mhurhangee/patent-ind-claim-en huggingface dataset:
A viscous clutch (330; 430) comprising: a shaft ; a rotor (334; 434) attached to the shaft; a housing (336; 436) located adjacent to the rotor; a working chamber (340; 440) defined between the rotor and the housing; a reservoir (338; 438) used to store a shear fluid, wherein selective introduction of the shear fluid to the working chamber facilitates selective torque transmission between the rotor and the housing; a valve assembly (342; 442), wherein the valve assembly is configured to control flow of the shear fluid to the working chamber, the valve assembly including an armature (342-1; 442-1) and a valve arm (342-2; 442-2); an electromagnetic coil (344; 444), wherein the electromagnetic coil is selectively energizeable to control operation of the valve assembly; and a flux insert (348; 448) in the housing, wherein a flux circuit is provided that extends from the electromagnetic coil (344; 444) to the armature (342-1; 442-1) and back to the electromagnetic coil, wherein the flux circuit passes through the flux insert (348; 448) and through the shaft , characterized in that the reservoir (338; 438) is attached to a front side of the rotor (334; 434), opposite the electromagnetic coil (344; 444); the valve assembly (342; 442) is located at a rear side of the rotor, and wherein the flux circuit crosses a radial air gap between the flux insert (348; 448) and the armature (342-1; 442-1). a shaft ; a rotor (334; 434) attached to the shaft; a housing (336; 436) located adjacent to the rotor; a working chamber (340; 440) defined between the rotor and the housing; a reservoir (338; 438) used to store a shear fluid, wherein selective introduction of the shear fluid to the working chamber facilitates selective torque transmission between the rotor and the housing; a valve assembly (342; 442), wherein the valve assembly is configured to control flow of the shear fluid to the working chamber, the valve assembly including an armature (342-1; 442-1) and a valve arm (342-2; 442-2); an electromagnetic coil (344; 444), wherein the electromagnetic coil is selectively energizeable to control operation of the valve assembly; and a flux insert (348; 448) in the housing, wherein a flux circuit is provided that extends from the electromagnetic coil (344; 444) to the armature (342-1; 442-1) and back to the electromagnetic coil, wherein the flux circuit passes through the flux insert (348; 448) and through the shaft , characterized in that the reservoir (338; 438) is attached to a front side of the rotor (334; 434), opposite the electromagnetic coil (344; 444); the valve assembly (342; 442) is located at a rear side of the rotor, and wherein the flux circuit crosses a radial air gap between the flux insert (348; 448) and the armature (342-1; 442-1).
Lid-spout assembly for a package having a main body comprising a designated pour opening and being filled with a pourable product; the lid-spout assembly comprises at least: - a spout having a pouring outlet ; - a lid configured to selectively close and open the pouring outlet ; and - a tethering element tethering the lid to the spout ; wherein the spout comprises at least: - a base frame configured to couple the spout to the main body about the designated pour opening; and - a collar carrying the pouring outlet and protruding from the base frame ; wherein the lid is rupturably fixed to the collar ; wherein the lid is controllable between at least: - a closed position in which the lid covers the pouring outlet ; and - an open position in which the lid is configured to open the pouring outlet ; wherein the lid-spout assembly further comprises a retaining group configured to interact with the tethering element for at least temporarily retaining the lid in the open position; wherein the spout , the lid , the tethering element and the retaining group are formed in a single piece; characterized in that the tethering element comprises a first end fixed to the lid and a second end fixed to the collar . the lid-spout assembly comprises at least: - a spout having a pouring outlet ; - a lid configured to selectively close and open the pouring outlet ; and - a tethering element tethering the lid to the spout ; - a spout having a pouring outlet ; - a lid configured to selectively close and open the pouring outlet ; and - a tethering element tethering the lid to the spout ; wherein the spout comprises at least: - a base frame configured to couple the spout to the main body about the designated pour opening; and - a collar carrying the pouring outlet and protruding from the base frame ; - a base frame configured to couple the spout to the main body about the designated pour opening; and - a collar carrying the pouring outlet and protruding from the base frame ; wherein the lid is rupturably fixed to the collar ; wherein the lid is controllable between at least: - a closed position in which the lid covers the pouring outlet ; and - an open position in which the lid is configured to open the pouring outlet ; - a closed position in which the lid covers the pouring outlet ; and - an open position in which the lid is configured to open the pouring outlet ; wherein the lid-spout assembly further comprises a retaining group configured to interact with the tethering element for at least temporarily retaining the lid in the open position; wherein the spout , the lid , the tethering element and the retaining group are formed in a single piece; characterized in that the tethering element comprises a first end fixed to the lid and a second end fixed to the collar .
