baber/WOPTO huggingface dataset:
Patent IT-226385-Z2 (IT)
Title: Attrezzo per l'apertura di fiale di vetro a frattura predisposta e perl'applicazione cutanea del relativo contenuto
IPC: A61M/
Filed: 1992-03-24
Granted: 1997-06-16
Abstract: Un attrezzo per l'apertura di fiale di vetro, a frattura predisposta, per uso cosmetico, tricologico, parafarmaceutico, farmaceutico e simili, e per l'applicazione cutanea diretta del relativo contenuto, comprendente un corpo (2) chiuso inferiormente da una base girevole (3), e un coperchio (4), la base (3) e il coperchio (4) essendo fissati al corpo (2) mediante un perno centrale (5), il fissaggio del coperchio (4) essendo tale che questo possa ruotare intorno al corpo (2) e oscillare leggermente in senso trasversale rispetto ad essa, nel corpo (2) essendo previsti due fori passanti (11) disposti simmetricamente rispetto al perno centrale (5), e altri due fori (14, 15) essendo previsti nel coperchio (4), in perfetto allineamento con detti fori (11), ciascun foro (11) ricavato nel corpo (2), cooperando con almeno uno dei detti fori (14, l5) previsti nel coperchio (4) per alloggiare una fiala (13), nell'altro di detti fori (14, 15) essendo inserito un codolo (18) di un elemento (19) per l'applicazione cutanea del contenuto della fiala (13).
Patent IT-226924-Z2 (IT)
Title: Complesso di contenitore cilindrico e coperchio dotato di mezzi di sigillatura di sicurezza
IPC: B65D/
Filed: 1992-09-24
Granted: 1997-07-22
Abstract: Contenitore formato da un corpo cavo sostanzialmente cilindrico, con una apertura superiore delimitata da un rispettivo bordo ingrossato, e dotato di un coperchio che si innesta sulla sommità del corpo cavo e che presenta una fascia di garanzia strappabile, atta ad impegnarsi sotto detto bordo ingrossato. Il coperchio è dotato di una zona centrale incavata, di conformazione cilindrica, la cui parete cilindrica, essenzialmente parallela a detta fascia di garanzia, si impegna all'interno ed a stretto contatto della superficie interna della parete del contenitore. Preferibilmente, detta zona centrale incavata di detto coperchio serve anche da zona di presa delle dita della mano, in modo per se noto.
Patent CR-7853-A (CR)
Title: Anticuerpos anti-cd33 y metodo para tratamiento de leucemia mieloide aguda utilizando los mismos
Inventor: MARY G HOFFEE
IPC: C12N5/06
Filed: 2005-06-01
Abstract: La presente invencion se refiere a anticuerpos que enlazan CD33. De manera mas particular la invencion se refiere a anticuerpos anti-CD33, fragmentos y homologos de dichos anticuerpos, versiones humanizadas y recubiertas de dichos anticuerpos, equivalente funcionales y versiones mejoradas de dichos anticuerpos, inmunoconjugados y composiciones que comprenden a dichos anticuerpos y el uso de los mismos en el diagnostico, investigacion y aplicaciones terapeuticas. La invencion se refiere tambien a un polinucleotido que codifica los anticuerpos, vectores que comprendern los polinucleotidos, celulas huesped transformadas conm polinucleotidos y metodos para producir los anticuerpos.
Patent CR-7997-A (CR)
Title: Compuestos glp-1 unidos a polietilenglicol
Inventor: RICHARD DENNIS DIMARCHI
IPC: A61K47/48
Filed: 2005-09-19
Abstract: La presente invencion proporciona compuestos GLP-1 unidos a al menos una molecula de polietilenglicol o un derivado del mismo, dando lugar a un peptido biologicamente activo con una semivida prolongada y una eliminacion mas si lo comparamos con los dep pepitdo no PEGilado.
Patent CR-9891-A (CR)
Title: Ciclopropil aminas como moduladores del receptor de histamina h3
Inventor: BRETT D ALLISON
IPC: A61K31/496
Filed: 2008-04-16
Abstract: Ciertas ciclopropil aminas son moduladores de histamina H3 utiles en el tratamiento de enfermedades mediadas por el receptor de histamina H3.
