baber/WOPTO huggingface dataset:
Patent JP-S59128858-A (JP)
Title: Reader of sensor signal
Inventor: KURODA YASUO
IPC: H04N1/028
Filed: 1983-01-14
Abstract: PURPOSE:To attain readout in a fast speed without uselessness in read cycle by splitting a block of a photo-reacting sensor element into blocks of an odd number and an even number and selecting and reading the blocks alternately. CONSTITUTION:Block selecting switches SW'1-SW'4 are connected in parallel with a power line lO. Photo reactive type sensor elements S'1-S'12 are connected in parallel at each three blocks at the post-stage of the switches SW'1- SW'4. A signal line of the elements S'1-S'3, S'7-S'9 of the blocks of an odd number is connected in parallel with read lines rl'1-rl'3, and the signal line of the elements S'4-S'6, S'4-S'6, S'10-S'12 of an even number of blocks is connected in parallel with read lines rl'4-rl'6. In the constitution like this, a voltage is applied sequentially in overlapping timewise with adjacent two blocks to select alternately the blocks of an odd number and an even number and read them sequentially. Thus, even if the application of a voltage is required in advance before the read, the data is read in a fast speed.
Patent JP-H04242347-A (JP)
Title: Information transfer controller
Inventor: TANIGAWA HIDEKAZU
IPC: H04L12/58
Filed: 1991-01-16
Abstract: PURPOSE:To eliminate a trouble of transmission destination setting and mis- setting by deciding automatically the transmission destination in matching the content of transmission information based on attribute information in transmission information and its group information and sending the transmission information. CONSTITUTION:A transfer destination decision section 53 receives one set or over of attribute information comprising pairs of attribute identifier representing the content of information and an attribute specifying the attribute and a group identifier representing a group to which the attribute information belongs from an input section 51 and decides a transfer destination from transfer destination information corresponding to the combination satisfying the result of collation between the attribute information and the group identifier with the combination of the transmission condition and the group identifier stored in advance in transfer control information storage section 54, a transmission information generating section 56 generates the transmission information from the entered attribute information and an information transmission section 55 sends the transmission information to the decided transfer destination. A control section 52 controls the operation of the controller.
Patent JP-H07208346-A (JP)
Title: Control device for minimum flow rate bypass valve
Inventor: GOTO KOJI
IPC: G21D1/04
Filed: 1994-01-18
Abstract: PURPOSE:To reduce load of a driver by providing a current detector operated for generating a current detection signal and a control circuit which opens and closes a minimum flow rate bypass valve upon reception of the current detection signal and an operation signal accompanied with pump operation. CONSTITUTION:A bypass line 10 on which a minimum flow rate bypasss valve 9 is arranged is branched from a discharge piping 6 and connected to a water source 4. A flow rate meter 12 is arranged on a flow rate measuring orifice 7 for indicating a supplied water amount. A pump operation signal 15 is output from a driving motor 15 accompanied with the operation of a pump 2. A current detector 17 connected to the driving motor is operated for outputting a minimum flow rate current signal 18 when current flowing to the driving motor 1 reached a preset value corresponding to a minimum flow rate of the water supply pump 2. The minimum flow rate current signal 18 and the pump operation signal 15 are inputted to a bypass valve control circuit 19 where the minimum flow rate bypass valve 9 is opened and closed by the signals 18 and 15.
Patent JP-S57117563-A (JP)
Title: Resin production
Inventor: TOBA KEITA
IPC: C08L33/12
Filed: 1981-01-13
Abstract: PURPOSE: Two kinds of polymers which are incompatible with each other are made compatible using the third polymer that is made by reaction between another polymer compatible in the one polymer and the other one to produce a new kind of polymer having good features of both polymers.  
