Abstract: A diesel engine fuel supply control device which supplies mixed oil containing petroleum-based fuel oil and unpurified waste oil to a diesel engine as fuel is configured to regulate the amount of waste oil supplied from a first fuel tank to fuel mixing means and the amount of petroleum-based fuel oil supplied from a second fuel tank to the fuel mixing means by controlling waste oil quantity regulating means and petroleum-based fuel oil quantity regulating means on the basis of a mixing ratio set by mixing ratio setting means of an ECU. This makes it possible to stably operate the diesel engine for an extended period of time and greatly increase the ratio of use of waste oil.

Abstract: A diesel engine fuel supply control device which supplies mixed oil containing petroleum-based fuel oil and unpurified waste oil to a diesel engine as fuel is configured to regulate the amount of waste oil supplied from a first fuel tank to fuel mixing means and the amount of petroleum-based fuel oil supplied from a second fuel tank to the fuel mixing means by controlling waste oil quantity regulating means and petroleum-based fuel oil quantity regulating means on the basis of a mixing ratio set by mixing ratio setting means of an ECU. This makes it possible to stably operate the diesel engine for an extended period of time and greatly increase the ratio of use of waste oil.

Abstract: The exemplary embodiment provides a method of manufacturing a molded article including a component insert-molded in a molding material mixed with solid powder. The method includes an injecting step of injecting the molding material and the solid powder into a molding die, an agitating step of agitating the molding material and the solid powder within the molding die to disperse the solid powder in the molding material, and an embedding step of pressing and embedding the component into the agitated mixture of the molding material and the solid powder while vibrating at least one of the component and the molding die.

Abstract: The exemplary embodiment provides a method of manufacturing a molded article including a component insert-molded in a molding material mixed with solid powder. The method includes an injecting step of injecting the molding material and the solid powder into a molding die, an agitating step of agitating the molding material and the solid powder within the molding die to disperse the solid powder in the molding material, and an embedding step of pressing and embedding the component into the agitated mixture of the molding material and the solid powder while vibrating at least one of the component and the molding die.

Abstract: To provide a plasma processing apparatus capable of enhancing insulation between an electrode and a casing and adjusting the temperature of the electrode from outside. An electrode 30 is provided at its discharge space forming surface with a solid dielectric 50. The electrode 30 is received in a casing 20 such that the solid dielectric 50 on the discharge space forming surface is exposed. An in-casing space 29 between the casing 20 and the electrode 30 disposed in the casing 20 is filled with substantially pure nitrogen gas. This nitrogen gas pressure is more increased than the pressure in the discharge space. Preferably, nitrogen gas is allowed to flow.

Abstract: To prevent occurrence of arcing caused by difference of thermal expansion between the electrode and the solid dielectric in a plasma processing apparatus. The bottom part of a casing 20 of processing units 10L, 10R is open, this opening part is closed with a solid dielectric plate 50, and an electrode 30 is received in the casing 20 such that the electrode 30 is free in the longitudinal direction. The solid dielectric plate 50 has such strength as capable of supporting the dead weight of the electrode 30 solely by itself. The electrode 30 is placed on the upper surface of the solid dielectric plate 50 is a non-fixed state such that the dead weight of the electrode 30 is almost totally applied to the solid dielectric plate 50.

Abstract: A label producing apparatus has a pressure roller drive shaft for feeding a cover film supplied from a cartridge storing a cover film capable of supply, acquires the arrangement information by accessing a database storing and holding arrangement information of the article to be arranged, and has a print head and a cutter for producing an auxiliary label by forming the acquired arrangement information for the cover film fed by the pressure roller drive shaft.

Abstract: A volumetric display apparatus, includes: a volumetric shape model having a side surface and an upper surface; a reflection mirror disposed at the side surface; a control device which stores image information of surface textures of the upper surface and the side surface; and a projector that projects an image of the surface texture of the upper surface onto the upper surface and which projects an image of the surface texture of the side surface onto the side surface via the reflection mirror, based on the image information from the control device.

Abstract: A three dimensional display apparatus includes a three dimensional shape reconstruction apparatus, a reflecting device, a controller and a projecting device. The three dimensional shape reconstruction apparatus reconstructs a target three dimensional shape. The reflecting device reflects projection light from above the three dimensional shape reconstruction apparatus, to side faces of the three dimensional shape reconstruction apparatus. The controller controls the three dimensional shape reconstruction apparatus based on three dimensional shape information. The projecting device projects a surface image of the top face of the target three dimensional shape onto the top face of the three dimensional shape reconstruction apparatus. The projecting device projects surface images of the side faces of the target three dimensional shape onto the side faces of the three dimensional shape reconstruction apparatus through the reflecting devices.

Abstract: In an atmospheric-pressure plasma processing apparatus, a first metal surface 21a of a first stage portion 21 of a stage 20 is exposed and an object to be processed W composed of a dielectric material is placed on the first metal surface 21a. A second stage portion 22 is disposed on a peripheral edge of the first stage portion 21. A solid dielectric layer 25 is disposed on a second metal 24 of the second stage portion 22. A peripheral portion of the object W is placed on an inner dielectric portion 26 of the solid dielectric layer 25. An electrode 11 generates a run up discharge D2 in a second movement range R2 above the second stage portion 22. Then, the electrode 11 is moved to a first movement range R1 above the first stage portion 21 and generates a regular plasma discharge D1.

