mhurhangee/patent-ind-claim-en huggingface dataset:
A luminaire comprising: a plastic heat sink body that defines a first end , and a second end opposite the first end along a central axis , a first driver cover that at least substantially closes the first end ; a driver configured to receive input electrical power from an electrical power source, and output electrical power; a second driver cover attached to the heat sink body , such that the driver is contained between the first driver cover and the second driver cover ; and an LED panel including a substrate supported by the heat sink body at a location such that the first driver cover is disposed between the LED panel and the driver , and at least one LED carried by the substrate , wherein the at least one LED is in electrical communication with the driver so as to receive the output electrical power and, in response, produce illumination; and a lens assembly supported by the heat sink body at the second end so as to at least substantially close the second end , such that at least a portion of the illumination passes through the lens assembly and out the luminaire wherein the lens assembly further comprises a diffuser and a bezel that is supported by the heat sink body at the second end , wherein an outer periphery of the diffuser is supported by bezel , and the diffuser is monolithic with the bezel , wherein one of the first driver cover and the lens assembly is monolithic with the heat sink body at a respective one of the first and second ends , such that the LED panel is configured for insertion into the heat sink body at the other of the first and second ends . a plastic heat sink body that defines a first end , and a second end opposite the first end along a central axis , a first driver cover that at least substantially closes the first end ; a driver configured to receive input electrical power from an electrical power source, and output electrical power; a second driver cover attached to the heat sink body , such that the driver is contained between the first driver cover and the second driver cover ; and an LED panel including a substrate supported by the heat sink body at a location such that the first driver cover is disposed between the LED panel and the driver , and at least one LED carried by the substrate , wherein the at least one LED is in electrical communication with the driver so as to receive the output electrical power and, in response, produce illumination; and a lens assembly supported by the heat sink body at the second end so as to at least substantially close the second end , such that at least a portion of the illumination passes through the lens assembly and out the luminaire wherein the lens assembly further comprises a diffuser and a bezel that is supported by the heat sink body at the second end , wherein an outer periphery of the diffuser is supported by bezel , and the diffuser is monolithic with the bezel , wherein one of the first driver cover and the lens assembly is monolithic with the heat sink body at a respective one of the first and second ends , such that the LED panel is configured for insertion into the heat sink body at the other of the first and second ends .
Article comprising a polymer composition, wherein the polymer composition comprises at least one polymer and at least one basic additive, wherein the at least one basic additive has a pH of equal to or less than 13 and equal to or higher than 7 when measured in a 1 wt% solution in water at 20°C, and wherein the at least one basic additive is selected from the group consisting of alkaline earth metal oxides, alkaline earth metal hydroxides, ZnO and basic Al 2 O 3 , wherein the at least one polymer is selected from the group consisting of cellulose esters with an average degree of substitution of from 1.5 to 3.0 and starch esters, wherein a film is excluded as an article.
A method of operating a wind energy installation , wherein the wind energy installation comprises a rotor which has at least one rotor blade which can be adjusted in terms of its angle, wherein an operating parameter is determined by a detection method and is monitored by a safety system which is independent of an operating management system, and a braking process of the rotor is being initiated by the safety system when an operating parameter threshold value is reached, characterised in that the wind energy installation is operated in a first mode of operation or in a second mode of operation , wherein the first mode of operation is a normal mode of operation that is optimised in terms of power output and the second mode of operation is a mode of operation that is reduced in terms of rotational speed and / or a mode of operation that is reduced in terms of power output, different from the normal mode of operation that is optimised in terms of power output, wherein the operating parameter threshold value is adjusted in the second mode of operation of the wind energy installation so that the operating parameter threshold value in the first mode of operation is different from the operating parameter threshold value in the second mode of operation and / or the operating parameter threshold value is changed as a function of the at least one operating parameter or as a function of an operating parameter that is not monitored by the safety system and / or wherein, in the second mode of operation of the wind energy installation , the detection method for determining the operating parameter is adjusted.
