baber/WOPTO huggingface dataset:
Patent EC-SP088318-A (EC)
Title: Formulación que comprende metformina y vildagliptina
Inventor: JOSHI YATINDRA
IPC: A61K31/155
Filed: 2008-03-27
Abstract: Esta invención se refiere a una formulación que comprende un inhibidor de dipeptidil-peptidasa IV (DPP-IV), de preferencia vildagliptina y metformina, a tabletas que comprenden estas formulaciones, y a procesos para su preparación.
Patent EC-SP088480-A (EC)
Title: Un producto secuestrante de hidrocarburos, metodo para obtener el producto, metodo para el secuestro de hidrocarburos y disposicion para el secuestro de hidrocarburos
Inventor: CIANCAGLINI RICARDO HORACIO
IPC: D01C3/00
Filed: 2008-05-29
Abstract: Un producto secuestrante de hidrocarburos, un métodos para obtener el producto y un método y una disposición para el secuestro de hidrocarburos, en donde el producto comprende un material filamentoso oleofílico que se pone en contacto con un medio contaminado de uno o más hidrocarburos con el objeto de secuestrar el o los hidrocarburos que están presentes en el medio para liberar al medio de dichos hidrocarburos.
Patent EC-SP088655-A (EC)
Title: Nuevas espiro [imidazolidina-4, 3'-indol]2,2'',5' (ih) trionas para el tratamiento de condiciones asociadas al receptor vanilloide 1
Inventor: LEUNG CARMEN
IPC: C07D487/10
Filed: 2008-07-30
Abstract: La presente invención se relaciona con nuevos compuestos de fórmula I, donde R1 y R2 son independientemente halo o C1-3haloalquil, X es etenil o etinil, o una sal de los mismos.
Patent EC-SP088892-A (EC)
Title: Unidad de control de presión
Inventor: DOS SANTOS PAULO ROBERTO
IPC: F15B21/048
Filed: 2008-11-14
Abstract: La presente invención se refiere a una nueva unidad de control de presión para compresores de pistón, la cual nunca de ha descrito en el estado de la técnica previo hasta la fecha. La unidad de control de presión comprende todos los instrumentos y componentes básicos combinados en un único sólido y práctico alojamiento. La unidad de control de presión, de acuerdo con la presente invención, tiene un modelo principal y una variante constructiva, donde dicho modelo principal es esencialmente digital, y dicha variante constructiva es esencialmente analógica. Las principales ventajas de la utilización de la unidad de control de presión, de acuerdo con la presente invención, están relacionadas con las siguientes características: fácil instalación, sencilla y agradable interfaz, y larga vida útil de los componentes internos e instrumentos, los cuales están protegidos por una estructura sólida.
Patent EC-SP099388-A (EC)
Title: Derivados de azaadamatano y sus usos como ligandos de los receptores nicoticos de acetilcolina
Inventor: SCHRIMPF MICHAEL
IPC: A61K31/395
Filed: 2009-06-04
Abstract: Compuestos que son derivados de azaadamantano, particularmente derivados de azaadamantano sustituidos con éter o amina, y sales y prodrogas de éstos, composiciones que comprenden estos compuestos, métodos para usar estos compuestos y composiciones, procesos para preparar estos compuestos, e intermediarios obtenidos durante estos procesos
Patent EC-SP972240-A (EC)
Title: Formulaciones en aerosol de furoato de mometasona sin clorofluorocarburos
Inventor: CHAUDRY IMTIAZ A
IPC: A61K9/12
Filed: 1997-08-27
Abstract: La invención se relaciona con formulaciones de aereosol en suspensión que exhiben tamaños de partículas estables, que contienen furoato de mometasona de aproximadamente 1 a aproximadamente 10 por ciento por peso de etanol y 1,1,1,2,3,3 -heptafluoropropano como impelente. Se puede incluir asi mismo surfactante, tal como ácido olóico. Estas formulaciones son adecuadas para utilizar en nubulizadores de dosis medida.
