baber/WOPTO huggingface dataset:
Patent JP-S6143426-A (JP)
Title: Pressure controlling device for vacuum processing device
Inventor: FURUTA KENJI
IPC: H01L21/3065
Filed: 1984-08-08
Abstract: PURPOSE:To control the processing gas flowing into a processing chamber as well as to perform a processing at a constant speed by a method wherein a regulator, with which the current running to the electrode and the substrate located in a vacuum processing chamber, is provided and a flow-rate regulating valve is operated when the detected current value is increased or decreased from the preset current value. CONSTITUTION:The current running on a circuit 10 is detected by the current measuring instrument provided on the power source circuit 10 located between a vacuum processing chamber 1 and a power source 9, the current is converted into voltage, the voltage is amplified 15, the voltage signal of the detected current value and the preset current value is computed by an indicating controller 14, and the value of difference is sent to a controller 13 through the intermediary of an amplifier 16. Also, the processing speed such as the thin film forming speed and the like of the processing chamber 1 is converted to an exhaust speed by an exhaust pupe 6, and the flow-rate of the processing gas of an introducing pipe 5 is detected by a flow-rate sensor 20. Then, the current running on the electrode 7 and the substrate 8 of the processing chamber 1 is detected by a measuring instrument 11, the opening and closing of a flow-rate regulating valve 12 is controlled by a controller 13 based on the value corresponding to the difference between the detected current value calculating by the controller 14, and the processing speed in the processing chamber 1 is stabilized.
Patent JP-H0513529-A (JP)
Title: Semiconductor integrated circuit
Inventor: NAKAJIMA TOSHIHIKO
IPC: G01R31/28
Filed: 1991-07-05
Abstract: PURPOSE:To improve manufacturing efficiency at the time of manufacturing by incorporating an identification code into each piece of semiconductor integrated circuit at the time of a stepper exposure of a patterning process of an aluminum layer. CONSTITUTION:An aluminum layer 3 is provided around a chip area 2 provided on a semiconductor wafer, and when the aluminum layer 3 is processed by patterning, a code pattern 6 which is made by patterning individual identification code corresponding to respective chips is formed within code areas 4 and 5 by a stepper exposure. The information of each chip is optically read at the time of electrical characteristic test of a semiconductor integrated circuit on the chip, and its judging results on good or bad, grade information, etc., can be recorded on a memory cell provided on the respective chips, so that only the chips of intended grade can be selected for fabrication, resulting in eliminating a products stock which are not required.
Patent JP-H1025698-A (JP)
Title: Production of release sheet
Inventor: HAYASHI MASUFUMI
IPC: C09J7/02
Filed: 1996-06-25
Abstract: PROBLEM TO BE SOLVED: To obtain a release sheet with slight change in release performance with the lapse of time by coating a base material sheet with an addition reaction-type silicone followed by its curing and by coating the resultant cured coating surface with a specific polyorganosiloxane followed by its curing. SOLUTION: At least one side of a base material sheet such as a polyester film is first coated with an addition reaction-type silicone coating liquid which, in turn, is heat-treated and cured. Subsequently, the surface of the resultant cured coating film is further coated with a polyorganosiloxane bearing vinyl groups each directly bound to a silicon atom or higher alkenyl groups (e.g. methylvinyldimethylpolysiloxane) which is then heat-treated, thus obtaining the objective release sheet.
Patent JP-H111218-A (JP)
Title: Box container
Inventor: FUKAZAWA KATSUNORI
IPC: B65D5/32
Filed: 1997-06-09
Abstract: PROBLEM TO BE SOLVED: To reduce respective expanded sheet sizes of outer and inner boxes for allowing improvement in productivity, by providing each of a bottomed box part and a handle separately on each of the outer box and the inner box. SOLUTION: A house-shaped box container with a handle comprises an outer box 20 exhibiting a bottomed box shape with a bottom part of an inner box 40 fitted therein. The box container comprises an eaves-shaped engaging part 48A provided on the inner box 40 which is engaged with a part 33 for preventing eaves from drawing provided on the outer box 20 in an opposite direction for fitting the inner box 40, while handles 49, 49 are provided on a top part positioned outside the outer box 20 of the inner box 40.  Thus, a height of each expanded sheet of the outer box 20 and the inner box 40 can be reduced, while the number of the outer boxes 20 or inner boxes 40 to be processed within a unit belt length range in a carrying belt lengthwise direction at the time of assembling each of the outer box 20 and the inner box 40 by an assembling machine, thereby improving production speed of the box-container 10. Further, each of expanded sheet sizes of the outer box 20 and the inner box 40 can be reduced.
