baber/WOPTO huggingface dataset:
Patent JP-S5583025-A (JP)
Title: Production of image display panel
Inventor: EZAKI HIROSHI
IPC: G02F1/133
Filed: 1978-12-19
Abstract: PURPOSE: To improve thickness unevenness and obtain the good display by contacting an auxiliary substrate of a coefficient of thermal expansion larger than that of a semiconductor substrate  having been integrated and formed with transistors, etc. to said substrate and bonding a substrate  having transparent electrodes on one side and the semiconductor substrate by means of an  adhesive spacer.  
     CONSTITUTION: At the time of assembling the liquid crystal cell by interposing an adhesive agent  spacer 18 containing glass fibers between a semiconductor substrate 13 having been integrated  and formed with switching elements 1, capacitors, etc. and a transparent substrate 14 having  transparent electrode 15 and pressing these under heating, an auxiliary substrate 114 of soda  glass plate of a coefficient of thermal expansion larger than that of the silicon substrate 13 is contacted to the substrate 13 and the transparent substrate 14 of quartz glass or the like of a coefficient of thermal expansion smaller than that of the substrate 13 is heated and bonded by using  the spacer 18. At this time, the heating temperature is made the clear point or more of the liquid  crystal 16. Since the substrate 114 expands larger than the substrates 13, 14, the substrate 13 is  pulled. When the assembly is cooled after the finishing of the bonding, the substrate 13 is secured  to the substrate 14 by the spacer 18, whereby its shrinkage is prevented. In this way, the thickness unevenness in the spacing 19 of the cell is improved.  
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S5680028-A (JP)
Title: Production of flexible solid-state electro-coloring element
Inventor: OKANIWA HIROSHI
IPC: G02F1/15
Filed: 1979-12-06
Abstract: PURPOSE: To eliminate the peeling etc. of a solid-state proton conductive layer of a flexible solid-state electro-coloring (EC) element and make possible its low voltage driving by forming said conductive layer on an EC layer through vacuum deposition in a specific steam atmosphere with SiO as a vapor source.  
     CONSTITUTION: In a method of producing said element by laminating trasparent electrode D, E, C layers (WO 3  layer etc.) B, a solid-state proton conductive layer C, a transparent electrode D', and if necessary, a reflection reducing layer E, in this order on a flexible substrate (polyester film etc.) through vacuum deposition, the vacuum vessel provided therein with SiO as a vapor source is evacuated to ≤10 -5  torr, after which water vapor is admitted into the vessel and vapor deposition is performed in a water vapor atmosphere of about 10 -4 W10 -2  torr, to form the C layer to ≥150Å thickness, preferably, 1,000W5,000Å thicknesses, at the time of providing the layer C on the electrode D of Au etc. Under these conditions, the nonstoichiometric oxide of Si x O y  (2>y/x>1.5) is formed, and the proton conductivity of the order of 10 4 W10 5 Ω.cm in specific resistance is obtd. In this way, the element which is colored and decolored at around W2V and is low in power consumption and is good in durability is obtainable. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S5585035-A (JP)
Title: Bonding method and apparatus used therefor
Inventor: TOKUE TOSHIO
IPC: H01L21/60
Filed: 1978-12-22
Abstract: PURPOSE: To improve the bonding strength without respect of the solder amount of an electrode by wire bonding to a solder electrode using a metallic wire having elliptical or flat section.  
     CONSTITUTION: A silver wire 11 is passed through rollers 9 facing oppositely and rotating to thereby form a silver metal wire 20 having flat section. After the wire 20 thus flattened is then so bent as to be disposed directly under bonding electrodes 1a, 1b, bonding heads 1a, 1b are lowered to urge the wire 20 thus bent onto solder electrodes 4. Then, a current is flown to the bonding heads 5a, 5b to thus bond the wire 20. These operations are repeated to complete the bonding. By using the wire 20 thus flattened, the bonding strength is increased to prevent sputtering at contacting time to thereby improve the reliability of the bonding method. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S5679971-A (JP)
Title: Residual magnetic flux density measuring apparatus
Inventor: NAKAKURA DAIJIYUU
IPC: G01N27/72
Filed: 1979-12-05
Abstract: PURPOSE: To enable the residual magnetic flux density of steel materials to be measured in a short time by using DC pulse current as exciting current and detecting magnetic force characteristics from the difference in the excited detection voltages.  
