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| № п/п |
Номер патенту |
Назва винаходу та фрагмент реферату | Дата публікації патента |
|---|---|---|---|
| 1 | NO891648D0 |
FREMGANGSMAATE OG APPARAT FOR OPPFAGNING AV SEISMISKE SIGNALER I ET BOREHULL. | 21.04.1989 |
| 2 | JP1105046A |
SPEED CHANGE CONTROL DEVICE FOR AUTOMATIC TRANSMISSION
PURPOSE:To promote the improvement of accelerating and driving quality while suppressing a slip and ensuring a starting quality by performing high speed shift starting with an output of a low mu output means on a low mu road and a shift down by one speed shift after the starting. CONSTITUTION:A control unit 20 inputs each signal of a range position sensor 5, throttle opening sensor 6, car speed se... |
21.04.1989 |
| 3 | JP1105053A |
HYDRAULIC CONTROL DEVICE FOR V BELT TYPE CONTINUOUSLY VARIABLE TRANSMISSION
PURPOSE:To promptly perform a shift down even with transmitting torque in a small value by not only changing a speed change ratio control oil pressure but also increasing or decreasing a load thrust control oil pressure from the steady value in the time of coast down. CONSTITUTION:A controller 300 determines a target engine speed from a throttle opening, car speed and an engine speed detected by s... |
21.04.1989 |
| 4 | FR2621834A1 |
DISPOSITIF DE LEVAGE POUR LE ROULEAU DE PRESSION DU MECANISME D'AMENEE D'UN BROYEUR A FERRAILLES
Le broyeur comporte une partie inférieure 1 de carter, fixée, par des ressorts 2 aux fondations 3 et une partie supérieure 4 pivotable vers le haut, autour de l'axe I. Les extrémités libres 6b des ailes 6a d'un cadre 6 en U portent les paliers 8 de montage du rouleau de pression 7 sur les montants 5. Des vérins hydrauliques 9, articulés sur les montants 5 et les ailes 6a permettent le pivotemen... |
21.04.1989 |
| 5 | FR2621913A1 |
PROCEDE ET DISPOSITIF POUR LA FABRICATION DE CHLOROFORMIATES CHLORES
L'invention concerne un procédé de fabrication de monochlorométhylchloroformiate et de trichlorométhylchloroformiate par chloration d'ester méthylique de l'acide chloroformique. Selon le procédé on chlore dans une première étape à 60-70 degre(s)C jusqu'à ce que l'ester soit transformé à 50 % au plus, puis le mélange de réaction est séparé par rectification et l'ester méthylique d'acide chlorofo... |
21.04.1989 |
| 6 | JP1104297A |
CONTAINER FOR IRON
PURPOSE: To improve the use convenience and safety by arranging a housing case for covering an iron main body to constitute a bottom part of a placement stand. CONSTITUTION: The fixing of the storing case 8 carried by gripping a handle 9 from a keeping place to the placement stand 4 is released by removing a clamp device 10 and the housing case 8 is pulled-up so that the preparation of ironing is ... |
21.04.1989 |
| 7 | JP1104347A |
METHOD FOR DELAYING AGEING OF CATALYST
PURPOSE: To prevent the aging of a cracking catalyst by bringing the catalyst into contact with a mixture composed of a specific hydrocarbon raw material oil and light duty paraffin oil under cracking conditions and an acidic solid catalyst consisting of a specific crystalline zeolite. CONSTITUTION: The mixture composed of 100 parts hydrocarbon raw material oil having a b.p. of >=177 deg.C and 10 ... |
21.04.1989 |
| 8 | SE8704075A |
<назва відсутня>
PFBC power plant for burning fuel, primarily coal, in a fluidized bed of particulate material, at a pressure exceeding the atmospheric pressure. The plant comprises a bed vessel (12) which is divided into a first section (14) and a second section (16) by a vertical partition (17) which reaches up to the upper wall of the bed vessel (12) so as to form two separate freeboards (86 and 46, respectivel... |
21.04.1989 |
| 9 | NO891657D0 |
KJERNEBOR.