Patent JP-H0514540-A (JP)
Title: Portable terminal equipment
Inventor: YOSHIDA HIROSHI
IPC: H04M11/02
Filed: 1991-07-05
Abstract: PURPOSE:To attain miniaturization and light weight by providing a bus for sending a control signal and stopping the transmission through the transmission bus when the portable terminal equipment receives a data. CONSTITUTION:Out of a data of a control signal to be sent from a control section 38 to a reception section 31, a synthesizer section 32, a transmission section 33, a CODEC section 34, an input operation section 35, a display section 36 and a power supply section 37, a data is sent through a data line 40, address information of the data is sent through an address line 41, and control information of the data for read/write or the like is sent through a control line 39. On the other hand, a control signal sent from each of sections 31-37 receiving the signal from control signal transmission buses 39-41 to the control section 38 is similarly sent. In this case, the control section 38 stops the transmission of the control signal for a reception time slot and sends the control signal for a time other than the reception time slot by controlling the buses 39-41. Through the constitution above, number of wires for the control signal is reduced and small size and light weight are attained.
Patent JP-H11350998-A (JP)
Title: Torque change controller of hybrid motor
Inventor: NAKAJIMA YUKI
IPC: B60L50/16
Filed: 1998-06-12
Abstract: PROBLEM TO BE SOLVED: To control the torque change of the engine with high accuracy in the torque change controller of a hybrid motor. SOLUTION: This hybrid motor is provided with a motor generator for giving the torque to the output shaft of the engine, a generation torque operation part 81, an inertia torque operation part 82, and a pulsation compensating torque operation part 83. The generation torque operation part 81 calculates generation torque according to the operating state of the engine. The inertia torque operation part 82 calculates inertia torque according to the engine speed. The pulsation compensating torque operation part 83 calculates pulsation compensating torque generated by the output shaft according to the output torque and the inertia torque of the engine. The drive or the power generation of the motor generator is controlled so that the pulsation compensating torque is obtained in this hybrid motor. Further, average torque of the motor generator and the operating state of the engine are mutually controlled so that the electric consumption and specific fuel consumption of the engine are reduced to be low.
Patent JP-S6320833-A (JP)
Title: Ashing apparatus
Inventor: OTANI TAIICHI
IPC: H01L21/3065
Filed: 1986-07-14
Abstract: PURPOSE:To avoid some adverse effect of a plasma on e wafer and furthermore, increase reactivity to ozone as well as organic substances by separating an ashing chamber having a wafer from a discharge chamber and irradiating the wafer with light of Deep UV region to. CONSTITUTION:The following facilities: ashing chamber 1 housing a wafer 2, discharge chamber 5 using high frequency weves or microwaves which are connected to the ashing chamber 1, lamp chamber 8 having lamps 9 that irradiate low wavelength light to the wafer 2 installed in the vicinity of an asher, and exhausting means 11 and 12 connecting to the ashing chamber 1 are provided respectively. Under such a configuration, an effect of plasma to the wafer 2 can be avoided by separating the ashing chamber 1 housing the wafer 2 from the discharge chamber 5. Moreover, in addition to introducing gas excited by discharging the high frequency waves into the ashing chamberl, Deep UV light including 185nm and 253.7nm are irradiated. As a result, the above arrangements improve reactivity of ozone and resist end increase an etching speed of resist.
