MECHANICAL APPARATUS, METHOD FOR CONTROLLING SAME, REMOTE OPERATING APPARATUS, AND MAIN OPERATING APPARATUS

A mechanical apparatus (100) that is more easily operated by a user includes a mechanical drive unit (101) that is mechanically driven; a main operating unit (102) that operates the mechanical drive unit (101); a remote operating unit (103) that transmits an operating command signal to the mechanical drive unit (101) at a position away from the main operating unit (102); a position determining unit (104) that determines the position of the remote operating unit (103); and a control unit (105) that enables operations by the main operating unit (102) when it is determined that the remote operating unit (103) is within a prescribed area and that disables at least some of the operations by the main operating unit (102) when it is determined that the remote operating unit (103) is outside the prescribed area.

MACHINE TOOL AND BRAKE CHECKING METHOD

In a mechanism for stopping rotation of a vertical shaft with at least two brakes, the present invention provides a machine tool that more reliably detects brake malfunctions, the machine tool comprising a ball screw extending in the vertical direction, a drive motor that rotationally drives the ball screw, a moveable portion that moves vertically along the ball screw in accordance with the rotation of the ball screw engendered by the drive motor, at least two brakes for preventing lowering of the moveable portion when the electrical power supply to the drive motor has stopped, a brake control unit that releases at least one of the at least two brakes when the electrical power supply to the drive motor has stopped, and a detection unit that detects the presence or absence of lowering of the moveable portion or a lowered distance of the moveable portion caused by the release of the at least one brake so as to detect a defect of the unreleased brake of the at least two brakes.

INFORMATION PROCESSING SYSTEM, INDUSTRIAL MACHINE, INFORMATION PROCESSING METHOD, AND INFORMATION PROCESSING PROGRAM

The present invention provides an information processing system for deriving a skill level relating to operation of an industrial machine by an individual user. The information processing system is provided with: an accumulating unit which accumulates historical information including at least either one of knowledge and usage experience relating to an industrial machine, possessed by individuals who operate the industrial machine, as individual capability information associated with individual identification information identifying the individuals; and an analyzing unit which derives the skill level of an individual in relation to operation of the industrial machine by analyzing the individual capability information.

MACHINE TOOL AND BRAKE CHECKING METHOD

A machine tool for detecting a brake failure more reliably in a mechanism that stops the rotation of a vertical shaft by at least two brakes includes a ball screw extended in a vertical direction, a driving motor that rotates the ball screw, a movable part that vertically moves along the ball screw in accordance with the rotation of the ball screw driven by the driving motor, at least two brakes that prevent a fall of the movable part while power supply to the driving motor is stopped, a brake controller that releases at least one of the at least two brakes while power supply to the driving motor is stopped, and a detector that detects presence/absence of a fall of the movable part or a fall distance of the movable part resulting from the release of the at least one brake, thereby detecting a trouble of an unreleased one of the at least two brakes.

Microscope System, Surface State Observing Method, And Surface State Observing Program

To provide a microscope system enabling the user to accurately observe the surface of the observing target in a short time. A sensitivity parameter for adjusting a value of the pixel data corresponding to a plurality of pixels is set. The pixel data is acquired with a first sensitivity value set as the sensitivity parameter, and the number of pixels in which the peak value of the pixel data is smaller than or equal to a threshold value is detected. A ratio of the detected number of pixels with respect to the total number of pixels region is calculated, where the pixel data is acquired by a second sensitivity value different from the first sensitivity value when the ratio is greater than or equal to a reference value, and the pixel data is not acquired by the second sensitivity value when the ratio is smaller than the reference value. 1. A microscope system for observing a state of a surface of an observing target , the microscope system comprising:a light source for emitting a light;a light receiving element;an optical system for irradiating the light emitted from the light source on the observing target while collecting the light, and guiding the light irradiated on the observing target to the light receiving element;a pixel data output unit for outputting pixel data corresponding to a plurality of pixels based on an output signal of the light receiving element;a sensitivity setting unit for setting a sensitivity parameter for adjusting a value of the pixel data by controlling at least one of the light source, the optical system, or the light receiving element; andan image data generating unit for carrying out a first measurement for generating image data for every pixel indicating a state of a surface of the observing target based on the pixel data output by the pixel data output unit with the sensitivity parameter set to a first value by the sensitivity setting unit, and a second measurement for generating image data for every pixel indicating a state of the ...

Dry type cleaning case and dry type cleaning device

A dry type cleaning case cleans a cleaning object by causing a cleaning medium to fly by an airflow and contact the cleaning object. The dry type cleaning case includes an internal space in which the cleaning medium is caused to fly; an opening that comes in contact with the cleaning object so that the cleaning medium collides with the cleaning object; a ventilation path through which air from outside is passed to the internal space; a suction opening configured to generate a revolving airflow in the internal space by suctioning the air that is guided into the internal space through the ventilation path; a porous unit configured to pass removed matter that is removed from the cleaning object to a side of the suction opening; and a humidifying unit configured to increase humidity in an area where the cleaning medium flies.

ANTI-CLEANSER DISPERSING ELEMENT, OBJECT HOLDER, AND DRY WASHING DEVICE

Provided is an anti-cleanser dispersing element for use in a dry washing device which disperses cleanser by an air stream to allow the cleanser to collide with an object for washing. The anti-cleanser dispersing element is disposed on a side of a holder of the object opposite to a side with which the cleanser collides. The anti-cleanser dispersing element is configured to be deformed by its own weight or pressure in accordance with an outer shape of the object, to tightly attach to the object with no gap and prevent the cleanser from moving to the opposite side of the holder. 1. An anti-cleanser dispersing element for use in a dry washing device which disperses cleanser by an air stream to allow the cleanser to collide with an object for washing , wherein:the anti-cleanser dispersing element is disposed on a side of a holder of the object opposite to a side with which the cleanser collides; andthe anti-cleanser dispersing element is configured to be deformed by its own weight or pressure in accordance with an outer shape of the object, to tightly attach to the object with no gap and prevent the cleanser from moving to the opposite side of the holder.2. An anti-cleanser dispersing element according to claim 1 , comprisinga core element to be deformed in accordance with the outer shape of the object;a surface layer to cover a surface of the core element, made from an anti-wear material to protect from the collision of the cleanser and not to inhibit a deformation of the core element.3. An anti-cleanser dispersing element according to claim 2 , whereinthe core element is made from a low repulsive foaming material.4. An anti-cleanser dispersing element according to claim 2 , further comprisingan element with rigidity to support the opposite side of the core element.5. An anti-cleanser dispersing element according to claim 2 , whereinthe surface layer is replaceable.6. An object holder for use in a dry washing device which disperses cleanser by an air stream to allow the ...

DRY CLEANING HOUSING, DRY CLEANING DEVICE, AND DRY CLEANING METHOD

A dry cleaning housing causes a cleaning medium to be scattered by an airflow and brings the cleaning medium into contact with a cleaning object to clean the cleaning object. The dry cleaning housing includes an internal space where the cleaning medium is scattered; an opening configured to be brought into contact with the cleaning object to cause the cleaning medium to collide with the cleaning object; a ventilation path configured to supply air from an outside to the internal space; a suction port configured to suction the air introduced into the internal space via the ventilation path to generate a rotating airflow inside the internal space; and a porous unit configured to allow a substance eliminated from the cleaning object to pass through. 1. A dry cleaning housing that causes a cleaning medium which comprises a flaky cleaning piece to be scattered by an airflow and brings the cleaning medium into contact with a cleaning object to clean the cleaning object , the dry cleaning housing comprising:an internal space where the cleaning medium is scattered;an opening configured to be brought into contact with the cleaning object to cause the cleaning medium to collide with the cleaning object;a ventilation path configured to supply air from an outside to the internal space;a suction port configured to suction the air introduced into the internal space via the ventilation path to generate a rotating airflow inside the internal space; anda porous unit configured to allow a substance eliminated from the cleaning object to pass through.2. The dry cleaning housing according to claim 1 , whereinan exit of the ventilation path is arranged at a position such that a static pressure near the exit of the ventilation path becomes equal to or gets close to an atmospheric pressure when the opening is moved away from a front surface of the cleaning object.3. The dry cleaning housing according to claim 1 , whereinthe ventilation path straightens the air from the outside toward the ...

DRY TYPE CLEANING HOUSING AND DRY TYPE CLEANING APPARATUS

A dry type cleaning housing which causes a cleaning medium to fly with an air flow and places the cleaning medium on a cleaning object to clean the cleaning object is disclosed. The dry type cleaning housing includes an inner space which causes the cleaning medium to fly; an opening which abuts the cleaning medium against the cleaning object to collide the cleaning medium with the cleaning object; a ventilation path which passes air from outside into the inner space; a suction opening which suctions the air introduced into the inner space via the ventilation path to generate a revolving air flow in the inner space; a porous unit which passes removed matter removed from the cleaning object to the suction opening side; and a revolving air flow adjusting unit which arbitrarily reduces or stops the revolving air flow. 1. A dry type cleaning housing which causes a cleaning medium to fly with an air flow and places the cleaning medium on a cleaning object to clean the cleaning object , comprising:an inner space which causes the cleaning medium to fly;an opening which abuts the cleaning medium against the cleaning object to collide the cleaning medium with the cleaning object;a ventilation path which passes air from outside into the inner space;a suction opening which suctions the air introduced into the inner space via the ventilation path to generate a revolving air flow in the inner space;a porous unit which passes removed matter removed from the cleaning object to the suction opening side; anda revolving air flow adjusting unit which arbitrarily reduces or stops the revolving air flow.2. The dry type cleaning housing as claimed in claim 1 , whereinthe revolving air flow adjusting unit is configured to change a cross-sectional area of a revolving flow path in which the revolving air flow revolves.3. The dry type cleaning housing as claimed in claim 2 , whereinthe revolving air flow adjusting unit is configured to form a retention space between the revolving air flow ...

