mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for wireless communications, comprising: a memory; and a processor coupled with the memory, the memory and the processor configured to: receive downlink control information, DCI, according to a DCI format that can schedule a plurality of physical uplink shared channel, PUSCH, transmissions across a plurality of transmission time intervals, TTIs, wherein at least one field of the DCI is assigned one or more bits for each of a maximum number of PUSCH transmissions that can be scheduled by the DCI; determine that the DCI schedules a portion of the maximum number of that can be scheduled by the DCI; and interpret one or more unused bits assigned to the at least one field as code block group transmission information, CBGTI, for the scheduled PUSCH transmissions, the one or more unused bits corresponding to a remaining unscheduled portion of the maximum number of PUSCH transmissions. a memory; and a processor coupled with the memory, the memory and the processor configured to: receive downlink control information, DCI, according to a DCI format that can schedule a plurality of physical uplink shared channel, PUSCH, transmissions across a plurality of transmission time intervals, TTIs, wherein at least one field of the DCI is assigned one or more bits for each of a maximum number of PUSCH transmissions that can be scheduled by the DCI; determine that the DCI schedules a portion of the maximum number of that can be scheduled by the DCI; and interpret one or more unused bits assigned to the at least one field as code block group transmission information, CBGTI, for the scheduled PUSCH transmissions, the one or more unused bits corresponding to a remaining unscheduled portion of the maximum number of PUSCH transmissions. receive downlink control information, DCI, according to a DCI format that can schedule a plurality of physical uplink shared channel, PUSCH, transmissions across a plurality of transmission time intervals, TTIs, wherein at least one field of the DCI is assigned one or more bits for each of a maximum number of PUSCH transmissions that can be scheduled by the DCI; determine that the DCI schedules a portion of the maximum number of that can be scheduled by the DCI; and interpret one or more unused bits assigned to the at least one field as code block group transmission information, CBGTI, for the scheduled PUSCH transmissions, the one or more unused bits corresponding to a remaining unscheduled portion of the maximum number of PUSCH transmissions.
A twisted cord of liquid-crystal polyester multifilaments, characterised in that the twisted cord has a coefficient of variation in cord diameters in a longitudinal direction, X, of less than 30%, the coefficient of variation in cord diameters that is calculated from (Formula 1) described below: Coefficient of variation in cord diameters, X % = standard deviation of cord diameters in a longitudinal direction, σ mm ÷ average cord diameter, D mm × 100
A variable geometry exhaust nozzle assembly for a gas turbine engine having an exhaust centerline, said nozzle assembly comprising: a plurality of flaps arranged around the exhaust centerline each of said flaps having a sealing surface; and a plurality of flap seals, each of said seals having a body including a sealing surface and being positioned between a pair of flaps of said plurality of flaps so that the sealing surface of the seal engages the sealing surface of at least one of said adjacent flaps, characterized in that each of said bodies includes a plurality of ceramic matrix composite material plies stacked and bonded together; at least one of said seal bodies has a metallic wire mesh reinforcement bonded to said body so that at least a portion of said reinforcement is positioned between two adjacent plies in said body; and at least one seal body includes an interior edge of said plurality of plies and said reinforcement is bonded to said body so that said reinforcement overlaps at least a portion of said interior edge. a plurality of flaps arranged around the exhaust centerline each of said flaps having a sealing surface; and a plurality of flap seals, each of said seals having a body including a sealing surface and being positioned between a pair of flaps of said plurality of flaps so that the sealing surface of the seal engages the sealing surface of at least one of said adjacent flaps, characterized in that each of said bodies includes a plurality of ceramic matrix composite material plies stacked and bonded together; at least one of said seal bodies has a metallic wire mesh reinforcement bonded to said body so that at least a portion of said reinforcement is positioned between two adjacent plies in said body; and at least one seal body includes an interior edge of said plurality of plies and said reinforcement is bonded to said body so that said reinforcement overlaps at least a portion of said interior edge.
A culturing system comprising: a main container which has an inner space maintained at a predetermined incubation environment, and which accommodates a culture vessel therein, wherein the culture vessel has an opening facing upward, and is adapted to contain a biological specimen; and a nozzle (5a, 5b) fixed to the main container and inserted into the culture vessel through the opening of the culture vessel to supply or drain a liquid into or from the culture vessel; wherein the main container includes a transparent portion through which the biological specimen in the main container can be externally observed, characterized in that the nozzle (5a, 5b) is only fixed to the main container without being in direct contact with the culture vessel. a main container which has an inner space maintained at a predetermined incubation environment, and which accommodates a culture vessel therein, wherein the culture vessel has an opening facing upward, and is adapted to contain a biological specimen; and a nozzle (5a, 5b) fixed to the main container and inserted into the culture vessel through the opening of the culture vessel to supply or drain a liquid into or from the culture vessel; wherein the main container includes a transparent portion through which the biological specimen in the main container can be externally observed, characterized in that the nozzle (5a, 5b) is only fixed to the main container without being in direct contact with the culture vessel.
