baber/WOPTO huggingface dataset:
Patent JP-H09190651-A (JP)
Title: Optical original disk exposing device and asynchronous deflection amount correcting device
Inventor: KIKUIRI NOBUTAKA
IPC: B82B1/00
Filed: 1996-03-08
Abstract: PROBLEM TO BE SOLVED: To make the track pith of an optical original disk minute by enabling high precision positioning and preventing accuracy of the track pitch from deterioration due to asynchronous deflection generated at random in the radial direction of a turntable. SOLUTION: Deflection amt. of the turntable 1 at each rotational angular position is previously measured, and an average value obtained by averaging such deflecting amts. at every rotational angular position is stored in a memory 9. At the time of exposure, the average value corresponding to each rotational angular position is subtracted from the measured deflection amt. to output an asynchronous deflection amt. only. By this output value, a position to be irradiated with exposing light is corrected by an adjusting means 13.  In this optical original disk exposing constituted in such a manner, the asynchronous deflection irrespective of any rotational angular position of the turntable 1 can be outputted in real time, so that the asynchronous deflection to affect an serious adverse effect upon the accuracy of a track pitch can immediately be grasped during work even in the midst of the exposure, and hence the exposing work can be stopped. Then, by correcting the position to be irradiated with the exposing light, the high precision optical original disk exposing device without being influenced by the asynchronous deflection of the turntable 1 is realized.
Patent JP-H05223727-A (JP)
Title: Release testing method
Inventor: EBIHARA KAZUMI
IPC: G01N25/16
Filed: 1991-03-15
Abstract: PURPOSE:To measure nearly a same amount of release force as in a high- temperature atmosphere by utilizing thermal expansion property, etc., under high temperature conditions of a sample without depending on a pull bar or an adhesive regarding an outer force which is applied between different types of materials using a method for testing release state between different types of materials. CONSTITUTION:After performing application treatment between a sample 11 with a first characteristic and a sample 12 with a second characteristic under heating conditions, the samples with the first and second characteristics are brought back to a state of normal temperatures temporarily and then they are subjected to heat treatment again. After that, a release force F1 between the samples 11 and 12 is measured in the state of normal temperatures. A release force F1 between the samples 11 and 12 is subjected to operation treatment based on an absolute value ¦W1-W2¦ which is a difference between the amount of curvature W1 of the sample 11 with the first characteristic and the amount of curvature W2 of the sample 12 with the second characteristic.
Patent JP-H08242774-A (JP)
Title: Feed for improving color tone of egg to be used for laying hen
Inventor: AKIBA MASAO
IPC: A23K1/00
Filed: 1995-03-10
Abstract: PURPOSE: To produce a feed for laying hens which can efficiently improve the color tone of egg yolk by further improving the utility of astaxanthin of Phaffia yeast and to provide a method for producing eggs having yolk improved in its color tone. CONSTITUTION: This feed for laying hens contains one or more substances selected from the group consisting of a yeast belonging to Phaffia rhodozyma, the dried cell bodies of the yeast, the crashed cell bodies of the yeast and the dried and crashed cell bodies of the yeast, and one or more substances selected from a phospholipid, an oil and fat, an antioxidant and vitamins. A method of producing eggs improved in color tone by giving a feed containing one or more substances selected from the group consisting of a yeast belonging to Phaffia rhodozyma, the dried cell bodies of the yeast, the crashed cell bodies of the yeast and the dried and crashed cell bodies of the yeast, and one or more substances selected from a phospholipid, an oil and fat, an antioxidant and vitamins to laying hens is provided.
Patent JP-S54143497-A (JP)
Title: Preparation of modified phenolic resin
Inventor: KUSUMOTO HIDETO
IPC: C08G8/00
Filed: 1978-04-28
Abstract: PURPOSE: To prepare a modified phenolic resin useful for laminated sheets, etc., having internal plasticizing property and excellent low temperature-punchability and heat resistance, by reacting an alkylbisphenol A with formaldehyde in the presence of an alkali catalyst.  