Patent GB-656332-A (GB)
Title: Improvements in or relating to rocket type propulsion apparatus
IPC: F02K9/52
Filed: 1949-01-03
Abstract: 656,332. Jet propulsion plant. DE HAVILLAND ENGINE CO., Ltd., HALFORD, F. B., CLEAVER, A. V., and DOVE, E. B.. Jan. 3, 1949, No. 75. [Class 110(iii)] [Also in Group XXIX] A rocket propulsion unit of the kind in which a propellant liquid or liquids are injected into a reaction chamber where gases are evolved which issue from a propulsion nozzle has a propellant injector valve comprising a movable valve member which in the closed position prevents propellant liquid from entering the reaction chamber and which when moved progressively from the closed to the open position first opens an auxiliary passage of relatively small cross-sectional area and thereafter a main passage of relatively large crosssectional area. The propellant injector valve, Fig. 2, comprises a valve body 24 arranged between a hydrogen peroxide reservoir 11 and a reaction chamber 10. A poppet valve 26 which slides in a guide 25 is held on its seat 28 by a spring 27. The valve 26 also has a sealing surface 30 which engages a corresponding surface 31 on the valve body. An annular recess 32,'which communicates with the inlet ends of some auxiliary small bore passages 33 in the head of the valve 26, is located between the seating 28 and sealing surface 31. When the pressure on the surface of the hydrogen peroxide is low, the spring 27 holds the valve 26 on the seating 28. If compressed air is applied to the reservoir 11, the pressure of the hydrogen peroxide will first move the valve 26 off the seating 28 and enter the annular recess 32 from which it will pass through the auxiliary passages 33 into the reaction chamber 10. If the compressed air pressure is then increased the valve 26 will move so far off its seating that the cylindrical skirt 30 will pass beyond the corresponding surface 31 leaving a main annular aperture of substantial cross-section for the passage of hydrogen peroxide into the reaction chamber. In a modification, the auxiliary passages 33 are arranged in the valve body 24 instead of in the valve 26 but, if desired, passages may be arranged in both of these members. In a further modification, Fig. 4, two valve springs 38 and 39, arranged in series, with a sliding abutment 40 between them are provided. As the valve 26 moves from the closed to the open position both springs 38 and 39 are in action but as soon as the sliding abutment 40 comes up against a stop 41 only the spring 39 is in operation so that the force required to initially open the valve is considerably less than that required at the end of its travel. An arrangement in which the springs are arranged in parallel is also described. The propellant injector.valve described is stated to be especially suitable for use in a control system as described in Specicfiation 656,333. A dissociation catalyst such as sodium or calcium permanganate may be used with the hydrogen peroxide in the reaction chamber. Specification 656,331 is also referred to.
Patent HK-5995-A (HK)
Title: Use of aqueous lubricant solutions based on fatty alkyl amines
Inventor: WEBER FRANK
IPC: C10N20/00
Filed: 1995-01-12
Abstract: The invention relates to an aqueous lubricant solution based in part on a particular group of fatty alkyl amines, which aqueous solution is especially suitable for use as a belt lubricant for the lubrication of conveyor belts for bottles. The aqueous lubricant solutions in accordance with the present invention exhibit excellent clouding behaviour and very good gliding action.
Patent IS-3861-A (IS)
Inventor: PEREZ JOSE LOPEZ
IPC: G09F7/00
Filed: 1992-05-13
Abstract: The structure of the display panel is comprised of a frame (1) provided with wheels (2) rolling on rails (3) and wherein is mounted, with the possibility of regulating the inclination, a structure comprised of two side plates (4) and wherein are set two guiding rollers (18) for a laminar body (17) carrying different information, and two rollers (21) for rolling/unrolling said laminar body (17), said rollers being actuated by respective electric motors (22-22') which, appropriately controlled by a computer program, allow to change the information provided by the panel after appropriately predetermined display periods of time. <IMAGE>
Patent DK-89882-A (DK)
Inventor: JOOST FRIEDRICH
IPC: B42D1/00
Filed: 1982-03-02
Abstract: A method of forming a folder of documents and a folder for putting the method into effect. The folder has folds or creases (2, 3) defining a spine (3) between a front and a back cover of the folder, and side folds (4, 5) spaced from the spine folds. An adhesive strip covered with a protective film is applied to the interior of the folder along the spine in a region delimited by the side folds (4, 5). In use the protective film is removed, a sheaf of documents (7), preferably stapled together is permanently secured in the folder so that documents cannot be removed without detection.
