baber/WOPTO huggingface dataset:
Patent JP-H10153371-A (JP)
Title: Freezer refrigerator
Inventor: KUWARI YOSHIHIRO
IPC: F25D11/02
Filed: 1996-11-22
Abstract: PROBLEM TO BE SOLVED: To prevent the breaker of home electric wiring from tripping by driving one of freezer compressor or refrigerator compressor with a DC power supply and the other with a commercial power supply thereby preventing an undue overcurrent from flowing through a freezer refrigerator at the time of simultaneous start. SOLUTION: A compressor 3 being driven with a DC power supply is employed for a freezer and a compressor 4 being driven with a commercial power supply, is employed for a refrigerator. A current about ten times as high as steady current flows into the compressor 4 for refrigerator at the time of starting but the compressor 3 for freezer can be started without requiring an undue overcurrent. Consequently, even when two compressors 3, 4 are started simultaneously, starting current for the freezer refrigerator is substantially equal to the starting current of the compressor being driven with the commercial power supply. Since an undue overcurrent does not flow through the freezer refrigerator at the time of starting, possibility of tripping the breaker of home electric wiring can be reduced.
Patent JP-H11143478-A (JP)
Title: Noise reducing device
Inventor: SATO MASAYASU
IPC: G11B19/20
Filed: 1997-11-13
Abstract: PROBLEM TO BE SOLVED: To provide a noise reducing device capable of constantly obtaining the silencing effect against the fluctuation of the noise frequency to the environmental change or the aging effect without increasing the cost for expensive parts such as a DSP or development of complicated algorithm and without increasing the time for development of a device. SOLUTION: The angle signal to be outputted by a noise detecting means 40 to detect the noise is converted into the digital data, the output data of an A/D conversion part 60 corresponding to the condition of the drive control signal is stored in a storage means respectively in a storage/reproduction part 70 at the beginning of the operation of a device or at the prescribed intervals, the data corresponding to the condition of the drive control signal is outputted from the storage means when the device is subsequently operated, the digital data to be generated from the storage means is converted into the analog signal, and the signal of the inverted phase where the phase of the analog signal is inverted, is generated, and the inverted signal is converted into the acoustic signal, and outputted.
Patent JP-H01155004-A (JP)
Title: Device for continuously monitoring oil of oil pressure generating equipment
Inventor: KATAYAMA AKIRA
IPC: F01D25/00
Filed: 1987-12-11
Abstract: PURPOSE:To detect abnormality at an early stage by providing a moisture sensor and a pollution level censor in a tank for monitoring a small amount of oil. CONSTITUTION:Oil ejected from the secondary side of hydraulic pumps 12a, 12b and oil returned from the secondary side of coolers 14a, 14b are accommodated in a tank 19 for monitoring a small amount of oil, through a switching valve 20. A moisture sensor 26 and a pollution level sensor 25 are provided in this tank 19, so that the failure system is specified by the secular change of the detection signals of the sensors 25, 26. Abnormality can be detected quickly and with high sensitivity without diluting moisture and a pollution material due to provision of the tank for monitoring a small amount. Thereby, it is possible to detect abnormality at an early stage.
Patent JP-S63163762-A (JP)
Inventor: TAKAYAMA KIYOSHI
IPC: F25D23/00
Filed: 1986-12-26
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-H04185336-A (JP)
Title: Manufacture of metal laminated sheet
Inventor: SASAGAWA MASARU
IPC: B29C47/02
Filed: 1990-11-16
Abstract: PURPOSE:To obtain metal laminated sheet having smooth surface by a method wherein laminated sheet consisting of synthetic resin sheets metal foil is passed through a pair of heating rolls so as to relieve strain and, after that, fed between multistage cooling and forming rolls so as to be pressed and cooled and then slowly cooled while being applied with tension between take-up rolls. CONSTITUTION:By simultaneously melt extruding thermosetting core material resin and adhesive resin through a three-level mold 5, synthetic resin sheet 4, which is prepared by integrally laminating the adhesive resin onto both the sides of the core material resin layer, is formed. On the other hand, two sheets of spread metal foil 1 are preheated so as to supply the synthetic resin sheet 4 and the metal foils 1 between heated pressure rolls 6 under the condition that the metal foils face to both the sides at the synthetic resin sheet under molten state in order to produce laminated sheet 7. After being passed through a pair of heating rolls 8 in order to relieve strain under heat and pressure, the laminated sheet is fed between multi-stage cooling and forming rolls and pressingly cooled by spraying cooling air in order to control the cooling speed. Next, the resultant laminated sheet 7 is slowly cooled under the condition being applied with a certain tension between the cooling and forming rolls 9 and take-up rolls 12 so as to retain its shape.
