baber/WOPTO huggingface dataset:
Patent JP-H02225954-A (JP)
Title: Laminate evaporator
Inventor: SUZUMURA KEIJI
IPC: F25B39/02
Filed: 1989-02-28
Abstract: PURPOSE:To reduce pressure loss by connecting a refrigerant introduction tube to a refrigerant distribution line at the longitudinal center and a refrigerant discharge tube to a refrigerant accumulation part at the longitudinal center, respectively. CONSTITUTION:Liquid refrigerant condensed by a condenser after passing through a receiver passes through an expansion valve and is introduced into an evaporator, where it is introduced into an evaporator body by a refrigerant introduction tube 4 which goes around from the front surface thereof with respect to a direction 16 of an air flow to the rear surface thereof. A refrigerant distribution line 14 constructed with a number of tanks 13 is equally divided at a connection portion 17, and hence the refrigerant is divided into right and left system s and is forced to flow into the evaporation body. Further, the refrigerant is uniformly distributed to flow through the interior of a U-shaped tubes each with a rib 11 and evaporated to cool air through corrugated fins 6. The refrigerant after evaporated is again accumulated to the center from the upper portions of the right and left sides through refrigerant accumulation lines 15 constructed with the group of tanks 13 divided by the connection portion 17, and sucked into a compressor through a refrigerant discharge tube 15. Temperature distribution of cooling air is prevented from being made non-uniform to increase heat exchange efficiency.
Patent JP-S60190682-A (JP)
Title: Fuel-less engine
Inventor: MATSUI KUNIO
IPC: F03G3/00
Filed: 1984-03-10
Abstract: PURPOSE:To produce energy from the gravity by producing the rotary force through utilization of gravity. CONSTITUTION:Inner and outer rotary vanes 5, 6 having the centers of rotation different in vertical direction are provided. A crank arm 8 fixed with a heavy material 7 is supported by said vanes 5, 6. Then said vanes 5, 6 are rotated simultaneousy. Consequently, the heavy material 7 will move radially through the function of the outer vane 6 to produce the differential moment through respective heavy material, thus to spin said vanes 5, 6. A generator 10 is oprated by said rotary force.
Patent JP-S59173994-A (JP)
Inventor: SUZUKI SHIYUNICHI
IPC: G03B27/54
Filed: 1983-03-23
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-H01222029-A (JP)
Title: Manufacture of whisker reinforced metal composite material
Inventor: FUKAZAWA MINORU
IPC: C22C47/00
Filed: 1988-02-29
Abstract: PURPOSE:To manufacture a whisker reinforced metal composite material quickly and smoothly by preheating the composite body dispersing a whisker in a matrix metal and pressurizing/solidifying after bringing the matrix metal into contact by heating at more than the freezing point. CONSTITUTION:The whisker reinforcing material of SiC, Si2N4, etc., is combined by dispersing it into the matrix metal of Al, Mg or those alloys, etc., and the composite body 10 subjected to plastic working is preheated to the freezing point of said metal, -50 deg.C liquids line temp. - freezing point or liquids line temp. The Vf of the whisker of this composite body 10 is preferably at 10-35%. Said preheated composite body 10 is arranged in a melting dispersion chamber 3 and subjected to vacuum exhausting from an evacuation hole 1. On the other hand the same metal as said matrix metal is fed from an inlet port 4 into a molten metal chamber 7 at its freezing point, liquids line temp. - freezing point or liquids line temp.+50 deg.C. Said molten metal is poured into the melting dispersion chamber 3 from an injection hole 6 by lifting a plunger 5 and the composite material 10 is melted and dispersed. A composite body 11 is thereafter obtd. by pressurizing/solidifying those by a plunger 2 in a freezing chamber 9.
