler fitting coupled to the tool end of the drive transmitting shaft, the coupler fitting including a body and an enlarged head extending distally from the body, the body fitting within the longitudinal central opening of the bushing and providing a seal between the coupler fitting and the bushing to mitigate leakage of the ...

POWER OPERATED ROTARY KNIFE

A power operated rotary knife including an annular rotary knife blade supported for rotation in a blade housing. The rotary knife blade including a body and a blade section extending from the body. The body includes an outer wall including an arcuate surface having an upper region extending from a first upper end portion to a second intermediate portion and a lower region extending from the second intermediate portion to a third lower end portion. A plurality of gear teeth extend downwardly from the upper end of the body, each of the plurality of gear teeth including an outer peripheral face forming a portion of the upper region of the arcuate surface of the outer wall. The body outer wall includes a bearing surface having a lower bearing face in the lower region of the arcuate surface and an upper bearing face in the upper region of the arcuate surface. 135-. (canceled)36. An annular rotary knife blade for rotation about a central axis of rotation in a power operated rotary knife , the annular rotary knife blade comprising:a body and a blade section extending from the body;the body including a first end and an axially spaced apart second end and an inner wall and a radially spaced apart outer wall, the outer wall of the body including a first surface protruding outwardly with respect to the central axis of rotation, the first surface including an upper region and a lower region, the upper region of the first surface being axially closer to the first end of the body and the lower region of the first surface being axially closer to the second end of the body;the body further including a driven gear comprising a plurality of gear teeth, the plurality of gear teeth including outer surfaces comprising at least a part of the first surface; andthe outer wall of the body further including a first bearing surface and a second bearing surface for rotatably supporting the annular rotary knife blade for rotation about the central axis of rotation, the first bearing surface ...

ROTARY KNIFE PROVIDING MATERIAL REMOVAL VIA SUCTION

A vacuum rotary knife is fluidly connectable to a vacuum source conduit. The rotary knife includes an annular blade and a knife head. The knife head supports the blade for rotation about a rotational axis. The knife head presents a vacuum port fluidly connectable to the conduit. The vacuum port is spaced from the blade such that the knife head defines a suction pathway extending between the blade and the vacuum port. 1. A vacuum rotary knife fluidly connectable to a vacuum source conduit , said rotary knife comprising:an annular blade; anda knife head supporting the blade for rotation about a rotational axis,said knife head presenting a vacuum port fluidly connectable to the conduit,said vacuum port being spaced from the blade such that the knife head defines a suction pathway extending between the blade and the vacuum port,said suction pathway being at least substantially devoid of any openings,said blade including axially opposite first and second blade ends, with the first blade end defining a cutting edge,said knife head presenting a proximal head end spaced from the vacuum port,said proximal head end extending endlessly about the suction pathway and along the second blade end, with the second blade end and the proximal head end being adjacent one another to define a blade/head interface.2. The vacuum rotary knife as claimed in claim 1 ,said blade/head interface being the only opening between the cutting edge and the vacuum port.3. The vacuum rotary knife as claimed in claim 2 ,said knife head including a blade housing and a conduit connector,said blade housing rotatably supporting the blade,said conduit connector defining the vacuum port,said conduit connector including opposite proximal and distal connector ends and a continuous inner surface extending between the connector ends,said inner surface at least partially defining the suction pathway.4. The vacuum rotary knife as claimed in claim 3 ,said proximal connector end defining the proximal head end,said ...

POWER OPERATED ROTARY KNIFE

A two-part rotary knife blade () for a power operated rotary knife. The knife blade () includes a carrier portion () and a blade portion (), the blade portion configured to be received in a nested relationship by the carrier portion and being releasably secured to the carrier portion by an attachment structure (). The attachment structure () including a plurality of projections () extending from one of an outer wall () of the blade portion () and the inner wall () of the carrier portion and a plurality of sockets () disposed in the other of the outer wall of the blade portion and the inner wall of the carrier portion, each of the plurality of projections being received in a respective different one of the plurality of sockets to releasably secure the blade portion to the carrier portion. 150-. (canceled)51. An annular rotary knife blade for rotation about an axis of rotation in a power operated rotary knife , the rotary knife blade comprising:an annular carrier portion including a first end and an axially spaced apart second end, an outer wall and a radially inward spaced apart inner wall extending respectively between the first end and the second end, the carrier portion including a set of gear teeth and a knife blade bearing surface and a plurality of projections extending from the inner wall of the carrier portion and spaced from the first end and the second end of the carrier portion;an annular blade portion including a first end and an axially spaced apart second end, an outer wall and a radially inward spaced apart inner wall extending respectively between the first end and the second end, and a cutting edge at the blade portion second end, the blade portion configured to be received in a nested relationship by the carrier portion and including a plurality of sockets disposed in the outer wall of the blade portion, each of the plurality of projections being received in a respective different one of the plurality of sockets of the carrier portion to releasably ...

POWER OPERATED ROTARY KNIFE

A power operated rotary knife including an annular rotary knife blade supported for rotation in a blade housing. The rotary knife blade including a body and a blade section extending from the body. The body includes an outer wall including an arcuate surface having an upper region extending from a first upper end portion to a second intermediate portion and a lower region extending from the second intermediate portion to a third lower end portion. A plurality of gear teeth extend downwardly from the upper end of the body, each of the plurality of gear teeth including an outer peripheral face forming a portion of the upper region of the arcuate surface of the outer wall. The body outer wall includes a bearing surface having a lower bearing face in the lower region of the arcuate surface and an upper bearing face in the upper region of the arcuate surface. 1. An annular rotary knife blade for rotation about a central axis of rotation in a power operated rotary knife , the annular rotary knife blade comprising:a body and a blade section extending from the body, the body and the blade section being radially centered about the central axis of rotation;the body including a first end and a second end spaced axially below the first end and an inner wall and an outer wall spaced radially apart, the outer wall of the body including an arcuate surface extending from an upper end portion through an intermediate portion to a lower end portion, the upper end portion of the arcuate surface being axially closer to the first end of the body than the intermediate portion and the lower end portion and the lower end portion of the arcuate surface being axially closer to the second end of the body than the intermediate portion and the upper end portion, the arcuate surface being convex radially outward with respect to the central axis of rotation, the arcuate surface including an upper region extending between the upper end portion and the intermediate portion and a lower region ...

CAM-ACTUATED SPLIT BLADE HOUSING FOR POWER OPERATED ROTARY KNIFE

A blade housing assembly for a power operated rotary knife including a split blade housing and a cam mechanism actuatable for changing a blade housing diameter between a blade supporting position and a blade changing position. The blade housing including an annular blade support section, a mounting section and a radially extending split extending through the mounting section and an inner wall of the blade support section and defining a split distance between first and second circumferential ends of the inner wall. The mounting section includes a first body portion and a second body portion on opposite sides of the radially extending split. The cam mechanism includes a cam plate bridging the first and second body portions and a cam member rotatably supported by the cam plate. The cam member is rotatable between a first, closed position and a second, open position to change the blade housing diameter. 1. A blade housing assembly for supporting an annular rotary knife blade of a power operated rotary knife for rotation about a central axis of rotation , the blade housing assembly comprising:a split blade housing including: an annular blade support section, an inner wall of the blade support section defining a blade bearing region; a mounting section extending from the blade support section and including a split extending though the inner wall of the blade support section and defining a split distance between first and second circumferential ends of the inner wall; the mounting section including a first body portion and a second body portion on opposite sides of the split, the first body portion including a first surface and an axially spaced apart second surface including a first cam slot having a first end portion and a spaced apart second end portion; anda cam mechanism including: a cam plate bridging the first and second body portions of the mounting section of the split blade housing; and a cam member rotatably supported by the cam plate, the cam member rotatable ...

ROTARY KNIFE BLADE WITH DOUBLE BEVELED INSIDE SURFACE

A rotary knife includes a rotatable annular blade. The blade includes a blade wall presenting an annular inner surface terminating at a cutting edge. The annular inner surface includes a first section and a second section, with the first section extending from the cutting edge and the second section being located further from the cutting edge than the first section. The first and second sections define first and second angles, respectively, relative to an imaginary plane transverse to the axis about which blade rotates. The second angle is greater than the first angle. 1. An annular blade for a rotary knife , wherein the knife includes a housing for supporting the blade , said blade comprising:a support section configured to be rotatably supported on the housing for rotational movement about an axis; andan annular inner blade surface that terminates at a cutting edge,said inner blade surface including first and second sections, with the first section extending from the cutting edge and the second section being located further from the cutting edge than the first section,said first and second sections of the inner blade surface being angled relative to one another.2. The annular blade of claim 1 ,said inner blade surface generally tapering inwardly toward the cutting edge.3. The annular blade of claim 2 ,said first and second sections of the inner blade surface cooperatively defining an obtuse angle therebetween.4. The annular blade of claim 2 ,said first and second sections being immediately adjacent one another.5. The annular blade of claim 3 ,each of said first and second sections of the inner blade surface being generally frusto-conical in shape,6. The annular blade of claim 3 ,said first section defining a first angle relative to an imaginary plane transverse to the axis,said second section defining a second angle relative to the imaginary plane,said second angle being greater than the first angle.7. The annular blade of claim 6 ,said second angle being at least ...

