baber/WOPTO huggingface dataset:
Patent JP-S61268764-A (JP)
Title: Aqueous resin dispersion
Inventor: MASHITA YUKIFUMI
IPC: C08G59/62
Filed: 1985-05-24
Abstract: PURPOSE:To obtain the titled dispersion of good adherability and processability, for use in coating on inner surface of cans, by reaction of aromatic epoxy resin with a precondensate from carboxylic acid monomer unit-contg. acrylic resin and specific phenolic resin followed by incorporating the resulting reaction product in an amine-contg. aqueous medium. CONSTITUTION:First, a composite resin composition with an excess of carboxyl group is prepared by, for example, partial reaction of (A) an aromatic epoxy resin containing in one molecular 1.1-2.0 epoxy groups with (B) a precondensate from (i) an acrylic resin containing, as essential component, 12-70wt% of monobasic carboxylic acid monomer unit per molecule and (ii) a phenolic resin containing >=40wt% of a compound of formula (R is H or 1-12C alkyl; X is H or methyl; a and b are each 1 or 2, a+b=3 or 4). The objective resin dispersion can be obtained by dispersing the above composite resin composition in an aqueous medium in the presence of such an amount of ammonia or amine as to be 4-11 in the pH of the system.
Patent JP-S61269747-A (JP)
Title: File transfer system
Inventor: KOGA TSUTOMU
IPC: G06F12/00
Filed: 1985-05-24
Abstract: PURPOSE:To transfer automatically a logical file of diverse file organization by providing a sequential organization conversion processing function for the logical file and a logical file restoration processing function. CONSTITUTION:When control is passed, a file transmission part 6A inputs a sequential organization file 11 and transmits the file to the file reception part 7A of a computer system 2. An execution part 7 generates the received file as the sequential organization file 11. If a failure in file transfer processing is caused, a transmission job 6 ends. In this case, following file restoration processing in a reception job 7 is fruitless, so a file restoration execution part 7B is finished by by-passing. When the file transfer processing is completed normally, the control over the reception job 7 is passed to the restoration execution part 7B from the execution part 7A. The restoration execution part 7B inputs a sequential organization file 14 and restores it to a received file specified with a control parameter, i.e. logical file 8.
Patent JP-H01281911-A (JP)
Title: Method and apparatus for controlling mold clamping force of injection molder
Inventor: KURUMACHI KATSUNORI
IPC: B29C45/76
Filed: 1988-05-09
Abstract: PURPOSE:To prevent unnecessary energy from being consumed by a method wherein the mold clamping force during injection ad dwell is controlled by detecting signals of the resin pressure in the mold and of injection speed. CONSTITUTION:Mold closing and clamping are done by actuating a mold clamping cylinder 20. As resin pressure corresponding signal, which corresponds to the resin pressure in molds, the oil pressure of the oil chamber 42 in an injection cylinder 40 is detected. Further, injection speed signal is also detected with a screw speed detector 54. On the basis of said detection signals, switches (a), (b), (c) and (d) in an arithmetic unit 58 are turned ON and OFF so as to control the action of a pressure control valve 30. Through said control, injection and dwell are completed and the minimum mold clamping force is given to the pressure control valve 30. Thus, the consumption of unavailing energy is prevented from generating and the stress of the molds is reduced and the service life of the molds is prolonged. Furthermore, no flash develops in a molded item.
Patent JP-S5443872-A (JP)
Title: Method and apparatus for preventing scale in evaporating apparatus for seawater
Inventor: SAWA TOSHIO
IPC: C23F14/02
Filed: 1977-09-16
Abstract: PURPOSE: To carry out effectively and economically the above-mentioned prevention for scale, by feeding a Na salt and the combustion gas containing CO 2  gas to the reaction tank accommodating seawater, separating generated CaCO 3  and then feeding the unsaturated seawater to the multiple-effect water-preparing apparatus after the operation for removing carbonates.  
