baber/WOPTO huggingface dataset:
Patent CN-1225659-A (CN)
Title: 涂覆金属氧化物的二氧化钛片状颗粒
Inventor: ANDES S
IPC: C09D11/037
Filed: 1997-05-23
Abstract: 彩色珍珠光泽颜料,由一种片状颗粒二氧化钛的核和一种或多种其它金属氧化物或金属氧化物水合物组成,可以通过下列过程获得:在一个连续带上固化可热水解的钛化合物的水溶液,分离所得的层,在中间有干燥或没有干燥的情况下,用一种或多种其它金属氧化物或金属氧化物水合物,如Fe 2 O 3 、Fe 3 O 4 、FeOOH或Cr 2 O 3 通过湿法涂敷所得的二氧化钛片状颗粒,分离,干燥所得的材料,如果有必要,可以煅烧所得的材料。
Patent CN-1278226-A (CN)
Title: 具有板元件的闭锁装置的纸盒
Inventor: TAMIO IKEDA
IPC: B65D71/00
Filed: 1998-08-20
Abstract: 一种纸盒,其包括重叠的第一板元件(12)和第二板元件(20),以及用于固定所述各板元件的闭锁装置。闭锁装置包括在第一板元件(12)上冲制成型的闭锁凸片(60、62、64、66),在第二板元件(20)上冲制成型的保持凸片(70、72、74、76),并且在第二板元件(20中设有闭锁孔(102)。闭锁凸片在其邻近的端部边缘可折叠地连接到第一板元件上,并且延伸到自由端部边缘,所述自由端部边缘与所述部近的端部边缘相互对置。闭锁孔具有一个端部边缘,所述闭锁孔的端部边缘沿着闭锁凸片的所述邻近的端部边缘延伸,其与另一个端部边缘相互对置。保持凸片沿着其邻近的端部边缘可折叠地连接到闭锁孔的另一个端部边缘,并且延伸到保持凸片的自由端部边缘,所述自由端部边缘与所述邻近的端部边缘相对置。闭锁凸片相对于第一板元件以一定角度折叠,以致闭锁凸片被容纳在所述闭锁孔中。保持凸片相对于第二板元件折叠一定角度,以致所述保持凸片的自由端部边缘与相对置的所述闭锁凸片的侧面之一相靠,由此使所述闭锁凸片被夹持在所述闭锁孔中。闭锁凸片具有从闭锁凸片的自由端部边缘伸出的舌状物(84),与此同时,保持凸片设有用于容纳所述闭锁凸片的舌状物的凹口(100)或孔(120)。
Patent CN-1238648-A (CN)
Inventor: KURAMATSU HIROYASU
IPC: H04W28/04
Filed: 1999-04-28
Abstract: 无线寻呼接收机包括：数据存储器(1)，用于存储消息数据和覆盖消息数据的误差指示数据；控制部分(2)，在消息数据包括误差时，覆盖消息数据，并且发送用于显示被覆盖的消息，显示单元(5)，用于显示消息数据，码程序器(4)，用于设置一个程序，以响应指示请求根据码标识输入误差指示数据；和误差标识存储器(3)，用于根据码标识可重写地存储误差指示数据，控制部分(2)使误差标识存储部分根据由程序定义的码标识的ID码，初始存储误差指示数据。
Patent CR-20110354-A (CR)
Title: Compuestos de amidina sustituidas para combatir plagas de animales
Inventor: KAISER FLORIAN
IPC: A01N43/80
Filed: 2011-06-22
Abstract: Compuestos de amidina sustituida de la fórmula (I), sus enantiómeros, diastereómeros y sales y comoposiciones que comprenden dichos compuestos.
Patent EC-SP088252-A (EC)
Title: 7-aza-indazoles sustituidos, composiciones que los contienen, procedimiento de fabricación y utilización
Inventor: SHAH SYED M
IPC: A61K9/70
Filed: 2008-03-07
Abstract: La presente invención se refiere a nuevos 7-aza-indazoles de fórmula (I) específicos que presentan una actividad moduladora de la actividad de proteínas, en particular de quinasas, a las composiciones que los contienen y su utilización como medicamento, particularmente como agentes anticancerígenos.
