baber/WOPTO huggingface dataset:
Patent JP-H05290969-A (JP)
Title: Manufacture of distributed el element
Inventor: IIDA TOYOSHI
IPC: H05B33/10
Filed: 1992-04-14
Abstract: PURPOSE:To safely manufacture a distributed electroluminescent element at a simple process by applying surface treatment to an aluminum foil for forming a barrier type aluminum anode oxide film, and further forming an electroluminescent layer and a transference electrode layer directly on the film. CONSTITUTION:An aluminum foil is immersed in aqueous solution of phosphoric acid for surface treatment. Then, aqueous solution of ammonium borate is used as an electrolyte with the surface treated aluminum foil as an anode for constant voltage electrolysis, thereby oxidizing the anode. As a result, a barrier type aluminum anode oxide film is formed on the surface of the aluminum foil. Then, the foil with the film formed on the surface is immersed in boiling water, thereby forming an aluminum hydrated oxide layer on the film. Thereafter, an electroluminescent agent is directly applied to the hydrated oxide layer and an electroluminescent layer is thereby formed. Furthermore, a lead is placed on the luminous layer, and a transference electrode film is thermally pressed and bonded thereon. In addition, the lead is led out from the side of the aluminum foil surface where the film is removed, thereby providing a distributed electroluminescent element.
Patent JP-H04324551-A (JP)
Title: Memory circuit
Inventor: SUZUKI CHIKARA
IPC: G06F3/08
Filed: 1991-04-25
Abstract: PURPOSE:To prevent data from being transformed to another data by a single IC fault by driving a set of plural memory ICs by means of different driver ICs. CONSTITUTION:When a fault occurs in a driver 3, the address signal to a memory IC 6 becomes a faulty address and an address signal which is different from the address signal indicated by an address register 2 is instructed. On the other hand, a driver 4 inputs the address signal indicated by the register 2 to a memory IC 7. The data corresponding to the address indicated by the faulty address are outputted from the memory IC 6 and the data corresponding to the address indicated by the register 2 are outputted from the memory IC 7 and inputted to an ECC 1. Similarly, when a fault occurs in the driver 4, the data corresponding to the address indicated by the faulty address are outputted from the memory IC 7 and the data corresponding to the address indicated by the register 2 are outputted from the memory IC 6 and inputted to the ECC 1.
Patent JP-S5523025-A (JP)
Title: Production of polycrystal silicon
Inventor: YAGIYUU SETSUROU
IPC: H01L21/205
Filed: 1978-08-04
Abstract: PURPOSE:To obtain electrically insulated polycrystal silicon by using an Si halide together with H2 gas as carrier gas and by changing the temp. for forming a polycrystal silicon layer in two stages to prevent a reduction in SiO2 film thickness and an increase of pinholes. CONSTITUTION:Using H2 gas as carrier gas an Si halide such as SiHCl3 or SiCl4 is fed onto an SiO2 film covering single crystal silicon in a reactor kept at 1100 deg.C to form a polycrystal silicon layer on the film. While forming the silicon layer, the temp. of the reactor is raised to 1200-1250 deg.C, and SiHCl3, SiCl4 or the like is further fed using H2 gas as carrier gas. EFFECT:Enhanced reproducibility, yield and element performance in manufacture of integrated circuit elements.
Patent JP-S61253509-A (JP)
Title: Method for producing robot control data
Inventor: ITO TAKASHI
IPC: G05B19/4093
Filed: 1985-05-01
Abstract: PURPOSE:To decrease extremely both the time and labor by producing the control data after controlling the rotational frequency of a tool round the axis of a robot so that each axial value of the robot which sets the position and direction of the tool to an object to be processed within a structural working range. CONSTITUTION:Both the position and direction of a tool are supplied against an object to be processed. Then the rotational frequency of the tool around the axis of the robot is controlled so that each shaft value of the robot which decides said position and direction of the tool is set within a structural working range and that no collision is produced between the robot main body and a peripheral obstacle. Thus the workable control data on the robot is produced. In other words, the initial value of an initial value setting device 3 which sets the initial value in terms of the rotational frequency of the tool is applied to a coordinate converting device 4 together with the position and direction of the tool supplied from an input device 1. The output of the device 4 is given to an angle displacement calculating device 5 which calculates the angle displacement degree of each joint of the robot. The result of calculation of the device 5 is supplied to a checking device 6. The output of the device 6 is given to a deciding device 9 for decision of the working possibility of the robot. If it is decided that the robot can work, thus result is delivered to a robot controller 10.
