baber/WOPTO huggingface dataset:
Patent JP-S61199753-A (JP)
Title: Apparatus for treating bean curd formed in box
Inventor: ABE ICHIRO
IPC: A23L11/00
Filed: 1985-02-28
Abstract: PURPOSE:To carry out the cutting of a bean curd formed in a box and the washing of the cut bean curd with water continuously, to save labor and to improve the efficiency of the bean curd treating process, by providing a cutting apparatus in a water tank for the washing of bean curd formed in a box. CONSTITUTION:The bean curd 2 contained in a box is charged to the charging part 3 in the water tank 1 for the washing of bean curd 2 with water, and the bean curd 2 is forced to float close to the surface of washing water by bubbles discharged from the bubble discharging pipe 4. The bean curd 2 is placed on a transfer plate 9 having plural through-holes, cut along the direction of transfer with the cutting edge 12, and then cut perpendicular to the transfer direction with the cutting edge 14. The cut bean curd is pushed with the pusher plate 19 to the direction perpendicular to the transfer direction.
Patent JP-S56137893-A (JP)
Title: Production of itaconic acid by fermentation
Inventor: KAWAMURA DENBEE
IPC: C12P7/44
Filed: 1980-03-31
Abstract: PURPOSE: A yeast in Rhodotorula, capable of producing itaconic acid, is aerobically cultured in a medium containing carbon sources that the yeast can assimilate and itaconic acid is collected from the culture mixture.  
     CONSTITUTION: Rhodotorula spicies SY-668 (FERM-P No. 5318) or SY-718 (FERM-P No. 5319) is aerobically cultured in a medium containing a carbon source the strain can assimilate, e.g., glucose, sucrose and other saccharides, a nitrate salt, a nitrogen source such as peptone, and inorganic nutrients. Itaconic acid is isolated and collected through usual processes such as centrifugation, ion-exchange resin method, concentration, filtration and other operations. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H10324416-A (JP)
Title: Device for changing direction of ampoule
Inventor: SHIGEYAMA YASUHIRO
IPC: A61J1/06
Filed: 1998-02-23
Abstract: PROBLEM TO BE SOLVED: To prevent the occurrence of clogging of ampoules and breakdown thereof at a neck part thereof due to the carrying direction of the ampoules with a direction changing device, which has the simple structure, in delivering the ampoules from a carrying conveyor to other carrying conveyor in an am poule storing and supplying device. SOLUTION: An ampoule direction changing device is provided with a rotary roller 100 so as to cross the carrying direction with the predetermined space D between a downstream end of an upstream carrying conveyor 3 at a crossing position of an upstream conveyor and a downstream conveyor crossing each other, and the peripheral surface of the roller is formed with a spiral stage difference 102a as a part for promoting change of the direction of the ampoules. The direction of the ampoules is changed by the mutual work of the rotation of the part for promoting change of the direction of the ampoule provided in the rotary roller 100 and the feeding of the upstream carrying conveyor, and the ampoules are fallen through the space D so as to be smoothly and efficiently delivered to the downstream carrying conveyor 38.
Patent JP-H09197443-A (JP)
Title: Display device
Inventor: ICHIMURA SACHIKO
IPC: G02F1/1343
Filed: 1997-02-25
Abstract: PROBLEM TO BE SOLVED: To eliminate the need for providing an active matrix display device with spaces between pixel electrodes and to obtain the display device having an improved opening rate by adopting the constitution in which the ends of the adjacent pixel electrodes shift more largely from each other than the thickness of the pixel electrodes in the thickness direction of the display device. SOLUTION: The active matrix substrate of a transmission type TN mode has a liquid crystal layer 8 enclosed between an insulating substrate 1 and a counter substrate 10. The pixel electrodes 3 are composed of the adjacent pixel electrodes 3a, 3b. The one pixel electrode 3a is formed on the insulating film 4 prior to the pixel electrode 3b. An insulating film 4a is patterned and formed on the peripheral parts thereof. The pixel electrode 3b is thereafter patterned and formed. The ends of the adjacent pixel electrodes 3a and 3b are formed to shift from each other more largely than the thickness at the ends of the pixel electrodes 3b in the thickness direction of the display device by the intervention of the insulating film 4a.  As a result, the need for the space between the adjacent pixel electrodes 3a and 3b is eliminated and the area of the parts not contributing to the display is made smaller.