     CONSTITUTION: The electrolytic NaOH is fed to the reaction tank 15 accommodating the seawater 14 through the duct 16 and is agitated by bubbling with a part 17 of the flue gas. Ca 2+  in the seawater 14 is fixed as CaCO 3 . The operation is performed at pH above 8.0. The generated particles are separated at separated 18 and the clear seawater 19 is sent into the anode chamber 21 of the diaphragm electrolytic cell 20. In the cathode chamber, the solution of NaOH is generated and H 2  occurs. From the cathode chamber, Cl 2  occurs but a part of it is absorbed to the liquid and changes to HCl and NaClO. HCl is used for the decomposition of the carbonate existing in excess at the fixing tank for Ca and NaClO is used for decomposing the organic pollutant. The seawater which has left and electrolytic cell, is decarbonated and degassed at the degassing apparatus 23, becomes seawater of pH of 4.5W5.0 and is sent to the water-preparing apparatus as the supply seawater 24. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S5537347-A (JP)
Title: Serial printer
Inventor: HAYAMIZU KIYOSHI
IPC: B41J11/66
Filed: 1978-09-11
Abstract: PURPOSE: To make possible to cut off printed paper simultaneously with the movement of a printing head by assembling a cutter combined with the printing head into a serial printer.  
     CONSTITUTION: A printing driver 6 executes required printing via ribbon 10 being driven by printing solenoids 11, and simultaneously with transmitting the end signal of the printing, a carriage with a printing head 3 is returned to the left end, a cutter driver 8 is operated by a solenoid 9 to make a knife 7 plunge into the slit 4 of a platen 2 and the printing head is moved to the right end keeping the knife positon. Therefore, recording paper 5 is cut off automatically up and down, then the knife 7 returns, the carriage with the printing head is returned again and the next printing operation is started. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S60256860-A (JP)
Title: Logical integration circuit
Inventor: FUNABASHI TSUNEO
IPC: G06F13/38
Filed: 1984-06-01
Abstract: PURPOSE:To obtain an LSI structure that can be applied to the design of a controller of an external input/output device having high performance and a high function, by forming a hierarchical processor within an LSI and adapting an ROM and a finite state transition machine to host and subordinate processors respectively. CONSTITUTION:The control function of an external input/output device 201 for common application is shared and executed by >=1 state machines FSM. An FSM1 which performs reception control on a transmission clock psi'. When data are transferred between a host system and the device 201, a data buffer 204 is provided in a control LSI in case the transfer speeds are different between the hose system and the device 201 or the time is needed for preparation of data transfer. Furthermore, a connection port of the FSM is standardized since the FSM can be added for each control function of the device 201. A microprogram controller muC has a function to allocate the start sequence. Thus an on-chip hierarchical processor structure is secured to define the muC and the FSM as the host and subordinate processors respectively.
Patent JP-H10300255-A (JP)
Title: Air conditioner
Inventor: NAKATANI KAZUO
IPC: F25B13/00
Filed: 1997-04-28
Abstract: PROBLEM TO BE SOLVED: To provide an air conditioner enabling execution of a heating operation of high efficiency, by controlling the degree of supercooling accurately in any conditions of installation by detecting accurately the degree of supercooling at the exit of an indoor heat exchanger in the heating operation by a simple construction. SOLUTION: A pressure loss of a piping for connection between constant speed compressors 22a and 22b and each of indoor heat exchangers 29a, 29b, 29c and 29d is calculated as a function of the operating horsepower of the constant speed compressors 22a and 22b and thereby it is made possible to estimate a pressure approximate to a true value without measuring the actual pressure of the indoor heat exchangers 29a, 29b, 29c and 29d. Therefore it is possible to calculate the degree of supercooling with accurate correction and to control the degree of supercooling to be a set one in any state of the operating horsepower and thus execution of an operation of high efficiency is always enabled.
Patent JP-H11303810-A (JP)
Title: Piping break control valve device
Inventor: TAKAHASHI TARO
IPC: F15B20/00
Filed: 1998-04-21
Abstract: PROBLEM TO BE SOLVED: To reduce a pressure loss and a production cost and miniaturize a entire valve device by further reducing the number of parts arranged in the flow route in which a big flow rate is streamed, in a piping bread control valve device. SOLUTION: A piping break control valve device 100 has a housing provided with input/output ports 1, 2 and the input/output port 1 is directly installed to the bottom port of a hydraulic cylinder 102 and the input/output port 2 is connected to one of the actuator port of a control valve 103 through a actuator line 105. A popper valve body 5 as a main valve, a spool valve body 6 as a pilot valve operated by the pilot pressure from a hand-powered pilot valve 108 which is an outside signal and for operating the popper valve 5 and a small spool 7 having the function of an overload relief valve are provided in the housing 3.