     CONSTITUTION: (A) An alkylbisphenol A expressed by the formula (R is 6W40C alkyl) is reacted with (B) formaldehyde and, if necessary, (C) a phenolic compound having a benzene ring (e.g. phenol) in the presence of (D) an alkali catalyst, e.g. sodium hydroxide or triethylamine, to give a modified phenolic resin. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S63217635-A (JP)
Title: Evaluation of semiconductor
Inventor: IKEDA KOSUKE
IPC: G01N21/00
Filed: 1987-03-06
Abstract: PURPOSE:To make it possible to decide an optical ionization energy of a deep level with high precision and simply by a method wherein the operation of irradiation and interception of a light energy is repeated, a transient current at the time of light irradiation is measured at a plurality of times and the ratio of the transient current values at the arbitrary two times is found. CONSTITUTION:A spectroscope 2 is controlled to lead out a monochromatic light 11 having a desired light energy and a shutter 4 is held in an open state to irradiate the light 11 on a sample 6 arranged in a cryostat 5. After the irradiation, the transient current to flow between two electrodes 7 is measured by means of a digital ampere meter 8, the transient current values at a plurality of arbitrary times are stored in the internal memory of a controller 3, the shutter 4 is held in an interrupted state using the controller 3, the ratio of the transient current values at the arbitrary two times is computed using the controller 3 and the ratios of the light energy to the transient current values are plotted by a plotter 9. Then, the spectroscope 2 is controlled using the controller 3 to repeat an operation to select the following monochromatic light. Thereby, an optical inonization energy of a deep level can be decided from a light energy, whose transient photocurrent ratio changes, with high precision.
Patent JP-H04285548-A (JP)
Title: Laser device
Inventor: YOSHIHARA MASAYA
IPC: H01S3/00
Filed: 1991-03-15
Abstract: PURPOSE:To provide excellent durability and easily grasp the relation between an obtained ultrasonic image and a laser irradiating position by providing a laser irradiating means for radiating laser beams and an ultrasonic emitting means capable of monitoring sideways, and crossing an ultrasonic observing area to a laser beam irradiating area. CONSTITUTION:An intended subject part is endoscopically guided so that it is situated in a position where the ultrasonic observing area C of an ultrasonic probe 3 crosses the laser irradiating area D of laser beams emitted by a laser probe 4, and a cautery treatment by laser beam is conducted, as occasion demands, while observing the ultrasonic tomographic image of the obtained intended subject part. In the position of a laser emitting end 4a, the ultrasonic probe 3 is curved obliquely on the outer circumferential side of a diagnostic treating probe 2 to the axial direction, provided on an ultrasonic top end part 2a protruding from the laser emitting end 4a, and situated outside of the laser irradiating area D of the laser probe 4. Therefore, the ultrasonic probe 3 never receive the laser beam emitted by the laser probe 4.
Patent JP-S63217833-A (JP)
Title: Amplifier
Inventor: ITO KATSU
IPC: H04B7/15
Filed: 1987-03-06
Abstract: PURPOSE:To easily receive a signal with a high sensitivity at an optional indoor location without prolonging a coaxial cable by transmitting a signal to an indoor location through a feeder from an outdoor antenna via an amplifier capable of being tuned and channel-selection. CONSTITUTION:A television signal is received by an outdoor reception antenna 2 and drawn into a building by a feeder 4, amplified by an amplifier 8 and radiated again indoor through a transmission antenna 10 such as a rod antenna or whip antenna built in the amplifier 8. The radiated telephone broadcast wave 12 is received by a liquid crystal television receiver 14 with high sensitivity. A remote control system using an infrared ray as a carrier is built in the amplifier in such a way, the high sensitivity reception is attained at an optional indoor location.
Patent JP-S58168400-A (JP)
Title: Method and apparatus for visualizing normal of reproduced sound image
Inventor: FUJII KUNINORI
IPC: H04S7/00
Filed: 1982-03-29
Abstract: PURPOSE:To obain an intuitively visible and precision normal by displaying the normal of a reproduced sound image as a vector waveform from the center of a scope set up as the position of a listener to the direction normalizing the sound image. CONSTITUTION:Two input signals are impressed to input processing circuits IN1, IN2 through buffer amplifiers BA1, BA2 in input processing blocks IP1, IP2. The signals of respective channels are resolved to components x1, x2, y1, y2, which are added by adders Z1, Z2. Signals z1, z2 outputted from the adders Z1, Z2 are inputted to an X-Y scope through gate circuits GT1, GT2 to display the monitor of the normal of the reproduced sound image. A comparator CMP is used to limit the display range of the reproduced sound image normal only to the front.