     CONSTITUTION: When polymers A and B, which are incompatible with each other, are mixed, polymer C, which is compatible in polymer B, and has functional groups reactive with polymer A, is made to react with polymer A and the resultant polymer is used to effect the mixing of polymers A and B. While  polymer A can dissolve in the monomer of polymer B, polymer A is dissolved  in the monomer of polymer B in the presence of a copolymer of A and C, then  the monomer is polymerized to give a resin in which both of polymers A and B mutually solve in each other through polymer C. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H08191625-A (JP)
Title: Concrete for cultivating plant
Inventor: IZAKI MASAO
IPC: C04B41/50
Filed: 1995-01-13
Abstract: PURPOSE: To obtain a concrete product for cultivating plants, capable of preventing an alkaline material from dissolving out from a hardened cement material and suitable for the growth of the plants by kneading an aggregate with a cement, water and an admixture and treating the resultant kneaded mixture under specific conditions. CONSTITUTION: This concrete product 3 for cultivating plants is obtained by kneading an aggregate 31 with a cement, water and an admixture, placing the resultant kneaded mixture in a frame mold, hardening and curing the mixture, then demolding the cured material, preparing a porous concrete, impregnating the prepared porous concrete with an aqueous solution of a metallic sulfate such as copper sulfate, forming films 36 of the metallic sulfate and/or its reactional product on the hardened cement, filling a slurry comprising an artificial culture soil 33 such as peat-moss, a thickener such as sodium polyacrylate and water in void parts 34 of the porous concrete, drying the resultant filled concrete, then further spraying a thin-layer substrate 41 consisting essentially of the artificial culture soil 33, plant seeds,  a runoff preventing agent such as an asphalt emulsion and water on the surface layer 4 and subsequently drying the sprayed substrate 41.
Patent JP-H11198155-A (JP)
Title: Label for in-mold molding and production of in-mold molded article using label
Inventor: MITARAI HAJIME
IPC: B29K105/04
Filed: 1998-01-12
Abstract: PROBLEM TO BE SOLVED: To provide a label for in-mold molding good not only in the adhesiveness with a molded article (especially, a cup container by in-mold beads foam molding) but also in the adhesiveness with the outer surface of a base material sheet in an overlapped part at a time of body winding, achieved in cost reduction and capable of effectively suppressing the deposition of contaminant on a mold based on the flow of the printing layer or hot-melt resin layer of the label at the time of molding, and a method for producing an in-mold molded article using the label. SOLUTION: A label 1 is provided on the outer peripheral surface of a molded article simultaneously with the molding of the molded article in a body winding state so that the start end edge and terminal edge of the label generate an overlapped part on the outer peripheral surface of the molded article. This label 1 has such a structure that a solid printing layer 12 is directly provided on the entire surface of the single surface of a base material sheet 11 through a patternwise printing layer 12' and a hot-melt resin layer 13 is provided on the end edge part becoming the overlapped part on a printing layer 12 and the printing layers 12, 12' are constituted of a printing layers of backing printing grade laminate ink.
Patent JP-S59127852-A (JP)
Title: Semiconductor device
Inventor: UCHIDA HIROBUMI
IPC: H01L21/60
Filed: 1983-01-12
Abstract: PURPOSE:To use bump parts as connecting parts to outside electrodes, and to use pad parts for a probe inspection at a semiconductor device by a method wherein electrode groups of the plural number having the bump parts and the pad parts connected to the bump parts thereof are provided on the surface part of the semiconductor substrate of an integrted circuit. CONSTITUTION:Wiring layers 3 are provided on a silicon substrate 1, and then, a protective film 4 performed with opening of windows at the prescribed regions is formed. Then, after a titanium layer 5 and a palladium layer 6 are adhered, bump parts 2 are formed on the prescribed regions of the palladium layer 6 using a photo resist film as a pattern mask. Then, the photo resist film is removed, a photo resist mask for formation of the electrode pattern of the palladium layer 6 and the titanium layer 5 is formed, the layers are processed to the desired electrode pattern respectively according to an etching liquid, and large diametrical pad parts 8 are formed dislocating mutually the positions in structure connected to the bump parts 2. Accordingly, when the pad parts 8 are used without making the tip of a probe to come in contact with the bump parts 2, a sure and efficient inspection can be executed.
