baber/WOPTO huggingface dataset:
Patent JP-S6020248-A (JP)
Title: Period processing system
Inventor: YOKOYAMA TAROU
IPC: H04M3/22
Filed: 1983-07-14
Abstract: PURPOSE:To start externally the periodical processing of a system, by installing a means for registering a designated processing item and starting period, and supplying the processing item registered by this means, to the control section in the system at a prescribed time. CONSTITUTION:A control device CC is provided with the command receiving section 1 receiving the character-string of the input command from a command input device TYP, command analysis and start portion 2 analyzing the received command character-string and startig the processing corresponding to the command, command processing portion 3 executing the command, etc. Futher, after the input command, etc., are registered, a register command processing portion 4 generating a indication of command start at the fixed time is installed. And, the diagnostic processing of the system can be periodically executed by registering the diagnostic command.
Patent JP-S61285917-A (JP)
Inventor: YAMASHIRO YOSHIHIRO
IPC: A01C11/00
Filed: 1985-06-12
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-S617728-A (JP)
Title: Code converting method
Inventor: INAGAKI SETSUO
IPC: H03M7/00
Filed: 1984-06-21
Abstract: PURPOSE:To eliminate the necessity of any code conversion program so as to make code conversion processes easy, by converting the code into different kinds of codes at a high speed by using a code conversion table implemented at the time of code conversion and setting a pair of different kinds of codes which is to be subjected to a conversion process in the conversion table. CONSTITUTION:Two kinds of different codes, namely, the 1st kind and 2nd kind codes A1, A2, B1, and B2 which are stored in a file device 1 for storing code and to be subjected to conversion are read out and stored in the 1st memory 3 for temporary storage. The codes A1 and A2 are read out from the memory 3 and prescribed addresses are given to the codes A1 and B2 at an address setting means and code address information C is set in a table address setting means 5. The codes B1 and B2 are read out from the memory 3 and stored in a code conversion table 2. Then the first table address information D of a code input- output controlling means 6 is added to the information C of the setting means 5 and the information C is supplied to the table 2, where the information C is subjected to conversion processes. After conversion, the information C is stored in the 2nd memory 7.
Patent JP-2000318434-A (JP)
Title: Vehicular air conditioner
Inventor: KOMORI KUNIO
IPC: B60H1/32
Filed: 1999-05-10
Abstract: PROBLEM TO BE SOLVED: To provide a light vehicular air conditioner with a small installation space. SOLUTION: When the current of a prescribed direction is streamed to a Peltier element 12 arranged inside an instrument panel reinforcement 11, the air in a first chamber S1 is heated by the heat radiation of the Peltier element 12 and the air in a second chamber S2 is cooled by the heat suction of the Peltier element 12. Meantime, the outer air or inner air is supplied to the second chamber S2 by a second ventilation route 14 and blown out to the car inside, but as the heat radiation in the first chamber S1 is continued by the outside air being constantly supplied to and discharged from the first chamber S1 through the first ventilation route 13, the heat suction in the second chamber S2 is continud and the continuously cooled air is blown out from respective ventilation ports 17, 18, 19.  While, when a direct current is streamed in the direction opposite to this, the continuously heated air is blown out from respective ventilation ports.
Patent JP-H09114863-A (JP)
Title: Method for execution of request of web browser
Inventor: KONRATSUDO CHIYAARUZU RAGAADO
IPC: G06F15/16
Filed: 1996-05-23
Abstract: PROBLEM TO BE SOLVED: To process a request without interposing any unwanted user by applying a control program agent to a web server. SOLUTION: A distributed computer system is provided with an internet WWW browser 10, web server 11, ODAS server 12, DIS network 13, DIS file server 14, general-purpose work station 15, local data base server 16, capsule server 17 and data base gateway server 18. In this case, when data inputted by a user are called at the time of executing a request, these data are sent to the control program agent as an input parameter to the control program agent returned from an HTML document. Then, while using an API set, an executable command file and an accessable program are called through a related command file object.