Patent JP-H01155161-A (JP)
Title: Infrared absorbing cooling refrigerator
Inventor: NAKAMURA YASUNOBU
IPC: F25D19/00
Filed: 1987-12-10
Abstract: PURPOSE: To cool an article quickly by specifying the inner wall material of a freezer or a refrigerator and absorbing infrared rays radiated from the article efficiently thereby enhancing the cooling effect. CONSTITUTION: A substance 1 for absorbing infrared rays in the wavelength range of 10.05-10.77 μm efficiently us selected and sintered, fused, applied, plated, pressed or pasted onto the surface of a cooler 2 formed of a metal or a ceramic material to produce a cooler for a refrigerator exhibiting radiation absorbing effect in addition to convection and conduction. Furthermore, the infrared ray absorbing substance is sintered, fused, applied, plated, pressed, pasted or held onto the inner wall of a refrigerator or freezer and cooled by cooling air flowing down from a cooler 5 thus absorbing infrared rays radiated from an article 8.
Patent JP-S63166573-A (JP)
Title: Serial printer
Inventor: HIRANO HIROFUMI
IPC: B41J25/304
Filed: 1986-12-27
Abstract: PURPOSE:To contrive reductions in size, weight and cost, by performing a recording head turning-up/down operation and reciprocation of a carrier equipped with the recording head by a common motor. CONSTITUTION:Where a switch 21 is turned OFF, a motor 502 in a carrier 50 is reversely rotated to return the carrier 50 to a home position. At this time, when a printing head 63 is in the state of being turned down, the motor 502 is reversely rotated to separate the head 63 from a platen 7. When a projection 501b on the carrier 50 presses a contact piece 21a to turn ON the switch 21, a predetermined amount of ramp-down is effected, and the carrier 50 is stopped. Next, the carrier 50 is moved forward, and after the detection of turning-OFF of the switch 21, the motor 502 is rotated forward by a predetermined number of pulses, whereby the carrier 50 is stopped with an index pointing the first column. Meanwhile, the head 63 is turned down and up, thereby taking up a sag of a ribbon. Where a switch 21 is ON when a power source is switched ON, the motor 502 is first rotated forward, and after verifying the turning-OFF of the switch 21, the above operations are conducted.
Patent JP-2000138965-A (JP)
Title: Radio base station, its control method and control program recording medium
Inventor: TOYODA TETSUYA
IPC: H04W36/22
Filed: 1998-11-04
Abstract: PROBLEM TO BE SOLVED: To realize a radio base station which is small in scale, has low power consumption and does not require a large number of radio devices. SOLUTION: Assignment of radio devices to a radio zone that is covered by a single radio base station and divided into sectors is changed depending on the traffic of each sector. Specifically, the usage rate of radio devices in each of sectors A, B is calculated and switches 7, 8 are selected depending on the calculating result so as to change the number of the radio devices assigned to each of the sectors A, B. Thus, the radio devices assigned to each sector can be changed without the need of cable reconnection. Moreover, an optimum radio device arrangement can be determined by calculating the usage rate of the radio devices in each sector, and in the case that fluctuation in load distribution to each sector is large, the number of the radio devices assigned to each sector can be changed in real time so as to always achieve an optimal arrangement of the radio devices.