Patent JP-H03291502-A (JP)
Title: Alignment mechanism and inter-atomic force microscope using same
Inventor: ISHIDA FUMIHIKO
IPC: G01N37/00
Filed: 1990-04-10
Abstract: PURPOSE:To easily position a lever at a probe by inserting a jig into plural holes formed at the position of a fixation body corresponding to the flank position of a lever holder and moving and positioning the lever holder by the jig. CONSTITUTION:The base 41 of a fine moving mechanism 40 is turned around a shaft 42 as shown by the arrow (a). In this state, a micrometer head 43 is driven to move the fine adjusting mechanism 45 and probe 46 in one body. This movement reduces the interval between the probe 46 and lever 50 to about 100mum and the mechanism 45 is clamped with a screw 46 and fixed to a spring mechanism 44. Then the position of the probe 46 and lever 50 are observed through an optical microscope. In this state, the jig 90 is inserted into the hole 54 and the lever holder 51 is moved by the 'principle of level' of this jig 90. This movement positions the lever 50 at the probe 46. In this case, the holder 51 is clamped with the screw 53, so high rigidity is obtained and fine positioning becomes possible.
Patent JP-S60237516-A (JP)
Title: (m) ruler for weibull chart
Inventor: HATA TSUTOMU
IPC: G01B3/02
Filed: 1984-05-09
Abstract: PURPOSE:To obtain the shape parameter of a Weibull distribution accurately through simple operation by drawing the lateral axis and longitudinal axis of the Weibull chart on a transparent from and obtaining the (m) ruler for the Weibull chart. CONSTITUTION:The (m) ruler for the Weibull chart is formed by drawing the lateral axis 8, longitudinal axis 9, etc., on the transparent or translucent form 11. The length of this lateral axis 8 corresponds to one division of the lateral axis of the Weibull chart or is (n) times as long as it. Further, (m) divisions 6 on the longitudinal axis 9 correspond to longitudinal axis divisions on the Weibull chart as they are or (n) times. Consequently, the (m) ruler 10 is superposed on the Weibull chart, a point 7 is positioned on a straight line, and the longitudinal and lateral axes of the chart are made parallel to the lateral and longitudinal axes 8 and 9 of the (m) ruler 10. The value of the intersection of the straight line and the longitudinal axis 9 of the (m) ruler 10 is read on (m) divisions 6 as the shape parameter (m) of the Weibull chart.
Patent JP-H07303149-A (JP)
Title: Order wire communication system
Inventor: KUROSAWA KATSUHIKO
IPC: H04M7/00
Filed: 1994-05-09
Abstract: PURPOSE:To raise the transmission system and to improve the efficiency of a communication restoration job by applying order-wire connection to lines of all stations automatically when the transmission system is raised and connecting other transmission lines except a transmission line having a fault automatically on the occurrence of a fault in the transmission line. CONSTITUTION:After the transmission system is raised, when a fault takes place in a receiver side of a relay station E, the station E detects a fault and a terminal station B recognizes the fault while receiving a main signal outputted from the station E. In this case, a faulty line is not connected in the station E, the station B transfers a fault identification signal (e) to a terminal station A. Thus, the station A connects both a working line (a) and a standby line (b), an order wire line connection request is publicated from the station A or B to relay stations C, D to connect the order wire lines of the stations C, D. Thus, all the lines are connected other than one side of the station E.
Patent JP-H05107430-A (JP)
Title: Optical connection means
Inventor: MAIKERU POORU NATSUTO
IPC: G02B6/38
Filed: 1992-03-23
Abstract: PURPOSE: To provide an optical connection means improved so as not to occupy inconveniently large space to separably connect among many optical conductors. CONSTITUTION: The means includes a mechanical connector 1 divided into two parts and many optical fiber connectors 21 divided into two parts fitted to the insides of the body parts 2, 12 of the connector 1. One body part 32 of the connector 21 is slidably fitted to the inside of the body part 12 of the connector 1 so that respective axes are parallel with each other and receives force in a direct direction to the abutting end of the body part 12 by a spring arranged in the body part 12. Preferably both the body parts 22, 32 of the connector 21 are fitted so as to be vertically arranged.