Patent JP-H0839849-A (JP)
Title: Thermal head
Inventor: ONISHI HIROAKI
IPC: B41J2/335
Filed: 1995-05-29
Abstract: PURPOSE:To carry out the printing of high quality by improving the contact state of the heating region of a heating layer with printing paper even when the printing paper low in smoothness is used. CONSTITUTION:A thermal head has a glaze layer 11 having an almost semicircular arc-shaped vertical cross section and showing an almost strip like shape on a plan view, a plurality of the mutually independent protruding regions composed of glaze formed on the upper part of the glaze layer 11 and a plurality of the heating layers 13 corresponding to the protruding regions 12 so as to cover the top surfaces of the protruding regions 12 in the state straddling the glaze layer 11 and the heating layers 13 on the top surfaces of the protruding regions 12 are protuberant as compared with other parts.
Patent JP-H04227697-A (JP)
Title: Bleaching agent catalyst and composition containing same
Inventor: DEIBIDO JIYON BATARU
IPC: C11D3/34
Filed: 1991-03-15
Abstract: PURPOSE: To provide a novel bleach catalyst, a method for bleaching substrates using the catalyst and a detergent composition comprising the catalyst.  
     CONSTITUTION: A detergent bleaching composition comprising (i) about 1-about 60 wt.% of peroxygen compound, (ii) about 0.05 - about 10 wt.% of an oxygen transfer agent having the structure represented by the formula: R 1 R 2 C=NSO 2 R 3  (a sulfonimine) with the representative compounds shown below and (iii) about 0.5-50 wt.% of a surfactant. Sulfonimine acts as a catalyst of a peroxygen compound which carries an active oxygen to stains and enhances the bleaching effect of the common oxidizing agent. 
     COPYRIGHT: (C)1992,JPO
Patent JP-H0642418-A (JP)
Title: Carburetor for gasoline engine
Inventor: FUJIKAKE AKIRA
IPC: F02M31/08
Filed: 1991-03-15
Abstract: PURPOSE:To generate stabilized uniform mixture so as to aim at low environmental pollution and low fuel consumption, and also suppress reduction of output on account of an exhaust gas purifying device by taking warming air into the inside of an evaporated gas container, and regulating a temperature by cooling water, and also spraying fuel in its micro-size. CONSTITUTION:A fuel spray nozzle, a temperature sensor 24, and the like are provided in the inside of an evoporated gas container 1, and a hot water circulating fin tube 15, respective warming air taking-in pipes connected to the inside of the evaporated gas contoiner 1 13, 14, a fuel draft pipe 18, and the like are and those components are A carburetor 4 is arranged above the evaporated gas container 1, connected together through a snail pipe 3 and a mixing suction pipe 25. A warming air taking-out pipe 6 provided with three-way negative pressure pipe 10 and a warming air taking-out pipe 7 provided with a three-way solenoid vale 9 are respectively connected to an exhaust manifold collection part 2. The hot water regulating valve 17 of the hot water circulating fin tube 15 is controlled by a control unit 44, and also respective two-way solenoid valves 20, 22 of the fuel spray nozzle are controlled by a control unit 43.
Patent JP-S62286822-A (JP)
Title: Device ventilation during parking
Inventor: TOKUNAGA TAKAHIRO
IPC: B60H1/00
Filed: 1986-06-03
Abstract: PURPOSE:To eliminate a complicated link mechanism, by a method wherein two damper members, each having a sectional shape equal to that of an open air introduction flow passage, are situated to a switch damper, and the two members are securely attached to a single pivot. CONSTITUTION:damper 40 has two damper members 42A and 42B, secured to a single pivot 41, and the two members 42A and 42B cross each other at angle of 90. The shape of each of the damper members 42A and 42B is approximately uniformized with the sect. ional shape of an inner air and open air introduction flow passage. Thus, only through rotation of the single pivot 41 and driving of a damper 40, ventilation of inner air, intake of the open air, and switching to ventilation are practicable. This constitution elimiates the need to interlock the damper 40, located in each communicating part between flow passages, using plural complicated link mechanisms, and enables simple execution of switching through the working of a simple control means.