Patent JP-H05216889-A (JP)
Title: Automatic scheduling system for printed schedule plan
Inventor: KAMISHIRO KOICHI
IPC: G06Q10/06
Filed: 1991-11-28
Abstract: PURPOSE:To shorten the time required for a burden adjustment work by improv ing the accuracy of a schedule plan with the addition of the difficulty and priority order of each work. CONSTITUTION:The system consists of a computer 10 performing the processing calculation of the schedule plan and a terminal device 20 performing the input/ output of information. The number of standard man-hour and standard procedures in a reference information file 12 are multiplied by a difficulty coefficient by means of order receiving information within an order receiving file 11, a value indicating the priority order coincident with printing conditions as much as possible is obtained by calculation, and the schedule plan is determined based on the numeric value. By adjusting the load by accumulating the load of the schedule plan for each process and by giving the priority order to an order receiving order (working order), changing order which takes place at the time of the adjustment can be automatically selected.
Patent JP-H04185580-A (JP)
Title: Leather winding method for steering wheel for automobile
Inventor: ITAGAKI TOSHIO
IPC: B68G11/00
Filed: 1990-11-20
Abstract: PURPOSE:To enable leather winding without creases and slackening by winding a leather material round a steering wheel from one end edge portion to the vicinity of finger contacting recess portion group of the back of the steering wheel to adhere thereto, and then pressing and sticking an unadhesive portion of a covering material on every recess portion along the winding direction by a pressing means. CONSTITUTION:At the time of covering a steering wheel 1 with a leather piece 2, first a leather piece 2 is wound round the steering wheel 1 from one end edge portion 43 to the vicinity of a finger contacting recess group 45 of the back of the steering wheel 1 to adhere thereto. Subsequently, after the steering wheel 1 is once detached from an automatic leather winder 42, and reversed, the handle is again set on the automatic leather winder 42. While a coiled spring 49 of a pressing means 51 is rotated at a low speed, the leather piece 2 is moved along the winding direction, with an unadhesive portion 46 pressed from above on every recess surface 47, and in the course, the unadhesive portion 46 is pressed to adhere to the individual recess surfaces 47 by elongating the leather piece 2 between the lead pitches of the coiled spring 49, and the other end edge portion 44 of the leather piece 2 is butted on one end edge portion 43. Thus, winding of the leather piece 21 is completed.
Patent JP-H08165616-A (JP)
Title: Snow fall preventing structure of outdoor case
Inventor: TANAKA TERUO
IPC: E01F9/658
Filed: 1994-12-16
Abstract: PURPOSE: To facilitate the snow removal and cleaning of a snow removing plate by erecting plural pin-like protrusions on the top face of a case installed outdoors, and fitting one end side of a snow removing plate to the case rotatably from a first position of the tip of each protrusion protruding above a hole part for inserting the protrusion to a second position of the tip of the protrusion being positioned inside the hole part. CONSTITUTION: At the normal time, a snow removing plate 130 is fixed to an information display panel 100 by a catch clip 150. At this time, the upper part of the information display panel 100 is placed in the state of being covered with the snow removing plate 130 so as to reduce the influence of solar radiation on the information display panel 100. Pin-like protrusions 120 are provided to prevent the snow removing plate 130 from being easily covered with snow, and the movement of snow sliding downward on the snow removing plate 130 is impeded by the pin-like protrusions 130. At the time of removing snow from the snow removing plate and cleaning it, a lock lever 151 is rotated to position the snow removing plate 130 into a second position.  The pin-like protrusion can thereby be pulled out of the snow on the snow removing plate 130, and as a result, no protrusion exists on the snow removing plate 130, so that the snow removing and cleaning work of the snow removing plate 130 can be performed easily.
Patent JP-H02223786-A (JP)
Title: Manufacture of ultra high purity oxygen
Inventor: MAATEIN PIITAA IIGUREN
IPC: F25J3/04
Filed: 1989-12-01
Abstract: PURPOSE: To recover a part of argon, by introducing a second flow into upper part than the gas-liquid contact surface level of the second column, and producing a fraction softer than the introduced supply material and high in concentration of impurity at the top. CONSTITUTION: Air is introduced into the high-pressure column 4 of a double column 2, and is separated into liquid RL rich in oxygen and liquid PL low in content of oxygen, and RL is taken out of the lower part, is introduced into a low-pressure column 6, and is separated into an oxygen fraction and a nitrogen fraction, and gas oxygen is refined with the first refining column 10 and further with the second refining column 12 so as to manufacture ultras pure oxygen. This second refining column 12 is separated into ultra pure oxygen not containing low boiling point impurities and a fraction large in content of argon, and the content of argon goes higher, according to the rise of steam, and it is returned to the middle stage of the low-pressure column 6 through a condenser 66, and a liquid argon product is extracted through a side column 8 from its bottom.  In this way, at least a part of argon can be recovered efficiently.
