baber/WOPTO huggingface dataset:
Patent JP-H05241470-A (JP)
Title: Form separating mechanism
Inventor: SHISHIDO TOSHIO
IPC: G03G15/20
Filed: 1992-02-27
Abstract: PURPOSE:To provide a form separating mechanism which is used for the thermal fixing unit of an electrophotographic recorder, and can attain reduction in cost and the number of assembling processes. CONSTITUTION:The form separating mechanism 14 used for the thermal fixing unit provided with a heating roller 12, and a backup roller 13 press-contacting to the heating roller 12, is provided with a separating pawl 15 oppositely disposed on almost the center of the heating roller 12, so that the tip of the separating pawl is in contact with the heating roller 12. Then, separation auxiliary guides 16 arranged on both sides of the separating pawl 15 so that the top end parts of the guides 16 approach the heating roller 12, and guiding a form whose central part is separated from the heating roller 12 by the separating pawl 15, to completely separate the form from the heating roller 12, The separation auxiliary guides 16 are integrally formed with the cover 11 of the heating roller 12.
Patent JP-H0617014-A (JP)
Title: Pressure-sensitive adhesive tape for fixation of article
Inventor: SASAKI KAZUMA
IPC: C09J7/02
Filed: 1993-03-02
Abstract: PURPOSE:To obtain a pressure-sensitive adhesive tape for the fixation of an article which shows excellent pressure-sensitive adhesive properties at ordinary temperature and does not leave any residue on the adherend when it is released therefrom by forming a pressure-sensitive adhesive layer comprising a natural rubber, a tackifying resin and a silicone oil on either surface of a synthetic resin film. CONSTITUTION:The tape is prepared by forming a pressure-sensitive adhesive layer comprising 100 pts.wt. natural rubber, 50-90 pts.wt. tackifying resin and 1-3 pts.wt. silicone oil on either surface of a synthetic resin film. This tape shows excellent pressure-sensitive adhesive properties at ordinary temperature and low temperature, i.e., excellent in pressure-sensitive adhesion to steel sheet or polystyrene plate and ball tack pressure-sensitive adhesiveness, and does not leave any residue on an adherend when it is applied thereto and released therefrom after repeated heating/cooling cycles and therefore can desirably be used, for example, the fixation of components of a household electrical appliance in its distribution stage.
Patent JP-H11223318-A (JP)
Title: Tunnel kiln type waste incinerator
Inventor: KO MEISHIN
IPC: F23G5/44
Filed: 1998-02-09
Abstract: PROBLEM TO BE SOLVED: To incinerate even non-classified waste smoothly, simplify the structure of an incinerator, quicken the construction speed of the same, reduce the constructing cost of the same, and facilitate the maintenance of the same. SOLUTION: A drying division, a combustion division and a cooling division are provided in a tunnel kiln 3 sequentially while waste is charged through a hopper 1 onto a loading device 2 flatly after passing a constant weight supplying process. The loading device 2 is a truck and is transported by the optimum power into the tunnel kiln 3. The loading device 2 advances gradually into the drying division at first, then, advances from a low-temperature zone into a high-temperature zone and arrives at the combustion division. A plurality of pieces of mixing pawl wheels, an auxiliary fuel combustor and a temperature sensor are provided in the tunnel kiln 3 separately, whereby the waste is mixed sufficiently while being passed through a plurality of pieces of mixing pawl wheels and is burnt completely.
Patent JP-H03244981-A (JP)
Title: Receiver drier for air conditioning system
Inventor: IDA MINORU
IPC: F25B49/02
Filed: 1990-02-23
Abstract: PURPOSE:To enable accurate decision of an amount of a refrigerant even when the temperature of the refrigerant is increased to a high value and its color is changed into a milky color by a method wherein sight glass is located to the side of a cylinder part in which a refrigerant is contained. CONSTITUTION:Clear sight glass 20 made of heat resisting or pressure resisting glass is located to the side of a cylinder part 8 of a receiver drier 7. The sight glass 20 is extended in parallel to the axis of the cylinder part 8 of the receiver drier 7, namely, extended vertically in a long manner. A mark 20a to indicate the upper limit value of an amount of a refrigerant 12 and a mark 20b to indicate the lower limit value thereof are formed in the vicinity of the sight glass 20. Further, a red ball float 14 is caused to float in the sight glass 20 so as to facilitate confirmation. In a use, by visually confirming the marks of the upper and lower limit values 20a and 20b as the float 14 is watched through the sight glass 20, it can be easily decided whether or not an amount of the liquid refrigerant 12 is proper.
