mhurhangee/ep-ind-claims huggingface dataset:
A wireless Virtual Reality, VR, docking station configured to communicate with a VR device, the VR docking station comprising: a first array antenna disposed at a first location on a bezel of the VR docking station, the first array antenna having an omnidirectional radiation pattern, wherein the first array antenna is folded into two parts such that a first part of the first array antenna is to transmit signals on one side of the bezel and a second part of the first array antenna is to transmit signals on another side of the bezel; a second array antenna disposed at a second location of the bezel, the second array antenna having an omnidirectional radiation pattern, wherein the second array antenna is folded into two parts such that a first part of the second array antenna is to transmit signals on one side of the bezel and a second part of the second array antenna is to transmit signals on another side of the bezel; and wherein each of the first array antenna and the second array antenna communicates with the VR device at about 60 Giga Hertz, GHz, based on Wireless Gigabit Alliance, WiGig, protocol of communication. a first array antenna disposed at a first location on a bezel of the VR docking station, the first array antenna having an omnidirectional radiation pattern, wherein the first array antenna is folded into two parts such that a first part of the first array antenna is to transmit signals on one side of the bezel and a second part of the first array antenna is to transmit signals on another side of the bezel; a second array antenna disposed at a second location of the bezel, the second array antenna having an omnidirectional radiation pattern, wherein the second array antenna is folded into two parts such that a first part of the second array antenna is to transmit signals on one side of the bezel and a second part of the second array antenna is to transmit signals on another side of the bezel; and wherein each of the first array antenna and the second array antenna communicates with the VR device at about 60 Giga Hertz, GHz, based on Wireless Gigabit Alliance, WiGig, protocol of communication.
A method in a wireless telecommunications system which defines a plurality of communications cells in which a non-unique cell identity and a unique cell identity are transmitted, the method comprising: communicating from a mobile station to a radio base station which serves a first communications cell; sending, from the radio base station to the mobile station, a request to retrieve a unique cell identity of a second communications cell among the plurality of communications cells; responsive to receiving the request in the mobile station, retrieving in the mobile station the unique cell identity of the second communications cell; and reporting, from the mobile station to the radio base station, the retrieved unique cell identity of the second communications cell to the radio base station of the first communications cell, wherein the step of sending the request is preceded by the steps of: determining, in the mobile station, the non-unique cell identity of the second communications cell; and reporting, from the mobile station to the radio base station, the non-unique cell identity of the second communications cell, wherein the step of sending the request is performed when the non-unique cell identity of the second communications cell does not provide the base station with unambiguous information relating to the identity of the second cell. communicating from a mobile station to a radio base station which serves a first communications cell; sending, from the radio base station to the mobile station, a request to retrieve a unique cell identity of a second communications cell among the plurality of communications cells; responsive to receiving the request in the mobile station, retrieving in the mobile station the unique cell identity of the second communications cell; and reporting, from the mobile station to the radio base station, the retrieved unique cell identity of the second communications cell to the radio base station of the first communications cell, wherein the step of sending the request is preceded by the steps of: determining, in the mobile station, the non-unique cell identity of the second communications cell; and reporting, from the mobile station to the radio base station, the non-unique cell identity of the second communications cell, wherein the step of sending the request is performed when the non-unique cell identity of the second communications cell does not provide the base station with unambiguous information relating to the identity of the second cell. determining, in the mobile station, the non-unique cell identity of the second communications cell; and reporting, from the mobile station to the radio base station, the non-unique cell identity of the second communications cell, wherein the step of sending the request is performed when the non-unique cell identity of the second communications cell does not provide the base station with unambiguous information relating to the identity of the second cell.
Attachment for a vehicle wheel, having a rim and a tire arranged on the rim, wherein the attachment is configured to enable a driving operation with a restricted tire function in an operating state in which it is fastened on the vehicle wheel, wherein the attachment comprises a stationary section, which is fastened immovably with respect to the rim in the operating state, wherein the attachment has a tread section with a tread for contacting the road, and wherein the attachment comprises at least two clamping means, wherein the clamping means are configured to engage behind a section, in particular a rim flange of the rim, to fasten the attachment on the vehicle wheel, wherein the tread comprises at least one tread segment (64, 66, 78), which is arranged movably in the circumferential direction with respect to the stationary section in the operating state, characterised in that an annular section of the tread section includes at least two segments (60, 62), seen in a circumferential direction, which are detachable from one another and/or pivotable or displaceable relative to one another.
