mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: encoding video to produce encoded data; and outputting the encoded data in a bitstream; the encoding being characterized in that it comprises determining a motion vector precision for a unit of the video based at least in part on results of hash-based block matching, the determining comprising: splitting the unit into multiple blocks; for a given block of the multiple blocks of the unit, determining a hash value for the given block, and determining whether there is a match among multiple candidate blocks of one or more reference pictures based at least in part on the hash value for the given block; selecting integer-sample motion vector precision if at least a threshold number of blocks of the unit of the video have matching blocks identified in the hash-based block matching, and otherwise selecting fractional-sample motion vector precision. encoding video to produce encoded data; and outputting the encoded data in a bitstream; the encoding being characterized in that it comprises determining a motion vector precision for a unit of the video based at least in part on results of hash-based block matching, the determining comprising: splitting the unit into multiple blocks; for a given block of the multiple blocks of the unit, determining a hash value for the given block, and determining whether there is a match among multiple candidate blocks of one or more reference pictures based at least in part on the hash value for the given block; selecting integer-sample motion vector precision if at least a threshold number of blocks of the unit of the video have matching blocks identified in the hash-based block matching, and otherwise selecting fractional-sample motion vector precision.
A method of producing a secure integrated circuit, IC, comprising: loading the IC with a unique identification number, UID,; loading the IC with a key derivation data KDD that is based upon a secret value K and the UID; producing a secure application configured with a manufacturer configuration parameter, MCP, and the secret value K and configured to receive the UID from the IC; producing a manufacturer diversification parameter, MDP, based upon the MCP and the secret value K and loading the MDP into the IC; wherein secure IC is configured to calculate a device specific key, DSK, based upon the received MDP and the KDD, and wherein the secure application calculates the DSK based upon the MCP, K, and the received UID. loading the IC with a unique identification number, UID,; loading the IC with a key derivation data KDD that is based upon a secret value K and the UID; producing a secure application configured with a manufacturer configuration parameter, MCP, and the secret value K and configured to receive the UID from the IC; producing a manufacturer diversification parameter, MDP, based upon the MCP and the secret value K and loading the MDP into the IC; wherein secure IC is configured to calculate a device specific key, DSK, based upon the received MDP and the KDD, and wherein the secure application calculates the DSK based upon the MCP, K, and the received UID.
A beverage preparation system for providing hot or cold beverages comprising: - a beverage dispenser (30; 30') having at least one electromagnet (20; 20') and a control unit for controlling said electromagnet (20; 20'); - at least one disposable container for beverage ingredients which are adapted for being replaceable and insertable into the beverage dispenser (30; 30'), wherein the disposable container includes a reservoir and a dispensing means (10; 10') having an anchor (21; 21') which is arranged to be movable between an open position and a closed position on the dispensing means (10; 10'), and wherein the anchor (21; 21') is moveable from one position to the other position by a magnetic field generated by the at least one electromagnet (20; 20'); wherein the anchor (21; 21') is arranged on the dispensing means (10; 10') such that the anchor opens the dispensing means (10; 10') in the open position for a continuous through flow of beverage ingredients out of the reservoir and through the dispensing means (10; 10'), wherein an unmovable counter anchor (22', 22") is assigned to the movable anchor (21'; 21"), whereby magnetic field lines flow in a bundled arrangement and orientate over a front face of the counter anchor in a longitudinal direction of the movable anchor, characterized in that the movable anchor and the unmovable counter anchor are pin shaped, and, that the counter anchor is fixed within the dispensing means. - a beverage dispenser (30; 30') having at least one electromagnet (20; 20') and a control unit for controlling said electromagnet (20; 20'); - at least one disposable container for beverage ingredients which are adapted for being replaceable and insertable into the beverage dispenser (30; 30'), wherein the disposable container includes a reservoir and a dispensing means (10; 10') having an anchor (21; 21') which is arranged to be movable between an open position and a closed position on the dispensing means (10; 10'), and wherein the anchor (21; 21') is moveable from one position to the other position by a magnetic field generated by the at least one electromagnet (20; 20'); wherein the anchor (21; 21') is arranged on the dispensing means (10; 10') such that the anchor opens the dispensing means (10; 10') in the open position for a continuous through flow of beverage ingredients out of the reservoir and through the dispensing means (10; 10'), wherein an unmovable counter anchor (22', 22") is assigned to the movable anchor (21'; 21"), whereby magnetic field lines flow in a bundled arrangement and orientate over a front face of the counter anchor in a longitudinal direction of the movable anchor, characterized in that the movable anchor and the unmovable counter anchor are pin shaped, and, that the counter anchor is fixed within the dispensing means.