     CONSTITUTION: When DC pulse current is applied to a steel material, pulses are generated in a pulse generator A, and this pulse current is amplified by a pulse amplifier B, whereby the pulse value is obtained. Next, the voltage excited by this is amplified by a pulse amplifier B' and is detected via a detecting mechanism C. The DC pulse current is increased gradually, and when the difference between the pulse value and the pulse potential obtained in the mechanism C exceeds a fixed value, a discriminator D operates and a gate G is closed by the operation of this discriminator D, then a pulse counter E starts operating and the result thereof is displayed in a display device F. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S5491831-A (JP)
Title: Liquid fuel burner
Inventor: YOSHINO KEIZOU
IPC: F23D3/40
Filed: 1977-12-29
Abstract: PURPOSE: A small projection is connected to the gasifying unit of a burner head, and this is used as a fire-shifting unit. By this, the fire spreading time for the burner is reduced, and even when the air capacity is small, the occurrence of soot and carbon monoxide is minimized.  
     CONSTITUTION: Liquid fuel drawn up by capillary attraction from the lower end of porous burner head 1 is gasified by the combustion heat from the surface of gasifying unit 1a and the fuel gasifying air from fuel gasifying air supply port 4. This gasified fuel is pre-mixed with fuel gasifying air in pre-mixing chamber 3a surrounded by burner wall 3, and then it is burned completely by the combustion air sent from combustion air supply port 5. Here, small projection 1b is provided which is connected to a part of gasifying unit 1a. Since the amount of heat at this small projection is set relatively small with respect to the gasifying unit, fire spreading is first operated quickly at the small projection, and since the small projection and the gasifying unit are integrated, thermal transfer to this part is operated smoothly. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S6077657-A (JP)
Inventor: HENINGU FUASUTAADEINGU
IPC: H02K11/04
Filed: 1984-07-30
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-S5780488-A (JP)
Title: Emulsifying agent composition
Inventor: SHIMAKAWA KATSUHIKO
IPC: C09K23/34
Filed: 1980-11-10
Abstract: PURPOSE: To provide the title compsn. having excellent thermal stability, consisting of a polymer obtd. by the addition polymn. of ethylene oxide and propylene oxide to a higher alcohol, an ester derived from a higher fatty acid and sorbitan, and an org. acid addition salt of a higher aliph. (di) amine-ethylene oxide adduct.  
     CONSTITUTION: 5W50% polymer (A) obtd. by the addition polymn. of 2W50mol% ethylene oxide and 2W30mol% propylene oxide to an 8W22C higher alcohol, 30W 90% fatty acid sorbitan ester (B) obtd. by the esterification of sorbitan with 12c or higher fatty acid in a molar ratio of 1:1W3, and 5W40% org. acid addition salt of a higher aliph. (di) amine-ethylene oxide adduct (C) obtd. by adding 1W 20mol of ethylene oxide to 12C or higher aliph, (di) amine and neutralizing the resulting adduct with an org. acid, are blended togehter to produce an emulsifying agent compsn. for W/O type emulsion fuel. 0.01W5% above compsn. is dissolved in fuel oil and 5W20% (based on the total amount) water is added to said oil with stirring to produce W/O type emulsion fuel. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H06327423-A (JP)
Title: Thawing of integrally formed frozen 'nigiri-sushi' and apparatus therefor
Inventor: HONMA SHOJI
IPC: A23L7/10
Filed: 1993-05-25
Abstract: PURPOSE:To provide a process for thawing a frozen NIGIRI-SUSHI (hand-rolled vinegared rice topped with a fish fillet) and serving the NIGIRI-SUSHI in a state of hot rice and cold topping similar to ordinary NIGIRI-SUSHI. CONSTITUTION:A small-sized simple apparatus and process for thawing a frozen NIGIRI-SUSHI in an integrated state. Since it is impossible to uniformly heat and thaw the rice 11 and the topping 10 of a frozen NIGIRI-SUSHI at the same time, the rice 11 is heated and thawed while varying the temperature and the topping 10 is thawed while cooling with forced hot air flow and forced air flow.
Patent JP-H0448760-A (JP)
Title: Semiconductor device
Inventor: KUROYANAGI AKIHISA
IPC: H01L23/31
Filed: 1990-06-15
Abstract: PURPOSE:To improve moisture resistance by using epoxy resin having aryl group, compound having aryl group and reactive product of specific hydrodieneorganopolysiloxane as substance having curing agent action of maleimide compound. CONSTITUTION:Reactive product has curing action of maleimide compound, and is additive polymer obtained by reacting epoxy resin having aryl group with one or both of arylphenylether compound and arylphenol compound and hydrodieneorganopolysiloxane represented by a formula. In the formula, R is alkyl group, phenyl group, substituted phenyl group having two or less carbons, which may be the same or different. n is an integer number of 10-200. It is desirable to mix so that the equivalent ratio of maleimide group in the maleimide compound to the aryl group in the reactive product falls in a range of 0.1-1.2. The mixing amount of curing catalyst is suitably decided in response to curing conditions used at the time of manufacture.
