baber/WOPTO huggingface dataset:
Patent JP-2000247308-A (JP)
Title: Pressure-reducing/sealing apparatus for bag
Inventor: KIKUCHI MASAO
IPC: B65B31/04
Filed: 1999-02-26
Abstract: PROBLEM TO BE SOLVED: To suck air from a bag without depending upon air suction hours by correctly protruding the bag in accordance with bags of various sizes and preventing any of dust, moisture and various germs, which have been sucked together with sucked air, from being mixed in gas to be replaced, in a pressure- reducing/sealing apparatus. SOLUTION: A pressure-reducing/sealing apparatus 1 for a bag comprises a bag support unit 2 for supporting an opening portion of a bag 100 with a supporting force within the range of a predetermined supporting force value, an air suction unit 4 for sucking air in the bag 100 which is in the state of being supported by the bag support unit 2, and for stopping the suction of air when an air pressure in the bag 100 reaches a level not exceeding a preset air pressure value, a unit 6 for charging gas to be replaced which charges replacing gas into the bag 100 when the air pressure in the bag 100 reaches the level not exceeding the preset air pressure value, and a heat-sealing unit 8 for sealing the opening portion of the bag 100 after charging the replacing gas into the bag 100.
Patent JP-H08256690-A (JP)
Title: Injection molding method of material of confectionery containing ejection fat
Inventor: MAAKU JIYURII
IPC: A23P1/12
Filed: 1996-03-07
Abstract: PROBLEM TO BE SOLVED: To facilitate the separation of a product from a mold by inject-molding a fat-containing confectionery material in a solid nonpourable state in the mold lined with a lining material. SOLUTION: The fat-containing confectionery material such as plain chocolate 35, etc., is first supplied for an extruder 36 and the confectionery material in a (semi-) solid nonpourable state 35 is pressurized at the contracting channel of upstream to extrude at a constant temperature. Continually, while the extruded product temporarily shows flexibility, the product if inject-molded into the mold 39 lined with a lining material 42 at a constant temperature. At last, the product covered with the lining material is taken out from the mold. The lining material is desirably a polypropylene film of 20 to 50 μ thickness, an aluminum foil of 50 to 200 a thickness, etc. The lining material is premolded by vacuum molding in the same shape as a shape at the time of inject-molding, e.g. and then mounted to the surface of the cavity of the inject-molding mold.
Patent JP-S52134269-A (JP)
Title: Sludge burning furnace
Inventor: MIYAKE YASUYUKI
IPC: F23H9/06
Filed: 1976-05-01
Abstract: PURPOSE: To completely burn the sludge by stepwisely arraying a plurality rows of groups of roastors without ventilation holes in parallel maintaining narrow clearance in a drying/combusting zone, and arraying a roller-type rotary roastor and a swinging bar-type roastor in said combusting zone. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-H03252127-A (JP)
Title: Temperature control method for vapor growth device
Inventor: MATSUDA MASAHIKO
IPC: H01L21/205
Filed: 1990-02-28
Abstract: PURPOSE:To correct the nonuniformity of temperature distribution on a susceptor with high accuracy, and to control the temperature correction of a wafer precisely by burying a thermocouple sealed by an insulator into a susceptor, measuring temperature distribution in the susceptor, changing the calorific values of the lamps of each group of a heat source and equalizing temperature distribution. CONSTITUTION:In a vapor growth device in which semiconductor substrates 21 are heated by lamps 23 and vapor growth is conducted, thermocouples 24 sealed by insulators are buried into a susceptor 22 supporting or heating the semiconductor substrates 21, temperature distribution in the susceptor 22 is measured, a large number of the lamps 23 in a heat source are divided and set previously to a required number of groups, and the calorific values of each group of the lamps 23 are changed according to temperature distribution measured and temperature distribution in the susceptor 22 is equalized. The thermocouples 24 are buried to each section of the upper section, intermediate section and lower section of the susceptor 22, temperature distribution is determined, the heating and cooling of the required region of the susceptor 22 are decided on the bases of the temperature distribution, an output to the heating lamp faced oppositely to a section, which must be heated, is increased, and an output to the heating lamp faced oppositely to a section, which must be cooled, is reduced.