Patent JP-S57156523-A (JP)
Title: Hot wire type flow rate sensor
Inventor: UENO SADATEI
IPC: G01P5/12
Filed: 1981-03-23
Abstract: PURPOSE:To obtain a hot wire type flow rate sensor which has small thermal inertia by forming a hot wire by winding a barlike or tubular base, obtained by providing metal having large thermal conductivity with an insulating film, with a linear resistance body in a coil shape. CONSTITUTION:On the outer circumferential surface of a tubular metallic base 2221, an insulating film 2222 is formed, a linear resistance body 2223 is wound around the film in a coil shape, and a protective film 2224 is formed on it. At one end of the tubular metallic base 2221, an electrode 2225 is provided. The metallic base 2221 for a hot-wire resistance body 2220, constituted as mentioned above, uses a stainless steel tube which has a 0.2phimm. external diameter, a 0.1phimm. internal diameter, and 5mm. length. As the insulating film 2222, a heat-resistive ceramic film is coated and baked. As the protective film 2224, a glass material is coated and baked; the insulating film 2222 has 50mum thickness and the protective film 2224 has 15mum thickness.
Patent JP-S60185350-A (JP)
Title: Specimen image display device
Inventor: YAMADA OSAMU
IPC: H01J37/28
Filed: 1984-03-05
Abstract: PURPOSE:To improve the operationability by moving the image on a display to match the specified position with predetermined position on the basis of a signal indicating the difference between the specified position and the predetermined position on the display. CONSTITUTION:Signals from cursor moving switches 4-7 are fed through reversible counters 8, 9 and D/A converters 10, 11 to a comparator 12 to be compared with horizontal and vertical signals 1, 2 then added with a secondary electric signal 17 from a specimen 20 to display a cross hair cursor on the screen of a cathode ray tube 13 while lapping over the specimen image. While the outputs frm the reversible counters 8, 9 are provided to a controller 15 thus to drive the pulse motors 22, 23 through a motor drive 26 and to move the specimen table 21. Consequently, the image on the display can be moved through operation of a command switch 14 to bring the viewing position automatically to predetermined position resulting in easy operation even for various scale factor.
Patent JP-S55133136-A (JP)
Title: Phase synchronizing unit
Inventor: ISOBE MITSUO
IPC: H03L7/095
Filed: 1979-04-03
Abstract: PURPOSE:To enable to obtain the output correctly corresponding to the synchronous state at all times without malfunction of the synchronous state detection circuit  section even if radio frequency (RF) impulse is incoming, when the phase control  loop is in synchronous state. CONSTITUTION:When the phase control loop A is in synchronous state and external RF impulse noise inverts the phase of carrier of input signal f1, the noise exceeding the level of zero carrier is caused at the output of the second phase comparator 5. The signal component due to noise has smaller energy in comparison with the output signal pulsive produced asynchronous state of the phase control loop A and the DC level obtained at the output terminal of the low pass filter 8 is slight. Accordingly, at the output termial of the second DC level detector 9, the output signal in response to the beat signal produced at the second phase comparator 5 is obtained when the phase control loop A is in asynchronous state.
Patent JP-H03242562-A (JP)
Title: Insulation testing apparatus
Inventor: KOBAYASHI HIROSHI
IPC: G01R27/02
Filed: 1990-02-20
Abstract: PURPOSE:To prevent an electronic machine which is connected erroneously to a line, etc. from being damaged by performing an insulation test only when a measurement result of electrostatic capacity is normal. CONSTITUTION:A master machine 1 and a sub machine 2 are connected to cables 4 to be measured, and line switching units 11, 31 are synchronized and switched over to perform measurement. A resistance measuring unit 13 measures resistance and a capacity measuring unit 14 measures capacity. The measurement is done with low voltage applied. Only when the measured capacity is within a predetermined range, insulation resistance is measured by an insulation resistance measuring unit 15 with high voltage applied. If an electronic machine or the like is connected to the line, the measured capacity value is abnormal so that no measurement of insulation resistance is not performed.
