baber/WOPTO huggingface dataset:
Patent JP-H06199685-A (JP)
Title: Fibrin sealing composition and method for using it
Inventor: PIITAA ANDORIYUU DEIBITSUDO ED
IPC: A61K38/39
Filed: 1993-10-08
Abstract: PURPOSE: To form a fibrin sealant which is safe without the contamination with viruses, etc., by bringing a fibrin monomer-contg. compsn. into contact with the section desired to be stanched, etc., and simultaneously converting the fibrin monomer to a fibrin polymer. CONSTITUTION: The compsn. contg. the fibrin monomer (more adequately fibrin enomoner) is brought into contact with the desired section, such as the section to be stanched or the sutured section of tissues and simultaneously the fibrin monomer is converted to the fibrin polymer preferably before 3 seconds of the contact and within 0.5 minutes after the contact. The conversion of the fibrin monomer to the fibrin polymer is executed by bringing an alkaline buffer soln., such as 0.5 to 0.75 M sodium carbonate/sodium bicarbonate, into contact with the compsn. described above in the case the fibrin monomer is obtd. by solubilizing, for example, the non-cross-linked fibrin obtd. from the blood with the acid buffer soln. The non-cross-linked fibrin is preferably obtd. by acting thrombin-like enzyme on plasma. This enzyme is preferably battroxobin.
Patent JP-H08126210-A (JP)
Title: Parallel off control device for commercial power supply linkage private generator
Inventor: SATO KAZUNORI
IPC: H02P9/04
Filed: 1994-10-24
Abstract: PURPOSE: To ensure operation of an important load by separating a general load from a private generator to prevent its overload while operating parallel off the private generator from a commercial power supply by a signal detected by instantaneous interruption before interrupting the commercial power supply. CONSTITUTION: A parallel off control device 1 for a commercial power supply linkage private generator introduces power from special high voltage trunk lines 11, 12 lowers voltage transformers TR1 to TR3, and distributes power to high voltage distribution lines W1 to W3 of three systems. A general load L1 of lighting or the like is connected to the lines W1 to W3, to distribute private power from the lines W2, W3 to a high voltage bus W4 through distribution lines 13, 14. Breakers 52F24, 52F31 and 52F1T, 52R1S and a direction short-circuit relay DSR are connected in series to the distribution lines 13, 14. General loads L2 to L4, breakers 52FB1, 52FB2, 52FG, 52GB1 and 52FBS are connected to the high voltage bus 4. The private generator G, having a capacity of covering an important lad L5, is always operated. When the relay DSR is actuated, the breaker 52FB1 is interrupted.  In this way, operation of the important load L5 is ensured to be continued.
Patent JP-S62143092-A (JP)
Inventor: KASAHARA SHIGERU
IPC: G09G1/02
Filed: 1985-12-17
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-S63137919-A (JP)
Title: Resin composition and semiconductor device sealed therewith
Inventor: NISHIKAWA AKIO
IPC: H01L23/31
Filed: 1986-12-01
Abstract: PURPOSE:To obtain the titled composition, containing a polyfunctional epoxy compound and metal salt monomer or polymer of a specific structure and useful for semiconductor devices having a possibility of the operation with high reliability even when allowed to stand under high temperature and humidity condition for a long period. CONSTITUTION:A composition obtained by, e.g. kneading (A) a polyfunctional epoxy compound with (B) a metal salt monomer and/or polymer expressed by formula I (X is various substitution products; Mx is metal) and/or formula II while heating, etc. Furthermore, bisphenol A diglycidyl ether, etc., are preferably used as the component (A) and calcium acrylate, etc., are preferably used as the component (B).