Patent JP-S60147221-A (JP)
Title: Isotope separation method
Inventor: TASHIRO HIDEO
IPC: B01D59/34
Filed: 1984-01-12
Abstract: PURPOSE:To separate isotope molecules with good efficiency, by discharging gaseous isotope molecules into a low pressure space through a nozzle to lower the temp. thereof while irradiating the cooled isotope molecules with laser beam to perfectly and selectively excite only a specific isotope molecule. CONSTITUTION:At least two kinds of gaseous isotope molecules AB, AB' are discharged into a low pressure space 7 from a high pressure tank 5 receiving said isotope molecules through a nozzle 6. Directly after the discharge from the nozzle 6, both isotope molecules are irradiated with laser beam to selectively excite only the specific isotope molecule AB'. The isotope molecules AB, AB' are contacted with a low temp. surface 8 and the non-excited isotope molecule AB is collected by the low temp. surface 8 while the excited isotope molecule AB' is flowed out from the outlet 9 of the low pressure space 7. As a result, the specific isotope molecule is excited perfectly and selectively without destructing the isotope molecules and can be separated with good efficiency.
Patent JP-H02185224-A (JP)
Title: Dish washer
Inventor: SHIBATA MASAHARU
IPC: A47L15/48
Filed: 1989-01-10
Abstract: PURPOSE:To easily simplify a structure to execute washing and drying and reduce a cost by conducting a pressurized wind with the no-load rotation of a feeding pumpt from a fountain blade into a washing room and drying a dish. CONSTITUTION:A hallow conduit shaft 21 is fixedly provided on the approximate center of the bottom part of a washing tank 1 of a washing room 6, a fountain blade 23 is attached to the conduct shaft 21 upper edge, and a feeding pump 25 is connected to the conduit shaft 21 lower edge. An suction pipe 62 is connected through an inlet valve 61 having a drying solenoid 60 to a water suction pipe 32, the water in a reservoir 14 is drained, thereafter, the suction valve 61 is opened, an air is fed through the suction pipe 62 and water suction pipe 32 to the feeding pump 25, the pressurized wind from the feeding pump 25 is fed into the washing room 6, and the dish is dried. Consequently, the simplification of a blowing mechanism, the cost reduction, etc., can be easily realized, and since the drying wind is blown off from the fountain blade, a drying unevenness can be eliminated, and even a drying time can be shortened.
Patent JP-2000198385-A (JP)
Title: Headlight controller for vehicle
Inventor: KAMIMURA HIROKI
IPC: B60Q1/12
Filed: 1999-01-11
Abstract: PROBLEM TO BE SOLVED: To protect a driver of an oncoming vehicle or another vehicle from dazzling headlight by controlling to change the irradiating state compared with an undetected state, when detecting it as a specific traveling environment, lowering the irradiating direction of the headlamp, or lowering the light quantity. SOLUTION: When detecting a road having an opposed lane by a navigation, VICS, etc., or confirming the state of approaching of an oncoming vehicle, a headlamp is so controlled not as to dazzle a driver in the oncoming vehicle with the optical axis and the light quantity set to the reference states respectively. Otherwise, the optical axis is set to upward and light quantity is intensified so that the visibility of the driver in the own vehicle is set to a sufficiently improved state. When traveling on an automobile road or a road having no sidewalk, the optical axis is set to upward and the light quantity is intensified. When traveling on a road except for the automobile road and detecting the sidewalk, the optical axis and the light quantity are set to the reference states. In traveling a curve, the light axis is so changed as to face to the turning inside.
Patent JP-S56101814-A (JP)
Title: Manufacture of thermo-welding wafer
Inventor: SHIBAMORI TAICHIROU
IPC: B29C41/34
Filed: 1980-01-17
Abstract: PURPOSE: To manufacture a thermo-welding wafer which can pack a material to be packed in a sealing shape by manufacturing the wafer by using raw material to which the amylases of commercial starch are added.  