Patent JP-H01227028-A (JP)
Title: Measuring method of temperature
Inventor: WATANABE NOBUYA
IPC: G01J5/60
Filed: 1988-03-07
Abstract: PURPOSE:To expand a measuring range and to improve reliability, by obtaining three temperature data from theoretical curves on the basis of combinations of red, green and blue of a color television camera by a dichroic method, and by taking the average of the two data having higher precision. CONSTITUTION:The line of a camera range 100% of a color television shows the level of a limit to which the ratio between an incident light of the camera and an output thereof is held in a linear relationship from zero. At B1, G1 and R1 a radiation energy is below the camera range 100%, and the ratios G1/B1, R1/G1 and R1/B1 based on these values determine T1 primarily. As to B2, G2 and R2 corresponding to T2, R2 is over the 100% range. In respect to T3, G3 and R3 are beyond the range, and a correct temperature can not be obtained on the basis of any combination of these values. When three data from the initial values R1, B1 and G1 are measured as 1,450 deg.C, 1,480 deg.C and 1,500 deg.C respectively, the temperatures 1,480 deg.C and 1,500 deg.C determined to be within a temperature difference of 25 deg.C are adopted, and the mean value, i.e. 1,490 deg.C thereof is taken as a final measured value.
Patent JP-S63218907-A (JP)
Title: Connection switching method for optical fiber connector and its connection switching device
Inventor: TAMAKI YASUHIRO
IPC: G02B6/38
Filed: 1987-03-06
Abstract: PURPOSE:To shorten the switching time by setting a relative position relation of connector ferrules, as it remains in a connected state, by the engagement of a positioning pin and a projecting pin, and a positioning groove, even after the positioning pin has been shifted, at the time of switching the connection. CONSTITUTION:Even in a state that a positioning pin 5 is not bridged between both connector ferrules 3, 4 or connector ferrules 3, 31, each positioning pin 5 being in a state inserted into each of first and third connector ferrules 3, 31, and a projecting pin 16 being in a state inserted into a second connector ferrule 4 are engaged to positioning grooves of supporting beans 12, 13, respectively. Accordingly, in a state that mutual axes of both the first and second connector ferrules 3, 4 or both the first and third connector ferrules 3, 31 have been allowed to coincide, a butted state can be maintained. In such a way, positioning of each connector ferrule is facilitated, and the switching time can be shortened.
Patent JP-H11249144-A (JP)
Title: Inspection method for liquid crystal display substrate and substrate for inspection therefor
Inventor: MARUYAMA SHIGENOBU
IPC: G02F1/1337
Filed: 1998-03-04
Abstract: PROBLEM TO BE SOLVED: To inspect the process abnormality of an orientation film process in the manufacture process of a liquid crystal display substrate by forming a high polymer thin film for liquid crystal orientation under the same condition as the liquid crystal display substrate on a substrate for inspection, making the substrate for the inspection an inspection object and monitoring the manufacture process of the high polymer thin film for the liquid crystal orientation. SOLUTION: A glass substrate 1 is fed in an oriented film printing process and an oriented film rubbing process in the manufacture process of a thin film transistor(TFT) substrate or a color filter(CF) substrate and an inspection object substrate for which an oriented film 2 is formed on the glass substrate 1 is obtained. The oriented film 2 is in the size equivalent to the display screen of a liquid crystal display device of 12.1 inch size for instance and is formed on the glass substrate 1. Also, the rubbing direction 3 of the surface of the oriented film 2 is at the angle of 45 degree to the long side of the glass substrate 1. The inspection object substrate is loaded on a polarizing plate 4 and the both are fixed to a holder. Also, the polarizing direction 5 of the polarizing plate 4 is matched with the rubbing direction 3 of the orientated film 2 on the inspection object substrate.
Patent JP-S61210438-A (JP)
Title: Microprocessor analyzer
Inventor: SHIMAZU YUKIHIKO
IPC: G06F11/25
Filed: 1985-03-15
Abstract: PURPOSE:To discover a faulty point on the program of the target system and to make clear a faulty place by storing the signal from the sub-probe to a logic sampling memory, and displaying the phase time chart on the CRT. CONSTITUTION:Into the logic sampling memory 6, eight signals (unlimited) and a target machine enable (TME) signal are introduced. The memory 6 successively stores and samples these nine signal waveform levels by a certain timing. Thereafter, under the control of a host CPU 7, the data of nine signal waveforms stored in the memory 6 are displayed on a CRT 8. Thus, the microprocessor analyzer can observe in what relation the signal condition of respective parts in a target system 1 is while a TME signal pulse is active.
