baber/WOPTO huggingface dataset:
Patent JP-H09151572-A (JP)
Title: Gasket with cover for plate glass connection
Inventor: SHIMADA TOMOHARU
IPC: E04D3/38
Filed: 1995-11-22
Abstract: PROBLEM TO BE SOLVED: To make it possible to prevent the incursion of rain water, etc., by projecting a cover to the outside surrounding horizontal grooves upward thereof, and forming the lower end of the cover so as to reach slightly downward of the upper surface of a plate glass to be fitted to the hrorizontal grooves. SOLUTION: Horizontal grooves 2 are surrounded by a cover 4 upward of the horizontal grooves 2, at the same time, pushing force by rubber elasticity is displayed to a plate glass 5 fitting the lower end thereof to the horizontal grooves 2, and the inside of the cover 4 is tightly closed in a state to adhere to the plate glass 5. Accordingly, a very small amount of water entered from a contact surface between the cover 4 and plate glass 5 is discharged in a space 11 forming an air space inward of the cover 4 to prevent condensation, and prevent the incursion of water to the horizontal grooves 2. When the end of one gasket is connected to the side of the other gasket 1 with the cover 4, the joint section is coated with the cover 4 to ensure its beauty.
Patent JP-H03166912-A (JP)
Title: Treatment device for foam resin article
Inventor: SEKI YOSHIHIKO
IPC: B29K105/04
Filed: 1989-11-27
Abstract: PURPOSE:To enable the automation of handling for articles separated from a molding die by displacing an article take-off mechanism with an article holding material and an automatic transportation apparatus including an article extrusion mechanism on the movement position of articles, and also displacing a part of transportation paths of a conveyor for the transportation apparatus and article presser in a drying chamber. CONSTITUTION:After releasing a molding die in a molding apparatus for foam styrene resin, when the article M ejected by an ejector pin is pushed into an article taking-off mechanism 20 which is moved upwardly and waited on the opening surface position of the mold and then held by article support tongues 21, 21, an article support frame 22 is lowered along a post 26 and stopped at the position faced to a transportation apparatus 50. Following this, the articles M is moved on the transportation apparatus 50 by means of an extrusion board 18 extruded by the cylinder 19 of an extrusion mechanism 40, and the extrusion board 18 returns after pushing the articles M between the guide boards 31 of an article presser conveyor 30. And, the transportation apparatus 50 and article presser conveyor 30 repeat simultaneously intermittently rotational driving and stoppage and align and hold the articles M, while producing spaces among them, so as to be introduced into the drying chamber 60, and further they are subjected effectively to hot-air drying and then conveyed outside the drying chamber 60 to be cooled.
Patent JP-H02151390-A (JP)
Title: Powder solder material
Inventor: KOYAMA MAMORU
IPC: B23K35/26
Filed: 1988-11-30
Abstract: PURPOSE:To produce the powder solder material which can be used with the mere pressurization at ordinary temp. by preparing the powder solder material contg. indium at a specific ratio. CONSTITUTION:The powder solder material which contains 5 to 50wt.% indium and consists of the balance solder material is prepd. This powder solder material is diffused by the mere pressurization at ordinary temp., by which the boundaries between the powder particles are removed and the good conductivity is obtd. The material is useful as the powder solder material for electrical apparatus materials requiring electrical conductivity.
Patent JP-H02140173-A (JP)
Title: Discriminating device of optical cassette for medicine injector
Inventor: MICHI II GARISON
IPC: A61M5/00
Filed: 1988-12-01
Abstract: PURPOSE: To obtain high reliability and accuracy of work, by using three optical cassette identification indices and an optical sensor module included in a main pump unit. CONSTITUTION: Cassette identification indices 148, 150, 152 are placed on the rear part of an upper surface 102 of a cassette main body 100. The cassette identification indices 148, 150, 152 enables to identify a special type of cassette mounted with three digital cassette identification signal supplied from an optical sensor module 670 to a microprocessor. By using this cassette identification system, an improper use of a mounted cassette and/or mounting of an improper cassette can be prevented. An assembled cassette 203 give an instruction that it properly closed a latch mechanism and it is properly mounted on the main pump unit. Instruction of engaging is obtained by a use of a light source 682 and an optical sensor 684 on the bottom part of the optical sensor module 670.