A power tool comprising: a housing; a driver configured to move downward during a drive stroke and upward during a return stroke; an electric motor configured to drive the driver; and a control unit configured to control a supply of power from a power source to the motor and brake the motor, a sensor arranged to detect a position of a moving component associated with the driver; wherein the sensors configured to provide a position signal to the control unit when the moving component reaches a predetermined position, and the control unit is configured to brake the motor upon receiving the position signal from the sensor; characterised in that it further comprises: a crank arm connected to the motor; and a connecting rod pivotably coupled to the driver at one end portion thereof and pivotably connected to the crank arm at an opposite end portion thereof, the connecting rod being configured to pull the driver downward through the drive stroke and upward during a return stroke when the crank arm rotates with the motor; wherein the control unit is configured to brake the motor; upon or within a predetermined time after the driver is in a predetermined position near its uppermost upward position and stopping the motor prior to the completion of the return stroke. a housing; a driver configured to move downward during a drive stroke and upward during a return stroke; an electric motor configured to drive the driver; and a control unit configured to control a supply of power from a power source to the motor and brake the motor, a sensor arranged to detect a position of a moving component associated with the driver; wherein the sensors configured to provide a position signal to the control unit when the moving component reaches a predetermined position, and the control unit is configured to brake the motor upon receiving the position signal from the sensor; characterised in that it further comprises: a crank arm connected to the motor; and a connecting rod pivotably coupled to the driver at one end portion thereof and pivotably connected to the crank arm at an opposite end portion thereof, the connecting rod being configured to pull the driver downward through the drive stroke and upward during a return stroke when the crank arm rotates with the motor; wherein the control unit is configured to brake the motor; upon or within a predetermined time after the driver is in a predetermined position near its uppermost upward position and stopping the motor prior to the completion of the return stroke. a crank arm connected to the motor; and a connecting rod pivotably coupled to the driver at one end portion thereof and pivotably connected to the crank arm at an opposite end portion thereof, the connecting rod being configured to pull the driver downward through the drive stroke and upward during a return stroke when the crank arm rotates with the motor; wherein the control unit is configured to brake the motor; upon or within a predetermined time after the driver is in a predetermined position near its uppermost upward position and stopping the motor prior to the completion of the return stroke.
A support element comprising a netting comprising a composition comprising a polyphenylene sulfide resin, at least one polyhedral oligomeric silsesquioxane (POSS) additive in an amount in the range from 0.05% to 5% POSS by weight, and an antioxidant in an amount of 1% by weight or less.
Forming apparatus to make by means of hot plastic deformation a bell joint on an end of a pipe made of plastic material, comprising: - moulding means for externally enclosing said end; - a mandrel that is movable along a longitudinal direction parallel to an axis of said pipe and that is insertable inside said end to form in co-operation with said moulding means said bell joint; - at least one compressing flange movable along said longitudinal direction to abut with and compress a terminal front portion of said bell joint so as to upset the plastic material against said moulding means and said mandrel; - driving means for moving said compressing flange along said longitudinal direction; characterised in that it comprises force limiting means (9; 19) which is interposed between said driving means and said compressing flange to limit a compression force that is exerted by said driving means on said compressing flange during a compression of said terminal front portion. - moulding means for externally enclosing said end; - a mandrel that is movable along a longitudinal direction parallel to an axis of said pipe and that is insertable inside said end to form in co-operation with said moulding means said bell joint; - at least one compressing flange movable along said longitudinal direction to abut with and compress a terminal front portion of said bell joint so as to upset the plastic material against said moulding means and said mandrel; - driving means for moving said compressing flange along said longitudinal direction;
A support structure of an escalator or a moving walkway, wherein at least two attachment devices for personal protective equipment are arranged in a central region of the support structure and are welded, soldered or riveted to the support structure, which attachment devices are spaced apart from one another at most by a safety distance.