A simulator projection or display system comprising: a projector ; a display screen for receiving images from the projector ; and, a free-form fold mirror interposed between the projector and the display screen , characterized in that the free-form fold mirror includes a first curved portion , a second curved portion spaced from the first curved portion and a first flat portion . a projector ; a display screen for receiving images from the projector ; and, a free-form fold mirror interposed between the projector and the display screen ,
A compound of Formula (VIa), or pharmaceutically acceptable salt thereof, wherein, X is halogen and n is 0 or 1; Z is N or C-H; R is alkyl, aryl, aralkyl, or carbocyclylalkyl. X is halogen and n is 0 or 1; Z is N or C-H;
A user equipment for wireless communication, comprising: a memory; and one or more processors coupled to the memory, the memory and the one or more processors configured to: transmit a compressed transmission including a saturated signal transmitted without peak suppression information that describes suppressed peaks associated with the saturated signal; receive, from a base station , a negative acknowledgement message indicating a failure to successfully, autonomously recover the compressed transmission; and transmit, to the base station, a retransmission to enable distortion recovery on the saturated signal based at least in part on receiving the negative acknowledgement message, the retransmission indicating the peak suppression information based at least in part on receiving the negative acknowledgement message. a memory; and one or more processors coupled to the memory, the memory and the one or more processors configured to: transmit a compressed transmission including a saturated signal transmitted without peak suppression information that describes suppressed peaks associated with the saturated signal; receive, from a base station , a negative acknowledgement message indicating a failure to successfully, autonomously recover the compressed transmission; and transmit, to the base station, a retransmission to enable distortion recovery on the saturated signal based at least in part on receiving the negative acknowledgement message, the retransmission indicating the peak suppression information based at least in part on receiving the negative acknowledgement message. receive, from a base station , a negative acknowledgement message indicating a failure to successfully, autonomously recover the compressed transmission; and transmit, to the base station, a retransmission to enable distortion recovery on the saturated signal based at least in part on receiving the negative acknowledgement message, the retransmission indicating the peak suppression information based at least in part on receiving the negative acknowledgement message.
A transmission apparatus comprising: a transmission signal generator which, in operation, generates a transmission signal having an aggregate physical layer protocol data unit (aggregate PPDU); and a transmitter which, in operation, transmits the generated transmission signal, characterized in that the aggregate PPDU includes a first PPDU and at least one additional PPDU , the first PPDU comprising a legacy preamble , a legacy header , a non-legacy header , a non-legacy preamble , and a data field and each of the at least one additional PPDU comprising a non-legacy header and a data field , the legacy preamble , the legacy header and the non-legacy headers are transmitted using a standard bandwidth, the non-legacy preamble and the data fields are transmitted using a variable bandwidth that is larger than the standard bandwidth, the first PPDU and the at least one additional PPDU are transmitted sequentially in a time domain, and the non-legacy header in each of the first PPDU and the at least one additional PPDU includes an additional PPDU field that indicates whether there is a subsequent PPDU. a transmission signal generator which, in operation, generates a transmission signal having an aggregate physical layer protocol data unit (aggregate PPDU); and a transmitter which, in operation, transmits the generated transmission signal, characterized in that the aggregate PPDU includes a first PPDU and at least one additional PPDU , the first PPDU comprising a legacy preamble , a legacy header , a non-legacy header , a non-legacy preamble , and a data field and each of the at least one additional PPDU comprising a non-legacy header and a data field , the legacy preamble , the legacy header and the non-legacy headers are transmitted using a standard bandwidth, the non-legacy preamble and the data fields are transmitted using a variable bandwidth that is larger than the standard bandwidth, the first PPDU and the at least one additional PPDU are transmitted sequentially in a time domain, and the non-legacy header in each of the first PPDU and the at least one additional PPDU includes an additional PPDU field that indicates whether there is a subsequent PPDU.
A variant mammalian glycosyltransferase, wherein the polypeptide of the variant comprises an N-terminally truncated amino acid sequence of the wild-type mammalian glycosyltransferase, and wherein the polypeptide of the variant consists of the amino acid sequence from position 109 to position 406 of SEQ ID NO:1.
