baber/WOPTO huggingface dataset:
Patent JP-H04139214-A (JP)
Title: Production of polyaniline
Inventor: OGAKI KATSUHIKO
IPC: C09K9/02
Filed: 1990-09-29
Abstract: PURPOSE:To obtain polyaniline film having a uniform film thickness and storing adhesion by forming a transparent electrically conductive film on a substrate, dipping the resultant substrate in an electrolyte containing aniline monomer mixed with an acidic aqueous solution and carrying out electrolytic oxidative polymerization in two stages under specific conditions. CONSTITUTION:A transparent electrically conductive film is initially formed on a substrate. The resultant substrate as one of electrodes is then dipped in an electrolyte containing aniline monomer mixed with an acidic aqueous solution to carry out electrolytic oxidative polymerization. In the process, the concentrations of the aniline monomer and the acidic aqueous solution are respectively regulated to 0.1-1 mol/l and the current density is regulated to 10muA/cm<2> to 1 mA/cm<2> to perform the electrolytic oxidative polymerization in the first stage. Thereby, a polyaniline film having 100-700Angstrom thickness is formed. The substrate having the aforementioned polyaniline film is then dipped in an electrolyte of the acidic aqueous film is then dipped in an electrolyte of the acidic aqueous solution and the aniline monomer respectively regulated to 0.1-1mol/l concentration to carry out the electrolytic oxidative polymerization in the second stage. As a result, the objective film is obtained.
Patent JP-H01103384-A (JP)
Title: Video signal reproducing device
Inventor: MIHASHI TAKAMICHI
IPC: H04N5/93
Filed: 1987-10-16
Abstract: PURPOSE:To obtain a luminance signal with wide band and excellent phase characteristic by providing a trap circuit tapping plural frequency signals having a close different frequency between adjacent tracks included in a reproduced video signal. CONSTITUTION:A reproduced video signal from a couple of rotary magnetic heads Ha, Hb is fed to a trap circuit 4 via contacts (a), (b), (m) and a reproducing amplifier 3 for changeover switch 1 having fixed contacts (a), (b) and a moving contact (m). When the contact (m) of the switch 1 is thrown to the position of the contact (a), the frequency characteristic of the circuit 4 is formed by using the circuit 4 to trap the frequency modulation audio signal in the reproduction signal from the head Ha. When the contact (m) is thrown to the position of contact (b), the frequency modulation audio signal in the reproduced signal from the head Hb is trapped by the circuit 4 in the frequency characteristic of the circuit 4. Thus, the frequency characteristic of the circuit 4 has a narrow band and less steepness and the luminance signal outputted to an output terminal 7 has a wide band and excellent phase characteristic in response to the changeover of the switch 1.
Patent JP-H11102148-A (JP)
Title: Control device
Inventor: MASUI TAKANORI
IPC: G03G21/04
Filed: 1997-09-26
Abstract: PROBLEM TO BE SOLVED: To control the charging information of a user even in environment where an image reader and an image output device are network-connected by receiving a signal (job completion signal) showing the completion of the execution of a job concerning output processing and updating the charging information of the user. SOLUTION: At the time of completing the execution of the job on the image data in the image output device 11, the device ID of the device 11 and the job completion signal including functional information used for the output processing in the device 11 are communicated to the reader 9 through a network 10 from the device 11. At such a time, the reader 9 receiving the job completion signal communicates the job completion signal to the control device 1. Whether or not the job completion signal communicated from the reader 9 is received through a serial interface 6 is decided. At the point of time when the job completion signal is received, the charging information of an ID card is updated in accordance with the contents of the execution of the job based on the job completion signal.
Patent JP-2000092095-A (JP)
Title: Cyclic transmission method
Inventor: HARAGUCHI HIROO
IPC: H04L29/10
Filed: 1998-09-16
Abstract: PROBLEM TO BE SOLVED: To improve communication and to simplify a device. SOLUTION: A communication controller 1 is provided with a cyclic transmission application 13, and at the time of transmitting control data, a broadcasting address, a present station MAC address, a data length and the control data are provided in data and the cyclic transmission application 13 operates a LAN controller 11 through a driver 12 and performs cyclic transmission. At the time of receiving the control data 3, the driver 11 checks the frame type of reception data, judges that they are cyclic transmission data when the value is one of 0-1500 and delivers the reception data to the cyclic transmission application 13 and delivers the reception data to internet protocol stack parts 14 and 15 when the frame type is an internet protocol.