Patent JP-H02158631-A (JP)
Title: Production of fluororesin prepreg
Inventor: TSUMURA KOHEI
IPC: B32B15/08
Filed: 1988-12-12
Abstract: PURPOSE:To carry out coating many times at high speed without cutting cloth in good productivity and to produce prepreg without wasting cloth by reciprocating glass cloth by utilizing reverse rotation of a winding part in a device of combination of one baking furnace and two impregnating baths. CONSTITUTION:A fiber base 1 is impregnated in a resin bath 2 from a draw part 5, wound through a baking furnace 4 by a winding part 8, then wound prepreg is impregnated in a resin bath 3 by reversely rotating the winding part 8 and wound through the baking furnace 4 by a winding part 7. The going and returning is repeated to produce prepreg. ln a process of downward moving a resin bath at the side of winding part of the resin baths 2 and 3 and reciprocating the fiber base, the fiber base is not impregnated in the resin bath twice in one process.
Patent JP-H08169280-A (JP)
Title: Vehicular mirror device
Inventor: HASEGAWA YUICHI
IPC: B60R1/08
Filed: 1994-12-16
Abstract: PURPOSE: To prevent a packing from being detached and a body from being contaminated. CONSTITUTION: A bracket 5 is formed to have a coupling projection 51 and an engagement section 52, and a packing 6 is formed to have a coupling hole 60 and an elastic engagement section 62. As a result, the projection 51 and the hole 60 are coupled to each other, and the section 62 comes to be elastically engaged with the section 52, thereby mounting the bracket 5 and the packing 6 via mechanical coupling including the projection 51 and the hole 60 coupled to each other and the elastic engagement of the sections 62 and 52. Thus, a concern about a change with the lapse of time does not appear, compared with an adhesive or the like. According to this construction, no concern appears about the separation of the packing from the bracket 5, the contamination of a body or the like.
Patent JP-2001134116-A (JP)
Title: Image forming device
Inventor: INABA ISAO
IPC: G03G5/05
Filed: 1999-11-04
Abstract: PROBLEM TO BE SOLVED: To prevent current from being leaked to a photoreceptor from an electrode part on an intermediate transfer body. SOLUTION: The intermediate transfer body 20 forming a transfer part T1 between the photoreceptor 10 obtained by forming a photosensitive layer 10b on a conductive layer 10a by dipping is provided with a resistance layer 22 formed on the layer 10a and the electrode part 23 exposed to the surface of the end part in order to supply transfer voltage to the layer 10a. Then, the photoreceptor 10 is arranged so that the side 10b1 of the layer 10b set downward at a dipping time is positioned at the electrode part 23 side of the transfer body 20.
Patent JP-H10153496-A (JP)
Title: Heat value measuring device for glass-solidified body
Inventor: YAGISHITA TAKUYA
IPC: G21F9/36
Filed: 1996-11-25
Abstract: PROBLEM TO BE SOLVED: To precisely grasp the heat value of a glass-solidified body by measuring the temperatures of a heat value measuring medium carried from a measuring vessel to a medium circulating means and the heat value measuring medium carried from the medium circulating means to the measuring vessel, respectively. SOLUTION: A glass-solidified body 6 is set into a measuring vessel 1, a heat value measuring water 7 is filled therein, the pump 9 is operated in the state where opening and closing valves 11, 12 are opened. The heat value measuring water 7 is run out from the measuring vessel 1, passed through a piping member 8, and continuously circulated to the measuring vessel 1 through a filter 10 and a heat exchanger 3. The flow rate of a heat exchange medium 13 to the heat exchanger 3 is regulated, and the temperature of the heat value measuring water 7 carried from the heat exchanger 3 into the measuring vessel 1 is made constant.  The temperature of the heat value measuring water 7 carried from the measuring vessel 1 to a medium circulating means 2 and the temperature of the heat value measuring water 7 carried from the medium circulating means 2 to the measuring vessel 1 are detected by temperature detectors 14, 15, respectively. When both the temperatures are laid in steady state, the heat value of the glass-solidified body 6 is determined on the basis of them.
