baber/WOPTO huggingface dataset:
Patent JP-H1191868-A (JP)
Title: Portable fodder tank
Inventor: GOMI NAOKI
IPC: B65D90/58
Filed: 1997-09-22
Abstract: PROBLEM TO BE SOLVED: To prevent fodder from remaining in a tank to effectively discharge it, easily open or close the discharge opening, and further, stably transfer or transport the tank. SOLUTION: This portable fodder tank has a hollow space in which fodder can be contained, a feed opening 3 through which feed can be fed, formed at the upper part, and a discharge opening 4 through which feed can be discharged to the outside. And the tank is provided with a nearly 2150 mm high FRP tank body 1 and a frame 2 holding the tank body 1. A curved part 1a bent at about 500 mm radius from the upper side to the discharge opening is formed at the inside wall of the tank body 1.  The opening/closing means of the discharge opening 10 formed in the tank body is provided with a shutter 11 formed of a slidable plate member which is inclined at about 10 degrees against the installation face of the tank to open/close the discharge opening 4, a wheel 12 with a freely rotatable bearing equipped in the shutter 11, and a rail 13 on which the wheel 12 with the bearing is mounted to freely rotate to guide the shutter 11 to the opening or closing direction.
Patent JP-H0995920-A (JP)
Title: Beach erosion prevention device
Inventor: NOMICHI MASAHIRO
IPC: E02B3/04
Filed: 1995-10-04
Abstract: PROBLEM TO BE SOLVED: To provide a beach erosion preventing device which provides a secure erosion preventing effect, is economical in work cost and operation, and of which landscape is not impaired by its installation. SOLUTION: A conduit 1 is arranged on a beach for erosion prevention. A hollow structural body 4 set in water is connected to the conduit 1. An air hole 8 is provided in the sea surface exposed part 7 of the hollow structural body 4. Also a water flow hole 2 is provided in the conduit 1, and a filter 3 to block the entry of soil and sand is mounted in the water flow hole 2 in order to allow only the transmission of water. Then, when water is led into the conduit 1 by the vertical movement of water surface by wave, soil and sand sucked by the filter 3 becomes a flow-in resistance against water and, when water is led out of the conduit 1, any flow-out resistance against water is not present.  By this valve effect, a pressure difference between the inside and outside of the conduit 1 interconnected with the hollow structural body 4 is produced, and beach erosion can be prevented by bringing up soil and sand around the conduit 1.
Patent JP-H0999648-A (JP)
Title: Thermal transfer recording medium
Inventor: SUGISHITA YASUO
IPC: B41M5/42
Filed: 1995-10-04
Abstract: PROBLEM TO BE SOLVED: To easily peel a dye receiving layer, in a thermal transfer recording medium wherein a transfer layer containing a releasable dye receiving layer and a dye layer are alternately provided in the same base material, by adding acryl modified chlorinated polypropylene and silicone resin spherical fine particles to the dye receiving layer. SOLUTION: A sticking preventing layer 6 is provided on the single surface of a base material film 1 and an easy adhesive treatment layer 2 is provided to the other surface and a transfer layer containing dye layers 7 and a releasable dye receiving layer 3 is alternately provided on the easy adhesive treatment layer 2. In this case, the parts of the transfer layers 7 are constituted in the order of the easy adhesive treatment layer 2 and the dye layers 7 from the base material film 1 and the transfer layers 7 are constituted in the order of the easy adhesive treatment layer 2, the dye receiving layer 3, a concealing layer 4 and an adhesive layer 5 from the base material film 1.  A mixture of a polyester resin and an acrylic resin is used in the easy adhesive treatment layer 2 and a mixture of acrylic modified chlorinated polypropylene resin having a hydroxyl group and silicone resin spherical fine particles is used in the dye receiving layer 3.