DRY TYPE CLEANING CASE AND DRY TYPE CLEANING DEVICE

A dry type cleaning case is for cleaning an object with a medium that flies by a revolving airflow. The dry type cleaning case includes a case unit and a leakage prevention unit. The case unit includes a space in which the medium flies, an opening that contacts the object so that the medium collides with the object, a ventilation path through which air flows into the space from outside, a suction opening that suctions the air that has been guided into the space through the ventilation path, to generate the revolving airflow in the space, and a porous unit through which a substance removed from the object is passed to the suction opening. The leakage prevention unit prevents the medium from leaking outside through the opening from the space, by causing outer air to flow in when the case unit is separated from the object. 1. A dry type cleaning case for cleaning a cleaning object by causing a cleaning medium to fly by a revolving airflow and applying the cleaning medium to the cleaning object , the dry type cleaning case comprising:a case unit; anda cleaning medium leakage prevention unit, whereinthe case unit includesan inner space in which the cleaning medium flies,an opening that contacts the cleaning object so that the cleaning medium collides with the cleaning object,a ventilation path through which air flows into the inner space from outside,a suction opening that suctions the air that has been guided into the inner space through the ventilation path, to generate the revolving airflow in the inner space, anda porous unit through which a substance removed from the cleaning object is passed to the suction opening, whereinthe cleaning medium leakage prevention unit prevents the cleaning medium from leaking outside through the opening from the inner space, by causing outer air to flow in when the case unit is separated from the cleaning object,the cleaning medium leakage prevention unit is provided at the opening of the case unit, whereinthe cleaning medium leakage ...

Dry-type cleaning chassis, dry-type cleaning device, and dry-type cleaning system

A dry-type cleaning chassis for cleaning a cleaning target by colliding the cleaning media with the cleaning target, the cleaning media being blown by an air flow includes an internal space where the cleaning media are to fly; an opening part being in contact with the cleaning target so that the cleaning media collide with the cleaning target; an air inlet duct introducing external air into the internal space; a suction port generating a first air flow caused by a circulating air flow in the internal space by suctioning the introduced external air; an injection port generating at least a second air flow increasing a speed of the cleaning media flown by the circulating air flow; and a porous unit passing objects removed from the cleaning target to a suction port side.

Machine Tool

A machine tool has a cover body with a window, the window including two spaced window plates defining an airtight space therebetween. The space is brought to a pressure other than atmospheric. An indicator is coupled to the cover body and has an indicator portion that is displaced in response to pressure in the space. The indicating portion is visually observable from outside the machine tool, so that the airtightness of the window may be determined by visually observing the position of the indicating portion. 1. A machine tool comprising:a cover body with a window, the window including two transparent or translucent window plates which are airtightly coupled together, the two window plates being spaced by a predetermined distance to define a space therebetween, the space being set to a pressure other than atmospheric pressure; andan indicator having an indicating portion which is displaced in accordance with pressure disposed on or connected to the cover body so that the pressure in the space acts on the indicating portion and the indicating portion can be visually observed from the outside.2. The machine tool of claim 1 , in which:the indicating portion is configured to be movable between a visible region which can be visually observed from the outside and a hidden region which cannot be visually observed from the outside; andthe indicating portion is positioned in the hidden region when the pressure in the space is a pressure within a predetermined range.3. The machine tool of claim 1 , in which:the indicator comprises a transparent or translucent cylindrical cylinder open at both ends, a piston as the indicating portion which is airtightly and movably disposed in the cylinder, and a biasing member which is disposed on one side or the other side of the piston within the cylinder, and which biases the piston toward the one side or the other side;the cylinder is airtightly inserted into a joined portion between the window plates of the window so that one side ...

Dry cleaning casing, dry cleaning apparatus and attachment method of screen plate

A dry cleaning casing of a dry cleaning apparatus includes a casing body including an internal space for flying a cleaning member, an opening to which a cleaning target is contacted to collide the cleaning member to the cleaning target, and an air introduction route to introduce external air to the internal space, by sucking air from the internal space while the opening is closed by the cleaning target, to generate rotating air flow for flying the cleaning member; a flow restriction member to define a rotation axis of the rotating air flow in the internal space; and a screen plate made of a porous plate to block movement of the cleaning member while passing through substance removed from the cleaning target.

PACKAGE WITH RADIO IC TAG AND METHOD FOR MANUFACTURING PACKAGE WITH RADIO IC TAG

A package with a radio IC tag includes a package unit including a metal sheet and a resin sheet, the metal sheet having a predetermined slot pattern formed therein; and an IC chip unit including an IC chip and an electrode member, the electrode member supplying electric power to the IC chip. An end of the slot pattern is disposed in a corner field of the package unit. 1. A package with a radio IC tag , comprising:a package unit including a metal sheet and a resin sheet, the metal sheet having a predetermined slot pattern formed therein; andan IC chip unit including an IC chip and an electrode member, the electrode member supplying electric power to the IC chip, whereinan end of the slot pattern is disposed in a corner field of the package unit.2. The package with a radio IC tag as claimed in claim 1 , further comprising:a protection sheet, wherein the slot pattern and the IC chip unit are covered with the protection sheet from the metal sheet.3. The package with a radio IC tag as claimed in claim 1 , wherein a frequency at which a communication distance of the package with a radio IC tag in a single state is maximized is set to be higher than a frequency of actual use.4. The package with a radio IC tag as claimed in claim 3 , wherein if a plurality of the packages with radio IC tags are housed at predetermined intervals claim 3 , a frequency at which a communication distance of each of the plurality of the packages with a radio IC tag is maximized is set to be close to the frequency of actual use.5. The package with a radio IC tag as claimed in claim 2 , wherein substantially an entire area of the package unit is covered with the protection sheet from the metal sheet.6. The package with a radio IC tag as claimed in claim 2 , further comprising:a peeling mechanism that peels the protection sheet from the package unit.7. The package with a radio IC tag as claimed in claim 2 , wherein predetermined information can be printed or written on the protection sheet.8. The ...

MACHINE APPARATUS AND METHOD OF CONTROLLING THE SAME, REMOTE OPERATION APPARATUS, AND MAIN OPERATION APPARATUS

A machine apparatus that a user can more easily operate includes a machine driver that is mechanically driven, a main operation unit that operates the machine driver, a remote operation unit that transmits an operation instruction signal to the machine driver at a position apart from the main operation unit, a position determiner that determines a position of the remote operation unit, and a controller that, upon determining that the remote operation unit is located in a predetermined area, enables operations by the main operation unit, and upon determining that the remote operation unit is located outside the predetermined area, disables at least some operations by the main operation unit. 1. A machine apparatus comprising:a machine driver that is mechanically driven;a main operation unit that operates said machine driver;a remote operation unit that transmits an operation instruction signal to said machine driver at a position apart from said main operation unit;a position determiner that determines a position of said remote operation unit; anda controller that, upon determining that said remote operation unit is located in a predetermined area, enables operations by said main operation unit, and upon determining that said remote operation unit is located outside the predetermined area, disables at least some operations by said main operation unit.2. The machine apparatus according to claim 1 , wherein said position determiner determines claim 1 , based on a distance between said main operation unit and said remote operation unit claim 1 , whether said remote operation unit is located in the predetermined area.3. The machine apparatus according to claim 1 , wherein said position determiner determines claim 1 , based on a state of wireless communication between said main operation unit and said remote operation unit claim 1 , whether said remote operation unit is located in the predetermined area.4. The machine apparatus according to claim 1 , wherein said position ...

MACHINE TOOL AND METHOD FOR CONTROLLING MACHINE TOOL

A machine tool that can output an abnormal noise is provided. A machine tool includes: an input unit configured to receive an input of a setting for defining an operation mode of the machine tool; a storage unit configured to store sound generated during a normal operation of the machine tool and acquired in advance; a sound collection unit configured to collect sound in the machining area; a sound selection unit configured to extract a part of sound collected in the machining area in accordance with the setting input for outputting sound to the outside of the machine tool; and a sound output unit configured to output sound extracted by the sound selection unit to the outside of the machining area. 1. A machine tool comprising:a machining area;a microphone configured to collect sound in the machining area;an input unit configured to receive an input of a setting for defining an operation mode of the machine tool;a sound selection unit configured to extract a part of sound collected in the machining area in accordance with the setting input for outputting sound to the outside of the machine tool; anda sound output unit configured to output sound extracted by the sound selection unit to the outside of the machining area.2. The machine tool according to claim 1 , whereinthe sound selection unit is configured to:extract a sound element included in a range defined by the setting as the part of sound, regarding at least one of a frequency, a phase and an amplitude selected as extraction criteria of sound in the machining area; orremove the sound element included in the range defined by the setting regarding at least one of a frequency, a phase and an amplitude selected as exclusion criteria of sound in the machining area and extract remaining sound from which the sound element is removed as the part of sound.3. The machine tool according to claim 1 , further comprising:a storage unit configured to store a signal of sound acquired in advance as an operation sound of the ...

Package including rfid tag, the rfid tag, and rfid system

A package includes a package structure and a radio frequency identification tag. The package structure includes a metal film and a resin film, and the metal film includes a slit. The tag includes a first conductor to be attached at one side of the slit in a width direction of the slit, a second conductor to be attached at another side of the slit in the width direction of the slit, and an IC chip to receive power through the first conductor and the second conductor. The package structure includes a cutting line and the tag generates a communication failure when the package structure is cut along the cutting line. A radio frequency identification system includes the package and a communication management device configured to perform at least one of reading out information from the tag through wireless communication and writing information into the tag through the wireless communication.

