baber/WOPTO huggingface dataset:
Patent JP-H02172778-A (JP)
Title: Cassette for thermal transfer printer
Inventor: TAKADA HIROYUKI
IPC: B41J17/24
Filed: 1988-12-26
Abstract: PURPOSE:To prevent transfer paper from becoming slacked due to oscillation with a simple structure by providing a locking member which blocks the rotation of a supply side roll and/or a winding side roll in a closed cover plate on a cover for transfer paper which may be operated partly in the outer shell of a transfer paper storage section. CONSTITUTION:A cassette for a thermal transfer printer, before it is attached to a printing device, is in such a state that its cover for transfer paper 18 is closed. Locking members 42a, 42b are engaged with the one-way gears 38a, 40a of a supply side and winding side roll 38, 40. Therefore, the transfer paper 36 does not become slacked. Then if the cassette is attached to the printed device, a cover for recording paper 34 is pushed backward to form an opening for the recording paper 2, and an engagement pin 46 is pushed downward along a cam groove. Consequently, a cam 44 rotates downward, resulting in the upward rotation of a side wall 18a of the transfer paper cover 18 and the subsequent release of a locked condition of the supply side and winding side rolls 38, 40 by the locking members 42a, 42b. Thus it is possible to prevent the slack of the transfer paper due to oscillation using a simple mechanism.
Patent JP-H08186670-A (JP)
Title: Image forming system
Inventor: ATAKA HIROYUKI
IPC: B41J21/00
Filed: 1994-12-28
Abstract: PURPOSE: To improve the utilizing efficiency of a copying machine by allotting the copying of one piece of picture data to plural copying machines so as to improve the productivity of copy and freely setting copy by means of a function, which is not provided for a transmission source copying machine, so as to effectively utilize the function of the copying machine. CONSTITUTION: In the state of setting the mode of parallel copy processing, a function, etc., provided for the pertinent copying machine is sent from the copying machines C2 and C3 of a transmission destination connected through a communication line 1 to the side of a transmission source copying machine C1. This function is grasped on the side of the transmission source copying machine and functions from among the grasped functions are set to transmit this set data to the copying machines C2 and C3. Then in accordance with the set functions, picture data sent from the transmission source copying machine is printed by allotting the copying of it to each copying machine C1 including the other copying machines C2 and C3.
Patent JP-H0998516-A (JP)
Title: Drive controlling equipment for vehicle
Inventor: IBARAKI TAKATSUGU
IPC: B60L50/16
Filed: 1995-12-18
Abstract: PROBLEM TO BE SOLVED: To reduce the fuel consumption of a hybrid vehicle effectively. SOLUTION: The fuel consumption Mfcm when a car runs with an internal combustion engine 12 as a power source is found using a formula Mfcm= FCm×PL. The fuel consumption Mfce in charging a storage equipment 22 with electric energy required for running the vehicle with an electric motor 14 as a power source by driving the electric motor 14 by means of the internal combustion engine 12 is found using a formula Mfce =FCe ×PL /(ηGEN×ηBIN×ηBOUT×ηMOT). Then, either the internal combustion engine 12 or the electric motor 14 that allows the vehicle to use the smaller fuel consumption is used as a power source.  In the formulae, FCm and FCe are the fuel consumption rates, PL is the required for instantaneous running of the car, ηGEN is a generating efficiency, ηBIN is a charging efficiency, ηBOUT is a discharging efficiency, and ηMOT is a driving efficiency. Even when the storage equipment 22 is charged with excess power in running by means of the internal combustion engine 12, the engine output is so set that charging may be done with the most efficient fuel consumption, taking the generating efficiency ηGEN and the charging efficiency ηBIN into consideration. In the case much charging is done by regenerative braking, an operation region by the electric motor 14 is expanded.
Patent JP-H11162774-A (JP)
Title: Dielectric thin film and ceramic capacitor
Inventor: KAMIGAKI YASUYO
IPC: H01B3/12
Filed: 1997-11-28
Abstract: PROBLEM TO BE SOLVED: To provide dielectric thin films and ceramic capacitors which have a high specific dielectric constant in the high frequency range, excellent moisture proof, and high insulation. SOLUTION: A dielectric thin film consists of a perovskite type compound oxide containing Pb, Mg, Nb, and Ti as metal elements, and the thickness of the film is two micron or less. The above metal oxide has the following composition formula expressed by molar ratio: (1-x)Pba (Mgb/3 Nb2/3 )O3 .xPbTiO3 wherein 0<x<=0.35, 1<=a<=1.15, 1<=b<=1.15, and lattice constant (nm) W has the formula: W=0.4043-Ax(3.9×10<-3> <=A<=7.3×10<-3> ).
