baber/WOPTO huggingface dataset:
Patent JP-H0773249-A (JP)
Title: Medical bill issuing device
Inventor: TAKADA ISAMU
IPC: G06Q10/10
Filed: 1993-06-29
Abstract: PURPOSE:To prevent the overlapping issue of a medical bill and to reissue it when paper jamming is occurred by a simple operation by issuing the bill without deciding the state of the bill issue flag when the reissue of the bill is instructed in the interruption state of the bill issue. CONSTITUTION:When an interruption key is depressed because a fault such as paper jamming is occurred during the issue of a medical bill, a printing is interrupted. When a reissue key is depressed, a reissue display showing a reissue mode is displayed on a screen and a reissue permission information SF is set to a memory 5. Then, the record of a starting number is read from an index file 8. In the decision of the next reissue permission information SF, the decision step of the bill issue flag is not performed because the decision becomes YES and the issue of the bill is executed at once. Further, the records of the index file 8 are successively read, bills are successively issued and the reissue is terminated when the read record is over the final number.
Patent JP-H0330005-A (JP)
Title: Power supply circuit
Inventor: REIMONDO JIEI FUOORII
IPC: G05F1/10
Filed: 1990-06-18
Abstract: PURPOSE: To prevent the output voltage from exceeding a prescribed maximum output voltage at the time of disconnection of a load from a power source by connecting a device, which has a prescribed breakdown voltage or higher and controls a maximum voltage, in parallel with the load. CONSTITUTION: When a switch 13 is closed, a current of 42 microamperes and 12V is applied to a valve solenoid 11 by a current source 19. When an output terminal 29 is short-circuited to the earth, a maximum current is limited to 45 microamperes which can be used from the current source 19. When the terminal 29 is closed, the maximum voltage which can be used by the terminal 29 is a maximum output voltage from the current source 19, namely, about 15V. If the current source 19 cannot generate a higher voltage, the terminal 29 is fixed to 20V by a Zener barrier circuit 24. Thus, the output doesn't exceed a prescribed maximum output voltage for disconnection of the load from the power source or a prescribed maximum current for short-circuit of the load.
Patent JP-S646735-A (JP)
Title: Method and apparatus for measuring refractive index distribution
Inventor: SATO HIDEMI
IPC: G01N21/41
Filed: 1987-06-29
Abstract: PURPOSE:To measure a refractive index distribution nondestructively at a high accuracy, by a method wherein a prism integrated with a light receiving element is put tight on a medium to calculate an execution refractive index of a medium at two points from a relationship between an angle of incidence of a laser light into the prism and intensity of reflected light on the bottom surface of the prism and changes in refractive index of the medium are determined by a numerical calculation using the refractive index. CONSTITUTION:A substrate 1 of a refractive index distribution measuring apparatus employs an LiNbO3 crystal to prepare a light waveguide 2 with the refractive index varying continuously in the depth of a substrate 1 by heat diffusion method. A prism 3 is put tightly on the waveguide 2 through an air layer. The prism 3 employs TiO2, is fixed on a holder 5 and the adhesion to the substrate 1 is adjusted with a set screw 7. The substrate 1 and the prism 3 are placed on a turntable 5 of a measuring device and a laser light from a light source 4 is made incident into the prism 3 at a specified angle of incidence to calculate an execution refractive index of the medium at two points from a relationship with intensity of reflection on the bottom surface of the prism 3. Thus, changes in the refractive index of the medium are determined by numerical calculation using the refractive index thus calculated.
Patent JP-S645525-A (JP)
Title: White balance control apparatus of endoscope
Inventor: KIKUCHI KATSUYA
IPC: G02B23/24
Filed: 1987-06-29
Abstract: PURPOSE:To enhance the efficiency in examination and treatment with an endoscope by accurately reproducing the white color in the internal cavity of a living body, by coating the inner wall of a control chamber with a paint showing the spectroscopic reflection spectrum equivalent to that of the internal cavity of the living body. CONSTITUTION:A white balance control apparatus 1 is formed into a box shape and has not only the insert port 2 at the leading end of an endoscope but also a control chamber 3 therein and the surface of the inner wall opposed to the insert port 2 of the control chamber 3 is provided with a standard white plate 4. The whole of the inner wall of the control chamber 3 is coated with a paint showing the spectroscopic reflection spectrum equivalent to that of the internal cavity of a living body to form a paint layer 6. The adaptable paint, for example, each of 2.5RP6/4, 5RP6/4, 7.5RP6/4, 10RP6/4 and 2.5R6/4 (all of which are the declaration based on the Munsell color elements of JIS) is approximate to the inner wall of the stomach of a living body in spectroscopic reflection spectrum. Therefore, the control of a color can be performed under the same condition as the white balance control in the internal cavity of the living body and the controlled endoscope can reproduce the white color in the interval cavity of the living body as a sure white color.
