baber/WOPTO huggingface dataset:
Patent JP-S61197236-A (JP)
Title: Polymer film
Inventor: KURISUTOFUAA KUROTSUKAA
IPC: C08J7/052
Filed: 1985-11-26
Abstract: A metallised film comprises a metallised layer (2) bonded to a thermoplastic polymeric substrate (1) by an adherent layer (4) comprising a sulphonated polyester resin and an ethoxylated alkyl phenol. A polyester such as biaxially orientated polyethylene terephthalate, is a preferred substrate. The films exhibit improved bonding of the metallised layer to the substrate which bonding may be further enhanced by the inclusion of fine particulate filler in the adherent layer, and are of utility in diverse applications including decorative drapes, magnetic recording media and the packaging of liquids.
Patent JP-2000135389-A (JP)
Title: Rubbing part and inside and outside blade of shaver
Inventor: DOMOTO YOICHI
IPC: C23C16/26
Filed: 1998-09-18
Abstract: PROBLEM TO BE SOLVED: To prevent a protecting coating on a rubbing surface from being peeled or broken by forming the protecting coating on the rubbing surface and on the surface near to that and setting the ratio of the thickness of the protecting coating on the rubbing surface to that on the surface near to that as a prescribed value. SOLUTION: A protecting coating 5b is made on the outer surface 3 of the outer blade of an electric shaver 1 and the protecting coating 5a is made on the inner surface 4 that contains a rubbing surface 2. The protecting coating 5a and 5b are made as the ratio of the thickness d1 of the protecting coating 5a to that of d2 of the protecting coating 5b, d1/d2, is more than 1, and, preferably, it is 1.05-5.0, moreover, 1.1-3.3 is more preferable. The hardness of the protecting coatings 5a and 5b is more than 1000 Hv and they are made of hard carbon coating, which is composed of diamond and/or amolphous carbon, or ceramics. Moreover, the surface that comprises near the rubbing surface is curved against the rubbing surface.
Patent JP-H10112639-A (JP)
Title: Phase comparator
Inventor: YANAGISAWA NAOSHI
IPC: H03K5/26
Filed: 1996-10-04
Abstract: PROBLEM TO BE SOLVED: To provide a phase comparator which can reduce power consumption and also the area of its circuit. SOLUTION: A charge pump circuit 2 is controlled in a constitution where the pulse widths of 1st and 2nd output pulse signals of a phase comparison part 1 vary in response to the phase difference between the 1st and 2nd input signals. Then the 1st output pulse signals rises at the changing point of the 1st input signal to control a 1st switch 23 of the circuit 2. The 2nd output pulse signal rises at the changing point of the 2nd input signal to control a 2nd switch 24 of the circuit 2.
Patent JP-H04140661-A (JP)
Title: Method and device for analyzing degree of fluorescent deflection of cell
Inventor: HIRAKO SHINICHI
IPC: G01N33/50
Filed: 1990-10-01
Abstract: PURPOSE:To enable accuracy of analysis to be improved by analyzing degree of fluorescent deflection based on strength of deflection constituent of fluorescence of information of a selected target cell group. CONSTITUTION:A laser beam l from a laser light source 2 is emitted to a cell which flows within a flow channel 1a through a lambda/2 plate 3. A signal light is generated from the cell and a signal light l1 in its internal forward direction is collected at a lens 5 as a forward scattering light and enters a light detector 13a. Also, a beam blocker 4 prevents a beam l$0 from entering the detector 13a directly. On the other hand, a signal light l2 in a direction of 90 degrees from the cell is collected by a lens 6, its one part is reflected by a dichroic mirror 7, and then it enters a light detector 13b for detecting 90-degree scatter ing light a filter 9 allows light with wavelength from the light source 2 to be transmitted and prevents fluorescent constituent from the cell. Then, signal light which is transmitted through the mirror 7 partially enters the dichroic mirror 8 and is selected by a filter 11, and then it enters a light detector 13e for detecting fluorescence of PE.
