baber/WOPTO huggingface dataset:
Patent JP-H01253172-A (JP)
Title: Sodium-sulfur battery
Inventor: SUGIMOTO KOJI
IPC: H01M10/39
Filed: 1988-03-31
Abstract: PURPOSE:To improve the energy efficiency of battery by setting higher the fiber filling ratio to the outer layer of a cathode conductive layer, while by setting lower those of the inner and outer layers. CONSTITUTION:A cathode conductive material M formed with carbon filter of mat and cylinder shape is formed of three layers, i.e. an outer cathode conductive layer Ma abutting against the inner face of a cathode vessel 2, an inner cathode conductive layer Mb abutting against the outer peripheral face of a solid electrolytic tube 5, and an intermediate cathode conductive layer Mc positioned between both layers. The carbon fiber filling ratio to the layer Ma is sufficiently set higher, for example 80% or more, while the ratios to the layers Mb, Mc lower, for example 30%. Since the filling ratio to the layer Ma is set high, even if the liquid surface S of a cathode active material (sulfur) is lowered downward in the layers Mb and Mc at the time of changing of battery, the whole inner peripheral face of the vessel 2 is immersed with sulfur as shown by dotted lines by the soaking up retaining action due to the capillary phenomenon, the lowering of electric resistance is restrained while the passing area of the vessel 2 is sufficiently ensured, and the flow of current is smoothened, thereby the energy efficiency of battery can be increased.
Patent JP-S58218332-A (JP)
Title: Press working device
Inventor: FUKAZAWA NOBORU
IPC: B21D43/05
Filed: 1983-05-09
Abstract: PURPOSE:To obtain a titled device that can cope with different working by simple operation and improved in work efficiency by sending a metallic plate successively to plural lower dies by an operating device having attracting devices and performing plural times of press working successively. CONSTITUTION:In a press working device provided with lower dies 16a-e on the lower die plate 15 and upper dies 11a-d attached to an interposing plate 10 of an elevating part (omitted in the figure), a metallic plate 25 is pushed to the waiting spot 23a of a feeding plate 23 by a sliding plate 29. Then, the frame 31 of an operating device mounted to an arm 30 attached to a shaft 33 projected from a driving controlling box 32 is lowered, and operation such as attraction by attracting devices 38, 36..., advance, attaching and detaching of attracting devices 38 etc., ascent, escape etc. are performed and the metallic plate 25 is advanced successively from the die 16e to 16d. The upper dies 11a etc. are lowered when the frame 31 is escaping, and press working is performed plural times successively. The upper and lower dies 11a, 16a etc. are made easily exchangeable with different kinds of dies if necessary.
Patent JP-S61239625-A (JP)
Title: Resist coating apparatus
Inventor: KYOTO KENSHO
IPC: H01L21/027
Filed: 1985-04-16
Abstract: PURPOSE:To avoid the pollution of wafers by a method wherein, when a wafer vacuum-attracted to a vacuum chuck is rotary-coated with resist solution by a nozzle, a cleaning nozzle is mounted on the backside of wafer to scatter the resist solution creeping to the backside of wafer by cleaning solution. CONSTITUTION:A wafer 4 is vacuum-attracted to an opening 3 on the surface of a vacuum chuck 2 provided in a resist cup 1 and then while turning an axle 5 of the chuck 2 by a motor 6, resist solution 9 is dripped from a resist nozzle 9 positioned outside the cup 1 to be spread on overall surface of the wafer 4 by centrifugal force. In such a constitution, a cleaning nozzle 8 jetting cleaning solution within the range from the center to 20mm beyond the periphery of wafer 4 is mounted on the backside of wafer 4 extending to the peripheral parts of upper opening 3. The cleaning nozzle 8 sends up a jet of cleaning solution from a discharge pump not shown in figure to the backside through the intermediary of a valve 10 to scatter the resist solution 9 creeping in the backside so that the scattered resist solution may be discharged out of the cup 1 passing through discharge pipes 11 mounted the bottom of cup 1.
