mhurhangee/patent-ind-claim-en huggingface dataset:
A helmet comprising: a helmet body including an inner surface, an outer surface and a lower surface extending between the inner surface and the outer surface, the helmet body comprising an energy-management liner disposed between the inner surface and the outer surface, the helmet body further including a first side and a second side ; a fit system comprising a first strap and a second strap , the first strap attached to the helmet body at one or more first attachment points on the first side of the helmet body, the second strap attached to the helmet body at one or more second attachment points on the second side of the helmet body, characterized in that at least a portion of the first strap and a portion of the second strap are illuminable; one or more first light sources positioned adjacent the lower surface on the first side of the helmet body and configured to emit a first light from adjacent the lower surface to illuminate an end of the illuminable portion of the first strap so that the illuminable portion of the first strap is lit by light traveling or reflecting within the illuminable portion of the first strap; and one or more second light sources positioned adjacent the lower surface on the second side of the helmet body and configured to emit a second light from adjacent the lower surface to illuminate an end of the illuminable portion of the second strap so that the illuminable portion of the second strap is lit by light traveling or reflecting within the illuminable portion of the second strap. a helmet body including an inner surface, an outer surface and a lower surface extending between the inner surface and the outer surface, the helmet body comprising an energy-management liner disposed between the inner surface and the outer surface, the helmet body further including a first side and a second side ; a fit system comprising a first strap and a second strap , the first strap attached to the helmet body at one or more first attachment points on the first side of the helmet body, the second strap attached to the helmet body at one or more second attachment points on the second side of the helmet body, characterized in that at least a portion of the first strap and a portion of the second strap are illuminable; one or more first light sources positioned adjacent the lower surface on the first side of the helmet body and configured to emit a first light from adjacent the lower surface to illuminate an end of the illuminable portion of the first strap so that the illuminable portion of the first strap is lit by light traveling or reflecting within the illuminable portion of the first strap; and one or more second light sources positioned adjacent the lower surface on the second side of the helmet body and configured to emit a second light from adjacent the lower surface to illuminate an end of the illuminable portion of the second strap so that the illuminable portion of the second strap is lit by light traveling or reflecting within the illuminable portion of the second strap.
A method for determining a hybrid automatic repeat request, HARQ, identifier, comprising: determining , by a network device, a time domain resource sequence number of a current transmission, a number of HARQ processes, time domain resource configuration information, an HARQ identifier offset, and a number of transmission times of a current transport block, TB, wherein the time domain resource configuration information comprises a period of the time domain resource of a non-dynamic resource configuration; and determining , by the network device, an HARQ identifier based on the time domain resource sequence number of the current transmission, the number of HARQ processes, the period of the time domain resource, the HARQ identifier offset, and the number of transmission times of the current TB; wherein the HARQ identifier satisfies the following expression: HARQ Process ID = floor t _ temp − current _ n / T _ temp modulo B + Hoffset wherein HARQ Process ID represents the HARQ identifier; t represents the time domain resource sequence number of the current transmission, current_n represents the number of transmission times of the current TB, T represents the period of the time domain resource, B represents the number of HARQ processes, t_temp and T_temp are respectively parameters obtained by converting t and T based on a specific time unit, Hoffset represents a HARQ ID offset, (t_temp - current_n) is a first time domain resource sequence number; floor represents rounding down, and modulo represents modulo operation. determining , by a network device, a time domain resource sequence number of a current transmission, a number of HARQ processes, time domain resource configuration information, an HARQ identifier offset, and a number of transmission times of a current transport block, TB, wherein the time domain resource configuration information comprises a period of the time domain resource of a non-dynamic resource configuration; and determining , by the network device, an HARQ identifier based on the time domain resource sequence number of the current transmission, the number of HARQ processes, the period of the time domain resource, the HARQ identifier offset, and the number of transmission times of the current TB; wherein the HARQ identifier satisfies the following expression: HARQ Process ID = floor t _ temp − current _ n / T _ temp modulo B + Hoffset wherein HARQ Process ID represents the HARQ identifier; t represents the time domain resource sequence number of the current transmission, current_n represents the number of transmission times of the current TB, T represents the period of the time domain resource, B represents the number of HARQ processes, t_temp and T_temp are respectively parameters obtained by converting t and T based on a specific time unit, Hoffset represents a HARQ ID offset, (t_temp - current_n) is a first time domain resource sequence number; floor represents rounding down, and modulo represents modulo operation.