Patent JP-H1199683-A (JP)
Title: Thermal printer
Inventor: FURUYA KAZUHISA
IPC: B41J2/35
Filed: 1997-09-29
Abstract: PROBLEM TO BE SOLVED: To reduce a time for checking cutting of a heating element. SOLUTION: An output value of a heating element is fetched to be temporarily stored in a memory as a reference value (S5) immediately after an energizing signal is applied to each heating element on a thermal print head. An output value of a heating element to which an energizing signal is continuously applied to be left for a predetermined period of time is fetched as a comparing value (S7). The comparing value is compared with the reference value temporarily stored in the memory to obtain the compared result (S8). Cutting of the heating element is checked by judging whether or not the value of the compared result exceeds a predetermined tolerance value (S9). The variation of the actual output value of the heating element is monitored by comparing the comparing value with the reference value. As a result, it is possible to obtain the adequate judgment result even when an interval time between the fetching time of the reference value and the fetching time of the comparing value is short. Consequently, it is possible to markedly reduce the time for checking the cutting.
Patent JP-S63116965-A (JP)
Title: Hydraulic pressure controller for antiskid device
Inventor: ARIKAWA TETSUO
IPC: B60T8/42
Filed: 1986-11-06
Abstract: PURPOSE:To aim at reduction in a kickback, by intercepting the interconnection between a master cylinder and a rear-wheel braking device with movement of a movable member at a time when the mean value of hydraulic pressure at the front-wheel braking device side is smaller than that of the rear-wheel side, and increasing the capacity to some extent. CONSTITUTION:When one side braking hydraulic pressure in wheel cylinders 8a and 10a of front wheels is lowered by a tappet valve 14, a movable member 55 goes to the right and a valve ball 61 intercepts the interconnection between a master cylinder 1 and a pressure chamber 68. In addition, capacity of the pressure chamber 68 grows large with movement of a second piston 64, whereby the braking hydraulic pressure to wheel cylinders 8b and 10b of rear wheels goes down. Next, when the front wheel side hydraulic pressure goes up, the movable member 55, that is, the second piston 64 goes to the left so that hydraulic pressure in the pressure chamber 68 goes up. Furthermore it is moved, pushing the valve ball 61 open, and then hydraulic pressure out of the master cylinder 1 is fed to the rear-wheel side by way of the pressure chamber 68. Thus, a kickback is reducible even if a damping chamber is not installed there and, what is more, miniaturization and lightweightiness in the device is made attainable as a whole.
Patent JP-H02110791-A (JP)
Title: Shape display processor
Inventor: OTA MASAAKI
IPC: G06T15/00
Filed: 1988-10-20
Abstract: PURPOSE:To execute input processing for the modeling of a display object material by an operator without considering the positional relation in the combination between basic objects by automatically calculating the display positions of all the basic objects. CONSTITUTION:A display position calculating means 30 calculates the display positions of the basic objects according to the processing order information of an initial list 60. In the calculation, when it is judged that the display position of the basic object as a calculation object cannot be calculated since the basic object depends on the display position of other basic object, the display positions of all the basic objects are obtained by interrupting the calculating processing and giving priority to the calculation of the display position of the basic object having the second priority. Since the display positions of all the basic objects can be automatically calculated in this manner, the operator can execute the input processing for the modeling of the object as the display object without considering the positional relation in the combination between the basic objects.
Patent JP-H11158375-A (JP)
Title: Poly(arylene sulfide) resin composition
Inventor: TAJIMA YOSHIHISA
IPC: C08K3/00
Filed: 1998-09-18
Abstract: PROBLEM TO BE SOLVED: To obtain the subject composition that shows improved resin fluidity on molding and improved moldability with a cold mold without adverse effect on thermal and chemical properties and the appearance and mechanical strength of the molded products by admixing a specific ester to a (polyarylene sulfide) resin. SOLUTION: To (A) 100 pts.wt. of a poly(arylene sulfide) resin, are admixed (B) 0.1-10 pts.wt. of an ester of the formula (n is 4-6; at least one of X is a 6-24C alkyl, an aryl or the like and the remainders are H, respectively). In a preferred embodiment, the component A is a straight-chain PPS homopolymer comprising p-phenylene sulfide(PPS) units, or a formulated resin that is prepared by admixing 1-25 wt.% of a branched or crosslinked poly(arylene sulfide) polymer to the straight chain PPS copolymer that is mainly composed of the PPS units and <=20 mol.% of m-phenylene sulfide units.
