mhurhangee/patent-ind-claim-en huggingface dataset:
Lining element for use on a vehicle for covering an airbag, comprising a dimensionally stable backing layer with at least one predetermined breaking region which is delimited from a surrounding region and/or a further predetermined breaking region by at least one predetermined breaking line , wherein a multiplicity of regularly spaced predetermined breaking points is arranged along the predetermined breaking line , wherein the backing layer has a visible side and a rear side facing away from the visible side, on the visible side a decorative layer is arranged flat on the backing layer , and the multiplicity of predetermined breaking points is arranged on the visible side, characterized in that the backing layer forms at least one welding rib on its rear side, and at least some of the predetermined breaking points of the multiplicity of predetermined breaking points are arranged on the visible side of the backing layer opposite the welding rib .
An atomization structure, comprising a bottom cover , a housing main body , an atomization unit , an elastic member , and a battery support , wherein the atomization unit , the elastic member , and the battery support are sequentially arranged inside the housing main body in a direction from a top of the atomization structure to a bottom of the atomization structure, the atomization unit is electrically connected to the battery support via the elastic member , the battery support is detachably connected to the elastic member , the bottom cover is detachably connected to a bottom of the housing main body , and the bottom cover is configured to press the battery support to enable the elastic member to be in a compressed state, characterized in that : a plurality of protrusions are provided at one end of the inner wall of the housing main body close to the bottom of the housing main body , wherein the plurality of protrusions are distributed at intervals in a circumferential direction of the housing main body ; and the bottom cover comprises a plurality of fasteners in a circumferential direction of the bottom cover , a number of the plurality of fasteners is equal to a number of the plurality of protrusions , and each of the plurality of fasteners is fitted with a corresponding one of the plurality of protrusions . a plurality of protrusions are provided at one end of the inner wall of the housing main body close to the bottom of the housing main body , wherein the plurality of protrusions are distributed at intervals in a circumferential direction of the housing main body ; and the bottom cover comprises a plurality of fasteners in a circumferential direction of the bottom cover , a number of the plurality of fasteners is equal to a number of the plurality of protrusions , and each of the plurality of fasteners is fitted with a corresponding one of the plurality of protrusions .
A computer-implemented method for real-time streaming of flight data, the method comprising: receiving a configuration for a real-time access recorder (RTAR) and data evaluation rules for evaluating flight data using the RTAR, wherein the configuration for the RTAR and the data evaluation rules are based at least in part on a flight recorder electronic documentation and configuration data , wherein the configuration for the RTAR configures the RTAR to be active or disabled on a communication module , a digital flight data acquisition unit , a flight data recorder , a cockpit voice recorder , or a cockpit voice recorder/flight data recorder in a streamer mode, a context capable streamer mode, or a distress streamer mode; and when the RTAR is active: receiving flight data from one or more aircraft data sensors; evaluating the received flight data according to the received data evaluation rules ; and upon determining that the received flight data matches one or more conditions specified in the received data evaluation rules , starting or stopping a transmission of the received flight data to a ground station . receiving a configuration for a real-time access recorder (RTAR) and data evaluation rules for evaluating flight data using the RTAR, wherein the configuration for the RTAR and the data evaluation rules are based at least in part on a flight recorder electronic documentation and configuration data , wherein the configuration for the RTAR configures the RTAR to be active or disabled on a communication module , a digital flight data acquisition unit , a flight data recorder , a cockpit voice recorder , or a cockpit voice recorder/flight data recorder in a streamer mode, a context capable streamer mode, or a distress streamer mode; and when the RTAR is active: receiving flight data from one or more aircraft data sensors; evaluating the received flight data according to the received data evaluation rules ; and upon determining that the received flight data matches one or more conditions specified in the received data evaluation rules , starting or stopping a transmission of the received flight data to a ground station . receiving flight data from one or more aircraft data sensors; evaluating the received flight data according to the received data evaluation rules ; and upon determining that the received flight data matches one or more conditions specified in the received data evaluation rules , starting or stopping a transmission of the received flight data to a ground station .
