mhurhangee/ep-ind-claims huggingface dataset:
A multipole magnetizing device for producing multipolar permanent magnets with symmetric and alternately opposite poles, whereby the permanent magnets are made of highly coercive materials such as hard magnetic ferrites and rare earths based materials, characterized in that - on the edges of base two supports (2 and 3) are affixed, - in the center of the base a support for a thorn is affixed, the thorn being designed to accept the magnet, which should be magnetized; - a magnetizing head is disposed in the centre of a mechanical protecting block in such a way, that the longitudinal axis of the magnetizing head coincides with the longitudinal axis of the thorn; - supports (2 and 3) cross through the block and through fastening sockets of a cooling plate, so that the cooling plate is affixed to the supports (2 and 3); - in the centre of the cooling plate, which comprises a conduit for outflow of cooling liquid, a cooling thorn for removal of heat is affixed, which has a cooling system built in such a way, that within the thorn a tube is inserted, which is to a small degree thinner than the cylindrical cavity of the thorn and is cut obliquely on its lower end; - the block with the integrated magnetizing head is fastened onto the supports (2 and 3) in such a manner that it can be moved along the said supports between a position where the magnetization head is surrounding the thorn and a position where the magnetization head is surrounding the cooling thorn; - the block is made of non-conductive and non-magnetisable material and has adequate mechanical strength to ensure proper support to the magnetizing head in its radial direction. - on the edges of base two supports (2 and 3) are affixed, - in the center of the base a support for a thorn is affixed, the thorn being designed to accept the magnet, which should be magnetized; - a magnetizing head is disposed in the centre of a mechanical protecting block in such a way, that the longitudinal axis of the magnetizing head coincides with the longitudinal axis of the thorn; - supports (2 and 3) cross through the block and through fastening sockets of a cooling plate, so that the cooling plate is affixed to the supports (2 and 3); - in the centre of the cooling plate, which comprises a conduit for outflow of cooling liquid, a cooling thorn for removal of heat is affixed, which has a cooling system built in such a way, that within the thorn a tube is inserted, which is to a small degree thinner than the cylindrical cavity of the thorn and is cut obliquely on its lower end; - the block with the integrated magnetizing head is fastened onto the supports (2 and 3) in such a manner that it can be moved along the said supports between a position where the magnetization head is surrounding the thorn and a position where the magnetization head is surrounding the cooling thorn; - the block is made of non-conductive and non-magnetisable material and has adequate mechanical strength to ensure proper support to the magnetizing head in its radial direction.
A corrosion protection agent for the preservation of cavities, which has a basic composition of 40 to 50 weight per cent of base fluid, 3 to 10 weight per cent of alkyd resin, 10 to 20 weight per cent of sulphonate and/or salicylate component, 15 to 25 weight per cent of filler, 0.003 to 0.007 weight per cent of siccative catalyst, each in relation to the total mass of the corrosion protection agent, and which, in order to adjust the rheologic properties of the corrosion protection agent, furthermore has 1 to 5 weight per cent of sheet silicate and/or 1 to 8 weight per cent of ester wax and/or paraffin wax, each in relation to the total mass of the corrosion protection agent wherein the corrosion protection agent does not have any aminic corrosion protection or binding agent components nor any anti-skin agent. 40 to 50 weight per cent of base fluid, 3 to 10 weight per cent of alkyd resin, 10 to 20 weight per cent of sulphonate and/or salicylate component, 15 to 25 weight per cent of filler, 0.003 to 0.007 weight per cent of siccative catalyst, each in relation to the total mass of the corrosion protection agent, and which, in order to adjust the rheologic properties of the corrosion protection agent, furthermore has 1 to 5 weight per cent of sheet silicate and/or 1 to 8 weight per cent of ester wax and/or paraffin wax, each in relation to the total mass of the corrosion protection agent wherein the corrosion protection agent does not have any aminic corrosion protection or binding agent components nor any anti-skin agent.
A rotary piston and cylinder device comprising: a rotor, comprising a rotor surface, a piston which extends from the rotor surface, a stator, a rotatable shutter, the rotor surface and the stator together defining an annular chamber, and the piston arranged to rotate, through the annular chamber, wherein the device comprises a transmission assembly arranged to rotationally connect and synchronise the rotation of the rotatable shutter to the rotor. characterised in that when the annular chamber is viewed in axial cross-section, the annular chamber is a two-sided chamber and only a single side of the stator defines said chamber with the rotor surface. a rotor, comprising a rotor surface, a piston which extends from the rotor surface, a stator, a rotatable shutter, the rotor surface and the stator together defining an annular chamber, and the piston arranged to rotate, through the annular chamber, wherein the device comprises a transmission assembly arranged to rotationally connect and synchronise the rotation of the rotatable shutter to the rotor. characterised in that when the annular chamber is viewed in axial cross-section, the annular chamber is a two-sided chamber and only a single side of the stator defines said chamber with the rotor surface.