Patent JP-H04258757-A (JP)
Title: Magnetic particle flaw detector
Inventor: TAKEUCHI HIROYUKI
IPC: G01N27/84
Filed: 1991-02-12
Abstract: PURPOSE:To establish the reliability of a surface flaw inspection by preventing the coagulation of magnetic particles on the surface of a work. CONSTITUTION:A work W magnetized and sprayed with a magnetic particle liquid at the rotating state in a magnetization/magnetic particle liquid spray section 2 is conveyed to an inspection section 3 by a work conveyor 35, the surface flaw of the work W is detected by the inspection section 3 of a magnetic particle flaw detector while the work W is rotated, a clamp unit 39 removably pinching the work W is provided on the work conveyor 35, the clamp unit 39 is constituted of a fixed arm 42 with a drive roller 45 rotated by a motor 47, a moving arm 44 with a free roller 46, and a cylinder 49 swaying the moving arm 44, and the work W is pinched by both rollers 45, 46 and rotated during conveyance.
Patent JP-S57156309-A (JP)
Title: Preparation of fine nitride powder
Inventor: IWAMA SABUROU
IPC: C01B21/076
Filed: 1981-03-20
Abstract: PURPOSE: To prepare a fine nitride powder of high purity having a uniform particle diameter, by evaporating the tip of a linear or rod-like (non)metallic material with electron beam irradiation in a low-pressure gaseous atmosphere, e.g. N 2  gas and/or NH 3  gas.  
     CONSTITUTION: An irradiation chamber 2 is evacuated through pipings 6 and 7 of an electron beam irradiating apparatus 1 to a high vacuum of about  10 -6 Torr, and N 2  gas or NH 3  gas or both are fed from the piping 8 to keep the chamber 2 at a given low-pressure gaseous atmosphere. A high-voltage electron beam emitted from an electron gun 3 is deflected through electronic lenses 4 converged on a convergent site 5 of the irradiating chamber 2. A (non)metallic material 10, e.g. Ti, Hf, W or silicon, formed in a linear or rod-like shape is supplied to locate the tip thereof always at the convergent site 5, and the material 10 is molten and evaporated under heating. The evaporated material 10 is then reacted with the N 2  gas in the atmosphere to form fine nitride powder, which is then deposited on the outer surface of a fine powder recovering apparatus 9 containing a cooling medium. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H10238463-A (JP)
Title: Compressor
Inventor: KIMURA KAZUYA
IPC: F04B39/10
Filed: 1997-02-25
Abstract: PROBLEM TO BE SOLVED: To cut a pulsation component in a high frequency region so as to reduce noise by disposing an extending device for extending a passage length in an intake port in a compressor in which refrigerant gas taken inside a cylinder bore by pushing and opening an intake valve is compressed, and then, the compressed refrigerant gas is discharged by opening a discharge valve. SOLUTION: When a rotating motion of a swash plate 19 ratable together with a drive shaft 16 is converted into a reciprocating linear motion of a piston 21, refrigerant gas pushes and opens an intake valve 14c via an intake port 14a to be taken into a cylinder bore from an intake chamber 13a. Subsequently, the refrigerant gas after compressed is discharged to a discharge chamber 13b while pushing and opening a discharge valve 14a via a discharge port 14b. In this case, a cylindrical passage 34 having a predetermined length is connected to the intake port 14a, thereby extending the passage length of the intake port 14a. The intake chamber 13a of a predetermined capacity is connected to the rear end of the cylindrical passage 34. Consequently, in the case where intake pulsation is generated during a compressing operation, a pulsation component in a high frequency region can be effectively cut, so that noise can be reduced.
