baber/WOPTO huggingface dataset:
Patent JP-2000233648-A (JP)
Title: Cooling structure of battery for vehicle
Inventor: MIZUMA TAKASHI
IPC: H01M10/613
Filed: 1999-02-17
Abstract: PROBLEM TO BE SOLVED: To perform ventilation cooling of a battery without newly providing a duct for the ventilation cooling, in a vehicle mounting the battery on a floor panel in a car room. SOLUTION: Fresh air blown from an air conditioning blower 8 is guided in a guide air duct 9 arranged along a dash panel 7, the fresh air guided by this guide air duct 9 penetrates a front pillar 26 from the guide air duct 9 and is guided onto a side sill 22. Further, this fresh air is guided in a first cross member 3 through a connection duct 28 and blown out in a battery storage part BR from a blow off hole 3b of the first cross member.
Patent JP-H05235783-A (JP)
Title: Sequential decoder
Inventor: TODOROKI TOSHIYA
IPC: H03M13/23
Filed: 1992-02-25
Abstract: PURPOSE:To set a decoding delay suitable for the system design by making the capacity of a reception buffer and a decoding buffer variable. CONSTITUTION:A reception symbol string is stored in a reception buffer 11 of ring structure whose memory capacity is made variable. Then the string is fed to a state latch circuit 12 which extracts the symbol from the reception buffer 11 for each symbol and latches the symbol for a prescribed period. Furthermore, a function generator 14 generates an estimate code symbol based on the symbol string latched by the state latch circuit 12. A sequential decoding control circuit 15 implements input output control of the reception buffer 11 and a decoding buffer 13. Then an address control circuit 16 revises an apparent capacity of the reception buffer 11 and the decoding buffer 13. Thus, the decoding speed is revised to adjust an error rate by setting an address counter with a selector signal before decoding.
Patent JP-H01212957-A (JP)
Title: Absence transfer method
Inventor: KUWAYAMA AKIRA
IPC: H04M3/54
Filed: 1988-02-19
Abstract: PURPOSE:To set the absence transfer of an incoming call to the subscriber telephone set of a transfer source from the subscriber telephone set of a transfer destination by storing a main telephone number and a sub-telephone number for every subscriber telephone set in a main storage device. CONSTITUTION:When the user of the subscriber telephone set 1a executes the absence transfer of the incoming call to the subscriber telephone set 1a to the subscriber telephone set 1c in the subscriber telephone set 1c of a visiting place, the telephone set 1c is hooked off to dial a specific number for setting the absence transfer and the telephone number of the subscriber telephone set 1a of a transfer source. A CPU 4 obtains a call state managing table corre sponding to the subscriber telephone set 1c from a stored position to store the telephone number of the subscriber telephone set 1a inputted as the transfer source in either one of the sub-telephone number storing areas 5c, 5d, 5e of the call state managing table corresponding to the subscriber telephone set 1c. In such a way, the incoming call to the subscriber telephone set used by the user himself after going out can be set to the absence transfer from the subscriber telephone set of the visiting place.
Patent JP-H05236550-A (JP)
Title: Terminal equipment for remote monitor control system
Inventor: YABU HAJIME
IPC: H04Q9/00
Filed: 1992-02-25
Abstract: PURPOSE:To easily setting an address and to easily confirm the setting address by providing a setting section by which a specific address is set by the decimal method. CONSTITUTION:A printed circuit board 261 with relays Ry1-Ry4 mounted thereon is installed to the lower position inside a housing 20 and a printed circuit board 262 with a circuit section and rotary switches SW1, SW2 mounted thereon is installed above the printed circuit board 261. Moreover, operation knobs 30 of the rotary switches SW1, SW2 are exposed from an operation display face 24 for their operation. For example, in the case of setting an address, the one of the rotary switches SW1, SW2 is used for setting of the units digit and the other is for the tens digit. Thus, the address is set in the decimal number. In this case, since the two decimal rotary switches SW1, SW2 are in use, the addresses of 0-99 are set.
Patent JP-S61195877-A (JP)
Title: Ink ribbon printer
Inventor: KANEKO AKINARI
IPC: B41J33/38
Filed: 1985-02-27
Abstract: PURPOSE:To reduce the number of times of replacement of an ink ribbon, reduce the size of an ink ribbon cassette and also the size of a printer and contrive higher printing quality, by a method wherein printing and rewinding of a used ink part of an ink ribbon are not conducted in the final backward stroke in the number of times the ribbon can be used for printing. CONSTITUTION:A ribbon portion paid out from the payout core 12 is taken up by a take-up core 13, and in a backward printing operation, the ink part used in forward printing and taken up by the core 13 is rewound onto the core 12, followed by the next forward printing in which the ink part used in printing in the preceding line is again used. This procedure is based on the use of an ink ribbon 10 which can be used plural times for printing, and the operations are repeated a set number of times. In the final backward stroke, the printing operation is not conducted, and rewinding of the ribbon 10 onto the payout core 12 is not conducted.