Patent JP-2000352992-A (JP)
Title: Voice recognition device
Inventor: IWATA OSAMU
IPC: G10L15/06
Filed: 1999-06-11
Abstract: PROBLEM TO BE SOLVED: To improve the voice recognition rate of a voice recognition device, to increase the response speed and to improve the users' understanding of voice recognition technology. SOLUTION: The voice recognition device 10 recognizes inputted voice by comparing the inputted voice and voice recognition words (recognition words) stored in a recognition dictionary 21. The device 10 is provided with a general purpose dictionary 16 in which recognition words set in advance are registered, a selecting means which selects recognition words from the dictionary 16, a custom dictionary 17a in which the recognition words selected by the selecting means are registered so that they are recognizable, and a custom word setting means which sets the recognition words registered in the dictionary 17a into the dictionary 21.
Patent JP-S6410150-A (JP)
Title: Particulate measuring instrument
Inventor: TAKEDA KAZUO
IPC: G01N15/14
Filed: 1987-07-03
Abstract: PURPOSE:To measure particulates of small size by detecting light scattering from the particulates by plural detectors and measuring the characteristics of the particulates from timed pulse signals of detection signals of the detectors. CONSTITUTION:When laser light sources 1 and 2 project laser light beams while sample water 6 runs in a flow cell 7, the light beams are scattered by the particulates in the sample water 6. The scattered light beams are wavelength-separated by a dichroic mirror 9 and detected by detectors 10 and 11. A gate signal generator 14 generates a gate signal pulse when the pulse of the detector 10 and the pulse of the detection signal of the detector 11 becomes coincident in timing, thereby opening gates 15 and 16. Then their outputs are digitized by A/D converters 17 and 18 and stored in a memory 19. Consequently, even if the detection signals have noise pulses, the characteristics of the particulates are measured from only pulses based upon the scattered light from the particulates, so even particulates of small size can be measured.
Patent JP-S5790208-A (JP)
Title: Cooler
Inventor: IEJI HIROSHI
IPC: F24F1/00
Filed: 1980-11-26
Abstract: PURPOSE:To provide easy way for flow direction control without using a louver in such a way that it is assembled so as to produce difference in blast static pressure attributable to turning, in a cooler to obtain cool air out of an evaporator discharge port by means of turning a pair of impellers. CONSTITUTION:Blades of an impeller 1' are for example provided with holes 5,  and when impellers 1, 1' are turned likewise by means of a motor 2, cool air  comes through an evaporator 3 out of a discharge port, so even without using a  louver, flow direction is set to the side of the impeller 1'. This is because the  structure of the impellers 1, 1' is different from each other, to produce difference in the static pressure attributable to blast. Fins 6 of the evaporator 3 are  numerously mounted on heat transfer tubes 7 to form narrow walls, flow is  straightened in a linear manner, but flow direction is controlled by said static  pressure difference. This control will be done to a more remarkable extent due  to the increase of the differential pressure, if the number of revolution of the impellers is increased.
Patent JP-2000353108-A (JP)
Title: Information processor
Inventor: SEKIYA YOSHIMASA
IPC: G06F19/00
Filed: 1999-06-11
Abstract: PROBLEM TO BE SOLVED: To improve the reliability of a system having plural basic devices as targets to be managed. SOLUTION: Equipment constitution information DB 10e stores information concerned with basic devices constituting systems 30-1 to 30-n to be managed. When a fault is generated in one of the systems 30-1 to 30-n, an affinity information DB 10f relationally stores the basic device generating the fault, basic devices related to the basic device, information indicating the sort of the fault, and the number of times of generating the fault. When the basic devices are substituted in a prescribed managed system, a message indicating the substitution is transmitted from the managed system. The message is received by a notice information analysis part 10a and supplied to an equipment constitution management part 10d through a hard change management part 10b.  The management part 10d refers to the DB 10e, specifies the basic device related to the substituted basic device and then acquires the affinity of the basic device from an affinity information DB 10f. Then the management part 10d displays the acquired result on a monitor 10g.
