baber/WOPTO huggingface dataset:
Patent JP-S63132163-A (JP)
Title: Multi-tumor tissue block and manufacture and application of said block
Inventor: HEKUTAA EI BATSUTEIFUOORA
IPC: G01N33/577
Filed: 1987-02-12
Abstract: The multi-tumour tissue block preparation method includes the steps of providing several tissues having a small cross-sectional area in a plane transverse to the length. The tissues are positioned in spaced relationship on a casing so that the lengths of the tissues extend in the same direction, wrapping the tissues in the casing. The wrapped casing is then processed in parafin and sectioned to obtain several samples. A fine thread is wrapped around the casing to retain it in wrapped relationship. The casing is trimmed to expose the ends of the tissues before paraffin processing.
Patent JP-H09223787-A (JP)
Title: Solid-state image pickup device and its manufacture
Inventor: KURIYAMA TOSHIHIRO
IPC: H04N5/341
Filed: 1996-02-19
Abstract: PROBLEM TO BE SOLVED: To provide a solid-state image pickup device with high resolution and high sensitivity but with the low cost by forming a barrier region by introducing an impurity into an opposite side to a signal transfer direction located below a transfer electrode for making shallow a potential against electric charges. SOLUTION: A solid-state image pickup device is adapted such that unit picture elements each composed of a photodiode and a vertical signal transfer part (VCCD) are arranged in a two dimension and a horizontal shift register (HCCD) is provided. In the solid-state image pickup device, for forming a barrier region 7 by introducing an impurity into an N type region 2 on the opposite side to a signal transfer direction located below transfer electrodes 4, 5, 6 of the HCCD and VCCD for making shallow a potential agaimnst electric charges ion is implanted at an inclination angle θ1 of 30 to 60 degress and at a twist angle θ2 of 45 degrees with respect to the respective transfer electrodes 4, 5, 6 of the HCCD and VCCD. The transfer electrode structure can be constructed as a single layer structure by the formation of the barrier region 7 to lower a device height.
Patent JP-S63197595-A (JP)
Title: Water purifier
Inventor: TAKASE HARUO
IPC: G03D13/00
Filed: 1987-02-13
Abstract: PURPOSE:To enhance water purifying capacity, by mounting a main body, which is provided with a raw water inflow part to the and a purified water outlet to the lower part, and a lower water tank covering the purified water outlet. CONSTITUTION:When raw water 28 is injected in an upper tank 18, the raw water 28 enters a purifier main body 44 under its own wt. through piercing holes 76, 68. Therefore, the raw water 28 is purified by an ion exchange resin 56 to become soft water which is, in turn, extruded into a lower water tank 22 to become purified water 30. The purified water 30 floods from the upper end part of a middle box 20 to enter a preparatory water tank 24 and an opening and closing valve 34 is opened to take out the purified water 30. The purified water 30 always over the opening 50 of the purifier main body 44 in the middle box 20 and air bubbles are prevented from entering the purifier main body 44 from the opening 50. By this constitution, the lowering in the purifying capacity of the ion exchange resin 56 is prevented.
Patent JP-S59158167-A (JP)
Title: Complex facsimile equipment
Inventor: WATANABE YOSHIFUMI
IPC: H04N1/00
Filed: 1983-02-28
Abstract: PURPOSE:To reduce a blank part on recording paper and to utilize the recording paper effectively by providing a character generator and a function which edits character codes stored in a memory, page by page, according to the width of the recording paper that an opposit side facimile equipment or the recording part of a transmitting device uses. CONSTITUTION:A word processor 1 outputs character codes for three originals and they are stored in the character code buffer 21. In this case, a read timing generating circuit 24 decides on how the originals are arrayed on the basis of the width of the recording paper of the opposit side facsimile equipment. Once the array is determined, the read timing generating circuit 24 reads character codes out of the character buffers 21 on the basis of the array. Those read character codes are outputted, one by one, to the character generator 22 to read a correspolnding picture pattern, which is stored in a pattern buffer 23A.