Patent JP-S57196845-A (JP)
Title: Bearing base supporting device for vertical shaft rotary electric machine
Inventor: KAWAMICHI TADAHARU
IPC: H02K5/00
Filed: 1981-05-29
Abstract: PURPOSE:To effectively absorb a radial force from a bearing base of a vertical shaft rotary electric machine and an excessive stress due to thermal expansion of the bearing base. CONSTITUTION:A mounting plate 24 is secured to a bearing base 22, and is fixedly clamped to a base plate 28 installed on a foundation 26 with clamping bolts 30. A stress supporting plate 32 is disposed in space from the plate 24 on the same plate 28, and is fixed to the plate 28 with bins 33. A leaf spring member 38 having one or two projections 40 is interposed longitudinally between the plates 24 and 32, and is contacted with the plates 24 and 32 through the confronting surfaces of 1:2 in area. In this manner, normal radial force can be supported by the frictional force between the plates 24 and 28, and the excessive stress due to thermal expansion can be effectively beared by the member 38.
Patent JP-H08243055-A (JP)
Title: Paper towel adapter
Inventor: NISHIMURA MITSUKATA
IPC: A47K10/42
Filed: 1995-03-14
Abstract: PURPOSE: To certainly sterilize a unit paper each time the unit paper is taken out one by one from piled unit papers such as a number of paper towels, tissue paper and the like. CONSTITUTION: A paper towel adapter has a unit paper group-housing chamber A1 and a unit paper taking-out chamber A2 . The chamber A1 has a unit taking- out bottom 2 on which a unit paper taking-out through hole 2b through which the unit paper is continuously taken out one by one is formed on the bottom of a unit paper group-housing portion 1. In the portion 1, the group of unit paper obtained by piling up a plurality of unit papers is housed. In the chamber A2 which is positioned adjacently to the lower end of the unit paper taking bottom 2, an opening 7 through which the unit paper is taken out is provided. A germicidal lamp 10 is provided in the unit paper taking-out chamber A2 .
Patent JP-H04289198-A (JP)
Title: Electroplating method
Inventor: KIRISAWA TADASHI
IPC: C25D17/08
Filed: 1991-03-18
Abstract: PURPOSE:To reduce the time and labor especially in plating a small-sized work and to uniformly plate the work by horizontally moving the work placed on a perforated tray connected to a cathode between the plural anodes vertically arranged in a plating tank in its longitudinal direction. CONSTITUTION:Many small-sized works W such as springs, bolts, nuts and screws are placed on a tray 13 at random. An electric current is applied to anodes 12A and 12B, a cathode is connected to a metallic wire at the bottom of the perforated tray 13, the tray 13 is dipped in a plating soln. 17 from the inlet 11A of a plating tank 11 and horizontally inserted between the anodes 12A and 12B, and the work W is energized and plated. The tray 13 is horizontally traveled between the anodes 12A and 12B from the inlet 11A to an outlet 11B, the work W is plated, and the tray 13 is discharged from the outlet 11B. Plural trays 13 are prepared and successively sent into the plating tank 11 from the inlet 11A.
Patent JP-S63247989-A (JP)
Title: Magnetic bubble memory device
Inventor: OTE YUKIHIDE
IPC: G11C19/08
Filed: 1987-04-03
Abstract: PURPOSE:To stabilize abnormal temperature detecting operations, by detecting the abnormal temperature at the surface and periphery of a memory device by means of an electric circuit having a hysteresis characteristic. CONSTITUTION:High temperature side abnormality detection is made by means of a serial circuit of a thermistor TH1 and resistance R5 and low temperature side abnormality detection is made by means of serial circuit of a resistance R6 and a thermistor TH2. A reference voltage V1 corresponding to an abnormal temperature is formed against detecting temperature signals V2 and V3 and outputs of voltage comparison circuits OP1 and OP2 are inputted to an AND gate G1. From the output of the AND gate G1, an abnormal temperature detecting output is sent out. In this case, the voltage V1 drops following the output inverting operations of the circuits OP1 and OP2 and, as a result, a hysteresis characteristic is obtained and detecting operation is stabilized.
Patent JP-S60225223-A (JP)
Title: Format sheet for input of hand-written character recognizing device
Inventor: NISHIO YOSHIO
IPC: G06K9/62
Filed: 1984-04-20
Abstract: PURPOSE:To improve the operability and the work efficiency of input by using a sheet where a coordinate detecting face is made smooth and a format is printed and dyeing insides and peripheral parts of character entry frames of this sheet with specific colors. CONSTITUTION:A tablet device 1 of a hand-written character recognizing device generates coordinate data of a position when an input pen 2 is approximated to this position. A control unit 5 is connected to the tablet device 1 by a means 6, and recognized characters are outputted to a CRT display device by a means 7. In this case, a format sheet 10 is fitted into a recessed part of the tablet device 1, and an entry form 20 is placed on the flat surface. Character entry frames 11 to which prescribed coordinate values are preliminarily assigned are printed in a matrix on the sheet 10, and the inside of each frame 11, the peripheral part of the frame 11, and function key frames 13 are dyed with different colors, for example, white W, gray G, and thin brown Br respectively.
