baber/WOPTO huggingface dataset:
Patent JP-H09138204-A (JP)
Title: Method and apparatus for measurement of reaction heat
Inventor: KOMIYAMA SHIGEO
IPC: B01J19/00
Filed: 1995-11-14
Abstract: PROBLEM TO BE SOLVED: To measure reaction heat at low costs and with high accuracy. SOLUTION: A quantity of heat Q which is computed by a quantity-of-heat computing device 13 is supplied to a subtracter 14 as a quantity of heat Qx which is carried by a heat medium, the quantity of heat Qx is subtracted from a quantity of dissipated heat Q1 to a content from a reactor wall, and a subtracted valye Qx-Q1 is supplied to an integrator 15. The subtracted value is integrated by the integrator 15, it is divided by the product of the specific heat Cv of a reactor 1 multiplied by mass Mv, and the the temperature Tv of the reactor 1 is computed. The computed temperature Tv is supplied to a subtracter 16, and the temperature Tm of the content is subtracted from the temperature Tv.  A subtracted value Tv-Tm is multiplied by a thermal conductivity K1 and a heat conduction area A1 by means of a multiplier 17, and the quantity of dissipated heat Q1 to the content from the reactor wall is computed. The temperature Tm of the content is supplied to a differentiator 18 so as to be differetiated, it is multiplied by specific heat Cm and mass Wm, and a quantity of heat Qr+Q1 is computed. The quantity of dissipated heat Q1 is subtracted from the quantity of heat Qr+Q1 by means of a subtractor 19, and reaction heat Qr which is corrected with sensible heat is computed.
Patent JP-H07145892-A (JP)
Title: Universal coupling
Inventor: TAHARA MASAHIRO
IPC: F16L27/02
Filed: 1993-11-25
Abstract: PURPOSE:To provide an universal coupling which is constituted to reduce the generation of rotational resistance between pipe bodies during regulation of a connection angle as watertightness is held and to facilitate matching of a connection angle with a desired value. CONSTITUTION:A rotary lever 17 serving as a lock member which is protruded inward for locking so that a male type flange part 16 is brought into a state where it is fitted in from a state where it is inserted is arranged to a female type flange part 15. A recessed part 19 to be locked which is pressed against an outer peripheral surface on the tip side by the rotary lever 17 to lock the male type flange part 16 in an antislip direction is formed in the male type flange part 16. Besides, a seal member 18 which is brought into contact with the inner peripheral surface of the female flange part 15 for seal in a state to be fitted in and locked is arranged to the male type flange part 16.
Patent JP-H08138398-A (JP)
Title: Semiconductor memory device
Inventor: USAMI MASAMI
IPC: G11C11/413
Filed: 1994-11-04
Abstract: PURPOSE: To enhance the efficiency of fault relieving due to redundancy construction. CONSTITUTION: A defect present in one memory mat is remedied by sharing redundant bit lines BL0', BL0'*, BL1', BL1'*, present in adjacent mats, between adjacent memory mats MM0 and MM1. Since the redundant bit line of adjacent memory mat can be used, the number of redundant bit lines is decreased and the efficiency of redundancy function is enhanced. Furthermore, the area of semiconductor chip is decreased while increasing the fabrication yield thereof.
Patent JP-S63154788-A (JP)
Inventor: RAMANASAN RABICHIYANDORAN
IPC: C10N30/00
Filed: 1987-11-24
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-H07128483-A (JP)
Title: Controlling for reactor internal pump handling device
Inventor: OGINO MITSUHIRO
IPC: G21C15/243
Filed: 1993-11-02
Abstract: PURPOSE:To reduce exposure to radiation and to save manpower. CONSTITUTION:By placing a guide screw 4 for attaching and detaching RIP (Reactor Internal Pump) motor 3 from an RIP 2 arranged on a pressure vessel 1, a drive mechanism guides and moves up and down the RIP motor 3 according to the rotation of the guide screw 4 driven by a guide screw drive device 5 during maintenance and inspection. A drive motor controlling device 7 controls a drive motor 6. A velocity detecting part 7c detects the close contact of RIP motor 3 with the RIP 2 when a rotation velocity signal lowers below a set signal set in advance, and outputs a termination signal. A sequence circuit 15A releases the operation command after the lapse of a specified time after the operation command was given and when the termination signal is output.