Patent JP-H0446479-A (JP)
Title: Muse signal recording and reproducing device
Inventor: FUKUSHIMA YASUMASA
IPC: H04N5/93
Filed: 1990-06-13
Abstract: PURPOSE:To easily perform synchronizing separation from a recording MUSE signal while utilizing the amplitude difference between a color signal C and a luminance signal Y at the time of reproduction by performing the polarity coincidence of a ternary synchronizing signal and amplitude extension at the time of recording. CONSTITUTION:As shown in (a), an input MUSE signal equipped with the color signal C and the luminance signal Y is directly inputted to a subtracter 4 at the time of recording, while inputted to the subtracter 4 after turned to be a delay MUSE signal (b) delayed for 1H by an 1H delay circuit 3. In the subtracter 4, the delay MUSE signal is subtracted from the input MUSE signal, and the color signal C and the luminance signal Y are eliminated as indicated in (c), while only the trenary synchronizing signal whose amplitude becomes twice is separated. Further, there is no jitter in the input MUSE signal at this time so that the trenary synchronizing signal can be separated.
Patent JP-S6049550-A (JP)
Title: Fluorescent lamp
Inventor: NAKAI KATSUMASA
IPC: H01J61/32
Filed: 1983-08-29
Abstract: PURPOSE:To maximize the luminous efficiency at ordinary temperature of a fluorescent lamp, which is constituted of an outer tube and inner tubes placed inside the outer tube and forming a discharge path, by restricting the maximum distance between the surface of the inner tubes and the surface of the outer tube to within a specified range. CONSTITUTION:A series discharge path is formed between electrodes 9 and 9 after three U-shaped inner tubes 3 and 3' the inner walls of which are coated with a phosphor 5 is installed in the airtight internal space of an outer tube 1, thereby constituting a small fluorescent lamp. The diameter (D) of the outer tube 1 is supposed to be 60mm.; the inner diameter (d) of the inner tubes 3 and 3', 9.1mm.; the distance (S1) between the legs of each inner tube 3, 17.5mm.; the distance (S2) between the legs of the inner tube 3', 35mm.. When the lamp is ignited with an electric power of 13-19W, the maximum distance between the surfaces of the inner tubes 3 and 3' and the surface of the outer tube 1 expressed by the difference (L-l) between the length (L) of the outer tube 1 and the height (mm.) of the inner tubes 3 is restricted to within the range of 16-23mm.. As a result, it is possible to achieve the maximum efficiency at ordinary temperature. Accordingly, the attainable efficiency of this lamp is as high as 3.5-4.5 times that of an incandescent lamp of the same shape and the same luminous flux.
Patent JP-H053759-A (JP)
Title: Colistin preparation for feed additive
Inventor: HITOMI KOJI
IPC: A23K20/195
Filed: 1991-06-28
Abstract: PURPOSE:To obtain the title preparation useful for livestock, etc., improved in stability of colistin in a feed by coating the surface of colistin with a protecting agent. CONSTITUTION:The objective preparation obtained by coating the surface of colistin which is an antibiotic for feed addition produced by bacterium of the genus Bacillus and effective against a Gram-negative bacterium with a protecting agent such as synthetic high polymer such as gelatin, starch, cellulose or PVA. Furthermore, the weight of protecting agent in the preparation is preferably >=20wt.% and particle size thereof is preferably 0.18-1.00mm.
Patent JP-S5861866-A (JP)
Title: Lining device for inner wall of pipe
Inventor: NIINOU KIYONORI
IPC: B05C7/04
Filed: 1982-09-10
Abstract: PURPOSE:To coat uniformly in film thickness with a little loss of paint by mixing compressed air with paint fed from a mixing device in a mixing nozzle, and communicating a discharging port of an accelerating nozzle, which accelerates a mixed fluid fed from the mixing nozzle, and the end of an opening of a pipe to be treated, by an introducing pipe. CONSTITUTION:A constantly feeding device 6 for an essential agent A of epoxy resin and a constantly feeding device 7 for a curing agent B are provided, and the agents A and B fed from said devices 6 and 7 are mixed in a mixing device 2 to form a epoxy resin coating. Next, the coating fed from the device 2 is mixed with a compressed air G fed from a compressor to form a mixed fluid essentially consisting of the paint containing a large amount of air bubbles, and the mixed fluid fed from the nozzle 3 is accelerated by a compressed air fed from the compressor, in an accelerating nozzle 4. Further, a compressed air to be fed to the nozzle 4 is regulated by a regulator 5, and a discharging port of the nozzle 4 and the end of opening of a pipe to be treated are communicated by an introducing pipe (e).