DRY CLEANING DEVICE

Disclosed is a dry cleaning device including a first cleaning unit that performs cleaning by generating a rotational air current inside a first housing having a first opening and by colliding cleaning media with a to-be-cleaned object that is attached to the first opening, the first cleaning unit being disposed at a first surface of the to-be-cleaned object; and a second cleaning unit that performs the cleaning by generating a second rotational air current inside a second housing having a second opening and by colliding second cleaning media with the to-be-cleaned object that is attached to the second opening, the second cleaning unit being disposed on a second surface of the to-be-cleaned object, so that the first opening and the second opening are facing each other, wherein the cleaning is performed from the first surface and second surfaces of the to-be-cleaned object. 1. A dry cleaning device comprising:a first cleaning unit that performs cleaning by generating a first rotational air current inside a first housing having a first opening and by colliding first cleaning media with a to-be-cleaned object that is attached to the first opening, while the first cleaning media is flown by the first rotational air current, the first cleaning unit being disposed at a first surface of the to-be-cleaned object; anda second cleaning unit that performs the cleaning by generating a second rotational air current inside a second housing having a second opening and by colliding second cleaning media with the to-be-cleaned object that is attached to the second opening, while the second cleaning media is flown by the second rotational air current, the second cleaning unit being disposed on a second surface of the to-be-cleaned object, so that the first opening and the second opening are facing each other,wherein the first housing of the first cleaning unit includesa first airflow channel that intakes a first air from outside the dry cleaning device into a first internal space of ...

Machine Tool and Brake Checking Method

A machine tool for detecting a brake failure more reliably in a mechanism that stops the rotation of a vertical shaft by at least two brakes includes a ball screw extended in a vertical direction, a driving motor that rotates the ball screw, a movable part that vertically moves along the ball screw in accordance with the rotation of the ball screw driven by the driving motor, at least two brakes that prevent a fall of the movable part while power supply to the driving motor is stopped, a brake controller that releases at least one of the at least two brakes while power supply to the driving motor is stopped, and a detector that detects presence/absence of a fall of the movable part or a fall distance of the movable part resulting from the release of the at least one brake, thereby detecting a trouble of an unreleased one of the at least two brakes. 1. A machine tool comprising:a ball screw extended in a vertical direction;a driving motor that rotates said ball screw;a movable part that vertically moves along said ball screw in accordance with the rotation of said ball screw driven by said driving motor;at least two brakes that prevent a fall of said movable part while power supply to said driving motor is stopped;a brake controller that operates said at least two brakes one by one and releases the rest of said at least two brakes while power supply to said driving motor is stopped; anda detector that detects presence or absence of a fall of said movable part or a fall distance of said movable part resulting from the release of said at least one brake, thereby detecting a defect of said at least two brakes.2. (canceled)3. The machine tool according to claim 1 , wherein when powering off the machine tool claim 1 , said brake controller stops power supply to said driving motor claim 1 , and operates said at least two brakes one by one and releases the rest of said at least two brakes andwherein after causing the at least two brakes to function one by one, said detector ...

Thermocouple

(57)【要約】 【課題】 通常の半導体材料を用いた従来の熱電対で は、１ｍＶ／Ｋ以上のゼーベック係数を得ることは困難 であった。 【解決手段】 一対の部１００，１０１材の少なくとも 一方が、高濃度の不純物を添加したゲルマニウム・シリ コン（ＧｅＳｉ）材料から成る熱電対８としたことによ り、室温下での比抵抗が従来の熱電対に近い値でありな がら、非常に高いゼーベック係数を得ることができ、感 度または出力信号に関する性能向上を実現することがで きるほか、例えばサーモパイル型赤外線検出素子への適 用に好ましい熱電対を提供することができた。

Dry cleaning device

Dry cleaning device and dry cleaning method

A circulation-air generating unit directly generates circulation air that flows along a surface of a cleaning tank. The circulation air is applied to cleaning medium accumulated on the cleaning tank from a direction orthogonal to a direction of face of the cleaning medium to deliver and flow up the cleaning medium. The cleaning medium is flown up inside the cleaning tank by the force of the circulation air. The cleaning medium flowing inside the cleaning tank collides with a cleaning target object by high-velocity air supplied from a cleaning-medium accelerating unit to remove dust on the cleaning target object.

Heavy duty pneumatic radial tyres

A heavy duty pneumatic radial tire comprises a radial carcass extending between a pair of bead cored, and a belt comprised of three rubberized cord layers, among which cord layers an innermost cord layer and a middle cord layer being laminated to form a cross belt layer by crossing cords of these cord layers with each other with respect to a plane including a circumference of the tire, in which an inclination cord angle with respect to said plane in the innermost cord layer and the middle cord layer is within a given range, and cords in an outermost cord layer have a given inclination cord angle as measured from said plane toward a direction of measuring the inclination cord angle of the middle cord layer, and a coating rubber for the outermost cord layer has a given modulus of elasticity.

Radial pneumatic tires

Cleaning device and cleaning method

Standard voltage generation circuit

A standard voltage generation circuit is provided with a function of automatically stopping charging when a standard voltage reaches a stable voltage point by rapidly charging a standard voltage stabilization capacitor during transition from a standby state to a normal operation state. The standard voltage generation circuit is also provided with a function of precharging an output terminal of the circuit to a voltage close to the stable voltage by a potential division effect of the capacitor during transition from the standby state to the normal operation state. Thereby, it is possible to prevent an increase in the amount of time that is required until the standard voltage reaches the stable voltage when the state of an analog circuit included in the standard voltage generation circuit changes from its off state to its on state.

Radial pneumatic tires

Cleaning device and cleaning method

A cleaning device ( 1 ) performs a cleaning of an article by blowing a cleaning medium ( 5 ) by an air stream onto the article ( 4 ). The cleaning device ( 1 ) includes a cleaning tank ( 6 ) that forms a space for the cleaning medium ( 5 ) to be blown, which includes an opening; a holding unit ( 3 ) that holds the article ( 4 ) at the opening; a pool member ( 19 ) that is arranged on an outer edge of the opening with a clearance between the pool member ( 19 ) and the article ( 4 ); and a cleaning-medium collecting unit ( 8 ) that brings the cleaning medium ( 5 ) leaked out of the outer edge and accumulated in the clearance back into the cleaning tank ( 6 ).

Dry cleaning apparatus and method capable of cleaning the cleaning agent

Cleaning medium and dry cleaning apparatus using the same

Radial truck tires

Dry-type cleaning chassis, dry-type cleaning device, and dry-type cleaning system

A/D converter for performing pipeline processing

An A/D converter comprises a pipeline stage array in which plural pipeline stages are connected in series, each pipeline stage performing a pipeline operation on an inputted analog voltage to output a digital voltage; a number-of-bits control circuit for outputting a number-of-bits selection signal which indicates whether the operation of each pipeline stage should be carried out or halted, according to a number-of-bits control signal which indicates a resolution; and a correction circuit for compensating a digital value to be output, according to the number-of-bits control signal. Therefore, when resolution of the A/D converter, which is requested by the system, is changed, only the pipeline stages required for realizing the requested resolution are operated while the other pipeline stages are halted, whereby a reduction in power consumption of the A/D converter is realized and, simultaneously, a breakdown of an output from the A/D converter is avoided.

Cleaning medium and dry cleaning apparatus using the same

【課題】乾式洗浄媒体の運動速度と清浄度とを高めて洗浄品質と洗浄効率とを向上させるとともに複雑な形状の部品であっても傷や洗浄残しが発生することを抑制する。 【解決手段】筒状に形成され可撓性を有する洗浄媒体１を、洗浄槽１２内で気流により飛翔させ洗浄対象物３に衝突させて洗浄対象物３に付着している付着物を除去する。洗浄媒体１が洗浄対象物３に衝突するとき、洗浄媒体１が洗浄対象物３に非弾性衝突するため一度の衝突における接触面積が大きく、かつ洗浄対象物３に衝突したときの接触力が大きくなると洗浄媒体１が撓んで洗浄対象物３の形状に倣うから、複雑な形状の洗浄対象物３を確実に洗浄して洗浄品質を高めて洗浄効率を向上させる。 【選択図】 図２

RADIAL TIRES.

UN COMPONENTE DE LA CUBIERTA USADO EN UNA CUBIERTA DE NEUMATICO RADIAL (1) ES UNA CAPA REVESTIDA DE GOMA COMPUESTA DE UN NUMERO DADO DE ELEMENTOS DE REFUERZO (3) DISPUESTOS SEPARADOS PARALELOS UNOS A OTROS, EN EL QUE LOS ELEMENTOS DE REFUERZO CORRESPONDIENTE AL MENOS AL 30 % DE TODOS LOS ELEMENTOS DE REFUERZO INCLUIDOS EN LA CAPA REVESTIDA DE GOMA, ESTAN DIVIDIDOS EN UNA SERIE DE GRUPOS (4) Y LA DISTANCIA ENTRE ELEMENTOS DE REFUERZO MUTUAMENTE CONTIGUOS Y OPUESTOS NO AGRUPADOS UNOS CON OTROS, ES MAS ANCHA QUE LA DISTANCIA ENTRE ELEMENTOS DE REFUERZO CONTIGUOS MUTUAMENTE DISPUESTOS SEPARADOS A ESPACIOS IGUALES. DE ESTE MODO, SE PREVIENE QUE SE PRODUZCAN GRIETAS EN LOS EXTREMOS CORTADOS DE LOS ELEMENTOS DE REFUERZO PARA MEJORAR LA DURACION DE LA CUBIERTA. A USED COVER COMPONENT IN A RADIAL TIRE COVER (1) IS A RUBBER COATED LAYER COMPOSED OF A GIVEN NUMBER OF SEPARATED REINFORCEMENT ELEMENTS EACH OTHER, WITH THE REINFORCING ELEMENTS EACH OTHER. 30% OF ALL THE REINFORCEMENT ELEMENTS INCLUDED IN THE RUBBER-COATED LAYER, ARE DIVIDED IN A SERIES OF GROUPS (4) AND THE DISTANCE BETWEEN REINFORCEMENT ELEMENTS MUTUALLY CONTAINED AND OPPOSITE SOME OTHERS, WITH EACH OTHER. BETWEEN MUTUALLY ARRANGED ELEMENTS OF REINFORCEMENT SEPARATED TO EQUAL SPACES. IN THIS WAY, CRACKS ARE PREVENTED TO OCCUR AT THE CUTTED ENDS OF THE REINFORCEMENT ELEMENTS TO IMPROVE THE DURATION OF THE ROOF.