A method for manufacturing green-emitting phosphor particles comprising the steps of: producing a powder containing europium and strontium from a solution containing a europium compound and a strontium compound; mixing the resulting powder and a powdered gallium compound; and performing firing, wherein the powder comprising (Sr,Eu)SO 3 is produced by dropping a sulfite into the solution containing a europium compound and a strontium compound. producing a powder containing europium and strontium from a solution containing a europium compound and a strontium compound; mixing the resulting powder and a powdered gallium compound; and performing firing, wherein the powder comprising (Sr,Eu)SO 3 is produced by dropping a sulfite into the solution containing a europium compound and a strontium compound.
Method for operating an IGBT (1,2), wherein - a maximum steady-state reverse voltage required for operation of the IGBT (1,2) is determined, - a first removal charge is determined on the basis of known properties of the IGBT (1, 2), which are taken, for example, at least partially from a data sheet of the IGBT (1, 2), and/or experimentally by means of tests, the removal of which at the gate of the IGBT (1,2) brings about an electric field strength which enables the IGBT (1,2) to accept the maximum steady-state reverse voltage during steady-state blocking, - a second removal charge is determined on the basis of known properties of the IGBT, which are taken, for example, at least partially from a data sheet of the IGBT, and/or experimentally by means of tests, the removal of which at the gate brings about a second electric field strength which leads to a dynamic avalanche, and - during switching off of the IGBT (1,2) a removal charge greater than the first removal charge and less than the second removal charge is removed from the gate during a charge removal period, wherein - the removal charge is removed by applying a switch-off voltage between the gate and the emitter of the IGBT (1,2) during the charge removal period characterised in that - during the application of the switch-off voltage, a gate current flowing in the gate is measured, a charge taken from the gate is determined from the gate current and an end of the charge removal period is defined in that the charge taken from the gate reaches the removal charge. - a maximum steady-state reverse voltage required for operation of the IGBT (1,2) is determined, - a first removal charge is determined on the basis of known properties of the IGBT (1, 2), which are taken, for example, at least partially from a data sheet of the IGBT (1, 2), and/or experimentally by means of tests, the removal of which at the gate of the IGBT (1,2) brings about an electric field strength which enables the IGBT (1,2) to accept the maximum steady-state reverse voltage during steady-state blocking, - a second removal charge is determined on the basis of known properties of the IGBT, which are taken, for example, at least partially from a data sheet of the IGBT, and/or experimentally by means of tests, the removal of which at the gate brings about a second electric field strength which leads to a dynamic avalanche, and - during switching off of the IGBT (1,2) a removal charge greater than the first removal charge and less than the second removal charge is removed from the gate during a charge removal period, wherein - the removal charge is removed by applying a switch-off voltage between the gate and the emitter of the IGBT (1,2) during the charge removal period characterised in that - during the application of the switch-off voltage, a gate current flowing in the gate is measured, a charge taken from the gate is determined from the gate current and an end of the charge removal period is defined in that the charge taken from the gate reaches the removal charge.
A method for producing a purified 2-cyanoacrylate by distilling a crude 2-cyanoacrylate in the presence of a polymerization inhibitor, characterized in that an anionic polymerization inhibitor having a boiling point at normal pressure of within ±12°C of the boiling point at normal pressure of the purified 2-cyanoacrylate is used as the polymerization inhibitor, wherein the anionic polymerization inhibitor is a halocarboxylic acid, a halosulfonic acid, a BF 3 methanol complex or a BF 3 ethanol complex.
An electrically conductive adhesive agent containing: electrically conductive metallic powder; bisphenol type epoxy resin; succinic anhydride as hardening agent; and glutaric acid, wherein the electrically conductive metallic powder includes Sn of 85 weight % or more based on the total amount of the electrically conductive metal powder, wherein the electrically conductive metallic powder and the glutaric acid are reacted during heating process to produce a glutaric acid metal salt and the glutaric acid metal salt is used as hardening accelerator, and wherein the electrically conductive metallic powder contained in the electrically conductive adhesive agent is between 88 and 90 wt.% based on the total weight of the adhesive agent. electrically conductive metallic powder; bisphenol type epoxy resin; succinic anhydride as hardening agent; and glutaric acid, wherein the electrically conductive metallic powder includes Sn of 85 weight % or more based on the total amount of the electrically conductive metal powder, wherein the electrically conductive metallic powder and the glutaric acid are reacted during heating process to produce a glutaric acid metal salt and the glutaric acid metal salt is used as hardening accelerator, and wherein the electrically conductive metallic powder contained in the electrically conductive adhesive agent is between 88 and 90 wt.% based on the total weight of the adhesive agent.