Mowing knife device with a double knife cutting system, wherein the double knife cutting system comprises an upper cutting knife and a lower cutting knife which are configured to be movable relative to each other via a single-sided drive, wherein at least the upper cutting knife or the lower cutting knife each comprises a plurality of blade elements which are connected to one another via a knife back (144, 184), and wherein the blade elements and the knife back (144, 184) are configured as a common integral component, wherein the mowing knife device comprises a replaceable knife head for initiating a driving movement of a lateral drive on the double knife cutting system, wherein the knife head comprises a resilient portion formed between a connecting portion of the knife head with the knife back (144, 184) and a coupling to the drive. a double knife cutting system, wherein the double knife cutting system comprises an upper cutting knife and a lower cutting knife which are configured to be movable relative to each other via a single-sided drive, wherein at least the upper cutting knife or the lower cutting knife each comprises a plurality of blade elements which are connected to one another via a knife back (144, 184), and wherein the blade elements and the knife back (144, 184) are configured as a common integral component, wherein the mowing knife device comprises a replaceable knife head for initiating a driving movement of a lateral drive on the double knife cutting system, wherein the knife head comprises a resilient portion formed between a connecting portion of the knife head with the knife back (144, 184) and a coupling to the drive.
A method for wireless communication, characterized in comprising: triggering, by a first terminal, a sidelink buffer state report, BSR, wherein the sidelink BSR is used for requesting a sidelink resource for first sidelink data to be sent, wherein the sidelink BSR is in a pending state, wherein in the pending state the first terminal is ready to send but has not sent the sidelink BSR to a network device; and determining, by the first terminal when the sidelink BSR is triggered, whether to trigger a scheduling request, SR, used for requesting the sidelink resource according to first information, wherein the first information comprises: whether there is uplink data to be sent that conflicts with the SR and a transmission demand of the uplink data that conflicts with the SR; or, whether there is second sidelink data to be sent that conflicts with the SR; or, whether there is second sidelink data to be sent that conflicts with the SR and a transmission demand of the second sidelink data that conflicts with the SR, and wherein the triggering the SR used for requesting the sidelink resource comprises prioritizing transmission of the SR over the uplink data to be sent or the second sidelink data to be sent. triggering, by a first terminal, a sidelink buffer state report, BSR, wherein the sidelink BSR is used for requesting a sidelink resource for first sidelink data to be sent, wherein the sidelink BSR is in a pending state, wherein in the pending state the first terminal is ready to send but has not sent the sidelink BSR to a network device; and determining, by the first terminal when the sidelink BSR is triggered, whether to trigger a scheduling request, SR, used for requesting the sidelink resource according to first information, wherein the first information comprises: whether there is uplink data to be sent that conflicts with the SR and a transmission demand of the uplink data that conflicts with the SR; or, whether there is second sidelink data to be sent that conflicts with the SR; or, whether there is second sidelink data to be sent that conflicts with the SR and a transmission demand of the second sidelink data that conflicts with the SR, and wherein the triggering the SR used for requesting the sidelink resource comprises prioritizing transmission of the SR over the uplink data to be sent or the second sidelink data to be sent. whether there is uplink data to be sent that conflicts with the SR and a transmission demand of the uplink data that conflicts with the SR; or, whether there is second sidelink data to be sent that conflicts with the SR; or, whether there is second sidelink data to be sent that conflicts with the SR and a transmission demand of the second sidelink data that conflicts with the SR, and wherein the triggering the SR used for requesting the sidelink resource comprises prioritizing transmission of the SR over the uplink data to be sent or the second sidelink data to be sent.