Patent JP-H08238811-A (JP)
Title: Printing apparatus, information processing apparatus, printing system, and printing method
Inventor: KIMURA TAKEO
IPC: H04N1/21
Filed: 1995-03-07
Abstract: PURPOSE: To realize efficient transfer of printing data and to improve efficiency in printing multiple copies of each object. CONSTITUTION: Printing of the first copy is judged in a step S303, if judged to be the first copy processing, printing data in each page are transferred to a printer in a step S304 or a step S308, the printing data are compressed and stored in the printer, and the presence of a vacant area in a page memory is surveyed every time. If no vacant area is found, the compressed data are transferred from the printer to be stored in information processing equipment, and the printing data are eliminated from the page memory after printing. In the processing of the second copy, the presence of printing data in the page memory is judged in a step S310, if found to be present, the printing data are extended for printing; if found to be absent, the printing data stored in the information processing equipment are transferred and extended for printing.
Patent JP-H11247623-A (JP)
Title: Built-up hollow camshaft
Inventor: INOUE MASAHIRO
IPC: F16H53/02
Filed: 1998-02-27
Abstract: PROBLEM TO BE SOLVED: To enhance the bonding strength of a cam lobe with a hollow shaft without producing excessive tensile stress in the cam lobe. SOLUTION: Recessed parts 11, 11a are formed in the inner circumferential surface of a cam lobe 4. When the cam lobe 4 and a hollow shaft are connected to each other, a part of the diameter of this hollow shaft is enlarged, and the peripheral part of this hollow shaft is bitten into both the circumferential end edges 17, 17a of the recessed parts 11, 11a. The crosswise size of the recessed part 11a formed in the center part of a thicker nose part 16 is narrowed. In a part of this recessed part 11a, the peripheral part of the hollow shaft is strongly bitten into both the circumferential end edges 17a, 17a of this recessed part 11a, therefore the strength of an engaging part is enhanced.
Patent JP-S62204834-A (JP)
Title: Pipeline stirring apparatus
Inventor: SHOJI YUICHI
IPC: B01F15/00
Filed: 1986-03-06
Abstract: PURPOSE:To obtain a pipeline stirring apparatus reduced in pressure loss and prevented from corrosion, by a method wherein a second fluid is made to flow in the first fluid flowing through a first pipeline from a second pipeline through a hollow yarn membrane and both fluids are stirred. CONSTITUTION:A pipeline 2 having a hollow yarn membrane filter 1 arranged thereto is connected to the elbow part of a transport pipe 3 through which a first liquid 4a flows. A second liquid 4b to be mixed is supplied from a pipeline 2 to be filtered by the hollow yarn membrane filter 1 and subsequently mixed with the first liquid 4a in a transport pipe 3 under stirring. At this time, the suspended particles in the second liquid 4b are caught on the surface of each hollow yarn membrane 1a having a surface pore size of about 0.1-10mum. Therefore, the second liquid 4b is discharged into the transport pipe 3 as a clean liquid from the pores 10 provided to the terminal of the hollow yarn membrane. Because the pores 10 at the terminal of the hollow yarn membrane are small in a pore size and a large number of the hollow yarn membranes are provided, a second liquid 4b becomes a uniform fluid and is injected into a first liquid 4a over an extremely wide range and both liquids are mixed uniformly.
Patent JP-S59189492-A (JP)
Title: Door mechanism for equipment operation part
Inventor: FUUBERUTO RITSUTOUMAISUTAA
IPC: G07F7/10
Filed: 1984-03-14
Abstract: In a door arrangement (20) for the control panel (14) of an apparatus (12) with a door leaf (26) movable by motor, on the inside of which leaf a sensing arrangement is arranged, the sensing element is formed by a contact strip (40) extending over the total length of the closing edge (30) of the door leaf (26), which strip is movably guided on the inside of the door leaf at an acute angle  alpha  to the plane of the door leaf in such a way that in its first position it at least approximately touches or intersects the plane of the outer face (26) of the door leaf. The contact strip (40) is guided in a guide strip (32) which extends over the total length of the closing edge (30) and is fastened to the door leaf (26), which guide strip shows a guide groove (38) for receiving the contact strip (40).