Device for arranging a passenger restraint system in a means of transport, for securing a person sitting in the means of transport by means of the passenger restraint system, wherein the device comprises a support arrangement with a vertical support (2, 3), which can be fixed upright in a floor area of the means of transport, characterised in that the vertical support (2, 3) is designed as a multiple-hollow profile element, wherein the multiple-hollow profile element at least over its main longitudinal extension comprises two hollow bodies (10, 12) connected to one another on their longitudinal sides.
An adapter for pressure sensors for carrying out long-term cylinder pressure monitoring on internal combustion engines comprising a housing that defines the contour of a gas duct by its inner walls, a connection to a cylinder cover of an internal combustion engine to generate a gas connection between the interior of a cylinder and the gas duct, a rear opening of the gas duct out of the housing having an apparatus for gastight sealing of said rear opening, a connection of a pressure sensor for inserting a pressure sensor with a sensor membrane wherein said sensor membrane in the inserted state reaches until an opening in the gas duct and is exposed to a gas pressure within the gas duct and wherein said opening has a transition line that forms the transition from a contour of the gas duct to the connection of the pressure sensor, characterized in that said transition line of the opening is in a plane, that said sensor membrane in the integrated state forms part of the contour of the gas duct, and that the transition from said contour of the gas duct to said sensor membrane forms a continuous transition in the region of the transition line.
An industrial truck, comprising: a drive frame, a load frame, which is liftable with respect to the drive frame, a drive frame cover, which is provided for at least partly covering the drive frame, a load frame cover, which is provided for at least partly covering the load frame, characterized in that the drive frame cover comprises a curved portion, wherein the curved portion and the load frame cover overlap one another, wherein the curved portion comprises a curvature, which is aligned with a curved movement path of the load frame cover with respect to the drive frame cover for providing a clearance and/or a guidance between the curved portion and the load frame cover, and, wherein the curved movement path of the load frame cover is effected by a kinematic system, which interconnects the drive frame and the load frame. a drive frame, a load frame, which is liftable with respect to the drive frame, a drive frame cover, which is provided for at least partly covering the drive frame, a load frame cover, which is provided for at least partly covering the load frame, characterized in that the drive frame cover comprises a curved portion, wherein the curved portion and the load frame cover overlap one another, wherein the curved portion comprises a curvature, which is aligned with a curved movement path of the load frame cover with respect to the drive frame cover for providing a clearance and/or a guidance between the curved portion and the load frame cover, and, wherein the curved movement path of the load frame cover is effected by a kinematic system, which interconnects the drive frame and the load frame.
A measurement method for inter-base station carrier aggregation between multiple serving base stations for a user equipment "UE", a first serving base station being a primary base station and another serving base station being a secondary base station, comprising: acquiring, by the secondary base station of the UE, corrected measurement gap information, wherein the corrected measurement gap information is acquired according to measurement gap information and a timing offset between a primary cell, PCell, of the primary base station of the UE and a cell of the secondary base station, and the measurement gap information is used by the primary base station to instruct the UE to perform measurement in a measurement gap period indicated by the measurement gap information, wherein the acquiring, by the secondary base station, corrected measurement gap information comprises receiving the timing offset from the primary base station; and calculating the corrected measurement gap information according to the measurement gap information and the timing offset; and stopping scheduling, by the secondary base station, the UE in a measurement gap period indicated by the corrected measurement gap information such that neither information nor data is transferred between the UE and the secondary base station. acquiring, by the secondary base station of the UE, corrected measurement gap information, wherein the corrected measurement gap information is acquired according to measurement gap information and a timing offset between a primary cell, PCell, of the primary base station of the UE and a cell of the secondary base station, and the measurement gap information is used by the primary base station to instruct the UE to perform measurement in a measurement gap period indicated by the measurement gap information, wherein the acquiring, by the secondary base station, corrected measurement gap information comprises receiving the timing offset from the primary base station; and calculating the corrected measurement gap information according to the measurement gap information and the timing offset; and stopping scheduling, by the secondary base station, the UE in a measurement gap period indicated by the corrected measurement gap information such that neither information nor data is transferred between the UE and the secondary base station.
An insertion device for inserting a medical implant into a human and/or animal body, the insertion device comprising an outer shaft, which has a proximal end and a distal end opposite said proximal end, and a receiving element for the implant, which receiving element is connected at the distal end to the outer shaft and in which the implant is guided to its intended location, characterised in that the outer shaft and the receiving element are surrounded at a transition between the outer shaft and receiving element by a locally placed sleeve, which dampens mechanical tensile and/or compressive stresses.