Patent JP-H06164826-A (JP)
Title: Solid-state image pickup device and its drive method
Inventor: MIYAGAWA RYOHEI
IPC: H04N5/369
Filed: 1992-11-24
Abstract: PURPOSE:To provide the solid-state image pickup device having no fixed pattern noise and obtaining an excellent reproduction picture in the case of the device type in which a charge is injected to a storage diode storing a signal charge to reset the storage diode. CONSTITUTION:A read gate electrode 6 in capacitive coupling with a storage diode 7, a potential of a transfer electrode 4 is selected to be the same as that in the resetting, and a potential of the storage diode 7 is set lower by changing the potential of the read gate electrode 6 negatively to read a signal charge. In the signal charge read method, since the potential in the resetting state and the potential of the transfer channel 15 at the read are the same, even when the potential of the transfer channel 15 is in dispersion for each picture element, the bias charge is not dispersed. Thus, fixed pattern noise is prevented.
Patent JP-H10152763-A (JP)
Title: Production of aluminum foil coil for electrolytic capacitor
Inventor: SAKURAI TSUYOSHI
IPC: C22F1/00
Filed: 1996-11-25
Abstract: PROBLEM TO BE SOLVED: To provide a method for producing an aluminum foil coil for an electrolytic capacitor in which capacitance can be improved by improving its electrolytic properties to expand the surface area of foil, and furthermore, bending strength can be increased. SOLUTION: At first, aluminum foil contg., by weight, >=99.8% Al, and the balance inevitable impurities is degreased. Next, coil stock in which this aluminum foil is formed into a coiled shape is arranged in an annealing further and the inside of this annealing furnace is initially exhausted to a pressure of <=1×10<-2> Torr. Then an inert gas is flown into the annealing furnace to regulate the pressure in the annealing furnace to 500 to 950Torr, and in a state in which this pressure is held, the inside of the annealing furnace is heated to 350 to 450 deg.C. After that, the inside of the annealing furnace is exhausted to a pressure of <1Torr, moreover, an inert gas is again flown into the annealing furnace to regulate the pressure in the annealing furnace to 500 to 950Torr, and in a state in which this pressure is held, the coil stock is annealed at 450 to 600 deg.C for >=1hr.
Patent JP-H11138779-A (JP)
Title: Ink-jet recording device
Inventor: NAKANO HIROTSUGU
IPC: B41J2/185
Filed: 1997-11-14
Abstract: PROBLEM TO BE SOLVED: To prevent the scattering of ink mist into a recording device by recovering efficiently the ink mist generated by the ink jet for a long period of time. SOLUTION: A recording head 1 which jets ink and records on a recording paper is mounted on a carriage 2 supported freely slidably on a carriage shaft 3. A spur 109 constituting one of carrying means of the recording paper is set on a spur base 45 having a hollow inside, and having a suction hole 45a opened thereon. The spur base 45 is provided removably on a joint section 45b of an intermediary duct 47 connected with a suction fan 48, and an air suction line is constituted of the intermediary duct 47 together with the suction fan.
Patent JP-H06154962-A (JP)
Title: Rotary connecting part structure of cable in ladle turning device
Inventor: KAWABATA TAKASHI
IPC: H01R39/00
Filed: 1992-11-25
Abstract: PURPOSE:To lower the height of a rotary connecting part by connecting many cables with a small capacity in a rotary connecting part. CONSTITUTION:Base end cables 32 connected to a first and a second ladle supporting parts are arranged in a shaft cylinder 33 through a gap by blocking it into plural stages for each voltage and each signal in one slip ring section 30, a first ladle supporting cable 38 is connected directly to a first ladle supporting part from this slip ring section 30, and a second ladle supporting part cable 45 is let into a rotary cylinder 43 through a rotary cable chamber 31 from this slip ring section 30, and connected to a second ladle supporting part from the rotary cylinder 43. In such a way, the height can be lowered by a portion by which the number of gaps becomes 1/2, compared with providing the slip ring section in a first and a second ladle supporting parts, respectively.