baber/WOPTO huggingface dataset:
Patent JP-H0960929-A (JP)
Title: Ice heat accumulating device
Inventor: KEMI YUICHI
IPC: F24F5/00
Filed: 1995-08-22
Abstract: PROBLEM TO BE SOLVED: To provide an ice heat accumulation device in which a system configuration of an ice heat accumulation device is of a simple system having no use of a brine/ice heat exchanger and it may be adapted for a cooling and air conditioning operation over a cooling capability under a simple heat source chilling device. SOLUTION: An ice heat accumulation device comprises of an air-cooled chilling device 2, a heat accumulation tank 3, an ice making heat exchanger 4 and a brine system, wherein a cold water system at a demand side is connected to the heat accumulating tank 3. An air conditioning operation is carried out with the same flow as that of an ice making heat accumulation mode operation without passing through a brine/water heat exchanger. There is provided a cold water returning header 10 of a cold water pipe 7 in water of the heat accumulation tank 3 in such a way that a cooling capability at this time may exceed a simple capability of a heat source heat pump. Cold water in the heat accumulation tank 3 is agitated under utilization of a cold water flowing-in pressure.  In addition, a part of the ice making heat exchanger 4 is exposed out of the water surface in the tank so as to provide a location where no ice is adhered, resulting in that the part of the ice making heat exchanger 4 and cold water perform a heat exchanging operation without passing through the ice when an air conditioning operation is carried out.
Patent JP-H07169370-A (JP)
Title: Switch assembly with detent
Inventor: TOOMASU JIEE OSHIYUGAN
IPC: H01H21/50
Filed: 1994-08-15
Abstract: PURPOSE: To provide a switch assembly with detent mechanism capable of giving click feeling to users reducing the production cost. CONSTITUTION: A lever switch assembly in which a pair of almost U-shaped contact blade members 32 is brought into contact with first and second switch contact terminals 22, 24 to alternatively operate switching operation is provided. In the contact blade member 32, its one end is capable of swinging on a central contact terminal 20, the U-shaped part and the other end of the contact blade member come in contact with the side contact terminals 22, 24 on both sides of the central contact to separate it. By over-traveling of a lever 46 in the one direction, the contact blade member 32 is separated from the side contact 24, and brought into contact with an auxiliary contact. A spring-energized plunger 74 of the lever is engaged with a detent recess, and feeling of the sense of touch is given.
Patent JP-H0496995-A (JP)
Title: Production of high-btu gas
Inventor: SHIKADA TSUTOMU
IPC: C10K3/02
Filed: 1990-08-10
Abstract: PURPOSE:To easily obtain the title gas through such processes that O2 is added to a mixture of coke oven gas and converter gas, and the sulfur compounds contained are removed using an iron oxide catalyst, and then the CO and CO2 are hydrogenated in the presence of a catalyst containing Al, Si, etc., followed by acting a methanating catalyst on the system and then removing the inert gas. CONSTITUTION:Oxygen gas 7 is added to a mixture of coke oven gas 1 and converter gas 4, the resulting gas is fed to a gas purifier 6 where the sulfur compounds in the mixed gas are removed in the presence of an iron oxide-based catalyst 9, and the resultant gas is fed to a hydrocarbon-synthesizing equipment 11 where the remaining carbon monoxide and carbon dioxide in the mixed gas is hydrogenated into a hydrocarbon gas in the presence of a complex catalyst 12 consisting of a mixture of (A) a metal (compound) having hydrogenation-catalytic activity and (B) a crystalline aluminosilicate with the molar ratio of the silica to alumina being <=10. Thence, methane gas is produced through a methanating catalyst located on the downstream side of said complex catalyst, and the resultant gas is then passed through a carbon dioxide separator 15 and a nitrogen separator 16 successively to carry out membrane separation of the carbon dioxide in the gas produced, followed by removing the present nitrogen gas through cryogenic separation, thus obtaining the objective high-BTU gas.