Patent JP-H02215322-A (JP)
Title: Plant-cultivating bed having high loft spinning-fiber
Inventor: TEIMU DEYUUEI KAAPENTAA
IPC: A01G31/00
Filed: 1989-11-13
Abstract: PURPOSE: To form a cultivation bed which is capable of replenishing plants with the air optimum for correct growth of roots and plant cultivation and is easily compressible for the purpose of simple shipping by adopting a structure obtd. by packing relatively high-loft bed materials of crimped spun fibers into bags formed of relatively thin plastic sheets. CONSTITUTION: This cultivation bed is formed of the bags 20 which are formed of the relatively thin plastic materials prohibiting the passage of liquid and air and are substantially closed at their ends and the bed materials 30 of the relatively high loft of the crimped spun fibers 31 in these bags 20. The greater parts of the crimped spun fibers 31 are hydrophobia artificial man-made stable fibers and the remaining small parts of the crimped fibers are hydrophilic stable fibers accelerating the holding of the liquid. Both fibers are blended over the entire part of the bed materials 30 but are not connected to each other and allow the easy formation of holes 21 to accommodate the transplanted plants 12 in the bed materials 30.  The bed materials 30 impart open spaces 32 around the crimped fibers 31 so as to consider the optimum air for the adequate growth of the roots and the plant cultivation.
Patent JP-H11130901-A (JP)
Title: Urethane foam with residual cell membrane changed in thickness direction and production thereof
Inventor: YAMADA KATSUYA
IPC: C08J9/38
Filed: 1997-10-29
Abstract: PROBLEM TO BE SOLVED: To convert the conventional batch treatment for breaking cell membranes of an urethane foam into a continuous treatment and to impart, to thus treated foam, additional properties changing in the thickness direction. SOLUTION: An urethane foam is fabricated into a sheet or block and subjected to a treatment with ultraviolet rays or ultrasonic waves to break the cell membranes. The conditions of treatment are adjusted so that fins 5 (i.e., residues of cell membranes broken) are present at the foam skeleton and that, depending on the conditions of treatment, the ratio of cell membranes 6 remaining as the fins changes in the thickness direction. This change in the ratio of cell membranes remaining as the fins can change the foam properties in the thickness direction. Such an operation not only increases the surface area of the foam but also generates, when ultraviolet rays are used, radicals which increase the hydrophilicity of the foam.
Patent JP-S62151118-A (JP)
Inventor: MORISHITA SHIRO
IPC: A01G1/04
Filed: 1985-12-24
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-H06141770-A (JP)
Title: Production of milky acidic drink
Inventor: KATO YASUHITO
IPC: A23L33/20
Filed: 1992-11-06
Abstract: PURPOSE:To obtain a milky acidic drink excellent in keeping quality regardless of an additional amount of saccharides and having low calorie by acidifying skim milk by the addition of an acid and subjecting the acidified skim milk to homogenizing treatment. CONSTITUTION:An acid such as lactic acid is added to a skim milk to acidify the skim milk, preferably to pH 3.3 to 3.8. Then, the acidified skim milk is subjected to homogenization using a homogenizing, etc., so that skim milk solid content of the final product is pref, 0.6-3wt.% to provide the objective drink. Furthermore, saccharides can be added to the skim milk, as necessary, before adding the acid, but additional amount of the saccharides are restricted to be preferably <15wt.% based on total amount of the skim milk and saccharide.
Patent JP-H10137567-A (JP)
Title: Method for mixing two materials, reaction method, reaction stopping method and device
Inventor: UEDA AKIRA
IPC: B01F3/08
Filed: 1996-11-08
Abstract: PROBLEM TO BE SOLVED: To mix two materials in an outer vessel at a high temp. by introducing one material into an outer vessel made of glass along with an inner vessel contg. the other material, closing the outer vessel, then heating the outer vessel to heat both materials and shaking the outer vessel to break the breakable part of the inner vessel. SOLUTION: A mixer 1 is produced first in this mixing method. Namely, one sample is put in a small-diameter glass tube, and the tube is sealed to obtain an inner tube 2. The other sample and the inner tube 2 are introduced into a large-diameter glass tube as an outer tube 4, and the outer tube is sealed to obtain the mixer 1. The mixer is placed in an electric furnace and heated to heat the samples. When heated to a specified temp., the mixer 1 is brought out from the electric furnace and then shaken to break the inner tube 2, and the two samples are mixed in the outer tube 4. A desired compd. is formed or a reaction is stopped in the same procedure as the procedure in this mixing method.
