baber/WOPTO huggingface dataset:
Patent JP-H11152159-A (JP)
Title: Cover of easily openable container and manufacture of the same
Inventor: NAKAMURA TSUTOMU
IPC: B65D47/36
Filed: 1997-11-21
Abstract: PROBLEM TO BE SOLVED: To provide a cover and a method for manufacturing the cover wherein the cover can be handled with a high degree of safety in an unsealing operation of a container and printing can be easily applied to the cover, in regard to a cover of an easily openable container and a method for manufacturing the cover. SOLUTION: In the cover, in which a cover body 1 made of metal is divided into a release part 3 in contact with a tensile piece 2 and a mount part 4 attached to a container 17 by cutting lines 5, and by pulling the piece 2, the body 1 is cut off along the lines 5 so that the part 3 is released from the container 17, synthetic resin films 6 are stacked and adhered to at least the front surface of the body 1 and also break lines 7 are formed in the films 6 so that the films 6 are cut off following the cutting of the body 1. The lines 7 are formed so that the broken ends of the films 6 protrude beyond the edge of the part 3 when the part 3 is released.
Patent JP-H02166849-A (JP)
Title: Data extracting circuit
Inventor: TAKEBE SHIN
IPC: H04L1/22
Filed: 1988-12-20
Abstract: PURPOSE:To efficiently extract data to be transmitted through double data transmitting systems by not fetching the data to be latched simultaneously by two systems as the true data as far as the contents, at least, of the data coincide with each other. CONSTITUTION:In an extraction processing circuit 30, all the data contained in a frame signal related to a loop I are fetched during a period from the time of the generation of the detection signal A1 of a loop I processing circuit till the time of the generation of the borrow signal C1 of the circuit 10. In a first data latch 31a to latch those, all the data contained in the frame signal related to the loop II are fetched during the period from the time of the generation of the detection signal A2 of a loop II processing circuit 20 till the time of the generation of the borrow signal C2 of the circuit 20. Transfer permission signals n1 and n2 to permit data transfer from each first data latch 31a or 32a to a second data latch 31b or 32b are generated and outputted based on frame end signals FE1 and FE2, etc., to be generated through the circuit 10 and the circuit 20.
Patent JP-H09163670-A (JP)
Title: Actuator
Inventor: KOMACHI HIROSHI
IPC: F16H57/021
Filed: 1995-12-11
Abstract: PROBLEM TO BE SOLVED: To remove the occurrence of creak of the fellow gears by providing a groove wherein one side of the periphery of a bracket can be fitted, at the brim of the inside periphery of the bracket catcher of the first case member and providing a press part capable of pressing the other part of the periphery of the bracket, at the brim of the inside periphery of the bracket catcher of the second case member. SOLUTION: The first case member 11a and the second case member 11b made by halving in axial direction are integrally joined with each other to form a storage case 11. A pair of bracket catchers 12a and 12b are made in opposition at the inner flanks, respectively, of the first case member 11a and the second case member 11b of this storage case 11. The bracket catcher 12a of the first case member 1 is provided with a groove A wherein one side of the periphery of the bracket 13 can be fitted, at the brim of the inside periphery, and also the bracket catcher 12b of the second case member 11b is provided with a press part B capable of pressing down the other part of the periphery of the bracket 13, at the brim of the insider periphery. Accordingly, the occurrence of the creak of the fellow gears can be suppressed.
Patent JP-H03183109-A (JP)
Title: Manufacture of molded coil
Inventor: MAYA TAKEYOSHI
IPC: H01F41/12
Filed: 1989-12-12
Abstract: PURPOSE:To make a coil positioning operation and a coil winding operation easy by a method wherein a coil is wound on a U-shaped coil formation part which has been formed in an insulating layer made of a prepreg base material at the outer circumference of a bobbin. CONSTITUTION:A prepreg base material in a semihardened state is wound on the outer circumference part of a bobbin 11 which is used also as an inner circumference mold; an insulating layer 12 is formed. Coil formation parts 13 are formed to be U-shaped in such a way that a plurality of parts, e.g. three parts at prescribed intervals, at the outer circumference part of the insulating layer 12 are pressurized and molded by using a roller or the like. Block coils 14a to 14c which constitute a coil 14 are wound sequentially on the coil formation parts 13. This whole assembly is heated and dried in this state; the prepreg base material for the insulating layer 12 is hardened. Then an outer circumference form 15 and edge face forms 16, 16 are installed, and an insulating resin 17 is injected into the outer circumference part of the coil 14; it is heated and hardened; a molded coil 18 for dry-type transformer use is manufactured.