Patent JP-H01146983-A (JP)
Title: Release agent
Inventor: SUNAKAWA MAKOTO
IPC: C09D143/04
Filed: 1987-12-02
Abstract: PURPOSE:To obtain a release agent which can form a treated film excellent in the balance between adhesiveness and releasability, by dispersing an uncombined silicone macromonomer in a specified graft copolymer containing said silicone macromonomer as a component. CONSTITUTION:This release agent is formed by dispersing at most 70wt.%, based on the total silicone macromonomner units in the base, uncombined silicone macromonomer in said base comprising a copolymer of a weight-average MW of 10000-1000000, comprising a polymerizable functional group-terminated silicone macromonomer of an MW of 1000-50000 and a copolymerizable monomer component which forms a main chain of a glass transition point >=20 deg.C, having a content of said silicone macromonomer units of 2-50wt.% and having a grafted structure in which the silicone moieties form side chains. From the viewpoint of the peeling performances of a film treated with this release agent, the silicone macromonomer used is desired to have a weight-average MW of 2000-20000. Examples of said silicone macromonomer include those of formulas I and II.
Patent JP-H03165048-A (JP)
Title: Semiconductor device and manufacture thereof
Inventor: NIWANO KAZUTO
IPC: H01L29/73
Filed: 1989-11-22
Abstract: PURPOSE:To prevent the occurrence of deterioration in characteristics of an element by continuously changing the forming depth of an embedded layer. CONSTITUTION:An n-type epitaxial layer 18 is formed on a p-type semiconductor substrate 17. An insulating film 19 having a specified thickness is formed in a transistor forming region on the epitaxial layer 18. Thereafter, impurity ions 20 are implanted into the entire surface of the epitaxial layer 18 through the insulating film 19. Then, the insulating film 19 is removed. An activated n<+>-type embedded layer 22 whose depth is continuously changed is formed. Element isolating grooves are formed from the epitaxial layer 18 and the embedded layer 22 to the substrate 17. Insulating films and the like are deposited in the grooves, and element isolating regions 23 are formed. A deep peripheral circuit part of the embedded layer 22 and the shallow memory cell part of the embedded layer 22 are formed in the isolated pattern. At the peripheral circuit part and the memory cell part, n-p-n type transistors T1 and T2 are formed, respectively. Thus the formation of a step in the semiconductor layer is prevented, and the occurrence of the deterioration of the characteristics of the element can be prevented.
Patent JP-H06142438-A (JP)
Title: Heat pump air-conditioning system
Inventor: NEGISHI KOSABURO
IPC: B01D53/26
Filed: 1992-11-16
Abstract: PURPOSE:To provide a heat pump air-conditioning system where engine exhaust heat is used to dehumidify and ventilate air in a room during air-conditioning for improving the quality. CONSTITUTION:In an air-conditioning system where an engine 11 for driving a refrigerant compressor is installed on the outdoor unit 10 side and cool air and hot air are discharged into the room from an indoor unit 20 connected to the outdoor unit 10 by a refrigerant circuit, moisture contained in fresh air introduced into the room is adsorbed by an adsorbent and simultaneously a dehumidifying unit 30 for introducing exhaust heat of an engine 11 to dry the adsorbent is installed indoors. And the dehumidifying unit 30 is provided with an exhaust pass 33 for discharging indoor air outdoors and an introducing pass 34 for introducing fresh air indoors. The adsorbent is moved by the turning of a dehumidifying rotor 50 to make it alternatively face the introducing pass 34 and the exhaust pass 33. A heating coil 40 arranged in an exhaust pass 38 is connected to a cooling water pipe of the engine 11 so that exhaust heat may be introduced and heats the discharged indoor air to bring it into contact with the adsorbent in the dehumidifying rotor 50 to dry it.
Patent JP-H03164724-A (JP)
Title: Nonlinear optical material and production thereof
Inventor: TANAHASHI ICHIRO
IPC: G02F1/35
Filed: 1989-11-24
Abstract: PURPOSE:To obtain a nonlinear optical material contg. fine semiconductor particles uniformly doped at high concn. by dispersing fine semiconductor particles in low m.p. lead glass as a matrix. CONSTITUTION:Fine semiconductor particles are dispersed in low m.p. lead glass as a matrix. The low m.p. lead glass is glass based on PbO, B2O3 and SiO2. Since the low m.p. lead glass is used as the matrix, the fine semiconductor particles are doped at high concn. and a nonlinear optical material made of fine semiconductor particles doped glass and having a bulky shape, a thin film shape or other shape can be obtd.