Patent JP-S62222484-A (JP)
Title: Data processing method for time code in recorded digital video signal
Inventor: JIEEMUSU HEDORII UIRUKINSON
IPC: G11B27/02
Filed: 1987-02-24
Abstract: PURPOSE:To hold a time code from an editing step, by recording the present and previous time codes at the first and the second positions respectively. CONSTITUTION:In an editing, a TRS detector 14 detects a timing reference signal from a reproducing signal from the first VTR from a terminal 10, and supplies a timing signal to a timing circuit 16, and also, controls a plural/single time code detector 18. And when plural time codes are detected, a just before generation number detector 20 detects their generation number N, and displays them on a display apparatus 22. Simultaneously, a just before generation time code is supplied to the timing circuit 16, and the time code at the first position correspond to the number N is selected from a time code selector 24. Similarly, a previous generation time code at the second position is selected through a required generation number circuit 26. Furthermore, the number N is stepped to (N+1) by a stepping circuit 28, and a position is prepared for the next generation number. In this way, the time codes from the editing step are held, and the history of the time code can be remained.
Patent JP-H05239145-A (JP)
Title: Production of vinyl chloride-based polymer
Inventor: SUMINO TAKASHI
IPC: C08F214/06
Filed: 1992-02-27
Abstract: PURPOSE:To obtain the subject polymer by fine suspension polymerization of vinyl chloride in an aqueous medium containing a specific dispersant system to stabilize the fine suspension polymerization liquor even after completion of the polymerization and suppress producing flocculates during the polymerization. CONSTITUTION:The objective polymer can be obtained by fine suspension polymerization of 100 pts.wt. of vinyl chloride or a vinyl monomer mixture predominant in vinyl chloride in an aqueous medium containing 0.1-10 pts.wt. of a dispersant system composed of (A) an alkali metal salt of alkylsulfate (e.g. sodium salt of decylsulfate) and (B) a straight chain aliphatic higher alcohol system containing at least 1mol, per mol of the component A, of a 14-18C alcohol and at least 0.05mol, per mol of the component A, of a 10-14C alcohol, but not containing a 14C alcohol singly, at the molar ratio A/B of 1.05 to 5. The component B is e.g. 12C lauryl alcohol, 14C myristyl alcohol, 18C stearyl alcohol, etc. This reaction is recommended to carry out at 20-80 deg.C.
Patent JP-S51116646-A (JP)
Title: Data smoothing method
Inventor: YOSHIMURA MASAAKI
IPC: G06G7/12
Filed: 1975-04-07
Abstract: PURPOSE:To prevent abnormal data from mixing with measured data.
Patent JP-H01216409-A (JP)
Title: Alarm unit for unmanned carrier
Inventor: KUROSAWA HARUHIRO
IPC: G05D1/02
Filed: 1988-02-24
Abstract: PURPOSE:To always generate an alarm tone with the optimum sound volume by providing a learning function circuit to compute the optimum alarm sound volume based on a noise level measured at the latest time and a stored past noise level. CONSTITUTION:An external sound volume measuring circuit 5 measures the alarm tone at measuring points (j) (1-5), respectively, and inputs noise data (a) to an optimum sound volume generation circuit 7 and the learning function circuit 8. The optimum sound volume generation circuit 7 outputs correction data (b) corresponding to the noise data (a), and the learning function circuit 8 computes the optimum sound volume data dij corresponding to the mean value of the noise level measured at the latest time and that of three past times at every arrival of an unmanned carrier 20 to the noise measuring point (j), and adds it on a melody alarm 10. In such a way, it is possible to always keep the sound volume at the optimum level even when the noise level changes based on a time or a place.
Patent JP-H03245515-A (JP)
Title: Terminal electrode plate for stack capacitor chip and mounting method for same
Inventor: ROKUSHA TAKEO
IPC: H01G4/228
Filed: 1990-02-23
Abstract: PURPOSE:To prevent the biting of solder by a method wherein a terminal electrode part, ranging from the lowermost layer part to the uppermost layer part of a capacitor chip, and the edge face electrode of the laminated chip adjacently positioned on both upper and lower sides is provided. CONSTITUTION:Terminal electrode plate 1 is integrally formed with the terminal electrode plate 1, to be fused by solder to an edge-face electrode 3, and a folded supporting part 1b which is bent toward inside along the bottom face of a stack-like laminated capacitor chip 2. When the electrode plate 1 is attached, the supporting parts 1b of two frame-like terminal plates 10 are positioned opposing with each other facing inside and arranged in conformity with the width of the chip 2. Then, the chip 2 is dropped from above in such a manner that the electrodes 3 on both sides and each electrode plate 1 are opposingly positioned. Subsequently, the chip 2 is lifted up by the electrode plate 10, the chip 2 and the electrode plate 10 are dipped into a solder vessel, and after the electrode plate 1 has been fused by soldering, the connected part 1a2 of the electrode plate 1 is cut off in conformity with the height of lamination of the chip 2, it is separated from a tie bar 1d, and an electrode 1-attached chip 1 is obtained.