Patent JP-S60176523-A (JP)
Inventor: SHIBATA TERUHIKO
IPC: A01G33/02
Filed: 1984-02-21
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-S62190269-A (JP)
Title: Recording liquid
Inventor: SAKAEDA TAKESHI
IPC: C09D11/328
Filed: 1986-02-17
Abstract: PURPOSE:To provide a recording liquid containing a specific dye as a recording agent, having excellent recording characteristics such as ejection stability, etc., storage stability, fixability to a recording material, etc., giving a recorded image having excellent light-resistance, weather-resistance, water-resistance, etc., and useful as an ink for ink-jet recording. CONSTITUTION:The objective recording liquid contains preferably 0.1-20wt% one or more dyes of formula [R1 and R2 are H, sulfonic acid residue, COOH or alkoxy; R3 is alkyl or akoxy; X is -CH=CH-, -NH- or -N=N-; Y and Z are atomic group necessary for forming (substituted) benzene ring or (substituted) naphthalene ring; n is 0 or 1; the sulfonic acid and COOH are present as a salt with Li, Na, K, NH4 or organic amine].
Patent JP-H09222467-A (JP)
Title: Magnetic sensor
Inventor: NISHINO HISASHI
IPC: G01R33/02
Filed: 1996-02-19
Abstract: PROBLEM TO BE SOLVED: To enable miniaturization of a sensor and prevention of the deformation of a cap by providing a buffer part at an outer circumference part of the top surface of the cap to absorb a compression force. SOLUTION: The top surface 9a of a cap 9 is formed in a shape similar to a magnetoelectric transducer 1 and a buffer part 9b is formed to encircle an outer circumference part of the top surface 9a. A side part 9c, almost vertical to the top surface 9a, has one end thereof connected to the outer circumference part while a jaw part 9d at the other end thereof is connected to the opposite side to the outer circumference part. The buffer part 9b is given a shape bent, for example, on one ridge part and in two valleys and molded simultaneously by the same material as that of the top surface 9a and the side part 9c with the thickness thereof less than the parts. The ridge part is made lower than the top surface 9a.  Because of this structure, the buffer part 9b is easily deformed by a compression force from the side part 9c and absorbs the compression force to prevent the deformation of the top surface 9a. This can reduce the width of a jaw part 9d for preventing the slipping of the cap 9 from a case 6 thereby miniaturizing the case 6.
Patent JP-S58155132-A (JP)
Title: Holding jig transfer structure of transfer jig line
Inventor: YAMAZAKI HIDEYA
IPC: B65G43/00
Filed: 1982-02-26
Abstract: PURPOSE:To simplify constitution, reduce cost and improve workability, by a method wherein a jig is transfered by connecting a guide groove on the lower surface of a pallet with a guide rail provided along a working position and sliding them to each other. CONSTITUTION:A work W can be held by mounting an assembled jig 1 on a rotary shaft 3 and providing chucks 4 and 4' at a symmetrical position to a rotary bed 2 which are turned centering around the shaft 3. The shaft 3 is set up on a pallet 5 which is transfered among operators by sliding by man power by connecting it with a guide rail 8. Guide grooves 6 and 6' meeting at right angles with each other are provided on the lower surface of the pallet, which are connected with the guide rail 8 on a sliding bed 9 and the bed 9 is moved by pushing it off manually in a direction of an arrow. Positioning is made by wedging a latch stopper 10 into a notched slot 7 on the side of the pallet 6.
Patent JP-H03234287-A (JP)
Title: Controller for sewing machine
Inventor: NAKADA SHOICHIRO
IPC: D05B35/00
Filed: 1990-02-08
Abstract: PURPOSE:To surely control a sewing machine by controlling the elevators of a cloth presser and a cloth sandwiching plate with a sequencer having a long execution time, and controlling the rotary devices of a cloth placing plate interlocking with the motion of the needle of the sewing machine and the horizontal travel device of the sewing machine with a microcomputer having a short execution time. CONSTITUTION:Fluid pressure cylinders 106, 109 which elevate the cloth presser 6 and the cloth sandwiching plate 9 of the sewing machine 3 arc controlled with the sequencer 11 having a long execution time, respectively, and a motor 105 which operates the needle 5 of the sewing machine 3 at high speed, motors 103, 108 interlocking with the motion of the motor 105, and further, a feed amount change device of the feed dog of the sewing machine 3 are controlled with the microcomputer 12 having a short execution time. Sewing in sewing shape 35 can be performed by performing the horizontal feed of the sewing machine 3 intermittently with front cloth 32 and reinforcing cloth 33 sandwiched between the cloth placing plate 8 and the cloth sandwiching plate 9 as rotating intermittently the cloth placing plate 8 at prescribed speed when the sewing of a transition part 35 is performed, and locating the sewing parts of the front cloth 32 and the reinforcing cloth 33 under the needle 5 of the sewing machine 3.