Patent JP-H11143860-A (JP)
Title: Orthogonal transformer
Inventor: OKOSE HIDEYUKI
IPC: H04N19/60
Filed: 1997-11-07
Abstract: PROBLEM TO BE SOLVED: To provide an orthogonal transformation small in circuit scale and capable of executing magnification/reduction by using a currently used orthogonal transformer without requiring an orthogonal transformer different in order newly. SOLUTION: N-dimensional input data 11 are sequenced for each dimension by a sequencing means 12 in accordance with control information from a transformation information control means 15 and data unnecessary for orthogonal transformation are made 0. The orthogonal transformation is applied to the sequenced data by an orthogonal transformation means 13, a level adjustment is applied to the converted data by the level adjusting means 14 and n-dimensional output data 17 are obtained.  Also, the transformation information control means 15 can perform the orthogonal transformation, if order of each dimension of an input and an output is a divisor of the maximum order that can perform the orthogonal transformation at each dimension, by being constituted that a pattern for sequencing of the sequencing means 12 and a level adjustment value of the level adjusting means 14 are decided from order of the n-dimensional input data 11, order of the n-dimensional output data 17 and transformation information 16 of the maximum order for each dimension that is orthogonal-transformable in the orthogonal transformation means 13.
Patent JP-H02161090-A (JP)
Title: Combined bay-window device
Inventor: TAI TOSHIO
IPC: E06B3/00
Filed: 1989-11-25
Abstract: PURPOSE:To obtain a large number of product groups by using an existing sash bay- window and a sash-window as they are while only a square erecting material connecting these windows is prepared separately and combined. CONSTITUTION:A proper number of arbitrary sash bay-windows are selected from a group shape of independently formed sash bay-windows W, these sash bay-windows W are connected by a square erecting material 1, and sash-windows S and the square erecting material 1 are coupled. The square erecting material has a hollow or half- hollow decorative section, a bay-window longitudinal-frame housing section on the outdoor side of the decorative section and a sash-window longitudinal-frame housing section on the side of the decorative section at that time. The sash bay-windows W selected and the sash-windows S are combined by the square erecting material in such a manner that the mounting fins of connecting-side longitudinal frames in the mounting fins 51 of longitudinal frames 5 normally installed to the sash bay- windows W are stripped off and the outdoor-side vertical mounting pieces 22 of the connecting-side longitudinal frames 2 of the sash-windows S are stripped off or bent and formed at specified locations. Accordingly, a continuous windows can be manufactured by combining only the separately manufactured square erecting material with existing sash bay-windows and sash-windows.
Patent JP-H08154744-A (JP)
Title: Connecting device
Inventor: KITAMURA KAZUAKI
IPC: A47B13/00
Filed: 1994-12-09
Abstract: PURPOSE: To provide a connecting device in which no waste angular moment is generated even when the axial center of a clasp screw exists outside a mounting part and which surely and solidly connects a rack to a top board. CONSTITUTION: This device comprises a connector main body 3 in which a nearly U-shape curvature part 8 is formed facing from the lower part of a perpendicular mounting part 4 mounted on the rack 2 to the outside, and a screw hole 9 is provided by screwing with the lower horizontal piece 7b of the curvature part 8, the clamp screw 10 screwed with the screw hole 9, and a fixed piece 12 on the terminal part of which an upward abutting part 12c is formed. The fixed piece 12 is arranged in the curvature part 8 so as to make the plane of the abutting part 12c flush with that of the mounting part 4 of the connector main body 3 essentially, and also, the fixed piece 12 is pressure contact with the lower face of the top board 1 of a desk by moving in a perpendicular direction according to the rotation of the clamp screw 10.
Patent JP-S63157546-A (JP)
Title: Serial transmission system
Inventor: HARADA YOSHIHISA
IPC: H04L12/42
Filed: 1986-12-22
Abstract: PURPOSE:To facilitate data transmission among plural computers by connecting shift registers in a ring shape so as to circulate data and executing the input and output of data for respective shift registers. CONSTITUTION:Data is transmitted by a transmission path B which is constituted in the ring shape among plural computers A1-An. Input output interfaces C1-Cn are disposed between the transmission path B and the computers C1-Cn. The input/output interfaces C1-Cn have the shift registers F1-Fn which input and output serial data for the transmission path B. The bit length of data stored in respective shift registers F1-Fn is set longer than that of one data frame. Respective bits of respective shift registers F1-Fn are synchronized with synchronizing signals and are sequentially shifted so as to circulate data.