Patent JP-S56135545-A (JP)
Title: Polyurethane composition
Inventor: AOKI MASAAKI
IPC: C08L75/04
Filed: 1980-03-27
Abstract: PURPOSE: The titled composition with excellent heat resistance, useful in various fields, e.g., for a foam, an elastomer, a resin, or a sealant, requiring heat resistance, which contains a dithiocarbamate compd.  
     CONSTITUTION: About 0.001W10wt% of at least one dithiocarbamate compd. of  formula I (wherein R 1  and R 2  are 1W4C alkyl, phenyl or a group. forming a hetero  ring in formula II; n is 1W4; Mis Fe, Co, Ni, Cu, Zn, Te or Se of valence n) (e.g.,  zinc dimethyl dithiocarbamate or ferric diethyldithiocarbamate) is added to a  urethane composition. A polyurethane composition contg. a compd. of the formula  is utilized either in one-pack type or in two-pack type. When it is used in two-pack  type, it is pref. to add said compd. to a main ingredient. The addition of the  compd. of the formula I inhibits the reduction of hardness, hitherto caused by prolonged exposure to a high temp (80W200°C). 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S60180696-A (JP)
Title: Treating device for plastic waste
Inventor: SUGIMOTO YOSHINOBU
IPC: B29B17/00
Filed: 1984-02-29
Abstract: PURPOSE:To improve the efficiency of charging plastic waste to an extruder, etc. and molding said waste by providing right and left belt conveyors along a funnel-shaped hopper of a conveyor chamber and disposing a pair of grooved press- contact rolls in the lower part thereof. CONSTITUTION:Right and left conveyors 6A, 6B consist of prime moving wheels 7, 11, intermediate wheels 9, 13, driven wheels 8, 12 and belts 16, 17. Guide wheels 14, 15 are respectively provided between the wheels 7, 9 and the wheels 9, 13. A pair of grooved press-contact rolls 20, 21 are provided in the lower part of a conveyor chamber 5 and parallel grooves are disposed to the rolls 20, 21 at equal pitches respectively in the axial and peripheral directions. The belts 16, 17 turn downward with each other and waste raw materials are forced downward by the vertical traveling parts 16a, 17a thereof. The materials are heated and penetrated into the grooves by the rolls 20, 21, by which the material is press- contacted and united to one body. The raw materials are treated to a continuous belt shape by such mechanism, by which the efficiency for molding is improved.
Patent JP-H02217458-A (JP)
Title: Method for flame-spraying ceramics-plastics mixture
Inventor: MATSUDA MINORU
IPC: C23C4/12
Filed: 1989-02-20
Abstract: PURPOSE:To flame-spray a mixture of a powdery ceramic material and a powdery plastic material by supplying the ceramic material from the vicinity of the base of the sprayed flame from a spraying torch, supplying the powdery plastic material from the vicinity of the tip and simultaneously spraying both materials. CONSTITUTION:The high-melting-point powdery ceramic material is supplied into the high-temp. part close to the base of the sprayed flame 3 from the spraying torch 1 from a ceramics supply port 4. The low-melting-point and easy-to-decompose powdery plastic material is supplied from a relatively low- temp. tip of the flame 3 through a plastic supply port 5. Both materials are simultaneously sprayed on a metallic substrate 2 in this way. In this case, the mixing ratio of the ceramic material is preferably controlled to 40vol.%. A thermoplastic resin having high affinity for the ceramics and having Si, Ti, etc., in its side chain is appropriately used as the plastic material. By this method, a combined sprayed layer 6 consisting of the mixture of both material is formed on the surface of the metallic substrate 2.
Patent JP-H08232068-A (JP)
Title: Formation of transparnt conductive film
Inventor: MATSUMI SHIN
IPC: C03C17/245
Filed: 1995-02-27
Abstract: PURPOSE: To form an SnO2 film uniform in thickness while preventing the infiltration of SnO2 into the rear of a glass substrate and to obviate the deposition of the contaminant of a belt on the substrate and the damage of the substrate. CONSTITUTION: A glass substrate 3 is placed on a conveyor belt 1 and conveyed, and an SnO2 film as a transparent conductive film is formed on the substrate 3 by thermal CVD. A heat-resistant sheet 2 having a larger area than the substrate and consisting of a fire insulating fiber for high temp. is inserted between the belt 1 and substrate 3 to improve the yield.
