mhurhangee/patent-ind-claim-en huggingface dataset:
Container-handling facility for handling containers , such as cans or bottles or the like in the beverage processing industry, wherein the container-handling facility comprises at least one transport device for transporting the containers and a drone which can be brought into the transport device, wherein the container-handling facility comprises a control unit adapted to regulate at least one operating parameter and a memory device assigned to the control unit and adapted to store nominal values for the at least one operating parameter, wherein the drone comprises an acceleration sensor for measuring an acceleration acting on the drone and a pressure sensor for measuring a pressure acting on the drone in the transport device, characterized in that the drone is adapted to transmit data corresponding to a measured acceleration and a measured pressure to the control unit and wherein the control unit is adapted to regulate at least one operating parameter which influences the acceleration of the drone and/or the pressure acting on the drone, depending on a comparison between the data received from the drone and nominal values for the operating parameter and/or the acceleration and/or the pressure stored in the memory device.
A rotor for a gas turbine engine , the rotor comprising blades circumferentially distributed around a hub and having airfoils with a span (S) defined between a root and a tip of the airfoils , the airfoils having a chord (C) defined between a leading edge and a trailing edge of the airfoils , the airfoils having a thickness (T) defined between a pressure side surface and a suction side surface of the airfoils , the blades including first blades and second blades interleaved about the rotor , the airfoils of the first blades having a first thickness distribution along the span (S) defining a first natural vibration frequency of the airfoils of the first blades , the airfoils of the second blades having a second thickness distribution along the span (S) defining a second natural vibration frequency different than the first natural vibration frequency, the first thickness distribution being different than the second thickness distribution along a radially-inner half of the span (S), and the first thickness distribution matching the second thickness distribution along a radially-outer half of the span (S); characterised in that : Δt-max, which is the difference between the maximum thickness of the airfoils of the first blades and the maximum thickness of the airfoils of the second blades , is largest at 0% span position of the span (S) of the airfoils of the first and second blades .
A three-dimensional shape data and texture information generating system comprising: a single imaging device that captures an image of each partial region on an object; a distance measuring means that measures a distance from a position of the single imaging device to a distance measurement target point; a driving means that drives at least one of the object and the single imaging device; a control means that controls the single imaging device, the distance measuring means, and the driving means; and a generating means that generates three-dimensional shape data of and texture information about the object in accordance with the image of each partial region captured by the single imaging device, wherein the control means causes, in the state that the single imaging device is focused on the partial region comprising the distance measurement target point on the object, the distance measuring means to measure the distance from the position of the single imaging device to the distance measurement target point, causes the driving means to drive at least one of the object and the single imaging device so that the partial regions are sequentially changed while one of the measured distance and a distance calculated from the measured distance is kept within a range of a depth of field of the single imaging device, and acquires an image of each partial region by causing the single imaging device to capture the image of each of the partial regions on the object. a single imaging device that captures an image of each partial region on an object; a distance measuring means that measures a distance from a position of the single imaging device to a distance measurement target point; a driving means that drives at least one of the object and the single imaging device; a control means that controls the single imaging device, the distance measuring means, and the driving means; and a generating means that generates three-dimensional shape data of and texture information about the object in accordance with the image of each partial region captured by the single imaging device, wherein the control means causes, in the state that the single imaging device is focused on the partial region comprising the distance measurement target point on the object, the distance measuring means to measure the distance from the position of the single imaging device to the distance measurement target point, causes the driving means to drive at least one of the object and the single imaging device so that the partial regions are sequentially changed while one of the measured distance and a distance calculated from the measured distance is kept within a range of a depth of field of the single imaging device, and acquires an image of each partial region by causing the single imaging device to capture the image of each of the partial regions on the object.
A method for configuring a bearer for transmission of user data in a user plane based cellular Internet of Things, CIoT, by a base station in a wireless communication system, the method comprising: receiving a tracking area update, TAU, request message from a user equipment, UE; transmitting to a mobility management entity, MME, a UE context resume request message comprising the TAU request message; receiving from the MME a UE context resume failure message comprising a cause value; determining whether or not to keep a suspended UE context based on the cause value; and determining whether to provide an extended wait time to the UE based on the cause value. receiving a tracking area update, TAU, request message from a user equipment, UE; transmitting to a mobility management entity, MME, a UE context resume request message comprising the TAU request message; receiving from the MME a UE context resume failure message comprising a cause value; determining whether or not to keep a suspended UE context based on the cause value; and determining whether to provide an extended wait time to the UE based on the cause value.
