baber/WOPTO huggingface dataset:
Patent EC-SP982731-A (EC)
Title: Inhibidores de benzotiazol de la proteina tirosina cinasa
Inventor: BARRISH JOEL C
IPC: C07D207/16
Filed: 1998-11-09
Abstract: Nuevos benzotiazoles y sales de los mismos, composiciones farmacéuticas que contienen tales compuestos y métodos para usar tales compuestos en el tratamiento de desórdenes asociados a la proteína tirosina cinasa tal como desórdenes inmunológicos.
Patent FI-19992740-A (FI)
Inventor: KAAPI HEIKKI
IPC: B21B31/18
Filed: 1999-12-21
Abstract: A roller head for a planetary rolling arrangement, said roller head (1) comprising a housing (8), inside which housing there is rotatably arranged a hollow outer axis (5) and means (2, 3, 4), for rotating said outer axis, as well as inside said outer axis, in a manner that transmits the rotary motion thereof, a center axis (6), which is movable in the axial direction and can be locked in the axial direction, said center axis (6) being provided with a roller (7). The roller head is characterized by an adjusting axis (16) which is rotatably arranged at the end of the outer axis (5) that is located on the opposite side with respect to the roller (7) and is essentially locked in the axial direction, said adjusting axis (16) comprising a counterpart (17) for the threaded section (15) provided in the center axis (6), and said adjusting axis also including a locking member (18), which in the locking position forms a friction coupling at least between the adjusting axis (16) and the outer axis (5). <IMAGE>
Patent FI-20012509-A (FI)
Inventor: MOLIN GOERAN
IPC: A61K35/74
Filed: 2001-12-19
Abstract: A process for isolation of a strain of Lactobacillus having the ability of being established on human intestinal mucosa in vivo and being able to remain therein after oral administration for at least 10 days after the completion of the administration. By the process the new strains L. plantarum 299 (DSM 6595) and L. casei ssp. rhamnosus 271 (DSM 6594) have been isolated, which are useful for the prophylaxis or treatment of bacterial infections, especially in the form of a fermented nutrient composition.
Patent FI-20115679-A (FI)
Inventor: ROPPO JUHA
IPC: G01N1/22
Filed: 2011-06-29
Abstract: A method and an arrangement for measuring concentrations of flue gas generated in a thermal process are disclosed. The method comprises the following steps: taking a flue gas sample from the flue gas flowing in a burning apparatus (1) and measuring with a measuring device (9) alkali halides of the flue gas sample. Flue gas is directed to the measuring device (9) through a sampling filter (17). The temperature of the sampling filter (17) is maintained at a temperature range that allows the alkali halides in the flue gas to penetrate the sampling filter (17) in a gaseous form.
Patent FR-1560607-A (FR)
IPC: C08G63/00
Filed: 1968-02-08
Granted: 1969-03-21
Abstract: 1,217,002. Coatings. DESOTO, Inc. 8 Feb., 1968 [10 Feb., 1967; 28 April, 1967], No. 6271/ 68. Heading B2E. [Also in Divisions C3 and C7] An electrically-conductive body is coated with a resin by immersing the body in an aqueous dispersion of a hydrophilic resin having an acid number of 8 to 70 and being a linear resin containing carboxyl groups and hydroxyl groups, the latter having been formed by reaction of some of the carboxyl groups with an epoxide and being positioned remote from the backbone of the resin, the resin being in the form of a salt with a base to provide dispersed particles of size less than 0.5 micron, passing a unidirectional current through the dispersion with the body as anode to form a film thereon and baking the film to cure it. The dispersion may also contain a waterinsoluble thermosetting aminoplast resin. The hydrophilic resin may be derived from a polyhydric polyether or an addition polymer. The polyether is preferably an aliphatic polycyolic polyether of the formula where n is 10 to 14. This is partially esterified with a monocarboxylic acid and the hydroxy ester is then reacted with a polybasic acid anhydride to provide carboxyl groups without cross-linking the resin. The product is then reacted with an epoxide in stoichiometric deficiency to form a hydroxy ester containing carboxyl groups. The epoxide is preferably a mono-epoxide but may comprise additionally or solely a polyepoxide, e.g. a diglycidyl ether of bis-phenol. The polyether may also comprise, instead of the above polycyclic compounds, glycidyl ethers of aromatic compounds or of glycols. The addition polymers which may be used are copolymers of hydroxyl-containing ethylenic compounds and carboxylcontaining ethylenic compounds. The first group includes hydroxyalkyl acrylates, methacrylates, maleates, crotonates and norbornene and alkyl, methalkyl and orotyl alcohols. The second group includes acrylic, methacrylic, crotonic, itaconic, maleic and fumaric acids and monobutyl maleate. The copolymers are reacted with epoxides as above. The aminoplast resin may be a urea-, melamine- or benzoguanamine-formaldehyde condensate in amount up to 40% by weight of total resin. A pigment, e.g. TiO 2 , and organic solvents may also be present. The base which may be used to convert the resin to a salt may be ammonia but is preferably an amine. The dispersion preferably contains 5 to 15% solids and may be maintained at a pH of up to 10. Voltages of at least 200 are suitable. In Example 1, a metal tank serves as cathode and steel and aluminium panels treated with zinc phosphate are used as the anodes for coating. The voltage is run up from zero to 500. The film is baked at 400‹ F. to cure.