Patent JP-H05139554-A (JP)
Title: Sucking cup for separating laminated plate members
Inventor: MIZUKOSHI IKUYA
IPC: B25J15/06
Filed: 1991-11-21
Abstract: PURPOSE:To facilitate automatic separation of each plate member by means of sucking cups in a device to separate each of plate members from laminated plate members. CONSTITUTION:The underside of a sucking cup for separating plate members (a) is made porous sucking surface 2 of raised curved surface at least in one direction, and vibrator 12 of an approximate number are mounted to cup bodies of the sucking cups 1. Separation of each plate body from the lower plate member (a) surface is facilitated by sucking the plate member (a) of the laminated plate members (A) along the sucking surface 2 of the curved surface shape raised at its center, and each plate member (a) is securely separated by shaking off plate members (a) attached underside of the sucked plate member (a) by the vibratory action of the vibrator 12.
Patent JP-H09128552-A (JP)
Title: Method for coding/decoding contour based on sapa for object-oriented video
Inventor: SHIEN MEI SHIEN
IPC: H04N19/00
Filed: 1995-10-30
Abstract: PROBLEM TO BE SOLVED: To obtain an image having the same quality while scavenging a lot of bits in comparison with another loss coding such as chain coding by further coding error data caused by a SAPA coding method by using a coding method of waveform transformation base. SOLUTION: An alpha plane is transformed into a contour by a transforming means 1 and bisected by a dividing means 2 to obtain a simple line. A SAPA (Scan Along Polygonal Approximation) coder 3 performs the coding of SAPA base, a coder 4 performs Huffman coding, inverse coders 5 and 6 perform inverse Huffman coding and inverse SAPA coding, to output the reconstituted outline to a subtracter 7. Then, an error signal is obtained by subtracting this outline from the original contour line from the dividing means 2. This error signal is coded by coding waveform base in the coder 7, then quantized and coded by a quantizer/Huffman encoder 9. Finally, respective two bit streams corresponding to both two simple outlines from the coders 4 and 9 are written in an output unit 10.
Patent JP-H05121694-A (JP)
Title: Dynamic memory
Inventor: YOSHIHARA IKUO
IPC: H01L27/108
Filed: 1991-10-25
Abstract: PURPOSE:To prevent latchup of a complementary MOS transistor in the peripheral circuit part of a dynamic memory, while preventing the increase of manufacturing process. CONSTITUTION:In an output inverter of a peripheral circuit part, a capacitor 46 is formed in parallel to a junction capacitance CA of an N<-> diffusion layer 13 beig the source region of an NMOS transistor 12. As the result, the combined capacitance of the junction capacitance CA and the capacitance of the capacitance element 46 is larger than that of the junction capacitance CA. Hence the substrate bias VBB in a floating state rises at a low rate as the power supply voltage Vcc increases until a substrate bias generating circuit starts its operation after a power supply is turned on. The capacitor 46 can be formed at the same time as a capacitor in a memory cell part.
Patent JP-H08159223-A (JP)
Title: Image forming device
Inventor: ANAMI AKIRA
IPC: F16H3/34
Filed: 1994-12-09
Abstract: PURPOSE: To carry and discharge a paper sheet, and carry and pull back a paper sheet in the next page by mutually rotating a paper sheet carrying roller and a discharging roller in the same direction or in the inverse direction by switching the rotational direction of a single motor. CONSTITUTION: When a motor gear g1 rotates in the clockwise direction in a drawing, a platen roller gear g7 coaxial with a platen roller rotates in the anticlockwise direction in the drawing through gears g2 to g5. A discharging gear g13 coaxial with a discharging roller 7 rotates in the anticlockwise direction in the drawing through the gear g7, a first sun gear g8, a second sun gear g9, a second planetary gear g11 and an intermediate gear g12. On the other hand, when the motor gear g1 rotates in the anticlockwise direction in the drawing, the platen roller gear g7 rotates in the anticlockwise direction in the drawing along this transmission passage. A discharging roller gear g13 rotates in the clockwise direction in the drawing through the gear g7, the first sun gear g8, the second sun gear g9 and a first planetary gear g10.