Patent JP-H1114687-A (JP)
Title: Insulation monitor system
Inventor: KIMURA SHINPEI
IPC: G01R31/12
Filed: 1997-06-23
Abstract: PROBLEM TO BE SOLVED: To measure an insulation resistance precisely by judging surely whether or not there is an influence from external apparatus, even if an apparatus which outputs the signal of a frequency near to the output frequency of a superposing power source is provided as equipment. SOLUTION: An insulation resistance measuring apparatus 4 measures an insulation resistance, on the basis of a current flowing in the grounding conductor of a transformer 1 extracted by a zero-phase current transformer 3, and the superposing voltage of a superposing power source 5 to be extracted by a superposing transformer 6. Besides, the timer 12 of the superposing power source 5 on/off-controls voltage superposition at regular intervals. Here, if the CPU 11 of the insulation resistance measuring apparatus 4 detects that a measuring current increases to an extent to be judged as insulation deterioration, a current flowing in the grounding conductor of the transformer 1 to be extracted by the zero-phase current transformer 3 when the timer 12 off- controls the voltage superposition, is measured.
Patent JP-S62161002-A (JP)
Title: Apparatus for measuring angle of rotation
Inventor: NISHIDA KENJIRO
IPC: G01B7/00
Filed: 1985-07-26
Abstract: PURPOSE:To make it possible to accurately detect even a minute angular change, by a method wherein a constant current is made to flow to the conductor placed in a magnetic field and the force corresponding to the angle of rotation of said conductor is converted to a positional change by an elastic material to be measured. CONSTITUTION:A conductor 1 is horizontally arranged in a horizontal magnetic field B and a constant current I is made to flow by a constant current apparatus 2. When the conductor 1 rotates by a certain angle to the direction of the magnetic field B upon the reception of input of rotation, the conductor 1 receives force in an upward or downward direction and this force is transmitted to an elastic material 7 through an insulating rod 3, a support 4, a support rod 5 and a vibration plate 6. Because the elastic material 7 is constituted of a spring having constant elastic modulus, said elastic material 7 has elongation and contraction corresponding to the added force. This positional change is detected by a positional change detection sensor 11 to be transmitted to a voltage converting means due to a differential transformer 12. By calculating the displacement quantity of the vibration plate 6 with good accuracy, a minute angular change can be accurately calculated. Further, by processing the displacement of the spring 7 by an operational processing part 13 and a microcomputer part 14, various informations relating to an angle can be calculated.
Patent JP-2000351192-A (JP)
Title: Printing apparatus and developing device
Inventor: OKAMOTO TOYOO
IPC: B41F7/02
Filed: 1999-06-11
Abstract: PROBLEM TO BE SOLVED: To provide a printing apparatus equipped with a developing device having small-sized and simple constitution as a means applying ink to a plate drum. SOLUTION: A printing apparatus uses a thermal water repelling printing plate as the printing plate 1-2 wound around each of plate drums 1-1 and uses a plurality of plate drums and an intermediate transfer device 4 to enable multicolor printing and each of developing devices 3 is mainly constituted of a developing roller 3-3 for applying printing ink to the printing plate wound around each plate drum 101, an ink fountain part 3-2 for temporarily storing ink within the developing device to supply the same to the developing roller, a blade 3-2-3 for adjusting the ink supplied to the developing roller from the ink fountain part to proper thickness, the shaking roller 3-4 provided on the downstream side of the blade to level the ink on the developing roller and an ink magazine 3-1 for supplying ink to the ink fountain part 3-2.
Patent JP-S6410083-A (JP)
Title: Antisweating heater controller for freezing and refrigerating showcase
Inventor: SAKAI KATSUHIRO
IPC: F25D21/04
Filed: 1987-07-02
Abstract: PURPOSE: To save a dissipation power of an antisweating heater by providing a heater controller for controlling turn ON, OFF of the heater to hold a predetermined temperature difference by comparing a detected value of an ambient temperature sensor with that of a frame temperature sensor. CONSTITUTION: An ambient temperature sensor 7 detects an ambient temperature of a display case installing place, converts its detected value t1 into a digital value by an A/D converter 11, gives it to a CPU 12. And, a frame temperature sensor 8 detects a frame surface temperature in a display case body 1, i.e., a temperature near anti-sweating heater installing position, converts its detected value by an A/D converter, and gives it to the CPU 12. The CPU 12 turns ON an anti-sweating heater 15 via an electronic relay 13 when the frame temperature is lower than the ambient temperature to heat a front glass door to prevent dewing of the door. Contrarily, when the frame temperature rises higher than the ambient temperature, the CPU 12 produces an output command to turn OFF the heater 15 via the relay 13.