Patent JP-S5734467-A (JP)
Title: Circuit for measuring characteristic of coder
Inventor: KARIBE HIROHISA
IPC: G01R31/00
Filed: 1980-08-11
Abstract: PURPOSE:To measure the characteristics of the coder other than a DC input, by inputting a sine wave to the coder via a converter, performing a sampling, and measuring the characteristics of the coder. CONSTITUTION:The sine wave is generated by a signal generating circuit 11, converted into a specified level by a level converter 12, and inputted to the coder 13. The output of the coder 13 is compared with the output of a digital value code generator 15 in a digital comparator 14. The level of the input signal to the coder 13 changes in the sine wave shape, and is sampled by a specified repeating frequency. The output of the coder is formed in this way. The result of the specified sampling number is stored in a signal processing circuit 16. If the output is larger than a set code, a feedback signal is fed to the converter 12, and amplitude of the input to the coder 13 is decreased. If the feedback signal is not present, the amplitude is increased. This operation is repeated several times, and the output characteristics are measured. Therefore, the characteristics other than the DC input can be measured.
Patent JP-S5735765-A (JP)
Title: Electric field intensity measuring device
Inventor: SATO SHIYUUJI
IPC: G01R29/08
Filed: 1980-08-14
Abstract: PURPOSE:To enable exact electric field intensity measurement by maintaining power receiving surface perpendicular to the direction of electric field automatically. CONSTITUTION:Electric charge induced on the power receiving surface when the position of the receiving surface of a power receiving spherical body 43 formed by insulating two power receiving surface is thetaXO and thetaYO in rotation angle is transmitted to a computer 22 through a current converter 25, a voltage converter 26 a voltage.frequency converter 27 and a light guide 24. Output voltage of a frequency. voltage converter 28 is converted to electric field intensity by a computer 30 and supplied to a memory section 32 and a display section 33. Next, thetaX direction only or thetaY direction only is changed by an X driving section or a Y driving section so that the electric field becomes greater than the original value. When increase of the electric field becomes unrecognizable, increasing and decreasing operation of a series of rotation angles thetaX, thetaY is discontinued. By this way, a perpendicular to the power receving surface becomes parallel to the direction of the electric field, and correct electric field can be determined.
Patent JP-H06302291-A (JP)
Title: Electron beam source
Inventor: HAMAGAKI MANABU
IPC: H05H1/46
Filed: 1993-04-14
Abstract: PURPOSE:To concentrate plasma generation on a porous site only and to enhance the output efficiency of electron beams by covering the surface of the cathode side for generating plasma of a porous anode for generating plasma except the porous site with an insulating member. CONSTITUTION:A cathode 18 for generating plasma, a porous anode 14 for generating plasma, and a porous electrode 16 for accelerating electron beams are placed in that order. The porous electrode 14 for generating plasma generates plasma between the porous electrode 14 for generating plasma and the cathode 18 for generating plasma and is provided with a porous site (A) having many punched transmitting holes 14 for transmitting generated plasma electrons. The porous electrode 16 for accelerating electron beams pulls out electrons from the transmitting holes 14a of the porous anode 14 for generating plasma for acceleration and has a porous site having many punched transmitting holes 16a for transmitting the pulled out and accelerated electrons. The surface of the cathode side 18 for generating plasma of the porous anode 14 for generating plasma, except the porous site (A), is covered with an insulating member 50. Thus, discharged plasma is concentrated on the porous site only to enhance the pulling out efficiency of the electron beams.