Patent JP-S5921526-A (JP)
Title: Denitrating apparatus
Inventor: SAKATA MASANOBU
IPC: C01G56/00
Filed: 1982-07-26
Abstract: PURPOSE:To make the handling of a denitrated product easy when an aqueous soln. of uranium nitrate or plutonium nitrate is denitrated by heating with microwaves, by forming a container for holding the aqueous soln. with a thermally decomposable or flammable material. CONSTITUTION:A container 1 filled with an aqueous soln. A of uranium nitrate or plutonium nitrate is put in an oven 2, and while moving the container 1 in the oven 2, the soln. A is heated by irradiating microwaves from a microwave generator 3. Water and nitric acid are first evaporated from the soln. A, and the dried product B is thermally decomposed at 250-350 deg.C, releasing NOx and forming an expanded cake C of uranium oxide or plutonium oxide. The container 1 is thermally decomposed or burned at the high temp. due to microwaves, and it sticks to the oxide cake C as ashes. Since the container 1 vanishes its shape, the following handling of the cake C such as the crushing with a crusher 15 is carried out very easily.
Patent JP-S61285149-A (JP)
Title: Automatic headlight change-over device for vehicle
Inventor: NUMATA KOJI
IPC: B60Q1/14
Filed: 1985-06-13
Abstract: PURPOSE:To eliminate erroneous operation due to disturbance light from street lights and to stably change over headlights in response to light from another vehicle, by separating a signal having the component of light from the street lights from detection signals, and by compensating the detection signals in accordance with the thus separated signal. CONSTITUTION:Light entering into a light receiving section 10 is focused by a lens 11, and converted into a signal proportional to the intensity of light by means of a light receiving element 12 which delivers output signals. These output signals are delivered to a low pass filter 30 and a band pass filter 40 through an amplifier 40. That is, the low pass filter 30 allows signals having frequencies less than, for example, 10 Hz to pass therethrough while the band pass filter 40 allows signals having frequencies 100 to 120 Hz alone such as, for example, light from fluorescent lamps, to pass therethrough. Further, output signals from the low pass filter and a smoothing circuit 50 are amplified by a differential amplifier 60 to obtain output signals relating light from another vehicle alone. Thereafter, a voltage comparator 70 compares a reference voltage Vr and an output signal from the differential amplifier 60, and a relay 90 changes over head lights into their low beam mode as it is required.
Patent JP-S5919858-A (JP)
Title: Automatic processing device for analysis
Inventor: SANUKI SANNOSUKE
IPC: G01N35/02
Filed: 1982-07-26
Abstract: PURPOSE:To perform automatically analysis and to perform quickly operation with less manpower by making a turntable which supports freely oscillatably a processing vessel freely turnable and stoppable, making common use of the turntable as a centrifugal separator, and performing the respective operations for reaction processing according to the preset program. CONSTITUTION:The entire drawn blood sample is stored in a processing vessel 9, and is installed in a support part 5 for the processing vessel. After the vessel is allowed to stand for a specified time, a turntable 1 is rotated so that sera and blood-clot are separated by centrifugal force. Absorbancy is then measured with light projectors and receivers 16, 17 by which the states of the sera such as the degree of clouding in the supernatant serum part, the degree of hemolysis or the like are inspected. A suction and discharge nozzle 1, and pumps 13, 14 are operated to feed the blood together with a diluent into another processing vessel. A reagent feed nozzle 18 and a pump 19 are operated to feed a reagent by each specified amt. and the mixture is handled with a mixer 26, whereafter the entire part of the processing vessel is contained in a thermostat 27 where the reaction is effected under specified temp. conditions. The reacting liquid is sucked from the processing vessel and is passed through a detector 24, by which the values of absorbancy, etc. are measured.
Patent JP-2000324104-A (JP)
Title: Security policy setting method in virtual communication network, security policy manager and virtual communication network system using it
Inventor: ISHIDA MITSUYO
IPC: H04L12/26
Filed: 1999-05-10
Abstract: PROBLEM TO BE SOLVED: To provide a security policy setting method by which even a person not having much intelligence about security policy can automatically set the security policy by having only to make a simple operation on a menu without paying attention to a communication condition and to provide a security policy manager and a communication network. SOLUTION: In this security policy setting method, a plurality of communication terminals that are objects of a virtual network to be built up are selected on a menu where a network map is displayed to specify a setting range. A communication condition to be set is selected from a security policy information storage table in which a communication condition including an encryption algorithm is stored in advance in crow-reference with a specified setting range (S102). Thus, communication paths required for the network are retrieved in response to the specified setting range and the selected communication condition, communication terminals being components of the respectively retrieved communication paths are retrieved furthermore, and a communication condition selected from the security policy information storage table is sequentially and automatically set in response to the respective communication terminals.
