mhurhangee/ep-ind-claims huggingface dataset:
Cooling device for use in a switchgear installation, comprising - a bearing, by means of which a carrier body is rotatably mounted, - a device arranged on the carrier body and serving for generating a first magnetic field, - at least one fan element arranged on the carrier body, for the generation of a gas flow, and - a device mounted on the carrier body and serving for supplying energy to the device for generating the first magnetic field, which is designed as a current transformer having a ring consisting of magnetic material, said ring being configured for encompassing the conductor through which current flows, and at least one coil surrounding the ring at least in portions, wherein - the device for generating the first magnetic field is arranged in such a way, and the cooling device is configured for fitting at a conductor through which current flows in such a way, that a movement of the carrier body with the at least one fan element is generated by the interaction between a second magnetic field, generated by the conductor through which current flows, and the first magnetic field, and - the bearing is configured for encompassing the conductor through which current flows. - a bearing, by means of which a carrier body is rotatably mounted, - a device arranged on the carrier body and serving for generating a first magnetic field, - at least one fan element arranged on the carrier body, for the generation of a gas flow, and - a device mounted on the carrier body and serving for supplying energy to the device for generating the first magnetic field, which is designed as a current transformer having a ring consisting of magnetic material, said ring being configured for encompassing the conductor through which current flows, and at least one coil surrounding the ring at least in portions, wherein - the device for generating the first magnetic field is arranged in such a way, and the cooling device is configured for fitting at a conductor through which current flows in such a way, that a movement of the carrier body with the at least one fan element is generated by the interaction between a second magnetic field, generated by the conductor through which current flows, and the first magnetic field, and - the bearing is configured for encompassing the conductor through which current flows.
A computer graphics animation method, wherein user inputs are received by a computer graphics application and motion paths of elements of a model in a 3D space are output corresponding to the user inputs, the method comprising: providing, to a display device, a display environment for presentation of the 3D space on the display device; providing, to the display device, a camera view of a body in the display environment, the body including a reference point present in the 3D space, wherein the reference point is a point on, or relative to, a portion of the body; associating one or more control mechanisms with the body, wherein a control mechanism of the one or more control mechanisms corresponds to a corresponding input parameter that defines movement of a corresponding portion of the body and/or a rate of movement in time of the portion of the body for changes in value of the corresponding input parameter; associating user inputs as inputs to the one or more control mechanisms, wherein changes in values of the plurality of input parameters specify animation details; providing, to the display device, in the camera view of the body, a motion path for the reference point; receiving motion path user inputs corresponding to values of the motion path in the 3D space; and computing, using an inverse mapping, the values of the motion path in the 3D space into the values of the plurality of input parameters wherein when the body is animated, the values of the plurality of input parameters in the parameter space are such that the reference point follows the motion path in the 3D space. providing, to a display device, a display environment for presentation of the 3D space on the display device; providing, to the display device, a camera view of a body in the display environment, the body including a reference point present in the 3D space, wherein the reference point is a point on, or relative to, a portion of the body; associating one or more control mechanisms with the body, wherein a control mechanism of the one or more control mechanisms corresponds to a corresponding input parameter that defines movement of a corresponding portion of the body and/or a rate of movement in time of the portion of the body for changes in value of the corresponding input parameter; associating user inputs as inputs to the one or more control mechanisms, wherein changes in values of the plurality of input parameters specify animation details; providing, to the display device, in the camera view of the body, a motion path for the reference point; receiving motion path user inputs corresponding to values of the motion path in the 3D space; and computing, using an inverse mapping, the values of the motion path in the 3D space into the values of the plurality of input parameters wherein when the body is animated, the values of the plurality of input parameters in the parameter space are such that the reference point follows the motion path in the 3D space.