Image forming optical device

(57)【要約】 【課題】 非平面形状の結像面を有する広角の凹面鏡等 の結像光学手段を用いた場合でも、結像光学手段によっ て得られた像の画像をイメージ検出手段によって簡易に 得ることができる結像光学装置を提供する。 【解決手段】 非平面形状の結像面（１ａ）を有する結 像光学手段（１）と、結像光学手段（１）によって得ら れた像の画像を検出するイメージ検出手段（３）と、受 光端面（２ａ）に入射した結像光学手段（１）による結 像光線をイメージ検出手段へ伝送する光ファイバ束 （２）と、を備え、光ファイバ束（２）の受光端面（２ ａ）を結像光学手段（１）の結像面（１ａ）に位置させ るとともに受光端面の面形状を結像面の面形状と同等の 面形状にしたことを特徴とする結像光学装置。

Card-shaped work sucking, reversing, lifting device and card-shaped work reversing transferring device provided therewith

(57)【要約】 【課題】 ハンド部の昇降とワークの反転を１つのアク チュエータで行うことができるカード状ワークの吸着反 転昇降装置及び該装置を備えるカード状ワークの反転移 送装置を提供する。 【解決手段】 直動アクチュエータ２によって昇降運動 を可能とし、カード状ワークＷを保持できる吸着手段８ ａ，８ｂを備える第１の吸着アーム６ａ及び第２の吸着 アーム６ｂと、各吸着アームを回転方向に付勢する弾性 体５と、直動アクチュエータ２の昇降運動を各吸着アー ムの回転運動に変換する変換装置（反転用ピン１０ａ， １０ｂ、ストッパー９ａ，９ｂ）とを備え、前記直動ア クチュエータ２の昇降運動を制御することにより、各吸 着アームの回転運動を制御できるようにして、カード状 ワークを吸着アーム間で受け渡し、表裏反転させる機能 を有する吸着反転昇降装置構成する。また、この吸着反 転昇降装置を用いて、カード状ワークの反転移送装置 （図示せず）を構成する。

Pneumatic radial tires

A pneumatic radial tire comprises a radial carcass of at least one rubberized cord ply, a belt comprised of three rubberized cord layers, an innermost cord layer and a middle cord layer among these cord layers being a cross cord layer that cords of the layers are crossed with each other with respect to an equatorial plane of the tire, and one or more circumferential grooves provided in at least each side region of the tread portion, wherein the cords of each of the innermost cord layer and the middle cord layer have an inclination angle of 10-25° with respect to an equatorial plane of the tire, and cords of an outermost cord layer have an inclination angle of 45-115° with respect to the equatorial plane and the outermost cord layer has a width extending toward an end of the tread portion over an outermost groove edge of an outermost circumferential groove in a widthwise direction of the tread portion.

Powder container, cleaning method and cleaning apparatus for cleaning the powder container

A cleaning method for cleaning a powder container by introducing a cleaning medium into the powder container from a first opening part of the powder container for attaching powder in the powder container to the cleaning medium and discharging the cleaning medium together with the powder from a second opening part situated opposite from the first opening part is disclosed. The method includes a step of releasing the cleaning medium from a position higher than the first opening part of the powder container.

Pneumatic radial tires including a tire component containing groups of reinforcing elements

A tire component used in a pneumatic radial tire is a rubber-coated layer comprised of a given number of reinforcing elements separately arranged in parallel with each other, in which the reinforcing elements corresponding to at least 30% of all reinforcing elements included in the rubber-coated layer are divided into plural groups, and a distance between mutually adjoining and opposite reinforcing elements not grouped with each other is wider than a distance between mutually adjoining reinforcing elements separately arranged at equal spaces in the group. Thus, the occurrence of cracking at cut ends of the reinforcing elements is prevented to improve the tire durability.

RADIAL PNEUMATIC COVERS.

UN NEUMATICO RADIAL, EN CONCRETO UN NEUMATICO RADIAL DE FUERTE RENDIMIENTO, COMPRENDE UNA CARCASA RADIAL (1) Y UNA BNANDA (3) SUPERIMPUESTA ALREDEDOR DE LA PERIFERIA EXTERIOR DE LA CARCASA Y CONSTA DE AL MENOS TRES CAPAS DE CORDONES DE CAUCHO (3-1, 3-2, 3-3), CORDONES DE DOS CAPAS ADYACENTES (3-2, 3-3) ENTRE ESTAS CAPAS QUE SE CRUZAN ENTRE SI EN UN ANGULO AGUDO DE LOS CORDONES CON RESPECTO AL PLANO ECUATORIAL (E) DEL NEUMATICO PARA FORMAR CAPAS DE CORDONES CRUZADAS, EN LAS QUE UNA CAPA DE CORDONES DE ANCHO ESTRECHO (3-3) ENTRE LAS CAPAS DE CORDONES CUENTA CON CAUCHO DE REVESTIMIENTO DEL EXTREMO (4) QUE TIENE UN MODULO 100% PARTICULAR MAYOR QUE EL DE UN CAUCHO DE REVESTIMIENTO PARA LA CAPA DE CORDONES DE ANCHO ESTRECHO, Y UN CAUCHO DE AMORTIGUAMIENTO DEL ESPACIO (5) QUE TIENE UN MODULO 100% PARTICULAR MAS PEQUEÑO QUE EL DE EL CAUCHO DE REVESTIMIENTO PARA CADA UNA DE LAS CAPAS DE CORDONES CRUZADOS, Y CONTROLA EL CRECIMIENTO DE FRACTURAS EN EL EXTREMO DE LA CAPA DE CORDONES EN LA BANDA PARA MEJORAR LA RESISTENCIA A LA SEPARACION Y, POR ELLO, PROPORCIONA UN VIDA UTIL PROLONGADA. A RADIAL TIRE, CONCRETE A STRONG PERFORMANCE RADIAL TIRE, UNDERSTANDS A RADIAL HOUSING (1) AND A BNANDA (3) SUPERIMPOSED AROUND THE EXTERNAL PERIPHERAL OF THE HOUSING AND CONSISTS OF AT LEAST THREE LAYERS OF CORDS , 3-2, 3-3), TWO LAYERS OF ADJECTIVE COATS (3-2, 3-3) BETWEEN THESE LAYERS CROSSING BETWEEN IF IN AN ACUTE ANGLE OF THE CORDS WITH REGARD TO THE EQUATORIAL PLANE (E) OF THE TIRE FORMING LAYERS OF CROSSED CORDS, IN WHICH A LAYER OF CORDS OF NARROW WIDTH (3-3) BETWEEN THE LAYERS OF CORDS HAS RUBBER COVERING OF THE END (4) THAT HAS A MODULE 100% PARTICULAR GREATER THAN THAT OF A RUBBER COATING FOR THE STRAIGHT WIDTH CORDS LAYER, AND A SPACE DAMPING RUBBER (5) THAT HAS A 100% PARTICULAR MODULE SMALLER THAN THAT OF THE COATING RUBBER FOR EACH OF THE CROSSED CORDS LAYERS, AND CONTROLLES GROWTH OF FRACTURES IN THE END OF THE LAYER OF CORDS IN THE BAND P TO IMPROVE SEPARATION RESISTANCE AND, ...

Radial pneumatic tires

Cleaning device and cleaning method

A cleaning device for removing a deposit adhering to an object to be cleaned is disclosed. The cleaning device includes a cleaning chamber forming a space for housing multiple cleaning media shaped like flakes; a circulating air-flow generating unit configured to generate a circulating air flow to cause the cleaning media to fly and repeatedly collide with the object in the cleaning chamber and thereby to remove the deposit adhering to the object; and a cleaning medium recycling unit configured to suction and remove the deposit adhering to the cleaning media that have collided with the object and thereby to recycle the cleaning media. The pencil hardness of the cleaning media is greater than the pencil hardness of the deposit.

Dry cleaning device and dry cleaning method

A circulation-air generating unit (6) directly generates circulation air that flows along a surface of a cleaning tank (5). The circulation air is applied to cleaning medium (4) accumulated on the cleaning tank (5) from a direction orthogonal to a direction of face of the cleaning medium (4) to deliver and flow up the cleaning medium (4). The cleaning medium (4) is flown up inside the cleaning tank (5) by the force of the circulation air. The cleaning medium (4) flowing inside the cleaning tank (5) collides with a cleaning target object by high-velocity air supplied from a cleaning-medium accelerating unit (7) to remove dust on the cleaning target object.

