Профилешлифовальный координатный станок для обработки внутренних поверхностей

Устройство для обработки цилиндрической поверхности с направляющей линией в виде трохоиды

Станок для доводки отверстий

Станок для обработки сопрягаемых поверхностей заготовок типа пуансонов и колец пресс-форм для прямоугольных электронно-лучевых трубок

Устройство для полирования внутренней фасонной полости детали

УСТРОЙСТВО ДЛЯ ПОЛИРОВАНИЯ ВНУТРЕННЕЙ ФАСОННОЙ ПОЛОСТИ ДЕТАЛИ, содержащее установленные в обойме подпружиненные рычаги, на концахкоторых расположены инструменты в виде фасонных головок сабразивным покрытием , отличающееся тем, что, с целью расширения техноло гических возможностей, головки выполнены со сферической рабочей поверхностью в виде оболочки из эластичного материала и установлены на рычагах посредством эксцентрично | асположенных шарниров, при. этом рычаги снабжены пластинчатыми пружинами, установленными с возможностью контакта с головками.

Machine for grinding the cutting edge of a die

... 1,064,348. Grinding. WALBERT EQUIPMENT CO. June 8, 1965 [June 29, 1964], No. 24229/65. Heading B3D. A machine for grinding the cutting edge of a die B of the type used for cutting openings in envelope material comprises a die support 34 mounted in a frame for oscillation about, and reciprocation along, a fixed axis relative to a template 84 carried by the frame and provided with a track 109 conforming to the shape of the cutting edge of the die, means on the frame for carrying a grinding element 47 in fixed relation to the template, and the die support having a part 110 to engage the track of the template during movement of the die support for controlling contact of the cutting edge of the die with the grinding element. The die support consists of a cylinder 34 mounted on a shaft 33 which is guided for reciprocating movement by balls 27 in longitudinal tracks in sleeves 25, in turn supported for oscillatory movement by balls 23 in races 21 mounted in bearing blocks 14 carried by cross-members ...

APPARATUS FOR REFINISHING A PELLETIZING DIE

Maschine zum Schleifen der Schneidkanten von Stanzwerkzeugen

Schleifmaschine zum Schleifen der Schneidkante von rotierenden Stanzwerkzeugen

Verfahren zur Herstellung von Matrizen für Stanzen, insbesondere für Blechstanzen, und Einrichtung zur Durchführung dieses Verfahrens

STANZBLECH, PROCEDURE FOR ITS PRODUCTION AND TOOL FOR THE EXECUTION OF THE PROCEDURE.

NUMERICAL CONTROL VERTICAL GRINDING MACHINE.

Machine and method for grinding tool inserts.

Die Erfindung betrifft eine Maschine und ein Verfahren zum Schleifen von Werkzeugeinsätzen, wobei die Arbeitsachse (CO) der Platte (2.1), in welcher der zu bearbeitende Werkzeugeinsatz (1) verankert ist, an allen Punkten ihrer Drehbewegung kontrolliert wird, was die Interpolation der Bewegungen dieser Arbeitsachse (CO) mit denjenigen einer Rotationsachse (BO) und mit denjenigen von entsprechenden Achsen (X und Z) erlaubt, so dass die Maschine vier Interpolationsachsen aufweist, was das Herstellen von Werkzeugeinsätzen (1) mit gerundetem oder nicht-gerundetem innerem oder äusserem Durchmesser und mit konstantem oder nicht-konstantem Übergang zwischen diesen Durchmessern und den Seitenflächen mittels eines einzigen Schleifvorgangs erlaubt.

Machine and procedure for sharpening tool in corroding.

Die Erfindung betrifft eine Maschine und ein Verfahren zum Schleifen von Werkzeugeinsätzen, wobei die Arbeitsachse (CO) der Platte (2.1), in welcher der zu bearbeitende Werkzeugeinsatz (1) verankert ist, an allen Punkten ihrer Drehbewegung kontrolliert wird, was die Interpolation der Bewegungen dieser Arbeitsachse (CO) mit denjenigen einer Rotationsachse (BO) und mit denjenigen von entsprechenden Achsen (X und Z) erlaubt, so dass die Maschine vier Interpolationsachsen aufweist, was das Herstellen von Werkzeugeinsätzen (1) mit gerundetem oder nicht-gerundetem innerem oder äusserem Durchmesser und mit konstantem oder nicht-konstantem Übergang zwischen diesen Durchmessern und den Seitenflächen mittels eines einzigen Schleifvorgangs erlaubt.

Anti- automobile die shockproof grinding machine for processing

Grinding device for die-processed product

Processing method of hard alloy oval die head and device for achieving method

Semi-automatic mold polishing machine

Surface polishing device for mold production and machining

Mould processing grinding device

Template suction manipulator with function of polishing

Improved generation mould polishing device

MACHINE FOR GRINDING THE CUTTING EDGE OF A DIE

COATER DIE EDGE FINISHING METHOD

A method of microfinishing the edge of a die component (8) includes polishing the edges after the die component is machined by known methods to finish the edges of the die component to a smoother finish than the rest of the die component. This eliminates the incidence of undesirable streaking defects in the coating. The polishing step can be lapping, vapor honing, or grit blasting. The edges are polished to a finish of less than 8 microinches.

Coater die grinding and finishing method

Methods of finishing and microfinishing the edges of a die component are disclosed. Each edge is polished to finish the edge of the die component to a smoother finish than the rest of the die component. This eliminates the incidence of undesirable streaking defects in the coating. The grinding and polishing includes placing a grind fixture adjacent the die component contiguous with the edge to present a grind fixture surface coplanar with the first surface of the edge, then grinding and polishing together the first surface of the edge of the die component and the adjacent grind fixture surface are polished. This is repeated for the second surface of the edge.

СПОСОБ МЕХАНИЧЕСКОЙ ОБРАБОТКИ ИЗДЕЛИЙ СЛОЖНОЙ ПРОСТРАНСТВЕННОЙ ФОРМЫ

Способ механической обработки изделий сложной пространственной формы, при котором обрабатывающий инструмент и обрабатываемое изделие упруго поджимают один к другому, осуществляют заданное относительное перемещение путем одновременных движений инструмента и изделия и контроль положения изделия и инструмента, отличающийся тем, что движение изделия и инструмента осуществляют независимо друг от друга относительно неподвижной системы координат, причем допускаемая величина отклонений независимых движений инструмента и изделий от заданного значения больше требуемой величины их относительного перемещения по нормали к обрабатываемой поверхности, обусловленного регламентированным съемом материала при заданных значениях скорости движения и давления инструмента на изделие, а контроль положения изделия и инструмента относительно неподвижной системы координат осуществляют после съема материала изделия за один проход инструмента.

Способ изготовления сборного прессового инструмента

Изобретение относится к области инструментального производства и жет быть использовано при изготовлении сборного прессового инструмента. Целью изобретения является повышение стойкости прессового инструмента за счет, улучшения качества поверхности рабочего торца при повьшении стой- кйсти шлифовального круга за счет снижения засаливания. В сборном прессовом инструменте, состоящем из твердосплавной вставки и стального корпуса , перед шлифованием сразу всего торца торцовую поверхность стального корпуса, прилегающую к твердосплавной вставке, упрочняют лазерной термообработкой или подвергают электроискровому упрочнению до твердости, равной 0,8-0,9 твердости вставки. ю ...

Umrissbearbeitungsmaschine.

IMPROVEMENTS IN OR RELATING TO SPINDLE JIG GRINDERS

STANZBLECH AND PROCEDURE FOR ITS PRODUCTION.

Die grinder with rotatable head

Roll grinding device of mirror surface copper strip

Grinding device for processing curved surface head of mold punch space

Polishing setting is used in glass mould production

Grinding device for die machining and shaping

Mould processing grinding device

Lens take shape with processingequipment of mould

Grinding and manufacturing device with measuring function for wedging mold

A die wall polishing device

Formwork grinding machine with steel wire grinding wheel

A aluminum extrusion die table

Linear polishing machine

Casting die machining equipment

Die for stainless steel wire production

A die for stainless steel wire production consists of an inlet cone (1), a lubricating cone (2), a working cone (3), a sizing belt (4) and an outlet cone (5), and is in the shape of a hollow cylinder;the die is made of artificial diamond, and the inner hole wall of the die is ground and polished; the angle of the inlet cone (1) is 90 degrees, and the height of the inlet cone (1) is 20% of the total height of the die; the angle of the lubricating cone (2) is 60 degrees, and the height of the lubricating cone (2) is 50% of the total height of the die; the angle of the working cone (3) is 20 degrees; the height of the sizing belt (4) is 10% of the aperture of the sizing belt; the angle of the outlet cone (5) is 90 degrees, and the height of the outlet cone (5) is 20% of the total height of the mold; and the die is used for cold drawing of stainless steel wires with the diameter ranging from 2.0 mm to 6.0 mm. According to the die for production, the inner hole of the die cannot be damagedin ...

Manufacturing jig of slide core for mobile phone case

4-axis bench apparatus for maching mirror finished surface

The present invention provides a 4-axis bench device for machining mirror finished surface, comprising a table 4 fitted with a machined material 1 and rotatably driven about a center defined by a vertical B-axis by numerical control; a spindle 6 fitted with a conductive grinding wheel 2 and rotatably driven about an axis thereof; a grinding wheel fitting head 8 for detachably fitting a rotation axis C of the spindle in a Z-axis direction parallel with the B-axis and in a Y-axis direction horizontally perpendicular to the B-axis; a torsion preventing guide 10 for preventing torsion of the grinding wheel fitting head around an X-axis and the Z-Axis; an X-Z table 12 for linearly moving the grinding wheel fitting head in the X-axis direction and Z-axis direction by numerical control; a Y-table 14 for linearly moving the table 4 in the Y-axis direction that is horizontally perpendicular to the X-Z surfaces by numerical control; and electric machining means for electrically machining an electrode ...

Grinding machine and method for processing the interiors of moulds

Surface grinding machine for punching tools

A surface grinding machine has a motor-driven grinding disc supported in a carrier movably supported above the base and a tool holding fixture on the base which is rotatable about a laterally offset axis. A control assembly includes a contact arm which is movable into an operative position to guide the tool into the initial grinding position, and includes means for moving the grinding disc downwardly against the tool surface in a controlled fashion upon movement of the contact arm into an inoperative position. The tool holding fixture is rotatable about its axis as the grinding disc rotates to eliminate substantially circular grooves and scratches in the tool being ground.

Копировальный станок для обработки поверхности заготовки типа пуансона и матрицы пресс-формы при изготовлении прямоугольной электронно-лучевой трубки

Устройство для обработки эпитрохоидальных поверхносей

Оптический профилешлифовальный станок

Устройство для шлифования профильных поверхностей

Изобретение относится к абразивной обработке, может быть использовано при шлифовании профильных поверхностей и позволяет осуществлять шлифование поверхностей в многопозиционной системе, например на торцах вырубных пуансонов в многопереходных штампах. Устройство содержит консоль, подвижную вдоль горизонтальной направляющей 3. Консоль снабжена второй горизонтальной направляющей 6 и подвижной вдоль нее вертикальной направляющей 7. На вертикальной направляющей размещен шпиндель, вал которого снабжен центроискателем 10 и кареткой 14 с суппортом 15. Шлифовальный инструмент укреплен на каретке суппорта и выполнен в виде чашечного абразивного круга 11 с приводом 12, имеющим возможность регулирования положения от шлифовальной машинки относительно горизонтальной поверхности стола. 3 ил.

VERTICAL SPINDLE JIG GRINDER

A numerically controlled vertical spindle jig grinder comprises a bed 1 with a column 5 having vertical ways 6, and a compound table 2 carrying a workpiece 3 and a wheel dresser 4. The compound table 2 is traversable along the axes X and Y. A slide 7 having a pivot shaft 9 is traversable on the ways 6 of the column 5 along the Z axis. The slide 7 has circular ways 8 on which a cradle 10 is installed for traversing along a circular coordinate axis B with respect to the pivot shaft 9. The cradle 10 carries a turret 11 indexable about axis 12 and having at least two wheelheads 13 provided with wheel spindles 15 rotatable about the longitudinal axis 14 of the wheelhead 13, the spindles carrying spherical abrasive tools 16 of different diameters. The grinder also has a numeric control system 23 which is electrically connected to movable assemblies of the grinder. ...

Improvements in machines for grinding hollow stamping tools and cutting dies

... 201,182. Wehrhan, F. K. July 22, 1922, [Convention date]. Disc and wheel apparatus; spindles and spindle mountings.-A machine for grinding hollow stamping-tools, dies, &c. comprises a frame a upon which is mounted a hollow member b carrying radial and thrust ball bearings for a grinding- spindle w<2>, and having secured thereto a worktable c. Secured to the table is a column d on which is adjustably mounted a head e carrying a ball bearing L. The spindle w<2> has a conical socket adapted to receive a mandrel S upon which the grinding - tool is mounted; the upper end of the mandrel is tapered and fits into a conical recess in a bush n, which runs in the bearing L with an interposed dust-excluding disc u<1>. On the spindle w<2> is a collar m; this collar prevents sliding down of the spindle, and, being above the upper bearing, protects this from dust. The table c has a neck H in which are three openings giving access to the interior and allowing ejection of dust by the rotation of the collar ...

