baber/WOPTO huggingface dataset:
Patent JP-S60125954-A (JP)
Title: Pinch roller pressing device
Inventor: SHIRASU HIROSHI
IPC: G11B15/665
Filed: 1983-12-13
Abstract: PURPOSE:To attain a compact and light-weight design for a pinch roller pressing mechanism by using a cam mechanism to press the pinch roller to a capstan as well as for loading of a magnetic tape. CONSTITUTION:When a cam gear 126 is turned toward an arrow FB, a cam pin 124 fixed to a lever 120 moves along a cam groove 128. While a pinch roller carry stage 108 is turned around a rotary shaft 114 and at the same time a pinch roller arm 106 is turned around a rotary shaft of a tape guide roller 110. Thus a video tape 102 is drawn out of a cassette 100 and loaded to a head drum. When the gear 126 is turned more and a cam pin 134 passes through a peculiar point C of the groove 128, a carry stage 140 is turned counterclockwise. Then a roller 160 provided to a pressing lever 146 touches the end part of the arm 106, and a pinch roller 104 is turned clockwise. Then the lever 146 is separated from a stop lever 158. Then the roller 104 is pressed to a capstan 132 via the tape 102 with the contracting force of a spring 154.
Patent JP-S61101716-A (JP)
Inventor: JIYANOSU MIKUROSU BIA
IPC: F23R3/06
Filed: 1985-10-21
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S6294735-A (JP)
Title: Method of manufacturing electric heater
Inventor: YAMAMOTO SHUJI
IPC: A47G27/02
Filed: 1985-10-18
Abstract: PURPOSE:To improve adhesion to a surface cloth material without adhesion of a thermal fusing film layer to a heated plate and provide an electric carpet of high reliability by providing before-hand a thermal fusing film layer on the back face of a surface material and forming the film formed as one body with a heat generation wire which has an utmost outside thermal fusing cover layer and a temperature sensing wire, and thermally fusing this unit with a heat insulating material. CONSTITUTION:A heat generating wire 1 and a temperature sensing wire 2 are arranged on a substrate 6. Because the upper face section of the substrate 6 contacts a thermal fusing cover layer 11 and a thermal fusing film layer 42, the supper surface is treated with a fluorine family resin. A surface material 4 is mounted with its thermal fusing film layer 42 facing downwards. When the surface material 4 is pressed for a certain time on its upper face with a heated plate, the thermal fusing cover layers 11 and 21 and thermal fusing film layer 42 fuse together to become one body. Next, the unit is set at a specified position on a heat insulating material such as felt, and when it is again pressed from above with the heating plate, the thermal fusing cover layers 11 and 21 and the thermal fusing film layer 42 become soft, and they impregnate the fibers of a heat insulating material 5 and they are adhered.
Patent JP-H0553837-A (JP)
Title: Dynamic dispatching system by checking priority
Inventor: KAWANABE MASAZUMI
IPC: G06F9/48
Filed: 1991-08-22
Abstract: PURPOSE:To equally allocate a CPU to each program even when a lot of programs approximating characteristic values are simultaneously executed at the dynamic dispatching system of a computer system. CONSTITUTION:This system is composed of an initial area setting means 5 to set initial values to an input/output characteristic judging value storage area, executing program number storage area and input/output program ratio storage area, in the case of starting the system, executing program number updating means 6 for updating the executing program number storage area in the case of starting/ending the program, individual priority checking means 7 to check priority for each program concerning all the programs in the case of sampling and to set a value to an input/output characteristic program number storage area, and input/output specifying and judging value checking means 8 to check the value of the input/output characteristic judging value storage area. Thus, the throughput of the system is improved by equally allocating the CPU to each program regardless of the characteristics of the programs to be simultaneously executed.