Adapter for ski-jumping, comprising: a first plate, a second plate, a hinged joint extending between the second plate and the first plate and allowing movement of the second plate to the first plate by way of its hinge axis, and a spring mechanism on the hinge axis for providing a restoring force to both plates (30, 40), characterized in that the hinge axis extends sideways of a longitudinal axis in the middle of the adapter. a first plate, a second plate, a hinged joint extending between the second plate and the first plate and allowing movement of the second plate to the first plate by way of its hinge axis, and a spring mechanism on the hinge axis for providing a restoring force to both plates (30, 40),
An image sensor, comprising: a photodiode chip comprising: a plurality of pixels grouped into pixel cells, a pixel cell comprising: two or more pixels, each pixel including: a photodiode for receiving light; and a first transfer gate operably connected between the photodiode and a transfer channel shared by the two or more pixels; a transistor array chip stacked vertically on the photodiode chip, the transistor array chip comprising: multiple communication paths (280, 282, 284, 286) in communication with the pixel cell, each communication path comprising: a second transfer gate operably connected between the shared transfer channel and a storage node; and a storage transfer gate operably connected to the storage node; wherein the shared transfer channel extends vertically from the photodiode chip to the transistor array chip and transfers charge from at least one photodiode in the pixel cell to a respective communication path. a photodiode chip comprising: a plurality of pixels grouped into pixel cells, a pixel cell comprising: two or more pixels, each pixel including: a photodiode for receiving light; and a first transfer gate operably connected between the photodiode and a transfer channel shared by the two or more pixels; a photodiode for receiving light; and a first transfer gate operably connected between the photodiode and a transfer channel shared by the two or more pixels; a transistor array chip stacked vertically on the photodiode chip, the transistor array chip comprising: multiple communication paths (280, 282, 284, 286) in communication with the pixel cell, each communication path comprising: a second transfer gate operably connected between the shared transfer channel and a storage node; and a storage transfer gate operably connected to the storage node; a second transfer gate operably connected between the shared transfer channel and a storage node; and a storage transfer gate operably connected to the storage node; wherein the shared transfer channel extends vertically from the photodiode chip to the transistor array chip and transfers charge from at least one photodiode in the pixel cell to a respective communication path.
Microemulsion, comprising water, 2 - 15 wt.-% of at least one organic solvent with flash point above 37.8 °C (100 °F) and pour point of 10 °C or lower, 1 - 6 wt.-% of at least one co-solvent that includes at least one alcohol, and 12 - 30 wt.-% of at least one N-Alkyl-N-acylglucamine surfactant, which is a Winsor type IV emulsion. 2 - 15 wt.-% of at least one organic solvent with flash point above 37.8 °C (100 °F) and pour point of 10 °C or lower, 1 - 6 wt.-% of at least one co-solvent that includes at least one alcohol, and 12 - 30 wt.-% of at least one N-Alkyl-N-acylglucamine surfactant,
A computer-implemented method for planning a restorative dental treatment for a patient, wherein at least two dental restorations are digitally constructed and a specification for the insertion of the restorations into the mouth of the patient is calculated, wherein the specification for the insertion of the restorations comprises an order of the restorations to be inserted, if applicable including insertion paths for the restorations to be inserted, characterized in that the method comprises the following steps: a. calculation of geometries for the restorations, b. identification of potential conflicts for possible insertion sequences and, if applicable, insertion paths, and c. output of an available optimum specification for the insertion of the restorations, wherein the optimum specification allows an insertion of the restorations without conflicts, or repetition of steps a. - c., if no optimum specification is possible. a. calculation of geometries for the restorations, b. identification of potential conflicts for possible insertion sequences and, if applicable, insertion paths, and c. output of an available optimum specification for the insertion of the restorations, wherein the optimum specification allows an insertion of the restorations without conflicts, or repetition of steps a. - c., if no optimum specification is possible.
Surgical kit for adding to a joint of a vertebrate, in particular of a human, which surgical kit has two joint elements (1, 2) which are movable relative to each other and between which there is a joint space, said surgical kit having a first insert part with a first longitudinal axis and two end faces (3b, 3c) through which said longitudinal axis passes, and at least one circumferential face, said first insert part having, on at least one circumferential face, at least one fixing element, in particular an elevation for anchoring in a recess in a first joint element; a second insert part with a second longitudinal axis and with two end faces (4b, 4c) through which said longitudinal axis passes, and at least one circumferential face, said second insert part having, on at least one circumferential face, at least one fixing element, in particular an elevation for anchoring in a recess in a second joint element; and an insertion plate (5, 5', 5'') for introducing into the joint space between the joint elements (1, 2); and a positioning element (6, 6', 6", 6′′′) for positioning the insertion plate (5, 5') between the first and the second insert parts, characterized in that the first and/or the second insert part (3, 4) are each designed as a cylindrical sleeve.