POLISHING APPARATUS

A polishing apparatus comprising a support base on which is mounted a power source to drive a swash plate, and an extension member connecting the power source and the swash plate to a remote polishing member. The polishing member comprises a gripping portion for the operator and a receiving member adapted to accept a polishing stone. The extension member comprises a hollow outer tube having a movable inner core to transmit the reciprocating motion of the swash plate to the receiving member of the remote polishing member in order to reciprocate the polishing stone at high speed.

TOOL GRINDING MACHINE

The tool grinding machine can grind the cutting edge of a punch without disassembling the punch body from the punch assembly and further can grind the cutting edge of the upper surface shoulder portion of the die. Further, the punch and die of various shapes can be ground easily by selecting an appropriate previously stored operation mode determined according to grinding conditions. The tool grinding machine comprises: a rotary table 33 rotatably disposed on a slider 29 supported on a base 3 movably in the right and left direction; and a grinding tool 53 disposed axially away from the rotary table and rotatably and movably in an axial direction of the rotary table 33, for grinding workpiece fitted on the rotary table 33.

Portable die head grinding device

The utility model discloses a portable die head grinding device, including motor and first handle, first handle lies in the upper right side of motor, the lower extreme of motor is connected with first handheld cover through the connecting piece, first handheld putting in is fixed with the second handle, the still interlude of first handheld cover has the regulation support, and the junction of adjusting support and first handheld cover still is provided with pressure adjustment handle, the bottom of first handheld cover is fixed with the dustproof protecting cover through primary shaft bearing, the lower extreme of dustproof protecting cover is provided with and overlaps with first handheld set of assorted second is handheld, the lower extreme of the handheld cover of second is fixed with the pivot through the secondary shaft bearing, the top and the motor swing joint of pivot, alternate the piece of polishing in the pivot, the downside of piece of polishing is fixed with the clamp plate ...

Surface side descaling machine

Sine magnetic table

Quick grinding mechanism of mould

Alloy mold design coping platform

Raw material pretreatment device for mold processing and convenient to use

Mechanical part surface processing system

Die polishing device

Mechanical die levelly and smoothly processes processing apparatus

The utility model discloses a mechanical die levelly and smoothly processes processing apparatus, the camera includes a supporting plate, the bottom of backup pad is provided with the shock pad foot,the top of backup pad has from left to right set gradually baffle, sliding block, sewage collecting vat and support column, be provided with the slide rail between baffle and the sewage collecting vat, and sliding block sliding connection is on the slide rail, the top of sliding block is provided with the pneumatic cylinder, the top of pneumatic cylinder is provided with the motor cabinet, the left side of motor cabinet is provided with hydraulic rod, and hydraulic rod's left end passes through slider and baffle swing joint, the top of motor cabinet is provided with the motor, the right side power take off end of motor is provided with the pivot, the outer wall of pivot has cup jointed the wheel of polishing. The utility model has the advantages of reasonable design, the effect that blocksthrough ...

VERTICAL GRINDING MACHINE WITH DIGITAL CONTROL

MACHINE A RECTIFIER VERTICALE A COMMANDE NUMERIQUE

L'INVENTION CONCERNE L'USINAGE PAR ABRASION. LA MACHINE A RECTIFIER FAISANT L'OBJET DE L'INVENTION EST CARACTERISEE NOTAMMENT EN CE QU'ELLE COMPORTE UN COULISSEAU 7 DISPOSE SUR LES GLISSIERES VERTICALES 6 DU MONTANT 5, MOBILE SUIVANT UN AXE Z ET COMPORTANT UN GUIDAGE CIRCULAIRE 8 ET UN ARBRE HORIZONTAL 9, UN BERCEAU 10 MONTE SUR LEDIT GUIDAGE 8 ET SUR LEDIT ARBRE 9 ET MOBILE SUIVANT UN AXE DE COORDONNEES CIRCULAIRE B AUTOUR DE L'AXE DE L'ARBRE HORIZONTAL 9, UNE TETE REVOLVER 11 MONTEE SUR LEDIT BERCEAU 10 ET SUSCEPTIBLE DE PIVOTEMENT DISCONTINU AUTOUR DE SON PROPRE AXE HORIZONTAL 12, AU MOINS DEUX POUPEES PORTE-MEULE 13 MONTEES SUR LADITE TETE REVOLVER 11 DE FACON QUE LEURS AXES LONGITUDINAUX 14 SOIENT PERPENDICULAIRES A L'AXE HORIZONTAL 12 DE LADITE TETE REVOLVER 11. L'INVENTION PEUT ETRE UTILISEE NOTAMMENT POUR L'USINAGE DE PIECES DU TYPE OUTIL DE MATRICAGE, MOULE A PRESSION, GABARIT.

SQUARE-SHAPED SUBSTRATE FOR IMPRINT LITHOGRAPHY AND PRODUCTION METHOD THEREOF

Provided is a method for producing a square-shaped substrate for imprint lithography. In terms of a lateral side of the square-shaped substrate for imprint lithography processed by polishing the lateral side of the substrate, the lateral side of the square-shaped substrate is polished by translocating the square-shaped substrate and a rotation polishing pad relatively in parallel with respect to the lateral side while pressurizing the rotation polishing pad with a specific pressure in a vertical direction. According to the present invention, it is possible to control a pattern shape and pressurization in a high definition when performing imprint lithography. In addition, transcription of complicated patterns with the high definition. COPYRIGHT KIPO 2016 ...

DIAMOND DIES GRINDING MACHINE

METHOD AND DEVICE FOR REPAIRING DIE FOR WIRE DRAWING

PURPOSE: To efficiently process the internal face of a die by fitting plural dies in the longitudinal row to a piece of wire. CONSTITUTION: A die 1 held on a die holder capable of inclining the die half angle part is passed through a wire 4 spread vertically and the die contact part with the wire 4 is polished by the rotation of the die 1 itself and vertical movement. In this case, plural dies 11-14 are held on each die holder in the longitudinal raw at intervals on a piece of wire 4 spread vertically and a wire holder preventing the vibration of the wire is arranged between the die holders and in the space with the wire end part where the die holder and a weight 5 are fitted to. Thus, the internal faces of plural dies 11-14 can efficiently subjected to polishing simultaneously by a piece of the vertical wire 4. COPYRIGHT: (C)1990,JPO&Japio ...

Приспособление для восстановления длины канала бакенов ротационных ковочных машин

Вертикальный доводочный станок для доводки отверстий волочильных фильер

Вертикальный многошпиндельный шлифовальный станок

PROCEDURE AS WELL AS MACHINE TO SHARPENING WORKPIECES WITH A COMPENSATION MECHANISM OF THE WEAR

PROCEDURE FOR THE CUTTING TREATMENT OF CURVES WORKPIECE SURFACES

Die grinder attachment

Automatic polishing method of circular arc surface of mobile phone shell

本发明公开了一种手机外壳圆弧面自动打磨方法，包括上料输送工序、吸附搬运工序、打磨工序和下料输送工序；通过所述上料输送工序输送待打磨产品，通过所述吸附搬运工序将待打磨产品从所述上料输送装置的末端搬运到所述打磨装置上，待打磨完成后再将打磨后的产品从打磨装置上搬运到下料输送装置上,通过所述打磨工序对待打磨产品进行打磨，通过所述下料输送工序将打磨后的产品输送到下个工序；其有益效果是，本发明打磨方法简单，打磨精度高，打磨过程可控性强，设有旋转机构便于对手机外壳圆弧面进行自动打磨加工；本发明自动化程度高，缩减了人力，节省了成本与人力投资，提高了工作效率及工作质量。

A high-precision laser positioning mould ejector pin special car at the

Rotary forging die machining method and device

本发明涉及模具制造方法技术领域，尤其涉及一种旋锻模具加工方法及加工装置。旋锻模具加工方法包括以下过程：制造旋锻模具坯料，然后采用金刚石砂轮对旋锻模具坯料进行精加工。同时还提供了采用上述旋锻模具加工方法进行旋锻模具加工的加工装置。本发明通过金刚石砂轮对旋锻模具坯料进行精加工，能够在保证旋锻模具的表面质量的同时，还提供了加工效率。

Machine and process for grinding dies

The invention relates to a machine and process for grinding dies, in which the work axis (CO) of the plate (2.1) in which the die (1) to be machined is anchored is controlled at all the points of its angular movement, allowing the interpolation of the movements of this work axis (CO) with those of an axis of rotation (BO) and with those of respective axes (X and Z), such that the machines has four axes of interpolation, which allows machining dies (1) with their inner or outer diameter rounded or non-rounded and with their transition between these diameters and the side faces constant or variable by means of a single grinding process.

Height-adjustable casting die machining clamping mechanism

Grinding and polishing device for mold

A die free curved surface polishing apparatus and polishing method

Die insert polishing device

Air pressure type hanging table height processing machine

Pipe die grinding dotting machine

Machine is polish with a waterstone in manufacturing of paper fan mould

The utility model relates to a machine is polish with a waterstone in manufacturing of paper fan mould mainly is used for processing paper fan bars handle mould, and its structure includes: screw rod knob, screw rod, dirty tank, mould groove, spring, slider, grip block, big band pulley, little band pulley, belt, motor, emery wheel and outer frame. The utility model discloses an innovation in the technique improves, installs the slider on the screw rod top, can exert pressure for the grip block, and fixed mould, and install the spring and play certain cushioning effect, adopting the mode of belt drive, driving the emery wheel rotation through the motor and process the mould, the operation of machine is more steady in messenger's course of working.

A polisher for denture processing

DIAMOND DIE GRINDING MACHINE CAPABLE OF CENTERING THE DIE HOLDER AND THE DIAMOND DIE MACHINING PIN RAPIDLY

PURPOSE: A diamond die grinding machine is provided to precisely grind the machining pin abraded in machining and to grind the die hole efficiently. CONSTITUTION: A diamond die grinding machine includes a die holder(1) having a guide groove in which a slot formed on a die holder guide(3) is fitted and fixed by a bolt(8). A motor(10) is mounted on a grinder(11). The grinder is attached to a supporting plate(13) and mounted on a worm gear shaft. A worm is engaged with a worm gear, and rotated by a regulating knob(23). An eccentric shaft is inserted into the worm shaft. © KIPO 2009 ...

Electrodeless electrolytic dressing grinding method and apparatus

СПОСОБ МЕХАНИЧЕСКОЙ ОБРАБОТКИ ИЗДЕЛИЙ СЛОЖНОЙ ПРОСТРАНСТВЕННОЙ ФОРМЫ

Изобретение относится к области машиностроения и может использоваться при механической обработке изделий сложной пространственной формы, например лопаток турбин. Изделие и инструмент упруго поджимают друг к другу и перемещают независимо друг от друга в неподвижной системе координат. Причем это перемещение осуществляют из условия, что допускаемая величина отклонений этих перемещений от заданного значения должна быть больше требуемой величины их относительного перемещения по нормали к обрабатываемой поверхности, обусловленного регламентированным съемом материала. Контроль положения изделия и инструмента относительно неподвижной системы координат осуществляют после съема материала за один проход инструмента. В результате при сохранении высокой точности обработки удешевляется технологический процесс. 1 ил.

Устройство для обработки фасонного изделия

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Устройство для обработки трохоидальных поверхностей

Устройство для обработки цилиндрической поверхности с образующей линией в виде эпитрохоиды

УСТРОЙСТВО ДЛЯ ОБРАБОТКИ ЦИЛИНДРИЧЕСКОЙ ПОВЕРХНОСТИ С ОБРАЗУЮЩЕЙ ЛИНИЕЙ В ВИДЕ ЭПИТРОХОИДЫ , содержащее вращающийся стол, на оси которого установлено зубчатое колесо, находящуюся в зацеплении с зубчатым колесом стола щестерню, установленную посредством эксцентрично расположенной цапфы в корпусе и связанную с приводом вращения, и установленную в корпусе кулису, на которой вдоль одной линии закреплены оси стола, шестерни и кулисного камня, расположенного в пазу корпуса, отличающееся тем, что, с целью повышения качества обработки , оно снабжено блоком зубчатых колес , установленных на оси в корпусе и соединенных с приводом вращения, и несколькими зубчатыми секторами, жестко закрепленными с угловым смещением друг относительно .друга, на шестерне соосно ее цапфе с возможностью последовательного зацепления с зубчатыми колесами блока. .-/ ...

Приспособление для шлифования поверхностей по дугам круга

Slug Retention Groove Forming Machine And Method

A portable and transportable die cavity modifying machine having a base carrying a carriage adjustable along one axis, e.g., a generally horizontal axis, and a machining head adjustable along another axis, e.g., a generally vertical axis, for modifying a die cavity of a stamping die in a manner that prevents blank or slug pulling during stamping press operation. The machine includes a grinder that can be pneumatically powered having a grinding bit used to precisely machine a slug retention groove in a die cavity defining surface (sidewall) of a die cavity formed in a stamping die. The machine has an angularly adjustable head carrying the grinder enabling adjustment of the angle of the groove relative to die cavity defining surface enabling the groove to be angled relative to the direction of a punch entering the die cavity during stamping. 1. A machine for modifying a die to provide slug retention comprising:a base;a carriage adjustable along a first axis; anda machining head adjustable along a second axis.2. The machine of wherein the head carries a rotatable machining insert used to modify a cavity of a die to prevent blank or slug pulling during stamping press operation.3. The machine of wherein the machining insert is a rotary grinding bit.4. The machine of wherein the carriage is adjustable along a first axis that is generally perpendicular to the direction of a punch traveling into the cavity of the die during stamping.5. The machine of wherein the head is adjustable along a second axis generally parallel to the direction of a punch traveling into the cavity of the die during stamping.6. The machine of wherein the machining head is angularly adjustable to adjust the angle of the machining insert relative to the second axis and die punch travel direction.7. The machine of wherein the machining insert is a rotary grinding bit that machines an elongate slug retention groove into a die cavity defining sidewall that forms at least part of the cavity of the die.8. ...