Patent JP-H09212425-A (JP)
Title: Write cache backup system
Inventor: MATSUNAGA RIICHI
IPC: G06F12/16
Filed: 1996-02-02
Abstract: PROBLEM TO BE SOLVED: To prevent data in a cache memory from being lost in case of a power source fault by writing the data in the cache memory to a backup disk and transferring data which can not be backed up from a nonvolatile memory to a host system as information. SOLUTION: When a host system 1 makes a write instruction, data are written in the cache memory 32 of a disk controller 3 through a host-side control part 31. The disk controller 3 instructs writing to the cache memory 62 to a device side control part 63 of the disk controller 6 through a drive-side bus and the data in the cache 32 are copied to the cache memory 62. If the contents of the cache memory 62 are altered, the device side control part 63 backs up the contents of the cache memory 62 on the backup disk 8 through a backup bus 7 and stores backup information on the cache memory 62 in the nonvolatile memory 64.
Patent JP-S63208055-A (JP)
Title: Electrophotographic sensitive body
Inventor: YOSHIZAWA HIDEJI
IPC: G03G5/08
Filed: 1987-02-24
Abstract: PURPOSE:To obtain an electrophotographic sensitive body which has a high traveling property of a carrier and has high resistance and excellent electric charge characteristic by using the superlattice structure constituted by laminating thin layers having optical band gaps different from each other on a photoconductive layer. CONSTITUTION:The photoconductive layer 3 is constituted of an electric charge generating layer 6 and an electric charge holding layer 5. The charge generating layer 6 is constituted by alternately laminating two fine crystalline silicon films at least one of which contains at least one kind of element among carbon, oxygen and nitrogen. The charge holding layer 5 is constituted by alternately laminating thin amorphous silicon films and thin amorphous silicon films contg. at least one kind of element among carbon, oxygen and nitrogen. The concns. of the elements in the latter thin amorphous silicon films are changed with each of the thin films in the layer thickness direction. These thin films vary in the optical band gaps and the respective thicknesses thereof are in a 30-200Angstrom range. The excellent traveling property of the carrier and high photoconductive characteristics are thereby obtd. and a sharper image is obtd.
Patent JP-H05241733-A (JP)
Title: Input error correction system for touch panel
Inventor: NAKAMURA HIROAKI
IPC: G06F3/0488
Filed: 1992-02-27
Abstract: PURPOSE:To correct the tilt of a finger in an input state and to acquire the accurate coordinates by calculating a touching point of a finger which passed through two sense surfaces based on the distances between two sense coordinates and these sense surfaces and the distance between the sense surfaces and a touch surfaces. CONSTITUTION:Many combinations of light emitting diodes 4 and phototransistors 6 are prepared for an optical touch panel and placed on the sense surfaces 2 and 3 in a matrix form. Then the cut-off of the light beam emitted from the diode 4 is detected by a finger and the relevant coordinates are acquired. In this case, the surface 2 consists of the diodes 4 and the phototransistors 6 and the surface 3 consists of light emitting diodes 5 and phototransistors 7 respectively. Then the tilt of a finger is calculated to a touch surface 1 when the finger is detected. These diodes 4 and 5 and the phototransistors 6 and 7 are set on a substrate 8 containing a control circuit and detect the cut-off of the light beams while receiving the control so as to avoid the interferences with other light beams caused by the sequential lighting.
Patent JP-H03245822-A (JP)
Title: Purification of high temperature reductive gas
Inventor: SUEHIRO MITSUGI
IPC: B01D53/94
Filed: 1990-02-23
Abstract: PURPOSE:To remove CO and a sulfur compound in gas by treating high temp. reductive gas in a CO shift reactor to convert CO in the gas to CO2 and controlling the temp. of the gas by a heat recovery apparatus to remove CO2 and the sulfur compound. CONSTITUTION:The high temp. reductive gas in a line 1 containing a sulfur compound such as H2S or COS generated in a coal gasifying furnace is supplied to a CO shift reaction apparatus 5 while the dust therein is removed by a dry dust removing apparatus 2. The reaction apparatus 5 is packed with an Fe-Cr type catalyst converting CO to CO2 and CO is converted to CO2 by shift reaction. When the gas in a line 7 issued from the reaction apparatus 5 is introduced into a CO2 sulfur compound removing apparatus 10, the CO2 and sulfur compound in the gas are adsorbed and removed by an adsorbent with high efficiency and the obtained purified gas is used as the fuel of a turbine.