Patent JP-S566139-A (JP)
Title: Method and device for testing soil corrosion of metal
Inventor: KATOU TOSHIYUKI
IPC: G01N17/00
Filed: 1979-06-27
Abstract: PURPOSE: To measure the corrosion conduct of an anticorrosion material, by measuring the corrosion conduct of a test material inserted into soil while exercising control over the quantity of a test liquid residing at the bottom part of a vessel.  
     CONSTITUTION: In the inside of vessel 2, air-permeable soil holding plate 3 is arranged so as to form an upper space charged with test soil 4 and a lower space where test liquid 5 resides, and flank 1 under intermediate bottom plate 3 is partially provided with liquid flow opening 7 equipped with valve 6 for control over the quantity of the staying test liquid. While the moisture content state of the test liquid in the soil is adequately controlled by exercising opening-shutting control over valve 6, the corrosion conduct of test material 8 is measured. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S62238407-A (JP)
Title: Three-dimensional measuring device
Inventor: MIURA NOBUYUKI
IPC: G01B21/00
Filed: 1986-04-10
Abstract: PURPOSE:To enhance the accuracy of the degree of straightness and the degree of parallelism, in moving a central carriage left and right in a Y-axis direction, by preventing a main carriage from inclining left and right. CONSTITUTION:Dry air is supplied to air pads 41, 43, 45, 47 from an air supply device to form an air film not only between the air pad 41 and the upper surface of a slide guide surface 5 but also between the air pad 47 and the under surface of a slide guide part 7. As a result, for example, a central carriage 19 moves to the left side of the upper beam 9U of a main carriage 9 and, if the main carriage 9 itself is ready to incline to a left downward direction, the air pad 47 in the right side prevents the above-mentioned inclination to keep accuracy. For example, if the central carriage 19 moves to the right side of the main carriage 9 and the main carriage 9 itself is ready to incline to a right downward direction, the air pad 43 of the right side prevents the above- mentioned inclination to keep measuring accuracy.
Patent JP-S62239467-A (JP)
Title: Floppy disk driving device
Inventor: FUJI TSUNEJI
IPC: G11B19/20
Filed: 1986-04-10
Abstract: PURPOSE:To detect a stable index signal with a thin and low-cost constitution by providing a recessed light shielding plate in the position, which coincides with the optical axis of a photointerrupter which passes an index hole, on the surface of a cassette holder. CONSTITUTION:If there is not an index hole 42 provided on a magnetic disk 24, the light emitted from a light emitting part of a photointerrupter 39 is reflected on the magnetic surface of the magnetic disk 24, and the reflected light is detected as a signal by a light receiving part of the photointerrupter. If the index hole 42 on the magnetic disk 24 coincides with the optical axis of the photointerrupter 39, the light emitted from the light emitting part of the photointerrupter 39 passes the index hole 42 and reaches a recessed light shielding plate 44 provided on a cassette holder 29. The light is irregularly reflected on this plate 44, and the irregularly reflected light is attenuated furthermore because the length between the photointerrupter 39 and the recessed light shielding plate 44 is long, and this light does not reach the light receiving part of the photointerrupter 39 and is not detected as a signal.
Patent JP-H08277570-A (JP)
Title: Temporary burying method of public drop inlet, method of constructing sewarage and structure of sewarage facility
Inventor: MURAI AKIRA
IPC: E03F3/04
Filed: 1995-04-06
Abstract: PURPOSE: To facilitate construction by temporarily burying a drain duct with a drop inlet easily while readily determining the place of the inlet at the time of main burying. CONSTITUTION: A branch pipe 4 connected to a sewarage main pipe 1 and an upward installed drain pipe 9 are joined through a universal joint 5 while a temporary joint is connected temporarily at the upper end of the drain pipe 9. A cover 18 exposed onto a ground surface G is disposed temporarily and buried temporarily to the upper section of a drop inlet 2 while being temporarily united with the bottom section of the drop inlet 12 together with the temporary joint. The drain pipe 9 is re-excavated, the temporary joint is removed, the upper section of the drain pipe 9 is cut in conformity with the place of the depth of the terminal of a drain pipe 21 in a building lot, and the bottom section of the drop inlet 12 is bonded and fixed to the drain pipe 9 while the drain pipe 21 in the building lot is joined with the side section of the drop inlet 12.  A cleaning pipe 22 is connected to the upper section of the drop inlet 12, and the cover 18 is disposed and buried mainly at the upper end of the cleaning pipe 22.
