baber/WOPTO huggingface dataset:
Patent JP-H11130674-A (JP)
Title: Vitamin-containing composition
Inventor: MAKINO TADASHI
IPC: A23L33/15
Filed: 1998-08-12
Abstract: PROBLEM TO BE SOLVED: To efficiently obtain the subject granulated composition in high extruding granulativity while stabilizing vitamin Cs despite containing a sugar alcohol. SOLUTION: This composition as preparation with stabilized vitamin Cs is obtained by kneading a composition comprising vitamin Cs and erythritol followed by conducting an extrusion granulation; wherein the vitamin Cs may be composed of free ascorbic acid and an alkaline earth metal ascorbate(s), or may be combined with vitamin Es; the erythritol accounts for about 10-90 wt.% of the whole composition. Furthermore, this composition may also contain a sweetener, binder, vehicle and so on.
Patent JP-S60114626-A (JP)
Inventor: ROBAATO YUUJIIN POKOTSUKU
IPC: F23N1/02
Filed: 1984-10-31
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-S60118434-A (JP)
Title: Work reversing device
Inventor: IJIRI MASAHIRO
IPC: B23P19/00
Filed: 1983-11-30
Abstract: PURPOSE:To convey a workpiece while the workpiece is reversed, by actuating two sets of parallel links arranged on a rotary bed on a carrier vehicle and adapted to swing in symmetrical directions so that the workpiece is held between gripping members. CONSTITUTION:Levers 62a, 62b and swingable levers 62c, 62d which constitute parallel link arrangements are coupled to shafts fitted in a pair of bearings 58a, 58b which are attached to a rotary plate 57 of a chasis reversing device 32 and have their axes set on a vertical line 59, and to shafts fitted in another pair of bearings 58c, 58d which are attached to the rotary plate 57 and have their axes set on the vertical line 59, the levers 62a, 62b being always held in the vertical condition. When an air cylinder 69 is actuated, the levers 62c, 62a and the levers 62b, 62d are swung so that they are opened directing toward the front end of a base 43, and therefore, the links 64a, 64b moves away from each other to enlarged the space between forks 66a, 66b so that a chasis body 31 is opened simultaneously with reverse operation thereof. The device 32 is driven by a motor 39 along a rail 35.
Patent JP-H0970695-A (JP)
Title: Powder compacting die device
Inventor: HOSONO KATSUAKI
IPC: B30B11/02
Filed: 1995-09-05
Abstract: PROBLEM TO BE SOLVED: To prevent an upper punch from being broken caused on the compression of the air inside a recessing part in the upper punch having the recessing part on the lower face of compacting a green compact. SOLUTION: A through hole 35 opening to a recessing part 32 is formed on an upper punch body 33, an air venting rod 34 is buried in the through hole 35 and fixed. An air venting passage 41 is formed due to the clearance between the side faces of these through hole 35 and air venting rod 34, the air 48 inside the recessing part 32 is vented to the outside of the upper punch 23. For surely venting the air 48 inside the recessing part 48 and preventing burrs from generating on the green compact, the clearance is made as 5 to 35μm preferably.
Patent JP-H10113388-A (JP)
Title: Injection device
Inventor: SAMS BERNARD
IPC: A61M5/32
Filed: 1997-08-25
Abstract: PROBLEM TO BE SOLVED: To provide an injection device in which fluid can be automatically injected to a man. SOLUTION: An injection device 10 comprises a drive assembly, and a throw- away assembly 20 including an injector assembly to be installed on the drive assembly. The drive assembly comprises a drive rod 46, and a spring 56 to press the drive rod to the injector. The spring 56 presses the drive rod 46 along an axial line of the device 10 to let a needle 38 of the injector assembly penetrate skin. The spring 56 continues to press the drive rod till the drive rod is engaged with a piston 32 in the injector assembly, so substance in the injector is discharged. A cap 16 detachably installed on the throw-away assebly, and a lock member provided on the throw-away assembly 20 prohibit removal of the cap 16 till the throw-away assembly is rotated to move to an actuation position.  A lock release assembly releases engagement of the lock member when the throw-away assembly is rotated to the drive assembly.