Patent JP-2000100425-A (JP)
Title: Electrode for nickel-hydrogen battery negative electrode without need for electrode core material, and its manufacture
Inventor: HOSOMI MASAKATSU
IPC: H01M4/38
Filed: 1998-09-18
Abstract: PROBLEM TO BE SOLVED: To provide an electrode itself with plastic property without using a core material, and to realize easy handling and a large capacity. SOLUTION: This electrode for a negative electrode is constituted by a compacted body including a hydrogen storage alloy, and one or more enriched- layer elements selected among elements of VIA group, VIII group, IB group of a periodic table. Here, the compacted body preferably has thickness of not more than 700 μm, and it preferably is a sintered body of coated powder formed by coating the enriched-layer elements on the surfaces of the hydrogen storage alloy powder.
Patent JP-H04143323-A (JP)
Title: Preventing method for liquefaction of ground
Inventor: KATSURA YUTAKA
IPC: E02D31/02
Filed: 1990-10-04
Abstract: PURPOSE:To easily prevent liquefaction of the ground by filling a gelling substance of hydrophilic material to melt and solidify by temperature variation at ordinary temperature to a prescribed range into a liquescent ground, and forming an underground continuous cut off wall. CONSTITUTION:A gelling substance of hydrophilic material to melt and solidify by temperature variation in the range from the ordinary temperature to nearly 100 deg.C into a liquescent ground 3,3 to form an underground continuous cut off wall 10, and the inside ground is changed to a non-liquescent ground 3' by drying and closely pressing. As this hydrophilic material, agar water solution of concentration of 0.2-4% is favorably used, and at this time the melting temperature is 80-90 deg.C and solidifying temperature is 30-40 deg.C. Further, at this time, at solidifying by lowering of temperature of the gelling substance, permeability coefficient is 1X10<-6>-1X10<-8>cm/sec.
Patent JP-H01122873-A (JP)
Title: Method and device for folding paper web
Inventor: MARUKOMU MAKUFUAASON
IPC: B05B15/65
Filed: 1988-10-20
Abstract: PURPOSE: To easily heighten the action of folding auxiliary liquid so as to reduce the rupture and damage of paper at the time of folding by heating the folding auxiliary liquid to the normal room temperature or higher. CONSTITUTION: At the time of applying an adhesive along the folding line of a lower web out of two upper and lower webs bonded to each other in a folding line range, an adhesive in a tank 16 is fed into a head 6 through a conduit 10b, and the adhesive is sprayed toward the lower web from the head 6. In the case of treating the upper web with folding auxiliary liquid, a switching device 11 communicates a folding auxiliary liquid conduit 10a with the head 6 and cuts off the adhesive conduit 10b. The folding auxiliary liquid heated to the normal room temperature or higher by a continuous heater 19 is fed to the head 6, and the upper web is treated with this auxiliary liquid to facilitate folding of the upper and lower webs and to reduce the damage of the webs.
Patent JP-H1085656-A (JP)
Title: Coater
Inventor: UEHARA KATSUYUKI
IPC: B05C17/00
Filed: 1996-09-13
Abstract: PROBLEM TO BE SOLVED: To remove a bubble simultaneously with the coating and to eliminate the need for post finishing by providing a stick freely slidable back and forth to an arm having a coating roller at its front end and furnishing a brush at the tip of the slider. SOLUTION: When a paint is applied on the wall surface, etc., to be coated through a roller 3, the paint in a vessel is applied on the roller 3 first, the stoppage of a slider 6 by a stopper 12 is released at this time, the slider 6 is slid backward, and a brush 9 is retreated. The roller 3 coated with the paint is then pressed on the surface to be coated, the roller 3 is turned and moved, and the paint on the roller 3 is applied on the surface. The slider 6 is simultaneously moved forward and fixed at the end of advance, the tip of the brush 9 is abutted on the surface coated by the roller 3, hence the coated surface is rubbed by the brush 9, and the bubble generated in the coating film is removed by the brush 9.