Patent JP-2000153481-A (JP)
Title: Nozzle direction determining method for welding robot in automatic programming device, and record medium storing nozzle direction determining program
Inventor: OTSU KOUSUKE
IPC: B25J9/22
Filed: 1998-11-18
Abstract: PROBLEM TO BE SOLVED: To enable an operator to easily and securely instruct a welding part and a direction of a welding nozzle. SOLUTION: A solid figure generating part generates a solid figure based on a development to be displayed in an image surface, a side of either solid surface of the solid figure in the image surface is indicated, a side of a counter surface is specified by a nozzle direction determining means 8 based on the side indicated by a mouse 7, and a sort of matching is determined based on relation between both solid surfaces. A nozzle direction of a welding robot in accordance with the sort of matching is thus determined.
Patent JP-H09167261-A (JP)
Title: Automatic certificate issuing machine
Inventor: KATO YOSHIBUMI
IPC: G07B1/00
Filed: 1995-12-18
Abstract: PROBLEM TO BE SOLVED: To make it possible to quickly reparing in a fault and to improve the confidence of residents for an automatic certificate issuing machine by constituting the machine in such a way that the operation conditions of a case when the fault occurs in a storage means is outputted through a medium at the time of the fault. SOLUTION: Unless a hard disk is normal, that is, unless a prescribed reading/writing is executed, a CPU 13 judges that an error has occurred, transmits a signal to a CRT display device 3 and displays an effect that the fault has occurred on a screen. When a manager, etc., depresses the output indicating part of a tough pannel 4 on the CRT display device 3, CPU 13 transmits the signal to a laser printer 11, makes a log in RAM 19 printed and also changes- over a route by a solenoid. Then, the printed log is kept in a containing part through a paper sheet carrier unit 51. Thus, the log at the time of the fault can be printed by the laser printer 11 so that the cause of the fault in the automatic certificate issuing machine 1 is quickly recognized by viewing the printing.
Patent JP-H05162846-A (JP)
Title: Sorting device
Inventor: YOKOYA SHIGEHARU
IPC: B65G47/46
Filed: 1991-12-12
Abstract: PURPOSE:To provide a simple but highly reliable tray type sorting device, while minimizing an impact on an article, regarding a sorting device where an article is made to glide with a tray inclined obliquely forward in an advance direction. CONSTITUTION:A pair of spherical cam plates 10 having cam grooves 14 are formed as integral part of an operation arm 9. Also, a drive lever 11 for actuating the plates 10 is fixed to the end of the arm 9 via a boss. On the other hand, a cylindrical rotor 7 is jointed to the curved opening of a cylindrical support body 8 in such a way as freely rotatable. Also, the internal surface of the rotor 7 is fitted with a drive pin 13 for causing the rotation thereof according to the turning motion of the cam plates 10. According to this construction, the inclining speed of a tray can be controlled and a shock is not generated at the time of sorting. Also, a proper sorting work can be ensured.
Patent JP-2000155789-A (JP)
Title: System and method for electronic polling and storage medium
Inventor: KITAZAWA ATSUSHI
IPC: G06F19/00
Filed: 1998-11-19
Abstract: PROBLEM TO BE SOLVED: To improve the security in electronic polling and the survey by a more realistic and simpler procedure. SOLUTION: A voter 110 certifies the cipher system of a ballot opener, and the poll contents of a user are ciphered and registered on an open board 140. A totalizor 120 uses an RSA cipher system. After polling is completed, it is checked whether voters registered on the open board are right, and a totalization result is found from the poll contents of the voters and registered on the open board 140. The ballot opener 130 uses a high-order remainder cipher system. The polling results, etc., registered on the open board 140 are used to confirm that the polling results are correct.