Patent JP-H0861477-A (JP)
Title: Speed change control device of automatic transmission
Inventor: NAKAJIMA KENJI
IPC: F16H61/02
Filed: 1994-08-15
Abstract: PURPOSE: To provide a constantly smooth drive feeling by selecting the speed change pattern based on the result of the judgement by a kick-down switch judging means and the changed speed of the throttle opening value to avoid the change of the speed change pattern which is not intended by a driver. CONSTITUTION: An opening changing speed operating device 22 to operate the actual throttle opening changing speed based on the output of a throttle opening sensor 10 is provided. A throttle opening changing speed operating device 18 is provided, and the condition of a kick-down switch after the throttle opening changing speed is operated is judged by a judging device 24. When the kick-down switch is turned off, the speed change pattern is selected by a speed change pattern selecting device 20 based on the throttle opening changing speed operated by the operating device 18, while the speed change pattern is selected based on the actual throttle opening changing speed to be operated by the operating device 22 when the kick-down switch is turned on.
Patent JP-S6369272-A (JP)
Title: Pyroelectric thin film
Inventor: TAKAYAMA RYOICHI
IPC: C23C14/40
Filed: 1986-09-10
Abstract: PURPOSE:To obtain a pyroelectric thin film for use in a pyroelectric infrared ray detector in which a polarization is not required by composing the thin film oriented in a direction (100), where chemical formula is Pb1-xLaxTi1-0.7xO3 and composition range is 0<x<0.15. CONSTITUTION:An MgO single crystal which is cleaved in a plane <100> and mirror-polished is used as a substrate, and a Pt thin film having 0.2mum of thickness is formed by sputtering as a lower electrode. Sputtering gas uses Ar-O2 mixture gas. Then, Pb1-xLaxTi1-0.75xO3(PTL) is grown 1-4mum by a high frequency magnetron sputtering method as a pyroelectric thin film. Then, an Ni-Cr electrode is deposited as an upper electrode on the thin film to form a pyroelectric thin film element. Further, a hole is formed in a substrate in the lower part of the thin film.
Patent JP-H0377358-A (JP)
Title: Semiconductor integrated circuit
Inventor: HAMANO HIROYUKI
IPC: H01L27/00
Filed: 1989-08-19
Abstract: PURPOSE:To isolate an analog circuit from a digital circuit which can be a noise source by a method wherein the analog circuit is built in a three- dimensional position separated from the digital circuit by using a semiconductor substrate which is connected to a power supply or grounded. CONSTITUTION:Separating insulating films 1 are provided in order to separate analog circuits 5a and 5b from digital circuits 4a and 4b. Semiconductor substrates 2 which are connected to a power supply or grounded are provided for building the analog circuits 5a and 5b in three-dimensional positions. That is, gate electrodes, wirings, insulating films, etc., are built up on the digital circuit 4a formed in a semiconductor substrate 3 to form digital circuit 4b. Further, the insulating films 1 for the separation between the analog and digital circuits are built up and, after the films 1 are etched, the semiconductor substrates 2 for the analog circuits are formed and the analog circuits 5a and 5b are built in and on the semiconductor substrates 2.
Patent JP-2001044103-A (JP)
Title: Mask for electron beam exposure and manufacture thereof
Inventor: OBINATA HIDEO
IPC: G03F1/68
Filed: 1999-07-28
Abstract: PROBLEM TO BE SOLVED: To make formation of a fine pattern compatible with improvement of mechanical strength. SOLUTION: A mask l for electron beam exposure consists of a board part 2 on which apertures 3 are formed, and a thin-film part 4 retained with the board part 2. On the thirrfilm part 4, a thin semiconductor active film (first semiconductor film) 6A and a thick semiconductor active film (second semiconductor film) 6B thicker than the film 6A are formed. A fine pattern part 7A, having small diameter apertures 8A, is formed on the thin semiconductor active film 6A, and a large dimensional pattern part 7B having large diameter apertures 8B is formed on the thick semiconductor active film 6B.
Patent JP-S6456742-A (JP)
Title: Prepreg for fiber-reinforced composite material
Inventor: NAKAMURA HIROSHI
IPC: C08J5/24
Filed: 1987-08-26
Abstract: PURPOSE:To obtain the titled prepreg having excellent toughness, impact resistance, tensile strength and interlayer shear strength, by impregnating reinforcing fibers with a polymer composition composed of a specific epoxy polymer, a resorcin-type polysulfone and a hardener for epoxy polymer. CONSTITUTION:The objective prepreg can be produced by impregnating reinforcing fibers with a polymer composition composed mainly of (A) an epoxy polymer composed mainly of at least one kind of polymer selected from bisphenol F-type epoxy polymer, bisphenol A-type epoxy polymer, bisphenol AD-type epoxy polymer and aminophenol-type epoxy polymer, (B) a resorcin-type polysulfone having a phenolic hydroxyl group at the molecular terminal and an number- average molecular weight of 3,000-30,000 and (C) a hardener for epoxy polymer (e.g. diaminodiphenylsulfone compound).