Patent JP-H1086119-A (JP)
Title: Clay tile forming apparatus
Inventor: YAMAZAKI MASANARI
IPC: B28B11/10
Filed: 1996-09-12
Abstract: PROBLEM TO BE SOLVED: To provide a clay tile forming apparatus capable of improving a forming efficiency and reducing the dimension of the apparatus. SOLUTION: In a clay tile forming apparatus, clay extruded from an extruder 2 is cut in a predetermined size to obtain a rough preform P2, the rough preform P2 thus obtained is pressed by rough forming units 6, 7 to obtain a rough form P3, and the rough form P3 is further pressed by finishing forming units 8, 9 to obtain a finished form P4. This apparatus has one pressing machine 5 in which the rough forming units 6, 7 and the finishing forming units 8, 9 are fixedly provided so that the press forming by the rough forming units 6, 7 and the finishing forming units 8, 9 can be performed simultaneously. The pressing machine 5 is provided with a loader 10 which vertically and laterally moves a rough preform suction pad 13 capable of sucking the rough preform P2 and setting it on the rough forming unit 6, a rough form suction pad 14 capable of sucking the rough form P3 and setting it on the finishing forming unit 8, and a finished form suction pad 15 for sucking and taking out the finished form P4 in synchronism with one another.
Patent JP-H03126135-A (JP)
Title: Information processing system
Inventor: SUGIYAMA YOSHIAKI
IPC: G06F11/18
Filed: 1989-10-11
Abstract: PURPOSE:To improve the maintainability of data by providing a parity bit vertical parity generating circuit, a vertical parity comparing circuit, and a vertical parity error register. CONSTITUTION:A parity bit vertical parity generating means 8 which calculates the vertical parity of parity bits at each time of input/output of information of data busses 1 and 2, a vertical parity comparing means 10 which compares parities calculated corresponding to respective busses by the vertical parity generating means 8, and a vertical parity error register means 11 which holds the comparison output from the comparing means 10 at the time of the end of a bus cycle are provided for two data busses 1 and 2. Parities of address and data parts, namely, vertical parities of parity bits of busses 1 and 2 are generated correspondingly to respective busses 1 and 2, and they are compared with each other at the time of the end of the bus cycle. Thus, the maintainability of data is improved.
Patent JP-H11101388-A (JP)
Title: Long-scaled body fixture
Inventor: OTA MASAHIRO
IPC: F16L3/12
Filed: 1997-09-30
Abstract: PROBLEM TO BE SOLVED: To provide a long-scaled body fixture whereby a long-scaled body can be easily fixed relating to a long-scaled body fixing part. SOLUTION: In a long-scaled body fixing part side, a plate-shaped fixed side main body 1 able to be mounted is provided, also relating to this fixed side main body 1, a clamp base part 21 able to be fixed is provided, also a pair of clamp arms 22 protruded in one surface side of this clamp base part 21 are provided, between these clamp arms 22, a clamp member 2 left as formed able to clamp a long-scaled body P is provided, in a condition that the fixed side main body 1 is fixed to a long-scaled body fixing part W, by moving the clamp member 2 approximate to a side of the long-scaled body fixing part W, a clamp part 13 able to fixedly hold to the fixed side main body 1 is provided.
Patent JP-H05106260-A (JP)
Title: Private parts washing apparatus equipped with deodorizing and heating devices
Inventor: MURASAWA KANZOU
IPC: F24H3/04
Filed: 1991-10-15
Abstract: PURPOSE:To make the title apparatus manufactured in a compact design by a method wherein a deodorizing device having a fan and a heater for heating the inside of a toilet room are provided to the private parts washing apparatus, and the deodorized air is heated and is blown out to the inside of the toilet room by operation of the fan of the deodorizing device. CONSTITUTION:A deodorizing device 3 having a fan 5 and a heater 4 for heating the inside of a toilet room are provided to a private parts washing apparatus that is equipped with a private parts washing nozzle 10 and a warm air discharge port 13 for drying, and the above-mentioned apparatus and devices are united into one unit and are housed in a main case 6 and are laid on the rear part of a toilet stool. As an operating button of the deodorizing device is pushed down, odorous air in a toilet bowl is sucked by the fan 5 and is discharged through a deodorizing filter to the inside of the toilet room. When a switch of the heater 4 is turned on, the deodorized air is heated and is blown out to the inside of the toilet room by operation of the fan 5, and thereby the inside of the toilet room is warmed. Thereby the apparatus can be manufactured in a compact design with the number of parts reduced.