An air fence for a fan, comprising: (a) a body , the body comprising: (i) an upper surface , (ii) a lower surface , (b) a fin extending from the body, whereby the body includes a fan blade engagement portion and is removably securable to a corresponding fan blade at a location between a first end and a second end of the fan blade, wherein the fan blade engagement portion defines an opening configured to have the fan blade disposed through the opening and shaped to complement an airfoil shape of the fan blade, wherein the opening completely surrounds the profile periphery of the corresponding fan blade. (a) a body , the body comprising: (i) an upper surface , (ii) a lower surface , (i) an upper surface , (ii) a lower surface , (b) a fin extending from the body, whereby the body includes a fan blade engagement portion and is removably securable to a corresponding fan blade at a location between a first end and a second end of the fan blade, wherein the fan blade engagement portion defines an opening configured to have the fan blade disposed through the opening and shaped to complement an airfoil shape of the fan blade, wherein the opening completely surrounds the profile periphery of the corresponding fan blade.
Method for the fabrication of a meander spring , wherein the meander spring has a radially outward seal area as well as a number of radially inward spring arms , wherein the meander spring is punched out, and the seal area is structured during the punching process in a pressing and/or shaping manner.
A power module , comprising an electrical power assembly , the electrical power assembly comprising : - a power die , having at least two electrical contacts , - an electrically insulating core , wherein the power die is embedded in the electrically insulating core , and - two layers of electrically conductive material on opposite main surfaces of the electrically insulating core , - at least one open cavity extending from an electrical contact of the power die, through the electrically insulating core and the layer of electrically conductive material located on the same side of the power die as the electrical contact, such that the open cavity has a bottom formed by an area of the electrical contact of the power die, wherein the bottom , and side walls of the open cavity are at least partially plated with electrically conductive material to connect said area of the electrical contact of the power die to the layer of electrically conductive material, characterised in that the power module also comprises at least one substrate comprising a layer of thermally conductive and electrically insulating material and a layer of electrically conductive material, the substrate further comprising at least one post of electrically conductive material protruding from the layer of electrically conductive material , and the electrical power assembly being mounted on the substrate such that the post is inserted in the open cavity of the electrical power assembly , said post having a shape and dimensions adapted to the shape and dimensions of the open cavity of the electrical power assembly , such that insertion of the post in said open cavity provides electrical and thermal contact between the post and the electrical contact of the power die from which the open cavity extends. - a power die , having at least two electrical contacts , - an electrically insulating core , wherein the power die is embedded in the electrically insulating core , and - two layers of electrically conductive material on opposite main surfaces of the electrically insulating core , - at least one open cavity extending from an electrical contact of the power die, through the electrically insulating core and the layer of electrically conductive material located on the same side of the power die as the electrical contact, such that the open cavity has a bottom formed by an area of the electrical contact of the power die,
A device for bone adjustment in a mammal, comprising two or more anchoring devices for attaching to a bone in said mammal, and an adjustment device for exerting force on said anchoring devices to adjust the distance between or orientation of at least two of said anchoring devices, wherein said anchoring devices and said adjustment device are configured to be implanted intramedullary in said mammal and wherein said adjustment device is constructed to postoperatively adjust said distance, characterized in that said two or more anchoring devices are adapted to engage the bone only from the inside of the intramedullar cavity.
Method for an apparatus of a radio access network, RAN, node , the method comprising: determining to disable a wake up signal, WUS, feature of the RAN node ; informing, via the interface to the RF circuitry, a mobility management entity, MME , to which the RAN node is connected, that the WUS feature of the RAN node is disabled; and causing, via the interface to the RF circuitry, system information to be broadcast to user equipment, UE , in IDLE mode, indicating that the WUS feature of the RAN node has been disabled, characterized in that the determining to disable the WUS feature is based on network congestion. determining to disable a wake up signal, WUS, feature of the RAN node ; informing, via the interface to the RF circuitry, a mobility management entity, MME , to which the RAN node is connected, that the WUS feature of the RAN node is disabled; and causing, via the interface to the RF circuitry, system information to be broadcast to user equipment, UE , in IDLE mode, indicating that the WUS feature of the RAN node has been disabled, characterized in that the determining to disable the WUS feature is based on network congestion.