Patent JP-H11144988-A (JP)
Title: Manufacture of permanent magnet
Inventor: TOYODA YUKIO
IPC: H02K15/03
Filed: 1997-11-07
Abstract: PROBLEM TO BE SOLVED: To produce in high volume a permanent magnet having a complicated shape or a large shape with a simple process, by collecting a plurality of molded bodies with different magnetization, and sintering to integrally form a magnet. SOLUTION: A short cylindrical molding 1 and an annular molded body 2, whose magnetization directions are different, are prepared. Next, the moldings 1 and 2 are assembled together to prepare an assembly. The assembly is sintered in an electric furnace or the like so as to be integrally formed. At this point, the moldings 1 and 2 are made of ferrite powder having at least one of CaO, SiO2 , CoO, Cr2 O3 , Al2 O3 and CuO in amounts ranging from about 0.1 to 2.0 wt.%. The moldings 1 and 2 are molded at molding pressures ranging from about 10 to 1,000 MPa, and they are sintered at temperatures ranging from about 1373 to 1523 K. As a result, a complicatedly shaped or large-sized permanent magnet is produced in high volume inexpensively with a simple process.
Patent JP-H02165384-A (JP)
Title: Information processor
Inventor: IHARA SHOJI
IPC: G06T1/00
Filed: 1988-12-20
Abstract: PURPOSE:To prevent relation between a document and a stuck image from being made unclear due to power failure or the like by including a sticking image file name and a write YES/NO flag in file information for specifying a document file. CONSTITUTION:The information processor is constituted of a CPU 1, a memory 2 for storing a document edition program to be executed by the CPU 1, a file control procedure, and a processing file or data, a display device 3, a scanner 4, a hard disk 5, a flexible disk 6, a keyboard 7, and a pointing device 8. The file identification name of an image file storing the body of a stuck image is included in a document file information and a write YES/NO flag is included in the file information. Consequently, the reliability of a formed document can be improved and any accident can be restored to a state held immediately before the accident.
Patent JP-H08253671-A (JP)
Title: Polyether ketone resin composition and carrier for processing and treating semiconductor wafer
Inventor: NOMURA HIDEO
IPC: H01L21/027
Filed: 1995-12-12
Abstract: PURPOSE: To obtain the subject composition, excellent in rigidity, dimensional stability and antistatic properties and useful as a carrier, etc., for processing and treating semiconductor wafers by blending a polyether ketone resin with specific amounts of a liquid crystal polyester and specified carbon fibers. CONSTITUTION: This resin composition is obtained by blending (A) 100 pts. wt. composition comprising (1) 95-50wt.% polyether ketone resin of preferably formula I [(n) is the average repetitive number] and (ii) 5-50wt.% liquid crystal polyester containing a recurring unit of preferably formula II, in a sum amount of at least 30mol% based on the whole, with (B) 5-100 pts.wt. carbon fibers having 5-20μm average fiber diameter and 30-500μm average fiber length. Furthermore, the surface resistivity of a molding prepared from the composition is preferably 10<12> to 10<12> Ω. The component (i) preferably has 500-3800 P melt viscosity (apparent melt viscosity when extruding the resin heated at 400 deg.C from a nozzle having 1mm inside diameter and 10mm length under 1000sec<-1> shearing rate).