Patent JP-H03251717-A (JP)
Title: Method and apparatus for measuring subsidence for construction
Inventor: KATSURA YUTAKA
IPC: G01C9/18
Filed: 1990-03-01
Abstract: PURPOSE:To enable measurement of a subsidence accurately over the entire subsoil by a method wherein a piping system arranged in the subsoil at the bottom surface of a construction is filled with a liquid, a liquid pressure measuring device inserted into the piping system is moved within a horizontal tube to scan and a subsidence value of the subsoil at the bottom surface is detected from a comparison of a measured liquid pressure value with an initial value during the period. CONSTITUTION:A specified dimension of a groove is dug into a subsoil surface to arrange a horizontal tube 1 with a rope 4 inserted therethrough here beforehand while upright tubes 2 and 3 through which the rope 4 is inserted likewise are connected to both ends thereof and the ends thereof stick out to the ground surface to open in the atmospheric air. Then, this piping system is filled with water W to an optional level and moreover, a joint between the tubes 1 and 3 is provided with a movement direction changer 11 which has the minimum space to let a water pressure measuring device 16 pass smoothly afterward. Then, the device 16 is moved in the piping system with rope winders 7 and 9 provided outside the upright tubes 2 and 3 and an output from a differential pressure type water pressure sensor built into the device 16 is displayed on a digital type indicator 10 through a signal transmission cable 9.
Patent JP-H08216820-A (JP)
Title: Seat structure of vehicle
Inventor: YAMAMOTO YASUHIRO
IPC: B60N2/427
Filed: 1995-02-16
Abstract: PURPOSE: To provide seat structure of a vehicle capable of speedily and certainly bulging and expanding in a direction estimating an air bag buried under cloth of a seat and high in reliability. CONSTITUTION: A sewing line 13 which is a sewn up part of cloth of a seat to cover the surface of an air bag 7 is provided immediately above or in the neighbourhood of the air bag 7 at the time when it is expanded, and strength of a sewing thread on the sewing line 13 is set weak so that the sewing thread is easily and certainly cut off at the time when the air bag is expanded within a specified range in the expanding direction of the air bag 7 on the sewing line 13 immediately above or in the neighbourhood of the air bag 7 in the expanding direction.
Patent JP-H0643445-A (JP)
Title: Manufacture of glass panel for liquid crystal display
Inventor: FURANSHISU POORU FUEERUNAA
IPC: C03C17/22
Filed: 1993-03-11
Abstract: PURPOSE: To produce the glass panel of an LCD device having films which are inert, transparent and refractory, prevent the tacky adhesion of glass during compaction, hinders sodium migration and ameliorates the scratching flaw resistance of surfaces. CONSTITUTION: The transparent films 12 are deposited from a medium of an atomized or ionized inert refractory material or reactive precursor on both surfaces 14, 16 of the clean panel 10. The films 12 are 50 to 500nm thick. The clean panel 10 is heat treated to compress the glass. The films 12 prevent the tacky adhesion of the glass during the compression heat treatment.
Patent JP-S62208088-A (JP)
Inventor: SAKURAI MASAKATSU
IPC: G09G5/26
Filed: 1986-03-10
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-H09243343-A (JP)
Title: Device and method for visualizing ultrasonic
Inventor: SHIOYAMA TSUTOMU
IPC: G01H5/00
Filed: 1996-03-07
Abstract: PROBLEM TO BE SOLVED: To provide a satisfactory image of a subjected to be measured even when the mutual positional relation of piezoelectric oscillators is changed by measuring the displacement from normal position of each ultrasonic oscillating/ receiving element on the basis of the signal data obtained by an ultrasonic transducer, and imaging the measurement data. SOLUTION: An oscillation peak time detector 41 detects an oscillation peak time t0 on the basis of the oscillated waveform data D0 of an ultrasonic transmitter, a receipt peak time detector 42 detects the receipt peak time ti on the basis of the received waveform data Di of each piezoelectric oscillator. The arriving time Δti(=ti-t0) is calculated on the basis of the oscillation and receipt peak times t0, ti detected by the detectors 41, 42. A distance computing element 44 calculates each distance Li from the ultrasonic transmitter to each piezoelectric oscillator, in reference to the sound velocity in a medium obtained by a sound velocity reference means 46 through a furnace thermometer 45, on the basis of the arriving time Δti calculated by a computer 43.