Patent JP-S63311974-A (JP)
Inventor: ROBAATO EI BURAUN
IPC: A63B45/00
Filed: 1988-05-26
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-H01299152-A (JP)
Title: Slitter machine
Inventor: IMAMURA HIROKATSU
IPC: B41J17/38
Filed: 1988-05-28
Abstract: PURPOSE:To enable reduction of a percent defective, by a method wherein an end mark forming means having a heating means for transfer positioned facing an image receiving sheet with a transfer film therebetween is located between a feed part and a cutter, and an end mark formed in a portion having an ink layer is formed. CONSTITUTION:A hot plate 11 for transfer of an end mark forming means 7 is kept in a raising position, slit processing on a transfer film 2 is applied in a non-contact manner on the film 2. At a point of time when winding of a given amount of the slit transfer film is completed, each roll of a slitter machine is stopped, and the film 2 is stopped once. The hot plate 11 is lowered by an elevating means 12, the film 2 is pressed against an underlaying image receiving sheet 8. Thus, an ink layer 2B coated on a base material film 2A is pressed against the image receiving sheet 8 and heated, the ink layer of the heated part is molten and transferred. Thereafter, the hot plate 11 is raised to its original position again, a transfer ink layer 2B' is transferred on an image receiving sheet 9, the film 2 has a blank part 2C formed in the ink layer 2B, and the blank part forms an end mark being capable of being detected by a transmission type sensor.
Patent JP-S62286892-A (JP)
Title: Exhaust structure for outboard engine
Inventor: AOKI DAISUKE
IPC: F02B61/04
Filed: 1986-06-04
Abstract: PURPOSE:To avoid exhaust gas from rolling into a blade and to prevent its thrust from decreasing due to racing of the blade, by providing an exhaust gas discharge port in the time of reversing before an exhaust passage, formed by a guide fin provided in the external end part of a gear case, in a propeller shaft housing. CONSTITUTION:An exhaust passage 16 is drilled in the end part of a propeller shaft housing 14, and an annular fin 17 is provided extending toward the outer so as to surround said passage 16. And an exhaust passage 22 is formed between a hub outer cylinder 21, holding propeller blades 20, of a propeller hub 18 and a propeller boss 19, while the hub outer cylinder 21 provides its front part to be arranged so as to mutually overlap with the fin 17 spacing a fixed distance from it, here forming an exhaust port 23 and providing an exhaust port 24 in a side rearward the exhaust passage 22. Accordingly, in the time of reversing, discharged exhaust gas from the exhaust passage 16 is discharged, together with inflow water from the exhaust port 23 to the exhaust passage 22, to the front of the propeller blades 20 from the exhaust port 24, and thrust of the propeller blades is prevented from decreasing by avoiding the exhaust gas from rolling into the propeller blades.
Patent JP-H0323382-A (JP)
Title: Levitating moving device
Inventor: SUGANUMA ISAO
IPC: F03H99/00
Filed: 1989-05-23
Abstract: PURPOSE:To perform movement in air by a method wherein weights are mounted to a high-speed rotating central shaft to which a motor gyro is mounted, a levitating force is generated by a centrifugal force occasioned by high speed rotation, and a longitudinal and lateral moving force is produced by a repulsion force generated due to the changes in a magnetic force of a magnet and an electromagnet. CONSTITUTION:A motor gyro 5 rotated by means of electricity from a magnet 6 and a generating device 7 is mounted in a car body 1 provided at an upper part with a window and formed approximately in a conical shape on the whole. A powerful magnet 10 is mounted on a central shaft 9 located on the central axis of the motor gyro, and an electromagnet 11 magnetized in the same pole as that of a magnet 6 is disposed concentrically with the magnet 6. Weights 12 are coupled to the central shaft 9 through arms 13, and through utilization of a centrifugal force generated through rotation of the weights 12, the car body is levitated. By longitudinally and laterally moving the central shaft of the motor gyro 5 through operation of a maneuvering lever 4 mounted in an operator's room 3, inclination of the car body is varied, and by momentarily increasing the magnetic force of the electromagnet 11, a longitudinal and lateral moving force is produced.
