baber/WOPTO huggingface dataset:
Patent FI-20000752-A (FI)
Inventor: XU LIN
IPC: H04W88/06
Filed: 2000-03-31
Abstract: A method for routing data packets (DP) to a mobile node (MN) from its correspondent node (CN), via a multi-bearer network, or MBN. The MBN comprises uplink bearer networks (GSM, GPRS, UMTS) and downlink bearer networks (DxB). The method comprises: 1) storing an address (202) associated with a centralized traffic policy controller (TPC) as the mobile node's care-of address in its home agent (HA); 2) routing an initial data packet via the home agent and the centralized traffic policy controller to a bearer network interface unit (DxB_IU, DL_IU) serving the mobile node; 3) storing an address (214) of the bearer network interface unit as the mobile node's care-of address in the correspondent node (CN); 4) routing subsequent data packets from the correspondent node (CN) to the bearer network interface unit (DxB_IU, DL_IU), whereby the home agent (HA) and the centralized traffic policy controller are bypassed.
Patent FI-20000892-A (FI)
Inventor: AKSELA REIJO
IPC: B01J38/74
Filed: 2000-04-14
Abstract: The invention relates to a method for the separation of a lanthanide catalyst from a production mixture from a catalytic process and recycling of this in the process, in which method the lanthanide catalyst is removed from a product mixture, containing a lanthanide catalyst and obtained from a catalytic process, by means of a cation exchange resin and the lanthanide catalyst is returned to the process, the method further comprising a stage in which the lanthanide catalyst is released from the said resin. The catalytic process is performed wholly or partially with the use of the lanthanide catalyst that is removed from the product mixture by means of the said resin. This method can be used in the manufacture of kelatering agents. <IMAGE>
Patent FI-20055130-A (FI)
Inventor: KALLIOLA JANNE
IPC: H04L29/08
Filed: 2005-03-23
Abstract: The invention relates to a method for centralised management of a set of network nodes. The method includes supporting, in a centralised management entity, operations of at least one predefined management interface, wherein said predefined management interface is specific to said centralised management entity, implementing, at least partially, at least one of said predefined management interfaces in the network nodes of said set, and controlling, via said centralised management entity, a network node of said set by means of a management interface implementation relating to said node.
Patent GB-1051978-A (GB)
IPC: B01D15/04
Abstract: 1,051,978. Reprocessing nuclear fuel. JAPAN ATOMIC ENERGY RESEARCH INSTITUTE. May 6, 1964 [May 22, 1963], No. 18796/64. Heading G6R. Solvent comprising tributyl phosphate which has been used in reprocessing nuclear fuel is purified by contact with an ion exchanger. A polystyrene type strongly basic anion exchange resin removes from the solvent dibutyl phosphate (DBP) and monobutyl phosphate (MBP) and complexes of these compounds with fission products. Alternatively, impurities may be extracted from the solvent with an aqueous sodium hydroxide solution which is then treated with the ion exchanger and returned for re-use; the extracted solvent may be further purified in a second ion exchange column. DBP and MBP, but not the fission product complexes, may be removed from the ion exchanger with caustic soda solution.
Patent GB-1052378-A (GB)
IPC: C08G59/42
Abstract: 1,052,378. Coatings. CANADIAN INDUSTRIES Ltd. Sept. 6, 1963 [Sept. 13, 1962], No. 35311/63. Heading B2K. [Also in Divisions C2 and C3] Phosphated steel panels are coated with compositions comprising an epoxy resin, a tetrahydropyranyl ester of a polycarboxylic acid other than a linear copolymer of an α,#- ethylenically unsaturated carboxylic acid and a solvent with or without a pigment (see Division C3) by drawing down films on the panels. The films are cured by baking at 150‹C. The compositions may be applied by spraying after thinning.
Patent GB-1054345-A (GB)
IPC: H01F10/30
Abstract: 1,054,345. Magnetic structures. SIEMENS & HALSKE A.G. Sept. 15, 1965 [Sept. 16, 19641, No. 39350/65. Heading H1H. A magnetic thin film element comprises a metal or metallized substrate 1 having a relative rough surface, an insulating layer 3 which provides a smoother surface, and a magnetic layer 4 which extends beyond the insulating layer. The boundary zone where the magnetic layer contacts the substrate exhibits a higher coercive field strength than the central zone. The substrate may be electroplated silver and the instating layer may be silicon monoxide 2 thick which is produced by vaporization. The magnetic layer may be NiFe alloy and may be produced by vaporization, circular or square elements being produced by masking or etching.