Patent JP-H09247272-A (JP)
Title: Call waiting system
Inventor: MITAMURA KAZUO
IPC: H04M3/42
Filed: 1996-03-07
Abstract: PROBLEM TO BE SOLVED: To enable a subscriber to properly answer when there is an important interruptive incoming call. SOLUTION: A memory 13 stores service state data specifying the handling of an interruptive incoming call and registration list data, specifying an object subscriber number when selective call waiting is done, subscriber by subscriber. When there is an interruptive incoming call from a 3rd subscriber 23 to a 1st subscriber 21 in a communication state, the actuation control part 11a performs a process for an interruptive connection between the 1st and 3rd subscribers when the service data specifying the selective call waiting is stored as to the 1st subscriber 21 and the subscriber number of the 3rd subscriber 23 is included in the registration list data corresponding to the 1st subscriber 21.
Patent JP-H10245063-A (JP)
Title: Pour plug including unsealing blade
Inventor: SAITO TAKASHI
IPC: B65D5/74
Filed: 1997-03-05
Abstract: PROBLEM TO BE SOLVED: To provide a pour plug including an unsealing blade in which there is no danger that when a used packaging container is broken down for separate collection, hands or the like are not injured by an unsealing blade of the pour plug. SOLUTION: The pour plug comprises a spout 100 projected in a pour hole of a packaging container and a cap 200, and a threaded part is provided on the inner wall periphery and a guide cylinder part 230 on the outer periphery of which a guide inclined surface is formed is vertically provided at the center of a top plate.  And in the spout in which a pour cylinder is provided on a flange, a threaded part for engagement with the cap is provided on the outer periphery of the pour cylinder and a plurality of vertical grooves each having at its end an engaging protrusion are provided on the inner periphery of the pour cylinder, and a protecting cylinder 130, which has on the outer periphery thereof a plurality of slide protrusions slidable in the vertical grooves of the spout and has on the inner periphery thereof a plurality of vertical grooves each having an engaging protrusion, is slidably inserted into the pour cylinder.  And an unsealing cylinder 140, which has on its outer periphery a plurality of slide protrusions slidable in the vertical grooves of the protecting cylinder and in which a guide inclined surface for the cap is formed on the inner periphery and an unsealing blade 143 is formed at the lower end, is inserted into the protecting cylinder.
Patent JP-H11247469-A (JP)
Title: Emergency medical mobile unit structure
Inventor: HIRAYAMA KENSUKE
IPC: E04H1/12
Filed: 1998-03-03
Abstract: PROBLEM TO BE SOLVED: To provide a medical mobile unit urgently carriable to a disaster site or the like to execute a necessary medical treatment by constituting the medical mobile unit having an operation room in such a manner as to be liftable and carriable by a helicopter. SOLUTION: The floor part of an emergency medial mobile unit consisting of a front room 1, an operation room 2 and a central material room 3 is formed of a steel product 4 consisting of H steel or I steel and an antibacterial reinforced plastic laid thereon, and the steel product 4 has hanging members 5 in the corner parts and level adjusting legs 6 on the lower side. A wire 7 connected to the hanging members 5 through hooks 8 is passed through the wire guide hole 10 of a ceiling member 9, so that the unit can be lifted up and carried by a helicopter. The operation room 2 has an air cleaning facility 11 on the wall surface part and a cleaned air supplying unit 12 on the ceiling part. Thus, this unit can be urgently carried to a disaster site to perform a medical action.  A generating and fact water supplying utility room, a doctor and nurse waiting room or the like can be constituted in the same manner.
Patent JP-S62206343-A (JP)
Title: Solar heat and air heat collecting device
Inventor: SATOMURA MASAFUMI
IPC: F24S90/00
Filed: 1986-03-07
Abstract: PURPOSE:To obtain an objective heat-up temperature at an objective heat-up hour by a method wherein a heating capacity, operated from a temperature difference between the outlet port and the inlet port of a water heater and a specified flow amount of circulating water, is applied with a change, based on the increase of the average water amount of a hot-water reserving tank from an arbitrary given hour to present hour, while the capacity of a compressor is controlled by the changed heating capacity, utilized as a control signal. CONSTITUTION:A control circuit 13 operates an objective heating capacity at every hour, for example, from a formula (3) by utilizing the signal of the temperature of hot-water in a hot-water reserving tank 6, which is inputted from a temperature sensor 14, and a time signal from a timer and changes a heating capacity by controlling the revolving number of a compressor 2 so that the heating capacity becomes the objective value during one hour from the operation. The control circuit 13 operates a present heating capacity Q by the formula (5) at all times from temperature signals inputted from thermistors 11, 12 by utilizing the temperature difference (Tco-Tci) between the inlet port and the outlet port of a water heater 8 and utilizing the coefficient K as well as the designed flow amount V of circulating water to control the capacity of the compressor 2. According to this method, the compressor 2 may be controlled so that the objective heat-up temperature is obtained at an objective heat-up hour.
