baber/WOPTO huggingface dataset:
Patent JP-H09310254-A (JP)
Title: Binding stitch treatment of knitted fabric
Inventor: NAKAI SHUNICHI
IPC: D04B7/22
Filed: 1996-05-20
Abstract: PROBLEM TO BE SOLVED: To improve the binding stitch knitting and provide a method for knitting by which the shrinkability of a part of a knitted fabric where the knitting is completed is raised. SOLUTION: The binding stitch treatment of each stitch is successively carried out from one end of a prescribed section on a needle bed as a starting point toward the other end for a stitch of a knitted fabric knitted by using a flat knitting machine in the final course engaged with knitting needles in the prescribed section. In the process, the stitch formed when carrying out the binding stitch treatment is formed by feeding a knitting yarn in the direction opposite the forward direction of the binding stitch treatment. The knitted fabric undergoing the binding stitch treatment is the one composed of a 1×1 rib stitch textile design and the binding stitch treatment is performed with an elastic yarn. The stitch formed at that time is a purl stitch.
Patent JP-S61281956-A (JP)
Title: Method for measuring dryness of wet vapor
Inventor: KURIYAMA HISASHI
IPC: G01N25/60
Filed: 1985-06-07
Abstract: PURPOSE:To measure the quantity and the dryness of a vapor easily and accurately without taking out the vapor in an optional position of a vapor pipe by heating the wet vapor on the way of supply in the pipe at a certain temperature to make it of a wet saturated vapor. CONSTITUTION:A heating device 3 having a heater 31 is attached to a proper part of a vapor pipe 1, and latent heat is given to a wet vapor WV flowed in the pipe 1 by the device 3 to make the wet vapor WV of a dry saturated vapor dV. The current and the voltage applied to the heater 31 are detected by an ammeter 5 and a voltmeter 6. A pressure gauge 13 and a temperature detector 21 which detect the pressure and the temperature of the wet vapor WV and provided above the heating device 3, and a flow meter 9 and a temperature detector 22 which detect the flow rate and the temperature of the dry vapor DV are provided below the heating device 3. These detected values are given to an arithmetic control unit 8, and a dryness (x) of the wet vapor is obtained in accordance with an equation x=1-Q/G.(h''-h') where Q is the quantity of heat required for heating and G is the mass flow of the dry saturated vapor and h'' is its enthalpy and h' is the enthalpy of saturated water at the same temperature as the dry saturated vapor.
Patent JP-S5749877-A (JP)
Title: Distance measuring device
Inventor: OKAMOTO OSAMU
IPC: G01C21/00
Filed: 1980-09-09
Abstract: PURPOSE:To measure a distance between an interrogator and a transponder, by a method wherein a pair of question pulses having a particular shape are set from the interrogator, the transponder detects said particular pulses which are returned by a given delay. CONSTITUTION:An interrogator (aircraft) outputs a Gaussian waveform pulse, having a particular shape, whose forward edge is shown in formula (where E: an integer, T: a time, and F= 0.5), from a pulse generating part 1 after controlling it by means of a time controlling part 2, a  carrier is modulated in a rectineal amplitude manner by means of a transmitting pulse modulating  part 3, and is radiated from an antenna 6 via a power amplifying part 4, and a diplexer 15. At  the transponder side, an electric wave is detected by a detector 19 via an antenna 16, a diplexer  15, a preselector 15, and an intermediate frequency amplifier 18 to fetch an envelope, A delay comparator 20 decides a timing of a first pulse of a reception wave, the controlling part 2 generates re-transmitting pulse by a given time delay, and is radiated from the antenna 16 after  processing it by means of a transmitting part 21 like the processing which is conducted at the aircraft side. At the aircraft side also, a processing like that done at the transponder side is performed by a reception part 7. This measures a distance between the two from a difference in time  between the pulses.