Patent EC-SP993288-A (EC)
Title: ACTIVADORES DE hPPARy y hPPARa
Inventor: DEZUBE MILANA
IPC: A61K31/42
Filed: 1999-12-21
Abstract: La presente invención expone los compuestos de la fórmula (I), y las formas tautoméricas, sales farmacéuticamente aceptables, o solvatos de las misma. Preferentemente, los compuestos de la invención son activadores dobles de hPPARy y hPPARalfa
Patent FI-20031057-A (FI)
Inventor: WILLBERG JIM
IPC: E04G21/16
Filed: 2003-07-11
Abstract: The invention relates to a method and an arrangement for installing sandwich panels (1, 1a, 1b) in tall buildings, said panels being fastened to a previously erected frame structure (10) of the building. The method comprises providing a top portion of the frame structure (10) with bearer members (11), upon which are suspended control cables (5) which extend in a vertical direction of the building spaced from each other by a distance substantially matching the installation width of a sandwich panel. The panel to be installed has each of its edge regions adjacent to the control cable provided with at least one guide lug (4), including a guide member (9) fitting around the control cable (5). The method comprises lifting a panel to a mounting location by means of a lifter (8) fastenable to the panel, under the guidance of the control cables (5) and the guide members (9). <IMAGE>
Patent FI-20040859-A (FI)
Inventor: COUTS JEFFREY DAVID
IPC: H04L12/56
Filed: 2004-06-18
Abstract: The invention is a data network system (110) and method for forwarding a communication message intended for one device to another device. A target user of a target device (one of 102-108) configures configuration data of the target device for the system. The configuration information includes one or more forwarding lists in which each forwarding list identifies at least one next device (another one of 102-108). The system then receives (204) a communication message from an originating device (yet another one of 102-108) and retrieves (206) configuration data of the target device. Next, the system determines (208) whether the target device is available for interactive communication with the originating device based on the configuration data. If the target device is available for interactive communication with the originating device, then the system routes (210) the communication message to the target device. On the other hand, if the target device is unavailable for interactive communication with the originating device, then the system forwards (228) the communication message to a particular next device identified by the forwarding list.
Patent FR-1602755-A (FR)
Title: Articles of thermosetting resin
IPC: B29C43/00
Filed: 1968-12-31
Granted: 1971-01-25
Abstract: Articles of resin optionally reinforced with a material covered with a layer of a similar resin, opt. reinforced, are formed in a press under vacuum. The resin is moulded in a liquid state at a temp. suitable for hardening. Moulding takes place under vacuum between a fixed bottom platen and a flexible top platen which is convex and first applies pressure along a line gradually extending the area as air is removed from the moulding. The top platen may be of aluminium backed by a corrugated sheet. The process is for making sandwich material of large area particularly in polyester resins.
Patent FR-1604575-A (FR)
Title: Repair of large glass vessels - using a clamp assembly and electric furnace
Filed: 1968-10-22
Granted: 1971-12-06
Abstract: Machine for the shaping and repair of large capacity glass containers, comprising an assembly on a single frame of a clamp with three modes of displacement and an electric furnace with mobile carriage for pre-heating or annealing. Suitable for repair of large glass appts. used in refineries and distilleries.
Patent GB-1094278-A (GB)
Abstract: 1,094,278. Calculating apparatus. HAMANN RECHENMASCHINEN G.m.b.H. Oct. 27, 1965, No. 45431/65. Heading G4B. In a calculating machine, an automatic repeat character recording device comprises a first contact bar 8c having spaced fingers; and means to open and close a circuit so as to cause repeated action of the character recording device e.g. for recording zeroes. When tabulating key T is depressed and with contact K2 closed, an electromagnet M2 is energized which initiates tabulation to a desired column. It is assumed that in this position an amount, e.g. 230,000, is to be entered. The printing of the first digit causes, in known manner, the closing of a contact KO and the energizing of relay R1. Relay R1 closes double-pole contact K1 which results in the energizing of relay R2 and the transfer of contact K2. The circuit for the subsequent automatic print is thus prepared and begins with the second depression of key T whereby relay R3 is energized and closes contact K3. Thus, by means of lead 8a, slip contact 8b, contact bar 8c, and contacts K1 K3, and K4 a circuit is established which energizes solenoid M1. Shortly before print lever 7 contacts the platen (not shown), the contact K4 is opened by lever 6À1 and the solenoid is de-energized. When the print lever returns, the contact K4 is again closed and the solenoid again energized. The zero printing is repeated until the slip contact 8b which is moved by the machine carriage (not shown) has left the last contact bar finger.