Patent JP-H05288949-A (JP)
Title: Optical fiber connection part storage case
Inventor: TOJO MASAAKI
IPC: G02B6/00
Filed: 1992-04-15
Abstract: PURPOSE:To obtain an optical fiber component which can greatly save a space and store many optical fiber connection reinforcement parts. CONSTITUTION:This optical fiber connection part storage case consists of a box type case 1 which has strip-shaped cuts 2 in one opposite case flank and a channel-shaped lid 9 which has locking mechanism for other two flanks of the box type case; and optical fiber connection reinforcement parts 6 are stored one over another in two stages in this box type case 1, optical fibers 7 are inserted into the cuts 2 of the box type case 1, and the optical fiber connection reinforcement parts 6 are held and fixed by the lid 9 and box type case 1, so that many optical fiber connection part reinforcement parts 6 can be stored and fixed compactly.
Patent JP-S5720832-A (JP)
Title: Interruption input circuit
Inventor: KIZUYA AKIRA
IPC: G06F13/24
Filed: 1980-07-14
Abstract: PURPOSE:To digitally absorb chattering of an input signal, by shaping the waveform of the input signal in an interruption input circuit and by a filter using a filp- flop having plural stages. CONSTITUTION:A clock signal 29 is divided through a dividing circuit 23 into 1/8, for instance, and then applied to a timing terminal T of a flip-flop 21 of the 1st stage as a timing signal 25. When application of an interruption input signal 5 having the chattering, the flip-flop 21 is set by the rise of the signal 25. Thus the subsequent input signals 5 are not fetched. The output 26 of the flip-flop 21 sets a flip-flop 22 to deliver an interruption output signal 7. The flip-flops 21 and 22 are reset when no signal 5 exists and with application of the signal 25 or an interruption reset signal 27. Thus the chattering of an interruption input signal is absorbed to eliminate an error output caused by chattering.
Patent JP-H07302120-A (JP)
Title: Machine and apparatus provided with driving element connected to said machine
Inventor: BUERUNAA EEDAA
IPC: D05C9/06
Filed: 1995-04-20
Abstract: PURPOSE: To provide an equipment in which the positioning speed of a drive element is enhanced without deteriorating the positioning accuracy by increased natural vibration of an existing load structure. CONSTITUTION: In the equipment provided with a machine or a machine part (hereinafter called a load) and with drive elements 2, 3 connected to the load to position the load 1, the highest positioning speed of the drive elements 2, 3 is limited by a natural vibration of the load structure. In order to increase the frequency of vibrations of the natural vibration of the load structure, the drive elements 2, 3 are coupled with the load 1 via elastic coupling elements (soft material) 6, 7.  The natural frequency of the natural vibration lower than the natural frequency of the load structure produced by the insertion of the soft material is taken into account through the fact of the load 1 being part of the control system or provision of a set point transmitter in this control and the generation of the set point from the transmitter taking the natural frequency of the natural vibration into account.
Patent JP-S5521867-A (JP)
Title: Preparation of sintering base plate for alkali battery
Inventor: MATSUMURA KIICHI
IPC: B22F5/00
Filed: 1978-08-03
Abstract: PURPOSE:To improve the intensity of base plate, utilization rate of the active material and high rate discharge characteristic by heat-treating carbonyl nickel powder in the air, mixing it in basic nickel carbonate powder, which is thermal- decomposed in the reductive atmosphere, and sintering it. CONSTITUTION:Carbonyl nickel powder is stired on sending air and heat-treated so that air is contacted with the surfaces of nickel particles uniformly. By this treatment, thin oxide film is formed on the surface of nickel particle. The treated nickel powder is mixed in basic nickel carbonate powder, which is thermal-decomposed in the reductive atmosphere, and sintered in hydrogen gas at 1000 deg.C. By the use of this nickel base plate, the intensity of plate, utilization rate of active material and high rate discharge characteristic can further be improved.
Patent JP-2000288341-A (JP)
Title: Removing of ammonia in ammonia-containing exhaust gas
Inventor: NAKAJIMA AKIKO
IPC: B01D53/86
Filed: 1999-04-01
Abstract: PROBLEM TO BE SOLVED: To provide a facility and method of removing ammonia in an ammonia-containing exhaust gas capable of preventing the outflow of ammonia even at a time of the stop of the ammonia-removing operation. SOLUTION: The facility is equipped with a packed cylinder 1 for removing a harmful component other than ammonia in exhaust gas, an oxygen introducing part 2 for adding oxygen-containing gas to the exhaust gas led out of the packed cylinder 1, an ammonia decomposing cylinder 3 reacting ammonia with oxygen to decompose the same and the bypass route 7 connecting the upstream part of the inlet portion of the packed cylinder and the downstream part of the outlet portion thereof through a bypass valve 6.