Patent JP-H11249346-A (JP)
Title: Recording device for continuous paper
Inventor: HOSHI NOBUYOSHI
IPC: G03G15/00
Filed: 1998-02-27
Abstract: PROBLEM TO BE SOLVED: To perform double-sided printing by one printer consisting of a pair of printing units by cutting the middle of continuous paper whose front surface has been printed, temporarily taking it up, and automatically introducing it to a printing means again so that the back surface thereof may be printed. SOLUTION: The continuous paper 5 whose front surface has been printed is taken up to a take-up roll 341 in a paper partway housing means 34. The paper 5 is cut by a cutter 6 being a paper cutting means in optional timing partway through operation, and the paper 5 whose front surface has been printed is perfectly taken up to the roll 341. Then, the paper 5 taken up is automatically introduced into a paper carrying means 31 via a paper loop carrying means 35 shown by a broken line again at high speed in a state where the point P of the edge cut by the cutter 6, that means, the trailing edge of the paper 5 taken up is set as the head. At the place of the carrying means 35, the front surface of the paper 5 where a toner image is recorded is the upper surface of the paper 5, and the back surface is the lower surface.
Patent JP-H03250591-A (JP)
Title: Control apparatus
Inventor: SHIBATA AKIHIRO
IPC: G06F3/06
Filed: 1990-02-28
Abstract: PURPOSE:To respond adequately to a mark error of a card by reading a mark of a card, discriminating between failure of reading a mark and information error of the mark according to the read content, and displaying different manifestation respectively. CONSTITUTION:A CPU 20 reads a mark sheet with a card reader and saves the first data in a RAM 24. Whether a mark sheet and a column signal exist or not is determined by a first error determining means. Then, after prescribed time such as 10ms, the second data of a mark is put in and whether an operational signal exists or not is determined. Further, agreement of the data of the first time and the second time is determined and if agreed, reading of the mark is determined to be normal and when input is carried out to the last column, data from the first column is checked successively by a second error determining means. At least two marks or data discrepancy are determined and error classification is displayed with a different error number, respectively. In this way, a control apparatus can respond adequately to a mark error of a card.
Patent JP-S63214896-A (JP)
Inventor: TAKESHIMA TOSHIO
IPC: G07F11/00
Filed: 1987-03-04
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-H07263298-A (JP)
Title: Method of forming resist pattern
Inventor: YAO TERUYOSHI
IPC: G03F7/26
Filed: 1994-03-17
Abstract: PURPOSE:To provide a method of forming resist patterns improving a cross-sectional shape of resist and reducing dimensional vatiations. CONSTITUTION:In a method of forming resist patterns, a transparent film of two layers or more such as a pad silicon oxide film 2, a silicon nitride film 3, and the like is formed, for example, on a silicon substrate 1, and a film 4 having sensitivity such as photoresist etc., is formed on the transparent film and selectively exposed to light to make etching resistance. and the portion of the film 4 having sensitivity in which the etching resistance is not made is removed by etching. A refractive index of the transparent film of two layers or more is regulated and a standing wave ratio of exposing lights generated in the film having sensitivity is reduced. Also, the refractive indexes of the transparent film of two layers or more and the film having sensitivity and a film thickness are regulated and positions of antinodes and nodes of the standing wave of exposing lights are set, and skirting of resist bottoms and reducing of resist topsare restricted.
Patent JP-H03250460-A (JP)
Title: Coding signal recording for audio signal and recording and reproducing device
Inventor: NAKAJIMA KOJI
IPC: G11B20/10
Filed: 1990-02-28
Abstract: PURPOSE:To suppress the occurrence of pulse noise at an overwriting point by forcibly conforming a coding frame to a recording frame with a frame setting signal at the time of overwriting and starting recording accordingly. CONSTITUTION:A coding frame reset signal S3 is outputted in advance by a reset signal generating part 3 in order to conform the lead of the coding frame to the rising edge of a frame synchronizing signal S5 of the recording frame of a signal recording and reproducing part 4 at an overwrite starting point based on a reference of the frame synchronizing signal. A recording input signal is compressed and coded by a signal compression part 2 with the reset coding frame to output a recording coding signal S4, and recording is started from a recording starting point by a signal recording and reproducing part 4. By this constitution, the recording can be performed with a synchronization pattern of the coding frame conformed to the head of the recording starting point, and without misinterpreting one part of the coding signal after overwriting at the time of reproducing, the occurrence of an abnormal sound, such as pulse noise, etc., can be suppressed at the overwriting point.