Patent DK-94291-A (DK)
Inventor: KORNETTKA NORBERT
IPC: A61K/
Filed: 1991-05-17
Abstract: Multicolour-striped strips of toothpaste, in particular with a cross-section in the form of an n-sided polygon, where n is a whole number between 3 and 7, can be extruded from a reservoir, without diffuse transition regions, if the ratio of the liquid limits of the carrier material and of the stripe material is approximately 1.10 : 1 to 1.20 : 1. A suitable extruder is shown in Figure 1.
Patent GB-1329544-A (GB)
Title: Method and apparatus for rinsing for a washing machine
IPC: D06F33/38
Filed: 1971-01-04
Abstract: 1329544 Washing machines INDUSTRIE A ZANUSSI SpA 4 Jean 1971 [10 Jan 1970] 311/71 Heading D1A A rinsing method for a laundry washing machine includes feeding water into the machine tub to a first level, simultaneous feeding of the water to a second level while rotating the machine basket alternatingly in opposite senses, a sequence of partial discharging and further feeding of water between the second level and a third lower level (which may be higher or lower than the first level) while alternatingly rotating the basket in the opposite senses, and finally discharging the water from the tub. A further stage of alternating rotation of the basket while maintaining the water level constant may be inserted between the last two stages described above. A machine utilising the above method comprises two, preferably pressure sensitive, water level detectors 10, 11 which respond respectively to an empty tub and the first level and to the second and third levels, a magnetic water inlet valve 23, a discharge pump 28, a reversible electric basket drive motor 29 and a timer motor 35. The timer motor 35 actuates a fast cam controlling contacts 32, 33, 34 for the reversible motor and slow cams actuating contacts 21, 22; 25, 26, 27; 30, 31 and 36, 37.
Patent GB-699221-A (GB)
Title: Improvements in and relating to electric signalling cables
IPC: H01B11/00
Filed: 1952-01-04
Abstract: 699,221. Cables. FELTEN & GUILLEAUME CARLSWERK AKT.-GES. Jan. 4, 1952 [March 20, 1951], No. 316/52. Class 36. A signalling cable comprises one or more coaxial lines 1, each having a water-tight outer conductor or sheath, stranded with a plurality of paper-insulated, low - frequency lines 5 assembled into one or more bundles 4, each bundle having a water-tight sheath 6 so that it is not necessary to enclose the cable in a common water-tight sheath. The outer conductors 3 of the coaxial lines may consist of seamless aluminium pipes, or of conducting tapes or netting with a watertight sheathing. The water-tight pipes 6 may be of aluminium or of thermoplastic insulating material. If of insulating material the pipes 6 may contain a conducting screen. After stranding the lines are surrounded by a common protective covering 7.
Patent GB-1406439-A (GB)
Title: Doppler microwave landing systems
IPC: G01S1/40
Filed: 1972-01-04
Abstract: 1406439 Position finding PLESSEY CO Ltd 2 Jan 1973 [4 Jan 1972] 335/72 Heading H4D A microwave Doppler landing system includes an aerial array and a reference aerial next to one end of the array, a transmitter providing the reference aerial and array with reference and scanned signals, having frequencies differing by a predetermined offset frequency, a commutator for applying the scanned signal to the elements of the array so that the point of transmission is moved along the array and back and means to change the scanned signal frequency by twice the offset frequency when the element closest the reference aerial is energized and when the rate of change of amplitude of the beat signal between the scanned and reference signals is zero. A reference generator supplies the reference aerial 16 and offset generator 17 with the reference frequency signal (e.g. 5000 MHz). The offset generator 17 adds or subtracts 50 KHz the offset being positive or negative in accordance with the direction of scanning (i.e. up and down respectively). This scanned signal passes to commutator 19 feeding a vertical array of aerial elements. When the lower element 20 is energized gate 25 is enabled and when phase discriminator 23 and phase detector 24 detect in-phase or antiphase signals a pulse is passed to control 26 which reverses the offset. Since the offset is reversed at the upper end of the array also, the offset remains the same in the upward scanning direction and the changeover is effected smoothly. Digitizer 18 is used to add small phase changes at the offset changeover between the scanned signals at the upper element in order to reduce the effects of the reverse in scanning direction. The system may also be used for azimuth D.F. In the aircraft receiver (Fig. 2, not shown) the signals are detected, the Doppler signal is extracted and passed to a spectrum analyser or zero-crossing detector. The Doppler frequency is proportional to elevation angle from the array, for small angles. For larger angles, e.g. for use with helicopters or VTOL aircraft suitable correction is applied.