Slug Retention Groove Forming Machine And Method

A portable and transportable die cavity modifying machine having a base carrying a carriage adjustable along one axis, e.g., a generally horizontal axis, and a machining head adjustable along another axis, e.g., a generally vertical axis, for modifying a die cavity of a stamping die in a manner that prevents blank or slug pulling during stamping press operation. The machine includes a grinder that can be pneumatically powered having a grinding bit used to precisely machine a slug retention groove in a die cavity defining surface (sidewall) of a die cavity formed in a stamping die. The machine has an angularly adjustable head carrying the grinder enabling adjustment of the angle of the groove relative to die cavity defining surface enabling the groove to be angled relative to the direction of a punch entering the die cavity during stamping. 1. A machine for modifying a die to provide slug retention comprising:a base;a carriage carried by the base, the carriage adjustable along a first axis; anda machining head carried by the carriage, the machining head comprising a machining insert used to modify the die to provide slug retention, the machining head carried by the carriage and adjustable along a second axis.2. The machine of wherein the machining head comprises a tool holder that releasably holds a machining tool to which the machining insert used to modify a cavity of the die to prevent blank or slug pulling during stamping press operation is mounted.3. The machine of wherein the machining head comprises a clamp that releasably clamps a rotary grinder claim 1 , and wherein the machining insert is a rotary grinding bit mounted to the rotary grinder.4. The machine of wherein the carriage is cantilevered from the base disposing the machining head outwardly of the base claim 1 , wherein the carriage is movable relative to the base along the first axis moving the machining head therewith claim 1 , the first axis generally perpendicular to the direction of a punch ...

INVERSION MOUNT FOR MOUNTING AN INVERTED DIE GRINDER

An inversion mount includes an upper mounting base, a lower mounting base, and an oblique drop arm connected from the upper mounting base to the lower mounting base. The upper mounting base is configured to normally mount to a downward-facing inversion mounting surface from below. The lower mounting base includes a non-rotary main body and a rotary latch assembly. The main body includes a forward receiver configured to axially receive a mounting insert from below as a rotary item. The latch assembly includes a side latch. The side latch extends alongside the main body, and is supported for radial pivotation between an open position, in which the side latch carries the inside hook below but not underneath the forward receiver, and a latched position, in which the side latch carries the inside hook underneath the forward receiver for hooked engagement with a side pocket behind the mounting insert. 1. An apparatus , comprising:an inversion mount, the inversion mount including an upper mounting base, a lower mounting base, and an oblique drop arm connected from the upper mounting base to the lower mounting base, the upper mounting base configured to normally mount to a downward-facing inversion mounting surface from below, and the lower mounting base including a non-rotary main body and a rotary latch assembly, the main body including a forward receiver configured to axially receive a mounting insert from below as a rotary item, and the latch assembly including a side latch, the side latch extending alongside the main body, and supported for radial pivotation between an open position, in which the side latch carries the inside hook below but not underneath the forward receiver, and a latched position, in which the side latch carries the inside hook underneath the forward receiver for hooked engagement with a side pocket behind the mounting insert.2. The apparatus of claim 1 , wherein the upper mounting base is configured to normally bolt to the inversion mounting ...

Improved Slug Retention Groove Forming Machine and Method of Use and Operation Thereof

A portable and transportable die cavity modifying machine having a base carrying a carriage adjustable along one axis, e.g., a generally horizontal axis, and a machining head adjustable along another axis, e.g., a generally vertical axis, for modifying a die cavity of a stamping die in a manner that prevents blank or slug pulling during stamping press operation. The machine includes a stop that is adjustably connected to the carriage. The stop is configured to limit movement of the machining head along the generally vertical axis. The machine may also feature a vibration isolator that is used with the stop to prevent noise and vibration that result from movement of the machining head in relation to the stop. Additionally, the machine may include an optical device capable of capturing an image of the die cavity defining sidewall as the rotary grinding bit machines the elongate slug retention groove. 1. A machine for modifying a sidewall defining a die cavity formed in a die with a slug retention groove comprising:a base grounding the machine to the die adjacent the die cavity;a slide arrangement carried by the base, the slide arrangement comprised of a movable slide block that is movable relative to the die cavity in a direction toward or away from the cavity-defining sidewall; anda machining head carried by the movable slide block, the machining head comprised of a slug retention groove forming tool used to form a slug retention groove in the cavity-defining sidewall.2. The machine of claim 1 , further comprising a stop that operatively cooperates with one of the slide arrangement and machining head to limit movement of at least one of the machining head and tool relative to the cavity-defining sidewall.3. The machine of claim 2 , wherein the stop comprises a downward travel motion limiting stop that limits travel of the machining head and tool toward the cavity-defining sidewall.4. The machine of claim 2 , wherein the stop comprises a travel range limiting stop ...

模具抛光的方法

本发明提供一种模具抛光的方法，属于模具制造技术领域。本发明模具抛光的方法，通过下述技术方案来实现：经铣、电火花、磨加工工艺后的模具表面，选择转速在35000—40000rpm的旋转表面抛光机或超声波研磨机进行粗抛光；依次用号数为：#400、#600、#800、#1000、#1200和#1500的砂纸进行半精抛；用抛光布轮混合钻石研磨粉或研磨膏进行研磨精抛。由于机械抛光主要还是靠人工完成，所以抛光技术目前还是影响抛光质量的主要原因，除此之外，还与模具材料、抛光前的表面状况、热处理工艺等有关，优质的钢材是获得良好抛光质量的前提条件。

螺旋管模具打磨机

本发明公开了一种螺旋管模具打磨机，包括架体（1）、螺旋体旋转装置（2）、顶尖（3）、顶尖快移气缸（4）、顶杆驱动电机（5）、顶杆（6）、钢刷驱动装置（7）、上下移动装置（8）、水平移动装置（9）、移动驱动电机（10）、升降气缸（11）、钢刷（12）、水平驱动螺杆（13）、钢刷调整螺杆（14）、丝杠（15）、和配电柜（16）。本发明螺旋管模具打磨机，用于处理螺旋管模具上的凝固混凝土，结构简单，效率高，易于操作，省时，省力，节省成本。

A kind of maintenance facility of mold

本发明涉及模具技术领域，具体是一种模具的保养设备，包括驱动模具进行转动的旋转装置，围绕旋转装置依次设有吹气装置、清洗装置和废水收集装置，旋转装置的正上方设有打磨装置，旋转装置包括工作台、转盘和用于驱动转盘进行转动的伺服电机，伺服电机竖直安装在工作台的内部，并且伺服电机的输出端贯穿工作台顶部并置于工作台的外部，转盘安装在伺服电机的输出端上，转盘还设有排水组件和定位组件，打磨装置包括支撑架、升降组件、驱动组件和打磨组件，升降组件安装在支撑架的顶部，驱动组件安装在升降组件上并位于支撑架的顶部下方，打磨组件安装在驱动组件上。本发明实现了对模具自动打磨、吹气和清洗的保养工序，并且提高了安全性。

A kind of automobile die abrasive polishing method

本发明提供了一种汽车模具研磨抛光方法，包括以下步骤：不考虑几何精度的情况下，仅执行步骤S3‑S4；否则执行步骤S1‑S4；S1、抛光前先检查模具主体表面机加工留下的痕迹；S2、用粒径为320#的金刚石纤维油石对模具表面进行粗抛，去除模具表面的刀痕和毛边；S3、用500#、700#、900#、1100#、1300#的砂皮依次进行半精抛，去除模具表面的加工纹路，换不同型号的砂皮前，用100％的纯棉花吸取酒精对模具主体表面进行擦洗，查看抛光情况；S4、用35000#的研磨膏涂抹在抛光砂轮上，对模具表面进行镜面精抛。本发明的汽车车灯模具的抛光方法，抛光操作过程简单，操作劳动强度低，大大缩短了抛光周期，降低了模具的生产成本，通过该方法制得的模具表面平整、精度高。

Bottom grinding device for upper mould attaching plate of press

본 발명은 슬라이더에 장착된 상태에서 편마모된 상부 금형대의 저면을 수평면이 되도록 신속 용이하고 안전하게 연마할 수 있는 프레스의 상부 금형대용 저면 연마장치를 제공하려는 것으로서, 상기의 과제는 베드에 장착된 하부 금형대가 수평을 유지하는 전제 조건 하에서, 하부 금형대에 안장되는 대판과, 이 대판에 축설치되어 저면 연마기의 원주방향 위치를 바꾸는 턴 테이블과, 이 턴 테이블 상에서 그 회전중심에 폭 중심선이 지나도록 형성된 레일을 따라 오가며 저면 연마기를 이동시키는 이송대, 그리고 상기 이송대에 탑재된 저면 연마기로 이루어진 프레스의 상부 금형대용 저면 연마장치를 특징으로 한다.

Car mould grinding and polishing subassembly

本发明属于研磨抛光装置技术领域，尤其是一种汽车模具研磨抛光组件，针对现有的模具毛边去除不方便，影响后期的配件的制作，会造成不必要的经济损失的问题，现提出如下方案，其包括底座，所述底座的顶部固定安装有第一安装板，第一安装板的一侧滑动安装有第二安装板，第二安装板的底部固定安装有研磨抛光机，第一安装板的一侧固定安装有电动推杆，电动推杆的输出轴与第二安装板固定连接，第二安装板的底部固定安装有收料箱，收料箱上开设有出料口，收料箱的一侧固定安装有泵机。本发明使用方便，可以有效的对模具进行均匀的研磨抛光，确保配件的加工的质量，保证了后期的使用，避免了造成经济损失。

Apparatus for grinding a mold copper plate

본 발명은 몰드의 내부벽에 부착된 몰드 동판을 가공하기 위한 몰드 동판 가공 장치에 있어서, 상기 몰드의 입구 주위에 형성되는 이송 가이드; 상기 이송 가이드 상에 위치되어, 상기 이송 가이드를 따라 이동가능한 몸체부; 상기 몸체부에 수직하게 결합되어 상기 입구를 통해 상기 몰드에 삽입되고, 상기 몰드 동판에 접촉된 상태에서 회전하여 상기 몰드 동판의 표면을 연마하는 가공툴; 상기 가공툴과 연결되고, 상기 가공툴을 회전시키는 회전 모터; 상기 몸체부 상에 위치되어, 상기 가공툴이 상기 몰드 동판의 표면에 접촉되도록 상기 몸체부를 기울어지도록 하는 각도 조절 모터; 및 상기 몸체부에 연결되고, 상기 몸체부를 상기 이송 가이드를 따라 이동시켜, 상기 가공툴이 상기 몰드 동판의 표면을 따라 이동하도록 하는 이송 모터를 포함하는 것을 특징으로 하는 몰드 동판 가공 장치를 개시한다. 상기와 같은 몰드 동판 가공 장치는 아연으로 인한 몰드 동판의 표면 경화 및 크랙 발생을 방지하고, 수작업에 의한 방법에 비하여 고속인 가공 작업을 구현한다. The present invention provides a mold copper plate processing apparatus for processing a mold copper plate attached to an inner wall of a mold, the apparatus comprising: a transfer guide formed around an inlet of the mold; A body portion located on the transfer guide and movable along the transfer guide; A machining tool coupled to the body part and inserted into the mold through the inlet and rotating in contact with the mold copper plate to polish the surface of the mold copper plate; A rotary motor connected to the processing tool and rotating the processing tool; An angle adjustment motor positioned on the body portion to tilt the body portion so that the processing tool contacts the surface of the mold copper plate; And a transfer motor connected to the body portion and moving the body portion along the transfer guide to move the processing tool along the surface of the mold copper plate. The mold copper plate processing apparatus as described above prevents surface hardening and crack generation of the mold copper plate due to zinc, and implements a machining operation which is faster than the manual method. 몰드 동판, 가공툴, 회전 모터, 각도조절 모터, 이송 모터 Mold copper plate, processing tool, rotary motor, angle adjusting motor, feed motor

Multifunctional grinding device convenient to use for mold production

本发明公开了一种便于使用的模具生产用多功能打磨装置，属于模具技术领域，包括第一支撑板，第一支撑板的上方设置有打磨机构，打磨机构包括第二支撑板，第一支撑板的上表面两端设置有与第二支撑板相对应的可调节支撑杆，可调节支撑杆的顶端设置有调节螺栓，所述第二支撑板的下方设置有限位件，第二支撑板的下表面设置有与限位件相对应的限位滑轨，限位件的下方设置有第二液压缸，第二液压缸与限位件的连接处设置有限位轴承，第二液压缸的底端设置有第三限位板；本发明结构简单，使用方便，具有回收功能，可以对打磨时产生的碎屑进行收集和储存，并且可以对储存的碎屑进行压缩，使打磨装置的功能更加丰富。