Patent JP-H06221196-A (JP)
Title: Steering angle correction device for vehicle and slip control device for vehicle
Inventor: YAMASHITA TETSUHIRO
IPC: B62D127/00
Filed: 1993-01-26
Abstract: PURPOSE:To correct a control target value of slip control by using a correction steering angle by determining a proper correction steering angle responding to the increase of a car speed and determining a correction steering angle, to which actual steering is added, when a steering angle is rapidly increased during high speed running. CONSTITUTION:A steering angle correction amount (p) is determined based on a steering angle correction amount map at S21. A correction steering angle thetaH1 (i) and a steering angle change amount DELTA thetah are determined at S22. A temporary correction steering angle thetaH2 (i) to which the change amount DELTAthetah is added is determined at S25. When a steering angle is rapidly changed, the temporary correction steering angle DELTAH2 (i) is provided to a steering angle thetafor control at S27. When a detected steering angle is not rapidly changed, the correction steering angle thetaH1 (i) is provided to the steering angle theta for control at S35. After a given time to starting from a time when a rate of change of a detected steering angle is reduced to approximate zero elapses at S29-S32, the temporary correction angle thetaH2 (i) is restored to the correction steering angle thetaH1 (i) at S33.
Patent JP-H03236719-A (JP)
Title: Grain storage device
Inventor: EGAMI TOYOHIKO
IPC: A23L7/10
Filed: 1990-02-14
Abstract: PURPOSE:To provide a grain storage device capable of corresponding to plural kinds of grains hawing different characteristics and quantities each other by disposing storage tanks for grains and discharge openings above a carrying conveyor and further disposing a storage tank for other grains having characteristics different from these of the above-mentioned grains. CONSTITUTION:Grains stored in storage tanks 4 are discharged on a conveyor 2 through discharge openings 3 and carried to a prescribed position. Other grains stored in a storage tank 5 and having characteristics different from the above-mentioned grains is discharged on the conveyor 2 through a discharge opening 28 and carried to a prescribed position. The grains carried with a carrying conveyor 6 are received in the tanks. When the other grains having characteristics different from the grains are received in the tank 5, a switch valve 7 is closed, thereby permitting to receive the other grains in the tank 5.
Patent JP-S56130454-A (JP)
Title: Anisotropic electrical steel sheet with low iron loss and its manufacture
Inventor: IWAYAMA KENZOU
IPC: C21D8/12
Filed: 1980-03-14
Abstract: PURPOSE:To obtain an anisotropic electrical steel sheet showing a superior iron loss value free from deterioration even by strain relief annealing at a high temp. by forming a practically linear region, in a steel sheet subjected to secondary recrystallization annealing, which is composed of a group of fine recrystallized grains and have a thickness below the half of the thickness of the sheet. CONSTITUTION:A practically linear complex strain is introduced into a steel sheet passed through a predetermined final finish annealing process and subjected to secon dary recrystallization annealing by bringing a rigid body composed of dotted tips  into press contact with the sheet and drawing it. The sheet with the strain introduced is then heat treated at >=700 deg.C high temp. to form a practically linear region,  in the sheet, which is composed of a group of fine recrystallized grains and have a  thickness below the half of the thickness of the sheet. As a result, an anisotropic  electrical steel sheet with a low iron loss value and very superior magnetic properties is obtd. The effects are not eliminted even by heating.
Patent JP-H03234625-A (JP)
Title: Ink-jet recording device
Inventor: OKUBO AKIO
IPC: B41J2/165
Filed: 1990-02-13
Abstract: PURPOSE:To make accurate engagement of capping means to ink-jet recording heads accomplishable without depending on accuracy of individual parts and preciseness of adjustment in assembling by providing a holding means that holds the ink-jet recording head and the capping means so that both the members become capable of making relative displacement in the direction intersecting the direction of their abutment, and a guide means that serves for guiding when both the members are engaged with each other. CONSTITUTION:Guide members 37a, 37b and 48a, 48b are provided on both sides of a plurality of ink discharge ports that are provided to a recording head 38 and on both sides of a sealing means 41, and a means that gives a certain degree of freedom to the sealing means 41 within the scope of a plane that is formed of one point at the center of the discharge port and two points that are parallel with the discharge port is provided. Because of the above- mentioned arrangements, the discharge ports can be sealed up by fixed and stable pressure. The guides for both the discharge ports and the sealing means are constructed by combination of U-shaped and circular structures, and thereby functions of guiding are made easily attainable and, at the same time, opening for the sealing means 41 and the discharge ports can be made easily. By positioning the center of the circular guide to the ink discharge port or the sealing part of the ink discharge port, the ink discharge port can be sealed up even in the case where the sealing means 41 for the ink discharge ports approaches obliquely the faces of orifices and touches there.