Patent JP-S5794344-A (JP)
Title: Catalytic body and its production
Inventor: MATSUDA SHINPEI
IPC: B01J23/28
Filed: 1981-04-06
Abstract: PURPOSE:To obtain a catalytic body of high mechanical strength and wide specific surface areas by using molybdenum oxide for a binder and a metal-made base material for a core material in producing a titanium oxide type fired body. CONSTITUTION:Titanium oxide treated in an atmosphere of molybdenum oxide as a binder is kneaded with a small amt. of water, after which the mixture is molded and fired, whereby a sintered body wherein the active parts are coated with molybdenum is obtained. This is stuck around the core material consisting of a base material made of metal such as wire screen, whereby the catalytic body is obtd. In this way, the catalytic body having high mechanical strength, and wide specific surface areas is produced.
Patent JP-H09244776-A (JP)
Title: Signal transmitting method and semiconductor integrated circuit
Inventor: NORIMURA TAKASHI
IPC: G06F3/00
Filed: 1996-03-08
Abstract: PROBLEM TO BE SOLVED: To prevent the floating of a signal due to coupling capacity between adjacent wirings and to speedily transmit the signal at low amplitude by providing MOSFET for equalization between the adjacent signal wirings, turning on a precharge period and shorting a signal line. SOLUTION: A precharge circuit 40 and an equalizing circuit 50 are provided in the middle of a bus 30 constituted of signal lines B1-Bn connecting a driver circuit 10 on a transmission-side and a receiver circuit 29 on a reception-side. The precharge circuit 40 is constituted of NMOSQ1-Qn connected between power voltage Vcc and the respective signal lines B1-Bn and it off-controls MOSFET Q1-Qn at a clock Φ1. The equalizing circuit 50 is constituted of P channel-type MOSFET Q11-Q1n connected between the signal lines B1-Bn and a common drain line CDL. MOSFET Q11-Q1n are on/off-controlled with a clock-Φ whose phase opposite to the clock Φ1.
Patent JP-S56150122-A (JP)
Title: Stirring method in refining molten iron in vessel
Inventor: TAGUCHI KIYOMI
IPC: C21C1/00
Filed: 1980-04-19
Abstract: PURPOSE: To enhance the efficiency of stirring the melt by a method wherein a lance having gas injection holes formed perpendicularly to the axial direction is immersed in the molten iron or steel in the vessel and a specified amount of gas is blown into the melt through the lance.  
     CONSTITUTION: Molten pig iron or steel is placed in a laddle 2, then a slag 5 for refining is formed and the melt 4 is heated as required by passing current through an electrode 3. Thereafter, the lance 1 is immersed into the melt 4 and an inert gas such as Ar gas is blown in from the tip end of the lance 1 to stirr the melt 4 and the molten slag 5, thereby refining the melt 4 through desulfurization and the like. The lance used in this case has one or two gas injection holes 1a formed perpendicularly to a gas passage provided along the axis of the lance. The gas is blown in at a rate of 4W20Nl/min per ton of the melt. Accordingly, the melt 4 and the molten slag are stirred efficiently and the refining effect is enhanced. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S6317840-A (JP)
Inventor: RICHIYAADO ESU GIBUNZU
IPC: G01N33/68
Filed: 1987-03-09
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-H01225365-A (JP)
Title: Semiconductor storage device and writing thereto
Inventor: EMA TAIJI
IPC: G11C17/00
Filed: 1988-03-04
Abstract: PURPOSE:To increase the number of reloading with respect to the memory information, by boosting a positive threshold voltage when a current-carrying insulation film consists of silicon dioxide (SiO2) and boosting a negative threshold voltage when its film consists of silicon nitride (Si3N4). CONSTITUTION:An element isolation field insulation film (an SiO2 film) 1F is formed on a p-type Si substrate 1. A thermal oxidation SiO2 film is formed as the first gate insulation film 2. Further, a current-carrying insulation film formation region is opened on the SiO2 2 and the thermal oxidation SiO2 film or a chemical vapor deposition(CVD) SiO3N4 is formed newly as a current- carrying insulation film 2A. When the current-carrying insulation film consists of SiO2, the n-type impurity introduction in a drain region is performed by ion implantation of P and then, when the current-carrying insulation film consists of Si3N4, the n-type impurity introduction in a floating gate is performed by ion implantation of P. Thus, the desired amount of threshold shifting is obtained by controlling an impurity-concentration.