Patent JP-H01301833-A (JP)
Title: Hexagonal lattice-type antiferromagnetic inverter alloy and its manufacture
Inventor: MASUMOTO RYO
IPC: C22F1/00
Filed: 1989-04-17
Abstract: PURPOSE:To obtain an Mg-Ge-based multicomponent system hexagonal antiferromagnetic inverter alloy having low linear expansion coefficient by subjecting the castings of an Mn alloy contg. specific amounts of Ge and either Ni or Co to homogenizing heat treatment, thereafter to cooling at specific cooling rate or furthermore to heat treatment under specific conditions. CONSTITUTION:An alloy having the compsn. contg., as essential components, by weight, 20-33% Ge and contg., as secondary components, either 0.01-8% Ni or Co and the balance Mn with <=1.0% inevitable impurities is refined in a nonoxidizing atmosphere such as H2, N2 and Ar to cast into the desired shape. The castings are heated to 500 deg.C-its m.p. for 1min-5hr in vacuum or in an nonoxidizing atmosphere, are subjected to homogenizing heat treatment, and, from that temp., are cooled at >=0.7 deg.C/hr cooling speed. Or, the castings are furthermore reheated at 30-500 deg.C for 1min-5hr and are cooled at >=7 deg.C/hr cooling speed to remove its cooling strains. The Mn-Ge-based multiway hexagonal lattice-type antiferromagnetic inverter alloy having low linear expansion coefficient of -8X10<-6>-+8X10<-6> in the temp. range of -50 deg.C-+100 deg.C can be obtd.
Patent JP-H04327386-A (JP)
Title: Tee type welding method by laser beam
Inventor: NAGAI KOTARO
IPC: B23K26/21
Filed: 1991-04-25
Abstract: PURPOSE:To always effectively release metallic vapor or gas and to obtain a weld zone of high quality by maintaining a gap between steel sheets constant even if heat shrinkage is generated during welding in the suitable Tee type welding method by a laser beam by using when the surface treatment such as galvanization is executed on the steel sheets, especially, in the method to object the steel sheets arranged being superposed on each other in a Tee type to laser beam welding. CONSTITUTION:When a first steel sheet 1 and a second steel sheet 2A arranged so as to orthogonally cross the one surface side thereof are subjected to Tee type welding by laser beam welding from the other surface side of the first steel sheet 1, in a state with a gap 4 which becomes wider gradually toward the welding direction formed between the first steel sheet 1 and the second steel sheet 2A, the first steel sheet 1 and the second steel sheet 2A are welded together.
Patent JP-S61267745-A (JP)
Title: Display device for camera
Inventor: KIKUKAWA YOSHIFUMI
IPC: G03B17/18
Filed: 1986-04-21
Abstract: PURPOSE:To display both mode display and data display widely on a same part and to observe these display easily by constituting the display means of a segment group consisting of plural number of digits which can display both characters and numerals like a matrix. CONSTITUTION:A display means is constituted of a segment group consisting of the plural number of digits which can display both characters and numeral like a dot matrix. In this case, ten digits of liquid crystal elements consisting of 5X7 dots are used. A character string indicating a mode and numerals of set data are simultaneously displayed on the same display part of the display means by operating a prescribed display switch and a change-over switch. As compared with an ordinary device for displaying a mode name and set data individually, the area of the display part can be relatively increased and the contents of display can be easily observed.