Patent JP-S6317892-A (JP)
Title: Thin-film distillation process
Inventor: AOKI TOSHIHARU
IPC: C07F9/11
Filed: 1986-07-09
Abstract: PURPOSE:To easily recover tributyl phosphate and a diluent such as dodecane in high efficiency, suppressing thermal decomposition, by distilling a diluent containing tributyl phosphate with a thin-film evaporation distillation apparatus supplying the solvent containing tributyl phosphate in a manner to satisfy a specific condition. CONSTITUTION:Both tributyl phosphate and diluent are recovered from a diluent containing tributyl phosphate (TBP) by supplying a TBP-containing solvent through a solution-feeding pipe 3 to a thin-film evaporation distillation apparatus composed of a vertical cylindrical main body 1 having an evaporation face on the inner wall and furnished with a jacket 2 for the circulation of thermal medium at the outer circumference and distilling the solvent with the apparatus. The feeding rate of the TBP-containing solvent is adjusted to satisfy the formula [F is feeding rate of the liquid (kg/hr); L is immersed depth (m) of the evaporation part in the distillation apparatus; eta is distillation rate (quantity of distilled liquid/quantity of supplied liquid); S is area (m<2>) of the narrowest part of the path of distilled vapor; (t) is distillation temperature ( deg.C); P is distillation pressure (torr)].
Patent JP-S648310-A (JP)
Title: Exhaust gas nox remover of diesel engine
Inventor: ONO HIDETAKA
IPC: F01N3/20
Filed: 1987-06-29
Abstract: PURPOSE:To execute the proper denitration control with a simple and inexpen sive constitution by forecasting the quantity of NOx generated with a formula used to forecast both the NOx concentration and the flow rate of exhaust gas in accordance with data such as load of a diesel engine, determining equiva lent ratio and computing the quantity of NH3 to be supplied. CONSTITUTION:A detector 10 detects the load of a generator 7 connected to a diesel engine 6 and a sensor 11 detects the concentration of O2 in an exhaust pipe 8. And each of detected signals 4... is sent to a central processor 1, which forecasts the quantity of NOx to be generated at the present time using the forecasting formula for determining both the NOx concentration and the exhaust gas flow rate, determines the equivalent ratio and calculates the quantity of NH3 to be supplied. Then the indication signal 5 of the calculated quantity of NH3 to be supplied is sent to an actuator 2, which carries NH3 inside a cylinder 3 into the exhaust pipe 2. In accordance with the load of the diesel engine 6 as a parameter, proper quantity of NH3 is fed so that the proper denitration can be placed under the simple and inexpensive control.
Patent JP-S5682280-A (JP)
Title: Heat sensitive recording head
Inventor: YABUKI YOSHIROU
IPC: B41J2/345
Filed: 1979-12-10
Abstract: PURPOSE:To obtain a heat sensitive recording heat which can perform high speed printing by increasing current capacity and improve resolution by increasing dot density, at the same time by a method wherein neighboring electrodes on the surface of a resistance film are arranged as close as possible. CONSTITUTION:Electrodes 3 are buried in an insulating body 1 in one line exposing their one ends 3a on the surface 1a, and a resistance film 2 is coated over them. To neighboring electrodes, diodes 4 are connected in opposite directions respectively, and if a pulse voltage is applied between terminals (a) and (b), a current flows as diode 4-1 electrode 3-1  resistor 2-1  electrode 3-2 diode 4-2 and the resistor 2-1 partially generates heat.