Patent JP-H04109352-A (JP)
Title: On-line information processor
Inventor: BAN TAKAYUKI
IPC: H04L12/70
Filed: 1990-08-29
Abstract: PURPOSE:To prevent the stop of on-line information even when the connection of a subscriber is changed by providing this on-line information processor with an originating subscriber (OSUB) management table for previously storing the identification(ID) names of all OSUBs. CONSTITUTION:Respective OSUB ID names are stored in the OSUB ID name field of the OSUB management table 22 and are set up in a user data field in a calling packet at the time of generating a call. A packet exchange network 1 sets up the value of a user data field in a terminating call packet. A terminating call control means 21 checks whether an OSUB ID name in the user data file of the terminating call packet received from a packet line coincides with the ID name stored in the table 22 or not. When there is no coincident ID name, the termination is rejected, and when the ID name exists, the termination is received and the on-line information processing of an on-line program 23 is started. Even when an originating DTE number is changed due to the dynamic movement or the like of an OSUB, the on-line information processing can be continued.
Patent JP-S59119322-A (JP)
Title: Active matrix liquid-crystal display device
Inventor: KINJI KENJI
IPC: G02F1/1368
Filed: 1982-12-27
Abstract: PURPOSE:To improve display quality by separating a pattern which connects a picture-element driving electrode and an electrode of capacitance except a connection part by a slit. CONSTITUTION:The picture-element driving electrode 6 and the electrode 7 of the capacitance 5 are separated by the slit 10 except at the connection part 9. If a defect due to a pinhole occurs in the electrode 7, the connection part 9 is cut by a laser, etc., to separate the picture-element driving electrode completely; the picture-element driving electrode 6 is not held at the unselected level of a timing line 3 and the voltage holding capacity of a picture element is only the capacity of liquid crystal sandwiched between the picture-element driving electrode 6 and counter electrode, but such an extreme defect state that the display device is on or off is not caused. Therefore, the display quality is improved.
Patent JP-H05294634-A (JP)
Title: System and device for manufacturing iron oxide particles
Inventor: FUOORESUTO AARU GUTSUDOSAN
IPC: C01G49/00
Filed: 1992-08-28
Abstract: PURPOSE: To attain the collection of iron oxide particles in short shut-down time and starting time by providing an injector with two passages of a passage for iron-containing vapor and a passage for an unheated gas.  
     CONSTITUTION: An injector 2 has the 1st passage 4 located along with the longitudinal axis of the injector. The passage 4 has an entrance 6 for introducing the iron-containing vapor and an exit 8 for discharging an iron-containing compound from the injector. The discharged iron-containing compound is led into a heated oxiding gas stream 10 coaxially with this gas stream. The 2nd passage 12 is formed along with the longitudinal axis of the injector as well and provided around the 1st passage 4 coaxially with this passage. The 2nd passage has an entrance 14 and an exit 16 with which an insulating gas stream is fed from a gas supply source through the passage to the exit 16 and led into the heated oxiding gas stream 10. The injector can have any arbitrary insulating material around the outer periphery of the injector or between two passages as needed. 
     COPYRIGHT: (C)1993,JPO
Patent JP-2000067627-A (JP)
Title: Surface light source device
Inventor: SUGA YOSHINORI
IPC: F21V8/00
Filed: 1998-08-13
Abstract: PROBLEM TO BE SOLVED: To provide a surface light source device capable of improving the brightness of a light emitted from the light emission face of a light guide plate, even when the same light source as usual is used, by eliminating a portion where the light emitted from the light source arranged along the side end face of the light guide plate is not effectively used. SOLUTION: A tubular light source 12 is arranged on one side end face 11a of a light guide plate 11 having a light emission face 11b on one surface and an incident light scattering and reflecting means 11c on the other surface, a reflector 13 is arranged covering the tubular light source 12 in order to make incident a light emitted from the tubular light source 12 from one side end face 11a on the inside of the light guide plate 11 and a light source direction reflection avoiding means 15, (22 or 32) is formed on the specular portion of the reflector 13 located on a virtual axis 14 almost perpendicular to the one side end face 11a of the light guide plate 11 through the center of the tubular light source 12.