Patent JP-2001086390-A (JP)
Title: Image pickup unit and driving method therefor
Inventor: ISHIKAWA YOSHIKAZU
IPC: H04N5/232
Filed: 1999-09-10
Abstract: PROBLEM TO BE SOLVED: To reduce power consumption of an image pickup unit which contains a shaking correction mechanism. SOLUTION: For instance, a vertical standstill decision circuit 756 decides whether an image pickup unit is set in a stationary mode by the shaking outputs of vertical shaking detection means 701-704. When the image pickup unit is set in the stationary mode, the circuit 756 controls a power supply control circuit 102 to cause the supply of power to those shaking detection means to be discontinued and also to cut off the inputs, which are given to a shaking correction control circuit 705 from the shaking detection means via an input cutoff circuit 101. When a horizontal standstill decision circuit 759 detects the canceling of the stationary mode of the image pickup unit, the circuit 756 controls the circuit 102 to restart the supply of power to the vertical shaking detection means and also to connect the inputs of these detection means to the circuit 705 via the circuit 101.
Patent JP-H1082916-A (JP)
Title: Surface light source device and liquid crystal display device
Inventor: HORIE NORISADA
IPC: G02F1/1335
Filed: 1996-09-06
Abstract: PROBLEM TO BE SOLVED: To make the luminance distribution of a surface light source device uniform by preventing the partial increase in luminance in front of a light source. SOLUTION: The rear surface of a light guiding plate 12 is recessedly provided with a light source insertion part 13 and the light source 14, such as LED, is press-fitted and fixed to the light source insertion part 13. A light reflection surface 23 having a hyperbolic surface shape is formed on the front surface of the transparent molded resin part 22 of the light source 14A. The light R emitted forward from the light emitting element 20 in the light source 14A is reflected by the light reflection surface 23 and is made incident on the inside of the light guiding plate 12 from the flanks of the light source insertion part 13. As a result, the light emitted forward from the light source 14A is shut off by the light reflection surface 23 and is hardly transmitted forward. The quantity of the light emitted forward of the light source is thus decreased.  The light reflected by the light reflection surface 23 heads toward the side wall parts of the light source insertion part 13 and, therefore, the light is made incident efficiently on the inside of the light guiding plate 12 from the light source insertion part 13.
Patent JP-H0598296-A (JP)
Title: Detergent composition
Inventor: YAMADA HISAE
IPC: C11D10/00
Filed: 1991-10-04
Abstract: PURPOSE:To obtain a detergent composition which is excellent in foaming power and detergency and does not give the feeling of stiffness or dryness to the skin by mixing a higher fatty acid salt with a specified sugar surfactant and a terpene alcohol. CONSTITUTION:The title composition comprises a higher fatty acid salt a sugar surfactant (B) of the formula (wherein R<1> is 8-18 C linear or branched alkyl or alkenyl or phenyl; R<2> is 2-4 C alkylene; G is a 5-6 C reducing sugar; m is 0-10; and n is 1-10) and a terpene alcohol and/or its derivative. This composition is used desirably in the form of a liquid, a cream or the like. To prepare such a liquid or creamy detergent composition, the above components are uniformly mixed and dispersed in an aqueous base. This composition is useful especially for cleaning the skin of a face, a hand or the like or for cleaning the hair.
Patent JP-H08125461-A (JP)
Title: Charging circuit for single power supply differential amplifier
Inventor: WAKIZAKA HIROSHI
IPC: H03F3/45
Filed: 1994-10-24
Abstract: PURPOSE: To charge a capacitor being a component of a low frequency cut-off circuit connecting to a feedback terminal of the single power supply differential amplifier up to a voltage corresponding to a DC offset signal of an input signal. CONSTITUTION: The single power supply amplifier circuit 1 having an output terminal 4 is provided with a charging voltage detection circuit 13, a time control circuit 10 measuring a prescribed time after application of power, and a control signal synthesis circuit 15 synthesizing outputs of the two circuits 13, 10. A charging circuit 12 is used to apply a sufficiently high voltage to a capacitor being a component of a low frequency cut-off circuit 7 in advance to charge the capacitor and charging is stopped with a signal of the charging voltage detection circuit 13 passing through the control signal synthesis circuit 15. Furthermore, the charging is inhibited by an output of the time control circuit 10 after lapse of a prescribed time after application of power.