Patent JP-2000153866-A (JP)
Title: Cap
Inventor: HAYASHIDA TERUAKI
IPC: B65D47/12
Filed: 1998-11-19
Abstract: PROBLEM TO BE SOLVED: To provide a cap in an inner plug made of a synthetic resin having a protrusion to be in pressure contact and engaged with a mouth of a container and having a tongue formed to break a cylindrical part below a weakened line provided below the protrusion for removing, wherein the tongue may not cause an injury and tongues may not be caught up with one another when they are supplied to a capping machine. SOLUTION: This cap comprises a cylindrical part 2 having a protruding string to be engaged with a recessed line of a container, a weakened line 8 formed from a lateral end of a hole-like notch 6 formed below the protruding string in a peripheral direction below the protruding string, a weakening line 10 provided from a lower end of the notch 6 to reach a lower end 9 to the cylindrical part 2, a protrusion 11 provided inside the cylindrical part between the notch 6 and the lower end 9, the lower end of the notch 6 positioned radially outward form an upper rim of the notch 6, and a tongue 18 formed between the lower end and the lower end 9.
Patent JP-2001148877-A (JP)
Title: Communication control method for mobile communication unit, its device and mobile communication unit
Inventor: SAKAI AKIRA
IPC: H04W48/18
Filed: 1999-11-19
Abstract: PROBLEM TO BE SOLVED: To provide a communication control method for a mobile communication unit that selects a different channel without interrupting communication in the case of redialing. SOLUTION: On the occurrence of deterioration in a communication electric field during communication by a PHS, a control section of a mobile body 10 informs a PHS control station 13 about a re-connection request via a PDC control station 23. The PHS control station 13 receiving the re-connection request reserves a communication channel in a PHS base station 12 being a moving destination of the mobile body 10 and transmits channel designation to the mobile body 10 from a PDC base station 22 via the PDC control station 23. The mobile body 10 receiving the channel designation continues its communication by selecting a PHS area 11 of the PHS base station 12 of the moving destination, whose channel is turned on. Thus, the communication by the PHS can be continued without interrupting the communication at channel switching while the communication re-connection sequence is performed.
Patent JP-H02172723-A (JP)
Title: Method and apparatus for mounting membrane cutter to carton
Inventor: AOKI KATSUHIKO
IPC: B31B1/90
Filed: 1988-12-26
Abstract: PURPOSE:To simply mount a membrane cutter to a carton by mounting the membrane cutter formed by subjecting a non-metal sheet to gear cutting in the direction right-angled to the delivery direction if said sheet to the carton by press bonding under heating. CONSTITUTION:The non-metal sheet 1 delivered from a delivery reel 6 is subjected to gear cutting in the direction right-angled to the delivery direction of said sheet 1. The membrane cutter 2 sucked on a receiving stand 17 is intermittently rotated along with a suction feed drum 16 to be bonded and mounted to the carton 3 fed by a carton feed part 30 under pressure in a press bonding part 26 through a heating part 25. A toothed carton 36 is received in a toothed carton receiving part 31 in an arranged state.
Patent JP-H06170064-A (JP)
Title: Structure of holder of blade body
Inventor: SAITO TATSUYA
IPC: B26B1/08
Filed: 1992-12-09
Abstract: PURPOSE:To make it possible to change the overall length between both front and rear ends of the holder by movably supporting a guide part in a blade body retraction direction relative to a gripping part and to enhance the convenience in various use states by providing a holding means for the guide part relative to the gripping part. CONSTITUTION:The overall length L of the holder 1 is the sum of lengths L1, L2 when the length between both front and rear ends 2a and b of the gripping part 2 is defined as L1 and the length of the extension part 3a of the guide part 3 projecting from the front end 2a of this gripping part 2 as L2. The guide part 3 is drawn out of the gripping part 2 and the length L2 of the extension part 3a increases when a leaf spring part 11 of the detaining part 9 is pressed, this detaining projecting part is disengaged from the detaining recessed part 14 of a detaining hole 13 and the detaining part 9 is moved along the detaining hole 13. The detaining projecting part engages again with the detaining recessed part 14 and prohibits the movement of the detaining body 9 so that the guide part 3 is positioned relative to the gripping part 2 when the power acted on the leaf spring part 11 is released. The front side of the guide part 3 is provided with a sliding groove 4 and a blade body 6 connected to a slider 5 is fitted therein and is made movable along the slide groove 4.