The core-drilling tool for rock bores in underground soil formations comprises an outer tube (6) which can be connected at its top end via attachment means to the bottom end of a drill-pipe string (3), which can be set in drive rotation, and at its bottom end to a core-drilling bit (7), and an inner tube (8) which forms a construction unit which can be conveyed separately to the surface and has a ... |
21.04.1989 |
| 10 | JP1021563B |
<назва відсутня> | 21.04.1989 |
| 11 | JP1103947A |
Y-BA-CU-O BASED CERAMIC CONTAINING BI
PURPOSE:To provide the title stable superconductive ceramic having >95K critical temp. by composing the ceramic essentially of Y, Ba, Cu, Bi and O. CONSTITUTION:The ceramic consists essentially of Bi, Y, Ba, Cu and O and the total content of the elements is preferably controlled to >=70%. Since an oxygen-deficient lamellar perovskite structure is preferred in the ceramic, the atomic ratio of the r... |
21.04.1989 |
| 12 | JP1103948A |
Y-BA-CU-O BASED CERAMIC CONTAINING PB
PURPOSE:To obtain the title stable superconductive ceramic contg. Ti and having >95K critical temp. by composing the ceramic essentially of Y, Ba, Cu, Pb and O. CONSTITUTION:The ceramic consists essentially of Y, Ba, Cu, Pb, and O. The total content of the elements is preferably controlled to >=70%. Since an oxygen- deficient lamellar perovskite structure is preferred in the ceramic, the atomic ra... |
21.04.1989 |
| 13 | JP1103949A |
PRODUCTION OF SUPERCONDUCTIVE MATERIAL COMPOSITION
PURPOSE:To obtain the title superconductive material composition capable of being used at the liquefied nitrogen temp. by calcining a specified raw material mixture in an oxygen atmosphere at high temp. for a long time, braying the material, compacting the product, sintering the compact in an oxygen atmosphere at high temp. for a long time and then annealing the sintered compact. CONSTITUTION:In p... |
21.04.1989 |
| 14 | JP1103950A |
PRODUCTION OF SUPERCONDUCTIVE MATERIAL COMPOSITION
PURPOSE:To obtain the title superconductive material composition capable of being used at the liquefied nitrogen temp. by using the copper oxide having a crystallite diameter in the specified range as the raw material to produce a specified superconductive material composition. CONSTITUTION:The copper oxide having 100-300Angstrom crystallite diameter is used as the raw material to produce the sup... |
21.04.1989 |
| 15 | JP1103975A |
PRODUCTION OF CERAMIC SUPERCONDUCTOR
PURPOSE:To form a ceramic superconductor in a desired pattern on an oxide ceramic body by irradiating the rare-earth element-alkaline-earth element-copper based oxide ceramic body with a light beam in the desired pattern in an O2- contg. atmosphere, and then carrying out heat treatment. CONSTITUTION:Gaseous O2 from an O2 cylinder 5 and an inert gas from an inert gas cylinder 6 are introduced into ... |
21.04.1989 |
| 16 | JP1104659A |
POLYMERIC SUPERCONDUCTOR COMPOSITION
PURPOSE:To obtain the title composition formable to arbitrary shape such as film, filament, etc., and having superconductivity, by compounding and dispers ing a specific amount of a specific superconducting oxide. CONSTITUTION:The objective composition is produced by compounding 100pts. wt. of an insulating polymer or electrically conductive polymer (e.g. polyacetylene or polythienylene) with 20-1... |
21.04.1989 |
| 17 | JP1104774A |
PRODUCTION OF THIN FILM OF OXIDE SUPERCONDUCTOR
PURPOSE:To relatively easily form a thin film of an oxide superconductor at a low temp. off <=300 deg.C by using a plasma MOCVD method utilizing the activeness of plasma. CONSTITUTION:Cu(C5H7O2)2 is put into a bubbler 6, Ba(C5H4O2)2 into a bubbler 7, and Y(C5H7O2)2 into a bubbler 8, respectively. These compds are respectively heated to 130 deg.C and the vapors thereof are introduced together with ... |
21.04.1989 |
| 18 | JP1104833A |
PRODUCTION OF SUPERCONDUCTING OXIDE FIBER
PURPOSE:To obtain the titled flexible fiber capable of supplying sufficient amount of oxygen in heat-treatment to sufficiently increase the critical current density, by pulling out a molten superconducting oxide through a nozzle in the form of a fiber. CONSTITUTION:An oxide superconductor 1 consisting of e.g. YBa2Cu3O9-y is produced by mixing powder of BaCO3, Y2O3 and CuO and heat-treating the mix... |
21.04.1989 |
| 19 | JP1105408A |
CERAMIC SUPERCONDUCTIVE WIRE
PURPOSE:To obtain ceramic superconductive wire which has an excellent flexibility, an electromagnetical stability, and good cooling characteristics by means of refrigerant by burying ceramic superconductive materials into a desired number of grooves which are provided continuously and spirally in the longitudinal direction onto a base material. CONSTITUTION:Ceramic superconductive materials 1 are ... |
21.04.1989 |
| 20 | JP1105411A |
MANUFACTURE OF COMPOSITE OXIDE CERAMIC WIRE MATERIAL COATED BY METALLIC MATERIAL
PURPOSE:To obtain the fineness which can fully display mechanical properties, e.g. strength, flexibility, etc., required practically as well as electrical or optical properties by hot-hydrostatic-extruding ceramic after filling it in a metal case followed by exhausting and sealing. CONSTITUTION:Ceramic powder consisting of composite oxides or preliminary compact 1P made by pressure-molding this po... |
21.04.1989 |