Patent JP-2000091523-A (JP)
Title: Improved method for dram cell manufacture
Inventor: KOFFLER GUENTHER
IPC: H01L27/108
Filed: 1999-05-11
Abstract: PROBLEM TO BE SOLVED: To lower the contact resistance of a buried strap and to improve the manufacturing yield of a low temperature operation cell. SOLUTION: In this method, the manufacturing method of a DRAM cell provided with the process for depositing a first material As-doped SiP layer 6 in a trench 2 is performed. In this case, a first layer 10 of a second material Si is deposited in the trench 2, an interface oxide layer 8 is grown between the first material layer 6 and the second material first layer 10 and between a sidewall 3 of the trench 2 and the second material first layer 10 and an anisotropic etching material is executed to the surface of the second material first layer 10. Then, the interface oxide material 8 is protected, the deposited second material Si first layer 10 and the interface oxide layer 8 are exposed on the surface of the first material layer 6, and a second etching material is executed on the second material first layer 10.  The second material first layer 10 on the surface of an interface oxide layer (8a) and the first material layer 6 is practically removed, then the second layer of the second material Si is deposited inside the trench 2, and the trench 2 is filled.
Patent JP-S5921824-A (JP)
Title: Slope frame work
Inventor: YAMASHITA KAZUYUKI
IPC: E02D17/20
Filed: 1982-07-27
Abstract: PURPOSE:To easily remove fallen stones, etc., after the setting of iron bars by a method in which a net group formed by connecting plural nets through connectors is set in parallel in large numbers in the traversing direction of the slope, and concrete, etc., is sprayed onto the upper side of the slope of the net group. CONSTITUTION:Net groups, formed by connecting plural nets 1 with slight spacing by freely turnable connectors 2, are set at an interval of the connectors 2 in the traversing direction of the slope on the slope, and anchors 6 are driven into the slope to fix the nets 1. Iron bars 3 are set on cross bars 22 between the nets 1 and crossed with vertical bars 23. Concrete, etc., is then sprayed only onto one side of the nets 1 where the iron bars 3 are set. In case where stones are present on the slope after the setting of iron bars, the stones, etc., can be easily removed from the side of the iron bar groups by hand. Since concrete, etc., can be sprayed directly onto the iron bars portion, no rebound of aggregate occurs and a given mix strength can be maintained.
Patent JP-S5464082-A (JP)
Title: Heat separator
Inventor: FUJINAGA KANAE
IPC: B01D53/22
Filed: 1977-10-31
Abstract: PURPOSE: To raise heat insulating efficiency, stabilize the atmosphere around heat separator, and furthermore enhance combustion efficiency by using the low temperature gas coming out of the gas outlet of chanmber for cooling the heating tube having opening inside the chamber.  
     CONSTITUTION: The pressurized driving gas A is injected intermittently into each of the heating tubes 4 through the feed tube 1, the vapor-liquid separator 3, the gas inlet 4a, and the chamber 4b. The injection of the gas A causes an impact wave toward the outer end of tube in the residual gas in each of the tuves 4d to generate, the temperature of the heating portion 4d 2  of the tube 4d to rise, and the pressure of residual gas to rise. On the other hand, the impact wave brings about the adiabatic expansion of the gas A in the rear portion through the aforesaid work to lower the temperature of the cold heat generating portion 4d 1  of the tubes 4d. At this time, the aforesaid expanded residual gas discharges the low temperature gas from the gas outlet 4c. Then, the discharged gas is sent to the cooler 2 to cool the gas A, and further sent to the heat recovery device 7 to cool the heating portion 4d 2  of the tubes 4d and then sent to the combustion line. The dotted line 9 and full line 10, as shown in the Fig. show temperature distributions in each case with and without this apparatus. 
     COPYRIGHT: (C)1979,JPO&Japio