Patent GB-1084088-A (GB)
IPC: F23N5/08
Abstract: 1,084,088. Photo-electric furnace control. PHILIPS ELECTRONIC & ASSOCIATED INDUSTRIES Ltd. April 12, 1966 [April 15, 1965], No. 15985/66. Addition to 1, 083, 806. Heading G1A. In a device disclosed in the parent Specification in which an ultraviolet sensitive ignition type element receives chopped radiation from a furnace flame to modulate the unsmoothed rectified A.C. supplying the element from which a signal is derived to operate indicating means, the modulation is achieved, not by a rotating perforated disc as in the parent Specification, but by reducing the radiation falling on the element to a level at which it does not ignite at every half-wave.
Patent GB-1226348-A (GB)
IPC: B01D53/26
Filed: 1968-03-22
Abstract: 1,226,348. Drying compressed air. C. G. MUNTERS. 22 March, 1968 [29 March, 1967], No. 13964/68. Heading B1L. Compressed air from compressor 10 passes through condenser 14 in indirect countercurrent heat exchange with coolant which enters by line 26. Condensed water vapour is discharged to vessel 34, the partially dried compressed air leaving by conduit 42 and passing to moisture absorber 48 which contains a regenerative rotary body 50 which is rotated by motor 56 located within the absorber housing. Also located within the absorber housing but divided off from the absorption zone 62 by partition walls 58, 60 is a regeneration zone 68. Part of the partially dried air stream entering absorber 48 passes by conduit 70 to regeneration zone 68. Therein the air is heated by heater 72 before passing axially through the pleated folds of LiCl-impregnated asbestos sheet (of which the absorber body suitably consists) thereby continuously regenerating the absorber body as it rotates and passes through the regeneration zone. Moisture-laden air passes out by conduit 74 to condenser 78, water being removed by line 88 to vessel 34 and the effluent dry air leaving by conduit 90 being entrained by the suction effect of the air stream leaving ejector 44. If desired, ejector 44 may be dispensed with, and circulation of the regeneration air stream obtained by means of a blower (110) in line (74) (see Fig. 4, not shown), or by means of a direct bleed from line 42 to the regeneration zone controlled by a throttle (108) (see Fig. 3, not shown). Fig. 5 (not shown) illustrates an embodiment in which the regeneration stream passes through the absorber in counter-flow to the direction of flow of the main stream, then through condenser (78), through another portion of the absorber, and out with the main stream.
Patent GB-1229447-A (GB)
IPC: F41A15/06
Filed: 1968-07-29
Abstract: 1,229,447. Ejector for firearm. ZAVODY JANA SVERMY, NARODNI PODNIK. 29 July, 1968 [2 Oct., 1967], No. 35987/68. Heading F3C. A drop-down barrel firearm comprises an ejector which includes a slide member 2 located beneath the barrel 1 and maintained in a cocked position by a tooth 16 of a two-armed pawl 14. A release arm 20 is pivotally mounted on a carrying arm 17 of the two-armed pawl, the release arm 20 being urged away from the carrying arm by a spring 21 such that the release arm 20 engages a stop 22 of the carrying arm. The firearm is also provided with a cocking lever 28 which in the breakup of the firearm cocks the firing hammer 36 and actuates the ejector through the forward end of the lever 28 engaging the release arm 20 to pivot the pawl away from the slide member. If the hammer 36 is still cocked the lever 28 does not engage the arm 20 and thus the ejector only moves a small distance L until a projection 9 of the slide member engages the tooth 16 of the pawl. The firearm may possess a plurality of barrels in which case an ejector is provided for each barrel.