Patent JP-S62210621-A (JP)
Title: Microwave plasma processing method and its device
Inventor: KAWASAKI YOSHINAO
IPC: H01L21/3065
Filed: 1986-03-12
Abstract: PURPOSE:To obtain a high processing rate without impairing element, by utilizing ECR to make a process gas, introduced into a discharge chamber, formed into plasma and isolating only the radicals from the plasma inside the discharge chamber and then processing the sample using the radicals being isolated. CONSTITUTION:A plasma generating means is composed of a magnetron 8, a rectangular wave guide 7, a conversion waveguide 6, a discharge chamber 3, an insulating window 5, a reflection terminal 15, an electromagnetic coil 9, a shield tube 10, and a shield cover 11. A microwave generated at the magnetron 8 is propagated from the rectangular waveguide 7 through the conversion waveguide 6 to the discharge chamber 3. By the microwave entering the discharge chamber 3, the process gas introduced inside the discharge chamber 3 is made to become plasma and consumed. A part of the microwave, which is not consumed at that time, is reflected at the reflection terminal 15, and is passed through the plasma. Therefore, the absorption efficiency of the microwave becomes improved with a plasma rate being increased. The following isolation method enables only the radicals in the plasma generated inside the discharge chamber 3 to be isolated and drawn out to a sample processing chamber 1.
Patent JP-S60196824-A (JP)
Title: Power supply device
Inventor: MAKIHATA AKIRA
IPC: H02J7/00
Filed: 1984-03-19
Abstract: PURPOSE:To control two or more set voltages by an IC and an output TR by short-circuiting or opening a voltage detecting resistor through a TR for a small signal. CONSTITUTION:When a switch 22 is turned on, a point (c) is connected to a television circuit 32, the base potential of the small signal TR28 is separated from a chargeable battery 31 on the basis of the reverse connection of a diode 30 and the collector and emitter of the small signal TR28 is opened. Therefore, a voltage divided by the sum of the resistance values of a voltage detecting resistor 25 and resistors 26, 27 is applied to the 3rd terminal of a power supply output control IC24, the 1st voltage which has been previously set is applied to the point (c) by controlling an output TR23 connected to the 1st terminal of the IC24 and then supplied to the television circuit 32. When the switch 22 is turned off, the collector and emitter of the TR28 is short-circuited, a voltage divided by the resistors 25, 26 is applied to the 3rd terminal of the IC24, and similar to the ON time, the 2nd voltage is taken out from the point (c) and applied to the chargeable battery 31 through the diode 30 to charge the battery 31.
Patent JP-H11227357-A (JP)
Title: Printing blanket with adhesive and its manufacture
Inventor: SAWAI TERUYOSHI
IPC: B32B25/04
Filed: 1998-02-19
Abstract: PROBLEM TO BE SOLVED: To provide a printing blanket with an adhesive to be manufactured easily for obtaining the accurate thickness dimension fit for the purpose of use. SOLUTION: A printing blanket 20 with an adhesive is provided with a substrate layer 23 formed of a woven fabric of at least one layer and a surface rubber layer 21 forming a printing face, and a liner 30 is laminated on the lower face of the substrate 23 by a permanent bonding type adhesive, and a release paper is stuck on the liner 30 through a re-released type adhesive.  A blanket main body 22 provided with the substrate layer 23 formed of the woven fabric layer of at least one layer and the surface rubber layer 21 forming the printing surface and a thickness adjusting body 24 with its one face of the liner 30 coated with a permanent release type adhesive 29 and an opposite face coated with a re-release type adhesive 31 and release papers stuck respectively on both adhesive are manufactured properly, and then the release papers of the permanent bonding type adhesive 29 side are released, and the face of the permanent bonding type adhesive 29 is stuck on the surface of the substrate layer 23 of the blanket main body 22 to manufacture the printing blanket with the adhesive layer.
Patent JP-S57167693-A (JP)
Title: Manufacture of optical semiconductor element
Inventor: YUASA TSUNAO
IPC: H01L31/10
Filed: 1981-04-08
Abstract: PURPOSE:To restrict the depth of mesa as well as to increase the accuracy of the upper surface of the buried layer for the subject semiconductor element by a method wherein an etching-stop layer is provided on the surface of a substrate. CONSTITUTION:The mesa 23 and the etching-stop layer 25 are formed on the substrate 21. Then, an N type InP layer 26, an active layer 27, and a P type InP layer 28 are formed. Subsequently, a mesa etching is performed using an SiO2 mask 29 as a mask, and a mesa 30 is formed. At this time, the bottom part of the masa 30 is coincided with layer 25. Then, the first buried layer 32 of P type InP, the second buried layer 33 of N type InP are formed. At this time, the height of the layer 32 is coincided with the layer 27. Then, a P<+> diffusion layer 34, a P type electrode 35 and an N type electrode 36 are formed.