A disposable circumcision clamp, comprising: an inner ring sized and shaped to fit on a penis; and an outer ring for removable placement over the inner ring ; wherein the inner ring comprises: a first connecting rod detachably connected to the inner ring ; and a detachment structure formed at the connection between the inner ring and an end of the first connecting rod for allowing the first connecting rod to be permanently detached from the inner ring, wherein the detachment structure is a notch or a score ; wherein the inner ring comprises an oblique angle with respect to the first connecting rod , matching the coronal sulcus of a penis for providing a better fit between the coronal sulcus and the inner ring; characterised in that the inner ring comprises a V-shaped groove or a M-shaped groove; and wherein the disposable circumcision clamp is made of plastics such that the first connecting rod can be broken away from the inner ring . an inner ring sized and shaped to fit on a penis; and an outer ring for removable placement over the inner ring ; wherein the inner ring comprises: a first connecting rod detachably connected to the inner ring ; and a detachment structure formed at the connection between the inner ring and an end of the first connecting rod for allowing the first connecting rod to be permanently detached from the inner ring, wherein the detachment structure is a notch or a score ; wherein the inner ring comprises an oblique angle with respect to the first connecting rod , matching the coronal sulcus of a penis for providing a better fit between the coronal sulcus and the inner ring; characterised in that the inner ring comprises a V-shaped groove or a M-shaped groove; and wherein the disposable circumcision clamp is made of plastics such that the first connecting rod can be broken away from the inner ring . a first connecting rod detachably connected to the inner ring ; and a detachment structure formed at the connection between the inner ring and an end of the first connecting rod for allowing the first connecting rod to be permanently detached from the inner ring, wherein the detachment structure is a notch or a score ; wherein the inner ring comprises an oblique angle with respect to the first connecting rod , matching the coronal sulcus of a penis for providing a better fit between the coronal sulcus and the inner ring; characterised in that the inner ring comprises a V-shaped groove or a M-shaped groove; and wherein the disposable circumcision clamp is made of plastics such that the first connecting rod can be broken away from the inner ring .
A multi-mode resonator comprising: a housing provided with a cavity corresponding to a substantially single accommodation space; and a plurality of metallic resonance ribs (441, 442, 443, 444; 471 - 474; 541 - 544; 641 - 644; 741 - 743; 841 - 846;) which are arranged with a predetermined interval therebetween in the cavity , have lower ends fixed to a bottom surface of the housing, and have upper ends facing each other to generate a resonant signal based on multiple coupling therebetween, characterized in that the plurality of resonance ribs (441, 442, 443, 444; 471 - 474; 541 - 544; 641 - 644; 741 - 743; 841 - 846;) have a bar shape that is globally bent in an arch shape. a housing provided with a cavity corresponding to a substantially single accommodation space; and a plurality of metallic resonance ribs (441, 442, 443, 444; 471 - 474; 541 - 544; 641 - 644; 741 - 743; 841 - 846;) which are arranged with a predetermined interval therebetween in the cavity , have lower ends fixed to a bottom surface of the housing, and have upper ends facing each other to generate a resonant signal based on multiple coupling therebetween, characterized in that the plurality of resonance ribs (441, 442, 443, 444; 471 - 474; 541 - 544; 641 - 644; 741 - 743; 841 - 846;) have a bar shape that is globally bent in an arch shape.