Patent JP-H08212448-A (JP)
Title: Cooling device of automatic vending machine
Inventor: SUGAWARA AKIRA
IPC: G07F9/10
Filed: 1995-02-06
Abstract: PURPOSE: To continue cooling operation by closing at least one solenoid valve and opening at least one solenoid valve on the basis of temperature data when ambient temperature exceeds specific temperature. CONSTITUTION: The temperature of a condenser 12 is detected and when the temperature of the condenser 12 exceeds 2nd set temperature, one of solenoid valves 15A and 15B is closed and only one of a left article storage column 3A and a right article storage column 3B is cooled to lighten the load on a compressor 11. When the temperature of the codenser 12 falls below 1st set temperature, the compressor 11 is never overloaded, so both the solenoid valves 15A and 15B are closed to cool both the left and right article storage columns 3A and 3B. Thus, all article storage columns are prevented from not being cooled owing to the overloaded state of the compressor 12 and efficient cooling operation can be performed.
Patent JP-H02218883-A (JP)
Title: Rotary compressor and centering method therefor
Inventor: MAEKAWA TAKASHI
IPC: F04C18/356
Filed: 1989-02-20
Abstract: PURPOSE:To reduce the leakage of a compressed gas by setting the distance (gap dimension) between an eccentric roller and a cylinder bore receiving the roller to a minimum gap allowing the assembling and rotation of the roller to the bore, and forming a determined resin coat on the bore inner circumference. CONSTITUTION:In the compression factor 2 of a rotary compressor, a ring roller 8 is fitted on the outer circumference of an eccentric pin 70 provided in a position facing the inside of the bore 3 of a cylinder 4 of a crank shaft 7 pivotally supported by bearings 50, 60. In this case, the crank shaft 7 and the roller 8 are off-center to the bearings 50, 60 and the eccentric pin 70 within allowable ranges of bearing gap deltac and pin gap deltap, respectively in such a manner that the distance between the roller 8 and the bore 3 in the high pressure side rotating position is shortest. Also, in this eccentric state, the distance between the roller 8 and the bore 3 is set to a minimum gap X allowing the assembling and rotation of the roller 8 to the bore 3. Further, a resin coat 9 is formed on the inner circumference of the bore 3 to fill up the gap between the roller 8 and the bore 3 in the low pressure side rotating position.
Patent JP-H06255346-A (JP)
Title: Electric vehicle
Inventor: SEKINO HIROICHI
IPC: B60H1/22
Filed: 1993-03-02
Abstract: PURPOSE:To prevent the useless consumption of a battery due to the excessive cooling and improve the traveling distance per charge by constituting a first coolant circuit for the flow of the low temperature gas liquid coolant in an electric motor and a second coolant circuit for the flow of the vaporized coolant after the car room inside cooling and selecting the coolant circuit according to the heat generation quantity of the electric motor. CONSTITUTION:If the calorific heat of an electric motor 6 is small and the cooling load is small in the cooling mode of an electric automobile, cooling is performed by sending the vapor coolant in the high temperature/high pressure state which is compressed by a compressor 1 to a car room outside heat exchanger 4 through a four-way valve 3, and the coolant is evaporated. The electric motor 6 is cooled by sending vapor coolant returned into the compressor to the electric motor 6. When the cooling load of the electric motor is large, the liquid coolant cooled by the car room outside heat exchanger 4 is sent to both the electric motor 6 and a car room inside heat exchanger 5 through a check valve 8a. The coolant sent into the electric motor 6 is decompressed by an expansion valve 7b and formed to the low temperature gas liquid coolant, and is allowed to flow in the electric motor 6.
Patent JP-S51116554-A (JP)
Title: Assembly of boom and jib
Inventor: MINATO YOSHIO
IPC: B66C23/70
Filed: 1975-04-05
Abstract: PURPOSE: To increase the adjusting range of the length of an extendible boom by adding a jib to the leading end of the boom in two steps. 