Patent JP-S63233792-A (JP)
Title: Dna fragment containing alkaline cellulase gene, recombinant plasmid and recombinant microorganism containing said dna fragment
Inventor: OZAKI KATSUYA
IPC: C12N15/09
Filed: 1987-10-16
Abstract: PURPOSE:To efficiently produce alkaline cellulase K, by preparing a recombinant microorganism having a recombinant plasmid, consisting of base pairs of about 4.0kb and coding the alkaline cellulase K. CONSTITUTION:A recombinant plasmid containing a DNA fragment, coding an alkaline cellulase K and consisting of base pairs of about 4.0kb is formed. The resultant plasmid is used to prepare a transformant. Preferred examples of the transformed recombinant microorganism are Escherichia coli HB101 (pBC101), HB101 (pBC102) strains, etc. The recombinant microorganism is cultivated in a culture medium normally used for cultivating bacteria of the genus Escherichia coli, e.g. LB culture medium, to produce the aimed alkaline cellulase K in the microbial cells. The optimum pH of the produced enzyme is about 8-10.
Patent JP-2000076797-A (JP)
Title: Temperature/voltage compensating circuit
Inventor: SHIH SHIH-MING
IPC: G11B20/10
Filed: 1999-09-16
Abstract: PROBLEM TO BE SOLVED: To provide a temperature/voltage compensating circuit compensating variation in a supply level of temperature and voltage of a read-out system of a storage device. SOLUTION: This circuit is a temperature/voltage compensating circuit characterized in that the circuit is provided with a first current mirror 1230 having a current terminal 1232 connected to a tuning current input terminal 871, a grounded power source terminal 1233 and a current terminal 1231, with a second current mirror 1230 having a current terminal 1242 connected to the current terminal 1231 of the first current mirror 1230, a power source terminal 1243 to which positive supply voltage is applied and a current terminal 1241, and with a matching transistor 1220 having a power source terminal 1221 connected to a voltage input terminal 872 and the current terminal 1241 of the second current mirror 1240, a control terminal 1222 connected to the tuning current input terminal 871 and the voltage output terminal 873 and a grounded power source terminal 1223.
Patent JP-2000085169-A (JP)
Title: Thermal head and production thereof
Inventor: SHIRAKAWA KYOJI
IPC: B41J2/335
Filed: 1998-09-16
Abstract: PROBLEM TO BE SOLVED: To enhance production quality, print heat efficiency and print quality by decreasing electrical resistance while improving adhesion of a common conductive layer thereby reducing heat generation loss. SOLUTION: At least a heat insulation layer 2, common conductive layers 4a-4e, interlayer insulation layers 5a, 5b having contact holes 6, a plurality of heating resistors 9, individual electrodes 8a, 8b being connected with the heating resistors 9, and common electrodes 7a, 7b for connecting the common conductive layers 4a-4e, electrically with the heating resistors through the contact holes 6 are laminated on the upper surface of a heat dissipating plate 1. The common conductive layers 4a-4e include five layers, i.e., a first common conductive layer 4a of Ta cermet, a second common conductive layer 4b of Cr, a third common conductive layer 4c of Cu, a fourth common conductive layer 4d of Cr, and a fifth common conductive layer 4e of Ta cermet laminated sequentially.
Patent JP-H02108387-A (JP)
Title: Demagnetizing method for color cathode-ray tube
Inventor: SATO HIDEKI
IPC: H04N9/29
Filed: 1988-10-18
Abstract: PURPOSE:To prevent noise caused by demagnetization from projecting on a cathode-ray tube display device by demagnetizing the cathode-ray tube in a vertical fly-back interval subsequently to the memory fetching period of an information signal. CONSTITUTION:Central processing unit 5 synchronizes with the supply of the trigger of a transmitter 2 by a CRT controller 4, sends a signal to a DMA controller 7, stores a transmission signal and a reception reflection signal being digitized by an A/D converter 3 into an RAM 6, and further transfers to a picture memory device 9. When the above-mentioned operation is completed, the controller 4 gives a trigger output to a demagnetization output port 13, flows a demagnetization alternating current into a demagnetization circuit 14, and demagnetizes a cathode-ray tube 12. Thus, the noise due to the demagnetization is prevented frombeing projected on the cathode-ray tube display device together with a detection information signal. Consequently, such a possibility that a noise image is mistaken as a necessary image is avoided.