Patent JP-H08318726-A (JP)
Title: Air conditioner for vehicle
Inventor: NAITOU NOBUYASU
IPC: B60H1/00
Filed: 1995-05-24
Abstract: PURPOSE: To lower operation force while securing a sealing properly for a rotary damper. CONSTITUTION: A rotary damper 7 rotating around a rotary shaft 73 is provided with disk plates 71, 72 in which seal members 15 are arranged. On the outside of a case 3, stepped parts 18, 19 are formed, while levers 16, 17 connected to the rotary shaft 73 are arranged. The levers 16, 17 are provided with projection parts 16a, which are always brought into contact with the stepped parts 18, 19 and work as cam mechanisms. When the rotary damper 7 is stopped, the rotary damper 7 is displaced by means of the cam mechanisms in the direction in which the sealing members 15 are arranged. Therefore, the seal members 15 are brought into tight contact with the case 3, and as a result, a sealing property is secured. On the other hand, when the rotary damper 7 is rotated, the rotary damper 7 is displaced by means of the cam mechanisms in the opposite direction to that in a stopping time.  Therefore, the seal members 15 are separated from the case 3, and operation force for the rotary damper 7 can be lowered.
Patent JP-S61283563-A (JP)
Title: Thermal recording head
Inventor: NAMOTO YOSHITERU
IPC: B41J2/335
Filed: 1985-06-07
Abstract: PURPOSE:To make a titled head available as a part of the recording medium travel path to realize the device of simple construction and small-size, by setting a guide body having a curvature on the surface of a base, on which the heating element substrate is mounted, so as to be parallel to the heating element row and have a raised portion from a heating element surface level. CONSTITUTION:A guide body 15 is a round bar having a circular cross section of the curvature R and securely bonded in a concave groove 12a formed on a base 12 by use of an adhesive 18 so as to have the top which is higher than the surface of a heating element substrate 11 on which heating elements are formed by a projection (h) and parallel to the heating element row. This construction enables a desired recording to be conducted on an image receiving paper 19b by a procedure wherein a roller 20 are rotated in the direction of the arrow while heating elements 11a are selectively heated according to an image signal to feed the image receiving paper 19b and a transfer sheet 19a respectively in the direction of the arrows. At this time, the transfer sheet 19a is guided to the guide body 15. Accordingly, the thermal recording head can be utilized as a part of the recording medium travel path, enabling to reallize the device of simple construction and small-size.
Patent JP-S5850814-A (JP)
Title: Waveform equalizer
Inventor: MURAKAMI KEIJI
IPC: H04B3/14
Filed: 1981-08-07
Abstract: PURPOSE:To hold the independency properties of amplitude and group delay by inputting a signal having been delayed and equalized by a delay equalization part to an amplitude distortion correcting part, and setting the tap coefficient of the amplitude correcting part and that of the delay equalization part in specified relation. CONSTITUTION:A signal inputted from a delay equalization part 10 to an amplitude distortion correcting part 20 is branched into two by a branching circuit 2b; one component is inputted to a 90 deg. phase shifter 3b and then applied to delay circuits 4g and 4h which have delay time 2T and never attenuate the signal, and the other component is applied directly to delay circuits 4e and 4f which have delay time 2T. The signal with the delay time 4T is inputted to an adder 6d and then has its output amplitude adjusted to acos2theta0 by an amplitude adjusting circuit 7c to be supplied to one input of an adder 6f. Similarly, a signal which has the delay time 4T and is passed through an inverter 5b is inputted to an adder 6e and then has its output amplitude adjusted to asin 2theta0 by an amplitude adjusting circuit 7d to be inputted to the adder 6f. The adder 6f equalizes large distortion of group delay.
Patent JP-H11315156-A (JP)
Title: Highly heat-resistant crosslinked molded product of noncrystalline polyamide and its production
Inventor: ARAI ICHIRO
IPC: C08J7/00
Filed: 1998-05-07
Abstract: PROBLEM TO BE SOLVED: To obtain a noncrystalline polyamide molded product having excellent heat resistance for a long period of time by irradiating a molded product comprising an uncrosslinked noncrystalline polyamide and a crosslinking agent with radiation. SOLUTION: This molded product is obtained by irradiating, with radiation, a molded product comprising (A) an uncrosslinked noncrystalline polyamide, (B) a crosslinking agent (e.g. triallyl isocyanurate) and, as necessary, (C) e.g. glass fiber, other inorganic fiber, an inorganic powder, a coloring agent, an antioxidant and a plasticizer. Preferably, the component A has a heat of crystal fusion [differential scanning calorimeter(DSC)] of <1 cal/g. Preferably, the component B is compounded at about 1-5 pt(s) wt. per 100 pts.wt. of the component A. The radiation includes electron beams and γ-rays each capable of producing a free radical from the component A. The irradiation dose is preferably 25-300 kGy, more preferably, 50-200 kGy, furthermore preferably, 100-200 kGy.