CAM-ACTUATED SPLIT BLADE HOUSING FOR POWER OPERATED ROTARY KNIFE

A blade housing assembly for a power operated rotary knife including a split blade housing and a cam mechanism for changing a blade housing diameter between blade supporting and blade changing positions. The split blade housing includes an annular blade support section, a mounting section and a split extending through the mounting section and an inner wall of the blade support section and defining a split distance between first and second circumferential ends of the inner wall. The split includes a radial split section and an angled split section adjacent the inner wall. The mounting section includes first and second body portions on opposite sides of the split. The cam mechanism includes a cam plate bridging the first and second body portions and a cam member rotatably supported by the cam plate. The cam member is rotatable between closed and open positions to change the blade housing diameter. 120-. (canceled)21. A blade housing assembly for rotatably supporting an annular rotary knife blade of a power operated rotary knife , the blade housing assembly comprising:a split blade housing including a mounting section including an inner wall and an outer wall radially spaced from the inner wall and a split extending through the inner wall and the outer wall of the mounting section and defining a split distance between first and second circumferential ends of the inner wall, the mounting section including a first body portion and a second body portion on opposite sides of the split, the first body portion including a first cam slot; anda cam mechanism including: a cam plate bridging the first and second body portions of the mounting section of the split blade housing; and a cam member rotatably supported by the cam plate, the cam member rotatable between a first, closed position and a second, open position and including a first cam pin received in the first cam slot of the first body portion of the mounting section of the blade housing, in the first, closed position of ...

MOVEABLE LUBRICATION ASSEMBLY FOR POWER OPERATED ROTARY KNIFE

A power operated rotary knife () and method of operation includes an annular rotary blade (). The knife further comprises a head assembly () extending from a handle assembly (), the head assembly for rotatably supporting the annular rotary blade. The knife also includes a drive mechanism () disposed within the head assembly comprising a pinion gear () and a pinion shaft () rotatably disposed within a bushing (), the drive mechanism being operatively coupled to the annular rotary blade, rotating the annular blade during use. A movable lubrication assembly () supported along a frame body between the handle assembly and the annular rotary blade, the rotatable lubrication assembly being rotatably disposed about a longitudinal axis of the handle assembly and providing a lubrication path () extending from a lubrication adapter () to the pinion gear (). 1. A power operated rotary knife having an annular rotary blade , the rotary knife comprising:a head assembly extending from a handle assembly, the head assembly for rotatably supporting an annular rotary blade;a drive mechanism disposed within the head assembly comprising a pinion gear and a pinion shaft rotatably disposed within a bushing, the drive mechanism being operatively coupled to said annular rotary blade, rotating said annular blade during use;a movable lubrication assembly supported along a frame body between said handle assembly and said annular rotary blade, the rotatable lubrication assembly being rotatably disposed about a longitudinal axis of said handle assembly and providing a lubrication path extending from a lubrication adapter to said pinion gear.2. The power operated rotary knife of claim 1 , wherein said movable lubrication assembly further comprises a chamber for holding lubrication to be provided along said lubrication path.3. The power operated rotary knife of claim 1 , wherein said moveable lubrication assembly further comprises an annular support rotatably connected to said frame assembly claim ...

Safety Cutter

A safety cutter includes a handle and a recessed blade that is rotatably coupled to a head portion of the cutter. The blade is recessed relative to the opening of a channel or slot that receives the edge of a work piece or object to be cut. When brought into cutting engagement with an object to be cut, the blade rotates continually revealing (as it turns) a different cutting edge portion. 1. A safety cutter comprises:a handle; anda recessed blade that is rotatably coupled to a head portion of the cutter.2. The safety cutter of claim 1 , wherein the head portion includes a side opening through which the recessed blade is visible.3. A safety cutter comprises:a handle having a head portion with an opening configured for receiving the edge of a work piece to be cut; anda circular blade rotatably coupled to the head portion such that edge portions of the blade are recessed in relation to the opening.4. The safety cutter of claim 3 , wherein the handle is formed of two portions one of which includes a pivot axis about which a central opening of the circular blade is positioned.5. A safety cutter comprises:a handle having an opening; anda blade coupled to the handle such that edge portions of the blade are advanced rotating through the opening when the blade is pulled into frictional engagement with an object being cut.6. The safety cutter of claim 5 , wherein the handle is formed of two portions sonically welded together to prevent removal of the blade from the handle.7. The safety cutter of claim 5 , wherein the handle includes left and right sides configured with interfitting portions. This application is related to U.S. Design patent application No. ______, entitled “Safety Cutter” filed herewith, which is hereby incorporated by reference.The present invention relates generally to cutters and, in particular, a hand tool such as a safety cutter with a recessed rotatable cutting edge.A great variety of knives, cutters, safety cutters, and cutter apparatuses are known. ...

Power operated rotary knife

A rolling bearing strip for a power operated rotary knife providing bearing support for rotation of a rotary knife blade with respect to a blade housing. The rolling bearing strip includes: a plurality of rolling bearings disposed in spaced apart relation; and a flexible separator cage for positioning the plurality of spaced apart rolling bearings, the flexible separator cage including interlocking first and second ends, the first end of the separator cage including a wall defining a projecting member and the second end of the separator cage including a wall defining a receiving member, the first end projecting member and the second end receiving member being in opposed facing relationship and the first end projecting member extending into the second end receiving member to secure the first end to the second end and form an annular, continuous rolling bearing ring.

POWER OPERATED ROTARY KNIFE

A power operated rotary knife including an annular rotary knife blade supported for rotation in a blade housing. The rotary knife blade including a body and a blade section extending from the body. The body includes an outer wall including an arcuate surface having an upper region extending from a first upper end portion to a second intermediate portion and a lower region extending from the second intermediate portion to a third lower end portion. A plurality of gear teeth extend downwardly from the upper end of the body, each of the plurality of gear teeth including an outer peripheral face forming a portion of the upper region of the arcuate surface of the outer wall. The body outer wall includes a bearing surface having a lower bearing face in the lower region of the arcuate surface and an upper bearing face in the upper region of the arcuate surface. 135-. (canceled)36. An annular blade housing for supporting an annular rotary knife blade for rotation in a power operated rotary knife , the blade housing comprising:a blade support section and a mounting section extending from the blade support section;the blade support section including an inner wall and a radially spaced apart outer wall, an upper end and an upper end and an axially spaced apart lower end, an upper portion of the inner wall of the blade support section including a bearing race extending radially into the inner wall of the blade support section, the bearing race including a concave surface comprising a first concave bearing surface and a lower portion of the inner wall of the blade support section including a radially protruding bearing bead, the radially protruding bearing bead including a convex surface comprising a second convex bearing surface.37. The annular blade housing of wherein the first concave bearing surface of the bearing race of inner wall of the blade support section is an arcuate surface.38. The annular blade housing of wherein the first concave bearing surface comprises an upper ...

PIZZA SUPPORT TABE AND COMBINED CUTTER

A table-like support placed within a pizza container between the pizza and the pizza container cover providing support for the pizza container cover to remain apart from the pizza, and includes a convenient and covered cutter cutting used to provide slices of a pizza pie. One embodiment includes within the support a removable section which reveals and provides user access to a circular cutter. 1. An apparatus comprising:a substantially planar housing having a recess elongated in a first dimension and relatively narrow in an orthogonal second dimension;a circular cutting disk having a cutting edge and being disposed and rotatable within said planar housing;a sleeve having a recess to receive a portion of said circular cutting disk, and disposed to mate with said planar housing and enclose said circular cutting disk with said planar housing; anda plurality of parallel members extending from said planar housing and at least one extending from said sleeve.2. The apparatus of claim 1 , wherein said substantially planar housing includes apertures providing access to said circular cutting disk when disposed therein.3. The apparatus of claim 1 , wherein said cutting disk is removably disposed within said substantially planar housing.4. The apparatus of claim 1 , wherein said substantially planar housing includes a recess to partially receive said circular cutting disk when removed from said recess.5. The apparatus of claim 1 , wherein said housing is a single piece moulded housing.6. The apparatus of claim 1 , wherein said housing included a first component and a second component spaced from said first component by said recess.7. The apparatus of claim 1 , wherein said plurality of parallel members are disposed about said periphery of said substantially planar housing.8. The apparatus of claim 1 , wherein said substantially planar member includes an opening and said sleeve comprises a protrusion dimensioned to be received by and removably joined to said substantially planar ...