Patent JP-S55138994-A (JP)
Title: Remote control system
Inventor: ICHIMURA AKIRA
IPC: G08C25/02
Filed: 1979-04-18
Abstract: PURPOSE:To exactly perform a control in the same transmission line and the same frequency band, by intermittently transmitting a control signal from the control side, and intermittently transmitting a receiving confirmation signal in response to the control signal, to the control side from the controlled side, in case of a remote cotrol by radio or wire. CONSTITUTION:A remote control system is constituted by coupling by radio or wire the control side and the controlled side which are equipped with a transmitting signal amplifier 46, a receiving signal high frequency amplifier 48 and a transmitting and receiving signal changeover control circuit 49, respectively. To the control side of this system is relayed a conrol pulse from the pulse generating circuit 12, the pulse signal is stored temporarily, it is compared with a confirmation signal which is sent from the cotrolled side, a temporary memory circuit 41 which controls a transmitting and receiving changeover gate conrol circuit 42 is provided, and a control signal is transmitted intermittently to the controlled side. Moreover, in the controlled side is provided a mechanism which transmits a receiving confirmation signal to the control side when the aforesaid intermitted control signal is being intermitted, and confirmation of control in the same transmission line and the same frequency band can be carried out exactly by monitoring the above confirmation signal by the monitor device 50 of the control side.
Patent JP-H08216160-A (JP)
Title: Mold for molding resin
Inventor: TSUDA MANABU
IPC: B29C33/38
Filed: 1995-02-13
Abstract: PURPOSE: To extend the life of a mold for molding an epoxy resin or the like by using a hard alloy enhanced in corrosion resistance against corrosion generated from the initial stage of use to enhance the hardness of the mold. CONSTITUTION: A WC base hard alloy of which the bonding phase is 3-10% of a Co-Cr type bonding phase is characterized by that the particle size of the sintered element thereof is 0.6μm or less and constituted by replacing a part of WC with a metal selected from Ta, Nb, V and Mo, carbide, nitride or carbonitride thereof within a range of 5wt.% or less.
Patent JP-H01224136-A (JP)
Title: Slurry mold wash and sliding material
Inventor: KITAHARA AKIRA
IPC: B22C3/00
Filed: 1988-03-01
Abstract: PURPOSE:To prevent the sedimentation/cohesion of a graphite at reserving time by contg. the specified wt.% of a graphite of less than specified grain diameter, the specified % of an interface active agent and the specified % of a cellulose ether and making them at specified viscosity (value at 25 deg.C). CONSTITUTION:The viscosity is adjusted to 500-15,000cps (value at 25 deg.C) as well as containing 20-40wt.% graphite of <=30mum grain diameter, 0.15-3% surface active agent and 0.1-3% cellulose ether. A flaky graphite and earthy graphite are excellent in heat resistance and corrosion resistance and heat resistance and corrosion resistance and used as a coating form and sliding materials by crushing in a proper grain size and making in a slurry by dispersing in a water. The surface active agent is necessary for dispersing a hydrophobic graphite in a water and especially nonionic surface active agent is preferable. The sedimentation/cohesion of a graphite is prevented by adjusting the viscosity of the coating form and sliding material to an optimum value by adding the cellulose ether in a proper amt. The spreading and adhesion onto a coating face are thus good without causing any sedimentation/cohesion at graphite reserving time and the coating face excellent in slidability can be formed.
Patent JP-S59174122-A (JP)
Inventor: WATABE RISABUROU
IPC: A47J41/02
Filed: 1983-03-24
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-S60191745-A (JP)
Title: Three-dimensional copying
Inventor: TANAKA MASARU
IPC: B23Q35/12
Filed: 1984-03-13
Abstract: PURPOSE:To permit three-dimensional copying work at high speed with high precision by obtaining a tangential vector from the detection values at least at two points of the concaved and convex parts on a model surface and obtaining a nomral vector from the values at least at three points and instructing a tool to work. CONSTITUTION:As for a three-dimensional working machine, a table 2, main spindle head 6, and a main spindle 7 onto which a cutting tool 8 is mounted are position-controlled in the X-, Y-, and Z-axes directions on the basis of the instruction supplied from an NC apparatus 11, and the values at present are feedback-processed to the NC apparatus 11 by a detector 13. While, a copying apparatus having the same structure to the working machine is used, and a table 22, copying head 26, and a copying shaft 28 onto which a copying sensor 27 in noncontact system is installed are position-controlled in the X-, Y-, and Z-axes directions, and the values at present are feedback-processed into the NC apparatus 11 by a detector 15. A normal vector is obtained by a calculating apparatus 18 according to the data at several points which are read through the oscillation of the several points where measurement by a detecting-filler driving apparatus 16 is performed.