Patent JP-S6476938-A (JP)
Title: Continuous production system for continuous pottery board
Inventor: ABE MASAHIKO
IPC: C04B33/24
Filed: 1987-09-17
Abstract: PURPOSE:To continuously obtain the titled inexpensive pottery board free from blisters, cracks, fissures etc., by combining an extrusion forming machine, driving carrier, dryer, travelling cutter, transfer device, calcination device and conveyor so that they play specific roles respectively. CONSTITUTION:An extrusion forming machine 1 simultaneously extrudes both feedstocks A and B each consisting mainly of clay through respective extruders 2 and 3 and continuously feed a covering material C consisting of ceramic paper from the fees section 8 through the identical nozzle 7 between said feedstock A and B to form a laminar belt D of specified section composed of said feedstocks A and B and covering material C. A feedstock guide section 4 is made up of a minor feedstock guide 5 and major feedstock guide 6, being integrally formed through bolts etc., thus forming a channel alpha. The interface between the feedstocks A and B is continuously fed with a covering material C consisting of ceramic paper constituted chiefly of alumina and silica through the port 2a of the extruder 2, thus said covering material C compressed from around the extruder 2 is carried and fed at the same rate as that of the feedstock A.
Patent JP-S59124784-A (JP)
Title: Gas laser device
Inventor: HORIO KENJI
IPC: H01S3/041
Filed: 1982-12-30
Abstract: PURPOSE:To form a small-sized large output gas laser device, through which a large output is obtained without excessively enlarging the device, by setting up two or more of combinations of discharge exciting sections and gas cooling sections in a column in the direction of fow of a gas. CONSTITUTION:The first discharge exciting section 12 is combined with the first gas cooling section 14, and the second discharge exciting setion 13 is combined with the second cooling section 15 on the downstream side of the flow of the gas. The gas, which is forwarded by a blower 16 and circulates in gas circulating path 11 in the direction of the arrow, is discharged and excited in the lateral direction by the first discharge exciting section 12, and cooled by the gas cooling section 14. The same operation is executed even in the second discharge exciting section 13 and the gas cooling section 15. Large output laser beams can be extracted in the direction of the arrow by combining total reflection mirrors 19, 20, 21 and a transmitting mirror 22 with discharge exciting regions 17, 18 by two or more of the discharge exciting sections.
Patent JP-H0861214-A (JP)
Title: Permanent engine
Inventor: ASAKAWA KOICHI
IPC: F03G7/10
Filed: 1994-08-23
Abstract: PURPOSE: To provide self-operated rotation without requiring external energy by making an ill-balanced state required for self-operated rotation. CONSTITUTION: A permanent engine comprises a rotary shaft 1, on which a rotor 2 is mounted, and which is combined with a slide weight 3, whose rotary shaft direction can be randomly moved, and a circular guide body 4, which makes the eccentric orbit of the slide weight rotating around the rotary shaft 1 work.
Patent JP-H1093058-A (JP)
Title: Flash memory device
Inventor: SAI TEIKA
IPC: H01L21/8247
Filed: 1997-08-29
Abstract: PROBLEM TO BE SOLVED: To provide a flash memory device, which has string blocks arranged in two-dimensionally the form of a memory cell array. SOLUTION: Each of string blocks 40 in the flash memory device includes a plurality of strings, at least one bit line select line, a first line L1 and a second line L2. Each string has at least one bit line select transistor, a plurality of unit memory cells, a plurality of source line select transistors M2, M3, M5, M6, sequentially connected in series. Each bit line select line is connected to gates of bit line select transistors M1 and M4. Thereby, the number of necessary contacts per string and a shared area per cell occupied by the select transistor can be reduced, and thus, a cell area is reduced and an integration density is improved.
Patent JP-S61113264-A (JP)
Title: Mounting structure of integrated circuit for high-frequency power amplification
Inventor: HATA MASAAKI
IPC: H01L23/66
Filed: 1984-11-08
Abstract: PURPOSE:To enable to easily set the applying extent of a thermal compound and to enable to maintain a sufficient electric conductivity by a method wherein at least one groove is provided in the wall surface of the metallic plate for grounding, where the metallic plate comes into contact to the flange, and at least one groove is provided int he wall surface on at least one side of both wall surfaces of the wall surface on one side of the metallic plate for grounding and the wall surface on one side of the radiator on the side where the metallic plate for grounding and the radiator come into contact to each other. CONSTITUTION:Grooves 9 and 10 are provided in an earth plate 3 and grooves 11 and 12 are provided in a radiator 4. When the earth plate 3 is installed on the radiator 4, the grooves 9 and 11 and the grooves 10 and 12 are respectively made in such a way as to come to the same position, and at the same time, the grooves 11 and 12 are made in such a way as to be able to house the grooves 9 and 10 therein. A thermal compound to be filled between a flange 2 and the earth plate 3 is applied on the wall surface of the earth plate 3 and the applying extent is limited between the grooves 9 and 10. When a thermal compound to be filled between the earth plate 3 and the radiator 4 is applied on the wall surface of the earth plate 3, the applying extent is limited to the back surface between the grooves 9 and 10, and when a thermal compound is applied on the wall surface of the radiator 4, the applying extent is limited in the space between the grooves 11 and 12. The surplus thermal compound stays in the grooves 9-12 and does not spread outside.