Patent JP-S57165332-A (JP)
Title: Prevention of decoloring and coloring of phenols
Inventor: SATOU KANJI
IPC: C07C27/00
Filed: 1981-04-07
Abstract: PURPOSE: To prevent the decoloring and coloring of phenols, by using diethylhydroxylamine or its salts having neither toxicity nor danger in handling, capable of widening the use range of phenols, as a decoloring and coloring inhibitor.  
     CONSTITUTION: Preferably 0.001W2wt% calculated as diethylhydroxylamine based on phenol of diethylhydroxylamine and/or its salt as a decoloring and coloring inhibitor is added to a phenol such as phenol, cresol, xylenol, ethylphenol, trimethylphenol, bisphenol A, etc., to prevent the decoloring and coloring of the phenol.  
     USE: A raw material for synthesizing a synthetic resin, coating compound, adhesive, etc. A raw material for synthesizing a surface active agent, drug, dye, etc. A stabilizer for plastics and rubber. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H06266660-A (JP)
Title: Information processor and bus control method
Inventor: MUTO KEIICHI
IPC: G06F13/42
Filed: 1993-03-11
Abstract: PURPOSE:To provide a bus control method suppressing the deterioration of system performance to a minimum at the time of using a low speed processor and an information processor using the method. CONSTITUTION:The information processor is provided with a bus transmitting information, a bus arbiter 150 controlling access to the bus and plural bus masters 100, 110 and 120 transmitting/receiving required information and plural bus slaves 210 and 220 transmitting/receiving information as against the bus. The bus master 120 is provided with a wait output/detection means 20 outputting a wait signal for controlling timing at-the time of transmitting/receiving information and detecting the wait signal from other device on the bus and a wait control means 10 transmitting/receiving information at the time of detection after previously decided time is waited for. The bus slaves 210 and 220 are provided with the detection means 20 detecting the wait signal from the other device on the bus and the wait control means 10 transmitting/receiving information at the time of detection by the means 20 after previously decoded time is waited for.
Patent JP-H07231985-A (JP)
Title: Driving game machine
Inventor: ENDO TOMOZO
IPC: A63F13/52
Filed: 1994-02-23
Abstract: PURPOSE:To optionally increase and decrease the size of an image indicated on a display device of a driving game machine. CONSTITUTION:A driving game machine is provided with a CPU 1, a fixed storage 4 that stores sprite data including racing cars and scenery data including tracks, a video RAM 5 that reads and stores the sprite data and the scenery date, a first video display processor 6 that reads the sprite data from the video RAM 5 according to controls of the CPU 1 and converts them to new sprite data corresponding to the sprite different in size, a second video display processor 7 that reads the scenery data from the video RAM 5 and converts them to new scenery data corresponding to the scenery different in size, and a monitor 8 that displays images based on the converted data.
Patent JP-H10254731-A (JP)
Title: Method for preserving memory use state
Inventor: MASUBUCHI TAKESHI
IPC: G06F12/02
Filed: 1997-03-06
Abstract: PROBLEM TO BE SOLVED: To provide a method for preserving the use state of a memory in a user program in the memory management function of an operating system(OS). SOLUTION: In the system, the user program under the control of OS obtains the memory from a memory area which OS manages, operates the memory in accordance with an execution result, starts the other user program by adding the memory and the user program terminating the processing by using the memory releases the memory in the memory area. The use state of the memory in the user program is preserved at every memory by preserving an actual memory address, an interface during use and a user program number during use in a preservation area at every execution of the interface between the user program and OS.
Patent JP-H10253442-A (JP)
Title: Device and method for evaluating sound quality
Inventor: YOSHINO ONORI
IPC: G01H17/00
Filed: 1997-03-06
Abstract: PROBLEM TO BE SOLVED: To accurately evaluate sounds and to make it easy to deal with psychological noisiness, when evaluating high-frequency random noises which, although being small in quantity, are recognized as irritating sounds among the component sounds of noises. SOLUTION: Noises gained by a means 1 for gaining sounds for evaluation are converted by a frequency range extraction means 2 into data about a frequency range in which high frequency random noises are distributed, which is then frequency analyzed by a frequency analysis means 3. Next, after pure sound components are eliminated by a sound elimination means 4 in advance in order to enhance the evaluating accuracy, an approximating means 5 approximates a frequency-analyzed waveform on a frequency axis with a straight line, and sounds in a region obtained there, are evaluated by a physical quantity calculation means 7. Also, the frequency-analyzed waveform approximated with a straight line is reproduced by an artificial sound production means 6 and is evaluated, whereby high-frequency random noises can be evaluated without being affected by other component sounds.