Patent JP-S60176203-A (JP)
Title: Material for sintered magnet
Inventor: MATSUURA YUTAKA
IPC: H01F1/053
Filed: 1984-02-22
Abstract: PURPOSE:To enhance the coersive force of the permanent magnet material having rare earth, borron and iron as main ingredients by a method wherein R, B and Fe of specific compositional ratio are used as main ingredients, and the specific quantity of one or more kinds of elements selected from Te, zn and Se are contained as additive elements. CONSTITUTION:R of 8-30atom% (provided that R consists of one or more kinds of rare earth elements containing Y), B of 2-28atom% and Fe of 65-82atom% are used as main ingredients, and one or more kinds of elements, (provided that the maximum value of the upper limits of the additive elements is considered as the upper limit value of the total additive elements when two or more kinds of additive elements are contained) selected from Te of 2.0atom% or below, Zn of 2.5atom% or below and Se of 2.0atom% or below, are used as additive elements. When R is less than 8atom%, high magnetic characteristics, especially high coersive force, can not be obtained and when it exceeds 30atom%, industrical handling and manufacture can not be performed, and a permanent magnet of excellent characteristics can not be obtained by the lowering of residual magnetic flux density. Also, if B is in 2atom% or less, high coersive force can not be obtained, and if it exceeds 28atom%, the residual magnetic flux density is lowered.
Patent JP-H03236465-A (JP)
Title: Method for preventing splashing in vacuum deposition
Inventor: TANAKA HIROKI
IPC: C23C14/24
Filed: 1990-02-13
Abstract: PURPOSE:To carry out vacuum deposition free from splashing by performing ion bombardment by means of a reducing-gas plasma prior to heating a vapor deposition metal. CONSTITUTION:The inside of a chamber 1 is evacuated, and a reducing gas is introduced via a reducing gas introducing hole 5. A reducing-gas plasma is produced by turning on a high frequency electric power source 10. An electron beam 6 is generated by actuating an electron beam generation source 7 and is applied to an evaporation metal 8 to melt this metal 8 by heating. The metal 8 is evaporated and the resulting evaporated substance in a vapor-phase state is solidified on a substrate 3, by which a thin film is formed. By carrying out ion bombardment by means of the reducing-gas plasma before heating and melting the evaporation metal 8, O2 gas adsorbed by the surface of the evaporation metal 8 can be removed. Further, an oxide film on the surface layer of the evaporation metal 8 can be removed by reduction, and splashing can perfectly be prevented.
Patent JP-H08227540-A (JP)
Title: Magneto-optical recording medium
Inventor: NAKAJIMA JUNSAKU
IPC: G11B11/105
Filed: 1995-02-21
Abstract: PURPOSE: To attain superior quality of a reproduced signal by setting the magnitude of an applied magnetic field required at the time of reproduction in accordance with the coercive force, film thickness and saturation magnetization of a reproducing layer and magnetic domain wall energy accumulated in the interface between the reproducing layer and a recording layer. CONSTITUTION: A rare earth element-transition metal alloy layer of GdFeCo having 180 deg.C compensation temp. and 330 deg.C Curie temp. is used as a reproducing layer 3 and the thickness is regulated to 50nm. A rare earth element-transition metal alloy layer of DyFeCo having a compensation temp. of room temp. and 240 deg.C Curie temp. is used as a recording layer 5 and the thickness is regulated to 50nm. The thickness of an AlN dielectric film 2 is 70nm and that of an AlN dielectric film 6 is 50nm. A GdFeCo film having 20nm thickness is interposed as a middle layer. Magnetic domain wall energy σw between the reproducing layer and the recording layer at room temp. is varied by varying the magnitude of the perpendicular magnetic anisotropic energy (Ku) of the middle layer and the objective disk is obtd.