Patent JP-H01172356-A (JP)
Title: Production of dihalogenopropionic acid or derivative thereof
Inventor: ISHIZAKI MASAHIKO
IPC: C07B61/00
Filed: 1987-12-28
Abstract: PURPOSE:To obtain the title compound useful as an intermediate for agricultural chemicals and drugs readily, in high selectivity and in high yield, by reacting an acrylic acid with a halogen by using a tertiary amine as a catalyst. CONSTITUTION:An acrylic acid shown by formula I [R1-R2 are H, halogen, (substituted)alkyl or (substituted)phenyl; R4 is H, (substituted)alkyl or (substituted)phenyl or a derivative thereof is reacted with a halogen such as Cl2 gas in the molar ratio of 1:0.1-1:100 in a solventless state or in an inert organic solvent such as CCl4 in the presence of a tertiary amine or tertiary phosphine and a polymerization inhibitor such as hydroquinone at -70-100 deg.C for 2-20hr to give the aimed compound shown by formula II (X is halogen). Pyridine or triethylamine is preferably used as the tertiary amine and triphenylphosphine or triethylphosphine as the tertiary phosphine.
Patent JP-2000155974-A (JP)
Title: Phase control element and optical head device using it
Inventor: MURATA KOICHI
IPC: G11B7/125
Filed: 1998-11-19
Abstract: PROBLEM TO BE SOLVED: To reduce the number of parts, achieve miniaturization, and reduce weight by integrating a hologram for beam splitter into a substrate for controlling phase. SOLUTION: A substrate 1 for controlling phase with a groove 1A where a planar shape is annular and a sectional shape is in a step shape and a substrate 2 for hologram of a hologram 2A for beam splitter are integrated. A step-shaped groove has a step (h), and the number of steps to be formed normally ranges from 2 to 5. A phase difference being generated from the step difference can be expressed by 2 π(n-1)h/λ. When a refractive index is 1.5, h is set to 1.3 μm and the phase cannot be essentially changed for a beam with a wavelength of 650 nm. On the other hand, when a beam with a wavelength of 780 nm is transmitted through this sort of step, a phase difference of 1.67 π is generated. By changing the groove in steps, the phase can be changed only for a beam with a wavelength of 780 nm.  A polarization hologram is used as the hologram, where a lattice-shaped recess and projection is provided on the thin film of a macromolecular liquid crystal with a birefringence property as a hologram, and the recess and projection are filled with an optical isotropic material.
Patent JP-H0768046-A (JP)
Title: Polishing device for pachinko ball with regenerator for polishing agent
Inventor: KURIHARA AKIYOSHI
IPC: B24B31/12
Filed: 1993-12-01
Abstract: PURPOSE:To regenerate a polishing agent for polishing pachinko balls used by Japanese pinball game (pachinko) by integrating a pachinko ball polishing unit and a polishing agent regenerator. CONSTITUTION:A polishing agent regenerator is provided integrally on the side of an outlet 4 of a pachinko ball polishing unit 2 to polish pachinko balls 15 using a screw feeder 6. The polishing agent regenerator is linked successively to the pachinko ball polishing unit 2 through a partition for separating a polishing agent from pachinko balls. The polishing agent regenerator has a polishing agent - polish chamber and a polishing dust housing chamber being divided inside with a seive plate and an agitation member 19 which is driven to rotate with a rotating shaft of the screw feeder 6 is arranged in the polishing - agent polish chamber.
Patent JP-H04202397-A (JP)
Title: Lubricating oil for refrigerator
Inventor: IKEDA MASANORI
IPC: C10M107/38
Filed: 1990-11-30
Abstract: PURPOSE:To obtain the title oil suitable for a system using tetrafluoroethane, preferably HFC-134a as a refrigerant by mixing a compound having a specific structure. CONSTITUTION:The objective oil comprising >=25wt.% (especially preferably >=50wt.%) tetrafluoroethane and a fluorine containing aromatic ester compound shown by the formula [Ar is 6-50C aromatic group; Rf is 1-20C perfluorocarbon (partially substituted group) or 2-150C perfluoro(poly)ether (partially substituted group); n is 1-4 integer].