Patent JP-S59178720-A (JP)
Title: Manufacture of semiconductor device
Inventor: MIHARA TAKAYUKI
IPC: H01L21/324
Filed: 1983-03-29
Abstract: PURPOSE:To suppress increase of crystal dislocation density before and after the annealing of the ion-implanted compound semiconductor layer by keeping a temperature rise range to the annealing temperature at the specified value or less. CONSTITUTION:In an example where the ion of 1X10<12>cm<-2> is implanted to a wafer having the surface (100) of GaAs single crystal with an energy of 60keV, an AlN film is deposited to the ion-implanted wafer in the thickness of 1,000- 1,500Angstrom  by the reactive sputter method as a protection film. Thereafter, a temperature is raised up to the annealing temperature of 850 deg.C at the rate of 50 deg.C/ min, 100 deg.C/min, 150 deg.C/min, 200 deg.C/min, 250 deg.C/min, 300 deg.C/min, 350 deg.C/min, and 400 deg.C/min and the temperature is kept at 850 deg.C for 30min in each case and the wafer is cooled within the urnace under the same condition. The dislocation density of wafer thus obtained is almost not different before and after the annealing in case the temperature rise rate is 200 deg.C/min or less, but dislocation density increases largely when the temperature rise rate exceeds 200 deg.C/min and density of wafer becomes ununiform.
Patent JP-S61215784-A (JP)
Inventor: DEIITAA BIIGUNAA
IPC: D06P3/82
Filed: 1986-03-11
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-S61212113-A (JP)
Title: Scanning pulse generating circuit
Inventor: NISHIZAWA JUNICHI
IPC: H03K5/15
Filed: 1985-03-16
Abstract: PURPOSE:To obtain a circuit whose power consumption is reduced, whose integrated area is small, and which can be manufactured easily, by connecting plural pieces of fundamental circuits which is constituted of six pieces of transistors (TR) of the same kind, and outputting successively a scanning pulse from at least one scanning pulse output terminal of each fundamental circuit. CONSTITUTION:A fundamental circuit is constituted of TRs Q1-Q6, and this circuit is connected by plural pieces. When a start pulse phist is applied to the TR Q1 by making it synchronize with a clock pulse phi1, a gate of the TR Q6 becomes L. Subsequently, when a pulse phi2 is inputted, the TR Q5 becomes a conducting state, and this time, the TR Q6 is in a cut-off state. Accordingly, when the next pulse phi1 is inputted, the same one as the pulse phi1 is outputted to Vout1. Also, after the next pulse phi2 is inputted, even if the pulse phi1 is inputted, no pulse is outputted to Vout1. In this way, the output pulse of Vout1 becomes a start pulse of the next stage, and Vout2, Vout3 and a pulse are outputted successively. In this case, the TR Q5 and the same Q6 do not conduct simultaneously, therefore, the integrated area can be made small. Also, the conduction between a power supply voltage and a ground is executed in only a stage to which the pulse is outputted, and the power consumption is small.
Patent JP-H05253961-A (JP)
Title: Method and apparatus for controlling roll gap of calender
IPC: B29C43/24
Filed: 1992-03-10
Abstract: PURPOSE:To certainly prevent product inferiority caused by bank quantity. CONSTITUTION:A shaft position adjusting means 14, 15 for increasing and decreasing the distances between the shafts of load meters 11, 12, 13 being load detection means detecting roll load and rolls 18, 19, 20, 21 and controller 16, 17 being operational processing means operating the deformation quantity of a roll support system on the basis of detected values to output an operation signal to the shaft position adjusting means 14,15 are provided. A spring constant at the time of the deformation of calender rolls 18... 21 and the support system thereof in the shaft internal direction of the rolls is calculated and the rolling load between the respective rolls changing by the quantity of a bank B is detected. On the basis of the detected value and the spring constant, the deformation quantity of a frame 28 is operated and the distances between the shafts of the rolls are corrected so as to set off the deformation quantity to keep roll gaps constant.