Patent JP-S5916749-A (JP)
Inventor: IKENAGA MASAHIRO
IPC: B32B37/00
Filed: 1982-07-20
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-H06310139-A (JP)
Title: Hydrogen storage alloy electrode
Inventor: WATANABE HIROSHI
IPC: H01M4/38
Filed: 1993-04-28
Abstract: PURPOSE:To prevent a cycle deterioration by using a Ti-Mo-Ni system alloy with a complex phase structure in which the existing ratio of the auxiliary phase to the main phase is in a specific scope, as an electrode material. CONSTITUTION:This hydrogen storage alloy has a complex phase structure which consists of a main phase and an auxiliary phase, and the area ratio of the auxiliary phase to the main phase in an alloy cross section is 5 to 20%, and it is shown in the general formula ABx (in which A is Ti or a heat generating element at the time of hydrogen absorbing including Ti as the main component; B is Mo and Ni, or heat absorbing type element at the time of hydrogen absorbing including Mo and Ni as the main components; and 0.5<=x<=2). Such a hydrogen storage alloy is used as an electrode material.
Patent JP-H07171018-A (JP)
Title: Dyed hair sample for assembly and sample for dyed hair
Inventor: SHIRAKI YUKIHIKO
IPC: A45D44/00
Filed: 1994-06-07
Abstract: PURPOSE:To enable dyeing of samples for hair dyeing to desired original colors in a beauty parlor, etc., by separately providing a backing member and the samples for hair dyeing respectively. CONSTITUTION:Backing paper 10 is provided with a longitudinal folding line to make the paper foldable at its center and is foldable at a transverse folding line to the upper part of the backing paper on the right and left of the longitudinal folding line. The backing paper has a sample holding part for holding the dyed hair samples. The dyed hair sample 50 are detained and fixed into insertion holes 14 and thereafter, the numbers for discriminating the respective dyed hair samples 50 are attached to L-shaped partition lines 15 respectively. The dyeing samples assembled in such a manner permits easy removing of the dyed hair samples 50 by bending folded metallic legs 42a, 42b to their home positions and, therefore, the easy exchange of the dyed hair samples dyed to the other colors is possible.
Patent JP-H02304832-A (JP)
Title: Electromagnetic relay
Inventor: IDE YOSHIO
IPC: H01H50/56
Filed: 1989-05-18
Abstract: PURPOSE:To prevent a current larger than the stationary current from flowing to prevent a contact from being excessively heated so that the contact may not be fused or worn by providing a pressure-applied conductive rubber between a fixed contact piece and a movable contact piece. CONSTITUTION:Between a movable contact piece 8 and a fixed contact piece 9 standing oppositely on a base 1, a pressure-applied conductive rubber 11 is integrally interposed. Although force is always applied to a movable member 7 in a direction of an arrow A by the movable contact piece 8, if voltage is applied to a coil 6 to excite an electromagnet 5 and suck a horizontal end of the movable member 7 with its magnetic pole face, the movable member 7 is rotated toward an arrow B so that its perpendicular end presses the rear of the movable contact piece 8. Thus with pressing of the movable contact piece 8 electric resistance of the pressure-applied conductive rubber 11 drops and since the pressure-applied conductive rubber 11 becomes conductive with a certain degree of resistance, an excessive current does not flow even if a movable contact 8a is closed to be in contact with a fixed contact 9a. Thus, the contact is not excessively heated and fusing, wearing or the like of the contact can be prevented.
Patent JP-S5550583-A (JP)
Title: Catalyst stopper for storage battery
Inventor: AIZAWA GENICHI
IPC: H01M10/52
Filed: 1978-10-11
Abstract: PURPOSE:To prevent activity reduction of the catalyst and metal oxide through wetting, by providing metal oxide in the path which lead generated gas from the battery to the catalyst, and separating said path and reflux path of condensed water. CONSTITUTION:A catalyst container which was made by sintering inorganic powder containing hydrogen gas-oxygen gas combining catalyst 2 is provided in the catalyst stopper 1, and the container 5 of same material as that of the container 3 containing metal oxide 4 is disposed under the container 3. A reflux path 7 is provided, the end of the reflux path extends into the electrolyte 8. Thereby the gas generated during charging first enters into the metal oxide container 5 to remove impurities, and next into the catalyst container 3 to form water vapor by recombination, the water vapor is cooled and returned to the electrolyte 8 through the reflux path 7. Thus the catalyst 2 is prevented from poisoning, and the metal oxide is prevented from activity reduction due to wetting with the condensed water.