Patent JP-H0971000-A (JP)
Title: Recording electrode
Inventor: KITAMURA TETSUYA
IPC: B41J2/385
Filed: 1995-09-06
Abstract: PROBLEM TO BE SOLVED: To provide a recording electrode for achieving high quality recording without variation. SOLUTION: An aperture electrode 1 in constituted of a base film 2 made of an insulation material, multiple opening sections 4 disposed on the base film in the lengthwise direction at equal intervals and multiple control electrodes 3 that independently surround the respective opening sections 4 on an upper face of the base film 2. The base film 2 is constituted of a high polymer resin of which the elastic modulus in tension is at least 512kg/mm<2> and the thickness is 25μm and each of the control electrodes 3 is constituted of a metallic film of which the thickness is 8μm. The rigidity (never) of the base film 2 is proportional to the product of the elastic modulus with the cube of the thickness thereof. In the examination, when the product is 0.008kg.mm or greater, it is possible to prevent a scratch or a wrinkle from being generated on the base film 2.
Patent JP-H0395384-A (JP)
Title: Refrigerator
Inventor: IKEDA TAKASHI
IPC: F25D25/02
Filed: 1989-09-06
Abstract: PURPOSE:To reduce the generation of noise of rattling due to bottles hitting each other and shorten the time of such sound being existent even though a container is opened and closed with its door by slanting the forward or backward portion of a container bottom surface with respect to a direction where the container is moved. CONSTITUTION:A beer bottle 10 located on the rearmost row in a container 6 for example is lifted at one side of the bottom thereof with the opposite back side 10a thereof taken as a support point and hence slanted an angle theta1 owing to inertia force once the beer bottle is pushed into with a door 9 even if the bottle makes close contact with a container 6 at its bottom because there is opened a gap A at the opening part 11 of the container 6. Accordingly, the rear of the container is slanted by an angle psi. Hereby, a first-slanted angle theta2 of the beer bottle 1 pushed into even though inertia force has been produced because the bottom surface of the container 6 has been slanted, and reduces any sound produced and shortens the time of such sound being existent. When the door is taken out, the beer bottles 10 do not substantially touch each other because of a bottle stopper 7.
Patent JP-S61107669-A (JP)
Title: Fuel cell
Inventor: TSUKAGOSHI ICHIRO
IPC: H01M8/24
Filed: 1984-10-31
Abstract: PURPOSE:To improve the reliability and maintainability of a fuel cell by forming a screw part for adjusting clamping power that works for the transfer to the laminating direction of its layers and installing a clamping power measuring device. CONSTITUTION:In the temperature increasing process at the time of the start-up of a fuel cell, reduction in the thickness of electrolytic layers resulting from phase change from a solid layer to a liquid one occurs, causing decline in the clamping pressure upon layers 1 of the fuel cell. To a small decrease in the clamping pressure, adjustment is made by moving the clamping bar 5 to the downward direction in the diagram through elesticity of a spring 53. To a big decline in the clamping pressure, it is monitored by means of a strain measuring instrument 59 equipped with a clamping pressure detection sensor 57, and adjustment is made by moving the clamping bar 5 to the downward direction in the diagram by means of a clamping pressure-adjusting screw part 56, so that the clamping pressure of the layers 1 of the fuel cell may remain within the proper range specified until the operating temperature of the fuel cell is reached. To a small increased in the clamping pressure in the process of temperature decline at the time of stopped operation, adjustment is effected on the strength of the returning potential of the spring 53, and to a big one, adjustment can be attained by transferring the clamping bar 5 to the upward direction in the diagram also through the clamping pressure-adjusting screw part 56 and thereby eliminating the clamping pressure.