Transmission welding method for welding a first workpiece part, which is formed at least partially from thermoplastic material, to at least one second workpiece part at a weld point, comprising: a) bracing the first workpiece part and the second workpiece part by means of at least one bracing element which is at least partially transparent to the infrared light radiation; b) directing polychromatic, incoherent infrared light radiation through the bracing element to the first workpiece part, and through the first workpiece part to the weld point, wherein at least one region of the first workpiece part or the entire first workpiece part is formed from a thermoplastic fibre composite material and the infrared light radiation is directed through the fibre composite material to the weld point, characterized by c) setting a temperature of the bracing element before, during and/or after step b) in order to influence the temperature of at least one region of the workpiece. a) bracing the first workpiece part and the second workpiece part by means of at least one bracing element which is at least partially transparent to the infrared light radiation; b) directing polychromatic, incoherent infrared light radiation through the bracing element to the first workpiece part, and through the first workpiece part to the weld point, wherein at least one region of the first workpiece part or the entire first workpiece part is formed from a thermoplastic fibre composite material and the infrared light radiation is directed through the fibre composite material to the weld point, characterized by c) setting a temperature of the bracing element before, during and/or after step b) in order to influence the temperature of at least one region of the workpiece.
A system for transmitting a precoding codebook over an air interface, the system comprising: a first station configured to signal a set of indicators via at least one antenna to a second station whereby the precoding codebook is derived at the second station based on the signaled set of indicators, the set of indicators including less information than the precoding codebook, wherein the set of indicators includes only a first set of codewords such that a second set of codewords can be derived at the second station based on a mirror operation. a first station configured to signal a set of indicators via at least one antenna to a second station whereby the precoding codebook is derived at the second station based on the signaled set of indicators, the set of indicators including less information than the precoding codebook, wherein the set of indicators includes only a first set of codewords such that a second set of codewords can be derived at the second station based on a mirror operation.
A control apparatus for a vehicle that is provided with (a) an automatic transmission having a plurality of shift ranges (D, N, R, P) and (b) a shifting device including (b-1) a shift actuator and (b-2) a shift lever, wherein the shift actuator is configured to establish one of the shift ranges (D, N, R, P) in the automatic transmission such that the established one of the shift ranges (D, N, R, P) corresponds to a selected one of a plurality of shift-lever operating positions of the shift lever, when a switching request to switch the automatic transmission to an opposite-direction drive range (D, R) is made by an operator of the vehicle to drive the vehicle in a direction opposite to a current running direction of the vehicle, during running of the vehicle at a first running speed not lower than a given value (Va), said control apparatus is configured to reject the switching request, and characterised in that said control apparatus is configured to also reject the switching request during running of the vehicle at a second running speed lower than the given value (Va), when the vehicle is running downhill.
A method, comprising: determining, by a traffic cleaning equipment, a first data packet having a time to live, TTL, that at least meets a first condition, the first data packet having a destination internet protocol, IP, address, the first data packet being obtained from network traffic diverted by a router to the traffic cleaning equipment, the traffic cleaning equipment operative to implement the steps of; recording the destination IP address of the first data packet in an IP address list used to monitor network loops; within a time period after the determining of the first data packet, identifying a plurality of second data packets that are to be transmitted to the destination IP address, wherein the plurality of second data packets are obtained from the diverted network traffic; determining, among the plurality of TTLs, whether at least a set number of TTLs that are reduced to a second preset threshold value exists; in response to a determination that at least the set number of TTLs that are reduced to the second preset threshold value exists, determining that the network loop exists based on a plurality of TTLs corresponding to the plurality of second data packets; and in response to a determination that the network loop exists for the destination IP address: recording the destination IP address in a loop diversion blacklist; and stopping diversion to the traffic cleaning equipment of data packets that are to be transmitted to the destination IP address. determining, by a traffic cleaning equipment, a first data packet having a time to live, TTL, that at least meets a first condition, the first data packet having a destination internet protocol, IP, address, the first data packet being obtained from network traffic diverted by a router to the traffic cleaning equipment, the traffic cleaning equipment operative to implement the steps of; recording the destination IP address of the first data packet in an IP address list used to monitor network loops; within a time period after the determining of the first data packet, identifying a plurality of second data packets that are to be transmitted to the destination IP address, wherein the plurality of second data packets are obtained from the diverted network traffic; determining, among the plurality of TTLs, whether at least a set number of TTLs that are reduced to a second preset threshold value exists; in response to a determination that at least the set number of TTLs that are reduced to the second preset threshold value exists, determining that the network loop exists based on a plurality of TTLs corresponding to the plurality of second data packets; and in response to a determination that the network loop exists for the destination IP address: recording the destination IP address in a loop diversion blacklist; and stopping diversion to the traffic cleaning equipment of data packets that are to be transmitted to the destination IP address. recording the destination IP address in a loop diversion blacklist; and stopping diversion to the traffic cleaning equipment of data packets that are to be transmitted to the destination IP address.