     COPYRIGHT: (C)1976,JPO&Japio
Patent JP-S62201089-A (JP)
Title: Thermal shut-down circuit for integrated circuit
Inventor: KUSAKABE HIROMI
IPC: H02P6/12
Filed: 1986-02-28
Abstract: PURPOSE:To prevent the breakage of an integrated circuit chip at abnormal high temperature state using one transistor, by a method wherein a transistor is operated at voltage applying state and function of the integrated circuit with a shut-down transistor assembled thereto is disabled. CONSTITUTION:Resistors R11, R12, a diode Q11, and a transistor Q12 constitute a starter circuit 31, and collector of the transistor Q12 attracts small current at the turning ON state of the power source thereby a constant current circuit 32 is started. After the starting, collector current of a transistor Q19 flows in the resistor R12, and voltage to reversely bias between base emitter of the transistor Q12 of the starter circuit 31 is generated thereby the starter circuit 31 is turned OFF.
Patent JP-S59167282-A (JP)
Title: Close adhesion of transfer master and object to be transferred
Inventor: TAKEDA HIDEICHIROU
IPC: B41J17/00
Filed: 1983-03-15
Abstract: PURPOSE:To attain to enhance the transfer image quality in a recording system such as a laser thermal transfer process, by holding a master and an object to be transferred to the inner wall surface of a recording part support comprising a transparent hollow cylinder in a superposed state while pressing both of them from the inner side of the object to be transferred to form a desired close adhesive degree. CONSTITUTION:Modulated laser beam 2 is reflected from the mirror 5 attached to a movable stand and focused to the peripheral surface of a cylindrical rotor 7 by a condensing lens 6 to scan the entire region of a recording body in a thermal mode due to laser. On the other hand, a master 11 and an object 12 to be transferred are successively superposed along the inner side surface of the transparent peripheral wall 10 of the hollow cylinder 7 and held in an inserted state. In the next step, a bag like swelling body 13 is inserted into the cylinder and positive pressure is added from a valve 14 to swell the outer diameter of the swelling body 13 and the master 11 and the object 12 to be transferred are uniformly pressed between the peripheral wall thereof and the transparent peripheral wall 10 to closely adhere the surfaces of both of them.
Patent JP-S60186711-A (JP)
Title: Run distance display device of meter for rally
Inventor: MURAKAMI HIROSHI
IPC: G01C22/00
Filed: 1984-03-05
Abstract: PURPOSE:To easily predict the progress state of a race by providing a run distance display element which coincides with a chart for a race with a distance display element which is one digit lower so that they are different in size or color. CONSTITUTION:The 1/100-digit display element 9b of a meter display part 9 is smaller than a display element 9a. When a liquid-crystal display element is used, its color is made different. When a magnet 31 rotates according to a car speed the electrical signal outputted by a reed switch 32 is inputted to a counting circuit 33 with, for example, a 255-pulse signal at intervals of 1/10 mile and its waveform-shaped signal is sent to a distance integrating circuit 36 through a correcting circuit 35 to integrate the run distance at intervals of 1/10 mile, thereby displaying the run distance on the display element 9a. The pulse signal passed through the circuit 33 is inputted to a 1/100-digit integrating circuit 41 through a correcting circuit 40. The circuit 41 is supplied with a pulse at every 1/100 mile to calculate the distance of the 1/100 digit, which is displayed on the element 9b.
Patent JP-H10239414-A (JP)
Title: Position plotting method
Inventor: SUZUKI AKIRA
IPC: G01S5/10
Filed: 1997-02-26
Abstract: PROBLEM TO BE SOLVED: To improve a positional accuracy by detecting a phase difference from a reference value of pulse signals for plotting a position received by a main station and a sub-station, and carrying out a phase difference compensation at the time of high input of high frequency signal to each receiving station and averaging of reaching time. SOLUTION: A moving station 1 transmits a pulse signal for positional plotting, and a main station 2 and a plurality of sub-stations 3 measure the arriving time of pulse signals in order. The main station 2 draws a hyperbola by use of the time difference between the average reaching time measured by itself and the average reaching time obtained from each sub-station 3 and plots the position of the moving station 1 from the crossing position. A phase difference detection means 22 detects a phase difference from a standard value of pulse signal for positional plotting, and a temp. sensor 23 measures an ambient temp., then relevant data to an input level of a receiving system 21 and the phase difference are stored in a storing means 24. A phase compensating means 25a corrects the phase data detected based on the phase difference data read out from the storing means 24, according to a temp. and an input level from the temp sensor 23 at the time of receiving the pulse signal for positional plotting, and phase data after the correction are output.