Результати пошуку

з
 
  


п/п
Номер
патенту
Назва винаходу та фрагмент реферату Дата публікації патента
1 JP1187761A
SEALED LEAD ACID BATTERY

PURPOSE:To eliminate breakage of a contractive tube and enhance the reliability by spot welding a metal foil or metal plate to a metal plate constituting the electricity collector of each cell, and thereby connecting the cells. CONSTITUTION:A frame 5 is welded to the peripheries of tinned steel plates 7, 7' formed from a copolymer film 6 of ethylene and acrylic acid laminated on the internal surfa...

27.07.1989
2 JP1187771A
MANUFACTURE OF POSITIVE ELECTRODE PLATE FOR LEAD ACID BATTERY

PURPOSE:To suppress softening of positive electrode active substance likely to occur when lead powder is used being mixed with minium by using as initiating material a mixture of powder consisting of lead monoxide and metal lead and a powder of red lead and lead monoxide including 0.001-0.2wt.% antimony. CONSTITUTION:A mixture of powder consisting of lead monoxide and metal lead and a powder of re...

27.07.1989
3 DE3612788C2
<назва відсутня>

The cutting mechanism for the document shredder is driven via a two-part clutch. In forward motion, the two clutch shells are connected to each other by means of elastic elements which are pressed together to a greater or lesser extent as a function of the load. In both clutch shells are arranged openings which, in non-overloaded forward motion, open the ray path of a light barrier attached on bot...

27.07.1989
4 DE3802042A1
VERFAHREN ZUR VORBEREITUNG EINER SUBSTRATOBERFLAECHE FUER DIE VERBINDUNG MIT KUNSTSTOFF DURCH AUFBRINGEN EINER SILICIUMHALTIGEN SCHICHT UND VERWENDUNG VON SILICIUMHALTIGEM MATERIAL

For preparation for bonding with plastic, a layer is applied to a substrate surface by sand blasting with an agent which consists of (A) 0.01 to 90% by weight of optionally silanised material having a particle size of < 5 mu m and a greater hardness than that of the substrate surface and/or (B) 20 to 100% by weight of silanised, silicon-containing material having a mean particle size of 2 to 200 ...

27.07.1989
5 DE2630886C2
<назва відсутня>

A depth measurement system produces independent signals, each presumably corresponding to the same movement of a wireline if produced under ideal wireline measurement conditions. The system utilizes the signals to provide an accurate and repeatable signal under varying wireline measurement conditions and is particularly suitable for driving a recorder for depth recording and merging measurements f...

27.07.1989
6 AU2881389A
HUMAN IFN-BETA 2/IL-6, ITS PURIFICATION AND USE

Monoclonal antibodies to IFN- beta 2/IL-6 and hybridomas producing them and production and purification of glycosylated and unglycosylated IFN- beta 2/ IL-6 are disclosed. The protein is useful in the treatment of breast cancer, leukemia, infectious diseases and bone marrow progenitor cell disorders.

27.07.1989
7 WO8906247A3
ALPHA-OLEFIN POLYMERS

This invention deals with viscosity improvers which are obtained through the use of a mixed catalyst system comprising a tertiary organo halide and a Lewis acid catalyst.

27.07.1989
8 NZ216114A
ORIENTED, TRANSPARENT POLYESTER FILMS COMPRISING A BLEND OF LINEAR POLYESTER, POLYOLEFIN RESIN AND IONOMER RESIN

A flex-resistant oriented polyester film comprises a blend of a linear polyester, an incompatible resin and an ionomer resin.

27.07.1989
9 JP1035881B
<назва відсутня>

PCT No. PCT/FR80/00187 Sec. 371 Date Aug. 21, 1981 Sec. 102(e) Date Aug. 21, 1981 PCT Filed Dec. 22, 1980 PCT Pub. No. WO81/01811 PCT Pub. Date Jul. 9, 1981.Metal in the form of granules is solidified from the molten state by forming a jet of molten metal which is caused to pass through a vibrating orifice in order to divide the jet into individual drops and causing solidification of the drops by ...

27.07.1989
10 JP1188404A
PRODUCTION OF HYDROGEN TO BE USED IN DISPERSED FUEL CELL

PURPOSE:To produce the subject hydrogen stably for a long time by carrying out reforming of a kerosene fraction in the presence of an Ni catalyst after removing S from the kerosene fraction and adding water thereto. CONSTITUTION:Kerosene of <=0.5ppm by wt. of residual S content is obtd. by passing a kerosene fraction having <=10ppm by. wt. S content through a reactor contg. an Ni adsorbent having ...