Patent GB-1050694-A (GB)
IPC: H01M4/88
Abstract: 1,050,694. Fuel cells. VARTA A.G. June 20, 1963 [Aug. 24, 1962], No. 6422/66. Divided out of 1,050,693. Heading H1B. A fuel cell has a solid, ion-exchange electrolyte comprising a polyelectrolyte gel reinforced with a synthetic resin and which is porous on one side and impervious on the other side, the porous side of the polyelectrolyte having a multiplicity of uniformly distributed and parallel, conical capillaries.
Patent GB-1050832-A (GB)
IPC: D04H1/72
Abstract: 1,050,832. Forming fibre webs. BIRFIELD ENGINEERING Ltd. May 20, 1964 [May 31, 1963], No. 21832/63. Heading D1N. Apparatus for forming fibre webs of the kind in which a foraminous member is arranged to move across the mouth of a duct through which air is drawn or blown has the lips of the duct mouth provided with rollers which engage the surface of the foraminout member to form a seal. Where the foraminous member is an endless perforated belt, as 22, the belt is led over two sealing rollers 30, 31 that are driven by gear mechanism, preferably at the same speed as the belt. Sealing strips are mounted to have wiping contact with the rollers 30, 31 to ensure the effectiveness of the air seal and sealing strips may be mounted along the edges of the belt. An arrangement of sealing rollers within a rotary perforated condensing drum is described (Fig. 6, not shown).
Patent GB-1052821-A (GB)
IPC: G01R33/07
Abstract: 1,052,821. Automatic control of magnetic fields. VARIAN ASSOCIATES. Jan. 20, 1964 [Jan. 21, 1963], No. 2465/64. Heading G3R. [Also in Division G1] Apparatus for regulating the strength of a magnetic field comprises a Hall-effect sensor 1 having current leads 2, 3 connected over a variable resistor 12 to A. C. input terminals 4, 5; a Halleffect voltage proportional to the field strength appears at leads 6, 7 and is applied over an isolation transformer 9 to an output coil 10 which is connected in series opposition to an output coil 16 the voltage across which is derived, by way of an isolation transformer 15, from the resistor 12. When the Hall-effect voltage across the coil 10 is equal to the reference voltage across the coil 16, no signal appears at output terminals 17, 18. When the Hall-effect voltage differs from the reference voltage, an error signal is produced across the output terminals; this error signal may be amplified and used to control a servo-mechanism which may adjust the current level of an electromagnet, for example, so that the field strength detected by the Hall sensor 1 is maintained at a desired magnitude determined by the setting of resistor 12. Variations in supply voltage of terminals 4, 5 or in load across terminals 17, 18 have no effect on the error signal since resulting deviations are produced with equal magnitudes in series opposition across the coils 10 and 16. The Halleffect sensor 1 is compensated for temperaturedependent changes by the provision of a resistor 20, of suitable value, connected across the terminals 6, 7. A time-varying voltage may be superimposed on the stabilizing difference voltage, for producing a pre-determined continuous modulation of the steady state D. C. magnetic field Fig. 2, (not shown). The circuit for the electromagnet producing the field may include transistors controlled by the amplified error signal Fig. 4, (not shown).