Patent EC-SP109874-A (EC)
Title: Nuevos compuestos 892
Inventor: ASLUND BENGT LEONARD
IPC: A61K31/522
Filed: 2010-01-13
Abstract: La presente invención se refiere a nuevas formas cristalinas de 3-(2R-tetrahidrofuril-metil)-2-tioxantina. Además, la presente invención se refiere también a composiciones que las comprenden y su uso en terapia.
Patent EC-SP900655-A (EC)
Title: Proceso para la preparacion de un exopolimero extracelular, el exopolimero obtenido por este proceso y los compuestos farmaceuticos que lo contienen
Inventor: PARES FARRAS RAMON
IPC: A61K31/715
Filed: 1990-08-09
Abstract: Se refiere al expolímero, "producido mediante el cultivo de cepas seleccionadas de una nueva especie de Bitidobacterium infantis longum recientemente aislada, una bacteria grampositiva, la cual presenta características taxonómicas entre Bifidobacterium infantis y Bifidobacterium longum. Debido a sus propiedades inmunomoduladoras demostradas experimentalmente, este expolímero tiene, por consiguiente, una importancia real para la medicina humana y veterinaria".
Patent EC-SP910763-A (EC)
Title: Lectura de codigo
Inventor: SCHOLL HANS-WILLY
IPC: B07C5/34
Filed: 1991-07-04
Abstract: Lo que se describe es un procedimiento para leer una cadena de caracteres codificados que está dispuesta anularmente sobre una botella transparente y en el área de fondo de la misma, y dicha lectura se efectúa fotografiando al menos el área de fondo de la botella a través del cuello de la botella y con ayuda de una cámara, y simultáneamente iluminando desde abajo el área de fondo de la botella. En ausencia de un movimiento de rotación entre la cámara, la botella y la fuente iluminadora, una instantánea del área de fondo de la botella con la completa cadena de caracteres codificados es tomada desde el interior de la botella con ayuda de la cámara, y dicha instantánea es almacenada como una imagen para efectuar posteriormente la descodificación de la cadena de caracteres codificados. El procedimiento de lectura de código es sumamente rápidos debido a que la fracción de un segundo durante el cual la botella está en línea con la cámara y la fuente iluminadora es adecuada para efectuarla lectura del código. La evaluación de la imagen de la cadena de caracteres codificados que es fotografiada ocurre empleando una técnica de histograma por comparación con un dibujo anular almacenado que está dividido en sectores.
Patent EC-SP951535-A (EC)
Title: Metodos y composiciones para reducir la formacion de depositos contaminantes en motores de jet
Inventor: WRIGHT BRUCE E
IPC: C10G9/16
Filed: 1995-09-20
Abstract: Métodos y composiciones son previstos para la limpieza e inhibición de la formación de depósitos contaminantes en los componentes del motor de jet durante la combustión de los aceites combustibles de combustión de la turbina. Son provistos también métodos y composiciones para inhibir la formación y emisión de hollín y humo del escape del motor del jet durante la combustión del aceite combustible de combustión de la turbina. El método emplea un derivado de ácido (tio) fosfónico añadido al aceite combustible de combustión de la turbina. El derivado preferido es el éster de pentaeritrita del ácido poliisobuteniltiofosfónico.
Patent EC-SP982786-A (EC)
Title: Profarmacos de lobucavir y metodos de uso
Inventor: ZAHLER ROBERT
IPC: A61K39/29
Filed: 1998-12-16
Abstract: Se revelan profármacos de lobucavir de la fórmula (I), en donde R1 y R2 son ambos fórmula (II), o en donde uno de R1 y R2 es hidrógeno y el otro esfórmula (II);y una sal farmacéuticamente aceptable de los mismos. Dichos compuestos son útiles a gentes antivirales. Estos compuestos son profármacosde lobucavir y producen cantidades antiviralmente efectivas de lobucavir después de la administración. También se revelan las aplicaciones y losmétodos de tratamiento que utilizan dichos compuestos.