Patent JP-H02106694-A (JP)
Title: Ceramic art furnace
Inventor: TOKUDA TAKEO
IPC: F27D7/00
Filed: 1988-10-13
Abstract: PURPOSE:To prevent the generation of graphite and soot by a method wherein a generating source for heat fed to a discharge flow passage and a heat accumulating body are provided, and an air introduction system is provided, and heat generating capacity being high enough to allow increase of the temperature of discharged reducing high temperature gas to a value higher than a combustion starting temperature is imparted on the generating source for heat. CONSTITUTION:High temperature gas from a kerosene burner 5 enters through a gas introduction port 6 formed in a furnace bottom 2 to the interior of a furnace, and high temperature gas flows through the furnace flows in a discharge flow passage 7. A temperature increasing device for discharge gas is formed with a heat generating source 8 to feed heat to the discharge flow passage 7, a heat accumulating body 9, and an air feed flow passage 10 in association with each other. The generating source 8 for heat of this device has heat generating capacity being high enough to allow increase of the temperature of reducing high temperature gas discharged from a space for calcining in a furnace to a value higher than a combustion starting temperature.
Patent JP-H1198111-A (JP)
Title: Synchronization acquisition circuit
Inventor: AMAZAWA TAIJI
IPC: H04J13/00
Filed: 1997-09-24
Abstract: PROBLEM TO BE SOLVED: To increase a spread gain without increasing the circuit scale. SOLUTION: A matched filter 12 obtains a correlation value that is inversely spread by a predetermined spread code, a timing generating section 13 selects a largest correlation value as an object of a synchronization position. A selector section 14 writes a correlation value to shift registers 15A, 15B assigned to the object according to a timing of the object of a synchronization position. Thus, the correlation value of the same object of the synchronization position is written in time series in the shift registers 15A, 15B. A product sum section 16 multiplies a coefficient corresponding to known data with the register value of the shift registers 15A, 15B as a weight and sums products and provides an output of the sum. A discrimination section 17 discriminates a synchronization position from an output of the product sum section 16.
Patent JP-H10103174-A (JP)
Title: Air cleaner
Inventor: NISHIO YASUAKI
IPC: F02M35/024
Filed: 1996-09-30
Abstract: PROBLEM TO BE SOLVED: To provide an air cleaner which can suppress a clearance between adjacent parts to a minimum limit and ensure a work space so as to facilitate work of maintenance or the like. SOLUTION: In one side surface of a cleaner case 12 of an air cleaner 5 removing dust in the air sucked to an engine, a service hole 14 of size capable of inserting a hand of a person is provided. At work time relating to an adjacent part, when a case cap 12a of the air cleaner 5 and a filter 11 are removed, by providing a cavity inside L a lower case 12b, when work is performed by inserting the hand from the lower case 12b, even by a small clearance between the adjacent parts, a work space can be ensured, so that the work can be smoothly performed.
Patent JP-H07198763-A (JP)
Title: Device for detecting power supply frequency of refrigerator
Inventor: HIRATA TOSHIMICHI
IPC: F25D11/02
Filed: 1994-10-24
Abstract: PURPOSE:To provide a device for detecting power supply frequency of refrigerator which is constituted so that the device can detect the power supply frequency of a refrigerator by utilizing a motor which operates synchronously to the power supply frequency. CONSTITUTION:A damper device provided with an AC motor 23 which rotates synchronously to the power supply frequency of a refrigerator, gears 26 and 28, cams 27 and 29, and a pin 30 which convert the revolving motion of the motor 24 into reciprocating motions of the pin 30, a baffle plate 18 which is opened or closed by the reciprocating motions of the pin 30 and adjusts the flow rate of cold air supplied to the storage chamber of the refrigerator, a switching means 32 which detects a signal and detects the rotational positions of the cams 27 and 29 when the cams 27 and 29 move from certain states to other states, and an arm 31 which is provided so that the arm 31 can make reciprocating motions as the cams 27 and 29 rotate and turns on or off the switching means 32. The damper device is operated by at least one cycle by driving the motor 24 and the power supply frequency required to control the energizing time of the motor 24 is detected by measuring the duration of the cycle.