An active noise reduction, ANR, device (100;200;400) including an earpiece comprising: a plurality of microphones (102;104;202;204;206), wherein each of the plurality of microphones is usable for capturing ambient audio to generate input signals for both an ANR mode of operation and a hear-through mode of operation of the ANR device; and a controller configured to: process a first subset of microphones from the plurality of microphones to generate input signals for the ANR mode of operation, process a second subset of microphones from the plurality of microphones to generate input signals for the hear-through mode of operation, detect that a particular microphone of the second subset is acoustically coupled to an acoustic transducer of the ANR device in the hear-through mode of operation, characterised in that the controller is configured to: in response to the detection, process the input signals from the second subset of microphones without using input signals from the particular microphone. a plurality of microphones (102;104;202;204;206), wherein each of the plurality of microphones is usable for capturing ambient audio to generate input signals for both an ANR mode of operation and a hear-through mode of operation of the ANR device; and a controller configured to: process a first subset of microphones from the plurality of microphones to generate input signals for the ANR mode of operation, process a second subset of microphones from the plurality of microphones to generate input signals for the hear-through mode of operation, detect that a particular microphone of the second subset is acoustically coupled to an acoustic transducer of the ANR device in the hear-through mode of operation, characterised in that the controller is configured to: in response to the detection, process the input signals from the second subset of microphones without using input signals from the particular microphone. process a first subset of microphones from the plurality of microphones to generate input signals for the ANR mode of operation, process a second subset of microphones from the plurality of microphones to generate input signals for the hear-through mode of operation, detect that a particular microphone of the second subset is acoustically coupled to an acoustic transducer of the ANR device in the hear-through mode of operation,
A method for selecting at least one carrier from a plurality of carriers, comprising: obtaining (S201), by a first terminal, from a base station, first configuration information for the plurality of carriers, wherein the first configuration information comprises at least one piece of first carrier information and corresponding first channel congestion parameter information; obtaining (S202), by the first terminal, first data; obtaining (S203), by the first terminal, from a base station, at least one piece of priority sequence information corresponding to at least one piece of first carrier information, wherein the at least one piece of priority sequence information indicates a priority sequence, wherein the priority sequence information is represented by a sorting sequence of the plurality of carriers; selecting (S204), by the first terminal, at least one direct link transmission carrier for the first data according to the first carrier information, the first channel congestion parameter information and the priority sequence information, wherein carriers with higher priority are selected first and, for carriers with equal priority, carriers with a smaller channel congestion value are selected first; and sending (S205), by the first terminal, the first data on the selected at least one link transmission carrier. obtaining (S201), by a first terminal, from a base station, first configuration information for the plurality of carriers, wherein the first configuration information comprises at least one piece of first carrier information and corresponding first channel congestion parameter information; obtaining (S202), by the first terminal, first data; obtaining (S203), by the first terminal, from a base station, at least one piece of priority sequence information corresponding to at least one piece of first carrier information, wherein the at least one piece of priority sequence information indicates a priority sequence, wherein the priority sequence information is represented by a sorting sequence of the plurality of carriers; selecting (S204), by the first terminal, at least one direct link transmission carrier for the first data according to the first carrier information, the first channel congestion parameter information and the priority sequence information, wherein carriers with higher priority are selected first and, for carriers with equal priority, carriers with a smaller channel congestion value are selected first; and sending (S205), by the first terminal, the first data on the selected at least one link transmission carrier.
A tubular catheter , comprising: a main body defining a fluid lumen therein; an end portion extending from a distal end of the main body, the end portion having: a distal segment that includes a primary hole through which fluid external to the catheter can enter the fluid lumen; and a proximal segment that includes an auxiliary hole and a recess formed in an exterior surface of the proximal segment, wherein the auxiliary hole is initially blocked by a membrane and configured to be forced open when a threshold force is applied to the membrane by a fluid in the catheter lumen to allow fluid external to the catheter to enter the fluid lumen through the auxiliary hole; characterised by astiffening sleeve disposed over the proximal segment and seated in the recess, the stiffening sleeve having an opening that is aligned with the auxiliary hole. a main body defining a fluid lumen therein; an end portion extending from a distal end of the main body, the end portion having: a distal segment that includes a primary hole through which fluid external to the catheter can enter the fluid lumen; and a proximal segment that includes an auxiliary hole and a recess formed in an exterior surface of the proximal segment, wherein the auxiliary hole is initially blocked by a membrane and configured to be forced open when a threshold force is applied to the membrane by a fluid in the catheter lumen to allow fluid external to the catheter to enter the fluid lumen through the auxiliary hole; characterised by astiffening sleeve disposed over the proximal segment and seated in the recess, the stiffening sleeve having an opening that is aligned with the auxiliary hole. a distal segment that includes a primary hole through which fluid external to the catheter can enter the fluid lumen; and a proximal segment that includes an auxiliary hole and a recess formed in an exterior surface of the proximal segment, wherein the auxiliary hole is initially blocked by a membrane and configured to be forced open when a threshold force is applied to the membrane by a fluid in the catheter lumen to allow fluid external to the catheter to enter the fluid lumen through the auxiliary hole; characterised by astiffening sleeve disposed over the proximal segment and seated in the recess, the stiffening sleeve having an opening that is aligned with the auxiliary hole.