Cast is with cast mould cleaning equipment

本发明公开了一种铸造用管型模具清理设备，包括底座、立柱和打磨模块；本发明在结构上设计合理，将管型模具放置于安置槽内部，第二伺服电机提供动力带动夹爪模块下移夹持物料，第一伺服电机通过第二旋转轴带动旋转底座转动，使得夹爪模块移至浸泡筒内，通过洗模药水清洁模具，同时第二旋转轴带动料盘转动，方便夹爪模块下次取料，对于模具上浸泡后的顽固附作物或不适宜浸泡清理的模具，通过打磨模块进行进一步清理，适用范围更广，最后，夹爪模块移至防护层喷涂模块内，喷涂模具内壁，降低模具的磨损度和粘模率，本装置结构小巧占地面积小，且避免了传统手工作业存在的安全风险，且提高了工作效率。

Grinding method for formed mirror surface, and device for it

(57)【要約】 【課題】 高精度の成形加工と高品位な鏡面加工とを高 能率に同時に行うことができる成形鏡面研削方法と装置 を提供する。 【解決手段】 導電性砥石（１）と整形用電極（４）の 間に電圧を印加し、かつ導電性砥石に整形用電極を接触 させ、接触点にスパークを発生させて導電性砥石を整形 し、併行して、導電性砥石とこれに非接触に対向した目 立て用電極（２）との間に電圧を印加し、かつその間に 導電性研削液を供給して、導電性砥石を電解ドレッシン グして砥石の目立てをする。

Grinding device is used in a kind of production of wire drawing die

本发明公开了一种拉丝模生产用打磨装置，包括操作台，所述操作台的底部四角均连接有支脚，操作台的顶侧设置有联合固定机构和打磨机构，所述固定机构包括固定内柱，所述固定内柱的竖直一侧外侧贴合连接有若干个契板，且固定内柱和契板之间分别开设有圆形竖直通孔，所述固定内柱的外侧套设有中间环板和外环板，契板均位于中间环板的内侧，且外环板套设在中间环板的外侧，所述中间环板的板体开设有水平通孔，且水平通孔内壁固定焊接有滑筒，且滑筒内均滑动连接有滑竿，所述滑竿的一端延伸至中间环板的内侧并分别与契板固定焊接。本发明提高了提高了生产效率，使用便捷，且打磨效果较好，满足了人们在生产生活中的使用需求。

High-precision water grinding machine for machining stamping die

本发明涉及水磨床技术领域，具体涉及一种高精密冲压模具加工用水磨床，包括机座、控制柜和水箱，所述控制柜设置在机座的前侧，所述水箱设置在机座的后侧，所述机座的上表面焊接有L型固定板，所述L型固定板的上表面开设有两个纵向设置的条形滑槽，所述L型固定板的上方设置有U型滑座，所述U型滑座的下表面设置有两个与条形滑槽相配合滑条；本发明仅需要通过驱动电机的低速转动即可实现工作台快速的左右往复运动，有效解决了现有水磨床的进给系统需要配备PLC控制步进电机高速正反转切换才能实现工作台快速的左右往复运动，其设备成本较低，而且降低了整个设备的电能损耗。

Polishing equipment for mold machining

本发明涉及模具加工技术领域，特别是涉及一种模具加工用打磨设备，包括基座和固定架，固定架位于基座上端共设有两块，基座上端中部固定连接有第二液压伸缩轴，第二液压伸缩轴上端固定连接有支撑板，基座上端左右两侧均固定连接有固定板，每块固定板上端前后部均固定连接有导柱，四根导柱上端之间固定连接有顶板，顶板下端中部固定连接有电伸缩轴，电伸缩轴下端固定连接有滑动架；通过将模具放在支撑板上，且通过滑动架带动打磨轮上下移动，便于对多种高度的模具进行打磨，且通过丝杆带动导块进行左右移动，转动电机和打磨轮则随导块的移动一起移动，因此利于对模具的多个位置进行打磨，保证了打磨全面性。

Mirror surface polishing device for die machining

本发明公开了一种模具加工用镜面抛光装置，具体涉及模具加工用镜面抛光技术领域，包括支撑座，所述支撑座的上表面固定有渣尘收集箱，所述支撑座的上表面临近渣尘收集箱的位置处焊接有伸缩杆，所述伸缩杆的上表面焊接有抛光构件，所述渣尘收集箱的上表面焊接有夹持底座，所述夹持底座的内部滑动安装有夹持滑板，所述渣尘收集箱的一侧贯通焊接有导尘管，所述渣尘收集箱的内表面后端安装有过滤板，所述过滤板的后方位于渣尘收集箱的后表面位置处开设有透气网。本发明模具加工用镜面抛光装置里的夹持装置，为电动控制调节夹持，设置有灰尘收集构件，下压为伸缩气缸运行下压，体积较小，为加厚不锈钢支撑底座。

Apparatus for manufacturing a mold for molding glass for portable devices

The present invention relates to an apparatus for manufacturing a mold for molding glass of a portable device. More specifically, according to the present invention, a mold for molding glass of a portable device including a smartphone is mounted on a jig, and then the upper surface of the mold is polished with a brush while rotating at a predetermined angle, forward and backward, and at 360 degrees, thereby improving surface roughness, gloss, and yield of good products, and improving quality and a life.

Method of manufacturing mold for superhydrophobic material, superhydrophobic material and method of manufacturing the same

본 발명은, 초발수용 몰드 제조방법, 초발수용 몰드를 이용한 초발수용 재료 및 그 제조방법에 있어서, 몰드용 금속 표면에 포토레지스트를 결합하는 단계와; 리소그래피를 통해 상기 포토레지스트를 감광하여 감광 마이크로 패턴을 형성하는 단계와; 상기 감광 마이크로 패턴에 양극산화를 통해 제1양극산화층을 형성하는 단계와; 상기 제1양극산화층을 식각 제거하여 상기 감광 마이크로 패턴보다 깊게 함몰되며 나노시드를 포함하는 양극산화 마이크로 패턴을 형성하는 단계와; 나노시드를 포함하는 상기 양극산화 마이크로 패턴에 양극산화를 통해 양극산화 나노 패턴을 포함하는 제2양극산화층을 형성하는 단계와; 나노기공으로 이루어진 상기 양극산화 나노 패턴을 식각하여 상기 나노기공의 직경 및 함몰 깊이를 조절하는 단계를 포함하는 것을 기술적 요지로 한다. 이에 의해 양극산화 마이크로 패턴을 얻기 위해 식각 및 양극산화하는 단계 중 식각하는 단계를 거치지 않아 공정이 단순해지며 이를 통해 제조비용 및 제조시간을 줄일 수 있으며, 또한 양극산화를 이용하여 포토레지스트와 금속 간의 결합력이 유지되며, 양극산화 시간을 조절을 통해 마이크로 패턴의 깊이를 증가시킬 수 있는 효과를 얻을 수 있다. The present invention provides a super water-repellent mold manufacturing method, a super-water-repellent material using the super-water-repellent mold, and a method of manufacturing the same, comprising: bonding a photoresist to a metal surface for a mold; Forming a photosensitive micro pattern by photosensitive the photoresist through lithography; Forming a first anodized layer through anodization on the photosensitive micro pattern; Etching the first anodized layer to form an anodized micropattern that is deeper than the photosensitive micropattern and includes nanoseeds; Forming a second anodized layer comprising an anodized nano pattern through anodization on the anodized micro pattern including nano seeds; It is a technical summary to include the step of adjusting the diameter and the depression depth of the nanopores by etching the anodized nanopattern made of nanopores. This simplifies the process by not performing an etching step among the steps of etching and anodizing to obtain an anodized micro pattern, thereby reducing manufacturing cost and manufacturing time, and also using anodization between photoresist and metal. The bonding strength is maintained, and an effect capable of increasing the depth of the micro pattern can be obtained by controlling the anodization time.

Mechanical part polishing device convenient to clamp

本发明公开了一种方便夹紧的机械零部件打磨装置，包括打磨台、夹持组件、打磨架和收集箱，所述打磨台顶端中部横向开设有两条开槽，所述第一电机仓内设有第一驱动电机，所述第一驱动电机的输出轴贯穿第一电机仓与第一丝杠连接，所述夹持组件安装在打磨台上方，所述打磨架安装在打磨台的顶部外侧，所述横板通过两个电控液压杆支撑，所述横板的顶部左侧安装有第三驱动电机，所述第三驱动电机的输出轴上安装有第二丝杠，设置有第一驱动电机和第一丝杠，第一驱动电机带动第一丝杠进行转动，第一丝杠通过第一滑动块带动左固定架或者右固定架的滑动，便于对不同尺寸的物体进行夹持，同时在一次打磨后需要对夹持面打磨时，换打磨好的一侧夹持即可。

Tool grinding machine

The tool grinding machine can grind the cutting edge of a punch without disassembling the punch body from the punch assembly and further can grind the cutting edge of the upper surface shoulder portion of the die. Further, the punch and die of various shapes can be ground easily by selecting an appropriate previously stored operation mode determined according to grinding conditions. The tool grinding machine comprises: a rotary table 33 rotatably disposed on a slider 29 supported on a base 3 movably in the right and left direction; and a grinding tool 53 disposed axially away from the rotary table and rotatably and movably in an axial direction of the rotary table 33, for grinding workpiece fitted on the rotary table 33.

Coating machine die grinding and finishing method

Grinding robot

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Polisher with circular motion grinding wheel

本发明涉及一种打磨机，尤其涉及一种打磨轮可做圆周运动的打磨机。提供一种能自动移动模具并将其打磨的打磨轮可做圆周运动的打磨机。一种打磨轮可做圆周运动的打磨机，包括有：底座，底座上设有支架；电机，支架顶部一侧设有电机；打磨机构，支架顶部设有打磨机构；推送机构，底座上设有推送机构。本发明通过底座、电机、打磨机构和推送机构等的设计，实现了对模具的自动移动并且将其打磨，另外推送机构设计延长模具的打磨时间，可以将模具内部打磨的更光滑，提高模具的精确度，同时用机器代替人工，减少了工人因机器误伤的风险，通过固定机构的设计，使得模具在推送机构上移动和打磨时更加稳定。

Method for forming contact of electrical connector and press die for practicing the method

A press die for forming a contact of an electrical connector by blanking a metal sheet is disclosed. The die has a die insert for shaving an engaging section of the contact for electrically engaging with a conductive portion of a device mating with the electrical connector so that an electrical connection between the connector and the device is created. A profile of the die insert for the shaving operation is subject to a final finishing process by an ultrasonic machining using a machining agent consisted of diamond particles dispersed in liquid, wherein the diamond particles have a grit size of 8000 # . The profile of the die insert has a surface roughness of 0.08 Ra.

Multifunctional steel formwork grinding machine

本发明公开了一种多功能钢模板打磨机，包括机架、承载车(3)和移动式的打磨装置；承载车用于承载钢模板，承载车底部设有至少4个行走轮；所述的机架的底部设有2条用于支撑承载车的下导轨；承载车能沿所述的下导轨前后移动；所述的机架的上方设有2条用于支撑所述移动式的打磨装置的上轨；移动式的打磨装置能依托自带的行走机构沿所述的上轨前后移动对设置在承载车上的钢模板的上表面实施打磨；上轨位于下轨的上方。本发明的多功能钢模板打磨机具有功能丰富和打磨效率高的优点。

A kind of Mold polishing device

本发明公开了一种模具打磨装置，包括壳体，所述壳体的底部固定连接有第一箱体，所述壳体底部的两侧均固定连接有支撑腿，所述支撑腿位于第一箱体的两侧，所述第一箱体内腔的底部固定连接有电机，所述电机的数量为两个，所述电机的输出轴贯穿壳体和第一箱体且延伸至壳体的内腔并固定连接有打磨筒，壳体的顶部固定连接有轴承。本发明通过设置支撑板、风机、进风管、通风管、吸尘口、出风管、第二箱体、储尘盒、滚轮架和滚轮，能够及时的将打磨过程中产生的废料除去，防止废料到处飞污染周围环境，避免了使用者吸入有害废料对身体造成影响情况的出现，提高了使用者的工作效率，有利于模具表观质量和保养效率的提升。

Die spotting hydr aulic presses machine

本发明公开一种模具研配液压机，包括：底座、升降机构、立柱、伺服油缸、移动工作台、移动工作台旋转机构、移动台翻转机构以及移动台支架；所述升降机构包括移动滑块、滑块旋转装置、旋转滑块、上梁锁紧装置、上梁注蜡装置以及上梁固定装置；移动工作台可实现转动以及翻转，旋转滑块可实现上下滑动以及旋转，使得作业人员可以站在地面上对模具的不同角度进行有效的研磨，避免研磨时出现死角位置难以研磨的现象，并且可根据作业人员的维修高度进行上下升降调整，模具前后旋转角度也可任意调整，给作业人员的工作提供极大的便捷条件，使得作业人员能够快速有效的进行维修研磨模具。