Patent JP-H03174665-A (JP)
Title: Image processor
Inventor: KAMIYAMA TADAHISA
IPC: G06K9/42
Filed: 1990-08-29
Abstract: PURPOSE:To transfer the image information to plural receivers from a single transmitter by securing such a constitution where a 2nd receiver receives the image information synchronously with the transfer of the image information carried out between a specific transmitter and a specific receiver. CONSTITUTION:An image scanner 4 reads an original image and displays it on a CRT display 9. Then the image information stored in an image memory 3 is compressed and coded and then stored in an optical disk of an optical disk unit 18. The coded information stored in the optical disk is decoded by a compression/expansion circuit 11 and written into the memory 3. At the same time, the reduced image information is obtained in a secondary scanning direction reducing circuit 13 by an amount equal to a single screen. Then the image information is read out of the unit 18 in parallel with the decoding/reducing processing of the image information and the transfer of the image information to a frame memory respectively. Thus the image information can be transferred to plural receivers from a single transmitter.
Patent JP-H04109618-A (JP)
Title: Manufacture of semiconductor device
Inventor: SUGAYA SHINJI
IPC: H01L27/118
Filed: 1990-08-29
Abstract: PURPOSE:To shorten the period of manufacture by forming a wiring pattern, boring the window of a contact hole, sputtering inert gas ions, moving and burying wiring material atoms or molecules on a surface in the window and connecting the wiring pattern and the contact hole. CONSTITUTION:A semiconductor element is prepared on a semiconductor substrate 1, a top face including the connecting electrode section of the semiconductor element is coated with an insulating film 7, a wiring pattern 11 is formed on to the insulating film, 7 and the wiring pattern and the insulating film on the connecting electrode section are removed selectively through etching to bore a window 12 to the connecting electrode section. Inert gas ions are sputtered on the whole surface, the atoms or molecules of a wiring material are moved and buried into the window 12, and a connecting electrode connected to the wiring pattern 11 is formed. Accordingly, a semiconductor device can be acquired in a short time.
Patent JP-H0889991-A (JP)
Title: Treatment of waste water
Inventor: YASUDA YUJI
IPC: C02F3/12
Filed: 1994-09-26
Abstract: PURPOSE: To provide a treating method of a waste water capable of reducing the amount of a surplus sludge generating in a biological treatment. CONSTITUTION: Waste water 1 to be treated is introduced previously to a reactor 12 and a solid matter in the waste water 1 is converted into a soluble org. matter by hydrolysis/org. acid fermentation, then the solid matter is separated by a solid liq. separating device 13 and a part of the surplus sludge 15 is discharged. An effluent liq. 16 of the solid liq. separation is introduced to a biological reactor 3, and a waste water treatment by a usual biological treating method to discharge the surplus sludge 6. The surplus sludges 6 and 15 are sent to a concentrating device 7, a dehydrating device 8 and a drier/incinerator 9 to be treated.
Patent JP-H0978441-A (JP)
Title: Continuous treating apparatus for fabric
Inventor: SANTO YOSHITERU
IPC: D06B7/08
Filed: 1995-09-06
Abstract: PROBLEM TO BE SOLVED: To enhance the facility of manufacture of a treating apparatus, facility of assembling workability and facility of maintenance by forming each treating chamber in the continuous treating apparatus for a fabric using a treating solution into blocks, connecting the plural blocks and thereby enabling the blocks to constitute the objective treating apparatus comprising a series of the treating chambers. SOLUTION: This continuous treating apparatus for a fabric is equipped with each of a treating solution application timing chamber 22, a dimension stabilizing chamber 23 and a heat-steaming chamber 24, formed into three blocks and placed in the above order in the transferring direction of the fabric to be treated. A sealing mechanism for allowing the passage of the fabric while respectively suppressing the gas flow in each of a fabric lead-in port of the treating solution application timing chamber and a fabric lead-out port of the heat-steaming chamber is provided. The fabric lead-out port of the treating solution-application timing chamber is made to communicate and connected to the fabric lead-in port of the dimension stabilizing chamber.  The fabric lead-out port of the dimension stabilizing chamber is further made to communicate and connected to the fabric lead-in port inlet of the heat-steaming chamber.