     CONSTITUTION: 100pts. commercial starch is dissolved in 700W1,000pts. water, and 50W200pts. hot water is added to 5W20pts. starch not less than 50% amylose content and the starch is dissolved in the hot water. The commercial starch solution and a starch solution containing amylases are mixed, and heated at a temperature of 60W100°C to dextrinize the starch, and the pasty solution is applied on a rotary drum and dried and a film is formed. A thermo-welding property can be obtained by adding the amylases to the starch. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H11250268-A (JP)
Title: Graphic processor
Inventor: TANAKA YUTAKA
IPC: G06T1/00
Filed: 1999-01-11
Abstract: PROBLEM TO BE SOLVED: To provide a graphic processor added with a function for tracing a reference picture from an area in the vicinity of an input point, and extracting and inputting a featured point as a control point to be inputted for a graphic operation. SOLUTION: This processor is provided with a picture data storing means for storing picture data 26, a graphic data storing means for storing graphic data 25, a coordinate point inputting means 15 for inputting the coordinate of an input point, a display means 16 for displaying picture data and graphic data, a graphic operation processing means 21 for operating the picture data and the graphic data, a control point inputting means 23 for inputting a control pint for executing the operation of the graphic data 25 by referring the picture data, and a picture featured point recognizing means 24. Thus, a prescribed area is set in the neighborhood of the input point inputted by the coordinate point inputting means 15 so that the input point can be obtained as a control point for a graphic operation, and the prescribed area is scanned.  When the picture of the picture data 26 is present in the prescribed area, a picture point is detected, the pictures is traced to the extended direction of the picture from the detected picture point, and the traced point is applied to the control point inputting means 23 as the control point.
Patent JP-H07208993-A (JP)
Title: Visible laser target for level survey
Inventor: KITAJIMA EIICHI
IPC: G01C15/06
Filed: 1994-01-20
Abstract: PURPOSE:To facilitate the visual recognition of an optical band by making light screening members surrounding the light receiving surface allow collimating luminous fluxes to reach a light receiving surface, and eliminating the effect of disturbance luminous flux. CONSTITUTION:A light projecting device 12 is operated at a place, where a visible laser optical band 1 is hard to be observed visually. The rear surface of a light receiving surface 2 is applied on a wall surface 14, and a visible laser target 11 is moved along the wall surface 14 in the vicinity of the projected part of the optical band 1. The incident luminous fluxes from the upper, left and right sides are screened with light screening members 6a-6c. Therefore, the optical band 1, which is projected on a region 7, can be visually recognized readily when the optical band 1 enters the visually recognizing region 7 on the light receiving surface 2. Therefore, an axial line 4a and the optical band 1 overlap each other, and the positions of the target 11 in the up and down directions are tuned so that the axial line 4a comes to the center of the optical band 1 in reference to a scale 5a. A worker applies a mark on the wall surface 14 based on a marking index 3 at this time. The work is repeated at the different places of the wall surface 14 along the optical band 1. The marked points are connected with straight lines, and the setting-out work is completed.
Patent JP-S59128772-A (JP)
Title: Nonaqueous solvent battery
Inventor: YAMADA SHIYUUJI
IPC: H01M4/06
Filed: 1983-01-14
Abstract: PURPOSE:To increase discharge capacity and high rate discharge efficiency by using a porous carbon body having a specified range of porosity and pore distribution ratio as a positive electrode. CONSTITUTION:A cylindrical negative electrode 2 comprising metallic lithium is pressed in the inside of a can 1. A positive electrode 3 is placed in the inside of the negative electrode 2 with a separator 4 interposed. Thionyl chloride (SOCl2) solution containing LiAlCl4 is poured in the can 1. A porous carbon body whose porosity is 70-85% and distribution ratio of pores having a pore size of 0.1-2mum is 30% or more is used for the positive electrode. Thereby, a positive active material is easily supplied to the porous carbon body 6, and the reaction surface area is also increased. Therefore, a lithium-thionyl chloride battery having good high rate discharge performance and large discharge capacity is provided.
Patent JP-H08195565-A (JP)
Title: Manufacture of multi-layer wiring structure and semiconductor device
Inventor: UEDA ATSUSHI
IPC: H01L21/768
Filed: 1995-01-17
Abstract: PURPOSE: To provide a polyimide resin precursor of a specific composition with sufficient photosensitivity by adding acrylic acid and/or methacrylic acid to it and to flatten differences in the levels of wiring through interlayer isolation. CONSTITUTION: In the presence of solvent, 1.6 to 2 mols of monohydric alcohol with the number of carbon under 4 is added to 1mol of aromatic tetrabasic acid dianhydride and heated on a patterned substrate. Diester is used for all or part of the tetrabasic acid dianhydride, a photosensitive polymer composition, including a polyimide resin precursor 100 by weight and acrylic acid and/or methacrylic acid 1 to 400 by weight obtained by allowing 0.2 to 1mol of an amine compound and 0 to 0.8mol of a diamine compound, which are expressed by a formula (in the formula R<1> is an aromatic cyclic group, R<2> is a hydrocarbon group with the number of hydrogen or carbon under 3, and one R<2> may be different from another) to react with each other in the total quantity of 1mol of the amin compound and the diamine compound, is coated, dried, exposure-developed, and hardened.  And an interlayer insulating film 51 and an upper wiring layer 7 are formed. This enables photosensitivity to be retained and differences in wiring levels to be eliminated.