A method for determining a tag's position in a given area, comprising: - performing, by a tag reader , a standard inventory process to obtain a unique identification code for a first tag in a randomly selected timeslot; - assigning, by the tag reader , a local short address to the first tag that is shorter than the unique identification code; - wirelessly communicating the local short address from the tag reader to the first tag ; - performing, by the tag reader , an enhanced inventory process comprising the following communication operations: - communicating a ping command from the tag reader that includes instructions for the first tag to send a ping command response signal during an assigned timeslot of a plurality of contiguous timeslots; and - receiving the ping command response signal including the local short address from the first tag in the assigned timeslot; - determining a first position of the first tag in the given area based on the phase of the ping command response signal; and - repeating the enhanced inventory process by the tag reader to determine at least one second position of the first tag in the given area. - performing, by a tag reader , a standard inventory process to obtain a unique identification code for a first tag in a randomly selected timeslot; - assigning, by the tag reader , a local short address to the first tag that is shorter than the unique identification code; - wirelessly communicating the local short address from the tag reader to the first tag ; - performing, by the tag reader , an enhanced inventory process comprising the following communication operations: - communicating a ping command from the tag reader that includes instructions for the first tag to send a ping command response signal during an assigned timeslot of a plurality of contiguous timeslots; and - receiving the ping command response signal including the local short address from the first tag in the assigned timeslot; - communicating a ping command from the tag reader that includes instructions for the first tag to send a ping command response signal during an assigned timeslot of a plurality of contiguous timeslots; and - receiving the ping command response signal including the local short address from the first tag in the assigned timeslot; - determining a first position of the first tag in the given area based on the phase of the ping command response signal; and - repeating the enhanced inventory process by the tag reader to determine at least one second position of the first tag in the given area.
Packing- and/or Growth carrier made of synthetic material, a substantially circular cylindrical base shape forming a circumferential shell , which consist of a material ribbon forming a spiral, a. wherein the material ribbon forming a hollow cylindrical shape of the Packing- and/or Growth carrier , approximately in the middle of the Packing- and/or Growth carrier a cross- or a star-profile passes through, which ends at the bottom side and at the upper side of the Packing- and/or Growth carrier with the material ribbon and the cross- or star-profile forming bars having the same thickness as the material ribbon , b. wherein on the inner side of the material ribbon inner-lamellas are arranged, c. wherein on the inner-lamellas extend perpendicularly to a tangent contacting the circumferential shell and wherein the inner-lamellas arranged alternating between the bars and consist of small and tall lamellas , and wherein the inner-lamellas extend the entire hight of the Packing- and/or Growth carrier , d. wherein at least four tall lamellas arranged equidistant to each other, wherein the inner-lamellas extend the entire hight of the Packing- and/or Growth carrier , e. wherein the tall lamellas having a cuboidal type and extend almost up to a quarter of the diameter of the Packing- and/or Growth carrier and the small lamellas having a triangular type and the small lamellas almost extend up to the half of the tall lamellas of the Packing- and/or Growth carrier , and f. wherein the material ribbon having openings and the openings are arranged in a stochastically distributed manner, and the material ribbon having a flat or an undulate surface. a. wherein the material ribbon forming a hollow cylindrical shape of the Packing- and/or Growth carrier , approximately in the middle of the Packing- and/or Growth carrier a cross- or a star-profile passes through, which ends at the bottom side and at the upper side of the Packing- and/or Growth carrier with the material ribbon and the cross- or star-profile forming bars having the same thickness as the material ribbon , b. wherein on the inner side of the material ribbon inner-lamellas are arranged, c. wherein on the inner-lamellas extend perpendicularly to a tangent contacting the circumferential shell and wherein the inner-lamellas arranged alternating between the bars and consist of small and tall lamellas , and wherein the inner-lamellas extend the entire hight of the Packing- and/or Growth carrier , d. wherein at least four tall lamellas arranged equidistant to each other, wherein the inner-lamellas extend the entire hight of the Packing- and/or Growth carrier , e. wherein the tall lamellas having a cuboidal type and extend almost up to a quarter of the diameter of the Packing- and/or Growth carrier and the small lamellas having a triangular type and the small lamellas almost extend up to the half of the tall lamellas of the Packing- and/or Growth carrier , and f. wherein the material ribbon having openings and the openings are arranged in a stochastically distributed manner, and the material ribbon having a flat or an undulate surface.