Patent JP-H0762124-A (JP)
Title: Electric battery and electrical or electronic component sealed with resin
Inventor: MURASE SHUGO
IPC: C08J7/00
Filed: 1993-08-23
Abstract: PURPOSE:To provide an electric battery markedly improved in strength of bonding between battery jar made of a synthetic resin and the cover made of a synthetic resin and to provide an electrical or electronic component sealed with a resin and markedly improved in strength of bonding between the inner surface of the case and the cured resin in the case. CONSTITUTION:An electric battery having a structure in which the fitting part between the battery jar and the cover and the openings used for lead-out of terminals and being present in the cover are sealed with a curing sealing agent, wherein the jar and the cover are made of a synthetic resin, and the fitting part between the jar and the cover and the openings in the cover are previously brought into contact with a corona flame outwardly protruding beyond the gap between high-voltage electrodes and then sealed with the curing sealing agent, is provided. An electrical or electronic component sealed with a resin and prepared by curing a resin in a flowable state is cured in a synthetic resin case in which an electrical or electronic component is contained to bond the cured resin to the inner surface of the case, wherein the synthetic resin case is pretreated by bringing the inner surface of the case into contact with a corona flame outwardly protruding beyond the gap between high-voltage electrodes, is also provided.
Patent JP-S6288693-A (JP)
Inventor: YAMAGUCHI KEN
IPC: B62M7/02
Filed: 1985-10-15
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-H10256348-A (JP)
Title: Transportation method for wafer
Inventor: KIN DAIGEN
IPC: B08B5/02
Filed: 1997-08-26
Abstract: PROBLEM TO BE SOLVED: To provide a method for transporting a wafer with no slip or dislocation by preventing fault and/or performance degradation of a transportation device caused by residual. SOLUTION: A transportation method for a wafer 20 comprises preparation stage wherein a transportation means 10 provided with a gas supply means 16 which jets gas for removing the residual from a wafer supporting means 21, a gas sucking means 17 for generating the sucking force for sucking the wafer supporting means 21, and a wafer connected to the wafer supporting means with an adhesive tape 22 are prepared, a gas jetting stage where a gas is jetted to the wafer supporting means through a gas transfer tube 14 connected to the gas supply means 16, and an suction stage wherein the jetting of gas is stopped before the wafer supporting means contacts to the transportation means, and the wafer supporting mean is sucked through the gas transfer tube by the sucking force of the gas sucking means. After the residual remaining on the upper surface of wafer supporting means and at such part as contacts to a suction cup is removed, transportation and suction is performed.
Patent JP-S6473917-A (JP)
Title: Fm receiver
Inventor: IIZUKA SHOGO
IPC: H03G5/16
Filed: 1987-09-16
Abstract: PURPOSE:To keep communication by changing a voice band width after demodulation in response to a high frequency input voltage of a receiver so as to suppress only a noise component even in a low receiving voltage area. CONSTITUTION:When a reception voltage detection circuit 9 detects the reduc tion in the received voltage, the pass band width of a band variable filter 6 is made narrow to pass a component of 0.8-1.5kHz being a major component of sound especially thereby attenuating the low frequency component. Thus, it is possible to pass only the noise component without giving effect on a voice signal. Moreover, it is possible to make the noise band narrow in the low recep tion voltage area, a high S/N is ensured even in the low reception voltage area thereby realizing a high sensitivity receiver equivalently.
Patent JP-S6384948-A (JP)
Title: High-density thermal line head
Inventor: NODA MOTONORI
IPC: B41J2/335
Filed: 1986-09-30
Abstract: PURPOSE:To obtain a high-density thermal head by providing first and second rows of driver electrodes, with their phases shifted to each other in a main scan direction and forming a zigzag-shaped do generation part between heating elements. CONSTITUTION:On both sides of two strip thermal resistors 32, driver electrodes 40a, 40b are connected by arrangement of first and second rows, and these driver electrodes are arranged on both sides of the thermal resistors in such a manner that they are shifted by a space which is equivalent to 1/2 of the pitch of adjoining driver electrodes 40a or 40b. Then if a drive signal is applied to a driver circuit 42a which corresponds to one of the driver electrodes 40a in the first row, an electric current runs between the thermal resistors on the left of the two strip thermal resistors 32. Consequently, this energization results in the formation of a single dot on printing paper by the formation of a thermal part. In the same manner, if a drive signal is applied to a driver circuit 42b which corresponds to one of the driver electrodes 40b in the second row, a single dot is formed on printing paper. Thus the density of dots printed on printing paper becomes exceedingly high, providing a high-quality print.