Patent JP-H06115978-A (JP)
Title: Fire-resistant glass
Inventor: ITO HIROSHI
IPC: C03C27/06
Filed: 1992-09-30
Abstract: PURPOSE:To produce a fire-resistant glass excellent in fire resistance performance, stable over a long period and resistive to degeneration and deterioration by setting a spacer at the peripheral parts between a pair of glass plates and filling the space between the plates with an aqueous gel composition. CONSTITUTION:The respective facing surface sides of one or more pairs of glass plates arranged leaving a space are treated with a silane coupling agent (e.g. vinyl trimethoxysilane) in advance. A spacer is set through an adhesive (e.g. a polyisobutylene-based rubber adhesive) at the peripheral parts between the pair of glass plates and a sealant (e.g. a silicone-based sealant) is made to adhere to the outer peripheral parts of the spacer. Thereby, a body unit is formed and the space framed by the spacer between the plates is then filled with an aqueous gel containing a polymer of a (meth)acrylic amide derivative represented by formula I or II, fine particles of a metal oxide (e.g. silicon dioxide), an aqueous medium and an antifreezing agent. As the aqueous gel, one exhibiting transparency within a range of low temperature to ordinary temperature, whitening at 50 to 110 deg.C and reversibly changing from the transparent state to the whitened state is used.
Patent JP-H08102981-A (JP)
Title: Job distribution system
Inventor: KAWASAKI TAKASHI
IPC: G06F15/00
Filed: 1994-10-02
Abstract: PURPOSE: To distribute jobs and to aid checking for processing and matching performance efficiently by informing a job to a server in a job record form from each terminal equipment, allowing multiple address communication to terminal equipment groups being expert job groups of the job of the kind from the server and requesting the job only to a replied terminal equipment. CONSTITUTION: A job record generating means 11 of a terminal equipment 1 generates a job record 4 whose job content is set on the occurrence of a job and informs the record to a server 2. A job distribution means 3 of the server 2 makes multiple address communication of job request to all expert terminal equipments 1 and sends the record 4 to a terminal equipment 1 returning its reply to request the job. On the other hand, cancellation of job request is informed to other terminal equipments 1 not returning the reply. The terminal equipment 1 accepting the job request displays a content of the record on the screen or corrects or requests processing to an external device and returns the result to the server 2, which makes control and management of jobs.  Thus, jobs are distributed to plural expert terminals, in which the jobs are processed efficiently and the matching performance is checked.
Patent JP-H10108534-A (JP)
Title: Swinging sorting device for thresher
Inventor: AKIYAMA TAKAO
IPC: A01F12/32
Filed: 1996-10-02
Abstract: PROBLEM TO BE SOLVED: To prevent the clogging phenomenon of threshed grains during transfer. SOLUTION: A sorting chamber is constituted by performing arrangement in the order of a transfer shelf 12, a chaff sheave 13 and a straw rack 14 from the upstream side of a grain sorting direction at the lower part of a threshing chamber 5 and freely swingably disposing an integrally framed swinging sorting shelf 15. For the transfer shelf 12, the upper part of the grain sorting direction is turned to an inclined transfer shelf 12a, a lower part is turned to an auxiliary transfer shelf 12b and they are connected and provided on the lower part of a sorting net. The inclined transfer shelf 12a supplies a guiding inclination lower than the other side to the side of a feed chain 9 and is provided with a guiding transfer rod on the upper surface and the auxiliary transfer shelf 12b is constituted so as to be kept in an almost horizontal state.  For the inclined transfer shelf 12a, a terminating part connected to the auxiliary transfer shelf 12b is positioned on the upstream side of the grain sorting direction from a middle side plate and a wide processing space (a) is formed with the middle side plate 4.