Patent JP-H1170337-A (JP)
Title: Device and method for molding catalyst or catalyst carrier
Inventor: YOSHIDA NAOMI
IPC: B01J35/02
Filed: 1997-08-29
Abstract: PROBLEM TO BE SOLVED: To provide a molding device and a molding method thereof for molding continuously and stably a plate-shaped catalyst and a catalyst carrier, particularly the carrier formed of a glass cloth impregnated with a reinforcing agent. SOLUTION: In a catalyst or catalyst carrier molding device in which a water containing plate-shaped catalyst or a catalyst carrier 1 is inserted into a pair of molding rollers 2, 2 with heating means and molded, a heating prevention means 4 for shielding the radiation heat from molding rollers 2, 2 to the plate-shaped catalyst or a catalyst carrier 1 is provided on the front flow side of the molding rollers 2, 2. In a molding method thereof, an impregnated structure impregnated with a reinforcing liquid of an E glass cloth impregnated with a reinforcing liquid composed of TiO2 powder, SiO2 sol polyacrylic acid or polyvinyl alcohol and/or MoO3 is used, and the impregnated structure is fed between molding rollers 2, 2 while shielding the radiation heat from the molding rollers 2, 2.
Patent JP-H04115450-A (JP)
Title: High d.c. voltage generating apparatus
Inventor: SHIMAYAMA HACHIRO
IPC: H01J37/248
Filed: 1990-09-04
Abstract: PURPOSE:To lower the heat generated in a voltage controlling circuit by changing the output of a primary d.c. stabilized electric power source according to a high voltage setting signal and lessening the input and output voltage difference of a voltage controlling circuit in a secondary d.c. stabilized electric power source in a charged particle beam apparatus. CONSTITUTION:A power supply transformer 19 equipped with a relay switching circuit is installed in an electron beam apparatus and an ion beam apparatus of an electron microscope. Together with output voltage from a freely stabilizing circuit 4 and standard voltage from a standard voltage power source, a high voltage setting signal from a data converting circuit 16 is supplied to an error amplifier 7 through a DA transformer 17. Consequently, the input and output voltage difference of a voltage controlling circuit 5 can be suppressed to a minimum voltage range necessary for the voltage controlling circuit 5 and the heat generated in the voltage controlling circuit is lessened and the whole apparatus size is made small.
Patent JP-H0399783-A (JP)
Title: Spot welding equipment
Inventor: SATO MASARU
IPC: B23K11/11
Filed: 1989-09-08
Abstract: PURPOSE:To easily carry out positional adjustment, and inspection and maintenance of electrodes by driving upper and lower two electrodes vertically by a cam to perform spot welding and providing fuctions to carry out electrode positional adjustment and to drive electrode apart from the cam. CONSTITUTION:The electrode positions are adjusted and the electrodes can be driven regardless of the cam by feed screws 7 and 8 to move movable parts 9 and 10 to which the electrodes 11 and 12 are fitted and air cylinders 5 and 6 provided with feed screw bases 21 and 22 having the feed screws. In addition, stopper screws 14 and 15 interlocked with the electrodes and stopper buttons 16 provided to a pedestal 1 can adjust the length of the stopper screws in advance so that the electrodes stop at the proper welding position when the electrodes are moved and the stopper screw heads hit on the stopper buttons. By this method, the electrode positional adjustment and maintenance can be easily carried out only by the air cylinders and the feed screws apart from driving by the cam and a rod to transmit driving force to the cam continues to rotate and other machines to interlock with this can be operated normally.