An undercoat foil for an energy storage device electrode, comprising a current-collecting substrate and an undercoat layer formed on at least one side of the current-collecting substrate, characterized in that the undercoat layer includes carbon nanotubes and has a coating weight per side of the current-collecting substrate of at least 0.001 g/m 2 and less than 0.05 g/m 2 .
Combination of a series capacitor (310; 410; 510; 610) and a hybrid thyristor-controlled series capacitor (TCSC) and passive damping circuit (300; 400; 500; 600) for controlling flow of power over a transmission line (305; 405; 505; 605) electrically connected in series to the series capacitor (310; 410; 510; 610), the hybrid TCSC and passive damping circuit (300; 400; 500; 600) comprising: a filter circuit (320; 420; 520; 620); and a thyristor-controlled circuit (340; 430; 540; 630); characterized in that the filter circuit (320; 420; 520; 620) comprises: a filter reactor (326; 426; 526; 626) and a filter capacitor (324; 424; 524; 624) electrically connected in parallel; and a filter resistor (322; 422; 522; 622) configured to damp sub-synchronous series resonance caused by the series capacitor (310; 410; 510; 610) electrically connected in series with the parallel-connected filter reactor (326; 426; 526; 626) and filter capacitor (324; 424; 524; 624). a filter circuit (320; 420; 520; 620); and a thyristor-controlled circuit (340; 430; 540; 630); characterized in that the filter circuit (320; 420; 520; 620) comprises: a filter reactor (326; 426; 526; 626) and a filter capacitor (324; 424; 524; 624) electrically connected in parallel; and a filter resistor (322; 422; 522; 622) configured to damp sub-synchronous series resonance caused by the series capacitor (310; 410; 510; 610) electrically connected in series with the parallel-connected filter reactor (326; 426; 526; 626) and filter capacitor (324; 424; 524; 624). a filter reactor (326; 426; 526; 626) and a filter capacitor (324; 424; 524; 624) electrically connected in parallel; and a filter resistor (322; 422; 522; 622) configured to damp sub-synchronous series resonance caused by the series capacitor (310; 410; 510; 610) electrically connected in series with the parallel-connected filter reactor (326; 426; 526; 626) and filter capacitor (324; 424; 524; 624).
A transmission method, comprising: receiving (S410) first downlink control information, wherein the first downlink control information is used to indicate or activate a downlink transmission resource; receiving (S420) downlink data on the downlink transmission resource; receiving (S430) second downlink control information in a target time period, wherein the second downlink control information is used to indicate an uplink transmission resource, the uplink transmission resource is used to transmit feedback information for the downlink data, wherein the target time period is comprised in a discontinuous reception, DRX, activation time, and a start time of the target time period is determined based on an end location of the downlink data; and sending (S440) the feedback information on the uplink transmission resource. receiving (S410) first downlink control information, wherein the first downlink control information is used to indicate or activate a downlink transmission resource; receiving (S420) downlink data on the downlink transmission resource; receiving (S430) second downlink control information in a target time period, wherein the second downlink control information is used to indicate an uplink transmission resource, the uplink transmission resource is used to transmit feedback information for the downlink data, wherein the target time period is comprised in a discontinuous reception, DRX, activation time, and a start time of the target time period is determined based on an end location of the downlink data; and sending (S440) the feedback information on the uplink transmission resource.
A free-flowing biocompatible polymeric powder for three-dimensional printing, comprising cryogenically ground polymeric particles having a D50 in the range of 1-150 μm and a flow aid, wherein the flow aid is a spherical free-flowing biocompatible powder, comprising polymeric particles having a D50 of 0.1 to 10 μm and whereby the D50 is determined via laser scattering.