CUTTER COMBINATION DEVICE FOR FOODSTUFFS

The present invention relates to a multi-functional cutting device for foodstuffs, especially for pizzas and herbs, which is easily transformable between a configuration adapted for cutting pizzas and a configuration adapted for cutting herbs. The cutting device of the present invention comprises covering members which, when detached from a main body, allow respective cutting means to be exposed to enable the cutting of foodstuffs. A locking mechanism for locking and unlocking the covering members is provided to ensure the attached one of the cutting means. The cutting device of the present invention can be disassembled effortlessly with easy access to the interior thereof. 11. A cutting device () for foodstuffs , comprising:{'b': '2', 'a main body portion (),'}{'b': 101', '102', '2, 'at least one first cutting means () and at least one second cutting means (), both rotatably mounted on the main body portion () and adapted for cutting respective target foodstuffs, and'}{'b': 51', '2', '101', '102', '51, 'claim-text': [{'b': 3', '2', '3', '2', '101, 'a first covering member () detachably attached to the main body portion () and configured in such a manner that the attachment of the first covering member () from the main body () allows for exposure of at least part of the first cutting means () to enable the cutting of foodstuffs, and'}, {'b': 4', '2', '4', '2', '102, 'a second covering member () detachably attached to the main body portion () and configured in such a manner that the detachment of the second covering member () from the main body () allows for exposure of at least part of the second cutting means () to enable the cutting of foodstuffs,'}], 'a cover () detachably connected to the main body portion () to define an interior space for accommodating the first cutting means () and the second cutting means (), said cover () comprising'}{'b': 3', '4', '2', '3', '4', '2, 'wherein the first covering member () and the second covering member () are mounted on the ...

POWER OPERATED ROTARY KNIFE

A two-part rotary knife blade () for a power operated rotary knife. The knife blade () includes a carrier portion () and a blade portion (), the blade portion configured to be received in a nested relationship by the carrier portion and being releasably secured to the carrier portion by an attachment structure (). The attachment structure () including a plurality of projections () extending from one of an outer wall () of the blade portion () and the inner wall () of the carrier portion and a plurality of sockets () disposed in the other of the outer wall of the blade portion and the inner wall of the carrier portion, each of the plurality of projections being received in a respective different one of the plurality of sockets to releasably secure the blade portion to the carrier portion. 150-. (canceled)51. An annular rotary knife blade for rotation about an axis of rotation in a power operated rotary knife , the rotary knife blade comprising:an annular carrier portion including a first end and an axially spaced apart second end, an outer wall and a radially inward spaced apart inner wall extending respectively between the first end and the second end, the carrier portion including a set of gear teeth and a knife blade bearing surface, the carrier portion further including a plurality of projections extending from one of the outer wall of the blade portion and inner wall of the carrier portion;an annular blade portion including a first end and an axially spaced apart second end, an inner wall and a radially spaced apart outer wall, the second end defining a cutting edge of the blade portion, an upper region extending axially from the first end and a lower region ex/ending axially from the second end, and a plurality of sockets extending radially through the inner and outer walls, the plurality of sockets disposed in the upper region of the blade portion and spaced axially from the first end, each of the plurality of sockets having a longitudinal extent that extends ...

C-TYPE TUBING CUTTER

A C-type tubing cutter is described that accommodates and cuts a range of tubing or workpiece sizes. The cutter includes a radially positionable roller carriage that can be selectively positioned in one of several predetermined positions corresponding to different tubing sizes. The cutter also includes a trigger that can be engaged with the roller carriage to lock the carriage in a desired position. Certain versions of the cutters also utilize arcuate slots or tracks along which a cutter wheel is positionable. 1. A tubing cutter comprising:a housing defining a work region for receiving a workpiece to be cut;a radially positionable roller carriage having at least one roller accessible along the work region of the housing;a cutting wheel supported within the housing and accessible along the work region of the housing;a size indexing assembly for selectively positioning the roller carriage relative to the cutting wheel in one of a plurality of predetermined positions corresponding to sizes of workpieces,wherein the housing defines a trigger slot formed in the housing and accessible along an exterior of the housing,wherein the size indexing assembly includes a moveable trigger selectively positionable along the trigger slot,wherein the trigger slot is arcuate,wherein the trigger is positionable along the trigger slot between a locked position and an unlocked position.2. A tubing cutter comprising:a housing defining a work region for receiving a workpiece to be cut;a radially positionable roller carriage having at least one roller accessible along the work region of the housing;a cutting wheel supported within the housing and accessible along the work region of the housing;a size indexing assembly for selectively positioning the roller carriage relative to the cutting wheel in one of a plurality of predetermined positions corresponding to sizes of workpieces; (i) the housing also defining a trigger slot formed in the housing and accessible along an exterior of the ...

Power operated rotary knife

A power operated rotary knife ( 100 ) including: an annular rotary knife blade ( 300 ) including a knife blade bearing surface ( 319 ); a blade housing ( 400 ) defining a blade housing bearing surface ( 459 ); and a blade-blade housing bearing structure ( 500 ) disposed between the knife blade bearing surface ( 319 ) and the blade housing bearing surface ( 459 ). The blade-blade housing bearing structure ( 500 ) includes a rolling bearing strip ( 502 ) having a plurality of rolling bearings ( 506 ), such as ball bearings, disposed in spaced apart relation in a flexible separator cage ( 508 ). The rolling bearing strip ( 502 ) traverses through an annular passageway ( 504 ) defined between the knife blade bearing surface ( 319 ) and the blade housing bearing surface ( 459 ) to secure the knife blade ( 300 ) to the blade housing ( 400 ) and support the knife blade for rotation about a central axis (R) with respect to the blade housing ( 400 ).

POWER OPERATED ROTARY KNIFE WITH DISPOSABLE BLADE SUPPORT ASSEMBLY

A power operated rotary knife having a reusable handle assembly and disposable blade support assembly including a head portion and a blade support portion extending from the head portion, wherein upon completion of a tissue debriding operation on a donor, the used blade support assembly is removed from the handle assembly and disposed of, the handle assembly is autoclaved/sterilized and a new, sterilized blade support assembly is affixed to the handle assembly prior to a subsequent use. The knife includes an attachment assembly to releasably attach the disposable blade support assembly to the handle assembly and a retainer structure positioned in an annular groove formed in a bottom surface of the blade housing portion, the retainer structure bearing against an annular rotary knife blade and the blade housing portion to permanently retain an annular body section of the blade in the annular groove. 129-. (canceled)30. A method of debriding tissue utilizing a power operated rotary knife , the steps of the method comprising:a) providing a power operated rotary knife having a handle assembly and a blade support assembly coupled to the handle assembly, the blade support assembly including: a blade housing portion including an annular ring and defining an annular groove in a bottom surface of the annular ring; an annular rotary knife blade supported for rotation within the annular groove of the blade housing portion, the blade having first and second axially spaced apart ends and an annular body extending therebetween, the annular body including a plurality of gear teeth at the first end and an annular blade section adjacent the second end; and a retainer securing and rotatably supporting the annular body of the knife blade within the annular groove, the retainer affixed within the annular groove and including an upper wall, a first plurality of tabs and a second plurality of tabs, wherein the first plurality of tabs contact a wall of the annular groove to permanently ...

POWER OPERATED ROTARY KNIFE WITH VACUUM ATTACHMENT ASSEMBLY

A power operated rotary knife including: a handle assembly, a head assembly and a vacuum attachment assembly. The handle assembly includes an elongated cylindrical handle housing defining a handle assembly longitudinal axis extending through a throughbore of the handle housing. The head assembly including a rotary knife blade having an intermediate driven gear, a blade housing supporting the knife blade for rotation and a frame having a lower section and an upper section. A lower section of the blade housing extending laterally from the lower section of the frame and an upper section of the blade housing extending laterally from the upper section of the frame and encircling an axially extending portion of the rotary knife blade adjacent the driven gear. The blade housing including a bearing assembly including a first bearing member disposed in the lower section and a second bearing member disposed in the upper section. 1. A power operated rotary knife comprising:an elongated handle assembly including a throughbore and a handle assembly longitudinal axis extending through the throughbore; [ an annular body having an inner wall and a radially spaced apart outer wall, the inner wall defining a central open region extending from a first end to a spaced apart second end of the annular body;', 'the outer wall of the annular body including a drive section disposed intermediate the first and second ends of the annular body, the drive section including a driven gear axially spaced from the first and second ends of the annular body; and', 'a blade section adjacent the second end of the annular body;, 'a rotary knife blade supported by a blade housing for rotation about a central axis of rotation, the rotary knife blade including, 'a blade housing including an upper section and a lower section, the blade housing encircling an axially extending portion of the annular body of the rotary knife blade adjacent the driven gear of the annular body of the rotary knife blade; and', 'a ...

POWER OPERATED ROTARY KNIFE WITH NOTCHED ROTARY KNIFE BLADE AND TRIM GUIDE

A power operated rotary knife assembly including a power operated rotary knife having an annular rotary knife blade, a trim guide, and a drive mechanism for driving the rotary knife blade about an axis of rotation. The assembly also includes a portable power unit, a vacuum assembly and a flexible shaft drive transmission coupled between the power operated rotary knife and the portable power unit. The portable power unit includes a drive motor assembly providing a rotational power source which is operatively coupled to the drive mechanism through the flexible drive transmission to rotate the rotary knife blade. The portable power unit also includes a blower assembly providing vacuum pressure at an inlet duct side, the vacuum assembly being in fluid communication with the inlet duct side to generate a vacuum pressure condition in a region of a cutting opening defined by the rotary knife blade and the trim guide. 120-. (canceled)21. An annular rotary knife blade for a power operated rotary knife , the annular rotary knife blade comprising:an annular body and a blade section centered about an axis of rotation, the annular body including a bearing surface for rotational support of the rotary knife blade and a driven gear for rotationally driving the rotary knife blade, the blade section including a blade section wall extending inwardly from the annular body, a radially inner portion of the blade section wall including a plurality of circumferentially spaced apart notches extending into the blade section wall, each of the plurality of notches including a peripheral wall surrounding a central open portion, the peripheral wall including a leading portion, a central portion and a hook-shaped trailing portion, the leading portion and the hook-shaped trailing portion being radially spaced apart by the central portion, the hook-shaped trailing portion including a cutting portion, a cutting edge of the rotary knife blade comprising the cutting portion of each of the plurality of ...