Patent GB-1225624-A (GB)
IPC: D21H19/82
Filed: 1967-06-15
Abstract: 1,225,624. Coating. ROBINSON WAXED PAPER CO. Ltd. 7 June, 1968 [15 June, 1967], No. 27602/67. Heading B2E. A packaging material is produced by coating a substrate of sheet material with a composition of the hot melt type, treating the coated substrate with an electrical discharge treatment and applying to the discharge-treated material a polyvinylidene chloride coating. A composition of the hot melt type is defined as one whose ingredients are capable of being blended into a viscous molten mass for application to a substrate of sheet material. The coating composition of the hot melt type may comprise pertoleum wax, which may optionally contain an ethylene copolymer such as ethylene/vinyl acetate, ethylene/ethyl acrylate or ethylene/ isobutyl acrylate copolymers. It may also contain hydrocarbon resins, rosins or rosin derivatives, terpene resins or methyl styrene/vinyl toluene copolymer. The ingredients of the coating composition may be applied as a viscous melt or dissolved or dispersed in organic or aqueous media. The coating composition of the hot melt type may be applied to the substrate by any suitable means such as roller coating, extrusion coating, gravure coating, curtain coating or kiss and scrape coating. The substrate may be paper such as clay-coated paper or glassine, a foil paper laminate material, or a cellulosic or plastics film material. The electric discharge treatment is preferably carried out with a corona discharge unit at a power of 6-8 wtts/sq. foot. The polyvinylidene chloride can be applied in aqueous dispersion, or in organic solvents, by conventional means.
Patent GB-1226299-A (GB)
IPC: A01F7/06
Filed: 1969-09-22
Abstract: 1,226,299. Axial flow combine. INTERNATIONAL HARVESTER CO. 22 Sept., 1969 [24 Sept., 1968], No. 46466/69. Heading A1F. An axial flow combine for harvesting maize, and that produces a mixture of grain and ground cobs, has a tubular casing 20 and a longitudinal rotor having impeller blades 32 which co-operate with fins 25 on the casing to feed material to longitudinal rotor members 36 which co-operate with open grates 37 to thresh out the grain which then falls to augers 27. The cobs, which are too coarse to pass through the grates 37, are fed rearwardly to a cob grinder 50 having longitudinal rows of adjustable spike teeth (51), Fig. 3 (not shown), on the container which co-act with spike teeth (57) on the longitudinal rotor members 36. The ground cobs fall to the augers 27 which transport them, together with the grain, to a blower 60. Clean grain falls via grain cracking drums 65 to a trough 61 whilst light material is blown away and the remaining material is blown to a tailings trough 71 and return conveyer 72 having a perforated bottom plate 75 in the conveyer conduit 73 which allows the ground cobs to fall to the grain trough 61. The rotor of an alternative grinder mounted at the discharge outlet 23 of the main rotor, has a feed auger (83), Fig. 4 (not shown), a cob-grinding burr member (84), ribs (87) which force the cobs through a grate (88) and impeller blades (90) which eject the husks.
Patent GB-1229978-A (GB)
IPC: H02P23/00
Filed: 1968-08-09
Abstract: 1,229,978. Fluid-pressure servomotor systems. POWELL MAGNETIC INDUSTRIES Inc. Aug. 9, 1968 [Sept. 1, 1967], No.38098/68. Heading G3P. A frequency regulator for a turbo-generator comprises means 201, 208, Fig. 2 having a fluid-pressure output 217 that is a function of the frequency of the electric current in the input which is connected to the output of the generator and means 216, Fig. 3. for governing the degree of opening of a throttle valve 226 connected to the fluid inlet of the turbine, the fluid-pressure output of the regulator being a function of both magnitude and duration of the departure of the input signal from a pre-set valve. The output of the generator is connected to the primary of an iron core transformer 300 having its secondary connected to a clipper circuit 301 producing square pulses which are applied to an integrator circuit and a multi-stage transistor amplifier. The voltage output of the amplifier is proportional to the generator frequency and energizes coils 368, 370 controlling the position of a pivotally mounted soft iron armature 352 normally held at rest by a helical spring 354 acting in one direction and by bellows 356 and pressure from a nozzle 358 acting in the opposite direction, the nozzle being supplied with gas under pressure through a pipe 211 and a filter and pressure regulator 212 to a well head which also supplies the throttle valve 226. A relay valve 366 actuated by back pressure from the nozzle supplies a bellows 424 forming part of a system including feedback bellows 426 and reset bellows 428 and controlling the position of a bar 400 reulating the back pressure from a nozzle 432 of a further relay 436 supplying the throttle valve 226 through a manuallyactuated valve 222 and the bellows 426 and 428 through adjustable valves 450 and 452 which permit the amplification and reset of the controller to be adjusted. The output pressure is indicated on a scale 458 by the position of a lever 456 connected to a cam 454 which determines the static balance of the bar 400. The valve 222 permits the turbine to be connected direct to the gas supply during starting.