A subscriber server node comprising: an interface (109-1) towards a control node of a first network ; at least one processor (109-3) configured to send, via the interface (109-1), a policy message including a policy to the control node of the first network ; wherein the at least one processor (109-3) is configured to receive, via the interface (109-1), a report message from the control node of the first network , the report message indicating failed or granted authorization of a subscriber to establish a packet data session with a second network via an access point node of the second network ; wherein the policy requests the control node of the first network to selectively execute sending of the report message for at least one of: failed authorization and granted authorization; and wherein the policy includes an identifier indicating at least one candidate access point node for which sending of the report message is requested. an interface (109-1) towards a control node of a first network ; at least one processor (109-3) configured to send, via the interface (109-1), a policy message including a policy to the control node of the first network ; wherein the at least one processor (109-3) is configured to receive, via the interface (109-1), a report message from the control node of the first network , the report message indicating failed or granted authorization of a subscriber to establish a packet data session with a second network via an access point node of the second network ; wherein the policy requests the control node of the first network to selectively execute sending of the report message for at least one of: failed authorization and granted authorization; and wherein the policy includes an identifier indicating at least one candidate access point node for which sending of the report message is requested.
An edge appliance device for appliance attestation, the edge appliance device comprising: an attestation manager to perform an attestation process with a component of the edge appliance device to generate a component certificate that is indicative of firmware of the component and/or a hardware or firmware configuration of the component ; and a platform verifier to (i) generate an appliance certificate, wherein the appliance certificate is indicative of the component certificate and current utilization of the edge appliance device , and (ii) provide the appliance certificate to a relying party, wherein to provide the appliance certificate to the relying party comprises to provide the appliance certificate to a remote orchestrator device . an attestation manager to perform an attestation process with a component of the edge appliance device to generate a component certificate that is indicative of firmware of the component and/or a hardware or firmware configuration of the component ; and a platform verifier to (i) generate an appliance certificate, wherein the appliance certificate is indicative of the component certificate and current utilization of the edge appliance device , and (ii) provide the appliance certificate to a relying party, wherein to provide the appliance certificate to the relying party comprises to provide the appliance certificate to a remote orchestrator device .
A hybrid cooling system for a rolling mill , comprising: a top oil spray header proximate a top work roll ; a bottom oil spray header proximate a bottom work roll ; and a water spray header proximate the bottom work roll , wherein the water spray header is positioned only below the pass line , the top oil spray header and the bottom oil spray header are positioned at the entry side of the rolling mill and the water spray header is positioned at the exit side of the bottom work roll , characterized in that the system further comprises: an oil supply in fluid connection with the top oil spray header and the bottom oil spray header ; and a valve positioned inline between the bottom oil spray header and the oil supply , wherein the valve is actuatable to divert oil from the bottom oil spray header to the top oil spray header . a top oil spray header proximate a top work roll ; a bottom oil spray header proximate a bottom work roll ; and a water spray header proximate the bottom work roll , wherein the water spray header is positioned only below the pass line , the top oil spray header and the bottom oil spray header are positioned at the entry side of the rolling mill and the water spray header is positioned at the exit side of the bottom work roll , characterized in that the system further comprises: an oil supply in fluid connection with the top oil spray header and the bottom oil spray header ; and a valve positioned inline between the bottom oil spray header and the oil supply , wherein the valve is actuatable to divert oil from the bottom oil spray header to the top oil spray header . an oil supply in fluid connection with the top oil spray header and the bottom oil spray header ; and a valve positioned inline between the bottom oil spray header and the oil supply , wherein the valve is actuatable to divert oil from the bottom oil spray header to the top oil spray header .