Patent JP-H0873485-A (JP)
Title: Production of derivative of 6-deoxy-6,6,6-trifluorosaccharides
Inventor: KITATSUME TOMOYA
IPC: C07H9/04
Filed: 1994-09-07
Abstract: PURPOSE: To obtain the subject compound, useful for a raw material, etc., for liquid crystals, medicines, agrochemicals, etc., by optically resolving a recemic 1-benzyloxy-6,6,6-trifluoro-4-hexyn-3-ol, then carrying out the reduction of the (S)-isomer into an olefin and conversion into a diol, etc. CONSTITUTION: This method for producing a derivative of 6-deoxy-6,6,6- trifluorosaccharides represented by formula V (R<1> and R<2> are each an alkyl or an aryl) comprises optically resolving a recemic 1-benzyloxy-6,6,6-trifluoro-4- hexyn-3-ol represented by formula I, then reducing the resultant (S)-isomer in the presence of sodium hydride-bis(methoxyethoxy) aluminum, stereospecifically reduce the triple bond, providing (S, E)-1-benzyloxy-6,6,6- trifluoro-4-hexen-3-ol represented by formula II, subsequently oxidizing the resultant compound in the presence of osmimium tetroxide, afford a triol derivative represented by formula III, then converting the resultant triol derivative into an acetonide, debenzylating the prepared compound represented by formula IV and subsequently oxidizing the debenzylated compound.  The resultant derivative is useful for liquid crystal materials, an intermediate for medicines, agrochemicals, etc.
Patent JP-2001042995-A (JP)
Title: Electronics
Inventor: KAWAHARA TOSHINAO
IPC: G06F1/26
Filed: 1999-07-28
Abstract: PROBLEM TO BE SOLVED: To enable anybody to easily perform operation such as menu selection without any guide message regarding input key operation on electronics where a desirable function and operation are set by key input by specifying arbitrary choices in a menu picture. SOLUTION: When character direction keys at a key input operation are operated to set a format, a character direction setting picture G1 wherein two choices of '1. vertical writing 2. horizontal writing' are arrayed is read out of a storage area of setting picture data in a ROM and displayed at a liquid crystal display part 12 and numeric input keys '1' and '2' which correspond to the numeric codes 1. and 2. of the two choices in the character direction setting picture in a lighting type ten-key 14 having LEDs built in for each key are selected, and their LEDs are controlled to illuminate, thus, only the numeric codes of the two choices 'vertical writing/horizontal writing' which can be inputted in the character direction setting picture G1 can easily be selected and inputted with the numeric input keys under the illumination control.
Patent JP-S60110550-A (JP)
Inventor: MAIKERU SURABUIN
IPC: B60R25/10
Filed: 1984-10-12
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H1140395-A (JP)
Title: Plasma processing apparatus
Inventor: OOICHI HIROAKI
IPC: H01L21/302
Filed: 1997-07-23
Abstract: PROBLEM TO BE SOLVED: To provide a multi-chamber type plasma processing apparatus jointly using one microwave oscillating power source. SOLUTION: This apparatus has one microwave 10 whose output end is connected to a chamber, one microwave oscillating source 6 connected to the input end of the microwave line, one microwave oscillating power source 14 for supplying electric power to the microwave oscillating source, and a carrying device 20 for mounting the microwave line and the microwave oscillating source and integrally carrying them. The microwave line is carried to a chamber by driving the carrying device, and the microwave line is connected to either one of chambers 1-4. Thereby, a processing gas or a cleaning gas supplied to the chamber is converted into plasma, and by the plasma, a predetermined processing is conducted to a processing material in the chamber or chamber cleaning is conducted.