Patent GB-264313-A (GB)
Title: Improvements in apparatus for wiring bales and the like
IPC: B65B13/28
Filed: 1926-01-06
Abstract: 264,313. Ingold, E. A. Jan. 6, 1926. Wire strainers.-In an apparatus for wiring bales &c., in which the wire is strained by being wound on a drum j rotated by hand ratchet lever k, when a given tension has been applied the twister and cutting shaft c is automatically clutched to the operating mechanism therefor which may be either manually or power driven. The wire is held at one end between cam grippers on a lever g the free end oi which moves against an adjustable spring l and which at a predetermined tension trips a lever on an arm m<2> depending from a shaft m. A compressed spring m<3> is thereby enabled to shift the shaft m so that a pin nx‹ carried by a lug depending from the shaft moves a clutch pin n<0> to couple a disc n fast on the twister and cutter shaft with a worm wheel b<1> loose on the shaft and driven either manually or by power. The shaft m meanwhile is prevented from moving in the reverse direction by a lever closing the aperture in the bearing standard d<1> through which the shaft slides, a cam being subsequently operated to uncover the aperture. A cam c<3> on the shaft coacts with a cam on the arm m<2> to move the shaft m in the reverse direction at the proper time to withdraw the pin m<0> from a slot n<1> in the fast disc n and from a slot o<1> in a disc o loose on the shaft c. The loose disc is then clutched to the fast disc n by the engagement of a cam in a groove n<2> in the fast disc with a sliding pin carried by the loose disc and projecting into the groove n<2> and the loose and fast discs rotate together until the pin in the loose disc registers with an aperture o<4> in the standard d<2> through which it is .then projected by the cam in the groove n<2>. The slots o<1>, n<1> are now out of register and the fast disc and worm wheel continue to revolve together until these slots register, when the cam surface b<2> on the worm wheel projects the clutch pin n<0> into the slot o<1> in the loose disc, thereby declutching the twister and cutting shaft. The shaft c is then manually rotated in the reverse direction by a lever s through a limited angle to facilitate the with drawal of the twisted wires from the slotted pinion and to reset the apparatus. Specification 202,335 is referred to, and according to the Provisional Specification the clutch mechanism may be that described in Specification 221,834, [Class 80 (ii), Gearing, Variable-speed &c.].
Patent GB-624855-A (GB)
Title: Pyridine recovery by a distillation process
Filed: 1946-01-04
Abstract: <PICT:0624855/III/1> Pyridine bases are recovered from the ammonium sulphate liquors of coke-oven plants by neutralizing the liquor in a still with the vapours from an ammonia still, distilling off pyridine bases together with ammonia, carbon dioxide and steam, condensing the vapours, causing the condensate to separate into a layer of ammonium carbonate solution and a supernatant layer of pyridine bases, and maintaining this separation by passing the ammonium carbonate layer to the neutralizing still or to a dissociator connected to the neutralizing still.  Coke-oven gas is passed into saturator 5 where it is scrubbed with sulphuric acid to remove ammonia and pyridine bases.  The acid liquor is, continuously or intermittently, withdrawn from the saturator, freed from solid ammonium sulphate by means of salt table 6 and settling tank 7, and delivered to still 8 where the pyridine bases are liberated and volatilized by the introduction of vapours from ammonia-still 16 through pipe 19 and perforated pipe 10. The depyridinized liquor is withdrawn from the still through seal 12, delivered to settling tank 13 and filter 14, and returned to the saturator through pipe 15.  The vapours from still 8 are dephlegmated in partial condenser 20 and condensed in condenser 21.  The condensate is passed into separator 24 where it separates into two layers, viz. a concentrated solution of ammonium carbonate and a supernatant layer of partially dehydrated pyridine bases; the latter being decanted to storage tank 26.  In order to ensure that sufficient carbon dioxide is present in the system to maintain a high enough concentration of ammonium carbonate in the separator to salt out the pyridine bases, the ammonium carbonate solution from the separator is fed through line 29 either directly to still 8 or to dissociator 18, the dissociation products being then passed to still 8 through pipe 19.  When starting up a process using ammonia-still vapours which are extremely deficient in carbon dioxide, the proportion of the latter is increased by connecting dissociator 18 to the ammonia-still through pipe 35 and using it as a dephlegmator for the still.  The dephlegmated and non-dephlegmated vapours are blended by adjusting valves 39 and 40.