Method for manufacturing ball chain die

본 발명은 볼체인을 만들기 위한 다이의 제조방법에 관한 것으로, 특히 볼의 직경이 2.5 mm 이하이고 와이어가 0.8mm 이하인 금형을 제조를 가능하게 함은 물론 소모품인 볼체인 금형을 대량 생산할 수 있는 금형 제조방법에 관한 것이다. The present invention relates to a method for manufacturing a die for making a ball chain, in particular, a mold capable of producing a mold having a ball diameter of 2.5 mm or less and a wire of 0.8 mm or less, as well as a mass production of a ball chain mold as a consumable. It relates to a manufacturing method. 상기 문제점을 해결하기 위한 본 발명의 목적은 극소형의 금형의 제조를 가능하게 하고, 또한 후가공 없이 대량 생산 가능한 볼체인 금형의 제조방법을 제공하는 것에 있다. An object of the present invention for solving the above problems is to provide a manufacturing method of a ball chain mold capable of producing a very small mold, and also mass production without post-processing. 상기 목적을 달성하기 위한 본 발명은, CNC 정밀 가공기계로써 음각 원본 다이를 가공하는 단계와, The present invention for achieving the above object, the step of machining the original engraving die with a CNC precision machining machine, 상기 음각 원본 다이와 다이 모재를 가공틀에 적층하여 고정한 후, 유압 프레스로 벌크 메탈 프레싱하여 연마 가공하는 3차례의 공정을 걸쳐 마스터 양각 다이를 제조하는 단계와, Manufacturing a master embossed die through three processes of laminating and fixing the negative original die and the die base material to a working mold, and then pressing and polishing the metal by a hydraulic press; 상기 마스터 양각 다이와 다이 모재를 가공틀에 적층하여 고정한 후, 유압 프레스로 벌크 메탈 프레싱하여 음각 다이를 대량 반복 제조하는 단계로 이루어진 것을 특징으로 한다. After laminating and fixing the master embossed die and the die base material to a working mold, bulk metal pressing is performed by a hydraulic press. 상기 마스터 양각 다이를 제조하는 단계에서는 경도 64 이상의 음각 원본 다이 보다는 무른 다이 모재를 사용하기 때문에 열처리 단계를 포함한다. The step of manufacturing the master embossed die includes a heat treatment step because it uses a softer die base material than the negative original die of hardness 64 or more. 그리고 상기 가공틀은 상호 적층되는 다이가 정확한 수직을 이루기 위한 장치로써, 고정체의 중앙 상하로 사각구멍이 형성되고, 이 구멍의 직각을 이루는 두변에 상기 고정체에 나사결합되는 볼트가 관통된 단에 부설되는 제 1 및 제 2 가이드 블록이 부설되어 가공틀을 이룬다. In addition, the processing frame is a device for forming the ...

Maintenance device of mould

本发明公开了一种模具的保养装置，包括壳体，所述壳体内部设有工作面板，所述壳体内壁顶部设有第一滑动块，所述第一滑动块底部设有升降座，所述升降座两侧均设有吹尘装置，所述壳体内壁一侧设有侧块，所述壳体内壁另一侧设有涂抹装置，所述工作面板顶部设有固定座，所述侧块和涂抹装置均设置于固定座顶部，所述壳体顶部设有储水室。本发明通过设有固定座和压板，第六电动推杆推动压板移动可以将需要保养的模具由侧面紧固住位置，方便顶部对其进行打磨工作；通过设有储液室和涂抹装置，在打磨前可以通过储液室底部喷液头向模具所需打磨部位喷洒除锈剂，提高打磨除锈效率，打磨完成后通过储油室内润滑油对模具进行涂抹，起到防氧化的效果。

A kind of industrial sander with automatic cleaning polishing scrap

本发明公开了一种具有自动清理打磨废屑的工业打磨机，包括上壳体和上下壳体，上壳体的底部与下壳体的顶部固定连接，上壳体的顶部固定安装有第一转动电机，第一转动电机的输出轴与连接杆的顶部固定连接，连接杆的底部插入上壳体的内部。该具有自动清理打磨废屑的工业打磨机，通过抽风机的气压原理，使其刚被打磨下来的废屑穿过横载板上开设的穿孔，然后被吸附在横向过滤网板顶部，随后通过第二转动电机带动转动盘转动，从而使其旋转杆左右摆动，在摆动的同时带动带动杆左右位移，继而起到了通过推动杆左右位移，带动清屑推板在横向过滤网板上来回推动，从而达到了将废屑自动清理至废屑存放箱的效果。

Method oe and mechanism fob making blanking dies and the like

A kind of polishing platform of the mold manufacture convenient for collecting waste material

本发明涉及模具制造用技术领域，且公开了一种模具制造用便于收集废料的打磨平台，包括工作台，所述工作台下表面的四角均固定连接有支撑座，所述工作台的上表面固定连接有液压伸缩杆。该模具制造用便于收集废料的打磨平台，通过设置了蓄水桶、增压泵、连接管和喷头，增压泵将蓄水桶内部的水增压后通过喷头对工作台表面喷洒，还通过设置了第二伺服电机、支撑板、第一转动杆和扇叶，第二伺服电机带动扇叶转动，产生吸力将工作台上方的废料吸入集料斗内部收集，通过设置了气缸、推动块和第二收集孔，气缸带动推动块移动，将较大的废料推入第二收集孔内部，经过集料斗掉落至收集筐内部进行收集，从而达到了便于收集废料的目的。

polishing apparatus for mounting grinding

The present invention relates to a finishing grinder fixture where a finishing grinder for grinding a mold for interval control is fixed and, more specifically, to a finishing grinder fixture where a finishing grinder for grinding a mold for interval control, which easily grinds the surface of a mold by using a grindstone solidly fixed to a mold finishing grinder, prevents the grindstone from being easily separated during work, performs effective grinding work by applying strong power to the front end of the grindstone without an increase in the fatigue of a user, and enables smooth grinding work by preventing the grindstone from moving in vertical and horizontal directions. The finishing grinder fixture comprises: a grindstone fixing case, a finishing grinder holder, and a hinge adjusting bolt.

Die-casting release agent spraying device

本发明涉及压铸脱模剂领域，尤其涉及一种压铸脱模剂喷涂装置。本发明的技术问题为：提供一种压铸脱模剂喷涂装置。技术方案：一种压铸脱模剂喷涂装置，包括有传送带、支架、孔槽顶板、返清装置、支撑套板、覆膜装置和修表装置；传送带后方设置有支架；支架顶端与孔槽顶板进行螺栓连接。本发明达到了代替人工处理空间狭小且内表面曲面等人工难以处理的模腔；自动对模具模腔表面进行旋转均匀喷涂，在进行补膜时，切断齿轮啮合，达到停止装置旋转进行补膜，同时利用齿轮的转速差进行传动，推动特制的材料块接触膜已经形成的膜的表面，吸收表面的多余脱模剂防止其凝固造成膜层厚度增加，解决了模具精度不合格问题的效果。

Stamping sheet and process for its manufacture.

A stamping die (1) of sheet steel has at least one web (6) projecting from the front side (5) and having in each case a stamping edge (7), in which arrangement the normal distance of the stamping edge (7) from the rear side (4) of the stamping die (1) varies by a desired size (h) with a tolerance of at most 0.04 mm. At both flanks (30) of the stamping edge (7), one recess (31) or bulged portion (32) each, produced by pressing, is arranged directly on this stamping edge (7). If need be, the rear side (4) of the stamping die (1), in at least one area of the webs (6), can have material removed from it or can be filled with material. <IMAGE>

Automatic mold polishing method based on complex curved surface feature division

本发明公开了一种基于复杂曲面特征划分的模具自动打磨方法，设凹曲面曲率为负，凸曲面曲率为正，将模具表面根据主曲率值划分为多个表面类别；由模具表面类别匹配打磨工具，来构建打磨机器人的工具库；根据模具表面形状、工具库及打磨工艺制订打磨路径；根据打磨路径、工具库及打磨工艺编制自动打磨程序；将自动打磨程序下载至打磨机器人并启动打磨机器人进行自动打磨。本发明通过对汽车连杆等复杂表面模具、打磨工具以及材料去除模型的分析，控制打磨机器人实现对汽车连杆等复杂表面模具的多工具恒材料去除的打磨抛光，提高汽车连杆等复杂表面模具的生产质量与生产效率，大大减少汽车连杆等复杂表面模具打磨抛光耗费的时间与成本。

Trimming head capable of repairing die

本发明公开一种可修复模具的修整头，以下称修整头机构，包括外壳、蜗杆、蜗轮、螺纹轴、移动轴、电机、卡紧件、打磨头、第二齿轮组、第一齿轮组、行星架、拨杆、花键套、顶珠、手轮，外壳是支撑主体，电机通过卡紧件驱动打磨头的旋转，通过转动手轮可实现打磨头的进给和后退，从而实现对模具表面的修整；慢档进给时，第一齿轮静止不动，第一齿轮组、第二齿轮组、行星架构成具有较大传动比的行星轮系；快档进给时，第一齿轮、第一齿轮组、第二齿轮组构成整体并与行星架等速转动；拨杆通过改变花键套的位置实现快档和慢档之间的切换；空行程时可采用快档进给，以缩短打磨头移动时间，对模具表面加工时可采用慢档进给，以提高模具表面的加工质量。

A kind of more wolfram steel mold polishing clamps of abrasive grain flow device

本发明涉及一种磨粒流设备多钨钢模具抛光夹具。该夹具由相互压紧的第一压盖与第二压盖构成，所述第一压盖上设有多个第一台阶孔，所述第二压盖上对应设有多个与所述第一台阶孔同轴的第二台阶孔，所述第一台阶孔的大孔径段与第二台阶孔的大孔径段相对布置且共同构成钨钢模具的定位槽，所述第一台阶孔的小孔径段与第二台阶孔的小孔径段构成抛光剂通道，所述抛光剂通道与所述钨钢模具上待抛光孔连通。本发明通过多个定位槽可以实现同时对多个钨钢模具进行抛光处理，此定位槽作用是固定钨钢模具。本发明可以在提高钨钢材质的各类模具的抛光效率的同时保障抛光产品的质量，能满足批量连续生产的要求。

Surface polishing process for battery plastic shell injection mold

本发明公开了一种用于电池塑壳注塑模具的表面抛光工艺，涉及电池塑壳生产技术领域。本发明包括以下步骤：粗抛：使用抛光机对注塑模具表面粗糙位置进行打磨；油石研磨：使用条状油石对注塑模具表面进行研磨，使其表面平整光亮，研磨时采用煤油作为润滑剂或冷却剂；半精抛：使用砂纸对注塑模具表面进一步打磨；精抛：在洁净的抛光室内，采用抛光布轮配合钻石研磨膏对注塑模具表面进行精密抛光；涂层：精抛后的注塑磨具，在其表面喷淋一层模具防锈涂层。本发明通过对注塑模具表面依次进行粗抛、油石研磨、半精抛、精抛工序，最终能够将抛光后注塑模具的加工达到要求，保证了其表面光滑度，有利于注塑模具的脱模。

Machining die processing device for mining

本发明属于模具加工技术领域，公开了一种采矿用机械加工模具处理装置，包括底座，底座下表面固定连接有减震垫脚，底座上表面的一端连接有第一支撑柱，第一支撑柱一侧的底座上连接有滑轨，滑轨上活动连接有滑动块，滑轨远离第一支撑柱一端的底座上开设有电机槽，电机槽内安装有第一电机，电机槽的上方连接有水池。本采矿用机械加工模具处理装置，在固定台的下方设有第一电机，通过第一电机的旋转，带动平整台上的机械模具改变打磨方向，实现机械模具全方位的自动打磨，提高劳动效率；在平整台的上表面开设有环形槽和长槽，分别活动连接有第一夹具和第二夹具，且第一夹具和第二夹具的位置可调，适用于不同大小的机械模具，固定牢固，调整方便。

Building aluminum mould board maintenance grinding device

本发明涉及建筑铝模板技术领域，具体涉及一种建筑铝模板养护打磨装置，包括第一行进机构，铝模板放置在第一行进机构上，所述第一行进机构沿所述铝模板的行进方向的一侧依次设置有底面打磨机构和第一侧面打磨机构，所述底面打磨机构的两侧设置有两个第二侧面打磨机构，两个所述第二侧面打磨机构以铝模板的行进方向直线对称设置；本发明的有益效果为：通过第一侧面打磨机构以及第二侧面打磨机构的设置，在对铝模板的水泥接触面打磨的同时，还能够对铝模板与相邻铝模板之间的接触面进行打磨，避免铝模板与相邻铝模板之间的接触面上积累混凝土等固体，影响相邻的铝模板之间的安装紧密性。

Improved slug retention groove forming machine and method of use and operation thereof

A portable and transportable die cavity modifying machine having a base carrying a carriage adjustable along one axis, e.g., a generally horizontal axis, and a machining head adjustable along another axis, e.g., a generally vertical axis, for modifying a die cavity of a stamping die in a manner that prevents blank or slug pulling during stamping press operation. The machine includes a stop that is adjustably connected to the carriage. The stop is configured to limit movement of the machining head along the generally vertical axis. The machine may also feature a vibration isolator that is used with the stop to prevent noise and vibration that result from movement of the machining head in relation to the stop. Additionally, the machine may include an optical device capable of capturing an image of the die cavity defining sidewall as the rotary grinding bit machines the elongate slug retention groove.

Grinding robot

This robot arm has two members, one which pivots on a fixed vertical axis, and another which pivots about a vertical axis at the free end of the first member. An abrading tool is attached to the free end of the second member. The workpiece is mounted an a table which can be tilted to any angle. The momentary positions of the tool and workpiece can be recorded during a learning cycle; together with time and speed data. The recorded data can then be used to repeat the series of operations using an new workpieces.