Patent JP-H056068-A (JP)
Title: Color image forming device
Inventor: YAMADA MASANORI
IPC: H04N1/46
Filed: 1991-06-28
Abstract: PURPOSE:To obtain a color image processing device capable of outputting an image having no color slurring by providing a means capable of setting color slurring adjusting parameters corresponding to the time of original copying and the time of memory printing respectively. CONSTITUTION:The device is provided with a liquid crystal display 901 having dot matrix constitution and a key group 902 for changing data displayed on the liquid crystal display 901 and selecting desired mode. Then time data corresponding to the rotation irregularity of the transfering drum in accordance with developing order is stored corresponding to the original copying and the memory printing respectively. Based on the data, for adjusting the color slurring at the time of the original copying, the driving timing of a scanning optical system is controlled relatively to the rotation of the transfering drum at every colors, and for adjusting the color slurring at the time of the memory printing, the output timing of image data from a memory is controlled relatively to the rotation of the tranfering drum at every colors. Consequently, the data for the color slurring adjusting are set at every colors at the time of the original copying and at the time of the memory printing respectively.
Patent JP-S5948584-A (JP)
Inventor: IKEJIMA KIYOMI
IPC: C03C27/06
Filed: 1982-09-11
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-H0658844-A (JP)
Title: Electric inertia compensation control system for drive test machine
Inventor: ITO JIRO
IPC: G01M15/00
Filed: 1991-06-28
Abstract: PURPOSE:To enhance response of inertia compensation rotational angular speed by setting torque corresponding to running resistance depending on the rotational angular speed of a suction side motor, determining an inertia compensation rotational angular speed based on the torque thus set and driving torque of a drive side prime mover, and controlling the inertia compensation rotational angular speed to match with the rotational angular speed of suction side motor. CONSTITUTION:A rotational angular speed pickup 8 detects rotational angular speed omegam of a suction side motor 6 and an operating unit 16 for setting torque corresponding to running resistance operates torque R corresponding to running resistance depending on the rotational angular speed omegam. An operational amplifier 101 determines difference DELTATe between the torque R and driving torque Te of an engine 1 fed from a torque pickup 5. An inertia amount setter 19 sets an inertia amount IT and a divider 12 divides the difference DELTATe by the inertia amount IT to calculate rotational angular acceleration dtheta/dtm of the motor 6. An integrator 103 integrates the dtheta/dtm to determine an inertia compensation rotational angular speed omegam(t). An operational amplifier 104 determines the difference between the rotational angular speed omegam(t) and the omegam and a speed control operational amplifier 13 produces a control value for matching the rotational angular speed omegam with the omegam(t). A current control operational amplifier 12 operates a current value corresponding to the difference between a control value from an operational amplifier 106 and a current value thus controlling a power supply.
Patent JP-S641714-A (JP)
Title: Production of phenolic polymer for molding material
Inventor: TAGAMI YOSHITAKA
IPC: C08G8/28
Filed: 1987-06-25
Abstract: PURPOSE: To obtain the titled polymer having excellent curing properties and packing properties in molding, by reacting formaldehyde with a phenol in a specific ratio in the presence of a Ca(OH) 2  catalyst, further adding ammonia and carrying out reaction.  
     CONSTITUTION: First, formaldehyde is reacted with a phenol in the molar ratio of the former/the latter of 1.2W1.3 in the presence of a Ca(OH) 2  catalyst. Then ammonia is added to the reaction system and further the reaction is carried out to give the aimed resin. Preferably the amounts of formaldehyde and the phenol used are 0.2W0.5% and 0.2W1% based on total amounts of formaldehyde and the phenol, respectively. 