Patent JP-H01165792-A (JP)
Title: Production of material plated with reflow tin or tin alloy
Inventor: FUKAMACHI KAZUHIKO
IPC: C25D5/34
Filed: 1987-12-22
Abstract: PURPOSE:To produce a material plated with reflow Sn(alloy) which is excellent in both appearance and soldering properties without dewetting by plating on the material which is obtained by subjecting Cu(alloy) to mechanical grinding after final annealing and successively performing chemical grinding and furthermore subjecting it to rolling-work as a base material for plating. CONSTITUTION:After subjecting a cold-rolled material made of Cu(alloy) to final annealing, chemical grinding due to a known method follows mechanical polishing such as a buff and furthermore rolling is performed and thereby a base material having prescribed thickness for plating is obtained. This base material is degreased and pickling under the ordinary conditions and thereafter dull Sn(alloy) plating is performed and then the base material is held in an electric oven at proper temp. and taken out from the electric oven just after the plated layer has been melted and quenched with hot water to produce the above-mentioned plated material. Further it is desirable that both surface roughness Rmax of Cu(alloy) material after mechanical grinding and grinding thickness (t)(mum) of the single side by chemical grinding satisfy the following relation. t>=(1/2)Rmax.
Patent JP-H02167701-A (JP)
Title: Manufacture of multi-branched ceramic pipe for thermally insulating exhaust channel
Inventor: FUKAO KANAME
IPC: F01N13/18
Filed: 1988-12-21
Abstract: PURPOSE:To prevent generation of a large strain at a time of firing by mutually connecting the tip parts of a plurality of branched pipes projected from a pipe main body with a rodlike or plate-like connection part and cutting the tip parts of the branched pipes contg. this connection part after firing. CONSTITUTION:The tip parts of a plurality of branched pipes 2 forkedly projected from a ceramic pipe main body 1 are mutually connected by a thin platelike connection part 3. An intermediate product having such a shape can be integrally molded by drain casting by introducing ceramic slurry such as aluminum titanate into the inside of a mold. This intermediate product is burned in such a state that the connection part 3 is fitted thereto. A plurality of branched pipes 2 are prevented from being approached and separated during firing by this connection part 3. The tip pats of the branched pipes 2 contg. this connection part 3 are cut from the position shown in one-dotted dash line after firing. Thereby generation of a strain is prevented at a time of firing and a ceramic pipe having a complex shape can be easily manufactured.
Patent JP-H0826598-A (JP)
Title: Method and device to store and individualize bobbin
Inventor: GURABOFUSUKII GEERUHARUTO
IPC: B65H67/06
Filed: 1994-12-26
Abstract: PURPOSE: To lead a bobbin from a storage to a take-out position through an occupied space which is as small as possible, by storing bobbins in parallel with one another in their axial direction, by separating the bobbins from one another between the storage and the take-out position before they are taken out in their axial direction. CONSTITUTION: Bobbins 11 are not arranged in order, but they are stored in a storage in parallel with one anther in their axial direction. The bobbins are dropped one by one from the storage onto a sorting zone 3, and are then led into a bobbin take-out part 2. The sorting zone 3 has a wall member serving as a swinging member 31 which are pivoted around a pivot shaft 32 through motion of a lever-like member 33 so as to flatten a bridging and stacking condition of the bobbins. The dropped bobbins 1 reach a runway 21 while bobbins 11 standing by on the runway 21, are taken out by sprockets 42 which are attached on a conveying device 4 at equal intervals.
Patent JP-2001106996-A (JP)
Title: Laminated film and method for laminating print or the like by using the same
Inventor: KIMURA YOSHIKAZU
IPC: C08J7/04
Filed: 1999-10-07
Abstract: PROBLEM TO BE SOLVED: To laminate the surface of a printed material, etc., without using organic solvents or heating devices. SOLUTION: This laminated film is obtained by forming an adhesive layer 2 exhibiting adhesiveness by pressure on one side of a substrate 1 and a surface treated layer 3 which is a film layer made of a synthetic resin, etc., may be formed on the other side thereof. The method for laminating the printed material is composed of a step of continuously registering the obtained laminated film with the surface of the printed material, a step of continuously registering the registered laminated film and the printed material with the printed material under pressurized and a step of cutting the completely adhered laminated film to the printed material and separating into each monadic printed material.