Garment , in particular an outer garment having a play surface , on which a play figure and a movable fastening device are provided, wherein: • the movable fastening device is connected to the garment and/or is integrated in the garment , • wherein the movable fastening device has a moving element that is movable relative to the garment and/or to the play surface such that the movable fastening device has a fixed part and additionally comprises the moving element, which is accordingly mounted in a movable manner, and • the play figure is detachably fastened to the movable fastening device and/or to the moving element , characterized in that • the play figure is magnetically fastened to the movable fastening device and/or to the moving element , • and in that the movable fastening device is configured as a pocket that is integrated in the play surface and forms an interior space in which a magnet and/or a magnetizable body is mounted in a movable manner as the moving element. • the movable fastening device is connected to the garment and/or is integrated in the garment , • wherein the movable fastening device has a moving element that is movable relative to the garment and/or to the play surface such that the movable fastening device has a fixed part and additionally comprises the moving element, which is accordingly mounted in a movable manner, and • the play figure is detachably fastened to the movable fastening device and/or to the moving element , characterized in that • the play figure is magnetically fastened to the movable fastening device and/or to the moving element , • and in that the movable fastening device is configured as a pocket that is integrated in the play surface and forms an interior space in which a magnet and/or a magnetizable body is mounted in a movable manner as the moving element.
Press welding device having a plasticizing device and a compressing device and also a holder for the components to be welded and a machine frame , wherein the press welding device has a machine head and a compressing head which are movable relative to one another along a machine axis and wherein the holder has a component mount on the machine head , wherein the holder has a component mount , which is mounted in a floating manner on the machine frame between the machine head and the compressing head , and an automatic adjusting device for adaptation to different component dimensions, in particular component lengths, wherein the compressing device has a compressing drive with two or more parallel drive units which is arranged between the machine head and the compressing head and which acts in tension, which drive units are arranged longitudinally and on both sides next to the machine axis .
A biopsy device, the biopsy device comprising: (a) a probe ; (b) a needle extending from the probe ; and (c) a cutter disposed within the needle , wherein the cutter defines a cutter lumen and at least partially defines a vent lumen between an exterior of the cutter and an interior of the needle; (d) a vent assembly configured to transition the vent lumen between a vented state and a sealed state in response to movement of the cutter having a manifold and a spool body movable within the manifold ; and (e) a manually actuated needle firing assembly including a catch and a release , wherein the catch is resiliently biased to fire the needle , wherein the release is configured to engage the catch to thereby hold the catch in a cocked position, characterized in that the catch is integral with the manifold which is coaxial with the needle , the catch being defined by an opening in the underside of the manifold or by an indentation in the manifold , wherein the indentation defines a distally facing wall. (a) a probe ; (b) a needle extending from the probe ; and (c) a cutter disposed within the needle , wherein the cutter defines a cutter lumen and at least partially defines a vent lumen between an exterior of the cutter and an interior of the needle; (d) a vent assembly configured to transition the vent lumen between a vented state and a sealed state in response to movement of the cutter having a manifold and a spool body movable within the manifold ; and (e) a manually actuated needle firing assembly including a catch and a release , wherein the catch is resiliently biased to fire the needle , wherein the release is configured to engage the catch to thereby hold the catch in a cocked position,
An integrated pole-to-ski coupling arrangement for releasably and rigidly connecting a ski pole to a ski , comprising: - a binding group having a toe piece and a heel piece , - a rear ski coupling formation attached to or incorporated into the heel piece of the binding group; - a rear pole coupling formation being operable to attach to a grip of a ski pole , and being operable to releasably connect the ski pole to the rear ski coupling formation , wherein the rear pole coupling formation comprises a rear pole mounted base , and the rear pole mounted base comprises a first elongated node , and wherein the rear ski coupling formation comprises a rear ski mounted base , and a first elongated cavity ; - a front pole coupling formation operable to attach to the ski pole , wherein the front pole coupling formation comprises a front pole mounted base , and a second elongated node ; and - a front ski coupling formation attached to or incorporated into the toe piece of the binding group, said front pole coupling formation being operable to attach to a shaft of the ski pole , wherein the front ski coupling