Dry-type cleaning chassis, dry-type cleaning device, and dry-type cleaning system

Reinigungsvorrichtung und reinigungsverfahren

自動貼付装置

(57)【要約】 【課題】 長尺な貼付部材が必要とされる場合において も貼付部材をシート形状で供給できるようにして、貼付 部材の安定供給、段取り時間の短縮、貼付部材の幅変更 などを可能にした自動貼付装置を提供する。 【解決手段】 貼付部材を被貼付部材に貼り付ける自動 貼付装置において、シート状の剥離紙付き貼付部材10を 供給する貼付部材供給装置２、前記貼付部材供給装置２ により供給された剥離紙付き貼付部材10を供給方向と直 角な方向に切断する切断装置３、前記切断装置３により 切断された貼付部材から剥離紙を剥離する剥離装置４、 切断された貼付部材を搬送する搬送装置６を備えた。ま た、シート状の剥離紙付き貼付部材10を所定ピッチづつ 進めて供給するように貼付部材供給装置２を構成し、剥 離紙付き貼付部材10を前記所定ピッチ毎に切断するよう に切断装置３を構成した。

工作機械のワーク交換装置

(57)【要約】 【課題】 飛沫防護板に支持部材との干渉を回避するた めの逃げ窓を不要にして飛沫防護機能を高めることがで きる工作機械のワーク交換装置を提供する。 【解決手段】 加工テーブル１０の加工領域Ａ側部分に 搭載された加工済ワークＷ１と待機領域Ｂ側部分に搭載 された未加工ワークＷ２とを該加工テーブル１０を旋回 軸Ｃ回りに旋回させることにより交換するようにした工 作機械のワーク交換装置８において、上記加工テーブル １０の上方空間を加工領域Ａ側空間と待機領域Ｂ側空間 とに区分けする飛沫防護板２０を該加工テーブル１０の 上面に上記旋回軸Ｃと直交する揺動軸Ｄ回りに揺動可能 に配設し、該飛沫防護板２０を加工領域Ａ側空間が待機 領域Ｂ側空間より大きくなるように待機領域Ｂ側に傾斜 させて支持する支持部材２５を設け、該支持部材２５を 上記飛沫防護板２０の傾斜角度θと略同一角度をなすよ うに傾斜させて配置するとともに、該支持部材２５によ り上記飛沫防護板２０の上辺部２０ｂを上記加工テーブ ル１０の旋回に伴って相対移動可能に支持した。

Apparatus and medium for dry cleaning

基準電圧発生回路

【課題】個体ばらつきが少ない高精度な基準電圧発生回路を得られるようにする。 【解決手段】第１の基準電圧回路２から出力される第２の電圧Ｖ ２ と、第１の基準電圧回路２と同一の構成及び同一の回路定数を持つ第２の基準電圧回路３及び第３の基準電圧回路４のそれぞれから出力される第３の電圧Ｖ ３ 及び第４の電圧Ｖ ４ の３つの電圧値の大小比較を比較回路７によって行ない、その中間の値を持つ電圧値を特定して比較結果を生成する。論理回路８は比較結果に基づき、スイッチ回路９の導通状態を制御することにより、３つの電圧値の中間値を選択基準電圧Ｖ Ｓ として、出力電圧制御回路６を構成する差動増幅回路１０の正相入力端子に入力し、出力制御回路６は、反転入力端子に入力された温度係数補正回路１から出力される第１の電圧Ｖ １ との電圧差がなくなるように、出力端子ＢＧＲ ＯＵＴ の出力電圧Ｖ ｏ を制御することにより出力電圧Ｖ ｏ の変動を抑制する。 【選択図】図１

対象物保持装置、対象物保持方法、および対象物搬送装置

【課題】従来よりも簡単な構成により保持対象物における凹部若しくは貫通孔の位置違いに応じた切り替えを容易に行うことができ、多品種混流生産に柔軟に対応できる対象物保持装置の提供。【解決手段】保持対象物を保持可能な２以上の保持部と、前記保持対象物に当接可能な当接部と、前記保持対象物に対する、前記２以上の保持部の保持位置および／または前記当接部の当接位置を可変に制御する制御手段と、を有する対象物保持装置である。【選択図】図２

空気調和装置

【課題】ユニットの制御基板が交換された場合に、交換前の運転情報を交換後の制御基板に自動的に復元することができる等の空気調和装置を得る。 【解決手段】空気調和を行う機器を備えるユニットにおいてそれぞれ機器を制御する処理を行う室外制御装置２１１等及び機器に関する運転情報のデータを記憶する室外記憶装置２１２等を有する室外制御基板２１０等と、ユニットを管理する集中コントローラ１００における集中管理制御基板１１０との間で通信が可能な空気調和装置であって、集中コントローラ１００は、室外制御装置２１１等から、定期的に送られる各ユニットの運転情報のデータを記憶する集中管理記憶装置１１２と、ユニットにおいて制御基板が交換されたものと判断すると、対応するユニットの運転情報のデータを送る処理を行う集中管理制御装置１１１を集中管理制御基板１１０に備える。 【選択図】図１

剥離工具と剥離方法及び剥離装置

【課題】被着体に貼り付けた粘着部品を小さな押付力で確実に剥がすことができるとともに、剥がす部品の破断や粘着剤テープの残りを少なくして剥がし性能と剥がし効率を高める。 【解決手段】被着体１の表面に押付けて被着体１に貼り付けた粘着部品３を剥がす剥離爪６を先端に有するリンクアーム７をベースプレート５に偏心機構部８を介して連結し、リンクアーム７に偏心機構部８で揺動を与えて剥離爪６をループ状に移動し、被着体１に貼り付けられた粘着部品３を剥離爪６の先端部の引っ掻き動作で剥がし、ループ状に移動する剥離爪６が被着体１から離れる際に、被着体１に対して粘着部品３を引張る方向の力を作用させて被着体１から粘着部品３を容易に剥がす。 【選択図】　　図１

Apparatus and medium for dry cleaning

A cleaning apparatus includes a cleaning tank having a space to contain flexible flake cleaning media, a cleaning target object holding unit holding a cleaning target object having adherent substances inside the cleaning tank, a gas flow generator unit generating a gas flow to move the cleaning media toward the cleaning target object such that the cleaning media contact the cleaning target object to remove the adherent substances from the cleaning target object, and an adherent substance collection unit moving the gas flow to collect the adherent substances removed from the cleaning target. A surface of the cleaning medium includes abrasive grains to remove the adherent substances from the cleaning target object by causing the surface of the cleaning medium having the abrasive grains to slide on the cleaning target object while the surface of the cleaning medium having the abrasive grains is in contact with the cleaning target object.

工作機械の保守支援システム

(57)【要約】 【課題】離隔地において工作機械のトラブルの内容を正 確に把握し、ユーザ側の保守を迅速かつ的確に支援する ことができる保守支援システムを提供する。 【解決手段】工作機械の設置場所に設けた支援要求側端 末２０と、保守を支援する側に設けた支援提供側端末１ ０と、支援要求側端末２０と支援提供側端末１０との間 でデータの伝送を行う通信手段４０とを設ける。支援要 求側端末２０が、工作機械各部の画像を入力する画像入 力手段３３，３４と、音声入力手段２４，３２と、音声 出力手段２５とを備え、支援提供側端末１０が、音声入 力手段１３と、画像表示手段１２と、音声出力手段１４ とを備える。支援要求側端末２０，支援提供側端末１０ 及び通信手段４０を介して支援要求側と支援提供側との 間で画像データ及び音声データを送受することができ、 これにより支援提供側が工作機械の状況を正確に把握す ることができる。

自動貼付装置の貼付部材切断装置

(57)【要約】 【課題】 貼付部材シートを所定の幅に切断するとき、 貼付部材シートを挟んで保持する際、貼付部材シートの 厚さなどに応じてクランプ上部下面とクランプ下部上面 の間隔が変えられる自動貼付装置の貼付部材切断装置を 提供する。 【解決手段】 貼付部材を被貼付部材に貼り付ける自動 貼付装置の貼付部材切断装置において、貼付部材シート 10を所定の幅に切断する際に前記貼付部材シート10を挟 んで保持する部品クランプ手段として、貼付部材シート 10を載せる保持テーブル20とクランプ上部21とを備え、 前記部品クランプ手段に、クランプ上部21の下面と保持 テーブル20の上面の間隔を変えるクランプ幅調節手段を 備えた。

機械装置およびその制御方法、遠隔操作装置および主操作装置

【課題】よりユーザが操作しやすい機械装置を提供すること。 【解決手段】機械装置１００であって、機械的に駆動する機械駆動部１０１と、機械駆動部１０１の操作を行なうための主操作部１０２と、主操作部１０２から離れた位置において、機械駆動部１０１に向けて操作指示信号を送信する遠隔操作部１０３と、遠隔操作部１０３の位置を判定する位置判定部１０４と、遠隔操作部１０３が所定エリア内にあると判断すると、主操作部１０２による操作を有効にし、遠隔操作部１０３が所定エリア外にあると判断すると、主操作部１０２による少なくとも一部の操作を無効にする制御部１０５と、を含む。 【選択図】 図１

System und Vorrichtung zum Kühlen einer Werkzeugmaschine

Es werden ein System und ein Verfahren zum Kühlen einer Werkzeugmaschine angegeben, die eine Kostenreduktion ermöglichen, weil die Anzahl der Sterventile reduziert ist und die Steuerung zum Öffnen/Schließen einfach ist. Das System und das Verfahren zum Kühlen einer Werkzeugmaschine umfassen einen Heißöltank zum Speichern von Heißöl, einen Kaltöltank zum Speichern von Kaltöl, erste bis dritten Heißölleitungen und erste bis dritte Kaltölleitungen, die jeweils das Heißöl und das Kaltöl zu den ersten bis dritten Wärme erzeugenden Teilen zuführen, eine Heißöl-Rückführleitung, die das Heißöl zu dem Heißöltank zurückführt, erste bis dritte Zuführsteuerventile, die in den ersten bis dritten Kaltöldurchgängen angeordnet sind, und eine Ventilsteuereinrichtung, die das Öffnen/Schließen der ersten bis dritten Zuführsteuerventile steuert, sodass das Kaltöl zu den ersten bis dritten Wärme erzeugenden Teilen intermittierend und zu verschiedenen Zeiten zugeführt wird.