HAND-OPERATED ROTARY BELT CUTTER

The disclosed inventive concept provides a rotary cutter and method of accurately cutting a ribbed transmission belt lengthwise to a desired width. The rotary cutter includes an upper portion having a handle end and a pivot end and a lower portion having a handle end and a pivot end. The pivot ends of each portion are joined by a common pivot. A belt input pulley and a rotary cutting wheel are rotatably attached to the upper portion. A drive wheel is rotatably attached to the lower portion. A belt output pulley is rotatably attached to the common pivot. Preferably but not absolutely the belt input pulley and the belt output pulley have ribbed outer surfaces. A cutting wheel cover is fixed around at least a portion of the cutting wheel. The upper portion is movable between an open, belt-fitting position and a closed, belt-cutting position relative to the lower portion. 1. A rotary cutter for cutting a belt , the cutter comprising:an upper portion having a handle end and a pivot end;a lower portion having a handle end and a pivot end, said pivot ends being joined by a common pivot;an input pulley and a rotary cutting wheel rotatably attached to said upper portion;a drive wheel rotatably attached to said lower portion; andan output pulley rotatably attached to said common pivot.2. The rotary cutter of wherein said input pulley has a ribbed surface and said output pulley has a ribbed surface.3. The rotary cutter of further including a hand crank attached to said drive wheel.4. The rotary cutter of wherein said drive wheel includes a smooth belt surface.5. The rotary cutter of wherein said smooth belt surface of said drive wheel includes at least one cutting wheel groove.6. The rotary cutter of further including an extension rotatably attached to said upper portion claim 1 , said input pulley being rotatably attached to said extension.7. The rotary cutter of further including a biasing element positioned between said rotatably attached extension and said upper portion.8. ...

ELECTRIC CUTTING MACHINE WITH DUST CONTROL FUNCTION

Provided is an electric cutting machine with a dust control function, capable of collecting dust generated during processing concrete or stone materials without deteriorating cutting ability and dust collection ability under various working conditions, mounted with a cutting position designation guide of excellent visibility and usability. An electric cutting machine with a dust control function, comprising; an electric cutting machine for driving a rotary blade by a built-in motor; a cover for covering a part of the rotary blade a dust discharge duct leading from inside to the outside of the cover and a base rotatably mounted on the cover a bottom face of the base sliding on a surface of a work material during a cutting operation, wherein a guide is provided on a front-most portion in a cutting direction of the cover in a state of being biased to be kept in parallel to the bottom face of the base the guide being vertically tiltable and having an indicator portion indicating a cutting position of the rotary blade 1. An electric cutting machine with a dust control function comprising:an electric cutting machine for driving a rotary blade by a built-in motor;a cover for covering a part of the rotary blade;a dust discharge duct leading from an inside to an outside of the cover; anda base rotatably mounted on the cover, a bottom face of the base sliding on a surface of a work material during a cutting operation, whereinthe front end portion of the base is placed in a position that does not project from the front end portion of the cover, anda guide is provided on the front end portion of the base in a state of being biased to be kept in parallel to the bottom face of the base, the guide being vertically tiltable and having an indicator portion indicating a cutting position of the rotary blade.2. The electric cutting machine with a dust control function according to claim 1 , whereinthe guide is rotatably supported on a same axis as a rotating motion axis of the base.3. ...

BLADE BUSHING FOR ROTARY KNIFE

A powered rotary knife includes a handle, a blade housing, an annular blade, and a blade bushing for rotatably mounting the blade within the housing. The blade housing includes an inner groove that is operable to receive the blade bushing therein. The blade housing and blade bushing are split in order to expand and receive the blade. The blade includes an outer groove that is also operable to receive the blade bushing. Thus, the blade bushing is spaced between the blade housing and blade and rotatably secures the blade within the blade housing. 1. A method of installing an annular blade on a blade housing of a rotary knife , said method comprising the steps of:(a) placing a bushing within the blade housing; and(b) positioning the blade in operable engagement with the bushing such that the bushing serves to support the blade on the blade housing for rotation about an axis,step (a) including the step of locating a radially projecting stop surface of the bushing adjacent a radially projecting stop structure of the blade housing, with interengagement between the stop surface and stop structure restricting the bushing from rotating relative to the blade housing.2. The method as claimed in claim 1 ,said bushing presenting bushing ends which define respective stop surfaces, and said blade housing presenting housing ends which define respective stop structures,said locating step including the step of situating the bushing ends adjacent the housing ends.3. The method as claimed in claim 2 ,said bushing ends defining a circumferential bushing gap therebetween, and said housing ends defining a circumferential housing gap therebetween,step (a) including the step of positioning the bushing so that the bushing gap at least partly overlaps the housing gap.4. The method as claimed in claim 2 ,(c) prior to step (b), elastically deforming the bushing and blade housing in a radially outward direction.5. The method as claimed in claim 2 ,step (b) being performed after step (a).6. The ...

Pizza Cutter

A pizza cutter in the form of a disc having three or more edges, a series of rounded corners, equal in number to the three or more edges, which form the interfaces between adjacent edges, a handle having a proximal end and a distal end, an arm located at the proximal end of the handle, the proximal end and the distal end separated by a guard, and the disc connected to the arm. 1. A pizza cutter comprising:a disc having three or more edges;a series of rounded corners, equal in number to the three or more edges, each corner being adjacent to two of the edges;an arm connected to the disc;the arm connected to a handle;the handle having a first end proximal to the arm and a second end distal from the arm; anda guard positioned along the handle in between the first end and the second end.2. The pizza cutter of wherein the handle extends generally parallel and radially away from disc.3. The pizza cutter of wherein the handle connects to the disc on or through the disc's central axis.4. The pizza cutter of wherein the handle connects to the disc on or through the disc's central axis; and the disc is freely rotatable about its central axis.5. The pizza cutter of wherein the arm is rotationally connected to the disc.6. The pizza cutter of wherein the guard is generally ovular in shape.7. A pizza cutter comprising:a disc having twelve edges of equal length, a center, a first opening located at the center of the disc;a series of twelve rounded corners, each corner being adjacent to two of the edges;a handle having a proximal end and a distal end;a rigid arm positioned along the proximal end of the handle and having a second opening,which is the same size as the first opening;a hand grip positioned along the distal end;the hand grip and rigid arm separated by an ovular guard;an axle that passes through the first opening and the second opening;a first cap and a second cap;the first cap positioned on a first end of the axle; andthe second cap positioned on a second end of the axle ...

ROTARY CUTTER SAFETY INSERT

A rotary cutter insert can include a body configured to cover a first portion of a surface of a rotary blade. Further, the body of the rotary cutter insert can have an angled cutout configured to expose a second portion of the surface of the rotary blade so a rotary cutter can be used while the rotary cutter insert is in place. The rotary cutter insert reduces the area of exposed rotary blade that could potentially injure a user, thus making the rotary cutter significantly safer. 1. A rotary cutter insert comprising:a body configured to cover a first portion of a surface of a rotary blade, wherein the body has an angled cutout configured to expose a second portion of the surface of the rotary blade.2. The rotary cutter insert of claim 1 , further comprising a central hole configured to enable a reversible attachment of the rotary cutter insert to a rotary cutter.3. The rotary cutter insert of claim 2 , wherein the central hole is circular.4. The rotary cutter insert of claim 2 , wherein the central hole is semi-circular.5. The rotary cutter insert of claim 1 , further comprising a stabilizing mechanism configured to secure the rotary cutter insert to the rotary cutter.6. The rotary cutter insert of claim 5 , wherein the stabilizing mechanism comprises attachment arms.7. The rotary cutter insert of claim 5 , wherein the stabilizing mechanism comprises a stabilizing notch.8. The rotary cutter insert of claim 1 , wherein the rotary cutter insert is made of acrylic.9. The rotary cutter insert of claim 1 , wherein the rotary cutter insert is made of thermoplastic.10. The rotary cutter insert of claim 1 , wherein the body of the rotary cutter insert is configured to cover a 28 mm rotary blade.11. The rotary cutter insert of claim 1 , wherein the body of the rotary cutter insert is configured to cover a 45 mm rotary blade.12. The rotary cutter insert of claim 1 , wherein the body of the rotary cutter insert is configured to cover a 60 mm rotary blade.13. The rotary cutter ...