Patent JP-H06350822-A (JP)
Title: Facsimile equipment
Inventor: TEZUKA YOSHIAKI
IPC: H04N1/32
Filed: 1993-06-07
Abstract: PURPOSE:To realize repeating multi-address with a device which does not have a non-standard function. CONSTITUTION:A SUB generation part 15 generates a SUB command into which a terminal station number is set, and a PWD generation part 16 generates a PWD command into which an identification number is set. The terminal station number and the identification number are inputted from a repeating multi-address indication input part 13. When the indication is inputted from a repeating multi-address start indication part 18, a communication control part 9 transmits commands generated in the SUB generation part 15 and the PWD generation part 16 to a receiver and transmits a repeating multi-address indication. When a DIS analysis part 20 judges that the discrimination faculty of the SUB command and the PWD command does not exist in the receiver, repeating multi-address is abandonned. An NSF analysis part 21 detects whether the receiver is that of its own company or not. When it is the machine of its own company, an NSS command into which the terminal station number and the identification number are set is generated in an NSS generation part 17 and it is transmitted.
Patent JP-H029129-A (JP)
Title: Semiconductor device
Inventor: TAKEZAWA HIROYOSHI
IPC: H01L21/318
Filed: 1988-06-28
Abstract: PURPOSE:To obtain an a-Si TFT stable for a long period of time of 600 times as long as a conventional one by employing an SiNX film having specific value of electron spin density of the SiNX film. CONSTITUTION:A conductor is selectively formed as a gate electrode 2 on a glass board 1. An SiNX is deposited as a gate insulating film 3, and a-Si films are continuously deposited as a semiconductor film 4 by the same plasma chemical vapor depositing method as that of the SiNX film. The a-Si film is selectively removed, and an insular a-Si film pattern 4 is formed. The pattern 4 and an N<+> type a-Si film 5 containing phosphorus as an impurity selectively remain between a source electrode 6 and a drain electrode 7 selectively covered and made of conductors to form an a-Si TFT. The electron spin density of the SiNX is small value of 2.4X10<17>cm<-3> or less. Thus, a stable a-Si TFT endurable for a long period of time of 600 times a conventional one is obtained.
Patent JP-H115941-A (JP)
Title: Coating composition
Inventor: MURATA MASAHIRO
IPC: C09D167/00
Filed: 1997-06-18
Abstract: PROBLEM TO BE SOLVED: To obtain a coating material that can form a coating film excellent in the balance between the deep drawing properties and the hardness, superior in tight adhesion, lubricity, hygienic properties and boiling water resistance, and is suitable particularly for coating cans. SOLUTION: This coating composition contains 100 pts.wt. epoxy-modified polyester resin (A) obtained by reacting 50-95 wt.% polyester resin having a number-average molecular weight of 10,000 to 100,000, a static glass transition temperature of 10-120 deg.C and an acid value of 1-20 mg KOH/g with 5-50 wt.% epoxy resin having a number-average molecular weight of 300 to 6,000 and an epoxy equivalent of 150 to 5,000, 1-20 pts.wt. crosslinking agent (B) comprising a phenolic resin, and 0.1-10 pts.wt. lubricant (C).
Patent JP-H0210927-A (JP)
Title: Radio line control system
Inventor: TOYAMA HIDEKI
IPC: H04W76/02
Filed: 1988-06-28
Abstract: PURPOSE:To revise a slave equipment applying incoming notice till the talking channel is being kept by communicating incoming information through a communication channel from a master station to each slave station and commanding a slave station applying incoming notice by the incoming information. CONSTITUTION:A control section 17 of a radio equipment 1-1 decides a bell signal in response to the kind of an incoming call (incoming from a doorphone 6) and gives it to a transmitter 13. The transmitter 13 sends the signal through a communication channel from an antenna 11. A receiver 24 of slave equipments 2-1-2-3 gives a received bell signal to a control section 27 via an antenna 21. The control section 27 commands sounding of a call tone to the slave equipment 2-1 by a bell ON/OFF signal included in the bell signal to energize a speaker 31. Moreover, an LED 33 displaying an incoming call from a doorphone 6 is blinked by an incoming kind signal. No call tone rings in other slave equipments and the LED 33 blinks in reply to only an incoming call from the doorphone.