A seal device, comprising: a seal housing (20,30) defining a central axis, the seal housing (20,30) having an inner wall and an outer wall, the inner wall defining an opening along the central axis; a rotatable head mounted to the seal housing (20,30); at least one finger pivotally mounted to the rotatable head, an edge of the at least one finger defining an aperture for reception of a surgical instrument; and a cam mounted to the rotatable head for pivoting the at least one finger upon rotation of the rotatable head, the at least one finger configured to reduce the amount by which the surgical instrument may be moved off-axis relative to the central axis characterised in that the rotatable head 10 includes indicia which provide an indication to a user of the appropriate size of an instrument that may be inserted therethrough. a seal housing (20,30) defining a central axis, the seal housing (20,30) having an inner wall and an outer wall, the inner wall defining an opening along the central axis; a rotatable head mounted to the seal housing (20,30); at least one finger pivotally mounted to the rotatable head, an edge of the at least one finger defining an aperture for reception of a surgical instrument; and a cam mounted to the rotatable head for pivoting the at least one finger upon rotation of the rotatable head, the at least one finger configured to reduce the amount by which the surgical instrument may be moved off-axis relative to the central axis characterised in that the rotatable head 10 includes indicia which provide an indication to a user of the appropriate size of an instrument that may be inserted therethrough.
A washing machine comprising: a casing; a tub disposed inside the casing; a drum rotatably provided inside the tub, for accommodating laundry therein; and a spiral nozzle (50, 60) for rotating supplied water in a predetermined direction and then spraying the water into the drum through a discharge hole, wherein the spiral nozzle (50, 60) comprises an impingement surface formed in front of the discharge hole so that the water discharged from the discharge hole is distributed by impinging on the impingement surface, wherein the impingement surface comprises a curved surface portion for guiding the water discharged from the discharge hole in a lower direction, wherein the curved surface portion comprises first and second descent guidance surfaces (53a, 53b) extended to be downwardly inclined in opposite directions from each other, the first and second descent guidance surfaces (53a, 53b) having different gradients from each other, and wherein the spiral nozzle (50, 60) further comprises a barrier formed on one of the first and second descent guidance surfaces (53a, 53b), of which a gradient is smaller than the other. a casing; a tub disposed inside the casing; a drum rotatably provided inside the tub, for accommodating laundry therein; and a spiral nozzle (50, 60) for rotating supplied water in a predetermined direction and then spraying the water into the drum through a discharge hole,
An apparatus for removing a removable portion of a shrink sleeve conformed to a container comprising: a conveyor for conveying the container provided with the shrink sleeve having a machine direction and a cross-machine direction orthogonal to said machine direction and a pair of edges spaced apart from one another in said cross-machine direction; characterized in that it further comprises: a rotating roller for removing the predetermined removable portion of the shrink sleeve mounted to an arm and engaged with a continuous drive, wherein said arm is pivotably mounted to a frame, wherein said roller has a first position and a second position, wherein said roller in said first position is located at a predetermined location above said conveyor for contacting the predetermined removable portion, wherein said roller in said second position is remote from said predetermined location, and wherein said roller and said continuous drive are separated from one another by an obstruction, wherein said obstruction is a shield between said roller and said continuous drive, such that the predetermined removable portion separated from the container with the roller can be freely transported to a vacuum port; a driver operatively engaged with said arm to move said roller from said first position to said second position; and said vacuum port proximal to said roller when said roller is in said first position. a rotating roller for removing the predetermined removable portion of the shrink sleeve mounted to an arm and engaged with a continuous drive, wherein said arm is pivotably mounted to a frame, wherein said roller has a first position and a second position, wherein said roller in said first position is located at a predetermined location above said conveyor for contacting the predetermined removable portion, wherein said roller in said second position is remote from said predetermined location, and wherein said roller and said continuous drive are separated from one another by an obstruction, wherein said obstruction is a shield between said roller and said continuous drive, such that the predetermined removable portion separated from the container with the roller can be freely transported to a vacuum port; a driver operatively engaged with said arm to move said roller from said first position to said second position; and said vacuum port proximal to said roller when said roller is in said first position.
A composition for stimulating reproductive behavior and increasing reproductive success and productivity in a female suid, the composition comprising a combination of pheromonal agents, wherein the pheromonal agents comprise androstenone, androstenol and quinoline.