洗浄装置

【課題】凹凸のある複雑形状の部品であっても、確実に摺接して除去することができる洗浄装置を提供することを目的とする。 【解決手段】被洗浄部品Ｗを洗浄槽内に出入れ可能に構成され、洗浄槽内において被洗浄部品表面に付着した粒子を除去する洗浄装置において、保持部材２０に一部を固定されることにより他の部位を自由に変形動作し得るように構成された柔軟材料から成る摺接部材２１と、摺接部材を振動させる気流発生手段と、摺接部材を被洗浄部品の表面適所に接触させる相対姿勢変更手段２５と、を有する。 【選択図】図１

洗浄媒体飛散防止部材、洗浄対象物保持体及び乾式洗浄装置

【課題】洗浄対象物の表面形状の違いに拘らず、単一の部材で且つ簡単なセッティング操作で洗浄媒体の飛散を防止でき、洗浄装置に対する洗浄対象物の保持操作の容易化を実現できるとともに、洗浄対象物の表面形状の違い毎に用意することの無駄を無くすことができる洗浄媒体飛散防止部材を提供する。 【解決手段】洗浄対象物４は洗浄対象物保持体１２の保持ピン３２に支持されて洗浄槽６の開口部６ａに対向して保持されている。洗浄対象物保持体１２の上方から、低反発性ウレタンスポンジを芯材とする洗浄媒体飛散防止部材２２Ａが挿入され、押圧手段２４により押圧される。洗浄媒体飛散防止部材２２Ａは洗浄対象物４の表面形状に沿って変形し、これにより、洗浄槽６で空気流により飛翔する洗浄媒体５が飛散してその数量が少なくなることが防止される。 【選択図】図１

軟弱部材保持装置及び軟弱部材貼付装置

(57)【要約】 【課題】ウレタン発泡体やモルトプレーン，フエルトな どの多孔性の軟弱部材を安定した均一の力で吸引保持す る。 【解決手段】保持部本体１７に取り付けられた吸引枠１ ８の軟弱部材２を挿入する開口部を除いた５面に、それ ぞれ複数の吸引穴１９を設け、軟弱部材２の貼付面以外 の他の全ての面に吸引力を加えて保持する。

指股仕切靴

【課題】指股仕切靴の靴先部分の柔軟性を確保して足指の自由な動きと、部材同士の接合部位からの靴内への水の浸透を抑制して不快感が生じ難くする指股仕切靴を提供する。【解決手段】足の第１趾と第２趾との間に仕切部を有する指股仕切靴の仕切部は、指股仕切靴の外装を形成し足を包被する靴外皮部の外皮先端部から足の第１趾及び第２趾の付け根側へ進入して足の第１趾と第２趾とを分離する分離外皮部と、外皮先端部の下方に配置される中敷部の中敷先端部から足の第１趾及び第２趾の付け根側へ進入して形成される中敷切込部と、中敷部の下方に配置される靴底部の靴底先端部から足の第１趾及び第２趾の付け根側へ進入して形成される靴底切込部と、を備え、分離外皮部の外皮端部が中敷切込部の上方から進入して中敷切込部の周囲の中敷部の裏面側に被着し、靴底部が外皮端部と密着して中敷部に密着する。【選択図】図２

剥離工具及び剥離装置

(57)【要約】 【課題】ウレタン発泡体やフェルト，ゴムなど両面粘着 テープ等の粘着部品で貼り付けられた付着部材を、粘着 剤が被着体に残りにくく、被着体へ傷が付くことを防ぐ とともに確実に剥離する。 【解決手段】剥離する付着部材５を被着体６に貼り付け た粘着層２４の剥離抵抗に応じて、先端に剥離爪１３を 有するアーム１５を回動させて剥離爪１３の先端位置を 変え、粘着層２４の特性や付着部材５を被着体６に貼り 付けてからの経過時間等により粘着層２４の剥離抵抗が 変動しても剥離爪１３が付着部材５に乗り上げることを 防いで、付着部材５を安定して剥離する。

Ａ／ｄ変換器

(57)【要約】 【課題】 システムが要求するＡ／Ｄ変換器の分解能が 変化した場合に、要求された分解能を実現するために必 要なパイプラインステージのみを動作させ、不要なパイ プラインステージの動作を停止させることにより、低消 費電力動作が可能で、しかも、Ａ／Ｄ変換器の出力破綻 を防ぐことができるＡ／Ｄ変換器を提供すること。 【解決手段】 出力すべきディジタル値を構成するため に必要でない前記部分ディジタル値を出力する前記パイ プラインステージに対して、ビット数制御回路２５によ って指定された一連のパイプライン動作を停止させた時 には、補正用Ａ／Ｄ変換器２７によって最下位のビット を確定するためのビットが補償され、これが補正用符号 変換回路２３によって所定のビットに加算され、出力す べきディジタル値の分解能を補償する。

洗浄媒体、乾式クリーニング装置及び乾式クリーニング方法

【課題】洗浄対象物の母材に対してダメージを与えず、表層に付着した汚れのみを選択的に除去可能で、膜状で硬質の汚れに対しても洗浄効果の大きい洗浄媒体を提供する。【解決手段】乾式クリーニング筐体１０の開口部１０Ｅが洗浄対象物ＣＯに当接して塞がれ、インレット１０Ｆから外部空気が高速で流入して旋回気流ＲＦが形成され、洗浄媒体ＰＣが旋回気流ＲＦで循環飛翔しながら洗浄対象物ＣＯに衝突して汚れを除去することにより洗浄動作が行われる。洗浄媒体ＰＣとして貝殻の破砕片を用いている。貝殻は、無機物の結晶が有機物でバインドされた積層構造を有する。表層の無機物で洗浄機能が得られ、これが適宜に剥がれることにより新たな無機物が露出して洗浄性能が一定に維持される。【選択図】図２

粘着部材の回収装置及び粘着部材の回収方法

【課題】粘着部材を工具等から確実に分離し、かつその分離機構にも粘着部材が再付着せず確実に回収して廃棄する。 【解決手段】互いに噛み合いながら回転している１対のブラシローラ６，７の噛合う部分に、ブラシローラ６，７の回転方向の上流側から剥離した粘着部材２０を把持した剥離工具２１を挿入し、剥離工具２１による粘着部材２０の把持を解除して、粘着部材２０に対するブラシローラ６，７の摩擦力により粘着部材２０を剥離工具２１から分離して回収容器５に回収する。また、分離した粘着部材２０がブラシローラ６に付着した場合、粘着部材分離歯車８はブラシローラ６との接触部でブラシローラ６の回転方向と反対方向に回転する粘着部材分離歯車８でブラシローラ６に再付着した粘着部材２０を分離して回収容器５に回収する。 【選択図】　　図３

乾式洗浄装置

【課題】 薄片状の可撓性洗浄媒体を用いた乾式洗浄装置において、洗浄媒体を付着物と分離して回収・循環させ、複数のノズルに大量に、定量供給できるようにすること。 【解決手段】 薄片状の可撓性洗浄媒体を吹き付けて洗浄対象ワークに衝突させて洗浄対象ワークに付着している付着物を除去する乾式洗浄装置であって、上記衝突後の洗浄媒体を再びノズルに供給して循環再使用する機械的搬送手段を備えていることであり、 さらに、洗浄対象ワークから除去された付着物と洗浄媒体を分離し、付着物を排出する分離手段を備えていることであり、 付着物は通過できるが洗浄媒体は通過できないメッシュ部を備え、メッシュ部に向かう気流によって付着物と洗浄媒体を分離すること。 【選択図】図５

粉体の乾式洗浄方法及び装置

【課題】２種類の洗浄媒体、すなわち、トナーを遊離させる性質を有する洗浄媒体、トナーを吸着する性質を有する洗浄媒体を用いて、洗浄媒体の回収容易性と細部への洗浄能力を向上させるとともに、洗浄作用を持続させて高い洗浄度を実現する粉体の乾式洗浄方法及びこの方法を実施する装置を提供する。 【解決手段】洗浄対象物１と洗浄媒体１４、１５との相対移動により前記洗浄対象物表面に付着した粉体１６を除去する粉体の乾式洗浄方法において、非帯電性の第１の洗浄媒体１４と前記粉体１６を吸着可能な第２の洗浄媒体１５を同時に用いて前記洗浄対象物１を洗浄する。 【選択図】図２

白黒多階調表示装置

(57)【要約】 【課題】 ８ビット以上の階調を持つ白黒映像をコンピ ュータの表示画面上に表示する。 【解決手段】 アナログＲＧＢ信号の出力を可能とする コンピュータ本体において、ＣＤ−ＲＯＭ等に記憶した １６ビット階調の映像信号を、上位と下位の８ビット階 調づつの映像信号に分け上位８ビット階調の映像信号を 入力端子２０１に入力し、下位８ビット階調の映像信号 を入力端子２０２に入力する。反転加算器Ａの入力端子 に接続された抵抗Ｒ R ２０５と抵抗Ｒ G ２０６との抵抗 比が、Ｒ R ：Ｒ G ＝１：２５６に選択されているため、 加算器では上位８ビット階調の映像信号に１／２５６倍 した下位８ビット階調の映像信号が加算されることにな り、出力端子Ｖ 0 に１６ビット階調の映像信号を生成し 出力させることができる。

軟弱部材自動貼付け装置

(57)【要約】 （修正有） 【課題】多孔性軟弱部材を正確な高さ位置で、また、安 定した吸引力で吸引保持できる保持部の提供。 【解決手段】吸引保持部本体、吸引板、空気配管通路か ら構成された吸引保持機構について、軟弱部材の貼付け 面以外の５面もしくは外側端面を覆い部で覆い、かつ覆 い部で吸引保持し、軟弱部材の貼付け面の覆い部からの 下方への突き出し量を調整する吸引板の位置調整手段を 設ける。また、軟弱部材の吸引力を測定するセンサと吸 引装置の吸引力を調整する装置を設け、吸引力を一定に 制御する手段を備える。さらに、軟弱部材の吸引保持部 本体を長尺部材とし、吸引用空気配管通路を吸引保持部 本体の長手方向の両端部にそれぞれに設け、軟弱部材の 長手方向両端部の吸引力を強くする吸引力調整手段を吸 引保持部本体内に設ける。

形状測定装置および形状測定方法

【課題】測定対象物の表面の高さ形状を精密に測定することが可能な形状測定装置および形状測定方法を提供する。 【解決手段】測定対象物Ｓの複数の部分についてＺ方向における重畳受光強度分布が取得される。取得された重畳受光強度分布から干渉方式の受光強度分布成分および共焦点方式の受光強度分布成分がそれぞれ抽出される。抽出された干渉方式の受光強度分布成分に基づいて複数の部分についてＺ方向における位置を示す干渉高さデータがそれぞれ算出される。また、抽出された共焦点方式の受光強度分布成分に基づいて複数の部分についてＺ方向における位置を示す共焦点高さデータがそれぞれ算出される。複数の部分について干渉高さデータおよび共焦点高さデータを用いて測定対象物Ｓの表面の形状を示す形状データが生成される。 【選択図】図１