Patent GB-1054365-A (GB)
IPC: G06K15/12
Abstract: 1,054,365. Selective printing; photographic type-composing. CREED & CO. Ltd. April 10, 1964 [April 10, 1963], No. 14344/63. Heading B6W. Inkless printing on radiant energy-responsive recording mediums; electrical input arrangements.-A selective printer comprises a character matrix 30, Fig. 11, first deflector means including a rotatable mirror 32 to provide a first radiant-energy path from a character selected for printing, a common radiant energy path including a lens 35 and second deflector means including a further rotatable mirror 36 to provide a further path from a point of exit from said common radiant energy path to a successive character position on a radiant energy-responsive recording medium 39. In operation for a character to be printed, which may be either radiant or illuminated by an independent light source, a control system sends a signal representative of the character to be printed to a transmitting converter 50, Fig. 12, which receives the signal on the input connection corresponding to said character and produces an analogue signal which is applied via an amplifier to a drive control 52 of a driving system 33 to position the rotatable mirror 32 in accordance with the character to be printed. Simultaneously with the first signal an input of device 55 is energized whereupon the device 55 produces an analogue signal which is applied via an amplifier 56 to a drive control 57 to position the rotatable mirror 36 in accordance with the position in which the character is to be printed. When the mirrors have been positioned inhibiting inputs of gates 54 and 59 are removed whereby a single-shot circuit 61 produces an output pulse which operates a shutter control system 62 as a result of which a shutter 34 is opened. The character radiant image passing from the matrix 30 and reflected from one of the reflectors of the array 31 and mirror 32 may now pass along the common path through the unobstructed condenser lens 35 to the further rotatable mirror 36 and on leaving the array 38 impinge on the record medium 39 to produce a character. The period for which the shutter is opened depends upon the time necessary to produce the character, whereupon the shutter 34 closes and the driving systems 33, 37 are operated in readiness for the next character to be printed. Letter-spacing arrangements.-When the shutter 34, Fig. 11, closes following impression of a character, the driving system 37 rotates the mirror 36 by the necessary angular increment for the next character. For this purpose the receiving end array 38 is provided with reflectors the number of which corresponds to the number of letter or character spaces on the record medium 39.
Patent GB-1054621-A (GB)
IPC: C07B39/00
Abstract: 1,054,621. Polyfluorinated aromatic compounds. R. N. HASZELDINE, A. R. PARKINSON and J. M. BIRCHALL. Dec. 17, 1962 [Dec. 18, 1961]. No. 33384/61. Heading C2C. Polyfluorinated aromatic compounds of formula R*X, where R* is an aromatic radical having fluorine attached to at least half its aromatic ring positions, are made by subjecting a hydrazine of formula R*-NH-NH 2 , the -NHNH 2  group being attached to a ring carbon atom, to oxidation in the presence of a substance susceptible to attack by electrophilic free radicals and containing an atom X, where X is chlorine, bromine, iodine or hydrogen, i.e. a compound containing a hydrogen or halogen atom bonded to the rest of the molecule by a bond of low dissociation energy. Suitable compounds containing X are alkyl halides, cycloalkyl halides, and polyhalogenated alkanes and cycloalkanes, where X is halogen, or triphenylmethane, chloroform, toluene, diphenylmethane, trimethylsilane, trichlorosilane and methylthiol, where X is hydrogen. A wide variety of oxidizing agents is specified.
