baber/WOPTO huggingface dataset:
Patent JP-H10216400-A (JP)
Title: Collar support shaping table
Inventor: KUSUI YOSHINORI
IPC: D06F59/02
Filed: 1997-02-10
Abstract: PROBLEM TO BE SOLVED: To provide a shaping table by which rigidity is given to the pressing force applied to a collar part at the time of folding a shirt to keep the shirt out of shape by aligning both side surfaces with a rising inclined surface of the collar, making the rear of a hollow shaping table as a substantially vertical side surface, and forming recessed ribs in the longitudinal direction on the whole side surface to unit the top surface and all side surface into one body. SOLUTION: A hollow shaping table 1 as a collar support shaping table formed like a bottomless hollow shape by a synthetic resin thin plate is so constituted that plural recessed ribs 3 are formed as lateral recessed groove on the top surface 2 which is a top plate to serve as a reinforcing member for preventing deformation of the top surface 2 with pressing force applied to the top surface 2 at the time of stacking folded clothes and white shirts.  Side surfaces 6, 6 on both right and left sides of the front side 4 of the hollow shaping table 1 are gently forward declined surfaces to the opened bottom to facilitate insertion and removal into/from the collar, and joined to each other at the inclined surfaces Y-shaped in plane by a ridge line 8 to have the substantially same form and height as the raised form and height of the front both side inner surfaces of the collar at the time of folding clothes and white shirts.
Patent JP-S5719006-A (JP)
Title: Tubular membrane separation module
Inventor: ICHINOSE TAKASHI
IPC: B01D61/20
Filed: 1980-07-03
Abstract: PURPOSE: To prevent the escape of core materials from a tubular permeable membrane by a method in which a core is housed in a tubular permeable membrane, a specific rod is housed in the end part of the tubular permeable membrane, and the rod is fixed through a back-up plate against the pressure of a liquid.  
     CONSTITUTION: The outsides of both end parts of a tubular permeable membrane 2 housed in laminally in an outer cylinder 1 with an outlet for a permeated liquid are sealed up with the inside of the end part of the outer cylinder by means of a casting resin 3. In the tubular permeable membrane molded of a nonwoven resin fabric whose inner face is provided with a permeable membrane, the nonwoven fabric tube and the permeable membrane in the end part of the tubular permeable membrane are integrally combined with each other by the casting resin because the casting resin can impregnate into the nonwoven fabric tube. A short rod 4, integrally provided with a back-up plate 40, is inserted into the end part of each tubular permeable membrane 2, and the back-up plate 40 is detachably coupled with the end of the outer cylinder by a packing stopper or screw. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H11287770-A (JP)
Title: Method and device for plotting molecular orientation pattern due to microwave
Inventor: TANAKA YOSHIKI
IPC: G01N22/00
Filed: 1998-04-03
Abstract: PROBLEM TO BE SOLVED: To obtain a molecular orientation pattern figure where the influence of the thickness of an object is eliminated. SOLUTION: A molecular orientation pattern figure that indicates the relationship between a rotary angle X and an absorption coefficient κX where the influence of the thickness of an object 5 is eliminated can be plotted. A microwave with an amplitude of A0 is applied to the object with an average thickness of dz of the transmission surface of the microwave, and the object 5 is rotated in a surface that is vertical to the advancing direction of the microwave, thus detecting a microwave transmission intensity (IX)dz at a rotary angle of X of the object and a microwave transmission intensity Idz0 when the average thickness of the object 5 is zero. By using the absorption coefficient κX obtained from an expression, a molecular orientation pattern figure that indicates the relationship between the rotary angle X and the absorption coefficient κx . where the influence of the thickness of the object 5 is eliminated can be drawn.
Patent JP-S57207040-A (JP)
Title: Apparatus for conveying insert for injection molder
Inventor: UENO TOYOAKI
IPC: B29C45/14
Filed: 1981-06-16
Abstract: PURPOSE:To enable the labor for molding operation to be saved, by securing linear move sections of moving apparatuses, whose stroke is the greatest of a plurality of moving apparatuses, to pushing-up plates, with other linear move sections not secured to the pushing-up plates. CONSTITUTION:A bottom plate 4a of a pallet 4 in which a plurality of inserts 6 are stacked is vertically movable. Rows of the inserts 6 are fed to a conveying section row by successively actuating the moving apparatuses including a plurality of hydraulic cylinders 7-9 which are provided below the pallet 4 and whose strokes are different to push up the bottom plate 4a so that the convey is automated and the labor is saved. Regulating members 21, 23 are provided removably on acting ends of the linear move sections of the moving apparatuses including piston rods 13, 15, 16, of the hydraulic cylinders 7-9 so that the change in the height of the inserts 6 can be overcome.