Patent GB-1229636-A (GB)
IPC: H01R13/453
Filed: 1968-12-05
Abstract: 1,229,636. Two-part couplings. MK ELECTRIC Ltd. 5 Dec., 1969 [5 Dec., 1968], No. 57798/68. Heading H2E. An insulating connector housing is formed with a shutter 18 which prevents access to two contact sockets 15 unless the corresponding pins 30 are inserted in openings 13 in the housing cover simultaneously. Projections 26 on arms 25 of shutter 18 extend into the openings 13 and projections 23 extend into recesses 24 and are formed on each side of an internallythreaded brass insert (31, Fig. 1, not shown), spring 32 urging the shutter into the position shown in Fig. 2. When the pins 30 are inserted into openings 13 their sloping surfaces 30A contact sloping surfaces 28 formed on projections 26 and force the shutter down, as seen in Fig. 7, to take up any play, then back towards the sockets 15, and finally down to the position shown in Fig. 7, in which condition the pins may be finally inserted into the sockets 15 and the device, e.g. a fuse-holder, carrying the pins may be screwed down by a screw extending into insert (31). If only one pin is inserted in an opening shutter 18 will pivot a limited amount, until an edge of stem 20 engages abutment 36 (Fig. 9, not shown).
Patent GB-1229913-A (GB)
IPC: B21C47/14
Filed: 1967-07-27
Abstract: 1,229,913. Coiling filamentary material. GENERAL ENG., CO. (RADCLIFFE) Ltd. 16 July, 1968 [27 July, 1967; 2 Aug., 1967], Nos. 34553/67 and 35506/67. Heading D1T. Filamentary material that is to be deposited in coil form is positively fed to a driven rotary guide so constructed as to throw the material centrifugally into the required coil form. In Fig. 2 a flier 27 having diametrically opposed tubes 18, through one of which the material passes, is used to create said centrifugal distribution. A driven feed wheel 10, cooperating with an endless belt 19, feeds the material 22 to a tube 25 leading to the flyer. In Fig. 3 (not shown) a fluid jet is positioned between the tube 25 and the flier 27, this jet serving to assist in feeding the filamentary material and to apply tension thereto as it emerges from the tube. In Fig. 1 (not shown) a ring 28 surrounds the lower end of the flyer 27 to limit the extent to which the material is thrown outwardly and this ring (28) carries a plurality of arms (50) that can be swung to an inoperative position permitting the material to fall freely, and that can be swung to an operative position where the coils of material are supported pending the replacement of a filled bin below the flier.
Patent GB-1230119-A (GB)
IPC: H02P23/00
Filed: 1968-11-07
Abstract: 1,230,119. Acceleration and deceleration control systems. STANDARD TELEPHONES & CABLES Ltd. Nov.7, 1968, No.52771/68. Heading G1N. [Also in Division G3] In an acceleration or deceleration control circuit, the output from the collector of a transistor TR1, which, by reason of a differentiating circuit is made proportional to the acceleration or deceleration of a tachogenerator TG driven by an associated machine, is applied to transistors TR2, TR3, which each develop an output at its collector, a portion of the output from TR3 being fed back to TR1 via R2, C2, and R1 to increase the output of TR1. The time constant of C2 is longer than the time constant of any phase changing element in the circuit e.g. the solenoid of an electromagnetic clutch, such that for small variations in acceleration, the circuit has a rapid response, and for large variations the long term output of the circuit can adjust itself over a much wider range. The circuit may operate on an electromagnetic clutch or brake, via output terminals O1, O2.
Patent GB-1239481-A (GB)
IPC: D01G99/00
Filed: 1968-01-23
Abstract: 1,239,481. Spinning yarns. T.M.M. (RESEARCH) Ltd. 14 Jan., 1969 [23 Jan., 1968], No. 3559/68. Heading D1F. In a shortened worsted spinning process, heavy weight roving of at least 3 e.g. 4.4- 6.8, grams/metre is formed from combed wool or synthetic fibre taps by drawing e.g. in two or more stages including gelling and subsequent roller drafting, during or after which the roving is subjected to at least one autolevelling operation to reduce irregularity therein, and subsequently in a ring-spinning machine the roving (perhaps with low twist as may have been imparted by a flyer on take-up) is subjected to a, preferably singlezone, draft of at least 20, possibly up to 250.