Patent GB-1084054-A (GB)
IPC: C09D157/00
Abstract: 1,084,054. Pigmented polymer dispersions. IMPERIAL CHEMICAL INDUSTRIES Ltd. Feb. 27, 1964 [March 15, 1963], No. 10354/63. Heading C3G. Pigmented coating compositions based on substantially non-flocculated film-forming polymer particles stably dispersed in an organic liquid are made in which (a) the polymer dispersion is one that at 60% solids by volume has a viscosity of less than 10 poises at 20‹ C., (b) the organic liquid has a boiling point above 100‹ C. and at least 10% by volume thereof has a boiling point not higher than 300‹ C., and (c) the proportion of liquid relative to the disperse phase content of the composition is between 0À9: 1À0 and 1À6:1À0 by volume. The dispersions are of the type described in Specification 941,305, i.e. dispersions stabilized by a block or graft copolymer of which the major proportion of the copolymer molecules contain a polymeric chain solvated by the organic liquid and a polymeric chain which is relatively non- solvated and is compatible with the polymer of the dispersion. Preferably the pigment, prior to addition to the polymer dispersion, is dispersed in a solution of a block or graft copolymer which is then partially precipitated to stabilize the dispersion. The examples describe pigmenting with titanium dioxide and red iron oxide: (1) a dispersion in white spirit of a vinyl acetate/methyl hydrogen maleate copolymer stabilized by copolymerizing the monomers in the presence of a lauryl methacrylate/glydidyl methacrylate copolymer esterified with methacrylic acid, (2) a dispersion in white spirit of a methyl methacrylate/ethyl acrylate copolymer stabilized by a copolymer made by polymerizing methyl methacrylate in the presence of a methacrylated lauryl methacrylate/propylene glycol monomethacrylate copolymer, (3) a dispersion in kerosene/disextol phthalate of polymethyl methacrylate stabilized by a methyl methacrylate/degraded rubber graft copolymer and (4) a dispersion in ethylene glycol/betaethoxyethanol of a lauryl methacrylate/vinyl toluene copolymer stabilized by a graft copolymer of polylauryl methacrylate and poly- (ethylene glycol monoacrylate).
Patent GB-1095295-A (GB)
IPC: B65B1/18
Abstract: 1,095,295. Filling bags. BLACK PRODUCTS CO. March 1, 1965 [March 2, 1964], No. 8725/65. Addition to 1,011,489. Heading B8C. A bag filling device according to Specification 1,011,489 has a spout 8 flexibly connected to the passageway 4 and filter portions 10 in the wall of the passageway within the vent chamber 11 which is connectible by a valve 30 to a source of suction 31 and a source of pressure 32. A chamber 1 is filled with granular material which is fluidized by the introduction of air through a pad 3 to flow through the passageway and the spout into a bag 5. A part 6 of the passageway has a pinch valve 7 operated by the weight of material within the bag. The vent chamber is connected by a pipe 12 to the valve 30 which is operated by solenoids 33, 34 and is also connected to an atmospheric vent pipe 12. During filling, the chamber 11 is vented to atmosphere for escape of air; sufficient weight in the bag causes the valve 7 to close and the solenoid 33 to open the valve 30 to the vacuum line 31 for de-aerating the bag. With the next bag in position the filling is started with the vent pipe closed to clear any dead material remaining in the spout from the last filling, the valve 30 then being connected for about two seconds to the pressure source to blow out any material clogging the filter portions.
Patent GB-1230850-A (GB)
IPC: G11B3/54
Filed: 1968-11-01
Abstract: 1,230,850. Pick-up cartridges. PLESSEY CO. Ltd. 16 Jan., 1970 [1 Nov., 1968], No. 51810/68. Heading H4J. A pick-up cartridge housing comprises a pair of members moulded in nylon or polypropylene. One member comprises a body portion, Fig. 2, having a cavity 9 to receiver the transducer element with an end wall 1 having a projection 15 which engages an opening 19 provided in the overlapping end of a cover 2, Fig. 1. The cover 2 is provided with resilient members 26 on each side which engage grooves 27 provided in the sides of the body and prevent relative longitudinal movement of the body and cover, the resilient members being provided with shoulders 25 which engage shoulders 28 in the grooves to lock the cover in place on the body. The cover is assembled with the body by engaging the spigot 17 with the aperture 19 and pivoting the two members with the spigot and aperture as hinge to engage the resilient members 26 in the grooves 27. The body is provided with moulded lugs, to position a stylus assembly 14, and an aperture 12 to allow passage of a member 11, connecting the stylus to the transducer element.
Patent GB-1231263-A (GB)
IPC: D04H1/482
Filed: 1968-05-08
Abstract: 1,231,263. Needled fleeces. WTZ TECHNISCHE TEXTILIEN. 8 May, 1968, No. 21812/68. Heading D1R.  A needled .fleece material is substantially non-porous and. consists of shrinkable polyvinyl chloride fibres alone or in admixture with other fibres, the material being of predetermined compactness and being deformable in any dimension i.e. the length, breadth and thickness can be altered by shaping or forming. The polyvinyl chloride fibres may be distributed uniformly or non-uniformly across the cross-section of the fleece material. When the material is subjected by thermal treatment, with or without pressure and without the addition of adjuvants, to a shaping or forming treatment, the shape or form obtained is retained. The shaping may be carried out at any time after the production of the fleece material.