Patent JP-S58208827-A (JP)
Title: Power supply circuit for memory
Inventor: SUGIMOTO TSUTOMU
IPC: H02J9/06
Filed: 1982-05-28
Abstract: PURPOSE:To back up an RAM, by connecting a resistance and a switching element in series to supply an RAM power supply to charge a battery and disabling the chip enable terminal of the RAM after detecting an OFF state of the power supply. CONSTITUTION:When a power supply of 4.8V is turned on, a TR19 is turned on to charge a battery 17. Then the voltage drops at a contact between resistances 21 and 22, and a TR23 is alos turned on to supply a current to a resistance 24. The potential of a chip enable terminal CE has a level enough to make an RAM16 enable. At the same time, a TR15 is also turned on the feed the power to the RAM16. Thus the RAM16 works normally, and at the same time the battery 17 is charged. When the 4.8V power supply is turned off, TR19, 23 and 15 are turned off. Then the terminal CE is set at OV, and the RAM16 is disabled. The battery 17 feeds to the RAM16 only. Thus the storage information of the RAM16 can be protected for a long period of time, e.g., a half year. Therefore this power supply circuit is suited to farm machines.
Patent JP-S58208382-A (JP)
Title: Preparation of fluophor
Inventor: ABE TOMOHIKO
IPC: C09K11/08
Filed: 1982-05-28
Abstract: PURPOSE:To prepare a blue fluophor consisting of ZnS, ZnTe and Al2S3 in a special composition, which is not susceptible to saturation of luminance and has high luminance and short emission attenuation time, by filling ZnS, ZnTe and Al2S3 in a core tube of a vertical oven and burning it, with carbon placed on it. CONSTITUTION:A raw material prepared by adding 0.5-2wt% S (in terms of stoichiometric ratio) to a fluophor of the formula (in which x is 1X10<-2>-8X 10<-2>mol and y is 0-5X10<-4>mol per mol of ZnS) is filled in a core tube 2 of a vertical oven 1. The filled raw material 3 is covered with carbon such as activated carbon 4 to isolate external atmosphere and the core tube is sealed with a cover 5 at the top opening to form a required space 6 between the cover 5 and the carbon 4. Then the filled material 3 is burned at 830-1,200 deg.C by means of a heating device 7.
Patent JP-H08261223-A (JP)
Title: Locking nut
Inventor: WAKABAYASHI KATSUHIKO
IPC: F16B39/34
Filed: 1995-03-24
Abstract: PURPOSE: To provide a sure locking effect with good workability by means of a structure created so that one end part of an elastic ring body presses the screw thread of a male screw in an engagement projecting part when a nut main body is turned in a direction for loosening the male screw. CONSTITUTION: When a nut main body 1 is screwed into a male screw 20 and rotated in a fastening direction A, the side 9 of an engagement projecting part 7 is engaged with an inclined surface 13a, pressing and expanding the end 13 of an elastic ring body 11 in a radial direction, and thus the nut main body 1 is fastened without bringing the elastic ring body 1 into contact with a screw thread 21. When the nut main body 1 engaged with the male screw 20 is turned in a loosening direction B, the side 7 of the engagement projecting part 7 is engaged with an inclined surface 12a, pushing the end 12 of the elastic ring body 11 out in the radial direction by means of a big pressure created due to a twisting action and pressing the screw thread 21, and thus a strong locking effect is provided.  Since at this time, the inclined surface 13a moves away from the side 9 and the end 13 elastically presses the screw thread 21 so as to return to its original position by means of an elastic recovering force, the loosening stop effect is facilitated.