A method of wireless communication performed by a user equipment, comprising: entering (1305, 1405, 1505, 1605) a connected mode by establishing a radio resource control, RRC, connection with a base station; determining (1310, 1410, 1510, 1610) a connected mode extended discontinuous reception, DRX, configuration comprising a low power period that is longer than a full system frame number, SFN, cycle; initiating a default DRX inactivity timer and an extended DRX inactivity timer, wherein a period of the extended DRX inactivity timer is longer than a period of the default DRX inactivity timer; determining that the extended DRX inactivity timer has expired; deactivating (1315, 1415, 1525, 1615) at least one radio component while in the connected mode for the low power period based at least in part on the connected mode extended DRX configuration and on the expiration of the extended DRX inactivity timer; and activating (1320, 1420, 1530, 1620) the at least one radio component after the low power period based at least in part on the connected mode extended DRX configuration. entering (1305, 1405, 1505, 1605) a connected mode by establishing a radio resource control, RRC, connection with a base station; determining (1310, 1410, 1510, 1610) a connected mode extended discontinuous reception, DRX, configuration comprising a low power period that is longer than a full system frame number, SFN, cycle; initiating a default DRX inactivity timer and an extended DRX inactivity timer, wherein a period of the extended DRX inactivity timer is longer than a period of the default DRX inactivity timer; determining that the extended DRX inactivity timer has expired; deactivating (1315, 1415, 1525, 1615) at least one radio component while in the connected mode for the low power period based at least in part on the connected mode extended DRX configuration and on the expiration of the extended DRX inactivity timer; and activating (1320, 1420, 1530, 1620) the at least one radio component after the low power period based at least in part on the connected mode extended DRX configuration.
A method in a wireless Local Area Network, WLAN, system, the method comprising: generating, by a first station, STA, supporting a plurality of space time streams, STSs, a first pilot sequence related with 36 subcarriers for two bonded channels based on a second pilot sequence related with 12 subcarriers, wherein the second pilot sequence is set to one sequence among a plurality of second pilot sequences for the plurality of STSs, wherein the plurality of the second pilot sequences are mutually orthogonal, wherein a maximum number of the STSs supported by the first STA is eight; and transmitting, by the first STA to a second STA, a signal including the first pilot sequence through the two bonded channels. generating, by a first station, STA, supporting a plurality of space time streams, STSs, a first pilot sequence related with 36 subcarriers for two bonded channels based on a second pilot sequence related with 12 subcarriers, wherein the second pilot sequence is set to one sequence among a plurality of second pilot sequences for the plurality of STSs, wherein the plurality of the second pilot sequences are mutually orthogonal, wherein a maximum number of the STSs supported by the first STA is eight; and transmitting, by the first STA to a second STA, a signal including the first pilot sequence through the two bonded channels.
Method for regenerating a mixed-bed filter, wherein a separation of spent ion exchange material into an anion exchange material and into a cation exchange material is carried out in a first vessel, in which a material interlayer is formed between the anion exchange material and the cation exchange material, and wherein the anion exchange material as well as the cation exchange material are regenerated in the first vessel, characterised in that - after the regeneration of the ion exchange material (41, 42) a mixing zone is defined comprising the material interlayer; - the anion exchange material adjoining the material of the mixing zone is transferred to a second vessel, wherein the anion exchange material transferred to the second vessel is regenerated again in the second vessel before the regenerated cation exchange material is combined with the newly regenerated anion exchange material; - the material of the mixing zone is transferred to a third vessel; and - the regenerated cation exchange material remaining in the first vessel is combined and mixed with the regenerated anion exchange material. - after the regeneration of the ion exchange material (41, 42) a mixing zone is defined comprising the material interlayer; - the anion exchange material adjoining the material of the mixing zone is transferred to a second vessel, wherein the anion exchange material transferred to the second vessel is regenerated again in the second vessel before the regenerated cation exchange material is combined with the newly regenerated anion exchange material; - the material of the mixing zone is transferred to a third vessel; and - the regenerated cation exchange material remaining in the first vessel is combined and mixed with the regenerated anion exchange material.