Power converter arrangement having a three-dimensional carrier arrangement which has a trapezoidal cross section perpendicular to a spatial direction; and a plurality of switching elements, wherein the plurality of switching elements are arranged on two opposite side surfaces (15, 16) on the outer sides of the carrier arrangement, a control apparatus which is designed to control the plurality of switching elements, characterized in that the control apparatus is arranged on a further side surface of the carrier arrangement, wherein the further side surface of the carrier arrangement connects the two opposite side surfaces (15, 16) of the carrier arrangement to the plurality of switching elements.
A method for temporally energizing lights of a trailer that can be electrically connected to the towing vehicle, in which method the energizing of the lights will be initialized by a user in the towing vehicle, in which the lights are then connected to the power supply of the towing vehicle by connecting the electric system of the trailer to the trailer connecting device on the side of the towing vehicle, and in which the lights are energized individually in sequence for a predeterminable time interval.
A monoclonal antibody which binds specifically to an avian influenza virus subtype H5 hemagglutinin, wherein said monoclonal antibody comprises a variable heavy chain comprising CDR1-CDR3 having an amino acid sequence as set forth in SEQ ID NOs: 19-21; and further comprises a variable light chain comprising CDR1-CDR3 having an amino acid sequence as set forth in SEQ ID NOs: 22-24.
A device for transmitting a torque from a combustion engine to a unit to be driven by the same, in particular an air-conditioning compressor of a motor vehicle, having a pulley of a plastic material driven by the combustion engine via a belt drive, and a hub that can be connected to a shaft of the additional unit in a rotationally fixed manner, and at least one vibration damping element of an elastomer material that is arranged between the pulley and the hub, wherein the vibration damping element, at its inner circumference, is rigidly connected to the hub, and, at its outer circumference, is in engagement with the pulley in a form-fit manner, and wherein the vibration damping element has an external toothing which is in tooth engagement with an internal toothing of the pulley, characterized in that a tooth height of teeth of the internal toothing of the pulley is higher in any operating state than a tooth height of teeth of the outer toothing of the vibration damping element so as to enable an unhindered thermal expansion of its teeth despite different thermal expansion coefficients.
A bone plate system, comprising: a plate including a plurality of plate openings to receive fasteners to connect the plate to a bone; and a resection guide the bone plate system being characterized in that the resection guide has a first locator opening for receiving a wire to connect the guide to the bone, a second locator opening for receiving a second wire to connect the guide to the bone, and a plurality of holes (1626, 1632, 1636) for receiving at least a third wire to create a plurality of openings in the bone, the plurality of openings providing a guide for a cutting tool to resect the bone; and in that the plate comprises a first plate portion at a first end of the plate and a second plate portion at a second end of the plate, the first plate portion and the second plate angled relative to each other to provide a correction to a profile of the bone. a plate including a plurality of plate openings to receive fasteners to connect the plate to a bone; and a resection guide the bone plate system being characterized in that the resection guide has a first locator opening for receiving a wire to connect the guide to the bone, a second locator opening for receiving a second wire to connect the guide to the bone, and a plurality of holes (1626, 1632, 1636) for receiving at least a third wire to create a plurality of openings in the bone, the plurality of openings providing a guide for a cutting tool to resect the bone; and in that the plate comprises a first plate portion at a first end of the plate and a second plate portion at a second end of the plate, the first plate portion and the second plate angled relative to each other to provide a correction to a profile of the bone.
A prosthetic heart valve, comprising: a stent body having a longitudinal axis and a generally tubular annulus region extending from a first position to a second position along the longitudinal axis; one or more prosthetic valve elements mounted within the stent body and operative to allow flow in an antegrade direction through the annulus region but to substantially block flow in a retrograde direction through the annulus region; characterised by a cuff defining, when the valve is implanted, one or more pockets and a plurality of individual openings, each of the openings facing in the retrograde direction, wherein, blood flow in the antegrade direction outside of the stent will tend to fill the one or more pockets and bias portions of the one or more pockets outwardly into engagement with a native heart valve annulus to retard perivalvular leakage. a stent body having a longitudinal axis and a generally tubular annulus region extending from a first position to a second position along the longitudinal axis; one or more prosthetic valve elements mounted within the stent body and operative to allow flow in an antegrade direction through the annulus region but to substantially block flow in a retrograde direction through the annulus region; characterised by a cuff defining, when the valve is implanted, one or more pockets and a plurality of individual openings, each of the openings facing in the retrograde direction, wherein, blood flow in the antegrade direction outside of the stent will tend to fill the one or more pockets and bias portions of the one or more pockets outwardly into engagement with a native heart valve annulus to retard perivalvular leakage.