Patent JP-H02130244-A (JP)
Title: Controller for engine revolution speed
Inventor: SHIMOMURA SETSUHIRO
IPC: F02D41/16
Filed: 1988-11-09
Abstract: PURPOSE:To suppress the variation of revolution speed by setting the control quantity in the intake air quantity control in the direction for reducing the difference between the revolution speed of the engine and a desired revolution speed and controlling an air quantity adjusting means according to the control quantity which is corrected by the correction value corresponding to the output electric current of a power generator. CONSTITUTION:On the basis of the difference DELTAn between the revolution speed 'ne' of an engine 1 and an aimed revolution speed 'nt', a revolution speed adjustor 62 sets the intake quantity in the direction for reducing the difference DELTAn, and outputs the intake quantity as the revolution speed adjusting signal QT into an adder 150. An intake quantity adjustor 120 detects the electric current (i) supplied from a power generator 101 into a variety of electric loads 141 and 142 and a battery 130 by an electric current sensor 110, and the necessary intake quantity Qe is outputted, by receiving the electric current value (i) and the temperature T supplied from a temperature sensor 160, as input. The output Q = QT + Qe of the adder 150 is the intake quantity necessary for the engine, and inputted into a driving device 7, and converted to the duty signal D, and the average opening degree of a solenoid valve 8 is determined in accordance, and a prescribed flow rate can be obtained.
Patent JP-H01125994-A (JP)
Title: Semiconductor laser unit
Inventor: IMAMURA TOMOATSU
IPC: G03G15/04
Filed: 1987-11-11
Abstract: PURPOSE:To eliminate power adjustment at the time of replacement of a semiconductor laser unit by a method wherein a monitor output amplifier whose gain is adjustable and a reference voltage generating circuit are provided in the semiconductor laser unit. CONSTITUTION:An monitor output amplifier 8 and a reference voltage generating circuit 9 are provided on the printed circuit board 6 of a semiconductor laser unit 7. The amplifier 8 is composed of an operational amplifier 81 and a variable resistor 82 for gain adjustment. The reference voltage generating circuit 9 is composed of a resistor 91 and a Zener diode 92 which are connected in series between a source terminal to which a source voltage VCC is applied and a ground and a Zener voltage is outputted as an internal reference voltage Vr. The Zener voltage is so selected beforehand as to have the output voltage Vm of the amplifier 8 and to have that voltage Vm as the internal reference voltage Vr. If the unit 7 is adjusted beforehand like this, the replacement operation of the unit can be performed at site without using a power meter 13.
Patent JP-H10233093-A (JP)
Title: Memory cell matrix for semiconductor integrated microcontroller
Inventor: PELAGALLI SERGIO
IPC: H01L27/108
Filed: 1997-10-17
Abstract: PROBLEM TO BE SOLVED: To optimize an accupancy ratio of a circuit area by making a height of a matrix adjustable for making the number of row and column selection bits of the matrix of plural memory cells constituted of row and column forms a proper number. SOLUTION: A memory matrix 10 is provided with a decoder 11 for selecting one column in the matrix, and is provided with a similar row decoder 12 for selecting one row in the matrix. Further, it is provided with the height X equal to 43 memory cells. For selecting one column, by using six pieces of least-digital bits (A5-A0) of a memory address, the matter that 64 columns are selected is made possible. The height of the matrix is decided by the number X of columns, and the width of the matrix is imparted by a variable Y depending on a whole capacity of a memory. Thus, pairs of respective rows are provided with 42 residual parts without having corresponding physical positions in the memory matrix 10.
Patent JP-H01126696-A (JP)
Title: Voice feature extractor
Inventor: ISO KENICHI
IPC: G10L25/00
Filed: 1987-11-11
Abstract: PURPOSE: To output feature vectors at intervals of an adaptive time by using time variation information of a signal extracted for each channel of a filter bank to adaptively determine the timing of extraction of a feature vector. CONSTITUTION: A variance detection part 1 of each channel calculates the variation with time from the filter output of the channel at each time and outputs. it to a feature extraction part 2. This part 2 uses inputs from variance detection parts 1 of all channels to discriminate whether a feature vector should be outputted or not, and the feature vector is outputted in accordance with the discrimination result. A threshold setting part 3 sets a threshold to infinity only for a certain time when the feature extraction part 2 outputs the feature vector. Thus, the feature vector is extracted adaptively at a low rate in a steady part and at a high rate in a non-steady part in accordance with the variance with time of the voice.