Patent JP-H09226755-A (JP)
Title: Paper container for liquid with plug
Inventor: KAKIGI NORIKAZU
IPC: B65D5/74
Filed: 1996-02-28
Abstract: PROBLEM TO BE SOLVED: To easily separate and remove a tap part from a container main body when a paper container for liquid with the plug made of plastic for liquid packaging, is recovered after being sorted, recycled or disposed after usage. SOLUTION: In a hole-provided part A0 of a paper container main body A for liquid, being formed of a composite sheet for which a synthetic resin film layer is affixed on the front and rear surface sides of a paper base material sheet layer, the pour-out port part of a plug part B being formed of a pour-out port part 11 and a flange part 12, is fitted, and by affixing the internal surfaces of a superposed part of the internal surface of the container main body A and the upper surface of the flange part 12, the plug part is attached.  Then, an extension plate 13 which is extended from the outer periphery of the flange part 12 to the outside, is continuously attached between the affixed part of the internal surface of an upper plate A1 of the container main body and a hut-sealing part A2 , and at the leading end of the extension plate 13, a pull tab 14 protruding from the upper end of the hut-sealing part A2 , is provided.
Patent JP-S62198158-A (JP)
Title: Solid-stage image pickup device
Inventor: KIMATA MASAAKI
IPC: H04N5/335
Filed: 1986-02-26
Abstract: PURPOSE:To reduce the absolute value of a voltage of a selection signal by setting the potential of a partial semiconductor region to a first potential, and setting the potential of the remaining region by a second power source to a second potential of the same polarity as that of the first potential and larger absolute value to set the absolute value of the threshold voltage of a transfer gate to small value. CONSTITUTION:p-Type impurity regions 20, 30, 40 are formed on an n-type semiconductor substrate 10. A power source 50 of a voltage VPW is connected from the region 20 with the substrate 10, and a reverse bias is applied to set the potential of the region 20 to -VPW. A power source 60 of voltage VSW(VPW <VSW) is connected from the regions 30, 40 with the substrate 10, and a reverse bias is applied to set the potentials of the regions 30, 40 to -VSW. A photodetec tor 21 is formed on the region 20. A transfer gate selector 700 is formed on the region 30, and a vertical charge transfer element driver 800 is formed on the region 40. Thus, the threshold voltage of the transfer gate can be reduced as compared with that of the transfer gate of the conventional solid-stage image pickup device.
Patent JP-S60185970-A (JP)
Title: Developing device of color copying machine
Inventor: SAWAYAMA NOBORU
IPC: G03G15/01
Filed: 1984-03-06
Abstract: PURPOSE:To obtain a sharp color copy without the color mkxture of three-color toner particles by performing exposure once by using a developing sleeve composed of a fixed sleeve formed by arranging ferromagnetic bodies in stripes and a combined magnets which rotates therein. CONSTITUTION:An exposure light beam emitted from a color original is projected through a color separation filter 3 consisting of respective color filters arrayed repeatedly in stripes, and a photosensitive drum 1 is exposed only to form striped electrostatic latent images corresponding to three colors. A developer 6a scooped up by an impeller 14 is attracted by the magnet 13 in the fixed sleeve 12 to gather on ferromagnetic bodies 12b on which lines of magnetic force converge, and passages of lines of magnetic force and formed to form partial rings of the developer in respective developing devices 4-6. The electrostatic latent images which are formed at corresponding positions at the same pitch with the stripped electrostatic latent images on the drum 1 are developed selectively, and no color mixture is caused.
Patent JP-S59144719-A (JP)
Title: Gene coding interleukin-2 polypeptide, recombined dna substance containing gene, and preparation of interleukin-2 using live cell strain containing dna substance and cell
Inventor: TANIGUCHI TADATSUGU
IPC: A61K35/17
Filed: 1983-03-12
Abstract: PURPOSE:To produce a large amount of interleukin-2(IL-2 for short), by preparing the titled gene using mRNA as a template isolated from a mammalian cell capable of producing IL-2, using a live cell strain which is transformed with a recombined DNA substance having introduced the gene. CONSTITUTION:A mammalian cell producing IL-2(interleukin-2) is cultivated to give a culture, mRNA is extracted from the prepared culture by a conventional procedure, fractionated by density gradient centrifugation of sucrose to give mRNA corresponding to IL-2 as 11-12S fractions, and this is used as a template to give cDNA containing a base arrangement corresponding to an amino acid arrangement shown by the formula, having a gene coding IL-2 polypeptide. A recombined DNA substance is prepared from the cDNA and a vector DNA to be replicated with an eucaryote or procaryote, the eucaryote (e.g., vertebrate, or yeast) or procaryote (e.g., Escherichia coli) is transformed by the use of the DNA substance, and cultivated to give IL-2 polypeptide.