Patent JP-S62206739-A (JP)
Title: Manufacture of color-selection mechanism in cathode-ray tube
Inventor: SUMIYOSHI HIROJI
IPC: H01J9/14
Filed: 1986-03-05
Abstract: PURPOSE:To resolve problems requiring complicated adjustment and selection or so, by performing heat treatment at a specific temperature for a color-selection electrode which is formed of a metallic thin plate with electron-beam transmitting openings provided and then mounting this electrode on a supporting frame. CONSTITUTION:Plural rows of electron-beam transmitting openings 4a, whose long axes are in vertical directions, are arranged in a metallic thin plate by photo-lithography. Then, heat treatment for the color-selection electrode 4 formed of this metallic thin plate is performed at the maximum temperature thereafter subject to it, e.g., at about 470 deg.C. The electrode 4 is then placed on an electrode supporting plane 5a of the supporting frame 5. In this case, a receiving board 9 is arranged inside the supporting frame 5. This receiving board 9 has a receiving plane 9a, with the electrode 4 mounted astride the receiving plane 9a and the said supporting plane 5a. Thus, the electrode 4 is bent by its own weight so that it comes along the receiving curved plane 9a of the receiving board 9 and the terminal curved plane 5a of the frame 5 from above. The electrode 4 and the supporting frame 5 are welded under this state at the part facing the electrode-supporting plane 5a.
Patent JP-S54140483-A (JP)
Title: Semiconductor device
Inventor: SHIBA HIROSHI
IPC: H01L21/033
Filed: 1978-04-21
Abstract: PURPOSE:To obtain the flat electrode wiring line by coating the poly-crystal Si thin film on the surface of the semiconductor substrate, adding the impurity selectively into the substrate through the Si thin film and then converting the Si thin film at the area the impurity passed through into SiO2. CONSTITUTION:At the both ends of N-type Si substrate 31, N-type region 32 for channel prevention is formed along with SiO2 film 33 for insulation of electrode wiring line on region 32, and gate SiO2 film 34 is coated at the center part on the surface of substrate 31. Then the entire surface is covered with poly-crystal Si thin film 35 and Si3N4 film 36, and the mask of resist film 37 is formed on the region of the electrode wiring line formation. After this, the exposed area of film 36 is removed via etching, and P-type region 38 is formed within substrate 31 with injection of the ion. Then mask 37 is removed, and the exposed area of poly-crystal film 35 is converted to SiO2 film 300 through the heat treatment. At the same time, the impurities in region 38 are diffused to form source and drain region 39. Then the heat treatment is applied again to grow SiO2 film 302 on the surface of film 35 which is then covered with SiO2 film 303. And then wiring line 305 and 306 are coated with installation of the opening.
Patent JP-H11252548-A (JP)
Title: Compression coder and its method
Inventor: TAKASHIMA MASATOSHI
IPC: H04N19/00
Filed: 1998-02-27
Abstract: PROBLEM TO BE SOLVED: To obtain a compression coder and its method that conducts rate control so as to prevent a failure of a decode buffer when an output buffer has such a quantity of data that cannot be read in the case that encoding/ decoding is conducted in real time in a transmission system. SOLUTION: A variable length coding(VLC) circuit 14 applies variable length coding to output data from an encode core section 11 in access units to obtain coded data and gives a header to the coded data in the access units. A controller 15 sets a narrower input/output range of the coded data in an output buffer by a data quantity that cannot be read from a DRAM 13. Furthermore, the controller 15 delays a timing when read-out of the data from the output buffer is started by the time resulting from dividing an offset sum of an initial value to a data quantity equivalent to read-disabled quantity after data of a first access unit are produced in the encode section by a bit rate.