Patent JP-H062209-A (JP)
Title: Production of polyester fiber for reinforcing rubber
Inventor: KADOTA SHUSAKU
IPC: D01D5/12
Filed: 1992-06-19
Abstract: PURPOSE:To provide a method for stably producing a polyester fiber suitable for reinforcing rubbers, having a high strength and a low shrinkage constant, excellent in dimensional stability, and adequately large in thermal shrinkage stress. CONSTITUTION:The method for producing the polyester fiber comprises melt- extruding a polyester having an intrinsic viscosity of >=0.90, quenching the spun fiber in a closed vertical spinning cylinder having a pressure of 10-30mm H2O in the cylinder through a 50-100mm long insulating plate placed just under a spinneret, pulling out the fiber at a rate of >=2000m/min into an undrawn fiber having birefringence constant of 6000X10<-5> and a density of 1.360-1.365, preliminarily heating the fiber at 50-70 deg.C, subjecting the fiber to the first stage drawing treatment, and subsequently subjecting the fiber to the second stage drawing treatment.
Patent JP-S6055814-A (JP)
Inventor: TAKASAKI SHIYUUICHI
IPC: H02G3/30
Filed: 1983-08-31
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-S5862872-A (JP)
Title: Cartridge for video disk device
Inventor: OOHASHI KUNIAKI
IPC: G11B21/16
Filed: 1981-10-12
Abstract: PURPOSE:To prevent lowering function due to deterioration of an adhesive agent, and to automatically assemble a titled cartridge, by making a couple damper and a support damper have a suitable interference, providing a tongue piece on the side wall of a couple damper chamber, and fixing them without using an adhesive agent. CONSTITUTION:A couple damper 20 and an insertion hole 25 of a support damper 24 are made to have a suitable interference. Also, on the side wall of a couple damper chamber 19, fixing tongue pieces 21, 22 and 23 are formed, and on the rear end of the chamber 19, a stopper 18 is formed. When assembling, the couple damper 20 is pressed into the damper chamber 19, and the tongue pieces 21, 22 are bent and fixed. A magnet holder 17 which has stored this couple damper 20 is inserted into the insertion hole 25 in the direction as indicated with an arrow B, and the tongue piece 23 is bent to both sides and is fixed. Therefore, no adhesive agent is used for the assembly, drop of a holding function due to deterioration of an adhesive agent is prevented, and also the automatic assembly can be executed with high efficiency.
Patent JP-H11353628-A (JP)
Title: Analysis of magnetical interaction
Inventor: KANEKO SACHIHIRO
IPC: G11B5/455
Filed: 1998-06-09
Abstract: PROBLEM TO BE SOLVED: To enable analysis with high precision which takes a nonlinear operation into consideration and exactly incorporating the shapes of shielding films and edges by analyzing a magnetical interaction by a boundary element method or integral equation method. SOLUTION: A magneto-resistive(MR) head comprises an MR head 1 disposed to face a recording medium 101 and shielding parts 2 disposed to enclose the same. The shielding parts 2 are held by substrates and the MR head 1 comprises an MR 11 and SAL 12 disposed apart a prescribed spacing in parallel and P.M. 14 and lead 13 at their both ends. Other magnetic fields are excluded with respect to the region read by the MR head 1 from the magnetic recording medium 101 and the magnetic fields leaking from the recording medium that the MR element receives are calculated by using the boundary element method or integral equation method. The reproducing waveforms of the shielding type MR head are calculated by integrating the exact magnetization state models of the recording medium.
Patent JP-H0913003-A (JP)
Title: Antifreeze for road surface and its production
Inventor: NAKAZAWA SOZO
IPC: C07C51/41
Filed: 1995-06-27
Abstract: PURPOSE: To obtain an antifreeze for a road surface having a particle diameter and a particle size distribution favorable for scattering and resistance to rolling. CONSTITUTION: This antifreeze for a road surface comprises particles of a composition containing Ca(CH3 COO)2 (referred to as CA) and Mg(CH3 COO)2 (referred to as MA) in the form of a mixture of at least one single or double salts or of a composition containing Ca, MA and CH3 COOK (referred to as PA) in the form of a mixture of at least one single, double or ternary complex salt. These particles are obtained by crushing an extrudate and each particle has a circular or polygonal periphery and a fracture surface crossing it. They are made by reacting powders of Ca(OH)2 and Mg(OH)2 with an aqueous solution of CH3 COOH or an aqueous solution of CH3 COOK and CH3 COOH with a kneader, extruding the formed paste through the die and drying and crushing the extrudate.