Patent JP-2000121306-A (JP)
Title: Small-sized position sensor
Inventor: GOVARI ASSAF
IPC: H01Q7/08
Filed: 1999-09-20
Abstract: PROBLEM TO BE SOLVED: To obtain a sensor coil which is thin but has a higher sensitivity and a larger Q factor by making two or more axes which individual coils have linearly-independent from each other, and performing assembling so as to house all coils inside a volume having a specific cross-sectional area. SOLUTION: A coil assembly 30 has two photoengraved coils 32, and a box- shaped substance is formed by causing long lateral faces to adjoin to each other approximately at 90 deg.. And a wire coil 34 is positioned in a longitudinally- extended part of the box-shaped substance so as not to increase the breadth and depth of the assembly 30. The diameter, length, and number of turns of the wire coil 34 are preferably about 0.8 mm, about 1.4 mm, and about 400 respectively for example. And the inductances of all coils of the assembly 30 are intensified, by putting a ferrite 36 whose periphery is wound by this wire coil 34 in a long and narrow box-shaped substance. And they are connected to a position measuring system from external parts 16 of the end parts of conductive vortexes 12 with wires 26.  On this occasion, individual coils are linearly- independent to one another, and assembling is performed so that all coils may be housed in a volume having a cross-sectional area smaller than 1.0 mm2.
Patent JP-S61143849-A (JP)
Title: Processor
Inventor: KIYOHARA TOKUZO
IPC: G06F9/32
Filed: 1984-12-17
Abstract: PURPOSE:To decrease the using frequency of a branch instruction to improve the local properties of execution of instructions and to shorten the executing time, by changing the operation of an instruction itself according to the state of an instruction executing part. CONSTITUTION:A fetch part decoder 9 of an instruction decoding part 2 controls an instruction fetch part 1 via a control line 7. While an executing part decoder 8 controls an instruction executing part 3 via a control line 5. The instruction code is given to both decoders 9 and 8 from the part 1 via an instruction output line 4. In the same way, the state signal 6 is given to both decoders 9 and 8 from the part 3.
Patent JP-H11102531-A (JP)
Title: Optical pickup
Inventor: TANIGAWA HIROSHI
IPC: G11B7/12
Filed: 1997-09-30
Abstract: PROBLEM TO BE SOLVED: To enable miniaturizing and thinning of an optical pickup by providing, roughly on the same plane, a first light-receiving means and a second light- receiving means, which receive light emitted from a first and second light sources and reflected by a recording medium. SOLUTION: Light-receiving means 91 and 92 have different shapes of light- receiving parts, and different methods for forming various signals. The light- receiving means 91 receives light emitted from a light source 2, reflected by a high-density optical disk, and transmitted by an optical path dividing means 83, and light reflected by the optical path dividing means 83, and then reflected by reflecting film 81. The light-receiving means 92 receives light emitted form a light source 9, reflected by a low-density optical disk, and transmitted by an optical path dividing means 84, and light reflected by the optical path dividing means 84, and then reflected by a reflecting film 82.  The light-receiving means 91 and 92 are arranged roughly on the same plane of a base 70a of a package 70, where longer direction of the base 70a and longer direction of the light-receiving means 91 and 92 are arranged roughly in parallel.
Patent JP-H05106221-A (JP)
Title: Enlarged bulb pile with bag body
Inventor: FUKUMOTO SHINICHI
IPC: E02D5/44
Filed: 1991-10-15
Abstract: PURPOSE:To enable-the enlarged bulb of high quality to be formed by fitting gradient rings with gradients for one end according to a pile diameter and the other end according to the diameter of a bag body to be expanded, on the upper and lower ends of bag body to be fitted on a prefabricated pile. CONSTITUTION:At the upper and lower end sections of cylindrical bag bodies 2, 2, gradient rings 4... with gradients for each one end according to a pile diameter D1 and for the other ends according to the diameter D2 of a bag body 1 to be expanded are fixed to be fitted. After that, on the center of the hollow section of the pile body 1 of a prefabricated pile or the like an injecting pipe 5 formed with an iron pipe is set. After that, the bag bodies 2 are fitted on the outer peripheral surface of the pile body 1, and with bands 3... the bag bodies 2 together with the gradient rings 4 are fixed on the outer periphery of the pile body 1. Then, the pile is set to be settled and after that, via the injecting pipe 5, concreting fluid 6 is injected in the bag bodies 2, and they are expanded, and enlarged bulbs are formed. As a result, at the end sections of the bag bodies 2, the sudden increase of the curvature of the cross-sectional areas of the bag bodies is suppressed, and tensile stress to be worked on contact sections between the bands 3 and the bag bodies 2 is relaxed to be dispersed, and they can resist high pressure.