Patent JP-S59169689-A (JP)
Title: Electron beam welding method of erosion shield
Inventor: KOBASHIRI TOSHIO
IPC: B23K15/00
Filed: 1983-03-15
Abstract: PURPOSE:To enable continuous welding process by welding the central part between a turbine blade and an erosion shield by preceding electron beam then welding the surface part thereof by a succeeding electron beam which is decreased in energy. CONSTITUTION:An intermediate medium metal 2 is placed between a turbine blade member 1 and an erosion shield member 3, and the members 1, 3 and the metal 2 are melted by preceding electron beam 9 of a tandem type electron beam welding machine to form a weld metal 4 in the central part. A succeeding electron beam 10 which is decreased in energy is then used and a wire 5 is fed from a wire feeder 8. The beam 10 of which the focus is blurred by utilizing the waste heat of the beam 9 is irradiated to the members to form a weld metal 6 of a shallow penetration. The metal 6 is the weld metal which is highly resistant to erosion. The rear side bead is formed similarly. The integrated execution of the electron beam welding of the erosion resistant layer is thus made possible.
Patent JP-S58158680-A (JP)
Inventor: SHIMIZU YUTAKA
IPC: G09G3/20
Filed: 1982-03-15
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S59168328-A (JP)
Title: Optical-temperature measuring device
Inventor: SATOU YUUICHI
IPC: G08C23/04
Filed: 1983-03-15
Abstract: PURPOSE:To remove the restriction on a light receiving element in an optical-temperature measuring device, by using two light sources within a range, wherein the wavelength of emitted light is subjected to the change of the optical absorbing ends of a semiconductor material accompanied by the temperature change, thereby bringing the wavelengths of a reference light beam and a measuring light beam closer. CONSTITUTION:Measuring spectral light (a) having a central wavelength lambda1 is emitted from a first light source 10 through a pulse generator 18a and a driver circuit 12a. The light is propagated through a semiconductor material 6 between optical fibers 5 and 7 and received by a light receiving element 13. The light signal is stored in a computing circuit 17 through a switch circuit 15a. Reference spectral light (b) having a central wavelength lambda2 is also received and stored in the circuit 17 by the same way. By the subtraction between the two stored values, a temperature is computed. Those wavelengths lambda1 and lambda2 are made to be the values within a region, wherein changes (alpha)-(gamma) in characteristics in optical absorbing ends of the semiconductor material 6 accompanied by the temperature change is received. Therefore, the range of the wavelength of the received light of the element 13 becomes narrow, restriction on the light receiving element is removed, and the light receiving element and the like in Si series can be used.
Patent JP-H05242273-A (JP)
Title: Semiconductor integrated circuit device
Inventor: NAKAGUCHI YUKIMI
IPC: G06F11/22
Filed: 1992-02-27
Abstract: PURPOSE:To test each module in a short time with simple circuit configuration. CONSTITUTION:An input buffer 34 connected to the line between a selector 31 which selects the register 32 for prescribed input of an MPU interface circuit 17 and outputs it to an internal bus 12 via an input buffer 33 and an MPU bus 18 and which inputs test data, an output buffer 38 connected to the line between a selector 35 which selects the register 36 for prescribed output of the MPU interface circuit 17 and outputs it to the MPU bus 18 via an output buffer 37 and the internal bus 12 and outputs test result data, a test mode control line which inputs a test mode signal to select only data in the input and the output buffers 34, 38 by the selectors 31, 35 to the selectors 31, 35, and a module selection input buffer 40 connected to the line between an external address signal line 19 and an internal address signal line 13 and which outputs an address signal to select a test target module on the external address signal line 19 replying to the test mode signal to the internal address signal line 13 are provided.