ROTARY CUTTING TOOL

The disclosed subject matter relates to a cutting tool apparatus that may be used in food preparation and food service. The cutting tool may include a blade used for cutting. The blade may rotate about an axis. A housing may be coupled to the blade to support the blade. The blade may include channels that mate with housing channels. A handle may be coupled with the housing. 1. A cutting tool assembly comprising:a rotary blade comprising a channel and a cutting edge; anda housing coupled to the blade and comprising a blade guide configured to mate with the channel, wherein the housing covers less than half of the blade.2. The cutting tool assembly of claim 1 , wherein an inner portion of the rotary blade is substantially removed of material claim 1 , such that the rotary blade represents a ring-like shape.3. The cutting tool assembly of claim 1 , wherein the housing comprises a low friction material.4. The cutting tool assembly of claim 4 , wherein the low friction material comprises a thermoplastic composite material.5. The cutting tool assembly of claim 1 , wherein the housing further comprises a blade guide configured to receive the rotary blade.6. The cutting tool assembly of claim 5 , wherein the blade guide comprises a non-stick layer.7. The cutting tool assembly of claim 1 , further comprising a handle extending from the housing.8. The cutting tool assembly of claim 1 , wherein the housing comprises a first body and a second body.9. The cutting tool assembly of claim 1 , further comprising a support member configured to support at least a portion of the rotary blade.10. The cutting tool assembly of claim 9 , wherein the support member comprises at least one of a pin claim 9 , screw claim 9 , or bolt.11. A rotary cutting apparatus for cutting foodstuff claim 9 , comprising:a housing comprising a guide channel and a low-friction material;a rotary blade coupled to the housing and configured to rotate about a central axis, wherein the blade comprises a channel ...

ROTARY CUTTING DEVICE

A pizza cutter is provided. The pizza cutter includes a first member that has a first handle. A rotary knife is pivotally attached to the first member such that the first member extends beyond the radius of the rotary knife. A second member, that also has a handle, is affixed to the first member such that the second member also extends beyond the radius of the rotary knife. The second member also extends in a direction relative to the first member such that an obtuse angle is formed between the first member and the second member. 1. A rotary cutting device comprising:a base portion;a rotary knife connected to the base portion by a pivot;a first member, having a first handle, protruding from the base portion and extending beyond a radius of the rotary knife; anda second member, having a second handle, protruding from the base portion and extending beyond the radius of the rotary knife, wherein the second member protrudes from the base portion such that an angle of less than 180 degrees is formed between the first member and the second member.2. The rotary cutting device of claim 1 , wherein the angle between the first member and the second member is located on a plane defined by the radius of the rotary knife.3. The rotary cutting device of claim 2 , wherein the angle between the first member and the second member ranges from 100 to 170 degrees.4. The rotary cutting device of claim 2 , wherein the first handle extends along a first axis that is at a first angle relative to the plane defined by the radius of the rotary knife.5. The rotary cutting device of claim 4 , wherein the second handle extends along a second axis that is at a second angle relative to the plane defined by the radius of the rotary knife.6. The rotary cutting device of claim 5 , wherein the first angle ranges from 60 to 90 degrees and the second angle ranges from 60 to 90 degrees.7. The rotary cutting device of claim 1 , wherein at least one of the first handle or second handle is a pommel.8. The ...

LOW FRICTION ROTARY KNIFE

A power operated knife comprises a blade supporting structure supporting an annular blade for rotation about a central axis. The blade and blade supporting structure are engageable along bearing contact locations that are spaced apart in a direction parallel to the axis so that the blade is stabilized both radially and axially as the knife operates. The blade supporting structures comprises a split blade housing member that is radially expandable and contractible to receive the blade. The split blade housing member and blade engage along relatively short lines of bearing contact that serve to minimize friction and blade heating when the knife operates. The bearing locations are spaced apart both circumferentially around the blade perimeter and in the direction of the axis so that the blade position is stabilized during operation of the knife. 123-. (canceled)24. A rotary knife blade comprisingan annular body defining first and second axial ends, the body disposed about a central axis; andan annular blade section projecting axially from the first axial end of the annular body;the annular body including a radially outer surface disposed between said first and second axial ends, and a bearing bead extending outwardly from the radially outer surface, the bearing bead spaced axially from the blade section and comprising a first bearing surface and an axially spaced apart second bearing surface, the first and second bearing surfaces converging in opposite axial directions.25. The rotary knife blade of wherein the bearing bead is annular.26. The rotary knife blade of wherein the annular body comprises a wall including the radially outer surface.27. The rotary knife blade of wherein the first and second bearing surfaces are arcuate in cross section.28. The rotary knife blade of wherein the bearing bead is substantially semicircular in cross section.29. The rotary knife blade of wherein the bearing bead extends continuously about the radially outer surface of the wall of the ...

Power operated rotary knife with notched rotary knife blade and trim guide

A power operated rotary knife assembly including a power operated rotary knife having an annular rotary knife blade, a trim guide, and a drive mechanism for driving the rotary knife blade about an axis of rotation. The assembly also includes a portable power unit, a vacuum assembly and a flexible shaft drive transmission coupled between the power operated rotary knife and the portable power unit. The portable power unit includes a drive motor assembly providing a rotational power source which is operatively coupled to the drive mechanism through the flexible drive transmission to rotate the rotary knife blade. The portable power unit also includes a blower assembly providing vacuum pressure at an inlet duct side, the vacuum assembly being in fluid communication with the inlet duct side to generate a vacuum pressure condition in a region of a cutting opening defined by the rotary knife blade and the trim guide.

Rotary knife blade with double beveled inside surface

A rotary knife includes a rotatable annular blade. The blade includes a blade wall presenting an annular inner surface terminating at a cutting edge. The annular inner surface includes a first section and a second section, with the first section extending from the cutting edge and the second section being located further from the cutting edge than the first section. The first and second sections define first and second angles, respectively, relative to an imaginary plane transverse to the axis about which blade rotates. The second angle is greater than the first angle.

BLADE BUSHING FOR ROTARY KNIFE

A powered rotary knife includes a handle, a blade housing, an annular blade, and a blade bushing for rotatably mounting the blade within the housing. The blade housing includes an inner groove that is operable to receive the blade bushing therein. The blade housing and blade bushing are split in order to expand and receive the blade. The blade includes an outer groove that is also operable to receive the blade bushing. Thus, the blade bushing is spaced between the blade housing and blade and rotatably secures the blade within the blade housing. 1. A rotary knife driven by a power source , the rotary knife comprising:a blade housing;an annular blade operable to be driven by the power source,said blade housing presenting an annular inwardly facing housing bearing surface,said annular blade presenting an annular outwardly facing blade bearing surface in an opposed relationship with the housing bearing surface; andan annular bushing extending circumferentially to rotatably support the blade relative to the blade housing,said bushing and said blade housing being configured to cooperatively prevent relative rotation therebetween.2. The rotary knife as claimed in claim 1 ,said bushing presenting a radially projecting stop surface,said blade housing including a radially extending stop structure, with interengagement between the stop surface and stop structure restricting the bushing from rotating relative to the housing.3. The rotary knife as claimed in claim 2 ,said stop structure being formed integrally as part of the blade housing.4. The rotary knife as claimed in claim 2 ,said stop structure comprising an end wall extending radially relative to the housing bearing surface.5. The rotary knife as claimed in claim 4 ,said bushing presenting a pair of the stop surfaces, with the stop surfaces facing generally opposite directions,said blade housing presenting a pair of the end walls, with each end wall being adjacent and configured to engage a respective one of the stop ...

HANDHELD ROTARY CUTTING BLADE

A handheld rotary cutting blade includes a toroidal cutting blade and a handheld handle configured to package a section of the toroidal cutting blade; the toroidal cutting blade is arranged to be annular; another section of the toroidal cutting blade extends beyond the handheld handle; an outer side edge of the toroidal cutting blade is provided with a cutting edge; two rollers configured to respectively press against and support opposite inner sides of the toroidal cutting blade are respectively hinged at two opposite ends of the handheld handle; the two rollers are located at the same side relative to the center of the toroidal cutting blade, and the side is a side which keeps away from the middle of the handheld handle relative to the center; two rollers are respectively arranged at two ends of the handheld handle. 1. A handheld rotary cutting blade , wherein the handheld rotary cutting blade comprises a toroidal cutting blade configured to cut and a handheld handle configured to package a section of the toroidal cutting blade; the toroidal cutting blade is annular shaped; another section of the toroidal cutting blade extends beyond the handheld handle; an outer side edge of the toroidal cutting blade is configured with a cutting edge; two rollers configured to respectively press against and support opposite inner sides of the toroidal cutting blade are respectively hinged at two opposite ends of the handheld handle; the two rollers are located at a same side relative to a center of the toroidal cutting blade , and the side corresponds to a side relative to the center which faces away from the middle of the handheld handle.2. The handheld rotary cutting blade of claim 1 , wherein the handheld handle includes an upper handle which encircles an outer side edge of a section of the toroidal cutting blade; a lower handle which is fastened to the upper handle at an annular inner side of the toroidal cutting blade and a locking mechanism for fixedly connecting two ends ...