Patent JP-S58199906-A (JP)
Inventor: JIYON HASURERU
IPC: E01D15/14
Filed: 1982-05-14
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-S577613-A (JP)
Title: Tuning-fork type quartz oscillator
Inventor: NAKADA HOZUMI
IPC: H03H9/215
Filed: 1980-06-17
Abstract: PURPOSE:To suppress spurious modulation by lowering crystal impedance CI by specifing the ratio of the length from electrode terminals, provided on counter main surfaces of both oscillating arms of a tuning-fork type oscillator for an electronic wristwatch, to a groove terminal and that from the groove terminal to an electrode terminal on a base. CONSTITUTION:Oscillating arms 102 and 103 of a tuning-fork type quartz oscillator 101 are provided successively across a groove 104 and then coupled together by a base 105. An energizing electrode 102b (103a) formed on the main surface of the oscillating arm 102 (103) is extended to the surface of the base 105, and the ratio l/l' of the length (l) from a groove terminal 104a to one terminal 102b' (103a') of the electrode 102b (103a) to the length (l') from the groove terminal 104a to the other terminal 102b'' (103a'') of the electrode 102b (103a) is set to 1.0-3.0.
Patent JP-H05278150-A (JP)
Title: Pneumatic fender material and production thereof
IPC: B29C33/02
Filed: 1992-04-03
Abstract: PURPOSE:To obtain a pneumatic fender material capable of being easily attached to the bow or the stern in spite of a pneumatic type so as to conform to the curved part thereof. CONSTITUTION:In a pneumatic fender material wherein a cylindrical body formed from a rubber layer reinforced by reinforcing cord layers 5, 6 is filled with compressed air in a hermetically sealed state, a contracted diameter part 2 whose diameter is throttled small is formed to at least one place of the intermediate part in the longitudinal direction of the cylindrical body.
Patent JP-S59207084-A (JP)
Title: Semiconductor memory device
Inventor: SHIMIZU HIROSHI
IPC: G11C11/34
Filed: 1983-05-09
Abstract: PURPOSE:To materialize a semiconductor memory device provided with a sensing circuit and characterized by low power consumption and high speed by connecting a data input to a gate with high input impedance and dividing a data output into inputs to the drain of a transistor (TR) and an output gate. CONSTITUTION:When a data input terminal DI3 is reduced from one level to the VTH value of a TR T11 while keeping a data input terminal DI4 at one level, the TR T11 is turned on and charging to the gate of a TR T16 is started. Since the gate capacity of the TR T16 is designed so as to be small, the charging will be completed comparatively fast. Consequently, a node N8 is turned to one level and the TR T16 is turned on. Since a TR T14 is off and the TRs T15, T16 are on, a node N9 is fixed at a GGN level. Therefore, no DC current including through current flow into the whole sensing circuit.
Patent JP-H01163229-A (JP)
Title: Water absorbing resin composition
Inventor: SUZUKI RINZO
IPC: C08L75/00
Filed: 1988-04-02
Abstract: PURPOSE:To obtain the title composition, capable of improving compatibility and suitable for forming water or moisture absorbing molded products having excellent processability and appearance, by blending a substance with a specific polyethylene oxide-modified substance based highly water absorbing resin and a polyolefin resin. CONSTITUTION:The aimed composition consisting of (A) a polyethylene oxidemodified substance based highly water absorbing resin obtained by reacting polyethylene oxide with a mono- or polyisocyanate compound and (B) a polyolefin resin and (C) a polyamide or polyoxymethylene having <200 deg.C melting point in an amount of 1-10wt.% based on the former two components. Furthermore, the component (B) is preferably high-density PE, linear low-density PE or PP having <=6g/10min melt flow rate (MFR) (190 deg.C, 2.16kgf, A).