A method for facilitating dynamic content distribution in an enterprise environment, comprising: receiving, by a computing device from a controller of the enterprise environment, an instruction for downloading a piece of content from one or more peers of a peer-to-peer protocol, wherein the instruction comprises a file descriptor that indicates a set of blocks the piece of content is divided into; receiving an offer for a first block of the set of blocks from a first peer of the one or more peers; determining whether the computing device is in a full peer relationship with a second peer of the one or more peers, wherein the full peer relationship indicates that the second peer and the computing device are clients and servers of each other; and in response to determining that the computing device is in a full peer relationship, electing, between the second peer and the computing device, a sender for a first request that responds to the first offer. receiving, by a computing device from a controller of the enterprise environment, an instruction for downloading a piece of content from one or more peers of a peer-to-peer protocol, wherein the instruction comprises a file descriptor that indicates a set of blocks the piece of content is divided into; receiving an offer for a first block of the set of blocks from a first peer of the one or more peers; determining whether the computing device is in a full peer relationship with a second peer of the one or more peers, wherein the full peer relationship indicates that the second peer and the computing device are clients and servers of each other; and in response to determining that the computing device is in a full peer relationship, electing, between the second peer and the computing device, a sender for a first request that responds to the first offer.
A method for operating an apparatus for providing an image on a display, the method comprising: (a) receiving a plurality of broadcast signals for a plurality of corresponding channels at an input of the apparatus, wherein each received broadcast signal includes broadcast information, and wherein the plurality of received broadcast signals comprises at least a broadcast signal of a scrambled channel; (b) providing: (i) a first thumbnail image based on the video signal included in the broadcast signal when the received broadcast signal is a broadcast signal of a video channel that is not a scrambled channel, or (ii) a second thumbnail image based on broadcast information included in the received broadcast signal when the received broadcast signal is the broadcast signal of the scrambled channel; (c) providing a thumbnail list having a plurality of thumbnail images for the plurality of corresponding channels based on steps (a) and (b), wherein the plurality of thumbnail images comprises at least one second thumbnail image; (d) updating at least one thumbnail in the thumbnail list, (e) when the second thumbnail image is focused on in response to an input command from a user, descrambling the scrambled channel to change the focused second thumbnail image to an image based on the descrambled scrambled channel, wherein an update period of the first thumbnail image corresponding to the video channel is set to be shorter than an update period of the second thumbnail image corresponding to the scrambled channel. (a) receiving a plurality of broadcast signals for a plurality of corresponding channels at an input of the apparatus, wherein each received broadcast signal includes broadcast information, and wherein the plurality of received broadcast signals comprises at least a broadcast signal of a scrambled channel; (b) providing: (i) a first thumbnail image based on the video signal included in the broadcast signal when the received broadcast signal is a broadcast signal of a video channel that is not a scrambled channel, or (ii) a second thumbnail image based on broadcast information included in the received broadcast signal when the received broadcast signal is the broadcast signal of the scrambled channel; (i) a first thumbnail image based on the video signal included in the broadcast signal when the received broadcast signal is a broadcast signal of a video channel that is not a scrambled channel, or (ii) a second thumbnail image based on broadcast information included in the received broadcast signal when the received broadcast signal is the broadcast signal of the scrambled channel; (c) providing a thumbnail list having a plurality of thumbnail images for the plurality of corresponding channels based on steps (a) and (b), wherein the plurality of thumbnail images comprises at least one second thumbnail image; (d) updating at least one thumbnail in the thumbnail list, (e) when the second thumbnail image is focused on in response to an input command from a user, descrambling the scrambled channel to change the focused second thumbnail image to an image based on the descrambled scrambled channel,
A time synchronization apparatus, comprising a processing module, at least one inputting module, and at least one outputting module, wherein: the inputting module is configured to extract line clock frequency information from an input line code stream, extract a time synchronization packet from a packet stream corresponding to the input line code stream, and send the line clock frequency information and the time synchronization packet to the processing module wherein the line clock frequency information includes a clock frequency; the processing module is configured to calibrate local time according to the line clock frequency information and the time synchronization packet, and send a time synchronization response packet according to the calibrated local time and line clock frequency recovery information according to the calibrated local time wherein the line clock frequency recovery information includes the calibrated clock frequency; and the outputting module is configured to insert the time synchronization response packet sent by the processing module into a packet stream corresponding to an output line code stream, and recover line clock frequency information of the output line code stream according to the line clock frequency recovery information sent by the processing module. the inputting module is configured to extract line clock frequency information from an input line code stream, extract a time synchronization packet from a packet stream corresponding to the input line code stream, and send the line clock frequency information and the time synchronization packet to the processing module wherein the line clock frequency information includes a clock frequency; the processing module is configured to calibrate local time according to the line clock frequency information and the time synchronization packet, and send a time synchronization response packet according to the calibrated local time and line clock frequency recovery information according to the calibrated local time wherein the line clock frequency recovery information includes the calibrated clock frequency; and the outputting module is configured to insert the time synchronization response packet sent by the processing module into a packet stream corresponding to an output line code stream, and recover line clock frequency information of the output line code stream according to the line clock frequency recovery information sent by the processing module.