Patent JP-S62120162-A (JP)
Title: Large picture data input device
Inventor: NAKAO KUNIMICHI
IPC: G06K9/32
Filed: 1985-11-20
Abstract: PURPOSE:To correct an overlapped part between sensor units adjacent with each other, and to store it on a picture memory by generating the address of an effective picture memory area based on the relative position and a dislocated quantity between the sensor units. CONSTITUTION:Against the memory address of the overlapped part at each sensor unit, an upper limit and a lower limit offset addresses at an effective area part not including the above area set as addresses SWXs, SWXe, SWYx, and SWYe at every sensor unit. Comparison circuits 4-7 compare counter values inputted from an X-axis counter 2 and a Y-axis counter 3 and above stated address SWXs-SWYe respectively, then outputting a coincidence signal. An X-axis counter 8 and a Y-axis counter 9, based on the above coincidence signal, output a low-order address and a high-order address to an address generation circuit A. The address generation circuit A decides the address of an picture memory M based on the above addresses, and selects an input range where no overlapped part is present between the sensor units adjacent with each other.
Patent JP-H09103041-A (JP)
Title: Rotating electric machine
Inventor: SEKINE AKIHIRO
IPC: H02K5/06
Filed: 1995-10-05
Abstract: PROBLEM TO BE SOLVED: To enhance thermal conduction between an aluminum diecast housing frame and a stator by coating the outer circumferential surface of a stator with an adhesive and then fitting the stator to the inner circumferential surface of aluminum diecast housing frame. SOLUTION: The gap formed between an aluminum diecast housing frame 1 and a stator 2 due to the level difference of the outer circumferential surface 2A of stator is filled with an adhesive 3A. More specifically, the gap (air layer) between the aluminum diecast housing frame 1 and the stator 2 is filled with the adhesive 3A having higher thermal conductivity than the air. Consequently, the gap at fitting part is prevented from enlarging due to thermal expansion of the aluminum diecast housing frame 1 caused by heat generated during operation. Heat generated in an electric rotating machine is transmitted efficiently from the stator 2 to the housing frame 1, thus enhancing thermal conduction.
Patent JP-H08124606-A (JP)
Title: Locking terminal metal fitting
Inventor: SUZUKI MITSUMASA
IPC: H01R4/48
Filed: 1994-10-24
Abstract: PURPOSE: To improve manufacturing performance by automation by easily forming one conductive base plate only by bending it. CONSTITUTION: An elastic piece part 22 provided with first locking pieces 25, 25 formed by being bent toward a first conductive part 21 on the tip is bent and formed on one end in the longitudinal direction of the first conductive part 21 so as to be elastically deformed. A second conductive part 27 is formed on the other end in the longitudinal direction by approximately perpendicularly being bent, and a first holding part 29 facing the second conductive part 27 is formed by bending the second conductive part 27. A second holding part 31 facing a first holding part 29 is formed by bending the first holding part 29, and a third conductive part 33 facing a second holding part 31 is formed by bending the second holding part 31.  Second and third locking pieces 35, 36 whose tips face the second and third conductive parts 27, 33, approximately parallel to them, and second and third contact pieces 37, 38 are bent and formed on both sides of the first and second holding parts 29, 31. First locking terminal piece parts 5 are housed in a case body 4.
Patent JP-H07182873-A (JP)
Title: Content-addressable memory using programmable field masking
Inventor: HOONGUUDAA RIN
IPC: G11C15/04
Filed: 1994-10-25
Abstract: PURPOSE: To form hierarchical field masking by dividing a data memory cell into two memory cell fields. CONSTITUTION: A data word 10 is divided into data fields 12, 14 and 16 and provided with many data bits. The specified arrangement of the data word and the division of the data word into the data fields are changed largely depending on the use for using the data word. The fields 12, 14 and 16 are constituted in a data hierarchy for which the data bits inside the field 14 are not required to share the same valueless state in the case that the data bits inside the field 12 are provided with a certain state, for instance the valueless state. When the data bits inside the fields 14 and 16 are valueless, the data bits inside the field 12 for instance are surely valueless as well and thus, the fields inside the word 10 are constituted in the hierarchy and the field 16 on a most right side is provided with the highest priority. In such a manner, the hierarchical field masking is formed.