Patent JP-S59206846-A (JP)
Title: Multiple copying method
Inventor: MATSUSHITA KOUJI
IPC: G03G13/22
Filed: 1983-05-10
Abstract: PURPOSE:To rapidly form good copies in succession by electrostatically charging a photosensitive body to a polarity same as the polarity to which said body is sensitive, imagewise exposing it to form an electrostatic latent image, then, uniformly charging it to the reverse polarity to reverse the image, and repeating at least development and fixation of this reversed image. CONSTITUTION:Potential Vi1 on the light areas and potential Vo1 on the dark areas are reversed to Vi2, Vo2, respectively, by charging a photosensitive drum 1 with a reversely charging corona charger 4 to a polarity reverse to a main corona charger 2, i.e., the polarity to which the drum 1 has substantially no or considerably low sensitivity, that is, reversely charging it. The reversed electrostatic latent image is developed with the following developing device 5 from a positive latent image to a normal developed image, and from a negative latent image to a reversal image. The developed image is transferred to a transfer paper 7 with a transfer roller 6, and the image transferred paper 7 is separated from the drum 1 with an AC separation charger 8. When multiple successive copying is executed, this reversed electrostatic latent image is repeatedly used.
Patent JP-S58197553-A (JP)
Title: Program monitor
Inventor: HIROKAWA SUKEYUKI
IPC: G06F11/36
Filed: 1982-05-12
Abstract: PURPOSE:To obtain a monitor which reports the execution of an instruction in a specific address externally by switching a data bus when the instruction in the specific address is latched and outputting a specifying instruction code for switching, and executing this instruction code. CONSTITUTION:When the instruction in the specific address is latched, the data bus is switched to output the switching specifying instruction code to the data bus and a CPU executes this instruction code. For example, the contents of a memory 7 are latched by the CPU 1 through a multiplexer 12 and a system data bus 8 and a comparator 5 compares an address 2 with the contents of the data bus 4 according to the contents of a register 3. When they coincides with each other, the comparator 5 outputs an address coincidence signal to the multiplexer 12 through an output signal line 9 to switch a system bus 8 to a data bus 11. Then, the CPU 1 fetches the instruction code of a register 10 as a substitute for this contents of the memory 7 and executes the instruction code.
Patent JP-H02264069-A (JP)
Title: Production of antimicrobial molded product
Inventor: HIRAKAWA SEIJI
IPC: D06M101/16
Filed: 1989-03-31
Abstract: PURPOSE:To impart excellent antimicrobial properties by subjecting a molded thermoplastic product of a specific melting point containing a mixture of fine particles with a specific particle diameter of below of a metal or a compound thereof having germicidal action with a specified liquid polyester-based compound having a specific melting point and viscosity to weight reduction treatment with an alkali. CONSTITUTION:A molded thermoplastic product of >=200 deg.C melting point containing fine particles of one or two or more metals, such as copper, silver, aluminum zinc and iron, or compounds thereof, capable of releasing metal ions with germicidal action and having <=5mu average particle diameter together with a liquid polyester-based compound having <10 deg.C melting point and >=10P viscosity at <=25 deg.C dispersed therein is subjected to weight reduction treatment with an alkali (at a weight reduction ratio within the range of preferably 1-20%).
Patent JP-H02261931-A (JP)
Title: Automatic transmission for agricultural working vehicle
Inventor: TAMAI SEISHIN
IPC: B60W10/10
Filed: 1989-03-31
Abstract: PURPOSE:To prevent the hindrance of the working efficiency and the connecting function at the time of operation of a shifting mechanism on a transmission rear position side by detecting the existence of abrasion of a main clutch, and compensating a connected position of the main clutch. CONSTITUTION:In the case that a shifting mechanism C of a side near a rear axle is used as an auxiliary shifting mechanism between shifting mechanisms B, C, when a shift change operation is performed by the auxiliary shifting mechanism C of the transmission rear position side, a main clutch 2 is automatically operated in at the same time of that operation, for example, a connected position of a friction transmitting plate 2a of the main clutch 2 is detected. This detected signal is sent to a clutch compensating device, and the clutch compensating device computes that a change is required or not against the connected position of the last time of detecting with the abrasion of the friction transmitting plate 2a. In the case that a change is required, for example, the compensation of the operated quantity of an actuator 7 for switching the main clutch 2 is performed.