Glass mold polishing device

本发明涉及模具制造技术领域，具体公开了一种玻璃模具打磨装置，包括工作台和打磨机，工作台上设有支撑架，所述支撑架上固定连接有存放罐，存放罐顶部固定连接有储存瓶和按压瓶，储存瓶内装有打磨膏，按压瓶内装有稀释剂；储存瓶的底部设有开口，按压瓶包括按压块和流通孔，流通孔连通按压瓶和存放罐；存放罐连接有搅拌器，搅拌器包括搅拌轴，搅拌轴上固定连接有滑块，滑块滑动连接在存放罐的顶部，滑块能够按压到按压块，滑块能够将储存瓶的开口堵塞；存放罐上设有出料管。本方案用以解决现有技术中工人需要多次单独对打磨膏和稀释剂进行混合造成打磨耗时长、打磨模具时间被分割而造成生产效率低、成本高的问题。

Saggar grinding device for inner surface

本发明公开了匣钵内表面打磨装置，包括：机架；设置在所述机架上的下模；通过升降装置设置在所述下模上方的打磨装置，所述打磨装置具有打磨机头；设置在所述机架上用以控制所述升降装置升降以及控制所述打磨机头工作的控制装置。工作时，只需将需要打磨的匣钵放置在下模上，通过控制装置即可使得升降装置下降，进而利用打磨机头对匣钵的内表面进行打磨，大大提高了打磨效率，而且代替人工打磨，降低了劳动力。

Painting mold repairing device

本发明适用于涂漆模具技术领域，提供一种涂漆模具修理装置，包括基座、立柱、上下高度可调夹持机构以及用于夹持模具的机构，本装置可以满足现有漆包线生产使用的所有涂漆模具，研磨钢针可以快速升降，方便操作和修理，可以将涂漆模具孔径修理到需要的其他尺寸，可以继续投入使用，大大地节约成本，产品质量也有很大的提升。另外，在优选方式中配置砂轮机，方便研磨钢针快速磨削。

Grinding robot

@ The grinding robot according to the present invention is, to be more precise, a playback system grinding work robot with which No. arm (7) turning around an axis, No. 2 arm (8) pivoted on and turning around the head portion of said No. 1 arm (7) and an abrasive tool (9) attached to an axle (10) of the head of No. 2 arm (8) are provided, and has epock-making functions which makes it possible to move the abrasive tool (9) automatically and freely to a given direction, and to apply this grinding robot work efficiently to the curved surfaces of the complicated shape workpiece (58). Further, the grinding robot under the present invention has a unique table device (48) which is inclinable freely from a horizontal level to a perpendicular position and in consequence it is very easy to set the abrasive tool (9) face to face with the workpiece (58) surface and also to control a position and a motion of the abrasive tool (9) because the position of the workpiece (58) fixed on the table is almost unchanged by the aid of linkages when the table (48) is inclined. Furthermore, the grinding robot under the presentinven- tion has an original and unique structure that a hydraulic cylinder is fitted to the head portion of No. 2. arm (8) and its ascending and descending motions can be controlled at the time of tool retirement, and that a playback control device functioning at the time of said tool retirement is built in the mechanism.

Machine and process for grinding dies

The invention relates to a machine and process for grinding dies, in which the work axis (CO) of the plate ( 2.1 ) in which the die ( 1 ) to be machined is anchored is controlled at all the points of its angular movement, allowing the interpolation of the movements of this work axis (CO) with those of an axis of rotation (BO) and with those of respective axes (X and Z), such that the machines has four axes of interpolation, which allows machining dies ( 1 ) with their inner or outer diameter rounded or non-rounded and with their transition between these diameters and the side faces constant or variable by means of a single grinding process.

Objective for optical disk, optical head device and optical information recording/reproducing apparatus both comprising the same, mold for forming lens, method for machining mold for forming lens, and shape measuring instrument

1장의 렌즈로 구성되고, 기판 두께가 다른 2종류의 광디스크중 어느 것에 대해서도 그 광디스크에 따른 양호한 집광 특성을 만족시킬 수 있는 광디스크용 대물 렌즈이다. 대물 렌즈(2)를 양면 비구면의 단일 렌즈에 의해 구성하고, 광원측 면(3)을 회전 대칭 비구면으로 한다. 또, 대물 렌즈(2)의 광디스크(6)측 면을 내주 영역(4)과 외주 영역(5)으로 나누어, 내주 영역(4)과 외주 영역(5)의 경계에 광축에 거의 평행인(광축 방향의) 0.3㎛ 전후의 단차(7)를 형성한다. 그리고, 대물 렌즈(2)의 내주 영역(4)과 외주 영역(5)에서, 기판 두께가 다른 광디스크에 대응시켜 구면 수차를 보정한다. It is an objective lens for an optical disc composed of one lens and capable of satisfying the good light condensing characteristics of the optical disc for any of two types of optical discs having different substrate thicknesses. The objective lens 2 is comprised by a single lens of double-sided aspherical surface, and the light source side surface 3 is made into the rotationally symmetric aspherical surface. Further, the optical disk 6 side surface of the objective lens 2 is divided into an inner circumferential region 4 and an outer circumferential region 5, and is substantially parallel to the optical axis at the boundary between the inner circumferential region 4 and the outer circumferential region 5 (optical axis In the direction) to form a step 7 around 0.3 mu m. Then, in the inner circumferential region 4 and the outer circumferential region 5 of the objective lens 2, spherical aberration is corrected in correspondence with optical disks having different substrate thicknesses.

A kind of apparatus for shaping of precise continuous cold punching mold

本发明公开了一种精密连续冷冲模具的整形装置，包括两个支撑板，所述支撑板的顶部上方固定有安装壳体，且支撑板的内侧设有中空的安装板，所述安装板的顶部放置有冷冲模具，且冷冲模具的两侧设有对称设置的夹紧结构，所述夹紧结构包括第一伺服电机，且第一伺服电机固定在安装板的内部，所述第一伺服电机的输出轴固定连接有螺杆，且螺杆的外侧转动套接有滑块，所述滑块的顶部固定有固定块，且固定块位于安装板的顶部上方，所述固定块靠近冷冲模具的一侧螺纹固定连接有夹头。本发明通过设置的推杆电机和第二伺服电机等结构的配合使用能够使打磨轮打磨掉冷冲模具上高低不平的位置或飞刺，使冷冲模具的冲压效果更好。

Bidirectional drive type die surface reconstitution head for the pellet cokes forming die

The present invention relates to a bidirectionally driven die surface restoration head for a pellet coke forming die. According to the present invention, by moving and cutting a plurality of unit cutting portions (20) provided in a lower part of a head frame (10) in different directions by a bidirectional driving portion (30), the deformed uneven surface of the pellet coke forming die is restored to the even surface. Therefore, the present invention is intended to obtain the surface having a high degree of smoothness while improving a cutting rate.

Microchannel lapping apparatus and mold lapping method using the same

The present invention relates to a micro-channel lapping apparatus, and a mold lapping method using the same. The apparatus is for lapping micro-channel formed on a mold, comprising: a first mapping paper formed in a plate shape; a second mapping paper facing the first mapping paper and formed to be spaced a predetermined distance from the first mapping paper; a distance controlling hole disposed between the first mapping paper and the second mapping paper. One surface of the first mapping paper and the second mapping paper can be attached on lateral surfaces of the distance controlling hole. Moreover, a lap can be formed on at least one surface of the other surface of the first mapping paper and the second mapping paper. Therefore, a micro-channel, which has been hardly treated, can be lapped so as to improve a quality of a product. Therefore, the micro-channel palling apparatus and the mold lapping method using the same are provided to automatize the lapping work with respect to the micro-channel formed in the various directions.

Clamping apparatus for grinding tools and metal mold processing method using the same

Provided are a grinding stone clamping apparatus and a mold machining method using the same, which can firmly fix a grinding stone and easily change an angle during mold grinding work. The grinding stone clamping apparatus includes: a pair of clamp units having protrusion parts and area parts, wherein the clamp units are spaced apart from each other to get in contact with a grinding stone, and the grinding stone is interposed between the clamp units; a plurality of moving units arranged between a pair of the protrusion parts to move the clamp units; a rotating unit connected to a main body; and an angle adjusting unit mounted on the area part to determine a rotational angle of the rotating unit.

A kind of dustless burr remover of mold processing

本发明公开了一种模具加工用无尘去毛刺装置，涉及模具加工技术领域，包括支撑板、固定连接在支撑板上的罩体，所述支撑板的上表面安装有电动伸缩杆，电动伸缩杆的顶端安装有加工台，加工台的上部安装有去毛刺机构，支撑板的上表面安装有除尘机构，除尘机构通过管道与罩体相接通；去毛刺机构对模具表面进行加工，而生成的悬浮颗粒被除尘机构去除，从而提高了加工环境；通过旋动调节螺母，能够调节压簧的预紧力，因此方便的调节打磨辊去毛刺时的压力，从而使打磨辊在遇到较大的毛刺时能够分多次打磨，提高打磨质量。

A kind of mold processing workpiece polishing mechanism of grinding machine

本发明提供一种模具加工用磨床的打磨机构。所述模具加工用磨床的打磨机构包括安装座；升降工作台机构，所述升降套筒的底部滑动套接有所述升降套杆，所述升降套杆的底部在所述升降槽的内部固定连接有所述升降握柄，所述升降握柄背离所述升降槽开口的一端固定连接有所述连接端头，所述连接端头的顶部固定连接有所述工作台；防护机构；转轴；磨盘机构，所述固定螺帽与所述第一磨盘的侧面相抵触；所述转轴上背离所述固定螺帽的一端固定套接安装有所述磨盘连接套筒，所述磨盘连接套筒上螺纹连接有所述第二磨盘和所述第三磨盘。本发明提供的模具加工用磨床的打磨机构具有操作方便，便于在工作时更换砂轮磨盘，提高工作效率的优点。

Polishing method of portal lifting robot based on force control

本发明涉及基于力控制的龙门吊装机器人打磨加工方法，包括以下步骤：工控机根据工件模型生成离线路径，机器人根据离线路径对工件进行加工；力传感器实时采集机器人末端的力信息反馈至工控机，工控机根据力信息通过重力补偿得到反馈力；工控机将设定的力目标值与反馈力作差，并通过力控制器得到位置修正量；将位置修正量与机器人当前位置求和，并通过阻抗控制器得到控制量控制机器人加工的打磨作用力。本发明在打磨过程中消除了打磨工具本身重力对打磨作用力的干扰，从而保证检测及控制打磨加工作用力的精度；传感器测量精度高，机器人控制精度高，加工效果好。

Grinding machine and method for processing the interiors of moulds

The grinding machine (10) has a grinding device (13) which is positioned at one end (15) of an arm (14) of positioning device (12) and positioned relative to an radial inner surface (17) of a mold (11). The grinding device has a motor-driven grinding unit for processing of radial inner surface of the mold. A support unit is arranged opposite to a radial inner surface of the mold along longitudinal axis (20). A pressing device is supported on the support unit, for pressing against the radial inner surface of the mold. An independent claim is included for method for inner processing of mold.

Punch and die grinding jig for metallic mold

본 발명은 금형펀치 및 다이편의 연삭 가공작업을 할 경우 가공물의 측정작업 공정수를 줄이고, 여러개의 가공물을 동시에 연삭가공하여 가공시간을 단축하며, 작업능률을 향상시키도록 함은 물론 가공물의 직각도를 유지하고 가공물의 체결작업을 편리하도록 한 금형의 펀치 및 다이편 연삭지그에 관한 것으로, 지그(10)의 상부일측에 다수개의 삽입체결공(12)을 형상한 가공물(100)삽입부를 형성하고, 상기 가공물삽입부의 전면 일측에 암나사를 형성한 다수의 볼트삽입공(21)을 형성하며, 상기 볼트삽입공(21)은 삽입체결공(12)에 관통하도록 형성하고, 볼트삽입공에 렌치볼트(20)를 체결하며, 상기 지그 상측에 렌치삽입공(22)을 형성하여 렌치(110)를 장착하고, 상기 지그는 연삭기 베드에 밀착되는 면을 연삭기준면으로 하여 상기 삽입 체결공(12)을 기준면에 직각으로 가공하여 구성한다. The present invention is to reduce the number of measurement work process of the workpiece when the mold punch and the die piece grinding process, to reduce the processing time by grinding several workpieces at the same time, to improve the work efficiency as well as the squareness of the workpiece The present invention relates to a punch and a die piece grinding jig of a mold for maintaining a fastening operation of the workpiece and to facilitate the fastening operation of the workpiece. The workpiece 100 having an insert portion having a plurality of fastening holes 12 formed on an upper side of the jig 10 is formed. And a plurality of bolt insertion holes 21 having female threads formed on one side of the front surface of the workpiece insertion part, and the bolt insertion holes 21 are formed to penetrate the insertion fastening hole 12 and wrench bolts to the bolt insertion holes. (20) is fastened to form a wrench insertion hole (22) on the upper side of the jig to mount the wrench (110), and the jig is the insertion fastening hole (12) using a surface that is in close contact with the grinding machine bed as a reference surface for grinding. Reference plane Constitute by processing at a right angle.