Patent JP-H02218075-A (JP)
Title: Head driving device
Inventor: SEKO SATORU
IPC: G11B21/10
Filed: 1989-02-20
Abstract: PURPOSE:To shorten write-in time and read-out time by driving a driving part to drive finely a recording/reproducing head other than the recording/ reproducing head being executing write-in and read-out to a track where the write-in and the read-out are executed next. CONSTITUTION:In company with the movement of a roughly moving arm 11, the finely moving arm 22 of one side drives the head 23 to the direction of an arrow (d) so as to continue to follow the track tr1 where the head 23 is executing the write-in and the read-out. Besides, at that time, the finely moving arm 32 of the other side drives the head 33 to the direction of the arrow (c) so that the recording/reproducing head 33 reaches the position of the track tr2 before the head 23 finishes the write-in and the read-out of the track tr1. When the head 23 finishes the write-in and the read-out of the track tr1, the head 33 executes the write-in and the read-out of the track tr2 without intermission. Thus, wasteful time in which only the access of the heads 23, 33 is executed can be eliminated.
Patent JP-S58155673-A (JP)
Title: Device for resetting battery-life displaying element
Inventor: KUNO TAKASHI
IPC: H02J7/00
Filed: 1982-03-10
Abstract: PURPOSE:To provide a device for resetting a battery-life displaying element in which a reset operation automatically works when a battery is exchanged without manually operating a reset switch, and in which a display of the life expiration is extinguished after the battery exchange without fail. CONSTITUTION:By the action of setting a battery in a housing position 44 in exchanging a power supply battery, an arm 42 temporarily closes a switch before the switch is opened again. During the time when the switch is closed, an achromatizing voltage is applied from a positive power supply to an achromatizing terminal 32 through the switch so as to carry out achromatization. After such achromatization is once performed, an achromatizing current doesn't continually flow into an element since the switch becomes opened. Thus, a device for resetting a battery-life displaying element which performs an erasing action for a short time at the time when a battery is exchanged and which performs a coloring action when the life of a battery begins to expire, can be obtained.
Patent JP-S63206019-A (JP)
Title: Preset device
Inventor: TANAKA KIICHI
IPC: H03J5/02
Filed: 1987-02-20
Abstract: PURPOSE:To make the reception frequency band equal to each other by connecting plural preset variable resistors having a sufficiently small residual resistance in parallel via a semi-fixed variable resistor of a comparatively large resistance from a main variable resistor having a comparatively large residual resistance. CONSTITUTION:A DC voltage is supplied to an oscillation circuit comprising a coil 1 and a varactor diode (VC) via a resistor 3 and a changeover switch (SW) 7. The SW 7 is thrown to a contact (a), a main variable resistor (MVC4) is adjusted to obtain a position from which a maximum and a minimum voltage are applied to the VC 2. Comparatively large residual resistances 4a, 4b are connected to the MVC 4. Then the SW 7 is thrown to a contact (b), a preset variable resistor (PV) 5 having a small residual resistance is adjusted to generate a maximum voltage, and a semi-fixed variable resistor 8 having a comparatively large resistance is adjusted to produce the same maximum voltage as that for the MVC 4. Then the PV 5 and the semi-fixed variable resistor 9 are used to obtain a minimum voltage equal to that of the MVC 4. The similar adjustment is applied to the PV 6. Thus, the width of the reception frequency band is arranged.
Patent JP-S57153461-A (JP)
Title: Input protective resistor for semiconductor device
Inventor: AKISAWA TETSUO
IPC: H01L29/78
Filed: 1981-03-17
Abstract: PURPOSE:To prevent a concentration of the current in a bending portion and obtain a protective layer without break-down by a method wherein Si layer is provided on an insulation  basic body or a reverse conduction type diffusion layer is provided on a reverse conduction  type semiconductor to form a linear high resistor and they are connected through a low resistor layer by bending them alternately. CONSTITUTION:A protective resistor 12 consisting of polysilicon material is formed on an insulation film 11 of Si substrate, the vertical linear portions 121, 122 ... are parallel-arranged in parallel with each other, while they are connected with the lateral linear portions 123, 124 ...  and the full configuration is formed in a bending shape. The end of the linear portion 129 is  connected in seies with the IC input part of the Si substrate and the end of the linear portion  121 is connected through a hole 13 in the insulation film 11 to an electrode pad 13. A small  hole is provided in the crossed portion of the vertical or lateral line, that is, each bending portion of the protective resistor to charge Al141-148 thereinto. According to such a constitution,  if the excessive input is applied from the pad 13, since the bending portions are made of Al of low resistance, the portions are protected from break-down by avoiding the current concentration. Therefore, the protective resistor of longer size and higher resistance value can be obtained without exerting any adverse influence against an integrated density by increasing a  turning number of the bending.