Patent JP-H04170548-A (JP)
Title: Pattern forming method
Inventor: KURIHARA MASAAKI
IPC: G03F7/039
Filed: 1990-11-01
Abstract: PURPOSE:To form a resist pattern of high accuracy by processing a substrate surface with alkaline liquid before applying a resist onto a substrate so as to prevent a phenomenon in which a skirt part of the pattern bites in the inside in the case that the resist pattern is formed. CONSTITUTION:Before a resist solution of chemical amplification type is applied onto a substrate 1, its surface is brought into contact with alkaline liquid by immersing the substrate in the alkaline liquid or applying it and so on, thereafter a resist thin film is formed by a prebake to form a resist pattern 2 by rinsing the substrate 1 developed after an exposure by pattern irradiation of ionizing radiation to the resist thin film. In this way, a phenomenon, in which a skirt part 3 of the resist pattern bites in the inside, can be prevented, and the high accurate resist pattern 2 can be formed.
Patent JP-H05131595-A (JP)
Title: Water-swelling anisotropic elastomer molding
Inventor: SHIOYAMA TSUTOMU
IPC: B32B25/02
Filed: 1991-11-13
Abstract: PURPOSE:To provide a water-swelling, anisotropic elastomer molding having an extremely high degree of water swelling in a specific direction. CONSTITUTION:The water-swelling, anisotropic elastomer molding comprises a composite sheet or a laminate of a plurality of such composite sheets, each of the composite sheets consisting of the woven or nonwoven fabric coated with a high water-swelling elastomer or the woven or nonwoven fabric having an additional high water-swelling elastomer sheet attached thereto.
Patent JP-H09136979-A (JP)
Title: Production of water-repellent composite particle and water-repellent material using the same
Inventor: OHASHI MITSUYA
IPC: C23C14/12
Filed: 1995-11-15
Abstract: PROBLEM TO BE SOLVED: To produce water-repellent composite particles by vapor-depositing a low-molecular- weight PTFE on primary particles having mechanical strength higher than that of the low- molecular PTFE and to obtain a water-repellent material by forming a rough surface of water-repellent composite particles on the surface of a substrate. SOLUTION: A low-molecular-weight PTFE 6 of a molecular weight of 500-15,000 in an amount of e.g. 5g and 50g of primary particles having a mechanical strength higher than that of the low-molecular weight PTFE and a mean particle diameter of 0.01μm to 1mm are fed into the fluidized bed vapor deposition apparatus of a water-repellent composite particle production apparatus, the temperature of a tube wall heater 2 is set at 200 deg.C, the temperature of bottom heater 3 is set at 350 deg.C, and the mixture is heated and is given a linear velocity at which the compositing material 7 can be fluidizied by means of a circulation pump 5, and the vapor deposition is performed for 30min to obtain water-repellent composite particles. That portion of the low-molecular PTFE which does not form any film but precipitates as a power is collected with a cyclone 4.  Next, a one-pack epoxy resin is applied to, e.g. a glass substrate, and the obtained water-repellent composite particles are sprayed so that the entire surface of the coated substrate may be covered with the powder. Before the resin layer is completely cured, a glass plate is laid on it, and the assembly is cured at 150 deg.C to obtain a water-repellent composite material.
Patent JP-H11128048-A (JP)
Title: Infinite orbit carrier path food and drink-providing method and consumption information-obtaining device
Inventor: TANAKA KUNIHIKO
IPC: A47F10/06
Filed: 1997-10-29
Abstract: PROBLEM TO BE SOLVED: To provide sushi desired by a customer on a rotary sushi conveyor. SOLUTION: A placement information storage means 3 stores the kind of food and drink placed in an individual placement area as placement information at every placement area at the time of supply. A food and drink existence judging means 5 judges whether food and drink are placed in the individual placement area or not. A consumption food and drink kind information-obtaining means 7 obtains the kind of consumed food and drink as consumption food and drink kind information based on the judgement of the means 5 and placement information. A kind reporting means 9 reports the kind of food and drink to be supplied to the individual placement area based on the consumption food and drink kind information.