Patent JP-S59128863-A (JP)
Title: Multi-color reader
Inventor: AOKI KENJI
IPC: H04N1/48
Filed: 1983-01-14
Abstract: PURPOSE:To realize the combination of chrominance signals of optional hues with an inexpensive constitution by using a hybrid arranging nematic liquid crystal device for a variable optical filter arranged on an optical path from a lighting device to an optical sensor. CONSTITUTION:The multi-color reader consists of an original carrying device 20, a lighting device comprising a light source 11 and a driver 12, an image forming device 7, an optical sensor comprising a line image sensor 8 and a signal processing circuit 9, a chrominance signal processing circuit 10, a variable optical filter 13 and a controller 14 or the like. In this constitution, the hybrid arranging nematic liquid crystal device is used for the filter 13. Since the transmittivity at eash wavelength depends on an applied voltage to the liquid crystal device, the device acts like a color filter transmitting selectively light.
Patent JP-H07193877-A (JP)
Title: Rack for av apparatus
Inventor: KIMURA NAOAKI
IPC: H04B10/00
Filed: 1992-01-14
Abstract: PURPOSE:To prevent signal interference of an AV controller sending a signal in the inside of the rack by providing a door of a structure transmitting a visual ray and not transmitting a near infrared ray used for a remote control frequency to a front side of a rack containing each AV apparatus. CONSTITUTION:A signal from a remote control receiver 7 for AV controller is reached to a remote control receiver 8 of the controller and converted into a control signal for each of AV apparatus 2, 3 and a signal is sent from a re-transmission LED 6 to a remote control receiver 9 of the apparatus 2, 3 to activate the apparatus 2, 3. In this case, a front door 5 interrupts the signal from the transmitter 7 to prevent interference with the signal from the LED 6 in the inside of the rack and the signal from the LED 6 is surely sent to a reception section 9 of the apparatus 2, 3 to reflect the signal. Through the constitution above, the front door 5 is made of a smoke glass plate 10 or made of a conventional glass plate having a multi-layer film 11 made of a dielectric material and the signal from the transmitter 9 is attenuated through the glass plate 10 and the multi-layer film 11 so that the signal does not reach the inside of the rack.
Patent JP-S57123889-A (JP)
Title: Preparation of single crystal
Inventor: KOKUBU YOSHIHIRO
IPC: H01L21/208
Filed: 1981-01-17
Abstract: PURPOSE: In preparing a single crystal of compound semiconductor by liquid capsule pulling up process, to suppress the decomposition of seed crystal and to prepare a high-purity single crystal in high yield, by pulling up the seed crystal while its surface is being covered with an inert melt.  
     CONSTITUTION: A raw material for compound semiconductor such as GaAs, etc. is put in the crucible 2 in the pressure container 1, heated by the heater 5 to give the melt GaAs 3, which is covered with the melt B 2 O 3  4 as the capsule material. The mobile crucible 6 for seed crystal is placed at the upper part of the container 1, and the B 2 O 3  8 in it is melted under heating by the heater 7. The seed crystal 10 is immersed in the melt B 2 O 3  while being rotated together with the jig 9 in a state wherein the container 1 is at 1 or more atm. by an inert gas, and its surface is covered with the melt B 2 O 3 . Immediately after this, the crucible 6 is moved to the side, the seed crystal 10 covered with the melt B 2 O 3  is immersed in the melt GaAs 3, and pulled up gradually, to give high-purity single crystal of GaAs. 
     COPYRIGHT: (C)1982,JPO&Japio