Patent JP-H0622792-A (JP)
Title: Method of detecting microorganism
Inventor: ARUBAATO EN YUUAN CHIYUU
IPC: C12Q1/37
Filed: 1993-02-26
Abstract: PURPOSE: To provide a method for fractionally detecting Neisseria gonorrhoeae and Neisseria meningitidis from each other.  
     CONSTITUTION: Into a specimen which may contain targeting microorganisms, is added creatine, and the presence of Neisseria gonorrhoeae and/or Neisseria meningitidis is confirmed by the presence of coagulation reaction. Subsequently, a substrate which selectively reacts with an enzyme in one of the microorganisms is made to contact with the specimen, and the presence of the microorganism is confirmed by the presence of the reaction. 
     COPYRIGHT: (C)1994,JPO
Patent JP-S63204750-A (JP)
Title: Semiconductor device
Inventor: NAKAMURA YOSHINOBU
IPC: C08G59/18
Filed: 1987-02-20
Abstract: PURPOSE:To produce a sealing resin high in reliability because of less stress within and excellent in resistance to moisture by a method wherein an epoxy resin composition containing specified components is used for the sealing of a semiconductor element. CONSTITUTION:An epoxy resin composition containing silicone rubber particles is used to seal a semiconductor element. A silicone rubber particle used in this design incorporates an epoxy resin, a phenol resin, and one or more selected from a line-up of an epoxy group, amino group, hydroxyl group, and carboxyl group. When one or more selected from the line-up of an epoxy group, amino group, hydroxyl group, and carboxyl group are added to the silicone rubber particle, denaturation takes place, which reduces stress present in a seal ing resin and improves a resin-sealed semiconductor element in terms of its resistance to moisture.
Patent JP-H02217268-A (JP)
Title: Device to calculate estimation of regenerated heat of thermal head
Inventor: MOROO JUN
IPC: B41J2/365
Filed: 1989-02-17
Abstract: PURPOSE:To obtain an estimated correct value which is almost not different from an actually estimated value, compensate for heat regeneration at intermediate speed with high accuracy and obtain a sharp image by seeking a heat regeneration at intermediate speed which influences an image quality in a single page most significantly based on a specified formula of relationship. CONSTITUTION:When printing is performed using data on the number of density gradations at the number of pixels N in the linear direction of a thermal head, data on atmospheric temperature Tan is output to subtractors 18, 19 from an atmospheric temperature line buffer 11. In addition, estimated temperatures T1n-1, T2n-1 one line before are output from estimated temperature line buffers 14, 15. Cooling constants are output to estimated temperature calculation circuits 22, 23 from cooling constant tables 20, 21 respectively. Next, heating values DELTAT1n, DELTAT2n are output from heating value tables 16, 17 and also subtraction values T1n-1-Tan, T2n-1-Tan are output from the subtractors 18, 19. After this, estimated temperatures T1n, T2n obtained using a specified formula are output from the estimated temperature calculation circuits 22, 23. Then an estimated temperature representing the sum of the estimated temperatures T1n, T2n are output from an adder 24.
Patent JP-S56134010-A (JP)
Title: Automatic controlling method for rolling work
Inventor: MORITA TOORU
IPC: B21B37/46
Filed: 1980-03-25
Abstract: PURPOSE:To stabilize a gain margin against the variation of a rolling speed, and to keep the good control performance, by approximating the transfer function for the correction of the loop gain to a higher order function, in the thickness controlling system of the tandem mill. CONSTITUTION:In the tandem rolling mill 1, the rolling speed V of the second stand 3 is inputted to the comparator 6. The deviation V-Vo of the rolling speed V from the constant Vo is operated by the comparator 6, and is inputted to the multipliers 7, 8 which are thereupon inserted into the control loop including the thicknes controlling system 9 having the transfer function G(s). The thickness signal for the thickness of the sheet 5 measured by the thickness gauge 4 is inputted to the thickness controlling system 9 and is therein changed to the rotational speed correction value DELTAV through the multipliers 7, 8; this value DELTAV is sent to the roller driver as the feedback. According to the present method, a good control characteristic can be obtained against the variation of the rolling speed so that the generation of defective products is greatly reduced.