Patent GB-1239724-A (GB)
IPC: B60G3/26
Filed: 1970-01-12
Abstract: 1,239,724. Independent front suspensions. DR.-ING h.c.F. PORSCHE K.G. 12 Jan., 1970 [12 Feb., 1969], No. 1420/70. Heading B7D. In an independent suspension for a vehicle wheel comprising a pair of tranvsersely-extending wishbones 2, 3, the lower wishbone 3 is directly connected to the frame 8 of the vehicle, and the upper wishbone 2 is connected to one arm 12 of a two-arm guide member 7 pivotally mounted on the frame 8. The other arm 13 of the guide member 7 is connected by a link 14 to an inboard extension 15 of the lower wishbone 3 so that the position of the pivot 9 of the wishbone 2 varies as the suspension deflects to minimize camber changes or otherwise influence camber characteristics. The suspension geometry may be arranged as shown with equal length wishbones and the guide member 7 having arms 12, 13 equal in length to the extension 15 and disposed at right angles, or the wishbones 2, 3 may be unequal in length and the arms 12, 13 of a different length from the extension 15 and disposed at an angle of more than 90 degrees. A torsion bar spring may be connected to the lower wishbone at its pivot 11.
Patent GB-1258265-A (GB)
IPC: D06F75/40
Filed: 1968-12-30
Abstract: 1,258,265. Electric irons. SUNBEAM CORP. 30 Dec., 1968 [1 May, 1968], No. 61733/68. Heading D1A. In an electric iron, the base has a wide rearwardly facing surface 33 which, with a member 80 extending laterally a substantial distance beyond the gripping part of the handle on either side at the back, forms a stable rest for the iron in its upended position. Surface 33 is formed in the sheet metal cover shell 31 of sole plate 27 which is of aluminium, steel or a metallic laminate. Member 80 is integral with a door 45 in the rear of the e.g. phenolic plastic handle 23. One of two side openings 53, 54 in the dividing line between the handle and door 45 receives the cord 25 and the other a cap 56 according to whether the iron is to be used by a left-handed or right-handed person.
Patent GB-1259188-A (GB)
IPC: B42F17/20
Filed: 1969-04-14
Abstract: 1,259,188. Filing papers &c. J. YOKOI. 14 April, 1969 [5 Oct., 1968], No. 18897/69. Heading B6E. A filing device, which is movable between an erected and a collapsed position to serve as a document file or support frame for documents which are overlapped and whose exposed positions form a list which may be obtained by placing the support frame in a copying machine, comprises a frame 6, Fig. 14, provided on a pair of opposite sides with pivotal clamps 20 which entrap end wires 3 of document holders 1 and an auxiliary table 21 for an auxiliary document (not shown) in recesses 8 which are aligned with similar recesses 8, Fig. 13, in end wire supports 7 on a base 9, the frame 6 and base 9 being articulated to each other by links 12 which in the erected position of the filing device co-act with stops 13. In the erected position of the filing device the document holders 1, Fig. 15, define pockets in conjunction with holder tongues 2. To produce a list of information appearing along the upper edge of the documents (4, Fig. 3) the filing device is collapsed such that the frame 6 and base 9, Fig. 13, are contiguous and the documents are overlapped to expose the information in a line-by-line manner. The frame 6 and base 9 are locked by catches 10, Fig. 15, having hooks 11.
Patent GB-1264164-A (GB)
IPC: F01L13/08
Filed: 1969-04-16
Abstract: 1,264,164. Compression relief devices. TECUMSEH PRODUCTS CO. April 16, 1969 [April 18, 1968], No.19365/69. Heading F1K. A compression relief mechanism for an internalcombustion engine comprises an auxiliary cam member 72 adapted to be arranged on a cam-shaft 30 of the engine for movement about an axis into and out of an operative position in which it can co-operate with a valve lifter 40, flyweight means 70 responsive to the speed of rotation of the camshaft being provided on the cam-shaft for moving the auxiliary cam member out of the operative position above a predetermined speed. As shown the auxiliary cam member co-operates with the circular follower 40 of the exhaust valve push-rod 38. It may be mounted adjacent the intake cam to operate the intake valve or in some applications a third valve may be provided for the sole purpose of relieving compression during starting.