Patent JP-S6194267-A (JP)
Title: Separate blade of lamination type flexible disk device
Inventor: YONEDA FUKUO
IPC: G11B17/28
Filed: 1984-10-15
Abstract: PURPOSE:To ensure the stable input/output of the record information and to prevent the damage of a disk by providing a flat part on the surface of a separate blade opposite to both recording sides of a disk and attaching a signal converter to said flat part. CONSTITUTION:A signal converter 12 is attached on the surface of a separate blade 11 opposite to the recording surface of a disk 2 and at a flat part 11A near the center of the blade 11 in the width direction (revolving direction of the disk 2). Then the curved surface parts 11B are provided at both sides of the part 11A. When the disk 2 runs on the surface of the blade 11 at a high speed U, a gap H formed between the surfaces of both parts 11B and 11A and the disk 2 is shown in the figure. In other words, the gap is constant at the part 11A at both sides of the converter 12 as if a fixed amount of tension were applied to the disk 2. Thus a minute gap H0 formed between the converter 12 and the disk 2 is constant. This ensures the satisfactory recording/ reproduction of information.
Patent JP-H0532074-A (JP)
Title: Thermal transfer sheet for multi-printing
Inventor: FUJIWARA TETSUYA
IPC: B41M5/30
Filed: 1991-08-01
Abstract: PURPOSE:To provide the above thermal transfer sheet capable of multi-printing. CONSTITUTION:The present thermal transfer sheet for multi-printing is provided as follows: an ink layer consisting of a binder having polycaprolactone as a main component and colorant is provided on one side surface of a base film: a transfer control layer which does not contain the colorant consisting of thermoplastic resin having the polycaprolactone as a main component is provided further onto its surface.
Patent JP-H0537494-A (JP)
Title: Multiple converter
Inventor: KASHIWAGI KEIZO
IPC: H04L25/49
Filed: 1991-08-01
Abstract: PURPOSE:To multiplex the binary signals of two systems, which have the equal transmitting speed and are synchronized, without changing the transmitting speed. CONSTITUTION:Binary signals IN1 and IN2 of the first and second systems, which have the equal transmitting speed and are synchronized, are inputted to CMI coders 1 and 2 and converted to CMI coded signals. These CMI coded signals are further inputted through first and second converters 4 and 5 to a voltage adder 6 together. On the other hand, the signals IN1 and IN2 are inputted to a logical comparator circuit 3 and the output is inputted to the converters 4 and 5 as a control signal. When the control signal is valid, this converter 4 converts the input of a CMI code '00' or '11' in the '1' of the IN1 to '00' and outputs it. When the control signal from the circuit 3 is valid, the converter 5 converts the input of the CMI code '00' or '11' in the '1' of the IN2 to '11' and outputs it. Therefore, by adding the outputs of the respective converters 4 and 5 at a voltage adder 6, a ternary signal is obtained as an output OUT.
Patent JP-S59104862-A (JP)
Title: Vertical pop-up circuit
Inventor: ISHIBASHI MASAMORI
IPC: H04N3/16
Filed: 1982-12-07
Abstract: PURPOSE:To obtain a prescribed blanking time with low power loss by providing transistor (TR) connecting its emitter to a pop-up power supply and a TR connecting a collector via a resistor and a diode. CONSTITUTION:TRs Q3, Q4 constitute an SEPP output circuit and a vertical deflecting current supplies from a middle point B of the output circuit to a vertical deflecting coil DY. The TRQ3 turns on and the TRQ4 turns off during the vertical blanking period and the potential of the middle point B is increased by a counter electromotive force of the coil DY. The deflecting current flows to a pop-up power supply Vcc2 from the collector of a TRQ11 via the base in this case and the middle point B goes to a potential of nearly Vcc2. On the other hand, although a current is applied to a TRQ12 via a diode D2, since a resistor R2 is selected sufficiently largely, almost no deflecting current flows. The deflecting current is inverted at the latter half of the blanking period and the turning-on of the TRQ12 is kept stably. The TRs Q11, Q12 are restored to the turning-off state at the scanning period, the TRQ3 is turned on and the vertical deflecting current is applied to the coil DY via the TRQ3 from the power supply Vcc1.
Patent JP-H0663717-A (JP)
Title: Die casting machine
Inventor: KOBAYASHI YUKIO
IPC: B22D17/22
Filed: 1992-08-11
Abstract: PURPOSE:To take out a product even if waiting time after die opening is prolonged. CONSTITUTION:A control part 30 supplies a driving signal to a driving part 32. Thus, the driving part 32 shifts a pushing plate 22a to a right direction. When the pushing plate 22a is shifted to the right direction, a limit switch dog pushes the limit switch LS3 to be turned on. Then the switch signal is transformed to CPU 30 through an interface 31 and the CPU 30 stops the driving signal. By this method, pushing pins 20, 21 stop at the position protruded at 10mm from the inner surface of a movable die. In such a manner, just after opening the die, the pushing pins are protruded at 10mm and a casting as the product is separated from the movable die.