Patent GB-1232240-A (GB)
IPC: F23D17/00
Filed: 1968-08-08
Abstract: 1,232,240. Duct units for furnaces. EVINSON WHITE Ltd. 7 Nov., 1969 [8 Aug., 1968], No. 37929/68. Heading F4B. A removable cooled duct unit 1 which projects through a furnace wall 2 includes an inner duct 5 for introducing burning combustion gases from an oil or gas fired combustion chamber (not shown) and a concentric outer duct 8 which provides a surrounding blanket of recycled furnace top gases, or air. Preheated air from the furnace lower portion is passed via a rectangular duct 13 into the combustion chamber (not shown) and into which some of the recycled furnace top gases may also be introduced. A further auxiliary burning combustion gas duct 10 leading from the same or a different combustion chamber, and which supplies up to 10% of the furnace heat requirements, is also provided. Alternatively recycled furnace top gases may be supplied through duct 10. Water or molten sodium chloride, supplied through ducts 16 and removed through duct 18 acts as the coolant. One or preferably more of such units may be provided in a vertical limestone burning kiln, extending into the kiln a distance at least 10% of the internal kiln radius, or they may be used in horizontal billet heating furnaces or horizontal kilns.
Patent GB-1238391-A (GB)
IPC: C30B25/02
Filed: 1968-04-23
Abstract: 1,238,391. Epitaxial deposition of silicon. GENERAL ELECTRIC CO. 23 April, 1968 [8 May, 1967], No. 19196/68. Heading C1A. [Also in Division C7] Silicon is epitaxially deposited on a substrate which is silicon, or which has a similar crystal structure to silicon (e.g. Ge, GaAs), by: providing in an evacuable enclosure a source of Si closely spaced from the substrate (e.g. 0À1-10 mm. apart), heating the source to at least 800‹ C. but below 1170‹ C. and said substrate to above 1170‹ C. but at most 1400‹ C., and introducing an atmosphere of iodine vapour into the enclosure so as to cause Si to be transported by the iodine from the source to the substrate and to cause the Si to be epitaxially deposited on the substrate, the atmosphere of iodine vapour being at a pressure more than 5 mm. Hg but not above 100 mm. Hg. The temperature differential between source and substrate is preferably at least 100‹ C. Reference has been directed by the Comptroller to Specification 916,887.
Patent GB-1250591-A (GB)
IPC: C01G19/08
Filed: 1970-01-15
Abstract: 1,250,591. Anhydrous tin tetrachloride; hexachlorostannates. M & T PRODUCTS OF CANADA Ltd. 15 Jan., 1970 [17 Jan., 1969], No. 2037/70. Heading C1A. Potassium, rubidium, or cesium chloride is added to an aqueous solution containing stannic chloride, a double salt, hexachlorostannate, being crystallized out and pyrolysed, after drying, to give anhydrous SnCl 4 . The stannic chloride is obtained from impure tin-containing material by dissolving in an excess, up to 40%, of hot hydrochloric acid, oxidation of SnCl 2  to SnCl 4  being achieved if necessary by addition of KO 2  after cooling. After filtration of the solution to remove insolubles, halide, e.g. KCl, is added in about 50% excess of the amount required to react with the total tin content of the solution. Crystallization of the hexachlorostannate is brought about by evaporation of the solution at a temperature not in excess of 400 C. The crystals are dried at a temperature which is not high enough to cause pyrolysis and are finally pyrolysed by heating to a temperature between 450 and 700 C. when SnCl 4  vapour is formed and condensed to anhydrous liquid SnCl 4 . Pyrolysis may be carried out by heating initially to 450 C. and then increasing the temperature gradually to 700 C. Any hydrochloric acid removed in the evaporation and crystallization stage may be recycled to the stage at which raw material is dissolved in HCl. Chloride salt which remains as residue after pyrolysis of the hexachlorostannate may be dissolved in water and reused for formation of hexachlorostannate. Sources of raw material specified in examples include hydrated tin oxide, tin plating sludge, tin powder, lead/tin solder, and tin hydrate.