Patent JP-S58208595-A (JP)
Title: Manufacture of condensing heat transfer pipe
Inventor: SATOU TAKUYUKI
IPC: B21H7/00
Filed: 1982-05-29
Abstract: PURPOSE:To improve the efficiency of heat transfer of the titled device by a method wherein the heat transfer effective area of the outer surface side of a heat transfer pipe is enlarged and the adhesion of a liquid film on the fin surface is prevented. CONSTITUTION:A condensing heat transfer pipe 9 has independent many quadrangular pyramid shape projections 1 along the herical locus on the outer surface of a pipe 3. Each projection 1 adjacent in the pipe axis direction is divided by periphery direction root parts 2 provided in herical shape, and each projection 1 adjacent in the pipe periphery direction is divided by axis direction root parts 8, thereby, each projection 1 is mutually independent peak. Said periphery direction root parts 2 are formed deeper than said axis direction root parts 8, said axis direction root parts 8 are inclined to the direction crossing the pipe axis. As said periphery direction root parts 2 are plane in pipe periphery direction, the condensated liquid is smoothly flowed down in pipe periphery direction. The rolling tool 5 for forming said projections 1 is composed of a spare rolling disc group 5a, a tooth generating member 5b and a finish rolling disc group 5c which are respectively freely rotatable for a supporting shaft 6, and a blank pipe 3' is straightly moved forward with controlled by a mandrel 4, thus, said herical train of projections 1 are formed.
Patent JP-S62250583-A (JP)
Title: Semiconductor storage device
Inventor: USAMI MASAMI
IPC: G11C11/413
Filed: 1986-04-23
Abstract: PURPOSE:To attain a high-speed memory by specifying the setup time and write pulse width by a delay time of a memory IC inside and a logical gate or the like. CONSTITUTION:In supplying a low-level write control signal WE externally at data writing, the write control signal WE is fetched in a latch circuit LT by using a signal retarding a clock CLK by a delay circuit DLY1. A signal B having the same phase as that of the write signal WE and a signal A having opposite phase are outputted from the latch circuit LT and the signal B is retarded by a delay circuit DLY2. Then the retarded signal B' is fed to an AND gate G together with the opposite phase signal A, they are ANDed to form an internal write pulse WP. The internal write pulse WP formed in this way is fed to a write amplifier WA.
Patent JP-S60235537-A (JP)
Title: Transmission power detector
Inventor: OOBA TATSUHIRO
IPC: H04B17/18
Filed: 1984-05-07
Abstract: PURPOSE:To widen the detecting range of a TDMA transmission burst and also to detect individually a transmission burst value at each transponder by applying a gate signal from a time-division multiple address (TDMA) terminal station equipment to a sample-and-hold circuit and a transmission channel number with parity to a transmission power detector. CONSTITUTION:The transmission power detecting circuit is provided with a reception parity detection circuit 15 receiving a transmission channel number (g) and its parity signal (h) by a normal parallel parity form from the TDMA terminal station equipment 1. If a code error takes place in the transmission channel number (g), the reception parity detection circuit transmits a transmission channel number not allocated actually, e.g., channel [0] number to a signal processing section 14 as the output signal (n). Since a digitized signal (m), the transmission channel number (n) and a signal (k) representing that the signals m, n are effective at present corresponding to a peak power at each burst are inputted to the signal processing section in this way, the peak power of the transmission burst for each transponder is known easily.
Patent JP-S62249194-A (JP)
Inventor: OOUCHI KEI
IPC: G09G3/36
Filed: 1986-04-23
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-S61249007-A (JP)
Title: Light converging device
Inventor: HAMAGUCHI KATSUNARI
IPC: G02B6/00
Filed: 1985-04-26
Abstract: PURPOSE:To converge the sunshine easily with extremely simple structure by leading a light guide fiber in a thin wire shape out of the lower end of each light converging element formed by converging the periphery of a reverse conic transparent body for light convergence with a transparent body for reflection which has a low refractive index. CONSTITUTION:Many light converging elements 2 each formed by covering the periphery of a reverse conic transparent body 5 for light convergence except its top surface with a transparent body 6 for reflection which has a low refractive index are combined in an array and light guide fibers 3 each formed by covering the transparent body 5 with the transparent body are led out of their lower end parts in one body. The sunshine enters transparent bodies 5 for light convergence and is guided to a fiber 3 while reflected totally by their boundary surfaces with transparent bodies 6 for reflection. Therefore, the sunshine is converged by the extremely simple structure and the sun energy is utilized.