Patent JP-H0611095-A (JP)
Title: Vacuum heat insulating material pack
Inventor: TANIMOTO YASUAKI
IPC: F16L59/06
Filed: 1992-06-24
Abstract: PURPOSE:To prevent occurrence of unsatisfactory appearance due to contraction by composing a vacuum adibatic material pack of a vessel which is prepared by vacuum- molding a plastic laminated film covering a core member, and a cover member which is made of a plastic-metal film laminated film, and making the difference not more than a specified ratio between the molding contraction ratios of the materials of the laminated film which compose the vessel. CONSTITUTION:A vacuum heat insulating material pack 1 is composed of a core member 2 made of an open cell hard urethane foam or the like, a vessel 4 made of a laminated film 3 having materials, differences between whose molding contraction ratios is not more than one percent, and a cover member 6 made of a plastic-metal film laminated film 5. Since the difference between the molding contraction ratios is not more than one percent, stress deflection applied to corner parts of the vessel which may caused by the difference of the contraction ratios is reduced, preventing deterioration of barrier performance owing to breakage of the laminated film. In an adibatic box 10, the molding contraction ratio of the vessel composing the vacuum adibatic material pack 1 is not more than one percent, so that stress deflection is small, the vessel is not deformed, and occurrence of unsatisfactory appearance due to contraction is prevented.
Patent JP-H0215622-A (JP)
Title: Plating treatment and plating treatment device
Inventor: FUJII MIKIO
IPC: H01L21/60
Filed: 1988-07-01
Abstract: PURPOSE:To position electrifying electrodes with good accuracy and to make it possible to abut the electrifying electrodes by a method wherein an insulating film is removed to form plated electrodes and a plating treatment is successively performed as the electrifying electrodes are abutted on insulating film removed parts. CONSTITUTION:Components 1 to be plated are mounted on a plating treatment device and before a plating treatment is performed, an insulating film 2 is removed by insulating film removing means provided on the points of electrifying electrodes 8 to form plated electrodes 4.... After the insulating film is removed in such a way, the electrodes 8 are abutted on the electrodes 4.... Therefore, by applying successively a direct current to the electrodes 8, the plating treatment can be immediately started. That is, as the electrodes 8 are abutted on the electrodes 4... in a state that the insulating film is removed by the insulating film removing means provided on the points of the electrodes 8, a means for detecting the electrodes 4... and a means for rotating the components 1 to be plated and so on are not needed.
Patent JP-H11324483-A (JP)
Title: Automatic door and opening/closing device thereof
Inventor: SHINMYO TSUGIO
IPC: E05F15/12
Filed: 1998-05-11
Abstract: PROBLEM TO BE SOLVED: To open and close a door automatically or manually according to the intention of the person operating the door by installing a driving shaft having the axial center of rotation on the same axial center as the axial center of rotation of a door hinge, to which the door is supported pivotally, transmitting the revolving torque of the driving shaft to the door hinge and opening and closing the door. SOLUTION: When the signal of 'open' or 'close' transmitted from a remote controller is transmitted to a controller 10 in a control section body 3 through a receiving section, the polarity of a current supplied from a DC power is selected and fed to a motor 11 with a reduction gear, and a driving shaft 14 connected to the output shaft of the motor 11 through a joint 13 begins to be rotated. A driving hinge 15 having a clutch function mounted on the driving shaft 14 is turned by friction, and sliding-rotated when load is increased. A clamp 17 fixed to the driving hinge 15 grips a part of the side fastened to the door frame 20 of an existing door hinge 4, and the door 2 is revolved and opened and closed while using the fixing side of the door hinge 4 as a base point, and the motor 11 is stopped by a timer built in the controller 10.