An in-run track cooling system for cooling an in-run track of a ski jumping hill extending along a start-up direction (A), the in-run track having two individual tracks each having two track edges, the in-run-track cooling system comprising: - a plurality of neighboring bottom cooling ducts for guiding a liquid cooling medium, which are arranged in a common bottom cooling duct plane when extending along the start-up direction (A) and viewed transversely to the start-up direction (A), wherein the bottom cooling ducts are arranged upwards in freely accessible manner, - a plurality of cross members extending along the start-up direction (A) in a manner spaced from each other, each extending transversely to the start-up direction (A) and on which the bottom cooling ducts are fixed, wherein the cross members are suitable for mounting the in-run track cooling system on a substructure of a ski jump, characterized by track edge cooling elements which are arranged for formation of the track edges of the in-run track between the bottom cooling ducts and / or adjacent to the bottom cooling ducts , wherein the track edge cooling elements of each individual track are designed to be structurally separated and each protrude upwards from the bottom cooling duct plane and each extend parallel to the start-up direction (A) and are made of a material in the form of a metal sheet having a heat conduction coefficient of more than 10 W / m ° K. - a plurality of neighboring bottom cooling ducts for guiding a liquid cooling medium, which are arranged in a common bottom cooling duct plane when extending along the start-up direction (A) and viewed transversely to the start-up direction (A), wherein the bottom cooling ducts are arranged upwards in freely accessible manner, - a plurality of cross members extending along the start-up direction (A) in a manner spaced from each other, each extending transversely to the start-up direction (A) and on which the bottom cooling ducts are fixed, wherein the cross members are suitable for mounting the in-run track cooling system on a substructure of a ski jump,
A storage system having a vehicle and storage rack, wherein loads can be received by the vehicle, wherein the storage rack has a plurality of storeys, a lifting platform and at least one main aisle and one side aisle, wherein the vehicle has omnidirectional wheels , characterised in that each omnidirectional wheel has a drive , wherein a secondary winding is arranged at the underside of the vehicle , which winding can be inductively coupled to a primary conductor arranged in the lifting platform and to a primary conductor arranged in the aisles, wherein a capacitor is connected to the secondary winding in series or in parallel in such a manner that the resonant frequency of the oscillating circuit thus formed corresponds to the frequency of the current applied to the primary conductor , so that along a track curve of the vehicle upon turning off from the main aisle travel to the side aisle travel, the vehicle does not rotate and yet the centre of gravity of the vehicle moves on the track curve. wherein the storage rack has a plurality of storeys, a lifting platform and at least one main aisle and one side aisle, wherein the vehicle has omnidirectional wheels , characterised in that each omnidirectional wheel has a drive , wherein a secondary winding is arranged at the underside of the vehicle , which winding can be inductively coupled to a primary conductor arranged in the lifting platform and to a primary conductor arranged in the aisles, wherein a capacitor is connected to the secondary winding in series or in parallel in such a manner that the resonant frequency of the oscillating circuit thus formed corresponds to the frequency of the current applied to the primary conductor , so that along a track curve of the vehicle upon turning off from the main aisle travel to the side aisle travel, the vehicle does not rotate and yet the centre of gravity of the vehicle moves on the track curve.
A fixing device for fixing an image on a recording medium, the fixing device comprising: an endless flexible fixing member formed into a loop; a heat conductive member disposed within the loop formed by the fixing member , the fixing member movable along the heat conductive member ; a heater disposed near the heat conductive member to heat the heat conductive member ; a pressing member that is configured to press the fixing member against the heat conductive member to form a fixing nip between the heat conductive member and the pressing member , through which the recording medium passes; a temperature sensor configured to detect a temperature of the fixing member ; and a lubricant disposed between the fixing member and the heat conductive member , wherein the lubricant is applied to an interface portion between the fixing member and the heat conductive member at a gap (A), the fixing member has a diameter d1 and the heat conductive member has a diameter d2, wherein a difference (d1-d2) between the diameter d1 of the fixing member and the diameter d2 of the heat conductive member is set to be within 1mm, characterized in that the lubricant covers substantially the entire area of the interface portion between the fixing member and the heat conductive member , and the fixing device is configured such that the heater heats the heat conductive member to heat the lubricant with the fixing member stopped, and the fixing member starts to rotate after heating of the heat conductive member by the heater . an endless flexible fixing member formed into a loop; a heat conductive member disposed within the loop formed by the fixing member , the fixing member movable along the heat conductive member ; a heater disposed near the heat conductive member to heat the heat conductive member ; a pressing member that is configured to press the fixing member against the heat conductive member to form a fixing nip between the heat conductive member and the pressing member , through which the recording medium passes; a temperature sensor configured to detect a temperature of the fixing member ; and a lubricant disposed between the fixing member and the heat conductive member , wherein the lubricant is applied to an interface portion between the fixing member and the heat conductive member at a gap (A), the fixing member has a diameter d1 and the heat conductive member has a diameter d2, wherein a difference (d1-d2) between the diameter d1 of the fixing member and the diameter d2 of the heat conductive member is set to be within 1mm, characterized in that the lubricant covers substantially the entire area of the interface portion between the fixing member and the heat conductive member , and the fixing device is configured such that the heater heats the heat conductive member to heat the lubricant with the fixing member stopped, and the fixing member starts to rotate after heating of the heat conductive member by the heater .