Patent JP-H02269913-A (JP)
Title: Differential pressure type steam flowmeter
Inventor: MORII TAKAYUKI
IPC: G01F1/34
Filed: 1989-04-11
Abstract: PURPOSE:To eliminate the measurement error of a steam flow rate due to variation in wetness and to accurately measure the steam flow rate by arranging a steam separation part on the upstream side of a contraction mechanism and providing a drain valve below the steam separation part. CONSTITUTION:The steam flowmeter consists of the steam separation part 1, drain valve 2, and contraction mechanism 3. Steam to be measured which flowing in through an entrance 10 is swiveled by a swivel blade 24 when passing through an annular space 16 and water is forced outward because it mass is large; and then the water flows down in a drain reservoir chamber 26 along the internal wall of the main body at the periphery, but light steam passes through a straightener 15 in the center of a partition wall member 20 and then passes through an orifice 14 to flow out to an exit 11. Further, a valve float 30 moves up and down according to the water level in the drain water reservoir chamber 26 to open and close a drain water valve outlet 28, thereby discharging a condensate which is reservoired in the drain water reservoir chamber 26 from the system automatically. The detection parts 36 and 37 provided in front of and behind the orifice 14 detect pressure and an arithmetic part 38 calculates the flow rate of the wet steam. Consequently, the measurement error of the steam flow rate due to variation in the wetness is eliminated and the steam flow rate is accurately measured.
Patent JP-2000289944-A (JP)
Title: Hydraulic elevator descent control device
Inventor: ISHIKAWA YASUNORI
IPC: B66B1/26
Filed: 1999-03-31
Abstract: PROBLEM TO BE SOLVED: To improve the stability of traveling speed in descending of a car by interposing springs for converting the separating direction of a main valve element and feeding back it to a pilot valve element between one end surface of the pilot valve element and an output plunger and between the other end surface of the valve element and the main valve element, respectively. SOLUTION: A proportional solenoid pilot control valve 2 has a spool 6 constituting a pilot valve element. The upper end of the spool 6 is connected to an output plunger 29 through a first spring 7, and the other end thereof is connected to the main valve element 4 of a hydraulic opening and closing control valve 20 through a second spring 8. The spool 6 is moved upward to the position where the force by the first spring 7 is balanced to the force by the second spring 8 fed back from a main valve element 4 to suppress the pressure reduction of a pilot pressure chamber 26, and the main valve element 4 is moved in the direction approaching a valve seat opening 23 by the feedback quantity to regulate the opening of the hydraulic opening and closing control valve 20. According to this, the stability of descending speed of a car can be ensured.
Patent JP-H03290744-A (JP)
Title: Secrecy protection circuit
Inventor: OMORI SHIGENOBU
IPC: G06F21/12
Filed: 1990-04-09
Abstract: PURPOSE:To add a secrecy protecting function even to an existing device having no secrecy protecting function with simple improvement by granting a reading operation to a storage means in response to the decision of coincidence of a comparison means. CONSTITUTION:An input means 1100 inputs a password and a comparison means 1200 compares a registered password written at a prescribed position of the storage information with the password inputted from the means 1100. Then a storage control means 1300 grants a reading operation to a storage means 1000 in response to the decision of coincidence of the means 1200. Thus an information processor using a CPU, etc., can protect the secrecy with higher reliability just with exchange of software and with no remodeling of software.
Patent JP-H01263313-A (JP)
Title: Excavating device and excavating method
Inventor: KAWASAKI KENJI
IPC: E02D3/12
Filed: 1988-04-14
Abstract: PURPOSE:To provide uniform soil cement, by a method wherein a rotary short auxiliary shaft is mounted separately from a drive shaft, during excavation, agitation is made by means of the two shafts, and during lifting, cement milk is injected through the auxiliary shaft as the two shafts are rotated in a reverse direction to each other. CONSTITUTION:A drive force is transmitted through a reduction gear 20 to an excavating shaft 30 and an auxiliary shaft 40 by a drive device 10. The auxiliary shaft 40 is mounted in a manner to be shorter than the excavating shaft 30, and an agitating means 41 is attached to the tip of the auxiliary shaft, and cement milk is injected through an injection nozzle 42. The excavating shaft 30 is provided at its lower end with an excavating head 31 and has an injection nozzle 31 for cement milk, and the excavating shaft 30 is provided with an agitating arm 53. Soil produced occasioned by drilling by the excavating shaft 30 is agitated by the agitating means of the excavating and auxiliary shafts 30 and 40. During lifting, the excavating and auxiliary shafts 30 and 40 are rotated in a reverse direction to each other, and agitation is effected as cement milk is injected only through the injection nozzle 42.