Patent GB-1230004-A (GB)
IPC: F01N3/22
Filed: 1968-07-26
Abstract: 1,230,004. Purifying exhaust gases; silencing gaseous flow. ACF INDUSTRIES Inc. July 26, 1968 [Jan.16, 1968], No.35804/68. Heading F1B. [Also in Division F2] A valve, which is adapted to be used in an antipollution system of an internal combustion engine, includes an air inlet 24 which is connected to an engine driven pump, (11), Fig. 1 (not shown), an outlet 26 which is connected to an exhaust manifold (16), a vacuum duct 30a which is connected to a position downstream of the carburetter (17), a by-pass outlet 28 which communicates with atmosphere via a felted muffler element 30 channel 114 and slots, (116), Fig.2 (not shown), formed in casing 110, and two valve members 52 and 54 carried by a stem 50 which has connected thereto, and is responsive to movements of a diaphragm assembly 70. Under normal conditions of operation, the valve attains the state shown wherein inlet 24 and outlet 26 are connected to each other, and the pressures within cap 64a and chamber 26a are equal. Upon the engine being subjected to a deceleration, the vacuum in line 30a increases, a pressure differential is created across assembly 70 and consequently valve members 52 and 54 are seated and unseated respectively the resulting shut-off of air-flow to the manifold serving to eliminate objectionable backfire. The new state of the valve is maintained for a short period of time only in view of the presence of a bleed aperture 89 formed in the assembly, the aperture at all times communicating cap 64a and chamber 26a, and its size determining the time interval necessary for the valve to return to its original state under the action of spring 64. Should the vehicle speed exceed a certain predetermined valve, the quantity of air supplied to the inlet 24 becomes greater than that required at the outlet 26 and the excess is then passed through outlet 28, this change of state of the valve being made possible by making valve member 54 of greater cross-sectional area than that of member 52, so that the by-pass is opened and the outlet throttled. In the event of a sudden acceleration immediately following a deceleration, diaphragm flaps 103 permit a rapid equalization of pressure between chamber 26a and cap 64a via ports 87 and 97 formed in the diaphragm backing plates.
Patent GB-1230638-A (GB)
IPC: G01F1/688
Filed: 1968-06-08
Abstract: 1,230,638. Measuring fluid-flow rate electrically. GRAVINER (COLNBROOK) Ltd. May 27, 1969 [June 8, 1968], No.27350/68. Heading G1N. Fluid-flow rate is measured using a pair of thermocouple junctions 8, 10 exposed to the flowing fluid, one of the junctions being periodically resistively heated by passing an electric current through it and the thermocouple E. M. F. being measured in the intervals between the heating periods. The rate of heating is adjustable and the rate of heating required to give a predetermined thermocouple E. M. F. is measured as an indication of the fluidflow rate. In one arrangement, Fig. 1, thermocouple junction 8 is fed with pulses of heating current via transistor 28 which is switched ON and OFF by a fixed-frequency multi-vibrator 12 with a markspace ratio manually adjustable by potentiometer 22 to give a null reading on meter 56 whereupon meter 34 indicates the flow-rate. Diode 50 provides very high negative feedback for operational differential amplifier 40 during the heating pulses. For calibrating, switch 32 connects a standard cell 60 into circuit instead of hot junction 8 and potential divider 42 is adjusted until alteration of the setting of potentiometer 22 produces no change in the output of amplifier 40. Potential divider 58 is then adjusted to give a null reading on meter 56. In another arrangement, Fig. 2, the multivibrator 100 has a fixed mark-space ratio and potentiometer 118 is adjustable to control the amplitude of the heating pulses fed to junction 8. During the ON periods of transistor 124, F. E. T. 150 blocks the output from differential amplifier 126 and during the OFF periods of transistor 124, F.E.T. 150 passes the amplified thermocouple E.M.F. to meter 148. Meter 174, responsive to average heating current, indicates flow-rate when potentiometer 118 is adjusted to give a null output on meter 148. Protective circuit. Circuit 180 prevents overheating of junction 8 during ON periods by interrupting the heating current if the output from amplifier 126 is too high. A warning light 192 is provided. The circuit is reset by a pushbutton that opens switch 198 and closes switch 200, heating pulses being resumed only after the pushbutton is released and switch 200 opens. In a third arrangement, Fig.3, the mark-space ratio of a pulse generator 220 is progressively increased and decreased in a recurring cycle between upper and lower limits corresponding to upper and lower thermocouple E. M. F, s detected by level detector 226. Meter 262 responds to the difference in the average heating currents at the upper and lower points of the cycle and indicates fluid-flow rate. Delays 230 and 242 hold the markspace ratio constant for a predetermined time when the upper and lower points are reached, gates 252, 254 being enabled as appropriate to pass the respective mark-space ratios to stores 256 and 258.