Method for establishing access to the removal and installation of main shafts, gearbox, generator and other main parts located in the nacelle of a wind turbine, where the nacelle roof remains on the nacelle and comprising the following operations; - mounting at least two sets of pairs of opposing guide transfer mechanisms (18, 18', 22, 22'), on the inner side (24, 24', 28) of the nacelle respectively near the front end of the nacelle closest to the shaft, and the rear end of the nacelle, the upwardly facing free ends of each guide transfer mechanism comprising at least one first roller, - displacement of the upwardly facing free ends of the guide transfer mechanisms to abutment with the abutment flange of the roof relative to the nacelle base by jacks or winches, - displacement of the roof in backwards direction, away from the front end of the nacelle to a position where a part of the roof is cantilevered over the rear edge of the nacelle. - mounting at least two sets of pairs of opposing guide transfer mechanisms (18, 18', 22, 22'), on the inner side (24, 24', 28) of the nacelle respectively near the front end of the nacelle closest to the shaft, and the rear end of the nacelle, the upwardly facing free ends of each guide transfer mechanism comprising at least one first roller, - displacement of the upwardly facing free ends of the guide transfer mechanisms to abutment with the abutment flange of the roof relative to the nacelle base by jacks or winches, - displacement of the roof in backwards direction, away from the front end of the nacelle to a position where a part of the roof is cantilevered over the rear edge of the nacelle.
Cooking appliance comprising at least one housing means and at least one cooking chamber, at least one steam generation device and at least one microwave device for heating food being associated with the cooking chamber, the steam generation device being suitable and designed for supplying the cooking chamber with steam, in particular by means of at least one steam inlet, and the microwave device comprising at least one high-frequency generator which is suitable and designed for introducing high-frequency radiation into the cooking chamber at at least one inlet point, at least one cooling airflow, which is guided at least in portions in at least one channel means, being associated with the high-frequency generator for cooling, and characterised in that the cooking chamber comprises at least one steam outlet which is guided into the cooling airflow of the high-frequency generator.
A method of perfusing an explanted organ, comprising: perfusing the organ to sustain and/or restore viability of the organ; separately from the perfusing, supplying a first medical fluid to at least one specific area of the organ while sustaining and/or restoring viability of the organ; monitoring an output of at least one device located at the at least one specific area of the organ, wherein the output is at least one of a sensed electrical characteristic and a sensed chemical characteristic of the at least one specific area of the organ; and adjusting a perfusion parameter for the organ on the basis of the output of the at least one device. perfusing the organ to sustain and/or restore viability of the organ; separately from the perfusing, supplying a first medical fluid to at least one specific area of the organ while sustaining and/or restoring viability of the organ; monitoring an output of at least one device located at the at least one specific area of the organ, wherein the output is at least one of a sensed electrical characteristic and a sensed chemical characteristic of the at least one specific area of the organ; and adjusting a perfusion parameter for the organ on the basis of the output of the at least one device.
A method for etching a graphene nanostructure comprising: providing a piece of highly oriented pyrolytic graphite including a first window, a second window, and a third window, wherein said first window and said second window include one or more electrode contacts configured to receive an electrical voltage, and wherein a portion of said third window includes a reaction area configured to receive a DNA sample; depositing said DNA sample on said piece of highly oriented pyrolytic graphite; placing said piece of highly oriented pyrolytic graphite in a humidity controlled chamber; applying a relative humidity to said piece of highly oriented pyrolytic graphite; and applying said electrical voltage across said first window and said second window thereby etching a surface of said highly oriented pyrolytic graphite. providing a piece of highly oriented pyrolytic graphite including a first window, a second window, and a third window, wherein said first window and said second window include one or more electrode contacts configured to receive an electrical voltage, and wherein a portion of said third window includes a reaction area configured to receive a DNA sample; depositing said DNA sample on said piece of highly oriented pyrolytic graphite; placing said piece of highly oriented pyrolytic graphite in a humidity controlled chamber; applying a relative humidity to said piece of highly oriented pyrolytic graphite; and applying said electrical voltage across said first window and said second window thereby etching a surface of said highly oriented pyrolytic graphite.