Patent JP-S6014809-A (JP)
Inventor: HORUGERU HAARENBERUKU
IPC: B60R22/02
Filed: 1984-06-20
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-S614100-A (JP)
Inventor: OOSUGE TAMOTSU
IPC: G10D3/12
Filed: 1984-06-18
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-S5459534-A (JP)
Title: Preheat time controller for glow plug
Inventor: OOTANI YOSHIO
IPC: F02P19/02
Filed: 1977-10-21
Abstract: PURPOSE: To properly effect the preheat with the use of plugs by detecting the voltage of a battery of a diesel engine with the use of a detecting circuit so as to elongate the power supply time to the plugs when the voltage drop is high.  
     CONSTITUTION: Glow plugs 6 to 9 are connected with a battery 1 through a key switch 3 and a switch contact 4. The common contact of the start contact and ON contact of the key switch 3 is connected with a preheating voltage detecting circuit A and a temperature holding voltage detecting circuit B, both of which are connected with a drive circuit C through a indicating lamp 11. With the use of these two circuits A and B, the voltage drop of the battery 1 is compared with a reference value, and the resultant signals are fed to the circuit C so that the contact 4 is rendered condeuctive through a relay coil 10 for a corresponding time. In this meanwhile, the lamp 11 accomplishes its indicating operation 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-2000314724-A (JP)
Title: Liquid chromatograph/mass spectrometer
Inventor: TANAKA YASUFUMI
IPC: G01N30/72
Filed: 1999-05-06
Abstract: PROBLEM TO BE SOLVED: To provide a liquid chromatograph mass spectrometer capable of improving a detection sensitivity and a detection accuracy by efficiently introducing target ions subject to an analysis into a mass spectrometry part. SOLUTION: Impressed voltages to a desolvation pipe 23 and a deflector electrode 34 optimizing an passing efficiency of ions for individual mass numbers are investigated beforehand by analyzing a standard specimen containing components with different mass numbers. A voltage scan pattern over the entire mass range is produced based on the voltages and is stored in a memory. During a scan measuring, a control part 40 controls DC voltage sources 51 to 55 following the voltage scan pattern synchronously with a scan of an impressed voltage for a quadrupole mass filter, thereby scanning the impressed voltage for the desolvation pipe 23 and the deflector electrode 23. Generated ions after atomized from a nozzle 21 pass through the desolvation pipe 23 and the deflector electrode 34 highly efficiently and is introduced into the quadrupole mass filter.
Patent JP-H0421212-A (JP)
Title: Digital phase locked loop circuit
Inventor: OZAKI SEIJI
IPC: H03L7/06
Filed: 1990-05-15
Abstract: PURPOSE:To suppress output jitter by discriminating the direction of a frequency offset of an input signal in an offset detection circuit and outputting a dead band control signal setting a dead band in opposite direction to the discriminated direction so as to set the dead band to a phase comparator. CONSTITUTION:A phase comparator 1 applies M-value quantization as to how many bits of inputted phase information are deviated from a clock signal in the lead or lag direction. When a set reset flip-flop(SR-FF) 9 is set, a least significant bit N1 among M-sets of delay phase information N1-NM subjected to multi-value quantization is inhibited by an AND gate 11a to set a dead band. On the other hand, when the SR-FF 9 is reset, a bit P1 is inhibited by an NAND gate 11b to set a dead band. Thus, a phase difference between an input signal and a clock signal inputted to the phase comparator is within the dead band, since no excess phase control is implemented, the output jitter is suppressed.
Patent JP-2000314753-A (JP)
Title: Phase measuring method and device
Inventor: ADACHI HIDEHIKO
IPC: G01R25/00
Filed: 1999-05-06
Abstract: PROBLEM TO BE SOLVED: To eliminate the nee of a phase measuring instrument, and to measure mutual modulation distortion generated by a DUT or a phase relation between a mixed wave and a fundamental wave. SOLUTION: Setting values ϕp1, ϕp2 of a phase shifter 5 where an input signal is canceled after composed as to a DUT 3-inserted condition and a DUT 3-removed and through-condition are measured by using the phase shifter 5, a distributor and a composing unit, and a passing phase of the DUT 3 is found as a phase change Δϕd by correcting a characteristic portion Δϕa of an ATT 4 based on a correlation expression Δϕd+Δϕa=Δϕp as to the phase change Δϕd of the DUT 3, the passing phase change Δϕa of the ATT 4 and a passing phase change Δϕp of the phase shifter in the two conditions 1, 2. A phase measuring method and device are provided to thereby eliminate a need of a phase measuring instrument.