Patent JP-S6369219-A (JP)
Title: Molecular beam source cell
Inventor: TAKAGISHI SHIGENORI
IPC: H01L21/26
Filed: 1986-09-10
Abstract: PURPOSE:To make it easy to select the constituting material of a molecular beam source cell, by accommodating the constituting material other than a crucible in a space of the molecular beam source in the inside of a separating wall, and vacuumizing the space of the molecular beam source with a vacuum exhaust equipment. CONSTITUTION:A crucible 2 and constituting materials of a molecular beam source cell other than the crucible 2 are separated into two spaces by arranging a barrier wall 3. In the space S of the molecular beam source in the inside of the barrier wall 3, the constituting materials other than the crucible 2 are accommodated. The space S is vacuumized by vacuum exhaust equipment 10 different from molecular beam crystal growth equipment. As the space S of the barrier wall 3 is vacuumized, a heater 6, thermal shied plates 4 and 18, a thermocouple 5, a cable 11, etc. are not oxidized even in a high temperature state. Thereby, it is facilitated to select the constituting materials of the molecular beam source cell.
Patent JP-S6276548-A (JP)
Title: Semiconductor device
Inventor: IWAI HIROSHI
IPC: H01L29/41
Filed: 1985-09-30
Abstract: PURPOSE:To increase the contact area of a wiring to a substrate even when a contact hole is fined, and to reduce contact resistance remarkably by boring a hole to the surface of the substrate under the contact hole. CONSTITUTION:An n-type impurity is doped selectively to the surface of a p-type silicon substrate 11 to form an n<+> type diffusion layer 12. An SiO2 film 13 is deposited on the whole surface, and the SiO2 film 13 corresponding to one part of the n<+> type diffusion layer 12 is removed selectively by using reactive ion etching to bore a contact hole 14. The surface of the substrate exposed from the contact hole 14 is removed through reactive ion etching while using the SiO2 film 13 as a mask to shape a hole 15. An Al film is deposited on the whole surface, and the Al film is patterned and an Al wiring 16 connected to the n<+> type diffusion layer 12 through the base and inner side surface of the hole 15 under the contact hole 14 is formed.
Patent JP-2000047844-A (JP)
Title: Recording device and recording control method
Inventor: ISHIKAWA KOHEI
IPC: B41J29/42
Filed: 1998-07-29
Abstract: PROBLEM TO BE SOLVED: To easily change the correspondence relation between a storage medium and an identification information for identifying the medium by retrieving and activating registered application software according to the identified kind of the storage medium and performing recording operation on the storage medium stored in a fitted cassette. SOLUTION: The currently loaded cassette is detected to acquire an identification pattern (500) and according to the identification pattern, the form kind related to a menu screen is retrieved (S501). When it is judged that the form kind corresponding to the acquired identification pattern is registered (S502), the application corresponding to the recognized pattern is activated (S506) on condition that the retrieval of the application file is successful (S505). Once the application is activated, a specific screen is displayed on a CRT monitor.
Patent JP-S6458069-A (JP)
Title: Method and device for input of fingerprint picture
Inventor: DATE KAZUAKI
IPC: G06T1/00
Filed: 1987-08-28
Abstract: PURPOSE:To obtain a fingerprint picture free from fluctuation by photographing the fingerprint picture at a time point when a minute strain is given to a finger in the fixed direction in case the finger is pressed to a transparent substance like a prism, etc., to obtain a fingerprint picture. CONSTITUTION:A finger 1 is pressed onto a face 2a of a prism 2 and the prism 2 is turned clockwise so that a pressing direction 11 is obtained based on a point 15 of force. The direction 11 can be divided into a vertical component 13 and a horizontal component 14. Furthermore the prism 2 can produce a clockwise turning force 12 rectangular to a line 2b connecting the point 15 and a rotary axis 3. Therefore the prism 2 has the contracting force of a spring 4. In this case, a minute strain of a fixed direction is applied to the fingerprint on the contact surface 2a between the finger 1 and the prism 2 by the reaction 14' of the component 14. Thus it is possible to eliminate the strains of the fingerprint caused by the pressing direction and the deflected pressing force of the finger 1.