Patent JP-H02269922-A (JP)
Title: Temperature sensor circuit
Inventor: YAMAGATA MICHIAKI
IPC: G01K7/24
Filed: 1989-04-12
Abstract: PURPOSE:To eliminate the need for an A/D converter and to reduce the cost by outputting temperature which is measured by a sensor directly as a frequency signal. CONSTITUTION:The sensor circuit is provided with an astable multivibrator MV1 which has a constant current source as a load and charges and discharges a capacitor to determine its oscillation frequency, a bias circuit BAS1 which determines the level of a charging signal for charging the capacitor through the constant current source, and a temperature element which is provided as a circuit element of the bias circuit BAS1 and generates the charging signal corresponding to measured temperature. Then the temperature element of the bias circuit BAS1 varies the charging signal applied to the capacitor of the astable multivibrator MV1 to output an oscillation frequency corresponding to the measured temperature. Consequently, the need for an A/D converter in the circuit is eliminated and the cost is reducible.
Patent JP-S57206569-A (JP)
Title: Silver soldering and hardening method for super hard alloy
Inventor: KAMATA SABUROU
IPC: C21D1/76
Filed: 1981-06-15
Abstract: PURPOSE:To perform silver soldering and bright quenching by placing super hard alloy materials on base materials, disposing silver solder therein, and passing these into a bright quenching furnace filled therein with a gaseous mixture lighter than air thereby expelling the air stuck on the materials thoroughly in the inlet part of the furnace. CONSTITUTION:Super hard materials 17 are placed in the prescribed positions of base materials 15 consisting of steel materials of ferrous or ferritic structure or steel materials of martensitic structure. Flat plate-like silver braze pieces 18 are interposed in their joined parts, and these are placed on trays 10, and are carried into a bright quenching furnace 1. When the materials 11 consisting of the materials 15 and the materials 17 enter the inlet part 3 of the furnace cylinder, the air stuck thereon is expelled by a gaseous mixture which is filled in the furnace cylinder, consists of helium and argon and is lighter than air at an ordinary temp. Also, the materials are preheated. In a central part 2, they are heated to high temps., then the pieces 18 melt and infilter the contact surfaces 19 between the materials 15 and the materials 17. In an outlet part 4, they are cooled and are bright-quenched.
Patent JP-S61276187-A (JP)
Title: Disk cartridge
Inventor: KOBAYASHI KATSUJI
IPC: G11B23/033
Filed: 1985-04-30
Abstract: PURPOSE:To prevent the generation of dust with use of the holding mechanism of a recording medium in the transport and storage modes of a disk cartridge and to avoid a leading mistake, by providing a medium holder which has a contact with the tip of a shutter and works when the shutter is closed. CONSTITUTION:When a disk cartridge 1' is put into a driver, a pin 13 of the driver presses down a guide member 14 and opening parts 6-8 closed by a shutter 9 are opened by a steel belt 12. At the same time, a medium holder 19 releases the fixed state of a recording medium 3 via a spring 21. Thus the reading/writing operations are possible. When the cartridge 1' is taken out of the driver, a guide member 14 is reset with the resetting force of a spring 11 and the shutter 9 closes the parts 6-8. At the same time,the shutter 9 turns the holder 19 via the spring 11. Then the holder 19 presses the medium 3 to a wall part 17 and fixes it there.
Patent JP-S5717277-A (JP)
Title: Raster blanking circuit
Inventor: KAWABATA TERUO
IPC: H04N5/44
Filed: 1980-07-07
Abstract: PURPOSE:To prevent the distortion of picture accompanied with a tuning voltage leading characteristic, by producing a clamp signal, interrupting the video and synchronizing signals at first, transmitting the synchronizing signal only for approach run, producing the picture after the absence of a clamp signal. CONSTITUTION:A voltage on one terminal (-) of a differential amplifier 10 is rapidly discharged with an input of a CH switching signal at t1 to produce a clamp signal. This clamp signal turns on a transistor (TR)16 of a muting circuit 5 and also turns on a TR17 of a synchronizing separation circuit 6. Since no video signal component is inputted until a TR18 turns off at an addition circuit through the conductive TR16 of the muting circuit 5, no output is appeared at an output terminal 8. Next, when no clamp signal is present, the TRs 16, 17 are nonconductive, and when the TR18 turns on, the video signal including the synchronizing signal is accucrately synchronized via the TRs 9, 18 to be appeared on the output terminal 8.
Patent JP-S5216489-A (JP)
Title: Nematic liquid crystal composite
Inventor: ARAI TADASHI
IPC: C09K19/46
Filed: 1975-07-31
Abstract: PURPOSE: Nematic liquid crystal composite, excellent in liquid crystal temperature range, threshold voltage, response speed, life showing positive dielectric anisotropy is provided. 
     COPYRIGHT: (C)1977,JPO&Japio