A stator vane assembly comprising: an inner diameter platform ; an outer diameter platform defining an air inlet orifice extending radially therethrough; an airfoil extending between the inner diameter platform and the outer diameter platform , the airfoil having a hollow portion therein defining a serpentine cooling airflow path fluidly coupled to the air inlet orifice ; characterized by : a collar extending radially outwardly from the outer diameter platform and positioned adjacent the air inlet orifice , the collar extending to a non-uniform radial distance, wherein a radially outer surface of the collar is angled to provide a lower height near the air inlet orifice; and a turn cover operatively coupled to the collar . an inner diameter platform ; an outer diameter platform defining an air inlet orifice extending radially therethrough; an airfoil extending between the inner diameter platform and the outer diameter platform , the airfoil having a hollow portion therein defining a serpentine cooling airflow path fluidly coupled to the air inlet orifice ; characterized by : a collar extending radially outwardly from the outer diameter platform and positioned adjacent the air inlet orifice , the collar extending to a non-uniform radial distance, wherein a radially outer surface of the collar is angled to provide a lower height near the air inlet orifice; and a turn cover operatively coupled to the collar . a collar extending radially outwardly from the outer diameter platform and positioned adjacent the air inlet orifice , the collar extending to a non-uniform radial distance, wherein a radially outer surface of the collar is angled to provide a lower height near the air inlet orifice; and a turn cover operatively coupled to the collar .
A method for conducting a bioassay of a processed acellular nerve graft comprising an endoneurial tube scaffold, the inner surface of an endoneurial tube in the scaffold comprising laminin, the method comprising: affixing a neuron or group of neurons to a first end of the processed acellular nerve graft segment to form a test construct ; culturing the test construct in a medium for a period of time to allow nerve outgrowth from the neuron or group of neurons into the processed acellular nerve graft segment; performing an analysis of the test construct, wherein the analysis indicates an amount of an outgrowing nerve structure, wherein performing the analysis of the test construct includes: identifying more than one longest nerve structure outgrowing from the neuron or group of neurons into the processed acellular nerve graft segment, measuring a length from the first end of the acellular nerve graft segment on which the neuron or group of neurons is affixed to an end of more than one of the identified nerve structures within the processed acellular nerve graft segment, and averaging the measured length of more than one of the identified nerve structures; and determining a potency of the processed acellular nerve graft from a metric derived from the analysis. affixing a neuron or group of neurons to a first end of the processed acellular nerve graft segment to form a test construct ; culturing the test construct in a medium for a period of time to allow nerve outgrowth from the neuron or group of neurons into the processed acellular nerve graft segment; performing an analysis of the test construct, wherein the analysis indicates an amount of an outgrowing nerve structure, wherein performing the analysis of the test construct includes: identifying more than one longest nerve structure outgrowing from the neuron or group of neurons into the processed acellular nerve graft segment, measuring a length from the first end of the acellular nerve graft segment on which the neuron or group of neurons is affixed to an end of more than one of the identified nerve structures within the processed acellular nerve graft segment, and averaging the measured length of more than one of the identified nerve structures; and identifying more than one longest nerve structure outgrowing from the neuron or group of neurons into the processed acellular nerve graft segment, measuring a length from the first end of the acellular nerve graft segment on which the neuron or group of neurons is affixed to an end of more than one of the identified nerve structures within the processed acellular nerve graft segment, and averaging the measured length of more than one of the identified nerve structures; and determining a potency of the processed acellular nerve graft from a metric derived from the analysis.
A unit casing mounted in a casing included in an image forming apparatus , the unit casing comprising: a main body ; and a positioning section that positions the main body relative to the casing, wherein the main body includes a first frame segment , a second frame segment extending in parallel to the first frame segment, and a third frame segment that connects the first frame segment to the second frame segment, the positioning section includes: a positioning frame segment extending in parallel to the first frame segment; and at least one penetrating member (32; 32a; 32b) extending from the positioning frame segment and penetrating through the first and second frame segments, the positioning frame segment is fixed to the third frame segment, and the at least one penetrating member has a tip end held by the casing. a main body ; and a positioning section that positions the main body relative to the casing, wherein the main body includes a first frame segment , a second frame segment extending in parallel to the first frame segment, and a third frame segment that connects the first frame segment to the second frame segment, the positioning section includes: a positioning frame segment extending in parallel to the first frame segment; and at least one penetrating member (32; 32a; 32b) extending from the positioning frame segment and penetrating through the first and second frame segments, a positioning frame segment extending in parallel to the first frame segment; and at least one penetrating member (32; 32a; 32b) extending from the positioning frame segment and penetrating through the first and second frame segments, the positioning frame segment is fixed to the third frame segment, and the at least one penetrating member has a tip end held by the casing.