An apparatus for applying negative pressure to a wound, comprising: a dressing (102, 1010) configured to be placed over the wound and to create a substantially fluid impermeable seal over the wound; a source of negative pressure (104, 1090) configured to be coupled to the dressing; and a controller configured to activate the source of negative pressure; characterised in that the controller is further configured to: monitor a number of duty cycles of the source of negative pressure that exceed a duty cycle threshold; and provide an indication if the number of duty cycles that exceed the duty cycle threshold exceeds an overload threshold; wherein the controller is configured to monitor the number of duty cycles that exceed the duty cycle threshold by: incrementing a counter when the controller determines that the duty cycle exceeds the duty cycle threshold; and decrementing the counter when the controller determines that the duty cycle does not exceed the duty cycle threshold. a dressing (102, 1010) configured to be placed over the wound and to create a substantially fluid impermeable seal over the wound; a source of negative pressure (104, 1090) configured to be coupled to the dressing; and a controller configured to activate the source of negative pressure; characterised in that the controller is further configured to: monitor a number of duty cycles of the source of negative pressure that exceed a duty cycle threshold; and provide an indication if the number of duty cycles that exceed the duty cycle threshold exceeds an overload threshold; wherein the controller is configured to monitor the number of duty cycles that exceed the duty cycle threshold by: incrementing a counter when the controller determines that the duty cycle exceeds the duty cycle threshold; and decrementing the counter when the controller determines that the duty cycle does not exceed the duty cycle threshold. monitor a number of duty cycles of the source of negative pressure that exceed a duty cycle threshold; and provide an indication if the number of duty cycles that exceed the duty cycle threshold exceeds an overload threshold; wherein the controller is configured to monitor the number of duty cycles that exceed the duty cycle threshold by: incrementing a counter when the controller determines that the duty cycle exceeds the duty cycle threshold; and decrementing the counter when the controller determines that the duty cycle does not exceed the duty cycle threshold. incrementing a counter when the controller determines that the duty cycle exceeds the duty cycle threshold; and decrementing the counter when the controller determines that the duty cycle does not exceed the duty cycle threshold.
A method for manufacturing a plastic cork containing wood particles, from a plastic mass which is obtained by melting a plastic raw material, wherein the method comprises the step of shaping the plastic cork from the plastic mass by means of injection moulding or extrusion, characterised in that the plastic raw material or the plastic mass is mixed with flat wood particle platelets forming the wood particles prior to shaping the plastic cork.
Process for oxidative esterification of an aldehyde to a carboxylic ester in the presence of a catalyst particle, characterized in that the particle consists of 0.1% to 3% by weight of gold, 25% to 99.8% by weight of TiO 2, 0% to 50% by weight of silicon oxides, 0% to 25% by weight of Al 2 O 3, 0% to 25% by weight of oxides of alkali metals, alkaline earth metals, rare earth metals and/or zirconium, 0% to 20% by weight of zirconium oxides, iron oxides, zinc oxides, nickel oxides and/or cobalt oxides and 0% to 5% by weight of further components, in that the gold, optionally together with iron oxides, zinc oxides, nickel oxides and/or cobalt oxides, is present bound to the catalyst particle in the form of particles having an average diameter between 2 and 10 nm, in that the catalyst particle has an average geometric equivalent diameter between 5 μm and 10 mm, and in that the process is conducted continuously, by means of heterogeneous catalysis in a liquid phase.
Active lighting device to be worn on a person's wrist to light a path taken by the person wearing the lighting device, the lighting device being in the form of a wristwatch having at least a case closed by a crystal and a bracelet connected to a middle part of the case, or of a bracelet with electronic components, the device including: - first light sources, which are controlled by a control unit of the device, said first light sources being placed on a first portion of a case or of a bracelet, - at least one motion sensor (3, 4) connected to the control unit to determine the wrist movement of the person wearing the device, characterized in that each first light source activated by the control unit is arranged such that it can produce a light beam of different orientation from another first light source activated by the control unit, and in that the control unit is arranged to select certain first light sources to be activated depending on said determined movement of the person's wrist in order to light the path to be followed in a same defined forward direction. - first light sources, which are controlled by a control unit of the device, said first light sources being placed on a first portion of a case or of a bracelet, - at least one motion sensor (3, 4) connected to the control unit to determine the wrist movement of the person wearing the device,
A geocell formed from a plurality of polymeric strips, adjacent strips being bonded together along weld lines to form a plurality of cells having cell walls when stretched in a direction perpendicular to the faces of the strips; wherein at least one strip contains a cell wall having a first edge seam, a second edge seam, a central seam, and a plurality of perforations that have a diameter of from 7 mm to 30 mm; wherein the perforations are arranged in a series of at least three adjacent parallel lateral lines with a constant distance maintained between adjacent perforations in each lateral line and a constant distance maintained between each adjacent lateral line; characterized in that the series of adjacent lateral lines define a single pattern such that the perforations in at least one of the lateral lines extend across the entire cell wall so that the two end perforations of that lateral line are within an edge distance (a) of a maximum of 35 mm of the edge seams and such that any ribbon cut parallel to the edge seams (402, 404) from the said at least one strip of the geocell and having a width of 40 mm and a length equal to and parallel to the first edge seam will have at least one perforation.