Patent JP-H11161026-A (JP)
Title: Developing device
Inventor: ASAMI AKIRA
IPC: G03G15/08
Filed: 1997-11-25
Abstract: PROBLEM TO BE SOLVED: To provide a developing device capable of preventing the occurrence of a 'rotation together' phenomenon and sufficiently stirring a developer, at the time of transferring the developer, even if a small-diameter multistage roller is used. SOLUTION: The transfer magnetic poles (P01 , P02 and P11 ) of developing rollers 5 and 6 have the same polarity (S-pole). Further, when a line that links the centers of the developing rollers 5 and 5 is defined as α and the angle between the line α and the magnetic pole P01 is defined as θ1 and between the magnetic pole P11 is defined as θ2 . Then, the angles are set to θ1 =26 deg. and θ2 =20 deg. respectively. Therefore, θ1 >=5 deg. and θ1 -θ2 <=11 deg. are obtained. Thus, the developer is excellently stirred at the time of transferring the developer from the developing roller 5 to the developing roller 6 and the rotation of the developer together with the rollers 5 and 6 can be prevented.
Patent JP-H08161458-A (JP)
Title: Image storage device for ophthalmology
Inventor: KASHIWAGI KENICHI
IPC: G06T1/00
Filed: 1994-11-30
Abstract: PURPOSE: To surely attain highly frequent image pickup device regardless of image pickup requiring a huge amount of image data. CONSTITUTION: An eyeground image picked up by an eyeground camera 1 such as a CCD camera is inputted from the eyeground camera 11, and a range to limit an aperture mask image is decided based on image pickup information for the image pickup and patient information to select image storage area information to be stored in the image storage device 12 among sets of image storage area information stored in advance in an image storage area storage device 14. The image storage device 12 stores the picked-up image according to the selected image storage area information and the image is displayed on a television monitor 13.
Patent JP-H06149289-A (JP)
Title: Speech recognizing device
Inventor: MATSUSHITA MITSUGI
IPC: G10L21/02
Filed: 1992-11-09
Abstract: PURPOSE:To increase the recognition precision for vocalization variation and ambient environment changes. CONSTITUTION:An input pattern generation part 2 converts an input signal inputted from a speech input part 1 into a time series of feature vectors to generate an input pattern and a similarity calculation part 4 finds the similarity between the input pattern generated by the input pattern generation part 2 and standard patterns stored in a standard pattern storage part 3. An input pattern correction part 5 corrects the input pattern according to the difference between the input pattern and a standard pattern when the similarity calculation part 4 performs the similarity calculating process, and then the similarity calculating process is performed again. A recognizing process part 6 performs a recognizing process by using the similarity result found by the similarity calculation part 4.
Patent JP-2001138712-A (JP)
Title: Pneumatic radial tire for high-speed heavy load
Inventor: ITAI SEIJI
IPC: B60C9/20
Filed: 1999-11-15
Abstract: PROBLEM TO BE SOLVED: To effectively suppress deflective abrasion based on early abrasion of a shoulder part 49. SOLUTION: A value W/R is set to be 0.65 or less and a curvature radius R of a center part 48 of a belt layer 29 is large. Therefore, radius difference of a tread foot surface 46 between the center part 48 and the shoulder part 49 decreases, a ground length in the shoulder part 49 approaches a ground length in the center part 48, thus cutting/sliding abrasion in the shoulder part 49 is decreased, and deflective abrasion is suppressed.
Patent JP-H11137670-A (JP)
Title: Internal indwelling type purification device
Inventor: YAMAMOTO YASUHIRO
IPC: A61M1/18
Filed: 1997-11-10
Abstract: PROBLEM TO BE SOLVED: To provide an internal indwelling type purification device which lessens the patient's burden by the extracoporeal circulation of blood at the time of blood purification, improves operability for treatment, is capable of easily executing a blood purification therapy, is small in size and is directly insertable into the intracerebral blood vessels or the parenchymal organs, such as cerebral ventricle and liver. SOLUTION: This internal indwelling type purification device 1 consists of at least one piece of hollow fiber membranes 2 of which the outer peripheral surfaces are contactable with the blood, a supply port 51 which supplies a treating liquid to the internal cavity parts 21 of the hollow fiber membranes 2 and a discharge port 91 which discharges the treating liquid past the internal cavity parts 21 of the hollow fiber membranes 2. The supply port 51 and discharge port 91 described above are preferably disposed on one end side of the hollow fiber membranes 2.