An apparatus comprising: a transmit module; a receive module; and a memory to store a link training status and state machine, LTSSM, the LTSSM having a plurality of states, wherein the plurality of states comprise a plurality of link states and an associated plurality of line states, wherein the plurality of line states are states of the transmit module and the receive module, characterized in that the apparatus is arranged to determine if an error has occurred, and the apparatus is arranged such that, upon determining that an error has occurred in the LTSSM, the transmit module and receive module transition to a first known line state corresponding to a first known link state of the LTSSM and transition to a second known line state after the transition to the first known line state, the second known line state being a lowest power consumption state of the LTSSM that maintains configuration settings, and the apparatus arranged to restart the LTSSM after both the transmit and receive modules (906, 907) are in the second known line state. a transmit module; a receive module; and a memory to store a link training status and state machine, LTSSM, the LTSSM having a plurality of states, wherein the plurality of states comprise a plurality of link states and an associated plurality of line states, wherein the plurality of line states are states of the transmit module and the receive module, characterized in that the apparatus is arranged to determine if an error has occurred, and the apparatus is arranged such that, upon determining that an error has occurred in the LTSSM, the transmit module and receive module transition to a first known line state corresponding to a first known link state of the LTSSM and transition to a second known line state after the transition to the first known line state, the second known line state being a lowest power consumption state of the LTSSM that maintains configuration settings, and the apparatus arranged to restart the LTSSM after both the transmit and receive modules (906, 907) are in the second known line state.
A method of providing an application service in a telecommunications network which is accessible to a user equipment via an access node (110; 130), wherein an application service platform is co-located with the access node (110; 130) for supporting one or more application services which are accessible to the user equipment via the access node (110; 130); and wherein a local gateway node (120; 120') is co-located with the access node (110; 130) and carries user plane data of the user equipment between the access node (110; 130) and the application service platform, comprising the steps of: obtaining, at the local gateway node, through control plane communication performed via a central gateway node (210; 210') connected between the local gateway node (120; 120') and a central node (212, 214, 216, 218) of the telecommunications network, information for providing policy control functionalities at the local gateway node, charging related information, or intercepted user plane and/or control plane data, wherein the method further comprises - during handover of the user equipment from the access node to a further access node, the access node obtaining local gateway information from the local gateway node (120; 120') at the access node (110; 130) and providing the local gateway information to the further access node, wherein the local gateway information comprises the information and/ or the data obtained through said communication with the central node (212, 214, 216, 218). - during handover of the user equipment from the access node to a further access node, the access node obtaining local gateway information from the local gateway node (120; 120') at the access node (110; 130) and providing the local gateway information to the further access node, wherein the local gateway information comprises the information and/ or the data obtained through said communication with the central node (212, 214, 216, 218).
A shock-absorbing saddle for bicycles, comprising an upper padding which is supported on a rigid shell, and a pair of arms (4a, 4b) which protrude in a lower region with respect to said rigid shell, approximately axially with respect to the longitudinal central axis of the saddle, and toward the rear region of said rigid shell, each of the rear free ends (8a, 8b) of the pair of arms (4a, 4b) can be arranged at a first rigid appendage, which is embedded internally and in a lower region with respect to an elastically deformable body, which is associated, at its other end, with a second appendage, which is arranged so as to float within said first appendage and is jointly connected to said rigid shell, said first appendage is, in cross-section, substantially shaped like an inverted dome, so as to define, in a transverse cross-section, a stem, which has a first axial seat, and a wing, which is perimetric with respect to said stem and on which the respective free end (8a, 8b) is embedded, said free end (8a, 8b) having a portion that is arranged in said first axial seat, said elastically deformable body being essentially shaped like an inverted ovoid and having an end face which in an upper region is associated with, or jointly connected to, said rigid shell, at said end face a second axial seat being provided, which is extended substantially to said wing, the second appendage protruding inside said second axial seat, below said rigid shell, and being arranged so as to partially float within said first appendage, said second appendage having, proximate to its free end that can be arranged slidingly within said first axial seat, an axial groove, which is shaped, in cross-section, like a slot within which the respective free end (8a, 8b) is arranged.