Patent JP-H0875123-A (JP)
Title: Stove burner
Inventor: KITAJIMA TETSUJI
IPC: F23N5/10
Filed: 1994-09-01
Abstract: PURPOSE: To provide a stove burner having a set-in going-out safety device capable of gentle heating cooking with lower thermal power. CONSTITUTION: A burner head 2 is demountably placed on a burner body having an annular mixed gas chamber and forms radially many chief frame ports 9 in a peripheral edge between itself and the burner body. Part between the burner head 2 and the burner body is partitioned into a recessed shape to provide a thermocouple-containing chamber 6. A subflame port 10 is provided in a partition wall located in the direction of the center thereof. There are further provided on the side of the burner body a through-hole 5 for directing secondary air to flow into the thermocouple-containing chamber 6 and a thermocouple 4 for generating electromotive force facing a subflame 12.  There is further provided in the partition wall 33 located in the direction of the side of the thermocouple-containing chamber 6 a pocket part 7 for increasing a contact between the mixed gas jetted from the subflame port 10 and the secondary air from the through-hole 5.
Patent JP-S60128142-A (JP)
Title: Oscillating type absorbing device
Inventor: IZUNO JINICHI
IPC: B65H3/08
Filed: 1983-12-14
Abstract: PURPOSE:To uniformly sustain the absorbing center of an absorbing pad even though the absorbing pad is swung in any directions, in order to stabilize the absorption of a material, by positioning the rotating center of oscillation of the absorbing pad on the absorbing surface of an absorbing pad or in the vicinity thereof. CONSTITUTION:The rotating center of oscillation of an absorbing pad 11 is positioned at the center O of the outer surface of an air-tight member 16 or on the absorbing surface thereof, and therefore, the absorbing is always constant even if the absorbing pad 11 which is titled as indicated by the phanotom line absorbs the material to be absorbed with no force being generated orthogonal to the direction of absorption. With this arrangement a pad member 18 may be prevented from increasing in abrasion, and as well may stably absorb always the material to be absorbed. Further, a differential height (a1) between the absorbing surface 18a of the pad member 18 and the front end 18c of the skirt section of the same is held at a least minimum value necessary for maintaining a vacuum between the the absorbing surface 18a of the pad member 18 and the material to be absorbed, and therefore, it is possible to completely prevent wrinkles, breakage, etc. from taking place even upon absorption of a thin material.
Patent JP-2001029234-A (JP)
Title: Tea strainer
Inventor: IKEDA YAOKO
IPC: A47J31/06
Filed: 1999-07-16
Abstract: PROBLEM TO BE SOLVED: To provide a tea strainer with a holder between a tea strainer net and a lug for permitting tea to be poured with the tea strainer put on any size of teacup without being held by a hand and a water level to be checked. SOLUTION: A triangular holder 2 is fitted around a tea strainer net 1 and a lug 3 is attached to one of the peaks of a triangle. Among a triangle, a quadrangle and other polygons having sides containing the circumference of the tea strainer net, the triangle has the longest distance 7 between the peak and the circumference 5 of the tea strainer net and still it is more stable than others having only two supports.
Patent JP-S61114487-A (JP)
Inventor: NAGASHIMA WAKIO
IPC: H05B3/20
Filed: 1984-11-07
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S6293996-A (JP)
Inventor: NAKAJIMA TOSHIAKI
IPC: H05K3/30
Filed: 1985-10-21
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S60116135-A (JP)
Title: Method of forming noncommon surface for etchable layer and method of forming thin film field effect transistor
Inventor: MIIRA BUIJIYAN
IPC: H01L21/308
Filed: 1984-11-07
Abstract: @ A method of forming a non-coplanar surface (20,143) in an etchable layer (14,16,18,140) which may include sublayer (14,16,18). The method includes depositing a layer (100,142) of photoresist over the etchable layer (14,16,18,140) and forming a second non-coplanar surface (106,148) in said layer (100,142) of photoresist. Then the etchable layer (14,16,18;140) is exposed to an etch through the second non-coplanar surface (20,143) below the second non-coplanar surface (106,148) in the photoresist (100,142).This method is used to make high performance, small area, thin film transistors having a drain layer (14,74), an insulating layer, (16,76), and a source layer (18,78) through which such a non-coplanar surface (20,82) is formed. The insulating layer (16,76) is formed between the source and drain layers (18,78;14,74). A deposited semiconductor (24,86) overlies the non-coplanar surface (20,82) to form a current conduction channel (24,86) between the drain and source. A gate insulator (26,88) and gate electrode (28,90) overlies at least a portion of the deposited semiconductor (22,84) adjacent thereto.