Patent GB-1265984-A (GB)
IPC: F23Q2/28
Filed: 1969-09-22
Abstract: 1,265,984. Gas-fuelled lighters. BRAUN A.G. 22 Sept., 1969 [25 Sept., 1968], No. 46548/69. Heading F4F. A gas-fuelled lighter having a burner valve and an igniter system 4, and an actuating member 2 for the burner valve and the igniter system, provides a chronological displacement of an instant of ignition in relation to opening of the burner valve, and is characterized by a torsion rod 3 acting as a force-transmitting member between the actuating member 2 and the igniter system. As shown, the rod 3 is bent at its end remote from the actuating member 2 to form a projection 31 which engages a lever 41 of the igniter system. The rod 3 may be made of resiliently deformable pro-stressed material, and may be in the form of a torsion spring. When the member 2 is pivoted outwards, the burner valve is opened, while the "lost motion" in the torsion rod 3 ensures that the igniter is actuated after this has occurred.
Patent GB-1266735-A (GB)
IPC: B01D19/00
Filed: 1969-12-17
Abstract: 1,266,735. Degasing water. MASCHINENBAU A.G. BALCKE. 17 Dec., 1969 [18 Dec., 1968], No. 61455/69. Heading F4A. Apparatus for degasing water particularly boiler feedwater Comprises a tank 1 in which the feedwater enters through a feedpipe 13 to a trickle vessel 2 in which it flows downwardly and over steam racks 12 to mix with steam which discharges through holes in steam pipes 7, and flows through a re-boiling chamber 6 where remaining degasing takes place. Gases which accumulate are drawn off via cowls (25), Fig. 2 (not shown), and pipes 4. The steam from a turbine enters through an inlet 16 and is distributed by pipes 9 and perforated heating pipes 17 while the feedwater is distributed to the trickle vessel 2 by branches 14 incorporating flow guiding devices 24. The water leaving the trickle vessel 2 passes via overflow edges (21) to flow through the space between walls (22) and 5 to the re-boiling chamber 6. Degasified water passes into the tank 1 and is subsequently delivered therefrom through a shaft 18, cooled by the incoming feedwater to a discharge pipe 19 having apertures 20. The feedpipe 13 may have ribs on its inner and outer surfaces to assist cooling.
Patent GB-1289369-A (GB)
IPC: C02F1/66
Filed: 1970-10-16
Abstract: 1289369 Treating aqueous industrial waste liquor NYBY BRUKS AB 16 Oct 1970 49382/70 Heading C1C A method of treating aqueous industrial waste liquor comprises (a) precipitating fluoride ions from the liquor by the addition of lime or slakedlime thereto, (b) raising the pH of the liquor to at least 8 by the addition of ammonia, (c) separating the precipitate(s) from the liquor, (d) adding an alkali metal or alkaline earth metal hydroxide to the liquor resulting from step (c), (e) distilling off ammonia from the liquor, and (f) separating the solids from the liquor resulting from step (e). The industrial waste liquor may be used as pickling solutions from the pickling of stainless steel, and may comprise a mixture of hydrofluoric and nitric acids. The ammonia may be distilled off (step e) by passing water vapour through the liquor or may be removed under a reduced pressure.
Patent GB-1289717-A (GB)
IPC: H02K17/04
Filed: 1969-09-18
Abstract: 1289717 Asynchronous motors DANFOSS A S 18 Sept 1969 [21 Sept 1968] 46065/69 Heading H2A Each pole of the stator winding of a single phase asynchronous motor consists of two seriesconnected sections 1, 2, Fig. 2, offset from each other by 67¢-75 electrical degrees. One section 1 has more turns than the other and is connected in parallel with a motor starting impedance 3 comprising positive temperature coefficient resistors. A winding thermostat associated with section 1 of the winding only provide protection against overheating. The stator laminations (Fig. 4) for the winding may have, per pole, three slots 5-7 for one winding section 1 and two slots 8, 9 for the other winding section 2. This leaves large portions 10, 11 of the inner periphery of the core unslotted, thus improving the magnetic circuit, enabling open slots to be used and facilitating the cutting of the laminations from a strip, as indicated by the broken lines. The motor may be used in refrigerators, oil burners and pump.