Patent EC-SP993179-A (EC)
Title: Concentrado de sustancia activa con formoterol, apropiado para almacenar
Inventor: HOCHRAINER DIETER
IPC: A61K31/65
Filed: 1999-10-15
Abstract: El presente invento se refiere a un concentrado de sustancia activa con formoterol almacenable en forma de una solución o suspensión destinada a utilizarse en inhaladores para la terapia por inhalación o nasal.
Patent FI-20012128-A (FI)
Inventor: HILLIAHO ERKKI
IPC: E06B7/23
Filed: 2001-11-05
Abstract: Sealing structure for a glazing system that comprises a fastening profile 4 for fastening glass panes 1 and a guide profile 2 for guide members, wherein said profiles 2, 4 are placed on top of each other, and said guide members, in turn, are arranged to move and fasten to said fastening profile. The sealing structure comprises a first sealing 9 that is fastened to the guide profile 2, and a second sealing 6 that is fastened to the fastening profile 4. Each said sealing 6, 9 comprises a first wall 6a, 9a extending from each profile 2, 4 towards the opposite profile, and a second profile 6b, 9b that is fastened to the first wall and positioned between each profile 2, 4 and the first wall of the opposite sealing, wherein the first walls 6a, 9a are positioned within a distance from each other, thus allowing the deviations of the profiles, wherein also the second walls 6b, 9b are positioned within a distance from each other, thus allowing the changes in the distance between the profiles 2, 4.
Patent FI-20012414-A (FI)
Inventor: JANKA KAUKO
IPC: C03B37/029
Filed: 2001-12-07
Abstract: The invention relates to a method and a device in the manufacture of an optical fibre ( 11 ), in which manufacture a fibre preform ( 12 ) is placed vertically in a drawing furnace ( 10 ) or the like, in which drawing furnace ( 10 ) the preform ( 12 ) is heated in a heating zone in such a way that a thin fibre ( 11 ) is formed of the molten zone ( 16 ) forming at the lower end of the preform ( 12 ) by means of gravity and/or downwards drawing of the fibre ( 11 ), and the forming fibre ( 11 ) is guided to cool down in a controlled manner in an extension tube ( 19 ) following the healing zone. According to the invention, after said heating zone, on the path of the molten or still partly molten fibre ( 11 ), the extension tube ( 19 ) is provided with a thermophoretic collector ( 20, 30, 40 ) which comprises one or more cooled means ( 21, 31, 41 ) to thermophoretically deposit, on its surface, impurities contained in the gas flow ( 18 ) surrounding the fibre ( 111 ).
Patent FI-20125717-A (FI)
Inventor: VAARNO JUSSI
IPC: B01D11/04
Filed: 2012-06-26
Abstract: A solvent extraction settler arrangement comprises a settler (1) having a feed end (2) and a discharge end (3), said settler being arranged to separate solution phases from a dispersion fed from the feed end while the dispersion flows to the discharge end. Elongated discharge launders (4, 5) are arranged at the discharge end (3) of the settler for each solution phase to be separated from the dispersion, each discharge launder (4, 5) including a first end (6), an outlet (7, 8) arranged at the first end, and a closed second end (9). At least one of the discharge launders (4, 5) has a form of a conical tube with a cross-section converging from the first end (6) towards the second end (9) and an inclined bottom (10, 11) descending from the second end (9) towards the first end (6).
Patent GB-1051942-A (GB)
IPC: H01J29/92
Abstract: 1,051,942. Television pick-up tubes. ELECTRIC & MUSICAL INDUSTRIES Ltd. Aug. 6. 1965 [Aug. 20, 1964], No. 33995/64. Heading H1D. In a vidicon tube, a mesh electrode is mounted on a conductive ring 10 which is held between two tubular parts 3, 1 of the envelope without projecting to the exterior, the join being sealed by a flowable sealing metal which contacts ring 10 and is exposed at the exterior of the envelope to provide a lead to the mesh electrode. As shown, rings 6, 7 carrying indium 8, 9 are assembled between faceplate 2 and envelope parts 3, 1, ring 10 having a flange, and possibly also a bevel 10, projecting between parts 3, 1, and the seals are formed by applying pressure axially of the tube envelope.