Patent JP-S6223400-A (JP)
Title: Controller of vehicle generator
Inventor: IWATANI SHIRO
IPC: H02J7/24
Filed: 1985-07-23
Abstract: PURPOSE:To stabilize the rotation of a machine and to save the fuel consumption of an engine by limiting an exciting current in response to the temperature and rotating speed of a generator. CONSTITUTION:The transistor 304 of a voltage regulator 3 is turned ON or OFF by the compared result of a generator output voltage with a Zener diode 303 to control the field current of a field winding 102. A variable conductivity oscillator 8 outputs signals of H and L levels of the prescribed period. A transistor 303 is turned ON during the period of H level of this signal to limit a field current. A temperature detector 9 outputs a signal of H level when the temperature of the generator 1 is the set temperature or lower to limit the field current. A rotating speed detector 11 outputs a signal of H level when the rotating speed of the generator 1 falls within the prescribed range to limit a field current.
Patent JP-S5589166-A (JP)
Title: Controlling method for quantity of filament stored in accumulator
Inventor: SUZUKI YASUO
IPC: B65H51/22
Filed: 1978-12-27
Abstract: PURPOSE: To control the increase and decrease of the quantity of filament stored highly efficient by a mechanism wherein a rotary arm with a return pulley of a linear body is put between the roll-in drum and a forwarding drum oppositely arranged on the same axle.  
     CONSTITUTION: A drum 2 at the roll-in side is mounted to a foundation base 1 in a revolution-possible shape, and driven by means of a hollow shaft 9. A drum 3 at the forwarding side is similarly installed to the foundation base 1 in a coaxial and revolution-possible shape at the one side of the drum 2 while facing to the drum 2, and a rotary arm 4 is supported between the both drums 2, 3 in a revolution-possible shape. When reception from the downstream is suspended and the quantity of a filament W stored increases, the rotary arm 4 revolves in the arrow head A direction, and receiving speed exceeds roll-in speed to the drum 2 at the roll-in side; when the quantity of the filament sotred conversely decreases, the arm 4 rotates in the arrow head B direction. Thus, the variation of the quantity of the body stored can be controlled if adjusting the direction of rotation and the quantity of revolution of the arm 4. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S5784688-A (JP)
Title: Solidstate camera
Inventor: MAEDA OSAMI
IPC: H04N5/335
Filed: 1980-11-17
Abstract: PURPOSE:To increase the resolution of objective, by obtaining the correction signal based on the difference between the reference data and the measuring objective data. CONSTITUTION:A signal obtained by reading a paper having uniform brightness as the reference data with an image pickup element 1, is digitized at an AD converter 2 and stored to a reference data memory 11 via a selector 3. After the set of the reference data is finished, a signal obtained by reading the measuring objective at the image pickup element 1 is digitized at the AD converter 2 and outputted to a subtraction circuit 4 through the selector 3. The subtraction circuit 4 operates the difference between the reference data and the data of measuring objective, and the output is inputted to a check circuit 5. The reciprocal of the reference data of a reference data memory 11 is picked up from a correction coefficient memory 10 at a correction coefficient set circuit 9. This output and that of the check circuit 5 are inputted to a multiplier 6 to operate a correction signal. The correction signal thus operated is inputted to a computer 8 through an interface 7 for various processings.
Patent JP-H0325326-A (JP)
Title: Method for calibrating light receiver
Inventor: OTSUKA RIE
IPC: G01J1/44
Filed: 1989-06-23
Abstract: PURPOSE:To make the color correction factor of a light receiver to be measured for plural light sources smaller on the average than at the time of valuing with standard light by calibrating and valuing the light receiver by a light source for calibration selected out of plural existent light sources. CONSTITUTION:The respective color correction factors Kij of (m) existent or virtual light receivers whose relative spectral response degree is Ri(lambda)(i=1,...m) for (n) light sources whose relative spectral distibution is Pj(lambda)(j=1,...n) are obtained by a formula I. Supposing that the mean value of the color correction factor Kij of every light receiver is Ki-ave(i=1,...m), the light source in which  Kj obtained by a formula II is the smallest is selected out of (n) light sources. The selected light source is set as the light source for calibration of the designat ed value of the light receiver to be calibrated and the light receiver to be cali brated is calibrated by the light source for calibration. By calibrating the light receiver to be measured by the light source for calibration decided thus, the color correction factor of the light receiver to be measured for plural light sources is made small on the average.