Patent JP-H01147984-A (JP)
Title: Television control adaptor
Inventor: SAITO SATORU
IPC: H04N9/00
Filed: 1987-12-03
Abstract: PURPOSE:To attain desired lightness and coloring onto the screen of a television receiver by setting three variable resistors of a control circuit connected to an external input terminal of the television receiver to a prescribed setting. CONSTITUTION:A video signal obtained by a television receiver is given to a television control adaptor 1. A control circuit 3 separates a synchronizing signal from the video signal to form three RGB signals of a prescribed level. A signal output circuit 4 gives a prescribed signal to a control signal pin of the RGB 21-pin multi-connector 7 being the external input terminal of the television receiver to bring the RGB signal into the television signal. Then variable resistors 3e, 3f, 3g of the control circuit 3 are adjusted to give the RGB signal subject to level change to the television receiver via analog buffer circuits 3h, 3i, 3j and coupling capacitors 3k, 3l, 3g to adjust the lightness and coloring of the screen to a prescribed value.
Patent JP-2001124212-A (JP)
Title: Sheet-like sealing material, and its manufacturing method
Inventor: HAYASHI HITOSHI
IPC: F16J15/10
Filed: 1999-10-28
Abstract: PROBLEM TO BE SOLVED: To provide a sheet-like sealing material which is substantially free from any unnecessary portion of the sheet-like material, economical and desirable from the resource saving viewpoint, and its manufacturing method. SOLUTION: A cut 3 for division is formed along the longitudinal direction in a substantially center portion in the width direction of a strip-like member 2, a portion except both end parts of the strip-like member 2 is divided into a first strip-like member 2a and a second strip-like member 2b, a cut 5 for a folding part is formed on the inner and outer circumferential sides of a part (the folding part) to form a corner part of the first strip-like member 2a and the second strip-like member 2b when the strip-like member 2 is deformed into a predetermined polygonal annular shape when the strip-like member is used, a cut 7 for the end parts extending in the vicinity of both end parts of the cut 3 for division from the outer circumferential side of the end parts is formed in both end parts 6 of the strip-like member 2 (the folding part on the end side),  and the folding part 4 and the folding part 6 on the end side when in use to form the polygonal annular shape.
Patent JP-S63158772-A (JP)
Inventor: JIYON AARU SUNUUKU
IPC: H01R24/38
Filed: 1987-12-03
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-2001124426-A (JP)
Title: Pulse tube refrigerating machine
Inventor: NOGAWA MASABUMI
IPC: F25B9/00
Filed: 1999-10-28
Abstract: PROBLEM TO BE SOLVED: To provide a pulse tube refrigerating machine, capable of reducing a valve loss in one cycle as a whole and improving a refrigerating efficiency. SOLUTION: A pulse tube refrigerating machine 10 is provided with a pressure oscillation device 11, a refrigerating unit 12, a first intermediate pressure buffer 13, a first intermediate pressure buffer valve 14, a second intermediate pressure buffer 15 and a second intermediate pressure buffer valve 16. The cold storage vessel 24 of the refrigerating unit 12 and the discharging port 21a as well as the suction port 21b of the compressor 21 for the pressure oscillating device 11 are connected respectively through the high-pressure valve 22 and the low-pressure valve 23 of the compressor. Further, the high- temperature heat exchanger 27 of the refrigerating unit 12 is connected to the first intermediate pressure buffer 13 and the second intermediate pressure buffer 15 through the first intermediate pressure buffer valve 14 and the second intermediate pressure buffer valve 16.  The first and second intermediate pressure buffers 13, 15 are provided with intermediate pressure between the discharging pressure and the suction pressure of the compressor 21 but different pressures mutually.
Patent JP-H03170527-A (JP)
Title: Preparation of polymer of carbon monoxide and unsaturated compound
Inventor: YOHANNESU ADORIANUSU MARIA FUA
IPC: C08L73/00
Filed: 1990-11-13
Abstract: PURPOSE: To obtain a linear polymer prepared for CO and an olefinically unsaturated compound which has a high average molecular weight, with a high polymerization rate, by selecting specific polymerization conditions.  
     CONSTITUTION: A linear polymer from CO and an olefinically unsaturated compound is prepared using a method comprising contacting monomers with an appropriate catalyst at a high temperature and under a high pressure, in a way such that polymer (1) is prepared at a predetermined temperature T1, polymer (2) is then prepared at a predetermined temperature T2 which is 3 to 30°C lower than T1 in the presence of polymer (1) in an amount such that the resulting polymer contains 3 to 45 wt.% of polymer (1), and the resulting polymer is a mixture of two types of polymer, that is polymer (1) and polymer (2), in which a unit derived from CO and a unit derived from an olefinically unsaturated compound are present substantially alternately. 
     COPYRIGHT: (C)1991,JPO