Patent GB-1054343-A (GB)
IPC: G03B27/52
Abstract: 1,054,343. Photographic type-composing machines. H. S. G. BOUTIGUE and M. A. WIEBEL. July 27, 1965 [July 29, 1964], No. 32046/65. Heading B6W. Lines of type blocks 32, Fig. 4, are assembled in a series of type holders 31 supported on arcuate members 43, Fig. 2. Light sources 50 mounted in a housing on pivoted arms 51 are movable manually or automatically into alignment with successive type holders for transparent types (sources 55 are used for opaque types), and the light passes via mirrors 66, 67 on a slidable member 60 into a light axis 71 and through a variable aperture lens 18<SP>1</SP> on a slidable member 61. The size of the photographed image is varied by vertical sliding of the members 60, 61. The light is reflected by a mirror 28 to a viewing screen 21. A schedule sheet 127, Fig. 8, having lines representing the length and position of lines to be photographed is mounted on a drum 22 co-operating with indexing means 24 visible on the screen. The mirror 28 is then moved to block the screen and admit the light to a film mounted on a drum 27 rotatably indexable in synchronism with the drum 22, the members 60, 61 having been adjusted so that the image of the line on the screen coincides with the required conditions indicated by the means 24. The drums 22, 27 are also movable bodily along rails 110 according to the vertical position of the line.
Patent GB-1225692-A (GB)
IPC: G01N27/414
Filed: 1968-02-22
Abstract: 1,225,692. Halogen leak detectors-ionisation gauges, automatic temperature control systems. GENERAL ELECTRIC CO. Feb. 22, 1968 [May 26, 1967], No. 8736/68. Heading G1N. [Also in Divisions G3 and H1] In a halogen leak detector the temperature of the emitter electrode is maintained constant. Construction. The detector comprises two platinum (or platinum alloy) concentric cylindrical collector and emitter electrodes 30, 31, the latter surrounding a heater coil 44 embedded in a layer 43 of emitter activating material containing an alkali metal such as rubidium. A central tubular ceramic thermistor 33 sensitive to the temperature of the emitter electrode is separated from the heater by an impervious ceramic tube 42. Temperature control system Fig. 4. A transistor amplifier 65, 67 is supplied with a regulated voltage from Zener diodes 60, 61, and variably biased by thermistor 33<SP>1</SP> to control the firing of low power SCR72 and hence SCR55 and thereby vary the number of half cycles of one polarity through heater 44. Half cyles in the other direction are supplied through diode 56, uncontrolled. Leak Detector. Fig. 1 (not shown) illustrates the use of the gas detector with a variable orifice "sniffer" probe (21). To allow the use of a constant flow vacuum pump with a variable orifice air is also sucked into the probe through a filter (11).
Patent GB-1227949-A (GB)
IPC: F16F9/18
Filed: 1967-10-17
Abstract: 1,227,949. Hydropneumatic shock absorbers. GIRLING Ltd. 27 Sept., 1968 [17 Oct., 1967], No. 47192/67. Heading F2S. A tube-within-a-tube hydropneumatic shock absorber, of the kind in which the gas is situated above liquid in the outer tube, is characterized by the nature of the means which allowliquidleakage from the inner tube past the piston-rod to the outer tube whilst preventing gas from the outer tube entering the inner tube. This means includes a valve element, as shown a simple 0-ring 19, which is located in a recess 16 within the sealing means 12, 13 of the two tubes. This recess is required to be radially spaced from the piston-rod 8 so that the valve element does not engage the moving rod. The flow path from the inner to the outer tube is by way of the annular space 20 between the piston-rod and the sealing member 12, the passages 17 and the passage 18.