Patent JP-H03187019-A (JP)
Title: Light deflecting device and optical recording/ reproducing method using the device
Inventor: OTA YOSHINORI
IPC: G11B7/00
Filed: 1989-12-15
Abstract: PURPOSE:To record information with a high density and to quickly reproduce information by providing plural pairs of electrodes on the optical path of guided light advancing in an optical waveguide to constitute a first deflecting means and continuously changing the frequency of a high frequency voltage applied to a second deflecting means to scan a prescribed range. CONSTITUTION:The light made incident on a waveguide 31 from a light source 32 is propagated in the waveguide 31. When a metallic electrode, for example, 40-1 is selected by a line select driving circuit 34, the refractive index of an optical path converting part 40-1 is reduced based on the voltage applied from a metallic electrode 33-1. As the result, the light made incident on the converting part 40-1 has the optical path deflected and is made incident on a surface acoustic wave generating part 35-1 on the optical path as 1st order deflected light. A prescribed high frequency voltage is applied to the generating part 35-1 from a deflection angle control circuit 36 synchronously with the circuit 34, and this light is deflected at a deflection angle corresponding to the frequency of the high frequency voltage and is emitted. Thus, the frequency is continuously changed to analogically scan the prescribed range with 2nd order deflected light.
Patent JP-H11147175-A (JP)
Title: Gas shield arc welding method
Inventor: KUREHASHI TOYOO
IPC: B23K9/025
Filed: 1997-11-11
Abstract: PROBLEM TO BE SOLVED: To make a good bead shape by welding a groove between thick base metals abutted by stabilizing an arc and a molten pool shape. SOLUTION: A butted part between thick base metals 1 of >10 mm in thickness is welded with electrodes of thick flux-cored wire 9a or metal cored wire by using MIG or MAG welding method. A diameter of the wire 9a is 4.0-6.4 mm, a welding current is AC 600-19000 A, a voltage is 20-50 V and a wire feeding speed control range is 2.0-7.5 m/min. When single electrode 9 is used, multi-pass welding is performed and when two electrodes 9 of preceding and succeeding are used, a one-run process is used.
Patent JP-H02171407-A (JP)
Title: Safety device of snow plow
Inventor: KATO NAOYOSHI
IPC: F16D9/08
Filed: 1988-12-22
Abstract: PURPOSE:To prevent any damage to a plow body by pivotally mounting one end of a lower link member pivotally mounted at its other end below the plow body to a rotary bracket connected to a fitting member and fitting a shear pin between the bracket and a fitting member. CONSTITUTION:During snow removal operation, if the cutting edge 8 of a plow body collides with an obstacle 16, its shock is transmitted from the cutting edge 8 via a blade 7, a holding bracket 9 and a lower link member 11 to a rotary bracket 4. Next, a shear pin 13 is broken due to shocking force, the bracket 4 starts its turning motion in the direction of an arrow E and the bracket 4 is put in its turning motion until its rear end lower part collides with stopper 14 of a fitting member 1. Accompanying the turning movement of the bracket 4, the cutting edge 8 also makes turning motion in the direction of an arrow F so that the edge 8 rides over the obstacle 16 to prevent any damage to the body 6 and a vehicle body 2.
Patent JP-H02168723-A (JP)
Title: Output circuit
Inventor: HIGUCHI MISAO
IPC: H03K19/003
Filed: 1988-12-21
Abstract: PURPOSE:To prevent a malfunction inside an IC due to a current noise, the deterioration of an input level and a data delay by means of the linking of an output by controlling the turned-on resistance of a transistor(TR) 4 of an output circuit, and suppressing a peak current generated when an output changes. CONSTITUTION:When an output signal S1 changes from a low level to a high level, a TR 3 is turned on by a signal S5 delayed by a delay circuit 8, and an output signal S7 is further accelerated to the higher level. Next, when the input signal S1 changes from the high level to the low level, the TR 4 is turned on by a signal S6 delayed by a delay circuit 9, and the output signal S7 is further accelerated to the lower level. By such an operation, since TRs 1 and 2 have the large turned-on resistances with respect to the load of the output signal S7, charging and discharging start gently, the charging and discharging are accelerated by TRs 3 and 4 having the small turned-on resistances, and the current change immediately after the output change can be suppressed.