Patent JP-2001080131-A (JP)
Title: Printer
Inventor: MORI MASAHIKO
IPC: B41J29/20
Filed: 1999-09-13
Abstract: PROBLEM TO BE SOLVED: To uniform a use amount of recording media such as ink ribbons, ink, etc., of a first and a second printing means by arranging the first printing means to one face of a recording paper and the second printing means to the other face of the recording paper, and setting a means for storing each cumulative print amount of the recording paper printed by the first and second printing means. SOLUTION: The printer has a memory means of an EEPROM for storing each cumulative print amount of a recording paper 2 printed by a first and a second printing means 7 and 17. For example in order to continuously print first printing information only to one face of the recording paper 2 by the printer, a detecting means compares the cumulative print amounts of the first and second printing means, and printing to an A face of the recording paper 2 is carried out by the printing means of a smaller cumulative print amount, e.g. by the first printing means 7. When the printing only to one face is repeated and the cumulative print amount of the first printing means 7 becomes larger than the cumulative print amount of the second printing means 17, the printing by the first printing means 7 is switched to printing by the second printing means 17 of a smaller cumulative print amount.
Patent JP-S61137142-A (JP)
Title: Cartridge passing and receiving mechanism of microfilm retrieving device
Inventor: MATSUMOTO NOBUO
IPC: G03B21/11
Filed: 1984-12-07
Abstract: PURPOSE:To perform smooth operation by slanting an arm shaft which rotates a passing and receiving mechanism by a specific angle to a panel surface and also to a cartridge part, and passing and receiving a cartridge between the storage part and panel surface in a horizontal state. CONSTITUTION:The panel surface 53 of a retrieving device 1 slants by an angle alphato a vertical shaft 52 for good operativity. When the cartridge passing and receiving mechanism part 40 is positioned at P1 through the rotation of the arm shaft 41, surfaces of the cartridge 11 are parallel to the panel surface 53 and when the mechanism part 40 is rotated by 180 deg. to a position P2 by the arm shaft 41 to face a transportation cartridge repeating part 15, the surface A of the cartridge 11 is horizontal and the surface B is vertical. Thus, the cartridge 11 is conveyed forth and back between the mechanism part 40, and repeating part 15 and cartridge storage part 10 so that the surfaces B and A are horizontal, thus performing smooth operation.
Patent JP-H07114247-A (JP)
Title: Contact electrifier
Inventor: YOSHIOKA KENJIRO
IPC: G03G15/02
Filed: 1993-10-15
Abstract: PURPOSE:To provide a contact electrifier capable of stably electrifying a body to be electrified with respect to dispersion in manufacturing of the resistance of an electrifying member and variation by environment. CONSTITUTION:In the electrifying member, as a conductive member 12, a film supported by a conductive substrate 11 on both ends and sagged is used. The conductive substrate 11 is fixed so that the sagged part surely comes into contact with a photoreceptor drum 50. Moreover, the conductive substrate 11 of the electrifying member 10 is grounded via a switch 18 and an external power source 22. In such a contact electrifier, the resistance R (OMEGA) when a current required for the electrification of the electrifying member 10 is made to flow is 6<= log (R)<=7.5.
Patent JP-H1193908-A (JP)
Title: Rodless cylinder
Inventor: IIDA KAZUHIRO
IPC: F15B15/08
Filed: 1997-09-24
Abstract: PROBLEM TO BE SOLVED: To absorb loads from all directions by providing a load absorbing mechanism of loads from the horizontal direction, vertical direction, axial rotat ing direction, vertical rotating direction to axial line, and combined directions thereof on a displacement transmitting member connected to a piston to transmit its displacement to a slider. SOLUTION: When a horizontal load is imparted to a moving body 14, the moving body 14 is horizontally displaced through the clearance 98 with a slider with the contact surface between the flat part 90 of a coupler 92 face contact therewith and a stopper 80 as the sliding surface. In the case of a vertical or axial rotating directional load, the moving body 13 is displaced vertically or around the axial line with the contact surface between the flat part 90 and the stopper as the sliding surface. In the case of a vertical rotating directional load to axial line, the moving body 14 is rotated and displaced around the vertical line to the axial line with the contact surface between the curved surface 88 of the coupler 92 face contact therewith and the recessed part of an end cover 86 as the sliding surface.  Thus, loads from each direction and composite directions thereof can be absorbed by load absorbing mechanisms 82a, 82b.