An implantable sensor device for measuring fluid pressure, comprising: a vibratable sensor comprising a sensor membrane , a base plate having a first side and a second side defining a thickness therebetween, and an orifice extending therethrough, a housing defining a cavity into which the vibratable sensor is disposed, said housing is disposed on the base plate an acoustically transparent bottom film disposed on the second side of the base plate , wherein the orifice in the base plate exposes all or a portion of the sensor membrane to said bottom film, and said base plate is separated from the sensor membrane, the sensor membrane having a thickness of at least one micron; and the vibratable sensor having a total volume of less than or equal to 0.3 cubic millimeters. a vibratable sensor comprising a sensor membrane , a base plate having a first side and a second side defining a thickness therebetween, and an orifice extending therethrough, a housing defining a cavity into which the vibratable sensor is disposed, said housing is disposed on the base plate an acoustically transparent bottom film disposed on the second side of the base plate , wherein the orifice in the base plate exposes all or a portion of the sensor membrane to said bottom film, and said base plate is separated from the sensor membrane, the sensor membrane having a thickness of at least one micron; and the vibratable sensor having a total volume of less than or equal to 0.3 cubic millimeters.
A therapy device for the postoperative treatment of a big toe, comprising a base body and a movement segment with a support surface for supporting the big toe to be treated, wherein the movement segment is mounted pivotably about an axis of rotation (S) on the base body , and wherein the base body is formed for selectively left- and right-side supporting of a limb support , characterised in that the support surface is bounded by at least one lateral web for preventing bruising of the big toe to be treated.
A display device (DD) comprising: a display panel (DP) comprising a circuit unit, and a display unit connected to the circuit unit; a first circuit board (PCB1) electrically coupled to the circuit unit; a control unit (CU) disposed on the first circuit board (PCB1) and electrically coupled to the first circuit board (PCB1); a second circuit board (PCB2) electrically coupled to the circuit unit; and a coupling film (FP) which electrically couples the control unit (CU) on the first circuit board (PCB1) and the second circuit board (PCB2) to each other characterized in that the coupling film (FP) comprises: a first coupling part (CN1) including a first region (EP1) connected to the first circuit board (PCB1), and a second region (EP2) connected to the display panel (DP); a second coupling part (CN2) including a third region (EP3) connected to the second circuit board (PCB2), and a fourth region (EP4) connected to the display panel (DP); and a third coupling part (CN3) connected to each of the second region (EP2) and the fourth region (EP4) to electrically connect the first coupling part (CN1) and the second coupling part (CN2) to each other, the third coupling part (CN3) overlaps each of the first coupling part (CN1) and the second coupling part (CN2) in a plane view. a display panel (DP) comprising a circuit unit, and a display unit connected to the circuit unit; a first circuit board (PCB1) electrically coupled to the circuit unit; a control unit (CU) disposed on the first circuit board (PCB1) and electrically coupled to the first circuit board (PCB1); a second circuit board (PCB2) electrically coupled to the circuit unit; and a coupling film (FP) which electrically couples the control unit (CU) on the first circuit board (PCB1) and the second circuit board (PCB2) to each other characterized in that the coupling film (FP) comprises: a first coupling part (CN1) including a first region (EP1) connected to the first circuit board (PCB1), and a second region (EP2) connected to the display panel (DP); a second coupling part (CN2) including a third region (EP3) connected to the second circuit board (PCB2), and a fourth region (EP4) connected to the display panel (DP); and a third coupling part (CN3) connected to each of the second region (EP2) and the fourth region (EP4) to electrically connect the first coupling part (CN1) and the second coupling part (CN2) to each other, a first coupling part (CN1) including a first region (EP1) connected to the first circuit board (PCB1), and a second region (EP2) connected to the display panel (DP); a second coupling part (CN2) including a third region (EP3) connected to the second circuit board (PCB2), and a fourth region (EP4) connected to the display panel (DP); and a third coupling part (CN3) connected to each of the second region (EP2) and the fourth region (EP4) to electrically connect the first coupling part (CN1) and the second coupling part (CN2) to each other, the third coupling part (CN3) overlaps each of the first coupling part (CN1) and the second coupling part (CN2) in a plane view.