Patent JP-2000117923-A (JP)
Title: Lamination jig for flexible sheet material
Inventor: AOIKE YUKIO
IPC: B32B37/00
Filed: 1998-10-20
Abstract: PROBLEM TO BE SOLVED: To provide a jig for laminating two flexible sheet materials such as cloths or web sheets without generating wrinkles or the like. SOLUTION: A lamination jig 1 consists of a pair of laminating plates 4, 5 in a spread state and a comb-shaped pressing jig 3. A pair of the laminating plates 4, 5 in a spread state are placed on a flat place and sheet materials are arranged on a pair of the respective laminating plates and, succeedingly, the sheet material is fixed by placing the pressing jig 3 on one laminating plate to be superposed on the other laminating plate so that the sheet materials are opposed and, finally, by pulling off the pressing jig 3, a laminate of two sheet materials is formed. The laminating plates are opened to obtain the laminate.
Patent JP-2001114970-A (JP)
Title: Diolefin polymer composition, its preparation method, and vulcanizable rubber composition
Inventor: KOBAYASHI NAOICHI
IPC: C08F36/02
Filed: 1999-10-19
Abstract: PROBLEM TO BE SOLVED: To provide a polymer composition which has a good processibility, has been remarkably improved in characteristics such as wet skid properties, low hysteresis properties (low rolling resistance), and abrasion resistance, and is used especially for tire treads intended for lower fuel consumption and greater safety; a method for producing the polymer composition; and a vulcanizable rubber composition based on the polymer composition. SOLUTION: A diolefin polymer composition is provided which comprises (A) a conjugated diolefin homopolymer or a copolymer of a conjugated diolefin and an aromatic vinyl compound, the homopolymer or copolymer having amino groups and (B) a conjugated diene homopolymer or a copolymer of a conjugated diolefin and an aromatic vinyl compound, the homopolymer or copolymer having amino groups and at least one kind of group selected from among alkoxysilyl, hydroxyl and tin-containing groups, provided one of (co)polymer A and (co)polymer B has a wt. average mol.wt. of 1,000-90,000 and the other has that of 90,000-2,000,000. A method for producing the polymer composition is also provided, together with a vulcanizable rubber composition prepared by using the polymer composition.
Patent JP-H11131108-A (JP)
Title: Functionally gradient fe-cu-c metallic sintered body containing ceramic particle
Inventor: HIROSE MASAHITO
IPC: F01L3/02
Filed: 1997-10-29
Abstract: PROBLEM TO BE SOLVED: To particularly improve the wear resistance, corrosion resistance, hardness and fracture toughness of a sintered body by executing carburization from the side of the face to be contacted with a valve, allowing the content of carbon to be gradient and allowing the face to be contacted with a valve or the vicinity thereof to have the maximum value of the content of carbon. SOLUTION: A powdery mixture of iron-reduced powder and copper-reduced powder is subjected to hydrostatic compacting. The compacted body is sintered in a reducing atmosphere for preventing the oxidation thereof. As for the treating conditions, its temp. is raised at a temp. rising rate of about 5 to 15 deg.C/min in a hydrogen atmosphere, it is held at a holding temp. of 100 to 1300 deg.C for about 2 to 5 hr, and, after that, its temp. is reduced at a temp. reducing rate. of about 5 to 15 deg.C/min. The obtd. sintered body is added with carbon powder, and carburizing treatment is executed. In this way, the distribution of the concn. of carbon can be made gradient in the sintered body, simultaneously, the structure having directional properties to carbirized thin coating can be obtd. in the vicinity of the carburizing treated face, and the structural form can also be made gradient.  As a result, its thermal and mechanical properties such as hardness, thermal conductivity or the like can be made gradient.
Patent JP-H02143360-A (JP)
Title: Dma transfer control circuit
Inventor: FUKUNAGA MASAYUKI
IPC: G06F13/28
Filed: 1988-11-24
Abstract: PURPOSE:To improve the throughput of a CPU by electrically separating a bus between a memory area (local memory area) to execute a program by the CPU and a memory area (buffer memory area) necessary for a DMA transfer. CONSTITUTION:When a CPU 101 is going to access a buffer memory part (BM) 104 during the DMA transfer, a comparator (CMP) 108 compares the content of a temporary storage circuit (TM) 109 and a bus (ABUS), and sends out a match signal (MATCH) to a bus hole signal control circuit (BHDC) 110. In this case, since the BHDC 110 does not send out a bus hold acknowledgement signal (KDACK) to a DMA control part (DMAC) 102, the DMAC 102 temporarily suspends the DMA transfer. Since the BHDC 110 controls a gate circuit (GAT) 106 and electrically connects the CPU 101 and the BM 104, the CPU 101 accesses the BM 104. When the CPU 101 completes the access to the BM 104, the bus for the CPU 101 and the BM 104 is electrically interrupted again, and the DMA transfer is resumed. Thus, the throughput of the CPU 101 can be improved.