CUTTING TOOL

A cutting tool is configured to cut a tube. The cutting tool comprises a tube cutter. The tube cutter includes a housing having a blade opening and a profile defining a tube opening configured to receive the tube. The tube cutter also includes a blade arranged in the blade opening and extending into the tube opening. The cutting tool further comprises a handle having a grip portion and a mounting portion, the mounting portion configured to removably attach the tube cutter to the handle. The cutting tool also comprises a ratcheting mechanism configured to alternatively lock and unlock the tube cutter for rotation with the handle. When the tube cutter is attached to the mounting portion, the tube is arranged in the tube opening, and the handle is rotated in a first direction about the pipe, the ratcheting mechanism locks the tube cutter for rotation with the handle, such that the tube cutter rotates with the handle and the blade cuts the tube. When the tube cutter is attached to the mounting portion, the tube is arranged in the tube opening, and the handle is rotated in a second direction that is opposite the first direction about the pipe, the ratcheting mechanism allows the handle to rotate relative to the tube cutter. 1. A cutting tool configured to cut a tube , the cutting tool comprising: a housing having a blade opening and a profile defining a tube opening configured to receive the tube, and', 'a blade arranged in the blade opening and extending into the tube opening;, 'a tube cutter, the tube cutter including'}a handle having a grip portion and a mounting portion, the mounting portion configured to removably attach the tube cutter to the handle; anda ratcheting mechanism configured to alternatively lock and unlock the tube cutter for rotation with the handle,wherein when the tube cutter is attached to the mounting portion, the tube is arranged in the tube opening, and the handle is rotated in a first direction about the pipe, the ratcheting mechanism locks the ...

APPARATUS FOR CUTTING A PATTERN IN SHEET MATERIAL

An apparatus for cutting a pattern in a sheet material includes a template having a channel with a predetermined shape. The apparatus also includes a cutting device, including a base having one or more projections configured to interact with the channel, a handle coupled to the base and moveable relative to the base between a first position and a second position, and a retractable rotary blade coupled to the handle. The retractable rotary blade is moveable between a refracted position when the handle is in the first position, and an extended position when the handle is in the second position. The retractable rotary blade is configured to cut a pattern according to the predetermined shape of the channel when the cutting device is tracked along the channel while both the handle is in the second position and the one or more projections are positioned within the channel. 1. An apparatus , comprising:a template comprising a channel having a predetermined shape; and a base having one or more projections configured to interact with the channel;', 'a handle coupled to the base and moveable relative to the base between a first position and a second position; and', 'a retractable rotary blade coupled to the handle, the retractable rotary blade moveable between a retracted position when the handle is in the first position and an extended position from the base in line with the one or more projections when the handle is in the second position, the retractable rotary blade configured to cut a pattern according to the predetermined shape when the cutting device is tracked along the channel while both the handle is in the second position and the one or more projections are positioned within the channel., 'a cutting device, including2. The apparatus of claim 1 , wherein the handle is freely rotatable relative to the base about a vertical axis provided by the base claim 1 , the handle moveable along the vertical axis relative to the base between the first position and the second ...

METHODS OF OPERATING CUTTING TOOLS

A method of cutting a tie wrap, bound about at least one wire, using a cutting tool is provided. The method comprising steps of: applying a housing of the cutting tool to the tie wrap, positioning a portion of the tie wrap within a first groove of the housing between first two opposing sidewalls and second two opposite sidewalls of the housing, moving the at least one wire and maintaining the at least one wire a distance away from the tie wrap, moving a circular blade of the cutting tool against the portion of the tie wrap, positioned within the first groove, and at least partially cutting the tie wrap with the circular blade. In some examples, the method further comprises controlling a depth of the circular blade within the tie wrap while the circular blade at least partially cuts the tie wrap. 1. A method of cutting a tie wrap , bound about at least one wire , using a cutting tool that comprises a housing , an alignment guide , a circular blade , and a spacer , the method comprising steps of: the housing comprises a first side and a second side;', 'the first side and the second side are coupled together to define a cavity;', 'the first side comprises first two opposing sidewalls and a first end wall, extending therebetween and perpendicular to each of the first two opposing sidewalls;', 'the second side comprises second two opposing sidewalls and a second endwall, extending therebetween and perpendicular to each of the second two opposing sidewalls;', 'the first two opposing sidewalls, the first end wall, the second two opposing sidewalls, and the second end wall define a first groove, formed in the first side and in the second side; and', 'the first groove is configured to receive a portion of the tie wrap between the first two opposing sidewalls and the second two opposite sidewalls;, 'applying the housing of the cutting tool to the tie wrap, wherein the alignment guide extends outward from the housing;', 'the alignment guide comprises a first guide surface and ...

POWER OPERATED ROTARY KNIFE

A power operated rotary knife including an annular rotary knife blade supported for rotation in a blade housing. The rotary knife blade including a body and a blade section extending from the body. The body includes an outer wall including an arcuate surface having an upper region extending from a first upper end portion to a second intermediate portion and a lower region extending from the second intermediate portion to a third lower end portion. A plurality of gear teeth extend downwardly from the upper end of the body, each of the plurality of gear teeth including an outer peripheral face forming a portion of the upper region of the arcuate surface of the outer wall. The body outer wall includes a bearing surface having a lower bearing face in the lower region of the arcuate surface and an upper hearing face in the upper region of the arcuate surface. 135-. (canceled)36. An annular rotary knife blade for rotation about a central axis of rotation in a power operated rotary knife , the annular rotary knife blade comprising:a body and a blade section extending from the body;the body including a first end and a second end spaced axially from the first end and an inner wall and an outer wall spaced radially from the inner wall, the outer wall of the body including an arcuate surface protruding outwardly with respect to the central axis of rotation, the arcuate surface including an upper region and a lower region, the upper region of the arcuate surface being axially closer to the first end of the body and the lower region of the arcuate surface being axially closer to the second end of the body;the body further including a driven gear having an upper end and an axially spaced apart lower end and comprising a plurality of gear teeth, the plurality of gear teeth including outer surfaces comprising at least a part of the arcuate surface; andthe outer wall of the body further including a first bearing surface for rotatably supporting the annular rotary knife blade for ...

Rotary Cutter

A rotary cutter comprises a body having a handle and a cutter opening. A reservoir of rotary blades is disposed in the body. A member is moveable between a protective and an exposed operative position. A releasable blade receiver assembly allows a blade to be ejected from the cutter and a replacement blade to be loaded onto the cutter for subsequent usage.

CUTTING DEVICE

The invention provides a cutting device having a main body, a cutting component and a connection member. The cutting component is mutually assembled with the main body via the connection member, and the cutting component is further provided with a cutting member, wherein a blade portion and an extension portion of the cutting member form an angle of 60 to 84 degrees therebetween. Accordingly, a user is able to hold a holding portion thereof and press the blade portion of the cutting component against an object to be cut so as to perform cutting; the cutting component can be rotated 360 degrees via the connection member, such that the cutting component can be rotated to all angles when a cutting direction is changed, thereby achieving the effect of easily changing the cutting direction thereof. 1. A cutting device , comprising:a main body having a holding portion thereon;a cutting component, having a tapered shape and comprising a cutting member having a blade portion and at least one extension portion extended along a side of the blade portion, an angle formed between two sidewalls of the blade portion is between 60 to 84 degrees; anda connection member provided between the main body and the cutting component, wherein the cutting component is mutually assembled with the main body through the connection member;wherein the main body is substantially parallel to and misaligned with the cutting component.2. The cutting device of claim 1 , wherein a plane of rotation of the cutting component is parallel with a plane of contact of the connection member so that the cutting component can be rotated 360 degrees on the main body via the connection member.3. (canceled)4. The cutting device of claim 1 , wherein the main body can be in a shape of a rod claim 1 , a sphere or a column.5. (canceled)6. The cutting device of claim 2 , wherein the connection member can be a fiber reinforced plastic material or a metal material.7. The cutting device of claim 2 , wherein the holding ...

Annular knife with a sensor for measuring the cutting depth of a rotating knife blade

The disclosure relates to an annular knife with a sensor for determining the cutting depth and a method for determining the cutting depth. When trimming meat such as at abattoirs a customer may require a fat layer of a given thickness, however the natural fat layer of animals vat between different carcasses and within the individual carcass/meat piece. By determining the fat layer thickness and variation hereof of a meat piece before trimming the meat piece an operator may be presented with such information and be able to remove tit in different areas to obtain the required thickness. The trimming may be performed with a system calculating in real unit how much fat is to be removed when some fat has already been removed by an operator.

CAM-ACTUATED SPLIT BLADE HOUSING FOR POWER OPERATED ROTARY KNIFE

A blade housing assembly for a power operated rotary knife including a split blade housing and a cam mechanism for changing a blade housing diameter between blade supporting and blade changing positions. The split blade housing includes an annular blade support section, a mounting section and a split extending through the mounting section and an inner wall of the blade support section and defining a split distance between first and second circumferential ends of the inner wall. The split includes a radial split section and an angled split section adjacent the inner wall. The mounting section includes first and second body portions on opposite sides of the split. The cam mechanism includes a cam plate bridging the first and second body portions and a cam member rotatably supported by the cam plate. The cam member is rotatable between closed and open positions to change the blade housing diameter. 1. A blade housing assembly for supporting an annular rotary knife blade of a power operated rotary knife for rotation about a central axis of rotation , the blade housing assembly comprising:a split blade housing including: an annular blade support section centered about a blade housing center line and including an inner wall; a mounting section extending from the blade support section; and a split extending through the mounting section and the inner wall of the blade support section and defining a split distance between first and second circumferential ends of the inner wall; the mounting section including a first body portion and a second body portion on opposite sides of the split, the first body portion including a first cam slot having a first end portion and a spaced apart second end portion; anda cam mechanism including: a cam plate bridging the first and second body portions of the mounting section of the split blade housing; and a cam member rotatably supported by the cam plate, the cam member rotatable between a first, closed position and a second, open position ...