Patent JP-2000091457-A (JP)
Title: Semiconductor device
Inventor: HIRAI HIROYUKI
IPC: H01L23/02
Filed: 1998-09-16
Abstract: PROBLEM TO BE SOLVED: To cool a semiconductor element irrespective of the structure mounted on a wiring substrate with flip-chip connection. SOLUTION: This semiconductor device 11 is equipped with a wiring substrate 13, a semiconductor element 12, a metal cap 14, and resin 21. The semiconductor element 12 is mounted on the wiring substrate 13 with flip-chip connection. The metal cap 14 is so arranged to airtightly seal the region of the wiring substrate 13, where the semiconductor element 12 is mounted. The resin 21 is interposed between the opposite surface of the semiconductor element 12 from the wiring substrate 13 and the internal surface of the metal cap 14. Moreover, the metal cap 14 has a hole 20 formed at a position corresponding to the semiconductor element 12.
Patent JP-S63116239-A (JP)
Title: Stack control system for processor
Inventor: HORII NOBUO
IPC: G06F9/46
Filed: 1986-11-04
Abstract: PURPOSE:To prevent the generation of an abnormal operation or a runaway caused by the destruction of a data area other than a stack area or a program area by providing the titled system with a processor unit part and a stack unit part. CONSTITUTION:A stack area register part 111 in the stack unit part 11 stores an address in a stack area range set up by a microprocessor part 100 in the processor unit 10 and generates an interruption received by a maskable interruption control part 102. After receiving the interruption, stack operation is started and a stack area detecting part 112 compares a stack area access address based upon the stack operation with the range of a stack area in the register part 111 through a stack operation detecting part 110. At the time of accessing a stack area other than the range, a non-maskable interruption is instructed to the processor part 100 through a stack interruption part 113 or the like and the processor part 100 receiving the instruction displays a corresponding abnormal state and then processes restoring operation.
Patent JP-H07121349-A (JP)
Title: Cursor display controller
Inventor: WATANABE TOMOYUKI
IPC: G06F3/0481
Filed: 1993-10-20
Abstract: PURPOSE:To immediately and easily understand the position of a cursor, to display the cursor of an optional shape and to easily visibly display the cursor while matching the shape to be displayed with the position on the screen by displaying a point or the like at the position of the cursor inside a small sub window provided on a screen relating to a cursor display controller for displaying the cursor at the optional position on the screen. CONSTITUTION:This controller is provided with the screen 1 for displaying the cursor 11 at the optional position, the small sub window 2 provided on the screen 1 for displaying the relative position of the cursor 11 on the screen 1 and a cursor display means 41 for moving the cursor 11 displayed on the screen 1 to the corresponding position, also moving the point (or a mark) to the position on the sub window 2 corresponding to the position after the movement and displaying it corresponding to a moving instruction by a cursor operation.
Patent JP-2000070059-A (JP)
Title: Wagon with partition
Inventor: SHIMOKAWA HIROMICHI
IPC: A47B83/00
Filed: 1998-09-02
Abstract: PROBLEM TO BE SOLVED: To freely move a partition and a wagon to a place with operability for a user by mounting a shelf plate or a basket on a column freely erected and moved by legs so that the shelf plate and the basket may rise and fall and hanging a detaching or winding up screen member on an upper part of this column via a supporting body. SOLUTION: At a lower end of a ball-shaped column 1 formed by a pipe material, leg members 2 are arranged so as to form a radiation shape and are mounted. At a tip of each of the leg members 2, a caster 3 is fixed. An intermediate part of the column 1 is bifurcated, a shallow bottom basket 4 and a shelf plate 5 are arranged, the widths of these basket 4 and the shelf plate 5 are made substantially the same, and the basket 4 and the shelf plate 5 are mounted on supporting plates 4a, 5a mounted on the column 1 at their horizontal attitudes. Further, a detaching or winding up screen member 8 is hung on the upper part of the column 1 via a hunger member 6 to be a supporting body.