Patent JP-H0895869-A (JP)
Title: Memory controller
Inventor: TOMITA SEIICHI
IPC: G11C17/00
Filed: 1994-09-29
Abstract: PURPOSE: To provide a memory controller with an error detecting and correcting function using a flash memory. CONSTITUTION: Flash memories are used for a main storage part 10 and an error detection and correction code storage part 20, and a selecting circuit 60 is provided between an error detection and correction code generation part 30 and an error detection and correction code storage part 20 and selects write instruction data for data to the main storage part 10 and an error detection and correction code computed by the error detection and correction code generation part 30 and outputs them to the error detection and correction code storage part 20.  Further, this controller is provided with a switching setting part 70 which inputs a read/write instruction(R/W) for data sent from the CPU and outputs a switching signal to the selecting circuit 60, and when a write instruction for data is sent from the CPU, the switching setting part 70 sends the switching signal to the selecting circuit 60 and sends instruction data sent from the CPU to the main storage part 10 to the error detection and correction code storage part 20. After this error detection and correction code storage part 20 is brought into write mode, the error detection and correction code computed by the error detection and correction code generation part 30 is written in the error detection and correction code storage part 20.
Patent JP-H1082198-A (JP)
Title: Turn parking device
Inventor: MAEDA TSUTOMU
IPC: E04H6/06
Filed: 1996-09-05
Abstract: PROBLEM TO BE SOLVED: To provide a parking device with stores a turn truck on which a vehicle is loaded in a parking area smoothly. SOLUTION: A turn parking device turns a turn truck 10 centered on a vertical shaft 12 fixed in a parking area PA which is in contact with a road by drive wheels 172, 173, 174, 175 attached to a bottom face of a vehicle loading table to store a vehicle in the parking area PA. In this case, a drive main shaft 178 which supports the drive wheels 172, 173, 174, 175 is provided on a bottom face of a rear wheel loading table 15 which is positioned away from the vertical shaft 12 to make an acute angle R1 formed by the crossing of a central line L1 of the drive main shaft 178 which is extended in such a manner that it crosses the vertical shaft 12 and a boundary line L2 between the parking area PA and the road 5 degrees or more.
Patent JP-H0684387-A (JP)
Title: Semiconductor storage device
Inventor: AKAOGI TAKAO
IPC: G11C29/04
Filed: 1992-09-02
Abstract: PURPOSE:To easily and surely detect a defect in a memory cell transistor by providing a breakdown voltage detecting circuit so as to easily detect a breakdown voltage and applying it as a test voltage during a test of a defective memory cell transistor. CONSTITUTION:A test controlling circuit 2 makes bit lines B1 and B3, which are connected to floating type MOS transistors MC11, MC21, MC13 and MC23 to be tested, a selected condition makes all word lines W1 to Wn a nonselected condition and makes a breakdown voltage detecting circuit 3 an operable condition. The circuit 3 has a reference memory cell transistor MCREF which has a same characteristic of the transistors MC11 to MC23, makes the transistor MCREF a data write condition and detects a drain break voltage VBD of the transistor MCREF. During a testing, the detected voltage VBD is applied to plural memory cell transistors to be tested through the bit lines which are in a selected condition.
Patent JP-H0983466-A (JP)
Title: Wired broadcast system
Inventor: YAMADA YOSHIHIRO
IPC: H04N21/438
Filed: 1995-09-13
Abstract: PROBLEM TO BE SOLVED: To provide a wired broadcast system with less load for a video server by providing a terminal equipment that analyzes the request of the user and displays a broadcast program or a message menu reserved in advance depending whether the request is a program being served or not so as to allow the user to easily select a desired program. SOLUTION: When a request of the user is given from a terminal equipment 110 to a remote control light receiving section 110 by a remote commander 111, a controller 107 analyzes the content of request and when the request is a program being served, a channel selection section 102 selects a designated channel and the program is displayed on a display section 105 via a switch 104 and a demodulator 103. When the request of the user is an unavailable program, the controller 107 allows an image generating section 106 to generate a proper message menu and displayed on the display section 105 via the switch 104 and the image generating section 106. Thus, the user easily selects a desired program and the wired broadcast system imposing less load on the video server is obtained.