27.07.1989
11 JP1188405A
PRODUCTION OF HYDROGEN TO BE USED IN DISPERSED FUEL CELL

PURPOSE:To produce the subject hydrogen stably for a long time by carrying out reforming of JIS I grade kerosene in the presence of an Ni catalyst after adding water to the kerosene and removing S from the kerosene. CONSTITUTION:Kerosene of <=0.5ppm by.wt. residual S content prepd. by passing JIS I grade kerosene having 10-150ppm by.wt. S content through a reactor contg. an Ni adsorbent having >50...

27.07.1989
12 JP1188406A
PRODUCTION OF HYDROGEN FROM KEROSENE FRACTION

PURPOSE:To produce hydrogen stably for a long time and economically by carrying out reforming of kerosene in the presence of a steam reforming catalyst after removing S from the feed kerosene and adding water thereto. CONSTITUTION:Kerosene contg. <=0.2ppm by wt. S is obtd. from a kerosene fraction A having <=150ppm. by wt. S content mixed with gaseous H2 after pressurizing to a reaction pressure w...

27.07.1989
13 JP1188583A
REDUCTION OF AMOUNT OF BYPRODUCT IN GENERATION OF PYROLYSIS GAS

When pyrolysis gas obtained in the pyrolytic decomposition of starting material is cooled, process water is formed which, because of its content of chemical compounds, can only be disposed of or eliminated at high cost. The process water is therefore recycled to the pyrolysis reactor (10) operating with a fluidised bed (16). In this way, the process water arising is diminished in a simple manner a...

27.07.1989
14 JP1188584A
REMOVING METHOD FOR MERCURY IN HYDROCARBON BASE OIL

PURPOSE:To selectively and effectively remove extremely small quantities of mercury in oil and facilitate separation of catalytic substance after the reaction, by bringing a hydrocarbon base oil containing mercury into contact with an adsorbent having copper on a carrier such as activated clay. CONSTITUTION:An adsorbent consisting of (A) one or more carrier selected from activated clay, silica gel...

27.07.1989
15 JP1188585A
REMOVING METHOD FOR MERCURY IN HYDROCARBON BASE OIL

PURPOSE:To selectively and effectively remove extremely small quantities of mercury in oil and facilitate separation of catalytic substance after the reaction, by bringing a hydrocarbon base oil containing mercury into contact with an adsorbent having tin on a carrier such as activated clay. CONSTITUTION:An adsorbent consisting of (A) one or more carrier selected from activated clay, silica gel, z...

27.07.1989
16 JP1188586A
REMOVING METHOD FOR MERCURY IN HYDROCARBON BASE OIL

PURPOSE:To selectively and effectively remove extremely small quantities of mercury in oil and facilitate separation of catalytic substance after the reaction, by bringing a hydrocarbon base oil containing mercury into contact with activated charcoal carrying copper. CONSTITUTION:An activated charcoal carrying copper, preferably copper halide and/or copper oxide, having preferably 10-500Angstrom (...

27.07.1989
17 JP1188587A
REMOVING METHOD FOR MERCURY IN HYDROCARBON BASE OIL

PURPOSE:To selectively and effectively remove extremely small quantities of mercury in oil and facilitate separation from catalytic substance after the reaction, by contacting a hydrocarbon base oil containing mercury with activated charcoal carrying tin. CONSTITUTION:An activated charcoal carrying tin, preferably tin halide and/or tin oxide, having preferably 10-500Angstrom (especially 10-100Angs...

27.07.1989
18 JP1188588A
REMOVING METHOD FOR MERCURY IN HYDROCARBON BASE OIL

PURPOSE:To selectively and effectively remove extremely small quantities of mercury in a hydrocarbon base oil containing mercury, by adding a tin compound into the oil. CONSTITUTION:(A) hydrocarbon base oil containing preferably <=400-600ppb (especially <=100-150ppb) mercury is blended with (B) a tin compound consisting of tin halide, preferably stannous halide and/or stannic halide and/or tin oxi...

27.07.1989
19 JP1188589A
REMOVING METHOD FOR MERCURY IN HYDROCARBON BASE OIL

PURPOSE:To selectively and effectively remove extremely small quantities of mercury in a hydrocarbon base oil containing mercury, by adding a copper compound into the oil. CONSTITUTION:(A) Hydrocarbon base oil containing preferably <=400-600ppb (especially <=100-150ppb) mercury is blended with (B) a copper compound consisting of copper halide, preferably cuprous halide and/or cupric halide and/or ...

27.07.1989
20 DE3833677C1
<назва відсутня>

In a hot-air manual welding device with a plastic casing (1, 3, 6), which forms a rod-shaped gripping part (1), which is provided with air inlet openings and in which there is fixed a commutator motor (18) for driving an impeller (23), which is surrounded by a section (3) of the casing (1, 3, 6) adjoining the grip (1) but larger in diameter, the impeller (23) is arranged next to the commutator (20...

27.07.1989