Jig for metal plastic working

본 발명에서는, 금속 내지 합금제의 피가공재의 소성 가공에 사용되는 금속 소성 가공용 지그(治具)에 있어서, 가공 성형품의 표면에 선상의 흠집이 발생하지 않도록 소성 가공을 행하는 것이 가능한 금속 소성 가공용 지그를 제공한다. 본 발명은, 금속 내지 합금제의 피가공재에 가공면을 접촉시키면서 해당 가공면을 해당 피가공재에 대하여 상대적으로 이동시키면서 해당 피가공재를 소성 가공하기 위해 사용되는 금속 소성 가공용 지그로서, 해당 지그의 가공면의 산술 평균 표면 거칠기 Ra가 0.12㎛ 이하인 동시에, 해당 가공면은, 가공 방향을 따른 사영(射影)으로 보았을 때, 폭이 200㎛ 이상이고 또한 높이가 10㎛ 이상인 돌출부가 관찰되지 않도록 평활화되어 있는 것을 특징으로 한다.

Aparatus of grinding for manufacturing division printed circuit board

The present invention relates to a grinding processing apparatus for manufacturing a divided substrate, which is a grinding processing apparatus for manufacturing a divided substrate, which forms a grinding line portion that separates each element by grinding a mold member disposed on one surface of the main substrate and covering a plurality of elements. According to the present invention, the apparatus comprises a grinding work table unit on which a main substrate is placed, and a mold grinding unit for grinding a mold member on the main substrate mounted on the grinding work table unit by rotating a grinding wheel, so as to secure a cutting position of a divided substrate by grinding the mold member on the main substrate before being cut into multiple divided substrates, and secure a position where a connection terminal of the divided substrate can be located, so that the split board can be manufactured precisely in a pre-designed form, thereby allowing the most compact design by grinding unnecessary parts in the mold member.

Lower die processing system

本申请涉及一种下模处理系统，包括依次设置在车间生产线上的下模打磨装置以及下模喷涂装置，下模打磨装置以及下模喷涂装置之间通过运输车进行连接。通过运输车将下模运输至下模打磨装置工位，通过下模打磨装置对下模进行打磨作业，下模的打磨作业完成后，运输车将下模从下模打磨装置运输至下模喷涂装置工位，通过下模喷涂装置将下模表面的浮灰吹干净，随后向下模表面喷脱模剂。通过本申请的下模打磨装置以及下模喷涂装置，可以实现对下模处理的机械化作业，减少下模的打磨作业以及吹气喷涂作业所需要参与的工人数量，提高施工安全性，并且通过下模打磨装置以及下模喷涂装置能够提高对下模的处理效率，提高盖梁的生产效率，满足工厂式作业的要求。

Slug retention groove forming machine and method

A portable and transportable die cavity modifying machine having a base carrying a carriage adjustable along one axis, e.g., a generally horizontal axis, and a machining head adjustable along another axis, e.g., a generally vertical axis, for modifying a die cavity of a stamping die in a manner that prevents blank or slug pulling during stamping press operation. The machine includes a grinder that can be pneumatically powered having a grinding bit used to precisely machine a slug retention groove in a die cavity defining surface (sidewall) of a die cavity formed in a stamping die. The machine has an angularly adjustable head carrying the grinder enabling adjustment of the angle of the groove relative to die cavity defining surface enabling the groove to be angled relative to the direction of a punch entering the die cavity during stamping.

Slug retention groove forming machine and method

A portable and transportable die cavity modifying machine having a base carrying a carriage adjustable along one axis, e.g., a generally horizontal axis, and a machining head adjustable along another axis, e.g., a generally vertical axis, for modifying a die cavity of a stamping die in a manner that prevents blank or slug pulling during stamping press operation. The machine includes a grinder that can be pneumatically powered having a grinding bit used to precisely machine a slug retention groove in a die cavity defining surface (sidewall) of a die cavity formed in a stamping die. The machine has an angularly adjustable head carrying the grinder enabling adjustment of the angle of the groove relative to die cavity defining surface enabling the groove to be angled relative to the direction of a punch entering the die cavity during stamping.

Box girder formwork surface automatically grinding equipment

一种箱梁模板表面自动打磨设备包括自行走装置、架体、左钢丝自动清洁装置和右钢丝自动清洁装置，自行走装置配装在架体的底部，左钢丝自动清洁装置配装在架体的左侧，左钢丝自动清洁装置上配装左钢丝刷和导向轮，右钢丝自动清洁装置配装在架体的右侧，右钢丝自动清洁装置上配装右钢丝刷和导向轮。采用本发明只需一人即可完成一个箱梁模板的打磨工作，自行走装置在箱梁模板内行走，左右两侧的钢丝自动清洁装置在电机的带动下钢丝高速旋转，开设对箱梁模板的侧壁进行打磨除锈工作，导向轮实施调整钢丝刷贴合模板侧壁的位置，使得全面的将模板侧壁上的铁锈清除干净。采用本发明代替了人工操作除去箱梁模板侧壁上的铁锈，提高了劳动效率。

Grinding machine and method for processing the interiors of moulds

Grinding apparatus

本发明提供了一种打磨设备，包括：工作台，所述工作台的上部形成有条形滑槽，所述条形滑槽中滑设有承台；用于夹紧待打磨工件的夹具，可升降地安装于所述工作台上，所述夹具和所述条形滑槽分别位于所述容置槽的相对两侧，所述条形滑槽具有相对靠近所述夹具的第一端和相对远离所述夹具的第二端；打磨砂轮，所述打磨砂轮可上下翻转地安装于所述承台上；以及吸尘装置，包括用于对准所述待打磨工件的工位的吸尘罩和连接于所述吸尘罩的排风机，所述吸尘罩位于所述夹具和所述打磨砂轮之间。本发明解决了传统的电动打磨机不能多方位打磨且打磨粉尘四处飞逸的问题。

Auto parts machinery die processing method

本发明涉及汽车配件加工领域，具体公开了汽车配件模具加工方法，包括以下步骤：步骤一，准备，需要使用汽车配件模具加工设备；步骤二，安装，将汽车配件模具加工设备按需求安装；步骤三，模具夹紧；步骤四，模具打磨；步骤五，模具清理；本加工方法，通过创新型的设备，完成加工，清理效率高。

Method and apparatus for shaping and mirror surface grinding

전도성 지석(1)과 성형용 전극(4) 사이에 전압을 인가하고, 또한 전도성 지석에 성형용 전극을 접촉시키고, 접촉점에 스파크를 발생시켜 전도성 지석을 성형하고, 동시에 전도성 지석과 이에 비접촉적으로 대향하는 드레싱용(dressing) 전극(2) 사이에 전압을 인가하고, 또한 그 사이에 전도성 연삭액을 공급하여 전도성 지석을 전해 드레싱하여 지석의 날세움을 실시한다. 이에 의해 고정밀도의 성형가공과 고품질의 경면가공을 고능률적으로 동시에 실시할 수 있다.

Arrangement and method for regenerating rotating precision grinding tools

The invention is directed to an arrangement for regenerating rotating precision grinding tools with a dressing tool and with a loose abrading medium suspended in a liquid and introduced into a gap between the dressing tool and the grinding tool. The dressing tool has approximately the negative desired form of the grinding tool and the dressing tool has bonded abrading grains in this surface region. Preferably, the grinding tool is rotated on the work spindle and the dressing tool is also moved.

A kind of polishing of Aspheric Ultra-precision Turning and form error compensation method

本发明提供一种非球面超精密抛光与形状误差补偿方法，使非球面光学透镜模具数控加工具有更高精度的形状和更好的表面加工质量。本发明一种非球面超精密抛光与形状误差补偿方法的技术方案包括：步骤一，根据加工参数与加工轨迹，生成数控加工代码，并输入到多轴机床对工件进行抛光加工；步骤二，抛光后，采用多轴机床的高精度在位检测装置对所加工的工件面型的形状精度进行在位测量；步骤三，判断测量结果是否满足预设的形状精度，若是，则抛光结束。

Rectangular substrate for imprint lithography and making method

본 발명은, 기판 측면이 연삭에 의해 가공된 임프린트·리소그래피용 각형 기판의 측면에 대하여, 수직 방향으로 일정 압력으로 회전 연마 패드를 누르면서 회전 연마 패드와 상기 각형 기판을 상대적으로 상기 측면에 대하여 평행 이동시켜, 상기 각형 기판의 측면을 연마하는 것을 특징으로 하는 임프린트·리소그래피용 각형 기판의 제조 방법을 제공한다. 본 발명에 따르면, 임프린트·리소그래피시에 고정밀도로 가압 및 패턴 형상을 제어할 수 있으며, 고정밀도이면서도 복잡한 패턴의 전사가 가능해진다.

Apparatus for refinishing a pelletizing die

An apparatus for refinishing a pellet-making die includes a revolvable turntable upon which the pellet-making die is positioned. A vertically shiftable grinder mechanism having a grinder stone engages the inner surface of the die and makes successive vertical strokes across the surface to be refinished. An acme threaded screw actuator controls the depth of cut made by the grinder mechanism.

Clamp for metal plastic working

本发明提供一种金属塑性加工用夹具，该夹具用于在金属或合金工件上进行塑性加工，并且利用该夹具可以进行塑性加工使得不会在加工品的表面上留下线状损伤。本发明涉及一种夹具，其用于金属塑性加工并且用于在金属或合金工件表面上进行塑性加工，同时使夹具的加工表面与工件接触并且使加工表面相对于工件移动。金属塑性加工用夹具的特征在于，夹具的加工表面的算术平均表面粗糙度Ra为0.12μm以下，并且加工表面被平滑化，使得当沿着加工方向的投影观察时，观察不到宽度为200μm以上且高度为10μm以上的突部。

Electric connector terminal making process and die

一种用金属片材冲制端子的冲压模具,该模具有刮削电性接合配合器件的导电部分的端子接触部的模具嵌入件,其中该配合器件用于与电连接器配合,从而在电连接器与配合器件间建立电性连接。用于刮削操作的模具嵌入件经过超声波加工最后处理,该超声波加工使用钻石砂磨料匀混于液体作为工作介质,其中钻石砂磨料包括8000#磨粒,该加工使模具嵌入件具有0.08Ra的表面粗糙度。

Glass mold polishing device

本发明涉及模具制造技术领域，具体公开了一种玻璃模具打磨装置，包括工作台和打磨机，工作台上设有支撑架，所述支撑架上固定连接有存放罐，存放罐顶部固定连接有储存瓶和按压瓶，储存瓶内装有打磨膏，按压瓶内装有稀释剂；储存瓶的底部设有开口，按压瓶包括按压块和流通孔，流通孔连通按压瓶和存放罐；存放罐连接有搅拌器，搅拌器包括搅拌轴，搅拌轴上固定连接有滑块，滑块滑动连接在存放罐的顶部，滑块能够按压到按压块，滑块能够将储存瓶的开口堵塞；存放罐上设有出料管。本方案用以解决现有技术中工人需要多次单独对打磨膏和稀释剂进行混合造成打磨耗时长、打磨模具时间被分割而造成生产效率低、成本高的问题。

A kind of working method of the maintenance facility of mold

本发明涉及模具技术领域，具体是一种模具的保养设备的工作方法，所述保养设备包括驱动模具进行转动的旋转装置，围绕旋转装置依次设有吹气装置、清洗装置和废水收集装置，旋转装置的正上方设有打磨装置，旋转装置包括工作台、转盘和用于驱动转盘进行转动的伺服电机，伺服电机竖直安装在工作台的内部，并且伺服电机的输出端贯穿工作台顶部并置于工作台的外部，转盘安装在伺服电机的输出端上，转盘还设有排水组件和定位组件，打磨装置包括支撑架、升降组件、驱动组件和打磨组件，升降组件安装在支撑架的顶部，驱动组件安装在升降组件上并位于支撑架的顶部下方，打磨组件安装在驱动组件上。本发明实现了对模具自动打磨、吹气和清洗的保养工序，并且提高了安全性。

A kind of mould parts grinding device

本发明公开了一种模具零件打磨装置，包括工作台，所述工作台上表面设有门型支架，所述门型支架内上表面设有一号滑轨，所述一号滑轨上滑动连接有一号电动滑块，所述一号电动滑块下表面设有旋转端向下的一号旋转电机，所述工作台上表面且位于门型支架右侧表面设有控制器，所述工作台下表面右端设有电接口，所述电接口通过导线与控制器电性相连，所述控制器通过导线与一号电动滑块、一号液压伸缩杆、二号电动滑块、一号旋转电机、每个二号旋转电机、二号液压伸缩杆、三号旋转电机、一对电动推杆电性相连。本发明的有益效果是，可以便于对规则的零件进行固定打磨，可以对圆柱形的零件进行固定打磨，可以调节打磨的角度。

METHOD FOR GRINDING AND FINISHING A DIE

Vertical machining center of small gantry high-speed high-precision die

本发明涉及一种小型龙门高速高精模具立式加工中心，所述小型龙门高速高精模具立式加工中心包括：基座，所述基座的上方平行设置有横板，砂轮，所述砂轮活动设置在所述基座的上方，承托板，所述承托板滑动设置在基座的上部，驱动机构，所述驱动机构安装在横板的下部，用于驱动砂轮做直线运动，在进行模具的加工工作时，通过固定机构将模具固定在承托板上，通过升降机构调节砂轮下降，通过弹性组件使得砂轮与模板紧密贴合，随后，驱动机构工作，将驱动砂轮在水平方向上往复运动，对模具进行往复性地打磨，且同时，驱动机构通过传动组件带动齿合组件运动，齿合组件驱动承托板带动模具在基座上移动，如此一来，实现了打磨位置的自动更换。