     COPYRIGHT: (C)1989,JPO&Japio
Patent JP-S6316540-A (JP)
Title: Low pressure mercury vapor discharge lamp
Inventor: INOUE AKIHIRO
IPC: H01J61/067
Filed: 1986-07-08
Abstract: PURPOSE:To solve a problem on luminous radiation of ununiformed luminance due to a cataphoresis phenomenon as well as to make light distribution securable in a uniform manner, by making nickel powder so as to be arranged at the anode side of a low pressure mercury vapor discharge lamp to be lighted by a power source having a DC or DC component. CONSTITUTION:This lamp is lighted by a power source installing a node 2 in one end and a cathode 3 in the other end of a discharge passage to be formed by a glass bulb 1, while arranging nickel powder 7 at the side of the anode 2, and having a DC or DC component. And, the nickel powder 7 arranged at the side of the anode 2 is fixed to an inner surface of the inside of the cylindrical anode 2. The cathode 3 installed in the other end is an electrode of an ordinary discharge lamp whose tungsten filament is coated with a corpuscular radiation. In suchlike constitution, for example, if this discharge lamp is lighted by the power source having such a DC component as an alternating current large in a direct current or a pulsating current and a plus component, such a cataphoresis phenomenon that the anode side comes dark will not occur. With this constitution, luminance distribution over the whole range is good enough and, what is more, lighting after voltage being impressed comes very speedy.
Patent JP-H0451168-A (JP)
Title: Electrophotographic copying method
Inventor: KOJIMA SHIGETO
IPC: G03G21/00
Filed: 1990-06-19
Abstract: PURPOSE:To always keep high image quality even when a photosensitive body is repeatedly used for a long time by allowing a member having electrical conductivity to contact with the surface of the photosensitive body and impressing positive or negative voltage on the member. CONSTITUTION:An electrostatic charger 2, an image exposing unit 3, a develop ing unit 4, a transfer charger 5, a separation charger 6, a cleaning unit 7, a destaticizing lamp 8, a transfer paper 9, a fixing unit 10 and conductive brush- like structural bodies or conductive felt-like structural bodies 11 and 12 are provided around the photosensitive body 1. In such a case, a conductive fiber is used as an element for forming the brush-like structural body or the felt-like structural body having the electrical conductivity in substance. It is good to use a DC electric field or an alternating electric field biased to be positive or negative as the positive or the negative voltage impressed on the surface of the photosensitive body through the conductive brush-like structural body or the conductive felt-like structural body. Thus, the ionic hydrophilic substance which is stuck and accumulated on the surface of the photosensitive body is removed and the stable high image quality is maintained.
Patent JP-S5791964-A (JP)
Title: Manufacture of reactive bondable derivatives of thyroid hormone 3,3',5-triiodothyronine (t3) and 3,3',5,5'-tetraiodothyronine (t4)
Inventor: HANSUUGEORUKU BATSUTSU
IPC: C07D207/452
Filed: 1981-10-07
Abstract: Process for the preparation of reactive, couplable derivatives of the thyroid hormones 3,3',5-triiodothyronine (T3) and 3,3',5,5'-tetraiodothyronine (T4) by reaction with reactive carboxylic acid derivatives, which process comprises sylylating all the functional groups of the thyroid hormone by reaction with a reactive triorganosylyl derivative and then reacting the persylylated derivative of the thyroid hormone thus obtained with an activated carboxylic acid derivative.
Patent JP-S6316543-A (JP)
Title: Flash discharge tube
Inventor: ICHIGA HIROYASU
IPC: H01J61/36
Filed: 1986-07-07
Abstract: PURPOSE:To make exhaust of the inside of an envelope and rare gas sealing operation performable without using a chip part, by making the airtight sealing of a pair of electrodes to the envelope indirectly performable in a way of airtightly sealing these paired electrodes to a substrate as positioning them with first and second binding members different in a fusing point each. CONSTITUTION:The internal surface of an envelope 12 and a substrate 15 are directly airtightly sealed up simultaneously together with a divided part 15a and a base 15c of the substrate 15 by melting of the envelope 12, while a pair of electrodes 13 and 14 are airtightly sealed by first and second binding members 17 and 18 as accurate positional control is perfomed to the envelope 12 via the substrate 15. At this time, exhaust or rare gas sealing from or to the inside of the envelope 12 comes to be performed without using a chip. With this constitution, such manufacturing operation as suitable for simple mass production comes to be possible in the floowing process that these paired electrodes 13 and 14, to which a first binding member 17 is tightly attached and a second binding member 18 is temporarily attached, are inserted into insertion holes 15b of an assembled body where the envelope 12 and the substrate 15 are airtightly sealed and, after exhaust and rear gas sealing are carried out via a clearance, the second binding member 18 is melted and indirect airtight sealing to the envelope 12 of these paired electrodes 13 and 14 is performed.