Patent GB-1228909-A (GB)
IPC: B01J23/22
Filed: 1968-09-06
Abstract: 1,228,909. Oxidation catalysts. BADISCHE ANILIN-& SODA FABRIK A.G. 6 Sept., 1968 [7 Sept., 1967], No. 42424/68. Heading B1E. [Also in Division C2] Oxidation catalysts comprising V 2 O 5  and the anatase variety of TiO 2  on a support are made by treating the support with a solution or suspension of a Ti compound followed by heating in the presence of oxygen at 130- 1100C and thereafter treating the carrier with a solution or melt of a V compound and heating the product in the presence of oxygen at 350-1100C. The catalyst may contain 2-50% TiO 2 , 4-30% V 2 O 5  and 20-94% of carrier. Specified carriers are suitable, SiO 2  pumice, zeolites, Al or Mg silicates, clay, Al 2 O 3 , MgO or ZrO 2 . Promoters which may be added are LiO, ZrO 2 , CeO 2 , compounds of Su, Cr, Mo, W, Fe, Co, Ni, Ag or Cu. The catalyst may be used in a fluidised bed.
Patent GB-1229554-A (GB)
IPC: B01J8/28
Filed: 1969-02-21
Abstract: 1,229,554. Aluminium fluoride. ALLIED CHEMICAL CORP. 21 Feb., 1969 [21 Feb., 1968], No. 9621/69. Heading C1A. Aluminium trifluoride is produced in a continuous process comprising passing gaseous hydrogen fluoride successively through at least three fluidized beds; each comprising one or more of alumina, alumina trihydrate, partially dehydrated alumina trihydrate and aluminium trifluoride, the aluminferous starting material being fed to the bed and transferred from one bed to the next in reverse order to the order in which the gas stream passes through the beds; wherein 30-70% by weight of the starting material is fed to the bed through which the gas passes last and the temperature of the intermediate bed or beds being 315-650‹ C. The temperature of the bed through which the stream passes last is preferably 230-425‹ C. and the temperature of the bed through which the gas stream passes first is preferably from 480-590‹ C. As illustrated, some at least of the beds are superposed. Reference has been directed by the Comptroller to Specification 1,016,894.
Patent GB-1230416-A (GB)
IPC: B65D21/08
Filed: 1968-07-11
Abstract: 1,230,416. Load handling pallets. CRANE FRUEHAUF TRAILERS Ltd. 11 July, 1968 [13 July, 1967], No. 33020/68. Heading B8H. [Also in Division F2] An auxiliary post 10, Figs. 1, 2, for a pallet or container comprises a hollow, rectangularsection central portion 11 with a receptacle 12 welded to the top end and an element 13 welded to the bottom end. The element 13 has a threaded aperture 14 aligned with a substantially rectangular aperture 15 in the receptacle 12. A threaded stud 16 has a rectangular shank and rectangular head 18 of a size to pass through an aperture 15 in a receptacle 20 secured to the end of a pallet or provided at the corners of a container or pallet for receiving the head and securing the post 10 thereon. To secure the post 10 to the receptacle the stud 16 is dropped through the aperture 15 and turned through 90 degrees. A positioning element 24 is dropped over the stud 16 into the aperture 15 and retains the stud against rotation so that the aperture 14 can be threaded on to the stud 16. When the element 13 engages the top of the receptacle 20 continued rotation will draw the head 18 upwardly into engagement with the underside of the top portion of the receptacle to lock the post 10 thereto. In the embodiment shown in Fig. 5 the head 18 is fixedly secured to a plate 33 welded to central portion 32 of a post 31. The head 18 is dropped through the aperture in the receptacle 20, illustrated as attached to a pallet 30, and turned into locked position. The post 31 is then prevented from turning by a locking finger 36 fixed on a pin 35 movable in a slot 34 to enter an aperture 37 in the top wall of the receptacle 20. Figs. 9, 10 show modifications of this arrangement. In the former a locking finger 39 is pivoted on a rivet 38 while in the latter a bail 41 has two end portions 42 supported on a rod 43 which projects through elongated apertures 44 in opposite walls of the central portion 32.