formation comprises a second elongated cavity , wherein the nodes and the cavities form a snap fit for firm coupling of the ski pole to the ski; wherein a tail of the ski extending substantially from a back of the heel piece to a rear of the ski is clear and unencumbered when the rear pole coupling formation and the rear ski coupling formation couple together to releasably and rigidly connect the ski pole to the ski. - a binding group having a toe piece and a heel piece , - a rear ski coupling formation attached to or incorporated into the heel piece of the binding group; - a rear pole coupling formation being operable to attach to a grip of a ski pole , and being operable to releasably connect the ski pole to the rear ski coupling formation , wherein the rear pole coupling formation comprises a rear pole mounted base , and the rear pole mounted base comprises a first elongated node , and wherein the rear ski coupling formation comprises a rear ski mounted base , and a first elongated cavity ; - a front pole coupling formation operable to attach to the ski pole , wherein the front pole coupling formation comprises a front pole mounted base , and a second elongated node ; and - a front ski coupling formation attached to or incorporated into the toe piece of the binding group, said front pole coupling formation being operable to attach to a shaft of the ski pole , wherein the front ski coupling formation comprises a second elongated cavity , wherein the nodes and the cavities form a snap fit for firm coupling of the ski pole to the ski; wherein a tail of the ski extending substantially from a back of the heel piece to a rear of the ski is clear and unencumbered when the rear pole coupling formation and the rear ski coupling formation couple together to releasably and rigidly connect the ski pole to the ski.
A method for wireless communication by a base station, comprising: assigning, to respective UEs of different groups of one or more user equipments, UEs, respective unique cyclic shifts and/or root sequences to enable identification of the respective UEs by the base station; assigning different groups of resources, within an uplink subframe, to the different groups of the one or more UEs, which comprises: assigning, to each group of the different groups of the one or more UEs, at least one group of resources corresponding to a transmission time interval, TTI, with a duration that is less than a LTE subframe; and wherein each UE selects resources from its assigned group for contention-based access within the uplink subframe; and decoding uplink transmissions received from the UEs in the uplink subframe based, at least in part, on the assigned groups of resources, wherein the decoding comprises: detecting a demodulation reference signal, DMRS, from at least one uplink transmission that is not successfully decoded; identifying a UE that sent the uplink transmission based on the detected DMRS and the cyclic shift and/or root sequence associated with the UE; and transmitting an uplink assignment to the identified UE. assigning, to respective UEs of different groups of one or more user equipments, UEs, respective unique cyclic shifts and/or root sequences to enable identification of the respective UEs by the base station; assigning different groups of resources, within an uplink subframe, to the different groups of the one or more UEs, which comprises: assigning, to each group of the different groups of the one or more UEs, at least one group of resources corresponding to a transmission time interval, TTI, with a duration that is less than a LTE subframe; and wherein each UE selects resources from its assigned group for contention-based access within the uplink subframe; and decoding uplink transmissions received from the UEs in the uplink subframe based, at least in part, on the assigned groups of resources, wherein the decoding comprises: detecting a demodulation reference signal, DMRS, from at least one uplink transmission that is not successfully decoded; identifying a UE that sent the uplink transmission based on the detected DMRS and the cyclic shift and/or root sequence associated with the UE; and transmitting an uplink assignment to the identified UE. detecting a demodulation reference signal, DMRS, from at least one uplink transmission that is not successfully decoded; identifying a UE that sent the uplink transmission based on the detected DMRS and the cyclic shift and/or root sequence associated with the UE; and transmitting an uplink assignment to the identified UE.
A method for determining uplink control channel resources, comprising: determining, by a terminal, a quantity of resources to be actually used, according to a quantity N of bits of uplink control information to be transmitted, a target code rate, a modulation level, a quantity of physical resources occupied by uplink control information in one physical resource block, and a quantity of preconfigured resources : wherein the quantity of the resources to be actually used is less than or equal to the quantity of the preconfigured resources. determining, by a terminal, a quantity of resources to be actually used, according to a quantity N of bits of uplink control information to be transmitted, a target code rate, a modulation level, a quantity of physical resources occupied by uplink control information in one physical resource block, and a quantity of preconfigured resources : wherein the quantity of the resources to be actually used is less than or equal to the quantity of the preconfigured resources.