A catalyst composition for the oligomerization of ethylene comprising: a catalyst comprising zirconium; and a co-catalyst; wherein the co-catalyst comprises ethylaluminum sesquichloride (EASC) and diethyl aluminum chloride (DEAC) in a EASC to DEAC mass ratio 1:1 to 10:1; and wherein Al:Zr molar ratio in the catalyst composition is 1:1 to 50:1. a catalyst comprising zirconium; and a co-catalyst; wherein the co-catalyst comprises ethylaluminum sesquichloride (EASC) and diethyl aluminum chloride (DEAC) in a EASC to DEAC mass ratio 1:1 to 10:1; and wherein Al:Zr molar ratio in the catalyst composition is 1:1 to 50:1.
A method for managing supplementary functions (31, 32, 33, 34, 35) of a tool (4, 5, 6), comprising the following method steps: - selecting at least one deactivated supplementary function (31, 32, 33, 34, 35) of the tool (4, 5, 6) and determining at least one function identifier that is assigned to the at least one deactivated supplementary function (31, 32, 33, 34, 35), - determining a tool identifier (14, 15, 16) that individually and uniquely defines the tool (4, 5, 6), - transmitting the tool identifier (14, 15, 16) and the at least one function identifier to a function management device, - transmitting an activation dataset (44, 45, 46) from the function management device to the tool (4, 5, 6), - activating the at least one deactivated supplementary function (31, 32, 33, 34, 35) on the tool (4, 5, 6) by means of the activation dataset (44, 45, 46), wherein the activation dataset (44, 45, 46) is individualized with regard to the tool (4, 5, 6), such that the at least one supplementary function (31, 32, 33, 34, 35) can be activated by means of the activation dataset (44, 45, 46) exclusively on the tool (4, 5, 6) that is uniquely assigned to the tool identifier (14, 15, 16). - selecting at least one deactivated supplementary function (31, 32, 33, 34, 35) of the tool (4, 5, 6) and determining at least one function identifier that is assigned to the at least one deactivated supplementary function (31, 32, 33, 34, 35), - determining a tool identifier (14, 15, 16) that individually and uniquely defines the tool (4, 5, 6), - transmitting the tool identifier (14, 15, 16) and the at least one function identifier to a function management device, - transmitting an activation dataset (44, 45, 46) from the function management device to the tool (4, 5, 6), - activating the at least one deactivated supplementary function (31, 32, 33, 34, 35) on the tool (4, 5, 6) by means of the activation dataset (44, 45, 46),
A filter element having an upstream side and a downstream side, the filter element comprising: a filter media assembly comprising a first layer of filter media and a second layer of filter media adjacent to the first media layer, wherein a substantial portion of the first media layer and second media layer are uncoupled, and wherein at least one of the first media layer and second media layer comprises a binder fiber, and wherein the second media layer has a mean flow pore size equal to or smaller than the first media layer, wherein the filter media assembly comprises an upstream side and a downstream side; a support layer system adjacent to the downstream side of the filter media assembly; and a first wire mesh layer adjacent to the support layer system; wherein at least the first media layer, second media layer, support layer system, and first wire mesh layer cooperatively define pleats at a pleat packing density of greater than 125%, whereby the layers compress into each other. a filter media assembly comprising a first layer of filter media and a second layer of filter media adjacent to the first media layer, wherein a substantial portion of the first media layer and second media layer are uncoupled, and wherein at least one of the first media layer and second media layer comprises a binder fiber, and wherein the second media layer has a mean flow pore size equal to or smaller than the first media layer, wherein the filter media assembly comprises an upstream side and a downstream side; a support layer system adjacent to the downstream side of the filter media assembly; and a first wire mesh layer adjacent to the support layer system; wherein at least the first media layer, second media layer, support layer system, and first wire mesh layer cooperatively define pleats at a pleat packing density of greater than 125%, whereby the layers compress into each other.