Patent GB-1231541-A (GB)
IPC: C11D3/48
Filed: 1969-04-18
Abstract: 1,231,541. Germicidal compositions. FLOW PHARMACEUTICALS Inc. 18 April, 1969 [26 April, 1968], No. 19962/69. Heading A5E. [Also in Division C5] Cleaning and germicidal storage compositions, particularly for use in cleaning and sterilizing contact lenses and the plastic and rubber surfaces of medical devices, comprise from 0.002 to 0.2% by weight of a non-toxic quaternary ammonium germicide such as benzalkonium chloride or cetylpyridinium chloride, 0.01 to 2% by weight of trisodium ethylene diaminetetraacetate, a physiologically-acceptable non-ionic surface active agent and water. The compositions may have a pH of 8 to 10 and the non-ionic surface active agent may be a polyoxyethylene fatty acid ether or ester or a polyoxypropylene-polyoxyethylene condensate.
Patent GB-1231727-A (GB)
IPC: B01F3/04
Filed: 1969-10-03
Abstract: 1,231,727. Surface aeration of liquids. HEINRICH KOPPERS G.m.b.H. 30 Oct., 1969 [16 Nov., 1968], No. 48772/69. Heading B1C. [Also in Division C1] A rotary aerator for batch treating of sewage in an activated sludge process (see Division C1) is supported in the sewage by a float 4 and has blades (21), Fig. 5 (not shown) driven by a motor 11; a riser 3; and a vertically adjustable channel 5 for running off clear liquid via a flexible conduit 6 after the aerated sewage has settled. The motor, and a discharge valve (8) in the conduit 6 may be operated by a timing device.
Patent GB-1239069-A (GB)
IPC: H03H11/12
Filed: 1968-12-06
Abstract: 1,239,069. Active filters. UNITED CONTROL CORP. 6 Dec., 1968 [4 March, 1968], No. 57977/68. Heading H3U. A filter comprises a passive first order section Co, Ro in cascade with an active section 17, 18, 19, 21. The active section shown in Fig. 1 results in a third order transfer function between input Ei and output Eo. Replacing resistor 21 by a T-network having series resistors (23a, 23b) and shunt capacitor (24), Fig. 2 (not shown), results in a fourth order transfer function.
Patent GB-1258242-A (GB)
IPC: C03B5/14
Filed: 1968-05-02
Abstract: 1,258,242. Rotary hearth glass melting furnace. PILKINGTON BROS. Ltd., J. V. ALDERSON, R. SMITH, and G. WELLS. 25 April, 1969 [2 May, 1968], No. 20951/68. Heading F4B. [Also in Division C1] A furnace, e.g. for making glass, comprises a circular heating chamber containing a rotary member 4 carrying a horizontal, annular, refractory hearth with surface 24 (e.g. of Pt/Rh) and circumferential flange 26. The charge is evenly distributed over the hearth by means of the stationary shoot 5 of trapezoidal crosssection and the molten product is removed by the stationary discharge conduit 6 supported on the tube 30 and which comprises a refractory moulding 32 in which is fitted the main inlet 34 which is a vertically disposed, flat box-like section with side walls (51, 52, 53 and 54, Fig. 2, not shown), and a communicating down tube 35 by means of which, molten glass gathered in the inlet is syphoned into the constant level reservoir 40 from which it flows via the outlet 42 and passage 7a. A scraper blade (36) may be joined to the wall (52) of the inlet 34 leaving discrete openings 37 which progressively increase in width towards the outer rim of the hearth and thereby allow a greater rate of glass removal at the outer edge of the hearth than at the inner edge, so that the rate of glass removal is made proportional to the rate at which it arrives at the discharge means (see Fig. 3, not shown). The furnace may be modified to produce glass fibres, in which case the stream of molten glass removed from the hearth will fall into a bushing of known type which is capable of retaining a reserve of molten glass which prevents ingress of air into the heating chamber and from which glass fibres are drawn. The starting material in this case is glass marbles. The furnace may be electrically heated either by means of elements, by passing a heavy electrical current through the platinum plate 24 or by the direct resistance heating of the molten glass using the plate 24 as one electrode with another in contact with the top surface of the glass.