A scandium chloride production method comprising: a heating step of heating an alloy containing scandium and aluminum to 300°C to 700°C for 20 to 90 minutes under a chlorine gas atmosphere; and a scandium chloride recovery step of recovering scandium chloride from a solid phase, after the heating step. a heating step of heating an alloy containing scandium and aluminum to 300°C to 700°C for 20 to 90 minutes under a chlorine gas atmosphere; and a scandium chloride recovery step of recovering scandium chloride from a solid phase, after the heating step.
Arrangement for processing fish, comprising a fish slaughter device designed to stun and initiate bleeding of the fish, having a fish counting device designed to record the number of fish, a first conveying device designed to transfer the stunned fish to a spiral tank device , wherein the first conveying device has at least one first measuring device configured to record a first mass throughput of the stunned fish and the spiral tank device comprises a receptacle designed to receive a liquid, in which is arranged a rotatably supported screw conveyor extending from a first end to a second end, wherein the screw conveyor forms a plurality of fish receiving chambers with the inner wall of the receptacle and the screw conveyor is designed to be rotatably drivable by means of a first drive unit in order to convey fish present in the fish receiving chambers through the liquid towards the second end of the receptacle by means of the screw conveyor , a second conveying device arranged at the second end of the receptacle which is designed to transfer the fish to at least one fish processing machine downstream of the spiral tank device and a control device to which at least the fish counting device , the first measuring device and the first drive unit are connected, wherein the control device comprises an evaluation unit which is designed to determine a fish-quantity-related prediction variable for at least one of the fish receiving chambers based on the number of fish recorded and the first mass throughput recorded.
A method for determining a Synchronization Signal Block, SSB, applied to a terminal, the method comprising: receiving a Radio Resource Control, RRC, signaling sent by a network device, wherein the RRC signaling comprises: Channel State Information Synchronization Signal Block, CSI-SSB, resource set information, CSI-SSB-ResourceSet, and the CSI-SSB resource set information comprises: an CSI-SSB resource set ID, CSI-SSB-ResourceSetId, and an CSI-SSB resource list, CSI-SSB-ResourceList; the method characterized in that the CSI-SSB resource list comprises a group of SSB indexes; the CSI-SSB resource set information further comprises cell indication information corresponding to each SSB index in the CSI-SSB resource list , and the cell indication information is used for indicating whether an SSB corresponding to the SSB index is an SSB of a serving cell or an SSB of a neighboring cell. receiving a Radio Resource Control, RRC, signaling sent by a network device, wherein the RRC signaling comprises: Channel State Information Synchronization Signal Block, CSI-SSB, resource set information, CSI-SSB-ResourceSet, and the CSI-SSB resource set information comprises: an CSI-SSB resource set ID, CSI-SSB-ResourceSetId, and an CSI-SSB resource list, CSI-SSB-ResourceList; the method characterized in that the CSI-SSB resource list comprises a group of SSB indexes; the CSI-SSB resource set information further comprises cell indication information corresponding to each SSB index in the CSI-SSB resource list , and the cell indication information is used for indicating whether an SSB corresponding to the SSB index is an SSB of a serving cell or an SSB of a neighboring cell.
A light diffusion film for diffusing incident light into an elliptical shape, containing, inside the film, a structure composed of a plurality of objects with comparatively high refractive index, arranged in multiple rows in a region with comparatively low refractive index along any one arbitrary direction along the film plane, wherein the objects with comparatively high refractive index have a flaky shape having a columnar structure with a substantially rectangular cross section which is parallel to the film plane, the length L of the flaky-shaped objects in an arrangement direction along the film plane of the flaky-shaped objects is lengthened downward from the upper end side in the thickness direction of the light diffusion film, wherein, if T 50 (μm) is the width along the film plane of the flaky-shaped objects at a position of 50 μm below the upper end of the flaky-shaped objects in the direction of the thickness of the light diffusion film, and if L 50 (μm) is the length along the film plane of the flaky-shaped objects in the arrangement direction of the flaky-shaped objects at the same position and if P 50 (μm) is the distance between the plurality of flaky-shaped objects in the arrangement direction along the film plane of the flaky-shaped objects at the same position, T 50 is adjusted to a value in the range of 0.1 to 15 μm characterized in that L 50 is adjusted to a value in the range of 0.11 to 300 μm and P 50 is adjusted to a value in the range of 0.1 to 100 μm, and the following relation is satisfied: 0.05 ≦ T 50 / L 50 < 0.9
An adhesive composition for attachment to skin, the composition comprising 4-9% (w/w) styrene-ethylene/butylene-styrene block copolymer (SEBS), 3-6% (w/w) polyolefin, 35-41% (w/w) polybutene, optionally 2-4% (w/w) wax, 4-20% (w/w) polyacrylic acid (PAA), and a total of 30-40% (w/w) of one or more further absorbent material(s).