Patent JP-S5647457-A (JP)
Title: Resin composition for powder coating material
Inventor: TACHIKI SHIGEO
IPC: C09D5/03
Filed: 1979-09-27
Abstract: PURPOSE: The titled composition, capable of giving a film having improved corrosion resistance, weather resistance and surface smoothness, and prepared by incorporating (reacting) a polyfunctional epoxy compound with a polyester resin having a carboxyl group and a specific copolymer having a carboxyl group.  
     CONSTITUTION: A composition prepared by incorporating (A) a polyester resin having a carboxyl group, a number-average molecular weight of 800W5,000, a softening point of 50W150°C and an acid value of 10W150 with (B) a copolymer having a number-average molecular weight of 2,000W50,000 and a softening point of 50W150°C obtained by copolymerizing (i) 2W30wt% an α,β-unsaturated carboxylic acid, e.g. acrylic acid, with (ii) 98W70wt% another copolymerizable ethylenically unsaturated compound, e.g. styrene, and (C) a polyfunctional epoxy compound at a weight ratio between (A) and (B) of 95:5W5:95 and an equivalent ratio between the epoxy group in the constituent (C) and the total COOH group in the constituents (A) and (B) of 0.2:1W3:1. Alternatively, the constituents (C) and (A) and/or the constituent (B) are partly reacted and incorporated. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H06337339-A (JP)
Title: Lens barrel
Inventor: MATSUDA KAZUYA
IPC: G02B7/04
Filed: 1993-05-27
Abstract: PURPOSE:To reduce cost by means of the reduction of the number of components, to improve space sfficiency and also to miniaturize an entire lens barrel by holding one side of a stop blade in an optical axis directin by a lens holding member. CONSTITUTION:The diaphragm blades 17 and 18 are held between a blade pressing plate 20 and a third lens holding member 3, and the driving arm 21a of a circular arc-shaped diaphragm driving part 21 rocks in a direction shown by an arrow, so that the diaphragm blades 17 and 18 are driven. Guide shafts 3b integrally provided on the third lens holding member 3 are respectively inserted into the round holes 17b and 18b of the diaphragm blades 17 and 18, and the driving arm 21a of the diaphragm driving part 21 passes through the aperture part 3a and is inserted into long holes 17a and 18a. The blade pressing plate 20 is snap-fitted and held by a pawl part 3d, etc., provided on a third lens holding member 3; so that the diaphragm blades 17 and 18 are turned matching with the movement of the driving arm 21a in a direction orthogonally crossing with an optical axis, and a luminous flux can be converged.
Patent JP-S6018155-A (JP)
Inventor: UCHIDA MOTOTOSHI
IPC: A61B5/0245
Filed: 1983-07-13
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-H07327854-A (JP)
Title: Attachment mechanism for bathtub apron
Inventor: HAYASHI KENJI
IPC: A47K3/02
Filed: 1994-06-08
Abstract: PURPOSE:To enable a small number of aprons to be installed against a larger number of watertight pans by disposing a retaining member between a support piece and a holding piece of a holding member and then driving a screw into long holes of the support piece and the holding piece, respectively, and a screw hole of the retaining member. CONSTITUTION:While a bathtub 1 is installed above a watertight pan 7, an apron 2, a separate member, is attached to the rear of the bathtub. For attachment of the apron 2, a screw 8 is driven into a screw hole 4c of a retaining member 4 from an insertion hole for the screw which is provided in the lower part of the apron 2 through long holes 3d drilled in a support piece 3b and a holding piece 3c, respectively, of a holding member 3 and tightened provisionally. Then the postition of the apron 2 is adjusted vertically such that there is no gap between the bottom end of the apron 2 and a flat surface 7a of the projected section of the watertight pan 7 and when the apron 2 is positioned at an optimum level, the screw 8 is fully tightened, thus causing the position of the apron 2 to be adjusted by vertically sliding the retaining member 4 which is fitted between the support piece 3b and the holding piece 3c.