Patent JP-H03147800-A (JP)
Title: Nucleic acid-immobilizing anchor and its regulation
Inventor: KONDO TOSHIHIKO
IPC: C12N15/10
Filed: 1989-11-02
Abstract: PURPOSE:To obtain the title anchor for the high-yield, high-efficiency separation and purification of DNA-bound proteins by putting a functional group capable of binding to a solid carrier at one end of nucleic acid fragment followed by binding the frictional group, to the solid carrier activated. CONSTITUTION:A functional group (e.g. sulfhydryl group) capable of binding to a desired solid carrier is put at one end of nucleic acid fragment, and poly dT sequence is put at the other end to bind a nucleic acid probe having poly A strand to this poly dT sequence, and the resulting probe is brought into contact with the solid carrier activated with a functional group (e.g. maleimide group) reactive with the former functional group to effect binding the nucleic acid to said solid carrier by the reaction between these functional groups, thus obtaining the objective nucleic acid-immobilized anchor. When the former functional group is an aliphatic primary amino group, the nucleic acid can be bound to the solid carrier by a reaction following activation of said carrier with succinymisyl group.
Patent JP-2001109921-A (JP)
Title: Communication system between road and vehicle
Inventor: KONDO TAKASHI
IPC: G07B15/00
Filed: 1999-10-06
Abstract: PROBLEM TO BE SOLVED: To precisely execute communications at the time of a snowfall or when mud and dirt adhere to front window. SOLUTION: The intensity of the received electric field of an on-vehicle unit is compared with a prescribed reference value. When it exceeds the reference value, the communication format 1 of regular communication speed is selected (S130). When it becomes below the value, a communication format 2 whose communication speed is slow is selected (S160). A deceleration command is outputted at velocity speed (S170). Even at the time of a snowfall or when mud and dirt adhere to a front window, an interference component due to them is made to be relatively smaller compared to a signal component and therefore communication can precisely be executed.
Patent JP-H03148000-A (JP)
Title: Lock bolt using shape-memory alloy
Inventor: SATOU HISAHIRO
IPC: F16B13/06
Filed: 1989-11-01
Abstract: PURPOSE:To immediately confirm an extension effect after application, by inserting a shape-memory alloy pipe processed with a smaller outer diameter than a hole bored in a rock thereinto, heating it, and enlarging it until the memorized outer diameter. CONSTITUTION:A hole with an inner diameter D2 is bored in a rock and a pipe is prepared so that it is made of a shape-memory alloy 1 with the diameter D1 so as to be D1>=D2. Next, this pipe is processed for the diameter D3 thereof to be of D2>D3 to constitute a lock bolt and then this pipe is inserted into the hole with the inner diameter D2. Next, the lock bolt is heated by means of ejection of high temperature steam from an ejection pipe 4 for instance to enlarged the outer diameter until a previously memorized diameter D1. In this case, a rugged coarse surface is provided on the outer peripheral surface to increase the friction force. And a peripheral friction resistance is forced to generate by the pressed contact of the lock bolt with the inner wall of the bored hole to result in an extension effect immediately and to make it possible to confirm it.
Patent JP-H08140768-A (JP)
Title: Draining stand
Inventor: HATTORI KAZUHIKO
IPC: A47L19/04
Filed: 1994-11-18
Abstract: PURPOSE: To easily house tableware, etc., without requiring a supporting pipe and a drain hose and impairing appearance by mounting water receiving bowls of multiple stages on which a drain basket is placed on a hollow external frame, inclining the bottom of the water receiving bowl advancing the drain holes of the water receiving bowls and communicating the drain hole with the external frame. CONSTITUTION: The water receiving bowls 2 are respectively mounted on the upper, middle and lower stages of the hollow external frame 1, and a square drain basket 3 is placed on the square water receiving bowl 2 on the upper stage, and the square drain baskets 3 on the square water receiving bowls 2 on the middle and lower stages. The drain hole 4 is also provided on the terminal part of the square water receiving bowl on the bottom 2a of the water receiving bowl 2 and in the center of the circular water receiving bowl, respectively, and the bottom is inclined toward the drain hole 4.  The drain hole 4 of the water receiving bowl 2 on the upper stage is directly communicated with the external frame 1, and the drain hole on the middle stage is communicated with the external frame 1 from the communicating hole 5a of the pedestal 5 of the water receiving bowl 2 via a hollow horizontal frame 6.