Patent GB-1231177-A (GB)
IPC: B21D53/26
Filed: 1967-07-14
Abstract: 1,231,177. Making pulleys; cupping. TURNER BROTHERS (BIRMINGHAM) Ltd. 3 July, 1968 [14 July, 1967], No. 32504/67. Headings B3A and B3Q. [Also in Division F2] A pulley having a V-groove defined by two flanks of which at least one is formed of two layers is made by forming from a sheet blank a first cylindrical wall which is reverse drawn to form a second cylindrical wall so that one wall surrounds the other and pressing the two walls to form the two layers of the double thickness flank of the pulley. In one embodiment, a sheet metal blank is initially formed into a cup by a stationary male die (72) (Fig. 2, not shown) and a movable female die (84), the formed blank being ejected by a stripper plate (74) spring urged into an upper position. The blank is further drawn to form a blank 94, Fig. 5, having an outwardly extending flange 92. The blank 94 is placed on a male die 115 and an upper die 102 lowered to cause the flange 92 to be bent upwardly by engagement with a setting face 112 of an annular die 108. Subsequently, the flange 92 is clamped between the face 112 and die 102, the male die 115 is forced down against the action of a spring and the blank 94 is reverse drawn to form a second cylindrical wall 132, Fig. 6. Thereafter, the blank is inserted into a bore 152, Fig. 7, of a stationary die 150 and an upper die 136 moved downwardly, two semicircular sizing dies 160 being cammed inwardly as it does so. When the upper die 136 is retracted, the blank is ejected by ejector pads 142, 156. The pulley is finally formed in a similar apparatus to that of Fig. 7 wherein the two layers 64 and 66 of one flank are brought together and inclined correctly relative to the single thickness flank 68. In another embodiment, a drawn blank, Fig. 10, is placed on a die 172 and reverse drawn by moving down a die sleeve 184 to form a first cylindrical wall (170) (Fig. 11, not shown) surrounded by a second cylindrical wall (198), the flange 92 being clamped between a clamping ring 190 and the die 172. The blank is finished as previously described to form an outermost single thickness flank and an innermost double thickness flank (Fig. 11c, not shown). A blank may be reverse drawn to such an extent that a pulley with a disc-like body instead of a cup-shaped body is finally formed (Figs. 12, 12a, not shown). In a further embodiment, the reverse drawing step is carried out by positioning a blank over a die sleeve 206, Fig. 13, and moving down a clamping plate 218 whereupon a plunger 216 is moved down through the die sleeve 206.
Patent GB-1231724-A (GB)
IPC: G05B19/07
Filed: 1969-09-29
Abstract: 1,231,724. Programmed control. LENINGRADSKY ORDENA LENINA POLITEKHNICHESKY INSTITUT IM MI KALININA. Sept.29, 1969 [Oct.17, 1968], No. 47711/69. Heading G3N.  A time interval programmer, incorporating magnetic core stores, comprises a distributer of control pulses connected to a principal decimal counter for counting the durations of time intervals occurring successively and a further decimal counter for counting the number of equal time intervals occurring repeatedly and controlling the distributer for continuing repeated equal time interval and obtaining a further time interval following the repeated equal time intervals. As shown, a digital programmer comprises a decimal counter, for counting the duration of time intervals of working cycles of an apparatus for controlling an industrial unit, having a digit unit 1, a decimal unit 2, an input 3 and switching units 4, 5, for setting the durations time intervals. A decimal counter 6 counts the number of repeated equal time intervals set by a switching unit 7. The duration decimal counter is connected to a control pulse distributer 8 which is connected, together with the counter 6, through magnetic cores, to output flip-flops 9, 10, 11 controlling the force between electrodes and the welding current. The counter 6 incorporates current pulse shapers 13, 14 connected in divide-by two ring and the distributer 8 incorporates a shaper 15 connected from a decimal output 16 to a write circuit 17 of the counter 6. Each transistorized pulse shaper includes in a feedback circuit an adjustable coupling line transformer determining the duration of current pulses to matrix windings of the counter 6 and distributer 8. At the beginning of a work cycle time interval, setting pulses of the write current are generated in unit 3 and fed via unit 2 and a selected output 34-38 of the unit 5 through the distributer 8 to an input 42-47 of the switching unit 4 from which it is passed to units 1, 2. The switching units 4, 5 permit variation of the time intervals, for the operations of presqueeze 'squeeze 1', 'squeeze 2', weld, hold and off. For pulsation (spot) welding the intervals squeeze 2 and weld are repeated within each cycle as set by the switching unit 7.