Patent JP-S61253616-A (JP)
Title: Thin film magnetic head
Inventor: HAYASHI MASAMICHI
IPC: G11B5/31
Filed: 1985-05-07
Abstract: PURPOSE:To make each gap slide and contact to a recording medium with a good touch by packing a covering thin film whose hardness is lower than that of a magnetic core, and also whose influence is not exerted substantially on the magnetic characteristic, in a gap depth direction from the slide surface, with a narrower width than an adjacent gap interval between the adjacent gaps. CONSTITUTION:First of all, amorphous magnetic alloy is stuck onto a glass substrate 1 on which a through-hole 8 is pierced in advanced, and a center magnetic core 3 and a part to which a covering thin film 5 is to be stuck are removed by means of ion milling, by which side magnetic cores 2, 2 are formed. An end face 2a is formed in an shape as shown in figure so as to have a prescribed angle alpha against a perpendicular X of the glass substrate 1. Subsequently, between the side magnetic cores 2, 2, the covering the film 5 is stuck in a wedge shape inserted in the gap length direction. As for this covering thin film 5, a material whose hardness is lower than that of the side magnetic core 2 and the center magnetic core 3, and also whose influence is not exerted substantially on the magnetic characteristic is selected. The center core 3 is formed, a protective layer 6 is formed on said core, and thereafter, the through-hole 8 of a desired shape is formed by removing the amorphous magnetic alloy film, the gap forming surface is polished in a shape of an arc, and in the end, a coil 7 is wound round.
Patent JP-H03293502-A (JP)
Title: Detecting apparatus of position of pattern
Inventor: IMAI YUJI
IPC: H01L21/30
Filed: 1990-04-11
Abstract: PURPOSE:To detect the position of a pattern with high S/N by removing noises so effectively as not to cause distortion to a signal waveform. CONSTITUTION:A photoelectric signal from a photodetecting element 22 is input to a high-speed A/D converter 24A within a waveform detecting part 24, and converted to a digital value in correspondence to the position of coordinates of a stage ST in the A/D converter 24A. The digitally sampled waveform data is loaded in an address in a RAM 24B corresponding to the position of coordinates of the stage ST. Accordingly, a measuring pulse from an interferometer 12 is input to the waveform detecting part 24 through a stage controller 25 for obtaining timing of the digital sampling of the waveform etc. A computer 26 performs a pretreatment (averaging, synchronous addition (synthesizing), smoothing) for the waveform signal stored in the RAM 24B to remove noises, and obtains the center of the signal waveform, which is stored as the position of the pattern into the RAM 24B.
Patent JP-H03292731-A (JP)
Title: Plasma processor
Inventor: ISHIDA TOSHIMICHI
IPC: H01L21/302
Filed: 1990-04-10
Abstract: PURPOSE:To manufacture the title plasma processor capable of easily adjusting the parallelism and interval between a pair of plasma producing electrodes by a method wherein the holding axle of one electrode is thrust borne by a bearing member held to be universally tilted by a spherical surface seat. CONSTITUTION:A pair of plasma producing one electrode 2 and the other electrode 3 opposing to each other are vertically arranged in chamber 1. A holding axle 5 is thrust borne by a bearing member 6 through the intermediary of thrust bearing 19; this bearing member 6 has spherical surface 6a on the rear surface so as to be mounted and held on a spherical surface seat 7 fixed on the surface of a ceiling wall member 1a in the chamber 1 by the spherical surface 6a; the bearing member 6 can be universally tilted by the spherical surface 6a held by the spherical surface seat 7. That is, the holding axle 5 can be turned clockwise and counterclockwise as shown by an arrow A so that the gradient of the upper electrode 2 with the lower electrode 3 may freely be changed to change the paralleism.
Patent JP-S5721426-A (JP)
Title: Production of glass fiber-reinforced thermoplastic resin molding
Inventor: OKUNO TAIZOU
IPC: B29C47/00
Filed: 1980-07-15
Abstract: PURPOSE: To obtain titled molding with improved physical properties without polluting a working environment, by mixing a thermoplastic resin with a reinforcing material prepared by impregnating glass fiber roving or strand with a solvent solution of a thermoplastic elastomer, removing the solvent and cutting to a suitable length, and molding the mixture.  
     CONSTITUTION: Titled molding is prepared by mixing a thermoplastic resin with a thermoplastic elastomer-coated glass fiber-reinforcing material prepared by impregnating glass fiber roving or strand with a solution, e.g., in benzene, of a thermoplastic elastomer different from the thermoplastic resin for molding (e.g., PP), e.g. styrene/butadiene copolymer, PS phase ≤40%, removing the solvent in the heat drying step and cutting the fiber to suitable length, and molding the mixture as such. It is possible to obtain easily moldings containing the inexpensive reinforcing material, because the thermoplastic elastomer can dissolve in various solvents and has compatibility with polyolefin resins such as PP. 
     COPYRIGHT: (C)1982,JPO&Japio