Tube Cutter with Automatically Feeding Function

A tube cutter includes a main body, a holder, a guide bolt and two rollers. The main body has a wall provided with a screw hole. The holder is slidably mounted on the main body and is provided with a through hole. A cutting wheel is rotatably mounted on the holder and corresponding between the two rollers. The guide bolt is screwed through the screw hole of the main body and extends through the through hole of the holder. The guide bolt has a first end provided with a rotation portion and a second end provided with a resting portion. An elastic member is mounted on the guide bolt and is biased between the resting portion and the holder. The two rollers are rotatably mounted on the main body.

Cast removal system

Apparatus and methods for cutting a material, especially with low material speed and high cutting torque. In some embodiments, the apparatus is a hand-held device for quietly cutting through an orthopedic cast with little or no generation of debris. In yet other embodiments, there is a method for automatically advancing material past a shearing surface, such that the shearing action occurs at about the same velocity as the advancement. In yet other embodiments, there is a device for cutting material between a foot and a sharp edge, with the bottom of the foot being under the sharp edge to protect the skin of the patient.

Pipe wrap removal tool

A specialty tool designed for the efficient removal of strips of the outer sheathing (or "wrap") from underground pipe, consisting of a slotted cylindrical steel shaft (10) with female ratchet drive couplings (16) matched into each end, and having cutting discs (14) seated slightly inward from each end. Upon insertion into the slot (12) of a small loosened portion of the wrap and the engagement of the ratchets (18), a strip of wrap is simultaneously cut, pulled loose, and wrapped around the shaft (10) of the tool between the cutting discs (14), as the tool is directed by means of the ratchets (18) around the circumference of the pipe.

A ceiling panel and ceiling panel assembly

본 발명은 건축용 천장 판넬 및 이를 설치하기 위한 설치 부재에 관한 것으로 특히, 시공이 간편하고, 시공 후 보수를 용이하게 할 수 있는 천장 판넬 및 그 설치 부재와 이를 이용한 천장 판넬 시공 방법에 관한 것이다. The present invention relates to a building ceiling panel and an installation member for installing the same, and more particularly, to a ceiling panel and its installation member and a ceiling panel construction method using the same that can be easy to install, easy after construction. 이러한 본 발명의 천장 판넬은 양 단부가 상방으로 굽혀진 외장판의 내부에 보온재를 적층하여 구성되고, 상기 외장판의 양 단부에 상방으로 절곡된 부분을 내측으로 굽혀 결합홈부를 형성하며, 상기 결합홈부의 상단을 외부를 향해 절곡하여 절곡 결합부를 형성하여 구성되며, The ceiling panel of the present invention is configured by laminating a heat insulating material in the interior of the outer plate bent upwards at both ends, and bent inwardly bent portion at both ends of the outer plate to form a coupling groove, the coupling It is configured by bending the upper end of the groove toward the outside to form a bending coupling portion, 그 조립체는 상기 판넬들의 사이에 설치되어 서로 다른 판넬들을 결합시키며, 상기 절곡 결합부의 홈에 끼워지는 판넬 걸림깃과, 판넬들 사이의 결합홈부에 삽입되는 걸림 확개부로 구성된 판넬 결합구와 ; 벽에 고정 설치되어 천장 판넬의 양단을 지지하는 단부 프레임과 ; 상기 단부 프레임의 저면에 설치되어 단부 프레임의 상부에 올려진 판넬을 고정시키는 고정나사를 덮어 가려주는 단부 커버를 포함함하여 구성된다. Its assembly is installed between the panels to couple the different panels, the panel engaging portion consisting of a panel engaging blade fitted into the groove of the bent coupling portion, and the engaging expansion portion inserted into the coupling groove between the panel; An end frame fixed to the wall to support both ends of the ceiling panel; It is configured to include an end cover installed on the bottom of the end frame to cover the fixing screw for fixing the panel mounted on the top of the end frame. 천장 판넬, 프레임, 프레임, 커버, 고정구 Ceiling panels, frames, frames, covers, fixtures

Hand knife for cutting meat raw material

Изобретение относитс  к м сной промьшшеннести, точнее к ручному ножу дл  резани  м сного сырь . Цель изобретени  - повьшение надежности и удобства в работе. Нож содержит ручку 1, кольцеобразный корпус 5, на кольцеобразной поверхности которого и примыкающей к ней дугообразной стенке имеетс  кольцеобразное лезвие 7 с конической боковой поверхностью, установленное в корпусе 5 с возможностью вращени , один торец которого вьтолнен зубчатым. Он находитс  в контакте с кольцеобразной поверхностью . ПротиБОположньй торец лезви  7 имеет режущую кромку 12, а также элемент 8 дл  удерживани  лезви  7 в корпусе 5. Дугообразна  стенка имеет выступ дл  ограничени  осевого смещени  лезви  7 относительно кольцеобразной поверхности, элемент 8 св зан с ручкой 1 посредством шарнирного соединени  9 дл  взаимодействи  с наружной поверхностью лезви  7 в рабочем положении и отвода от нее дл  замены лезви  7 и прикреплен к нему в удерживающем лезвие 7 положении посредством винта 10. Корпус 5 прикреплен к отрезкам 3 и 4. Шарнирное соединение на отрезке 3 состоит из имеющей внутреннюю.нарезку втулки 22, прикрепленной к одному концу элемента 8, и барашка. Пружина, окружающа  вал и действующа  на винт 27 и отрезок 4, удерживает винт 27 в отрегулированном положении. Предложенна  конструкци  ножа обеспечивает удобную смену лезвий. 6 з.п. ф-лы, 10 ил. СО с Фь а

Cutter

A cutting tool (1) is disclosed for cutting sheet material. The tool comprises first (2) and second (3) cutting rollers, the first cutting roller (2) having a first axis of rotation (11) substantially parallel to a corresponding second axis of rotation (12) of the second cutting roller (3). Each cutting roller has a cutting face (25, 26) substantially perpendicular to its axis of rotation, with the cutting face (25) of the first cutting roller (2) being in sliding contact with the cutting face (26) of the second cutting roller (3) over a contact region (27). The tool includes a handle (9) by which the tool can be drawn across the sheet material.

Rotary cutter

KNIFE, IN PARTICULAR, FOR CUTTING FOOD

1. Нож, в частности, для резки пищевых продуктов, содержащий установленное с возможностью вращения вокруг оси вращения лезвие и выполненный в виде электродвигателя привод, содержащий вращающийся ротор и неподвижный статор, которые взаимодействуют между собой для приведения лезвия во вращательное движение при работе ножа, отличающийся тем, что ротор (32) установлен с возможностью вращения вокруг оси (A) вращения, жестко соединен с лезвием (33) и при работе ножа (1) вращается вместе с лезвием (33) вокруг оси (A) вращения. !2. Нож по п.1, отличающийся тем, что статор (31), ротор (32) и лезвие (33) выполнены, в основном, кольцеобразными и расположены концентрично друг другу. ! 3. Нож по п.1, отличающийся тем, что ротор (32) установлен на статоре (31) с возможностью вращения посредством шарикоподшипника (34). ! 4. Нож по п.3, отличающийся тем, что шарикоподшипник (34) выполнен в виде керамического шарикоподшипника. ! 5. Нож по п.1, отличающийся тем, что ротор (32) по типу внутреннего ротора расположен внутри статора (31), а лезвие (33) расположено радиально внутри ротора (32) на его внутренней стороне. ! 6. Нож по п.1, отличающийся тем, что лезвие (33) для закрепления удерживается на роторе (32) с геометрическим или с силовым замыканием, а соединение между ротором (32) и лезвием (33) выполнено разъемным. ! 7. Нож по п.6, отличающийся тем, что соединение между ротором (32) и лезвием (33) выполнено с возможностью самопроизвольной затяжки при работе ножа (1). ! 8. Нож по п.1, отличающийся тем, что привод (31, 32) выполнен по типу возбуждаемого постоянными магнитами трехфазного синхронного двигателя, причем на роторе (32) расположены постоянные магниты, а на статоре (31) - содержащие якорные о РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) 2009 133 231 (13) A (51) МПК B26B 25/00 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ, ПАТЕНТАМ И ТОВАРНЫМ ЗНАКАМ (12) ЗАЯВКА НА ИЗОБРЕТЕНИЕ (21)(22) Заявка: 2009133231/02, 10.03.2008 (71) Заявитель(и): Форшунгс-унд ...

Electric scissors for cutting sheet materials

Использование: резка и раскрой материала типа кожи. Сущность изобретени : ножницы содержат электропривод и св занный с ним механизм передачи вращени , а также дисковый нож, св занный с приводом, и размещенную под ним рабочую лапку, выполненную в виде пластины, имеющую основной и вспомогательный участки , рабоча  поверхность первого из которых выполнена перпендикул рной вертикальной оси ножа. При этом вспомогательный участок рабочей лапки выполнен изогнутым под острым углом к вертикальной оси дискового ножа. 4 ил.