Patent JP-H04204573-A (JP)
Title: Toner supply part for developing device
Inventor: SAKAI SHINO
IPC: G03G15/08
Filed: 1990-11-30
Abstract: PURPOSE:To stably supply toner with frictional-heat propagation shut out to prevent toner blocking by providing a heat insulating part contacting the inside perimeter of a frame body of a toner hopper. CONSTITUTION:Carriers and toner 7 as a developer 7' are stirred and mixed with an agitator 4 in a developer housing part 8 and frictional heat is generated in a developing device, however blocking never happens because the raw toner 7 is covered with a heat insulating part 100 in a toner hopper 6. Accordingly the toner 7 is smoothly supplied to the developer housing part 8. A toner guard 11 recedes from a frame body supporting it when a toner hopper unit 12 is removed from the developing device, consequently falls by dead weight with a stay 13 lost to close an opening part of the heat insulating part 100, preventing toner leak.
Patent JP-H06171223-A (JP)
Title: Thermosensible recording paper
Inventor: HIOKI SHINYA
IPC: B41M5/26
Filed: 1992-12-10
Abstract: PURPOSE:To provide a thermosensible recording paper which is excellent in the coating suitability of a water-base coating liquid, and the printing trouble of which has been improved by a method wherein a specified specified polyacryl amide and alkyl ketene dimer are added in a pulse slurry, and also a base paper the Cob size degree of which is specified is used. CONSTITUTION:The thermosensible recording paper is constituted by laminating an intermediate layer and thermosensible recording layer in order on one surface of a specified base paper. The specified base paper is made by adding 0.05-0.15wt.% to pulp of polyacryl amide which contains a cyclic secondary amine as a functional group, and 0.05-0.30wt.% to pulp of alkyl ketene dimer as a sizing agent in a pulp slurry. The Cob size degree conforming to JIS-P-8140 of the base paper (contact time; 10sec) is set so as to be not greater than 12g/m<2>. In the meantime, when an image is printed using this thermosensible recording paper, the ratio of the vertical-lateral ratio in (original image/printed image) is set so as to be not less than 0.995. By this method, the coating suitability of a water-base coating liquid and the printing trouble are improved.
Patent JP-H05165977-A (JP)
Title: Electronic equipment
Inventor: KIKUCHI SHIGEMI
IPC: B41J29/46
Filed: 1991-12-13
Abstract: PURPOSE:To speedily check the incompletion of the insertion of a memory body CONSTITUTION:The subject electronic equipment has the memory body 20 stored with various data required for a specific process by a main body 10 or data which are processed by the main body 10 as specified and enables this memory body 20 to be attached to and detached from the main body 10 in specific directions; and the memory body 20 is provided with 1st and 2nd bodies 21 and 22 to be detected, a detector 30, a reference time setting means, a decision means, and an announcing means, and the completion or incompletion of the insertion of the memory body 20 into the main body 10 is automatically decided from the direction, time, and position of the insertion.
Patent JP-H10157303-A (JP)
Title: Thermal recording material
Inventor: MIYAMOTO SHUJI
IPC: B41M5/26
Filed: 1996-11-25
Abstract: PROBLEM TO BE SOLVED: To obtain a thermal recording material having high whiteness which can be produced at high speed by blade coating system and can form a uniform image. SOLUTION: The thermal recording material comprises a thermal coloring layer containing a leuco dye and a developer for thermally coloring the leuco dye is provided on a support, and a protective layer provided as required wherein the thermal coloring layer or the protective layer contains PVA and a stilbene derivative shown by a formula. In the formula, at least two points among A through Q points represent a sulfonate.
Patent JP-H11242037-A (JP)
Title: Automatic sample-treating device and sample identification method by it
Inventor: FASSBIND WALTER
IPC: G01N35/00
Filed: 1998-11-20
Abstract: PROBLEM TO BE SOLVED: To obtain an automatic sample treatment device that can be operated easily and requires less materials instead of applying a label to a sample container, and a sample identification method in the automatic sample treatment device. SOLUTION: For example, nucleic acid being sampled from a patient's cell is injected into a first sample container 11, and a sample identification device 14 preserving a sample identification mark 15 is mounted. The first sample container 11 where the sample identification device 14 is mounted is installed in a sample container carrier 12 with a plurality of rooms 13, the first sample container 11 is removed from the sample container carrier 12 and is sent to a treatment device, and the sample identification device 14 is kept being mounted to the sample container carrier 12.