Patent JP-H01281761-A (JP)
Title: Semiconductor device
Inventor: KIMURA SHOICHI
IPC: H01L21/822
Filed: 1988-05-07
Abstract: PURPOSE:To manufacture a resistive element having a stable value of resistance without being affected by the electrical field of other element which is located below the above resistive element, by mounting a grounding conductor layer beneath the highly resistive region through an insulting film. CONSTITUTION:It may be as well to make the film thickness of highly resistive region thin in order to obtain a highly resistive polycrystalline silicon resistive element. However, once the resistance element makes its highly resistive region thin, its element is susceptible to influences of the other element beneath the element. In a polycrystalline or a single crystal silicon resistive element which is composed of a low resistive region 108 in such a way that it acts as a wiring layer which is formed on a semiconductor substrate 101 through an insulating film 107 and also is composed of a highly resistive region 109 which acts as a resistor, a grounded conductor layer 106 having at least one layer is mounted beneath the highly resistive region 109 through the insulating film 107. Thus, the polycrystalline silicon resistance element having a high, stable value of resistance is manufactured.
Patent JP-H02289964-A (JP)
Title: Cassette type magnetic tape device
Inventor: WATANABE TAKAO
IPC: G11B15/07
Filed: 1989-04-28
Abstract: PURPOSE:To prevent malfunction of the subject device by providing a means for controlling a tape traveling device moving means to return a tape traveling device to a hub separating position when a moving signal from a tape traveling device moving detector cannot be obtained in spite of a moving command given from a moving commanding means. CONSTITUTION:The command for moving the tape traveling device 25 from the hub separating position for reel driving shafts 29 and 30 and hubs 10 and 11 to a hub engaging position is issued by the moving commanding means (cassette inserting detecting switch) 112. The tape traveling device moving detector (traveling device rising detection switch) 113 is disposed between the hub separating position of the tape traveling device 25 and the hub engaging position of same correspondingly, so as to detect whether the tape traveling device 25 is moved from the hub separating position to the hub engaging position. Then, a control means 76 is connected to the moving commanding means 112 and the tape traveling device moving detector 113 to control the tape traveling device moving means 67, 73, 83-86 in such a way that the tape traveling device 25 is brought back to the hub separating position when a moving signal from the tape traveling device moving detector 113 can not be obtained in spite of the moving command given from the moving commanding means 112. By this method, the continuation of malfunction cannot be generated.
Patent JP-S63276379-A (JP)
Title: Drive method for solid-state image pickup device
Inventor: MATSUDA YUJI
IPC: H04N5/335
Filed: 1987-05-07
Abstract: PURPOSE:To easily display superimposed picture by reading signals of a photodiode simultaneously at a prescribed interval. CONSTITUTION:A pulse outputted by a vertical shift register 3 is used to read signals of photodiodes 1 on a 1st row and a 5th row on a horizontal transmission line 2 onto a vertical transmission line 4. Then a horizontal shift register 6 selects sequentially a select gate section 5 to output the signal charge on the vertical transmission line 4 through a signal line 7 and an output section 8. The signal at that time is displayed as a picture on the 1st row. The 2nd and 6th rows are read at the next horizontal scanning period and the similar output is applied. The processing above is repeated.
Patent JP-H10301439-A (JP)
Title: Fixing unit controller
Inventor: CHIHARA HIROSHI
IPC: G03G21/04
Filed: 1997-04-28
Abstract: PROBLEM TO BE SOLVED: To enhance fixation while being suitable for the respective environmental conditions for using an electrophotographic device by controlling to turn on or off heating elements by using a temperature detection means, the set values of a turning-on cycle and a turning-on ratio and a voltage impressing means. SOLUTION: This device is provided with a means setting the turning-on cycles and the turning-on ratios of the respective heating elements 13 and a main control means controlling to turn on or off the elements 13 by using the temperature detection means 14, the set values of the turning-on cycles and the turning-on ratios and the voltage impressing means 12. In this device, the present temperature of the elements 13 is detected as an analog value by the detection means 14 and recognized as a digital value through an A/D converter by a CPU core. Then, it is decided according to the present digital value and the digital value obtained before one cycle which stage of four prescribed stages the present temperature exists in.  Besides, a signal for turning on or off the elements 13 is transmitted to the impressing means 12 through an output port according to the combination of the turning-on ratios, etc., read out from a RAM.