Patent JP-H11113787-A (JP)
Title: Toilet paper holder
Inventor: MATSUMOTO OSAMU
IPC: A47K10/36
Filed: 1997-10-15
Abstract: PROBLEM TO BE SOLVED: To provide a toilet paper holder for executing paper cutting operation by a single hand and by one operation without the troublesomeness of executing paper cutting operation by one hand while pressing by the other hand lest a paper cutting member escapes upward at the time of taking out a toilet paper from a roll to execute paper cutting operation. SOLUTION: The toilet paper holder is provided with supporting parts 20 and 22 rotatably supporting a toilet paper roll 24 and the paper cutting member 16 for cutting a prescribed length part on the side of the tip part 24A of the toilet paper from the toilet paper roll. Then the member 16 is pressed upward from a lower side with respect to the roll 24.
Patent JP-H02145731-A (JP)
Title: Method for removing copper ion from chloride solution
Inventor: TSUCHIDA NAOYUKI
IPC: C22B15/00
Filed: 1988-11-25
Abstract: PURPOSE:To use an Ni chloride soln. contg. Cu as an Ni electrolytic soln. by adding Ni matte contg. Ni3S2 and S to the Ni chloride soln., converting CuCl3<2-> in the soln. into Cu2S and reducing the amt. of Cu ions in the soln. CONSTITUTION:Ni matte of <=100mum grain size is added to an Ni chloride soln. contg. Cu so as to regulate the molar ratio of Ni in the Ni matte to Cu in the soln. to >=3. The soln. is then stirred at 40-70 deg.C for >=30min and Ni matte and S of <=100mum grain size are further added to the soln. The amt. of the Ni matte added is regulated to >=10 times the theoretical amt. of Ni matte required to convert CuCl3<2-> in the stock soln. into Cu2S with metallic Ni and Ni3S2 in the matte. The amt. of the S added is regulated to >=20mol per 1mol Cu in the stock soln. The concn. of Cu in the soln. is reduced to <=0.001g/l after the end of a Cu removing stage.
Patent JP-2001119847-A (JP)
Title: Cable
Inventor: KIMURA KAZUHIRO
IPC: B29C45/14
Filed: 1999-10-20
Abstract: PROBLEM TO BE SOLVED: To provide a cable where the shield cover and ferrule of a connector can be used in common, regardless of the original form of the cable to which the connector is attached and fixed. SOLUTION: This is a cable where a base part 40, the external form of the cross section of whose terminal 251 is made into a circular form equal to the external form of the cross section of the cable terminal of a general cable by applying insert molding of synthetic resin to the terminal 251 of the cable 25, is made, and a ferrule 27 is fitted on the base part 40, and the shield cable 30 of the cable 25 is folded back to the surface of the ferrule 27, and the rear end of the shield cover 2 is fitted on the surface of the shield cable 30, and the shield cover 22 and the ferrule 27 are calked to the base part 40.
Patent JP-2001116751-A (JP)
Title: New immunocomplex transference measurement method
Inventor: ISHIKAWA EIJI
IPC: G01N33/543
Filed: 1999-10-20
Abstract: PROBLEM TO BE SOLVED: To provide a method that has simpler reagent configuration and can perform the same high-sensitive measurement as compared with a conventional immunocomplex transference measurement method, and a method that has the same reagent configuration and can perform quicker measurement as compared with the conventional immunocomplex transference measurement method in the immunoassay of antigen substances or antibodies in liquid to be inspected. SOLUTION: After an immunocomplex containing a substance to be measured is formed in a carrier once, the carrier is incubated in solution containing a surfactant with proper concentration, thus dissociating the immunocomplex on the carrier while a complex is being maintained, and capturing the dissociated immunocomplex with for example another carrier for measuring.  In this manner, without using any special reagent families required by a conventional immunocomplex transference measurement method, the adsorption of mixed protein to a solid phase that was the weak point of the conventional sandwich method and/or the generation of background signals caused by the adsorption are appropriately suppressed, thus highly sensitively measuring antigen substances or antibodies in liquid to be inspected, and hence improving reaction efficiency in the dissociation process of the immunocomplex in an immunocomplex transference measurement method by using together with a conventional one.