ネットリスト変換装置

(57)【要約】 【課題】 開放状態もしくはハイインピーダンス状態と なっているトランジスタのゲート電極・論理ゲート回路 の入力端子・スイッチ回路の開閉制御端子等によるリー ク電流が困難である。 【解決手段】 トランジスタのゲート電極・論理ゲート 回路の入力端子・スイッチ回路の開閉制御端子にハイイ ンピーダンス負荷を付加し、それぞれの電極・端子の電 位を電源電圧からグランド電圧の間の電位に固定するこ とにより、リーク電流の検出を可能にする。

剥離工具及び剥離装置

【課題】粘着部品の剥がし動作の際に、被着体に接触するベルト先端部から挟持機構を退避させておき、被着体との干渉を防ぐとともに、内部の狭い領域にも容易にアクセスできるようにする。 【解決手段】剥離工具は、ベルト１，挟持機構３，直動アクチュエータ５，開閉アクチュエータ１０を有する。被着体９に貼り付けられた粘着部品８を剥がす際に、挟持機構３をベルト１の先端部から退避させた状態で、ベルト１を駆動させながら、Ａの方向へ剥離工具を移動させると粘着部品８は先端から離れる。この際、挟持機構３を直動アクチュエータ５によってベルト１の先端付近に向けて前進させ、ベルト１の先端付近において挟持機構３を開閉する開閉アクチュエータ１０により挟持機構３を閉じる。これにより粘着部品８が挟持されて、そのままＡの方向に移動してピール剥がしを行ないながら、粘着部品８を回収する。 【選択図】　　　　図１

貼付部品の剥離装置及び貼付部品の自動剥離装置

(57)【要約】 【課題】 ウレタン発泡体、軟質プラスチックフィルム など両面粘着テープ等で貼り付けられた部品を、安定し て効率よく剥離する剥離装置を提供する。 【解決手段】 摩擦部材１に、被着体２上の貼付部品３ の表面と摩擦係数が高いものを選定する。摩擦部材１の 擦り動作手段として、押圧シリンダ５と平行移動アクチ ュエータ昇降軸６等を備える。被着体２はカートリッジ ケースなどで、貼付部品３は両面テープや機能部品等で ある。摩擦部材１を貼付部品３の端部に位置決めしてか ら移動させ、擦り動作を行い、貼付部品３の先端を剥が して丸める。丸まった貼付部品３の端部を掴み部１０と して、適宜の治具などで把持し、貼付部品３の全体を被 着体２から剥離させる。

乾式クリーニング筐体、乾式クリーニング装置及び分離板の装着方法

【課題】洗浄対象物の汚れ性状の種類に応じて容易且つ安価に分離板のメッシュ径を変更することができ、効率的な洗浄機能を得ることができる乾式クリーニング筐体を提供する。【解決手段】集塵ダクト５６を吸引手段に接続して吸引した状態で、筐体５０の開口部１８を洗浄対象物に当てて塞ぐと、インレット２４から外部空気が流入して筐体内で旋回気流が生じ、洗浄媒体が飛翔する。複数の吸気穴１６ａを有し、旋回気流の旋回軸を規定する流路制限部材１６の外周面には多孔性の分離板１４が着脱自在に装着されている。分離板１４を交換する場合には、筐体本体５２から流路制限部材１６が一体に形成されたカバー部材５４を外し、分離板１４を取り換える。【選択図】図２

容器洗浄装置、容器洗浄方法、及びそれに用いる洗浄媒体

【課題】 自発光する物質、又は光を反射する物質を含む洗浄媒体を用いると共に、洗浄工程において、洗浄装置の各個所における洗浄媒体へのトナー付着量を検出することにより（容器のトナー残量を直接測定することなく）、容器の洗浄状態を検出して、前記容器の洗浄品質を容易に保証し得るようにすること。 【解決手段】 自発光する物質、又は光を反射する物質を含む粒状洗浄媒体を用いて容器を洗浄する容器洗浄装置であって、前記容器内部を洗浄し該容器から排出された前記粒状洗浄媒体が発する光量、又は反射する光量を検出する第１の光検出手段を備えて成り、前記粒状洗浄媒体の状態又は前記容器の洗浄工程の進行状態を検知することである。 【選択図】図３

Cleaning media, method of manufacturing cleaning media, and dry-type cleaning device

Cleaning media (PC) having a thin shape and used in a dry-type cleaning device for cleaning a cleaning target by being blown by an air flow and collided with the cleaning target includes a fracture induction part (LY) inducing fracture and being formed so that, upon being fractured along the fracture induction part into pieces, at least one acute-angle part is formed in at least one of the pieces.

貼付部材剥離装置および貼付部材剥離方法

(57)【要約】 【課題】 両面粘着テープのような接着手段で貼り付け られた貼付部材を効率よく簡単に剥離することができる 貼付部材剥離装置などを提供する。 【解決手段】 貼付部材を被貼付面から剥がす貼付部材 剥離装置において、非貼付部分が形成された状態で被貼 付部材１１の被貼付面に貼り付けられている貼付部材１ ２の前記非貼付部分を把持するチャック式ロボットハン ド１と、前記チャック式ロボットハンド１を移動して剥 離動作を行う水平多関節ロボット２とを備えた。また、 前記チャック式ロボットハンド１がチャック爪を備え、 剥離される貼付部材１２の粘着面と接触する側の前記チ ャック爪の表面を粘着しにくい材質のコーティング材で 被う構成にした。

部品剥がし工具、部品剥がし装置及び部品剥がし方法

【課題】プラスチックフィルム付発泡ウレタン等の比較的腰の強い被剥対象部材や、デカルシールなどの薄い被剥対象部材を確実に剥がすことが可能な部品剥がし工具、部品剥がし装置及び部品剥がし方法を提供する。 【解決手段】部品剥がし装置は部品剥がし工具１６を備えている。部品剥がし工具１６は摩擦機構２１とスクレーパ機構２２を備えている。摩擦機構２１は駆動プーリ２８と従動プーリ３０と摩擦部材３１を備えている。摩擦部材３１はプーリ２８，３０に掛け渡されておりこれらの周りを回転する。摩擦部材３１は先端部３１ａが被剥対象部材の端部に接触してこの被剥対象部材を被着体から剥がす。スクレーパ機構２２はスクレーパ部材３６を備えている。スクレーパ部材３６は角部４３を備えている。スクレーパ部材３６は角部４３が被剥対象部材の端部に接触してこの被剥対象部材を被着体から剥がす。 【選択図】 図１

携帯機器及びその制御方法

【課題】クラウドと接続されるフォーム解析に利用する携帯機器においてトータルレスポンスを最適化する。 【解決手段】ネットワークを介してフォーム解析サーバ群２００と接続された携帯機器１００は、人体の動作を撮像する撮像手段１０１と、撮像した動作の画像から抽出されたパラメータに基づいた前記動作へのアドバイスを表示する表示手段１０４を有する。パラメータ抽出やアドバイス生成などのフォームの解析処理は、携帯機器側のクラウド側とで分担処理する。役割分担は、事前にテストデータの送受信を行い、かかった時間に応じて動的に決定する。 【選択図】図５

Warning sign

把持装置と把持判定方法と剥離工具及び剥離装置

【課題】簡単な構成で把持状態を高精度にかつ長時間安定して検知することができる把持装置と把持判定方法と剥離工具及び剥離装置を提供する。 【解決手段】チャックフィンガー２１に導電性部材２９を有する導通機構部２７を設け、チャックフィンガー２１と対向するチャックストッパ２５に、導電性部材２９にそれぞれ接触する１対のチャック判定電極３５を設け、各チャック判定電極を信号線３７を介して電気抵抗測定装置３８に接続し、チャックフィンガー２１を閉じたとき、１対のチャック判定電極３５間の電気特性を計測し、計測した電気特性により対象部品の把持の成否を判定する。 【選択図】 図３

Pneumatic radial tires

Radiale Luftreifen

Radiale Luftreifen

Una cubierta neumatica radial.

Un neumático radial, en particular, un neumático radial para servicio severo, comprende una carcasa radial (1) que se extiende de manera toroidal entre un par de núcleos de talón embebidos en un par de porciones de talón, una porción de banda de rodadura (2) y un cinturón (3) superpuesto alrededor de una periferia exterior de la carcasa para reforzar la porción de banda de rodadura, y comprendida por al menos tres capas (3-1, 3-2, 3-3) de cordones vulcanizados, estando cruzados entre sí cordones de dos capas adyacentes (3-2, 3-3) entre dichas capas en un ángulo de cordón agudo respecto a un plano ecuatorial (E) de la cubierta para formar capas de cordón cruzadas, en las que una capa (3-3) de cordón exterior de las capas de cordón cruzadas, en una dirección radial de la cubierta, tiene una anchura más estrecha que la de una capa (3-2) de cordón interior, y al menos un caucho de revestimiento para dicha capa (3-3) de cordón de anchura estrecha, provisto con una cubierta extrema de caucho (24)que cubre cada una de las partes extremas de dicha capa, y al menos una parte exterior y una parte interior de la cubierta de caucho (24) en la dirección radial de la banda de rodadura forma en una dirección perpendicular a los cordones dispuestos en la capa (3-3) de cordón de anchura estrecha, y una altura (H) entre un fondo y un pico de la superficie ondulada en un intervalo de 0,05-0,25 nm.

Cubiertas neumaticas radiales.