Lighting module for a motor vehicle, comprising an optical element intended to produce at least one first beam exhibiting an at least partly oblique cut-off , and at least one first light source , - the optical element comprising at least one optical portion having an optical axis and a focus, the first light source being arranged at the focus and suitable for emitting first light rays toward the optical element to produce the first beam, - the module further comprising a second light source , the second light source being arranged at a distance from the focus and offset downward relative to the first light source on a vertical axis , the second light source being suitable for emitting second light rays toward the optical portion of the optical element to produce a second beam at least partially lighting above the cut-off, - the first light source exhibiting a light emission zone comprising an edge, this edge being arranged at the focus of the optical portion of the optical element , - the first light source being oriented facing the optical element such that said edge is an oblique edge which forms the cut-off , - the optical portion being a lens, characterized in that the first beam is intended to form part of a low-type beam and in which the optical element comprises at least one second optical portion having an optical axis, a focus and a third light source arranged in the vicinity of the focus of the second optical portion to produce at least one second beam forming part of said low-type beam. - the optical element comprising at least one optical portion having an optical axis and a focus, the first light source being arranged at the focus and suitable for emitting first light rays toward the optical element to produce the first beam, - the module further comprising a second light source , the second light source being arranged at a distance from the focus and offset downward relative to the first light source on a vertical axis , the second light source being suitable for emitting second light rays toward the optical portion of the optical element to produce a second beam at least partially lighting above the cut-off, - the first light source exhibiting a light emission zone comprising an edge, this edge being arranged at the focus of the optical portion of the optical element , - the first light source being oriented facing the optical element such that said edge is an oblique edge which forms the cut-off , - the optical portion being a lens,
A quantum computing circuit device comprising: a first chip comprising a superconducting qubit ; second chip bonded to the first chip, the second chip comprising: a dielectric substrate; a first superconductor layer on the dielectric substrate , wherein a first region of the first superconductor layer forms a qubit readout element and a dielectric layer is formed on a second region of the first superconductor layer; a via in the dielectric layer, the via extending from a surface of the dielectric layer to the second region of the first superconductor layer; a second superconductor layer on the dielectric layer, wherein the second superconductor layer comprises a qubit control contact , and wherein the qubit control contact is interconnected within the via to the second region of the first superconductor layer, wherein the qubit control contact is laterally surrounded by a shielding layer and physically separate from the shielding layer, wherein the shielding layer comprises superconducting material and shields the superconducting qubit from the second region of the first superconductor layer. a first chip comprising a superconducting qubit ; second chip bonded to the first chip, the second chip comprising: a dielectric substrate; a first superconductor layer on the dielectric substrate , wherein a first region of the first superconductor layer forms a qubit readout element and a dielectric layer is formed on a second region of the first superconductor layer; a via in the dielectric layer, the via extending from a surface of the dielectric layer to the second region of the first superconductor layer; a dielectric substrate; a first superconductor layer on the dielectric substrate , wherein a first region of the first superconductor layer forms a qubit readout element and a dielectric layer is formed on a second region of the first superconductor layer; a via in the dielectric layer, the via extending from a surface of the dielectric layer to the second region of the first superconductor layer; a second superconductor layer on the dielectric layer, wherein the second superconductor layer comprises a qubit control contact , and wherein the qubit control contact is interconnected within the via to the second region of the first superconductor layer, wherein the qubit control contact is laterally surrounded by a shielding layer and physically separate from the shielding layer, wherein the shielding layer comprises superconducting material and shields the superconducting qubit from the second region of the first superconductor layer.
A straightening system comprising; a cooling device configured to spray a cooling fluid in a predetermined pattern with respect to a plurality of regions of a material (M), divided in a width direction, to cool the material that is heated in a heating furnace and then passes through a rolling mill ; a straightening device configured to straighten the material passed through the cooling device; a flatness measuring system configured to measure flatness of the material passed through the cooling device; and a controller configured to receive data of the flatness of the material from the flatness measuring system and to control the cooling device in response to the data to enhance the flatness of the material, characterized in that the straightening system comprises a shape adjusting device disposed in an upstream region of the cooling device and configured to spray a cooling fluid in the width direction of the material (M) to induce shape modification of the material, wherein the controller stores a plurality of pieces of shape pattern data and data for controlling the shape adjusting device based on the shape pattern and matches a measured shape pattern of the material and the stored shape pattern to adjust a flow rate of a sprayed cooling fluid of the shape adjusting device . a cooling device configured to spray a cooling fluid in a predetermined pattern with respect to a plurality of regions of a material (M), divided in a width direction, to cool the material that is heated in a heating furnace and then passes through a rolling mill ; a straightening device configured to straighten the material passed through the cooling device; a flatness measuring system configured to measure flatness of the material passed through the cooling device; and a controller configured to receive data of the flatness of the material from the flatness measuring system and to control the cooling device in response to the data to enhance the flatness of the material, characterized in that the straightening system comprises a shape adjusting device disposed in an upstream region of the cooling device and configured to spray a cooling fluid in the width direction of the material (M) to induce shape modification of the material, wherein the controller stores a plurality of pieces of shape pattern data and data for controlling the shape adjusting device based on the shape pattern and matches a measured shape pattern of the material and the stored shape pattern to adjust a flow rate of a sprayed cooling fluid of the shape adjusting device .