Hand drill

FIELD: drilling soil or rock.SUBSTANCE: invention relates to the design of a hand drill, intended for the formation of holes in the ground, in particular, when installing pillars, fences, when installing piles for foundations, when planting bushes and trees, when taking soil samples, when over-drafting groundwater by deep pumps, when forming horizontal and inclined wells for communications, pipelines, cables. Hand drill contains a hollow tubular rod with end notches in the lower part and a double hole in the upper part for the interchangeable handle and a cutting unit made in the form of a replaceable conical insert, on which the cutting units-discs are formed to the outer side with equal pitch. From the outside an auger of variable pitch is mounted on a cylindrical tube. Pipe is made with a system of holes between the auger.EFFECT: technical result is to increase productivity and ease of use for hand drilling of wells, including a depth greater than the length of the rod.1 cl, 2 dwg РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 2 675 262 C1 (51) МПК E21B 10/44 (2006.01) B26B 25/00 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ ИЗОБРЕТЕНИЯ К ПАТЕНТУ На основании пункта 1 статьи 1366 части четвертой Гражданского кодекса Российской Федерации патентообладатель обязуется заключить договор об отчуждении патента на условиях, соответствующих установившейся практике, с любым гражданином Российской Федерации или российским юридическим лицом, кто первым изъявил такое желание и уведомил об этом патентообладателя и федеральный орган исполнительной власти по интеллектуальной собственности. (52) СПК (21)(22) Заявка: 2018111043, 27.03.2018 (24) Дата начала отсчета срока действия патента: (73) Патентообладатель(и): Дядченко Николай Петрович (RU) Дата регистрации: 18.12.2018 (56) Список документов, цитированных в отчете о поиске: МИШИН А. Для сада и огорода. Приоритет(ы): (22) Дата подачи заявки: 27.03.2018 2 6 7 5 2 6 2 R U Адрес для переписки: 600000, г. ...

Pneumatic control system for meat trimming knife

A pneumatic control system for a meat trimming knife in which an annular cutting blade of the knife is rotated by a flexible cable driven by an electric motor mounted remote from the knife. A diaphragm mounted in the handle of the knife is compressed by the manual movement of a piston by an operator. The diaphragm is connected to a pressure switch which senses compression of the diaphragm and generates an electric control signal which actuates an electric clutch which couples the output shaft of the electric motor to the flexible cable for rotating the cutting blade. Upon release of the lever by the operator, the pressure switch senses the change in pressure which signals the clutch to disengage the motor shaft from the flexible cable to stop the rotation of the cutting blade. In a modified embodiment a diaphragm pump supplies a flow of low pressure, low volume air to the handpiece. A lever on the handpiece changes this air flow which is sensed by a pressure sensor which actuates the electrical clutch through a logic circuit to control the flexible drive cable. In a further embodiment, a manually operated torque selector enables the amount or torque supplied to the handpiece to be varied to complement the size of the handpiece. In another embodiment an automatically operated torque limiting clutch is interposed between the cutting blade and electric motor to limit the amount of torque transmitted from the motor to the cutting blade.

Data enable circuit with reduced power consumption in lcd source driver ic

본 발명은 액정표시장치(LCD, Liquid Crystal Display) 관련 기술에 관한 것으로, 특히 LCD 소스 드라이버 IC(LCD Source Driver IC)의 데이터 인에이블 회로에 관한 것이다. 본 발명은 소스 드라이버에서의 불필요한 전력 소모를 크게 줄일 수 있는 액정표시장치의 소스 드라이버 집적회로의 데이터 인에이블 회로를 제공하는데 그 목적이 있다. 본 발명에서는 LCD 소스 드라이버 IC 내의 쉬프트레지스터를 전체 채널에 대해 좌/우 영역으로 구분하고, 쉬프트레지스터를 인에이블시키기 위한 클럭인에이블신호를 좌/우측 클럭인에이블신호로 분리하여 쉬프트레지스터가 절반씩 인에이블 되도록 하였다. 이를 위해 본 발명에서는 기존에 사용된 좌/우측 데이터 버퍼 인에이블신호 발생기를 변형하여 여기에 클럭인에이블신호를 인가함으로써 좌/우측 클럭인에이블신호를 생성하는 방식을 구현하였으며, 이에 따라 소스 드라이버에서의 불필요한 전력 소모를 크게 줄일 수 있게 된다. BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a liquid crystal display (LCD) related technology, and more particularly, to a data enable circuit of an LCD source driver IC. An object of the present invention is to provide a data enable circuit of a source driver integrated circuit of a liquid crystal display device which can greatly reduce unnecessary power consumption in the source driver. In the present invention, the shift register in the LCD source driver IC is divided into left and right regions for all channels, and the clock enable signal for enabling the shift register is divided into left and right clock enable signals, thereby shifting the shift register by half. Enabled. To this end, the present invention implements a method of generating a left / right clock enable signal by applying a clock enable signal by modifying a left / right data buffer enable signal generator. This can significantly reduce unnecessary power consumption. 액정표시장치, 소스 드라이버, 디지털 제어부, 데이터 인에이블 회로, 좌/우 제어신호 LCD, Source Driver, Digital Control Unit, Data Enable Circuit, Left / Right Control Signal

Hand knife for cutting and dressing meat and handle for this knife

A hand knife (20, 120), of the type having a ring-like rotary driven blade useful for cutting meat and other suitable products; a blade housing (24, 124, 224) for a hand knife; and a circular blade (26, 126). The blade housing has a generally circular groove (38, 138, 238) to receive a ring gear portion (56, 256) of the blade while a cutting portion (60) extends from the housing. One arcuate wall portion (38b, 138b, 238b) of the housing is frusto-conical and faces a similarly contoured peripheral portion of the blade ring-gear. In the preferred construction the housing recess is formed by a cylindrical wall that surrounds the ring-gear portion of the blade and by a frusto-conical wall that is encircled by the ring-gear portion of the blade. A blade retainer (28, 128) secured to the handle acts against a radial flange (62, 162) of the blade when tightened, to retain the blade within the groove, and when loosened allows removal of the blade from the housing.

Rotary blade

(57)【要約】 【課題】 より多用途で比較的低価格な方法で保護機能 を満たすことができる、回転刃を提供すること。 【解決手段】 回転刃（１０）は、周縁を有するプラッ トホーム（１８）に接続されるグリップ部分を有する細 長いハンドルを具備する。ほぼ円形の刃先は、プラット ホームの中に形成された開口部を通じて延伸するシャフ トの上に回転自在に取り付けられる。また刃は、アーチ 形の部分を有する刃先ガードを具備する。そのガード は、刃を使用するに先立ち、刃先の切刃を露出するため に、使用者によって回転可能である。

Protection member lock device in circular blade type cutter

(57)【要約】 【解決手段】柄１に円形刃３を回転可能に支持するとと もに、柄１に保護部材２を円形刃３に対し移動し得るよ うに支持し、円形刃３の刃先２７に対応する保護部材２ の刃先対峙部２１が、円形刃３の刃先２７の露出を阻止 する不使用状態と、その刃先２７の露出を許容する使用 可能状態とを取り得る。回転抵抗付与機構５は、押圧部 ３０を有する押圧可動体７と、押圧可動体７を円形刃３ に圧接させる操作体８とを備えている。ロック機構６ は、係止突部３８を有する係止可動体９と、係止可動体 ９を保護部材２の係止凹部２５に係脱させる操作体８と を備えている。回転抵抗付与機構５の操作体８とロック 機構６の操作体８とを兼用している。 【効果】部品点数を減少させて構造を簡単にするととも に、操作性を高めることができる。

Electric rotary-blade knife

Rotary power knife

Rotary-type cutting implement

A cutting implement including an annular blade defining a central blade aperture and a circular cutting edge. The annular blade is rotatably mounted in a handle covering a covered arc segment of the blade while allowing an outer arc segment of the blade to protrude from the handle. The device may be held through the use of a palm grip wherein some of the fingers of the user are inserted through the blade aperture and press the handle against the palm of the hand. A mechanism may be provided for selectively restraining the rotation of the blade relative to the handle.

HAND KNIFE WITH CUTTING THICKNESS CALIBER

Dans un couteau à main destiné à parer un produit comestible, comportant une poignée 12 et une partie en forme de bague 14 comportant une lame de découpe 16, on introduit un calibre D d'épaisseur de coupe comportant une partie de base 28 et une partie de calibrage 30 qui est séparée de la partie de base 28 à une de ses extrémités (l'extrémité droite sur la figure 1, le couteau représenté étant destiné à un droitier). La vis 26 permet de déterminer l'épaisseur de coupe et la vis 48 permet de déterminer la flexion de l'extrémité libre du calibre 30. In a hand knife intended for trimming an edible product, comprising a handle 12 and a ring-shaped part 14 comprising a cutting blade 16, a caliber D of cutting thickness comprising a base part 28 and a part calibrator 30 which is separated from the base part 28 at one of its ends (the right end in FIG. 1, the knife shown being intended for a right handed person). Screw 26 is used to determine the cutting thickness and screw 48 is used to determine the flexion of the free end of gauge 30.

MANUAL CUTTING INSTRUMENT WITH ROTARY CUTTING DISCS