Cubierta neumática radial que comprende una carcasa radial (1) que se extiende toroidalmente entre las de un par de almas de los talones embebidas en las de un par de partes que constituyen los talones, una parte (2) que constituye la banda de rodadura, y un cinturón (3) superpuesto en torno a la periferia exterior de la carcasa para reforzar la parte que constituye la banda de rodadura, constando dicho cinturón de al menos tres capas (3-1, 3-2, 3-3) de hilos cauchutados, , estando los hilos de dos capas de hilos adyacentes (3-2, 3-3) de entre dichas capas de hilos entrecruzados entre sí a un ángulo agudo de oblicuidad de los hilos con respecto al plano ecuatorial (E) de la cubierta para así formar capas de hilos entrecruzados, teniendo la capa de hilos exterior (3-3) de las capas de hilos entrecruzados en la dirección radial de la cubierta una anchura que es menor que la de la capa de hilos interior (3-2), y y las capas de hilos entrecruzados (3-2, 3-3) están provistas de un caucho (6) amortiguador en el espacio intermedio, que separa las partes extremas de dichas capas de hilos entrecruzados y se extiende desde un extremo de la capa de hilos de pequeña anchura (3-3) hacia el exterior de la cubierta.

タスク管理装置、タスク管理方法、プログラム及び記憶媒体

【課題】特定のメンバに対して重みを付け、メンバ毎にリマインダメールを送る時期を変更することにより、タスクの進捗をより滞りなく進めることを可能にする。 【解決手段】方法は、ユーザ毎の重み情報とメールアドレスとを記憶し、期日を有するタスクのタスク管理メールの入力を受け付け、受け付けたタスク管理メールの送信先メールアドレスを特定する。特定された送信先メールアドレスに対応するメールアドレスの重み情報を変更し、送信先メールアドレスに対応する重み情報によって、タスクを通知する期日前の日数を変更し、変更された期日前の日に、タスク管理メールを送信する。 【選択図】図３

光走査装置

(57)【要約】 【課題】 対象物に高速かつ高精度に光を走査させるこ とができる光走査装置を提供することである。 【解決手段】 ＣＰＵは、波形データをインタフェース 回路を介してＤ／Ａコンバータに与える。Ｄ／Ａコンバ ータは波形データをデジタル・アナログ変換し、走査指 令電圧ＶＣを出力する。ドライバは、走査指令電圧に応 じた駆動電流をガルバノモータに供給する。走査指令電 圧ＶＣは、走査期間ｔ１においては負の所定値から正の 所定値まで直線的に変化し、帰線期間ｔ２においては、 余弦波の半周期の形状に従って正の所定値から負の所定 値まで変化する。

半導体装置

【課題】電源システムを簡素化、節約する。 【解決手段】シリコン半導１０１に流れる電流を用いてシリコン半導体１０１を冷却するN型材料１０２を備える。 【選択図】図１

Powder Container, Cleaning Method and Cleaning Apparatus for Cleaning the Power Container

A cleaning method for cleaning a powder container by introducing a cleaning medium into the powder container from a first opening part of the powder container for attaching powder in the powder container to the cleaning medium and discharging the cleaning medium together with the powder from a second opening part situated opposite from the first opening part is disclosed. The method includes a step of releasing the cleaning medium from a position higher than the first opening part of the powder container.

Information processing system, industrial machine, information processing method, and information processing program

The present invention provides an information processing system for deriving a skill level of an individual user with respect to an operation of an industrial machine. The information processing system includes an accumulator that accumulates, as individual ability information of an individual to operate an industrial machine, history information including at least one of knowledge of the industrial machine and use experience of the industrial machine of the individual, in associated with individual identification information for specifying the individual, and an analyzer that analyzes the individual ability information to derive a skill level of the individual with respect to an operation of the industrial machine.

トナー収納容器及びトナー収納容器の洗浄方法

【課題】 洗浄を容易かつ迅速に行うことができるトナー収納容器を提供する。 【解決手段】 内壁を略円筒構造とし、トナー充填口２とは別に、内壁接線方向を向いた噴射口３と排気口４を外周部両端近傍に有するトナー収納容器１。 【選択図】 図１

Split-toe shoe

A split-toe shoe includes a partition between first and second toes of a foot. The partition includes: a separating outer cover portion that separates the first and second toes of the foot by entering from an outer cover tip portion of a shoe outer cover portion that forms an exterior of the split-toe shoe and encases the foot to a basal side of the first and second toes of the foot; an insole cutout portion formed by entering from an insole tip portion of an insole portion disposed below the shoe outer cover portion to the basal side of the first and second toes of the foot; and a shoe sole cutout portion formed by entering from a sole tip portion of a shoe sole portion disposed below the insole portion to the basal side of the first and second toes of the foot.

被着体

【課題】本発明は、糊残りが生じず、容易にかつ安定に、被着体自体を傷つけずに粘着部品を剥離でき、作業効率が上がる被着体を提供することを目的とする。 【解決手段】本発明の被着体（１３）は、粘着部品（１２）の貼り付け部とその周囲または一部とで、粘着部品（１２）に剥離爪が接触する接触位置を被着体（１３）の被着面から所定量の高さ方向の隙間を維持し、かつ接触位置から剥離爪が貼付け面（３２）に接触しないような長さ方向の空間を確保する段差部（３１）を設けている。 【選択図】　　　　図６

Machine tool, method for controlling machine tool, and program for controlling machine tool

Split-toe shoe

Provided is a split-toe shoe in which the flexibility of a toe portion of the split-toe shoe is ensured so that the toes can freely move, and water permeation into the shoe from a joining portion of members is suppressed to prevent discomfort from occurring. The split-toe shoe has a partition between the first and second toes of the foot. The partition includes: a separating outer cover portion that separates the first and second toes of the foot by entering, toward the basal sides of the first and second toes of the foot, from an outer cover tip portion of a shoe outer cover portion that forms the exterior of the split-toe shoe and covers the foot; an insole cutout portion that is formed by entering, toward the basal sides of the first and second toes of the foot, from an insole tip portion of an insole portion disposed below the outer cover tip portion; and a shoe sole cutout portion that is formed by entering, toward the basal sides of the first and second toes of the foot, from a shoe sole tip portion of a shoe sole portion disposed below the insole portion. The outer cover edge of the separating outer cover portion enters from above the insole cutout portion to adhere to the rear surface side of the insole portion around the insole cutout portion, and the shoe sole portion adheres to the outer cover edge and adheres to the insole portion. Selected drawing: FIG. 2

Machine tool and method for controlling machine tool

A machine tool that can output an abnormal noise is provided. A machine tool includes: an input unit configured to receive an input of a setting for defining an operation mode of the machine tool; a storage unit configured to store sound generated during a normal operation of the machine tool and acquired in advance; a sound collection unit configured to collect sound in the machining area; a sound selection unit configured to extract a part of sound collected in the machining area in accordance with the setting input for outputting sound to the outside of the machine tool; and a sound output unit configured to output sound extracted by the sound selection unit to the outside of the machining area.

Dry cleaning casing, dry cleaning apparatus and attachment method of screen plate

A dry cleaning casing of a dry cleaning apparatus includes a casing body including an internal space for flying a cleaning member, an opening to which a cleaning target is contacted to collide the cleaning member to the cleaning target, and an air introduction route to introduce external air to the internal space, by sucking air from the internal space while the opening is closed by the cleaning target, to generate rotating air flow for flying the cleaning member; a flow restriction member to define a rotation axis of the rotating air flow in the internal space; and a screen plate made of a porous plate to block movement of the cleaning member while passing through substance removed from the cleaning target.

Dry-type cleaning chassis, dry-type cleaning device, and dry-type cleaning system

A dry-type cleaning chassis for cleaning a cleaning target by colliding the cleaning media with the cleaning target, the cleaning media being blown by an air flow includes an internal space where the cleaning media are to fly; an opening part being in contact with the cleaning target so that the cleaning media collide with the cleaning target; an air inlet duct introducing external air into the internal space; a suction port generating a first air flow caused by a circulating air flow in the internal space by suctioning the introduced external air; an injection port generating at least a second air flow increasing a speed of the cleaning media flown by the circulating air flow; and a porous unit passing objects removed from the cleaning target to a suction port side.

Dry type cleaning housing and dry type cleaning apparatus

A dry type cleaning housing which causes a cleaning medium to fly with an air flow and places the cleaning medium on a cleaning object to clean the cleaning object is disclosed. The dry type cleaning housing includes an inner space which causes the cleaning medium to fly; an opening which abuts the cleaning medium against the cleaning object to collide the cleaning medium with the cleaning object; a ventilation path which passes air from outside into the inner space; a suction opening which suctions the air introduced into the inner space via the ventilation path to generate a revolving air flow in the inner space; a porous unit which passes removed matter removed from the cleaning object to the suction opening side; and a revolving air flow adjusting unit which arbitrarily reduces or stops the revolving air flow.

工作機械のカバ―

(57)【要約】 【課題】工作機械用のカバーであって、火災を生じた際 に容易に消火を行うことができるカバーを提供する。 【解決手段】工作機械に設定された加工領域と外部空間 とを仕切るべく設けられたカバー５１であって、開閉可 能に設けられ、加工領域と外部空間とを連通，遮断する 扉５３を備えたカバー５１において、加工領域と外部空 間とを連通する開口部２であって、扉５３より間口の小 さい開口部２を設け、開口部２を開閉する蓋体３を設け る。非常時に蓋体３を開き、開口部２を介して外部空間 と加工領域内とを連通することにより、開口部２を介し て消化器などを用いた消火活動を行うことができるよう になる。

Anti-cleanser dispersing element, object holder, and dry washing device

Provided is an anti-cleanser dispersing element for use in a dry washing device which disperses cleanser by an air stream to allow the cleanser to collide with an object for washing. The anti-cleanser dispersing element is disposed on a side of a holder of the object opposite to a side with which the cleanser collides. The anti-cleanser dispersing element is configured to be deformed by its own weight or pressure in accordance with an outer shape of the object, to tightly attach to the object with no gap and prevent the cleanser from moving to the opposite side of the holder.