Patent JP-S59156845-A (JP)
Title: Bumper cover fitting structure
Inventor: WATANABE KOUJI
IPC: B60R19/18
Filed: 1983-02-28
Abstract: PURPOSE:To allow a bumper cover to smoothly follow its thermal deformation by forming lugs at the end of the bumper cover and inserting them into gaps. CONSTITUTION:Lugs 3.1 of a bumper cover 3 are formed to be inserted and fitted into gaps 4 between the tip section 2.2 of a retainer 2 with its base end section 2.1 fixed to a bumper proper 1 and the bumper proper 1. Accordingly, the bumper cover 3 is not restrained in the car width direction, thereby even if it is deformed in the car width direction by heat, it can be smoothly displaced with respect to the bumper proper 1, and the wave-shape deformation never occurs. Furthermore, the bumper proper 1 fixed with this retainer 2 is fitted to a car body through a stay prior to the painting process of the car body, and the retainer is also painted together with the car body during the painting process. Thereby, it functions as a side shield.
Patent JP-S58148466-A (JP)
Title: Semiconductor device
Inventor: UEDA MASAHIRO
IPC: H01L29/80
Filed: 1982-02-26
Abstract: PURPOSE:To constitute an enhancement type FET readily, by providing an embedded layer in an ordinary depression type FET buffer layer, and imparting a voltage. CONSTITUTION:A numeral 4 is the P type embedded layer provided in a semiinsulating GaAs substrate 1. A numeral 8 is an electrode, which applies a voltage to said embedded layer. A numeral 9 is a source electrode. A numeral 10 is a gate electrode. A numeral 11 is a drain electrode. The thickness of the buffer layer of the enhancement type FET can be the same as that when the ordinary depression type FET is formed. The control of the thickness need not be carried out as the case of the formation of the conventional enhancement type FET wherein precise control is required. The voltage is imparted to the electrode 8 so that a depletion layer is expanded to the buffer layer 2 from the P type embedded layer 4 in the buffer layer 2 beneath the gate of the FET as shown by dotted lines in the Figure, by the enhancement type FET. As a result, the gate electrode 10 is connected to the depletion layer which is expanded to the buffer layer 2, the source and the drain are separated, and the enhancement type FET can be operated.
Patent JP-H11276139-A (JP)
Title: Roaster for coffee raw bean
Inventor: SONG YOU JIN
IPC: A23N12/08
Filed: 1999-02-10
Abstract: PROBLEM TO BE SOLVED: To provide a roaster for coffee raw beans, capable of decreasing the consumption of an electric power by recycling a hot air exhausted from a coffee raw bean vessel by mixing the hot air with a part of an outside air. SOLUTION: This roaster for coffee raw beans has a raw bean vessel 35 for storing the coffee raw beans in a circular shape, an air passage formed so as to be extended into the interior of the raw bean vessel 35 from the exterior, a fan 21 installed in the air passage and blowing the outside air into the interior of the raw bean vessel 35, a heater 24 for heating the air blown into the interior of the raw bean vessel 35, a filter 53 installed in the one side of the raw bean vessel 35 and used for storing skins peeled from the coffee raw beans, and a discharging passage formed at from the one side of the raw bean vessel 35 to the filter 53 and used for discharging the air fluidizing the peeled skins.
Patent JP-H07237523-A (JP)
Title: Emergency tool
Inventor: WAKASONE KAZUHIRO
IPC: B25D1/00
Filed: 1994-03-02
Abstract: PURPOSE:To simply provide an emergency tool inside a car body, and to improve the using convenience of the emergency tool and its spreading rate by coveredly attaching the emergency tool provided additionally with a hammer and a cutter which destroy a window glass or cut a seat belt to a smoke ball provided in an automobile. CONSTITUTION:An emergency tool 1 is composed by providing an opening part 11 at the tip of a tool body and a coveredly attaching part 12 at its base end, and additionally providing a hammer 20 and a cutter 30 in the opening part 11. A tool body 50 is formed by overlapping two semicylinders 10a each other, and a recessed part X for fixing the root 21 of the hammer 20 and a recessed part Y for receiving and fixing the cutter 30 are severally formed on each of the above overlapping planes 10b. The end 100a of a smoke ball 100, in other words the bottom 102a of a receiving case 102, is coveredly attached to the coveredly attaching part 102a. Namely, a smoke tool 2 is composed of the emergency tool 1 and the smoke ball 100. Thus the utilization of the smoke ball 100 arranged in an automobile and the simple provision of the emergency tool 1 facilitate the destroying of a window glass and the cutting of a seat belt.