Patent JP-H04138408-A (JP)
Title: Immersion oil for microscope
Inventor: TSUCHINO MASAMICHI
IPC: G02B21/00
Filed: 1990-09-28
Abstract: PURPOSE:To obtain the immersion oil for microscopes which has a high refractive index and high transparency, has no solubility in plastic materials and is low and nontoxic to the human body by constituting this oil of one kind of the compds. selected from specific compds. CONSTITUTION:This immersion oil is constituted of at least one kind of the compds. selected from the compds. expressed by formula I. In the formula I, R1, R2, R3, R4, R5, R6, R7, and R8 denote a lower alkyl group or phenyl group; n is preferably 1 to 3 and the lower alkyl group is preferably up to about 5C alkyl groups. The immersion oil for microscopes which has the high refractive index, is thereby improved in resolving power, allows the easy designing of a front end objective lens and has not solubility in the plastic materials is obtd. in this way.
Patent JP-S62123124-A (JP)
Title: Production of mineral active water in high concentration
Inventor: OTOMO KENYA
IPC: A61K35/02
Filed: 1985-11-21
Abstract: PURPOSE:To obtain the titled active water having synergistically enhanced mineral effect, by chemically treating an ore called medicinal stone readily eluting mineral, mixing the resultant strongly acidic active water with strongly alkaline active water in a high concentration obtained from oyster or scallop shells and adjusting the pH. CONSTITUTION:An ore, e.g. quartz porphyry or quartz trachite, etc., capable of readily eluting mineral is finely powdered, dipped in a sulfuric acid solution in 25% concentration, heated and stirred to prepare an acidic solution containing the eluted mineral. On the other hand, oyster or scallop shells are fired in an electric furnace at 2,000 deg.C to give fine strong electrolytic calcium powder, which is then dissolved in water to prepare an alkaline solution. The above-mentioned acidic solution is neutralized with the alkaline solution and pH is adjusted to give the aimed mineral active water in a high concentration. The neutralization can be carried out without deteriorating the mineral and ionizing action of ths strongly acidic active water. The amount of minor elements in the sea, e.g. Ca, Mg, P, etc., lacking in igneous rock can be further increased.
Patent JP-H05889-A (JP)
Title: Vapor phase synthesis and device for executing this synthesis
Inventor: HAYASHI YASUAKI
IPC: C30B25/02
Filed: 1991-10-09
Abstract: PURPOSE:To easily and exactly obtain a diamond thin film by evaluating and controlling the nucleus generation density from a change in the parameter angle of a polarization analysis during the formation of this film. CONSTITUTION:The vapor phase synthesizing device 1 is produced by disposing a synthesizing chamber 2, a light source section 15 which projects polarized light, a light incident window 13, a light exit window 14, a photodetecting part 18 for reflected light, a data processing system 19 for measuring the nucleus generation density by receiving the output signal from the photodetecting part 18, etc. Gaseous methane is then released from a discharge tube 5 into the chamber 2 and the inside of the chamber 2 is maintained under about 27KPa by a vacuum discharge system 6. About 5A/cm<2> discharge current is discharged from a discharge electrode 4 while the substrate (m) consisting of Si, etc., is maintained at a desired temp. The change in the parameter angle is then monitored by a polarization analyzing device 10 and the diamond thin film is synthesized in the vapor phase while the opening and closing of a flow rate regulator 21 is controlled by the control voltage outputted from a system 19 in such a manner that the nucleus generation density N attains >=10 pieces/cm<2>.
Patent JP-H07123248-A (JP)
Title: Method and device for processing picture
Inventor: TSUJIMOTO TAKUYA
IPC: G06T5/00
Filed: 1993-10-20
Abstract: PURPOSE:To discriminate the degree of each of characters and intermediate tone and to discriminate the attribute in details by using plural parameters and discriminate the attribute of a picture based on the correlation of them. CONSTITUTION:An analog video signal read by a scanner 101 is fed to a pre- processing section 102 to quantize the signal into digital picture data. The picture data are brightness data, which are sent respectively to an edge emphasis circuit 104 and a parameter extract circuit 105 through a selector 103. The circuit 104 conducts picture edge emphasis processing and gives emphasized data to a brightness density control section 106. Furthermore, the circuit 105 obtains a parameter to send the parameter to an attribute discrimination section 108. The conversion section 106 converts brightness density of the brightness data and a density correction section 107 corrects the density for the converted density data. A discrimination section 108 uses the parameter obtained through attribute discrimination parameter extract processing to discriminate the attribute and a selector 109 selects any of plural density values to be converted based on the result of discrimination and the selected density is subject to thresholding processing by an error spread processing section 109.