Grinding machine for machining precision die

本发明涉及磨床技术领域，具体的说是一种用于加工精密模具的磨床，包括磨床本体，所述磨床本体上配合安装有滑动机构；所述滑动机构上连接有导向机构；所述磨床本体上固定有安装机构；所述安装机构上安装有限位机构；所述安装机构内连接有转动机构；操作人员在使用磨床时，滑动机构在装置内部滑动，进而使导向机构对滑动机构在导向的同时也可以对其内部组件进行注油润滑，从而在便于对操作人员操作时进行防护的同时也可以提高滑动机构的使用效果；转动机构在安装机构内部转动便于对模具进行加工，操作人员可以通过拆卸转动机构对打磨的组件进行更换，进而有利于提高装置的使用效率。

Mold polishing tool

본 발명은 금형 연마용 사상공구에 관한 것으로서, 종래에는 금형 성형부 표면을 주로 수작업에 의해 사상작업하므로 생산성, 경제성 저하 및 기타 여러 문제점이 있었다. BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a grinding tool for polishing a mold, and in the related art, the surface of the mold molding part is mainly worked by manual labor, thereby reducing productivity, economical efficiency, and other problems. 이러한 문제점을 해결하고자, 상단이 마감캡(45)으로 마감 결합되는 일체형의 공구생크(10) 내부에 상,하 몸체(21)(22)로 분할되어 요,돌부(21a)(22a)를 대향 형성하고 상기 요부(22a)로 탄발스프링(40)을 삽입 장착하는 형태의 작동몸체(20)를 단순 삽입 구성하고, 상기 공구생크 하부로 형성된 작동공(12)을 통해 작동몸체(20) 하부로 단차 형성된 연결부(25)를 돌출하여 상기 연결부(25)와 연삭휠(30)의 삽입부(32)가 상호 회전방지되도록 삽입되어 체결볼트(35)로 조립 설치하도록 제공하므로서, 금형 성형부를 가공하는 CNC 등에 장착하여 수작업이 아닌 기계적으로 표면 사상 작업을 효과적으로 행하여 생산성 향상 및 금형의 제작시간 단축으로 인한 코스트 절감을 이룸은 물론 연삭휠이 탄발 승하강하며 금형 성형부의 표면을 일정한 압력으로 사상하면서 사상작업의 효율 및 성형부 표면의 품질을 극대화하는데 그 특징이 있다. In order to solve this problem, the upper and lower bodies 21 and 22 are divided into upper and lower bodies 21 and 22 inside the integrated tool shank 10 which is closed and coupled to the closing cap 45 so as to face the yaw and protrusions 21a and 22a. Forming and simply inserting the working body 20 of the form of inserting and mounting the carbon spring 40 into the recessed portion (22a), and through the operating hole 12 formed in the tool shank to the lower working body 20 By protruding the step formed connection portion 25 is inserted so that the insertion portion 32 of the connecting portion 25 and the grinding wheel 30 is prevented from rotating to each other provided to be assembled and installed with a fastening bolt 35, Equipped with CNC etc., it effectively performs the surface finishing work mechanically rather than manually, thereby improving the productivity and reducing the cost due to the reduction of the manufacturing time of the mold. To maximize the efficiency and quality of the molded part surface has its features. 금형, 성형부, 사상, 사상공구, 연삭휠, CNC, 공작기계 Mold, forming part, finishing, finishing tool, ...

A kind of engine piston ring processing and manufacturing mold

本发明涉及一种发动机活塞环加工制造模具，包括主板、两个磨边机构、外边处理机构和两个配合柱,所述的主板的上下两端安装有两个磨边机构，主板上设置有两个方槽，位于主板上端的磨边机构左端设置有外边处理机构，位于主板下端的磨边机构安装有两个配合柱。本发明可以解决现有镀铬活塞环需要人员采用砂纸对活塞环外圆上的铬瘤进行去除，人工去除不平整，刮完后的铬层厚度不一，人员去铬瘤时，为了避免挂到其他部位，效率缓慢，由于镀铬层的厚度薄，人员易将铬层全部刮完对活塞环造成损伤，人工去铬瘤的精度不高，所耗时间长、劳动强度大等难题，可以实现对活塞环表面多余的铬瘤进行辅助去除的功能。

Mechanical die surface grinding processing apparatus

本发明适用于表面处理技术领域，提供了一种机械模具表面磨削处理装置，包括：承载台，用于承载模具本体；定位单元，设置于承载台上，用于固定模具本体；磨削辊，设置于承载台一侧，用于打磨模具本体内槽面，数量为两个；调节机构，设置于磨削辊远离模具本体的一端，用于调节磨削辊位置；伸缩连接单元，设置于两个磨削辊靠近模具本体的一端内侧，可沿着自身轴线方向伸缩；支架，固定于承载台上；安装板，与调节机构连接，两端与支架滑动连接；升降机构，安装于承载台上，用于带动安装板升降；以及第一驱动单元，用于驱动磨削辊旋转，从而实现能够对不同规格的机械模具快速磨削。

Grinding device for fin forming tool

The present invention relates to a grinding apparatus for grinding a plurality of unit forming tools each having serrated forming portions formed on an outer peripheral portion of a disk-like body portion for forming a heat radiating fin, the grinding machine comprising a frame, a plurality of disk- A machining process in which a grindstone is provided so as to form the forming portion on the outer circumferential surface of the workpiece while moving back and forth along the longitudinal direction of the center line of rotation of the workpiece at a position adjacent to the outer circumferential surface of the workpiece, And a dressing unit installed on the frame at a position spaced apart from the workpiece supporting unit and dressing the grindstone separated from the workpiece. The shaping tool grinding apparatus for forming a radiating fin according to the present invention is capable of grinding a plurality of unit forming tools, and therefore productivity can be improved, and dressing can be performed even if the grinding wheel is not separated during grinding work by the dressing unit. .

Stamping die, method of manufacture and tool for use in carrying out said process

A stamping die (1) of sheet steel has at least one web (6) projecting from the front side (5) and having in each case a stamping edge (7), in which arrangement the normal distance of the stamping edge (7) from the rear side (4) of the stamping die (1) varies by a desired size (h) with a tolerance of at most 0.04 mm. At both flanks (30) of the stamping edge (7), one recess (31) or bulged portion (32) each, produced by pressing, is arranged directly on this stamping edge (7). If need be, the rear side (4) of the stamping die (1), in at least one area of the webs (6), can have material removed from it or can be filled with material. <IMAGE>

Mold abrasive device

The present invention relates to a mold polishing device, which comprises: a dust suction unit formed in a cylindrical shape and having an opened lower end; a transfer unit; a polishing unit; a support unit; a control unit; a transfer control unit; and a filter unit. The present invention allows a workpiece to have excellent precision.

Patent JPH028863B2

A kind of hardware dies processing polissoir with clamping function

本发明公开了一种具有夹持功能的五金模具加工用抛光设备，包括底座，所述底座的上方放置有支撑板，底座的上表面固定连接有两个相对称的支撑柱，每个支撑柱的上表面均与支撑板的底面固定连接，支撑板的底面固定连接有电动推杆，电动推杆的伸缩端固定连接有固定板。该具有夹持功能的五金模具加工用抛光设备，通过在底座的上表面设置固定座，并在固定座的内部设置活动板、滑槽和滑块，将需要抛光的五金模具放置在固定座的上表面，利用强力弹簧的弹力，推动夹持板对五金模具进行有效的夹持，能够有效的避免了五金模具在抛光过程中出现倾斜和掉落等情况的发生，夹持性能较好，能够有效的提高了五金模具的加工效率，使用更加方便。

Variable die surface reconstitution head for the pellet coke forming die

The present invention relates to a variable die surface restoration head for a pellet coke forming die. To this end, the present invention is characterized in that the deformed uneven surface of the pellet coke forming die is cut by a plurality of unit variable cutting units provided under a head frame to restore the uniform surface. Accordingly, the present invention allows the deformed uneven surface of the pellet coke forming die to be flexibly cut by variable grinding, and to be restored to the surface with uniform smoothness through the same. First and second spacing maintaining pieces (130, 140) having first and second shafts (131, 141) are provided between both sides of an upper head frame (110) and a lower head frame (120).

A kind of mold processing clamping device

本发明公开了一种模具加工用夹紧装置，包括固定底座，固定底座上通过滑动连接的方式安装有第一移动台，第一移动台的一侧安装有推动其沿水平方向左右滑动的第一气缸，第一移动台上表面的中部通过铰接的方式安装有上平台，上平台与第一移动台之间安装有若干改变上平台倾斜角度的支撑气缸，上平台上通过滑动连接的方式安装有第二移动台，第二移动台的一侧安装有推动其沿水平方向前后滑动的第二气缸，第二移动台上安装有卡盘与带动卡盘转动的旋转组件；本发明可以实现模具任一方向的移动或旋转，便于对模具进行任一方位的机械加工，涡轮蜗杆的设置能有效对模具进行定位，单独调整的四个夹持爪能够实现对异型件的夹持，增大了卡盘的使用范围。

Process for the production of a steel punching sheet

A process for producing a steel punching sheet that has the same ideal dimension over the entire length of the punching edge has the following steps: producing webs carrying punching edges on a steel starting sheet; processing the punching edges, wherein the distance between the punching edges and the back of the sheet is adjusted to a positive tolerance with respect to an ideal dimension; and grinding the back of the sheet to remove material in excess of the ideal dimension to within a tolerance of not more than 0.02 mm, more particularly a tolerance of not more than 0.005 mm. Advantageously, the process includes the following additional steps: adjusting the distance between the punching edges and the back of the sheet to a negative tolerance, with respect to an ideal dimension, and applying material to the back of the sheet to make-up for the negative tolerance up to a positive tolerance of not more than 0.02 mm, more particularly, a tolerance of not more than 0.005 mm; and adjusting the distance between the back of the punching sheet and the punching edge by guiding a non-cutting tool along the side walls; and pressing the non-cutting tool on both side walls directly in the region of the punching edge.

One kind being used for optical mould finished product grinding attachment

本发明公开了一种用于光学模具成品磨削装置，包括磨削底座，所述磨削底座上设有磨削机构，所述磨削机构设有竖轴、凹槽一、齿条一、轴套、横向中空轴、电机一、固定轴一、转向轴承一、齿轮一、凹槽二、齿条二、磨削箱，所述磨削箱设有箱体、电机二、固定轴二、转向轴承二、齿轮二、磨削电机、磨削轴承、磨削轴、自锁夹头一、伸缩电机一、联轴器一、微型电机、联轴器二、换刀轴、换刀器、刀库电机、联动器、刀具盘，所述磨削机构下方设有成品传送机构，所述成品传送机构设有支架一、两条内嵌式导轨、成品夹手、红外线定位器、传动机构，所述磨削箱外表面设有控制器。本发明的有益效果是，结构简单，实用性强。

Automobile mold thickness detection equipment

本发明公开了一种汽车模具厚度检测设备，包括外壳，外壳内固设有第一电动机，第一电动机上端面转动连接有第一转动轴；本发明设有广谱检测仪、打磨块和刻画机，能够在长度、厚度或类似线性尺寸的计量后，确认汽车模具厚度是否合格，先进行打磨，将汽车模具整体厚度都变小，再用刻画机进行刻画，既避免了汽车模具尺寸不合格就报废的浪费问题，还避免了汽车模具上出现焊接点，具有精度高、节约资源的优点，还设有锁紧块和楔紧块，能够将注入倒模液的管道连接起来，并通过十字滑轨带动确保倒模液均匀注入，能直接得到1:1的汽车模型倒模，具有便捷、准确度高的优点。

Mould burnishing and polishing equipment

本发明涉及打磨抛光设备技术领域，具体的说是一种模具打磨抛光设备，包括打磨抛光设备本体，打磨抛光设备本体上设有用于调节打磨位置的移动结构，移动结构上设有用于对模具打磨抛光的抛光结构；打磨抛光设备本体上转动连接有两扇钢化玻璃门，打磨抛光设备本体上设有用于调节模具高度的驱动结构，驱动结构驱动夹持结构夹持模具；驱动结构驱动两个收集结构移动，便于通过驱动结构驱动夹持结构夹持模具后，调节模具的高度，降低了装料的高度，使模具的固定更加方便快捷，同时驱动结构会根据夹持结构的位置调节收集结构的位置，使收集结构对打磨抛光设备本体的底端进行密封，使废屑的收纳更加方便，同时提高了防尘性能。

Polishing machine convenient for polishing powder metallurgy die cavity

本发明公开了一种便于打磨粉末冶金模具型腔的抛光机，包括机体和第一T形滑杆，所述第一T形滑杆贯穿所述机体的内壁，所述第一T形滑杆与所述机体滑动连接，所述第一T形滑杆的外周上设有可把所述第一T形滑杆固定在模具左右两侧，并可前后转动调节一定角度，且能使所述机体始终处于所述模具中间位置的固定机构，所述机体的前后面设有可用于稳固所述机体的卡夹机构，本发明可随时对正在使用的模具进行打磨型腔，通过机械夹紧的方式降低人工操作时的打磨误差，能够有效提高打磨抛光的效果，并可通过弹性作用，使打磨头始终与型腔内壁贴合，提升打磨的效率。