An apparatus for splicing a patterned web comprising: first and second unwind spindles engaging a new roll of the patterned web and expiring roll of the patterned web , respectively; a first web indexing mechanism capable of linearly translating the patterned web from the new roll along its travel direction; a first clamp surface that extends across the patterned web from the new roll ; a second clamp surface that extends across the patterned web from the expiring roll ; a cutting mechanism for severing the patterned web from the expiring roll ; and a second web indexing mechanism capable of linearly translating the patterned web along its travel direction from the expiring roll , wherein the first and second web indexing mechanisms are independently operable to align registration features of the patterned web on the new roll and the expiring roll with each other, whereby the first and second clamp surfaces can be brought together to create a registered splice of the patterned web between the new and expiring rolls, the apparatus being characterized in that it further comprises a registration carriage capable of being translated along a travel direction of the patterned web , and in that the first and second clamp surfaces , the first web indexing mechanism, and the cutting mechanism are coupled to the registration carriage and the first and second unwind spindles and the second web indexing mechanism are not coupled to the registration carriage . first and second unwind spindles engaging a new roll of the patterned web and expiring roll of the patterned web , respectively; a first web indexing mechanism capable of linearly translating the patterned web from the new roll along its travel direction; a first clamp surface that extends across the patterned web from the new roll ; a second clamp surface that extends across the patterned web from the expiring roll ; a cutting mechanism for severing the patterned web from the expiring roll ; and a second web indexing mechanism capable of linearly translating the patterned web along its travel direction from the expiring roll , wherein the first and second web indexing mechanisms are independently operable to align registration features of the patterned web on the new roll and the expiring roll with each other, whereby the first and second clamp surfaces can be brought together to create a registered splice of the patterned web between the new and expiring rolls, the apparatus being characterized in that it further comprises a registration carriage capable of being translated along a travel direction of the patterned web , and in that the first and second clamp surfaces , the first web indexing mechanism, and the cutting mechanism are coupled to the registration carriage and the first and second unwind spindles and the second web indexing mechanism are not coupled to the registration carriage .
A method of reducing cold startup time of a genset for providing power to a utility grid or load, the genset comprising an engine and a generator, the method comprising: providing a lubricant to the genset at predetermined time intervals before a genset startup; heating the lubricant to a predetermined lubricant temperature using an external heating system before a genset startup; heating a high temperature coolant of the genset to greater than a predetermined high temperature coolant temperature before the genset startup; ramping the speed of the engine to a target speed, above an idle speed, continuously without pausing at a speed lower than the target speed; synchronizing genset electrical parameters of the genset to utility grid or load electrical parameters of the utility grid or load; electrically coupling the genset to the utility grid or load, the synchronizing and the electrically coupling performed within a predetermined synchronization time; and adjusting a fueling rate and a spark timing based on a power being produced by the genset. providing a lubricant to the genset at predetermined time intervals before a genset startup; heating the lubricant to a predetermined lubricant temperature using an external heating system before a genset startup; heating a high temperature coolant of the genset to greater than a predetermined high temperature coolant temperature before the genset startup; ramping the speed of the engine to a target speed, above an idle speed, continuously without pausing at a speed lower than the target speed; synchronizing genset electrical parameters of the genset to utility grid or load electrical parameters of the utility grid or load; electrically coupling the genset to the utility grid or load, the synchronizing and the electrically coupling performed within a predetermined synchronization time; and adjusting a fueling rate and a spark timing based on a power being produced by the genset.
A method of wireless communication performed by a wireless communication device, comprising: performing a first transmission of a communication that is encoded using a polar coding technique; and performing a plurality of retransmissions of the communication, characterized in that more resources are allocated for at least one retransmission of the plurality of retransmissions than for the first transmission , and wherein a first retransmission of the plurality of retransmissions includes an incremental redundancy version of the communication and multiple second retransmissions of the plurality of retransmissions include respective versions of the communication for Chase combination. performing a first transmission of a communication that is encoded using a polar coding technique; and performing a plurality of retransmissions of the communication, characterized in that more resources are allocated for at least one retransmission of the plurality of retransmissions than for the first transmission , and wherein a first retransmission of the plurality of retransmissions includes an incremental redundancy version of the communication and multiple second retransmissions of the plurality of retransmissions include respective versions of the communication for Chase combination.