Patent JP-H01128109-A (JP)
Title: Power supply control circuit for information processor
Inventor: NAKAMURA KOICHI
IPC: G06F1/00
Filed: 1987-11-13
Abstract: PURPOSE:To maintain the actions of the information processing functions except that of a package even in case the package is loaded or unloaded for the maintenance purpose by controlling the power supplies for each package via a power supply control circuit. CONSTITUTION:The power is supplied to a power unit 11 of a power supply control circuit of an information processor (not shown in figure) via an AC cable 12. The unit 11 is connected to packages 14-1...14-N of the information processor via a DC cable 13. Then the control circuits 15-1...15-N are connected to the packages 14-1...14-N respectively. A power switch 21 is turned on for the circuits 15-1...15-N and a relay 20 works via a delay circuit 23 to supply the DC voltage to a DC cable 16-1 after a fixed time. Furthermore one of both sides of an AND circuit 25 is set at logic '1' via a delay circuit 27 and a power supply fixing signal line 17-1 is set at logic '0'. Thus it is possible to supply the power to each information processor and to confirm the control of said processor.
Patent JP-H04159852-A (JP)
Title: Device for automatically recognizing form received by facsimile
Inventor: MORIMOTO KAZUO
IPC: H04N1/32
Filed: 1990-10-23
Abstract: PURPOSE:To prevent an unauthorized order by detecting the facsimile number of a customer transmitted an order sheet and transmitting a prepared confirmation requesting form by the detected source facsimile number and, at the same time, recognizing a registration card transmitted from the customer and collating the recognized result with a registered number. CONSTITUTION:At the time of checking the source number of an order sheet transmitted from a customer by facsimile, the source number detected when the order sheet is received is collated with a registered facsimile number obtained by referring to a registration file discriminated as a result of automatic recognition of the order sheet. Accordingly, whether or not the transmitting facsimile is registered can be confirmed. At the time of checking a registration card 600, an automatic recognizing device 42 recognizes the identification number of the registration card 600 by segmenting an identification number bar code 43 between bar codes on the registration card when the device 42 receives an ordered content confirmation form and, at the same time, the device 42 collates the recognized identification number with another identification number obtained by referring to the registration file on the basis of a recognized customer number. Therefore, whether or not an order sheet is proper is checked and unauthorized order is prevented.
Patent JP-H10132605-A (JP)
Title: Position detector
Inventor: ISHIMOTO SHIGERU
IPC: H02P6/16
Filed: 1996-10-28
Abstract: PROBLEM TO BE SOLVED: To obtain two-phase signals for controlling the position and speed of an AC servo motor and three-phase signals for controlling magnetic fields from one scale by the same encoder. SOLUTION: The position detector is provided with a scale on which gradations are marked at prescribed pitches and a sensor which can be displaced relatively to the scale. The detector is also provided with a plurality of interpolating means I1 and I2 which respectively interpolate periodic signals from the sensor with different resolution and at least one I1 of the interpolating means I1 and I2 outputs (m) phase (m: a positive integer) of interpolation signals which are shifted in phase from each other by 1. At the same time, the other interpolating means I2 outputs (n) phases (n: a positive integer) of interpolating signals which are shifted in phase from each other by θ2.
Patent JP-2000113993-A (JP)
Title: Light source control device and method
Inventor: TANABE MASATOSHI
IPC: H05B37/02
Filed: 1998-10-07
Abstract: PROBLEM TO BE SOLVED: To stably control a light quantity. SOLUTION: When a light source 1-8 is controlled by the voltage obtained at the prescribed phase timing of an AC power supply, a microcomputer 1-9 holds the detected voltage value in a RAM 1-10 and compares it with the next detected voltage value. When the difference between the detected voltage value and the held voltage value exceeds an allowable range, the microcomputer 1-9 judges that noise occurs, and it uses the held voltage value and determines the value of the voltage for driving the light source 1-8.