A catheter-based annuloplasty system for use in repairing a heart valve having leaflets and a valve annulus, comprising: a delivery catheter having a proximal end and a distal end; an expandable stent disposed on the distal end of the catheter; and an adjustable annuloplasty ring disposed on the expandable stent configured to expand and contract in response to expansion and contraction of the stent. a delivery catheter having a proximal end and a distal end; an expandable stent disposed on the distal end of the catheter; and an adjustable annuloplasty ring disposed on the expandable stent configured to expand and contract in response to expansion and contraction of the stent.
A top emission-type display apparatus comprising: a wiring pattern formed over a substrate; a first insulating film which is laminated over the wiring pattern and in which a contact hole is formed in an up-down direction at a specified position; a lower electrode (140, 540a, 540b) formed over the first insulating film and including a contact portion that is inserted through the contact hole and electrically connected to the wiring pattern; a light emitting layer (150, 250) formed over the lower electrode (140, 540a, 540b); an upper electrode formed over the light emitting layer (150, 250); a light emitting region regulating member (140, 170) regulating a light emitting region (E 1) where the light emitting layer (150, 250) is interposed between the lower electrode (140, 540a, 540b) and the upper electrode as a region including the contact portion; and a color filter disposed over the substrate in a region corresponding to at least the contact portion; wherein the contact portion of the lower electrode (140, 540a, 540b) is provided on an inner surface of the contact hole and the light emitting layer (150, 250) is provided in the contact hole on the surface of the lower electrode (140, 540a, 540b); characterized in that the upper electrode is provided in the contact hole on a surface of the light emitting layer (150, 250). a wiring pattern formed over a substrate; a first insulating film which is laminated over the wiring pattern and in which a contact hole is formed in an up-down direction at a specified position; a lower electrode (140, 540a, 540b) formed over the first insulating film and including a contact portion that is inserted through the contact hole and electrically connected to the wiring pattern; a light emitting layer (150, 250) formed over the lower electrode (140, 540a, 540b); an upper electrode formed over the light emitting layer (150, 250); a light emitting region regulating member (140, 170) regulating a light emitting region (E 1) where the light emitting layer (150, 250) is interposed between the lower electrode (140, 540a, 540b) and the upper electrode as a region including the contact portion; and a color filter disposed over the substrate in a region corresponding to at least the contact portion; wherein the contact portion of the lower electrode (140, 540a, 540b) is provided on an inner surface of the contact hole and the light emitting layer (150, 250) is provided in the contact hole on the surface of the lower electrode (140, 540a, 540b); characterized in that the upper electrode is provided in the contact hole on a surface of the light emitting layer (150, 250).
Device for pressing composite plastics materials for the production of moulded parts, with a cavity of a hollow body that can be closed in a gastight manner by means of a cover and can be filled with gas and with at least one heating unit for heating up the hollow body, wherein an inner surface of the cavity of the hollow body is designed to form a bearing for an outer surface of a moulded part, the outer contour of which can be adapted to the contour of the inner surface of the cavity of the hollow body, and a diaphragm, which is adjacent to an inner surface of the moulded part, can form an interface with the cavity of the hollow body, characterized in that two cooling units (180, 181) are provided, wherein a first cooling unit is placed adjacent to an altogether first side face of the hollow body and a second cooling unit is placed adjacent to an altogether second side face of the hollow body.
A composition for topical application, comprising: a plurality of first core-shell microcapsules comprising a first core that comprises benzoyl peroxide and a first shell that comprises a first inorganic polymer; and a plurality of second core-shell microcapsules comprising a second core that comprises a retinoid and at least one phase changing material and a second shell that comprises a second inorganic polymer; wherein said composition is an oil in water emulsion comprising a polyoxylstearate and a glycerylstearate wherein the ratio of said polyoxylstearate to said glycerylstearate is in the range of 0.1:10 to 10:0.1. a plurality of first core-shell microcapsules comprising a first core that comprises benzoyl peroxide and a first shell that comprises a first inorganic polymer; and a plurality of second core-shell microcapsules comprising a second core that comprises a retinoid and at least one phase changing material and a second shell that comprises a second inorganic polymer; wherein said composition is an oil in water emulsion comprising a polyoxylstearate and a glycerylstearate wherein the ratio of said polyoxylstearate to said glycerylstearate is in the range of 0.1:10 to 10:0.1.