Abstract: Article can be managed relatively inexpensively without using an expensive database or communication infrastructure. An RFID tag communicating apparatus has an antenna that transmits/receives a signal by wireless communication with RFID circuit elements provided at the tag labels provided at a bookshelf on which books are placed and an operator, respectively, a radio frequency circuit, a barcode reader that optically detects information of a barcode provided at a book; and a control circuit. The control circuit has a function to write various work information of the book in an IC circuit part of the RFID circuit element provided for management of the book via the antenna and the radio frequency circuit in accordance with a detection result of the barcode information by the barcode reader.

Abstract: To provide a plasma processing apparatus capable of enhancing insulation between an electrode and a casing and adjusting the temperature of the electrode from outside. An electrode 30 is provided at its discharge space forming surface with a solid dielectric 50. The electrode 30 is received in a casing 20 such that the solid dielectric 50 on the discharge space forming surface is exposed. An in-casing space 29 between the casing 20 and the electrode 30 disposed in the casing 20 is filled with substantially pure nitrogen gas. This nitrogen gas pressure is more increased than the pressure in the discharge space. Preferably, nitrogen gas is allowed to flow.

Abstract: To prevent occurrence of arcing caused by difference of thermal expansion between the electrode and the solid dielectric in a plasma processing apparatus. The bottom part of a casing 20 of processing units 10L, 10R is open, this opening part is closed with a solid dielectric plate 50, and an electrode 30 is received in the casing 20 such that the electrode 30 is free in the longitudinal direction. The solid dielectric plate 50 has such strength as capable of supporting the dead weight of the electrode 30 solely by itself. The electrode 30 is placed on the upper surface of the solid dielectric plate 50 is a non-fixed state such that the dead weight of the electrode 30 is almost totally applied to the solid dielectric plate 50.

Abstract: A label producing apparatus has a pressure roller drive shaft for feeding a cover film supplied from a cartridge storing a cover film capable of supply, acquires the arrangement information by accessing a database storing and holding arrangement information of the article to be arranged, and has a print head and a cutter for producing an auxiliary label by forming the acquired arrangement information for the cover film fed by the pressure roller drive shaft.

Abstract: A label body is configured to be integrally provided with a plurality of RFID labels each including a label main body with print to be affixed to an adhesion target and each having an RFID circuit element provided with an IC circuit part that stores information and a loop antenna connected to the IC circuit part.

Abstract: A three dimensional display apparatus includes a three dimensional shape reconstruction apparatus, a reflecting device, a controller and a projecting device. The three dimensional shape reconstruction apparatus reconstructs a target three dimensional shape. The reflecting device reflects projection light from above the three dimensional shape reconstruction apparatus, to side faces of the three dimensional shape reconstruction apparatus. The controller controls the three dimensional shape reconstruction apparatus based on three dimensional shape information. The projecting device projects a surface image of the top face of the target three dimensional shape onto the top face of the three dimensional shape reconstruction apparatus. The projecting device projects surface images of the side faces of the target three dimensional shape onto the side faces of the three dimensional shape reconstruction apparatus through the reflecting devices.

Abstract: A cover peeling machine includes a pair of rolls. The roll has an almost conical shape. Both of the rolls are rotated in a reverse direction. The direction of the rotation is an inward direction as seen from above. A golf ball is put close to a tip of the roll. In the vicinity of the tip, a distance between a nip of the roll and the golf ball is short. Therefore, a clip portion formed on the golf ball can be easily bitten between the rolls. With the rotation of the roll, a cover is peeled from a core. A groove formed on a surface of the roll can prevent the roll and the cover from slipping. After the removal, the cover and the core are recycled respectively.

Abstract: A volumetric display apparatus, includes: a volumetric shape model having a side surface and an upper surface; a reflection mirror disposed at the side surface; a control device which stores image information of surface textures of the upper surface and the side surface; and a projector that projects an image of the surface texture of the upper surface onto the upper surface and which projects an image of the surface texture of the side surface onto the side surface via the reflection mirror, based on the image information from the control device.

Abstract: In a scanning atom probe (100), a surface topography of a specimen (3) is firstly analyzed by a surface topography analyzing unit (20). In the next place, an extraction electrode (5) is aligned to a desired area to be analyzed of a specimen surface. In case of analyzing electronic state of the area to be analyzed, negative bias voltage is impressed onto the specimen (3) from a direct current high voltage supply (2) and field emitted electrons are detected by a screen (9). In case of analyzing atomic arrangement and composition of the area to be analyzed, positive voltage is impressed onto the specimen (3) from the direct current high voltage supply (2) and a pulse generator (1) and positive ions generated by field evaporation are detected by a position sensitive ion detector (11) or a relfectron type mass analyzer (13).

Abstract: A proton-conducting membrane, excellent in resistance to heat, durability, dimensional stability and fuel barrier characteristics, and showing excellent proton conductivity at high temperature and a method for producing the same. A proton-conducting membrane includes a carbon-containing compound and inorganic acid, characterized by a phase-separated structure containing a carbon-containing phase containing at least 80% by volume of the carbon-containing compound and inorganic phase containing at least 80% by volume of the inorganic acid, the inorganic phase forming the continuous ion-conducting paths.