Patent JP-H06300613-A (JP)
Title: Set sorting method
Inventor: ISHII HARUHIKO
IPC: G01G15/00
Filed: 1993-04-13
Abstract: PURPOSE:To sort a set comprising an arbitrary number of identical articles into a subset including an article of undesirable weight and a subset not including such article. CONSTITUTION:A rejective weight region is preset in the form of table values when a set comprising an arbitrary number of identical articles contains a rejective article. The table value is then read in (S2), and the weight measurement (Wn) of a set comprising an arbitrary number of articles being fed to a weight measuring instrument is also read in (S2). A decision is made (S3) whether the weight measurement (Wn) deviates from the rejective weight region (table value) and normal combination weighing is carried out (S4) if it deviates. If it does not deviate, a decision is made that a rejective article is included and the set is separated into individual articles. Weight is then measured for the individual article and defective articles are rejected (S5). Alternatively, a decision may be made whether the weight comes within a normal region.
Patent JP-S62266848-A (JP)
Title: Semiconductor integrated circuit device
Inventor: TASHIRO TSUTOMU
IPC: H01L21/76
Filed: 1986-05-15
Abstract: PURPOSE:To reduce parasitic capacitance without inreasing manufacturing processes and to suppress crystal defects, by sequentially forming a reverse conductivity type epitaxial layer, a one-conductivity type high concentration diffused layer and a one-conductivity type epitaxial layer on a semiconductor substrate, and providing a groove isolating structure reaching said semiconductor substrate from the surface of the one-conductivity type epitaxial layer. CONSTITUTION:On an N-type semiconductor substrate 10, a P-type epitaxial layer 11 is formed. Thereafter, a high concentrations As diffused N-type layer 12 is formed. Then, an N-type epitaxial layer 13 is formed thereon. Thereafter, the surface of the N-type epitaxial layer 13 is thermally oxidized, and a mask silicon oxide film 14 is formed. Then, the silicon oxide film 14 at a region, where a groove is to be formed, is removed by a photoetching method. The region, where the silicon oxide film 14 is removed, is etched by an anisotropic etching method. The groove having, a depth of 50mum or more is formed. Then a silicon oxide film 15 is formed around the groove. Thereafter, the groove is buried with polycrystalline silicon oxide film 16. A cap silicon oxide film 17 having a thickness of 5000Angstrom  l is formed by a thermal oxidation method.
Patent JP-H01281020-A (JP)
Title: Short-term harvesting of gentian and production of f1 variety plant therefrom
Inventor: UJIHARA TERUO
IPC: A01H4/00
Filed: 1988-05-06
Abstract: PURPOSE:To significantly shorten the period necessary for harvesting gentians by culture of the shoot apex, etc., of a gentian plant to form and bloom the flower bud and then fruit said bud by artificial fertilization followed by harvesting. CONSTITUTION:The shoot apexes or seeds of a gentian plant is subjected culture in an artificial culture medium, grown and differentiate to form flower buds. These flower buds are put to continuing culture or bloomed in another growing environment (e.g., assimilating by potraising or immersing in the water in the container) and fruited through artificial fertilization followed by harvesting, thereby shortening the period from the seeds to harvesting those of the next generation to ca. 6 months.
Patent JP-H01282009-A (JP)
Title: Air conditioner for automobiles
Inventor: TAKAHASHI TADAHIRO
IPC: B60H1/00
Filed: 1988-05-07
Abstract: PURPOSE:To solve complicated handling to finely adjust air condition and to easily attain desirable air condition depending on each person's taste by making possible to set an aimed temperature automatically corresponding to an outer temperature and at the same time, making the set characteristic selective by a plurality of selection switches. CONSTITUTION:The quantity of heat to be supplied to car room is adjusted by a heat load adjusting means 100, and by a controlling means 110, at least the operation of the heat load adjusting means 100 is controlled depending on an aimed set temperature and the temperature in the car room and the car room is kept at the aimed set temperature. A controlling state of the air condition is selected by a plurality of selection switches 25 in this air conditioner. The aimed set temperature is determined by an aimed set temperature determining means 120 based on the each selection switch 25 and the outer temperature. After that, air conditioning is carried out based on the determined aimed set temperature and the temperature in the car room. Complicated handling to finely adjust air condition is thus resolved and desirable air condition corresponding to each person's taste is obtained easily.