Patent GB-1084461-A (GB)
Title: Preparation of guanidines
Inventor: WALTON ERIC
IPC: C07C239/00
Filed: 1964-01-04
Abstract: Guanidines of the general formula L.CH2.NH-C(: NR1)NHR2 (wherein L represents a phenyl group optionally substituted in the 2- or 3-position with a chlorine or bromine atom or a methyl group, and R1 and R2 are identical or different and each represents H or a methyl or ethyl group), and their acid addition salts, are prepared by reacting an O-alkylisourea of the formula AOC(: NQ2)NHQ3 or a salt thereof with ammonia or a primary amine Q1NH2 or a salt thereof (wherein Q1, Q2 and Q3 represent LCH2-, R1 and R2, but no necessarily respectively, and A represents a C1- 6 alkyl group). O-Alkylisoureas of the general formula AOC(: NQ2)NHQ3 are prepared by treating the corresponding ureas with alkylating agents.
Patent GB-897590-A (GB)
Title: Helicopter having towing apparatus
Inventor: SPRATT GEORGE GORHAM
IPC: B64C27/04
Filed: 1960-01-06
Abstract: 897,590. Helicopters for towing. BOEING AIRPLANE CO. Jan. 6, 1960, No. 484/60. Class 4. A helicopter has a sustaining rotor with means for changing the direction of lift, towing means connected to the helicopter and means operatively connecting said towing means to said lift direction changing means. A bracket 18 is attached to the fuselage at its centre of gravity to support a trunnion 16 to which is secured a shaft 15 transverse of the fuselage to provide a pivot for the forked end 14 of a tow bar 11, which is pivoted transversely and fore and aft of the helicopter by two actuators 19, 21 respectively controlled by valves 23, 24 operatively connected by linkages to the pitchcontrolling mechanism of the rotor. Movement of the cyclic pitch control stick 25 in the fore and aft direction will effect a forward or backward tilting of the rotor lift force, and will also adjust valve 24 through linkage 31, 30 37 to cause retraction or extension of the actuator 21 thereby rotating the tow bar 11 about the shaft 15. In the case of forward movement of the cyclic stick 25, the mechanism is such that forward tilting of the lift force is associated with clockwise rotation of the tow bar 11 about shaft 15 as viewed in Fig. 2 whereby the line of action of the towing force will then pass below the centre of gravity as shown by the vector b to create a nose-down pitching movement, which causes an increase in the forward tilt of the helicopter to an altitude in which the line of action of the towing force as shown by the vector c again passes through the centre of gravity, thereby maintaining the helicopter in an altitude in which the horizontal component of the rotor lift force is of sufficient magnitude for towing operations. Movement of the cyclic stick 25 to port or starboard will tilt the rotor lift force to port or starboard and, through an associated linkage 36, 39, will adjust valve 23 to retract or extend the actuator 19, to rotate the tow bar 11 about the axis of the trunnion 16 in a clockwise or anticlockwise direction as viewed from above. In another arrangement, Fig. 6 (not shown), the tow bar 11 is attached to the fuselage below and aft of the centre of gravity, but the mode of operation is substantially the same as in the previous form.
Patent GB-1074521-A (GB)
Title: Improvements relating to cathode-ray tubes
Inventor: GROVES KENNETH EDWARD
IPC: H01J29/24
Filed: 1965-01-06
Abstract: 1,074,521. Cathode-ray tubes. FERRANTI Ltd. Jan. 5, 1966 [Jan. 6, 1965], No. 545/65. Heading H1D. [Also in Division G2] A cathode-ray tube fibre-optic faceplate has the fibre claddings which are of lower refractive index than the fibre cores composed of a material that transmits light only of wavelengths, e.g. red or blue, within a narrow spectrum which excludes those wavelengths emitted by the phosphor, e.g. blue or orange. The fibre cores may be composed of a material transmitting only the light emitted by the phosphor or a suitable filter layer may be placed over the inner or outer surface of the fibre-optic plate. The cladding material may bond the fibres together to form a vacuum-tight seal or the filter layer may provide the vacuum-tight seal. The fibres themselves may comprise the phosphor material.