Patent JP-H04257454-A (JP)
Title: Ink jet recorder
Inventor: YOSHIKAWA HISASHI
IPC: B41J2/185
Filed: 1991-02-12
Abstract: PURPOSE:To evaporation of ink, improve the absorbing ability of ink, prevent ink from flowing out from an absorbing body and reduce the size and weight of a recorder by arranging the ink absorbing body nearby a driving motor or in contact with the motor. CONSTITUTION:An ink absorbing body 29 is arranged so that a rear end face 29b is in contact with or close to the side face of a carriage motor 2. When ink absorbed in the ink absorbing body 29 increases in amount and reaches the rear end face 29b, the ink is evaporated by the heat generated by the motor 2. Further, as other parts of the absorbing body 29, besides rear end face 29b, are also heated by the heat generated by the motor 2, the ink absorbed in the ink absorbing body 29 is stimulated to evaporate.
Patent JP-H02218054-A (JP)
Title: Cassette loading mechanism for magnetic recording/ reproducing device
Inventor: OHASHI KEIICHI
IPC: G11B15/675
Filed: 1989-02-18
Abstract: PURPOSE:To obtain a cassette loading mechanism with simple operability by enabling magnetic recording and reproduction by inserting cassettes different in their sizes into the same inserting port. CONSTITUTION:The loading of the large-sized and the small-sized cassettes is performed as follows. At the time of the loading of the large-sized cassette, when the large-sized cassette 3 is inserted in the direction of an arrow mark C, it is held by a slider 6, and is loaded in the direction of the arrow mark D. At the time of the loading of the small-sized cassette 1, at first, an adapter chassis 14 is discharged to the outside of the cassette loading mechanism from the inserting port of the cassette 3, and is fixed. Next, a housing 19 to hold the cassette 1 is elevated from the chassis 14. In this state, the cassette 1 is inserted and pushed down in the direction of the arrow mark F, and the housing 19 is locked to the chassis 14. Next, inside the chassis 14, after the tape is drawn out so as to adapt the tape path of the cassette 1 to the tape path of the cassette 3, the loading of the chassis 14, i.e., the cassette 1 is executed.
Patent JP-H08218068-A (JP)
Title: Immersion-proof/erosion-controlling agent for vegetation base
Inventor: SASAHARA NORIYUKI
IPC: C05G3/50
Filed: 1995-02-02
Abstract: PURPOSE: To provide an immersion-proof/erosion-controlling agent for vegetation base comprising a specific fatty acid and an alkali metal salt of fatty acid, thus is stable for a prolonged period of time against rainfall and flooding because of its excellent resistance to water immersion and readily dispersible in and rapidly adsorbable to mud. CONSTITUTION: This controlling agent comprises (A) a fatty acid having 6-24 carbon atoms per carboxyl group such as palmitic acid and (B) an alkali metal, or ammonium salt (preferably alkanolamine salt or ammonium salt) of a fatty acid having 6-24 carbon atoms per carboxylic acid. The equivalent ratio of carboxyls in the components A and B is A/B=20/80-80/20. For example, a polyethylene glycol type nonionic surfactant is preferably used as an emulsifier to prepare an aqueous suspension or emulsion.
Patent JP-H02219477-A (JP)
Title: Ultrasonic motor
Inventor: TAMURA MITSUO
IPC: H02N2/00
Filed: 1989-02-21
Abstract: PURPOSE:To reduce the size and to simplify the structure of an ultrasonic motor by contacting the opposite end sections of a rod type piezoelectric vibrator respectively with the opposite edges of a hole made through a rotor. CONSTITUTION:A vibration wave motor comprises a piezoelectric vibrator 1 having circular cross section and crossing perpendicularly with a central shaft, jigs 2-2' for securing the nodes of the vibrator 1, a cup-shaped rotor 3, a supporter 6 for supporting the rotor 3 through a ball bearing 5, and the like. First and second end sections 1a-1b of the vibrator 1 are contacted, respectively, with first and second inside edges 3b-3c at the ring section 3a of the rotor 3. By such arrangement, length of the rotor 3 in the direction of the rotary shaft can be shortened and smooth rotary force can be obtained.