Patent JP-H11116253-A (JP)
Title: Forming method of glass
Inventor: TAKANO JUN
IPC: C03B40/02
Filed: 1997-10-17
Abstract: PROBLEM TO BE SOLVED: To easily and surely secure the releasability of the formed article from the mold without forming a release coating film on a forming surface of the mold, in the forming method that comprises feeding a solid glass material into the mold, heating and softening the glass material and in that state, forming the glass material into a formed article of glass with the mold. SOLUTION: This method comprises: feeding a solid glass material into a mold 15; heating and softening the glass material; and in that state, forming the glass material into a formed article of glass with the mold 15. In the method, prior to the heating and softening of the glass material, the glass material is coated with a releasing agent 13 which consists of an organic compound capable of being thermally decomposed to form a carbon thin film at the time of heating and softening the glass material.
Patent JP-2000114929-A (JP)
Title: Impedance circuit and phase shifter
Inventor: HIRABAYASHI ATSUSHI
IPC: H03H11/40
Filed: 1998-10-07
Abstract: PROBLEM TO BE SOLVED: To provide a phase shifter which is applied to an integrated circuit applied to, e.g. a radio receiver, a television receiver, a satellite broadcasting receiver, a video recorder, a mobile communication device, etc., and is also capable of surely operating in a wide frequency range and an impedance circuit being a basic component applied to this phase shifter on an impedance circuit and a phase shifter. SOLUTION: 1st and 2nd differential pairs are formed by serially connecting corresponding transistors Q1 and Q3, and Q2 and Q4, the current of the 1st differential pair of the transistors Q1 and Q2 is divided and the 2nd differential pair of transistors Q3 and Q4 are driven by reverse polarity. Thus, a desired impedance from the viewpoint of the input side of the 1st differential pair of the transistors Q1 and Q2 is formed by negating impedances 13 and 14 existing at the emitters of the 1st differential pair of the transistors Q1 and Q2 by impedances 15 and 16 existing at the emitters of the 2nd differential pair of the transistors Q3 and Q4. Also, this impedance is set to capacitative.
Patent JP-H08149396-A (JP)
Title: Setting circuit for image displaying position
Inventor: ISHII HIROBUMI
IPC: H04N5/66
Filed: 1994-11-18
Abstract: PURPOSE: To set automatically the image display position of a plasma display panel or the like. CONSTITUTION: The setting circuit is provided with a horizontal direction picture element number detection section 2 providing a prescribed signal when a prescribed picture element number in the horizontal direction is detected from each of red, blue and green digital video signals, a horizontal direction video image start detection section 3 providing a horizontal set pulse by detecting a period when a video signal is started based on a horizontal synchronizing signal as a reference signal and when the period is detected and the prescribed signal from the horizontal direction picture element number detection section 2 is received, a horizontal reset pulse generating section 4 providing a horizontal reset pulse after lapse of a prescribed picture element number when the horizontal direction video image start detection section 3 provides the output of the horizontal set pulse,  and a horizontal direction display control signal generating section 5 which is set by the horizontal set pulse and reset by the horizontal reset pulse and generating a horizontal direction display control signal with a prescribed pulse width and the indication in the horizontal direction of the display device is controlled by the horizontal direction display control signal.
Patent JP-H01159924-A (JP)
Title: Thermal contact breaker
Inventor: ARAIN JIYANIERU
IPC: H01H37/52
Filed: 1988-11-11
Abstract: PURPOSE: To separate contact points from each other by a slider by slipping out a movable contact point from a window, and project a reset button when an overcorrect flows by contacting the movable contact point and a fixed contact point carried by a bimetal belt piece through the window arranged in the slider slidingly movable lengthwise. CONSTITUTION: When an overcurrent flows, an arm 46 of a bimetal belt piece 44 deflects, and a movable contact point 50 is quickly raised upward vertically, and comes out of a window 62. A slider 22 is quickly slidingly moved leftward by the action of a trip spring 64, and moves up to contact a corresponding surface of a casing, and the whole part of a plate-like part 52 comes between two contact points 40 and 50 of a power source circuit in its position, and insulates the contact pins from each other. Next, reset work is easily attained by pushing a reset button 82 against the compression spring 64 until the movable contact point 50 reenters the window 62 of the slider in order to prevent the slider 22 from moving in the axial direction.