mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a first wireless terminal in a system including a first wireless communications link from a second wireless terminal to a third wireless terminal, said first communications link having a higher priority than a second communications link from the first wireless terminal to a fourth wireless terminal, the method comprising: transmitting a transmission request to the fourth wireless terminal; receiving a first transmission request response from the third wireless terminal transmitted in response to a transmission request from the second wireless terminal; receiving a second transmission request response from the fourth wireless terminal transmitted in response to the transmission request transmitted by the first wireless terminal; estimating the quality of the first communications link from the received first transmission request response signal; dynamically generating a yielding threshold based on at least one of: i) historic link quality information corresponding to the first link; or ii) quality of service information corresponding to the second communications link; and making a decision whether or not to transmit traffic data in a transmission segment corresponding to the received second transmission request response based on the estimated quality of the first communications link and the dynamically generated threshold. transmitting a transmission request to the fourth wireless terminal; receiving a first transmission request response from the third wireless terminal transmitted in response to a transmission request from the second wireless terminal; receiving a second transmission request response from the fourth wireless terminal transmitted in response to the transmission request transmitted by the first wireless terminal; estimating the quality of the first communications link from the received first transmission request response signal; dynamically generating a yielding threshold based on at least one of: i) historic link quality information corresponding to the first link; or ii) quality of service information corresponding to the second communications link; and making a decision whether or not to transmit traffic data in a transmission segment corresponding to the received second transmission request response based on the estimated quality of the first communications link and the dynamically generated threshold.
A stator comprising: a plurality of multi-phase stator coils each having a salient pole concentrated winding; a stator iron core formed with a plurality of teeth around which the plurality of multi-phase stator coils are wound; a plurality of substantially circular connection rings, each having a different diameter and configured to connect plural of the plurality of multi-phase stator coils; and a connection plate comprising a plurality of through holes with a coil terminal of one of the multi-phase stator coils being inserted through one of the through holes and into a corresponding connection hole of a connection ring, characterized in that in each of the multi-phase stator coils, a winding end position is made different by changing the number of stages and/or the number of rows of windings for each phase so that the winding end position of each of the multi-phase stator coils is disposed closest in the radial direction to the corresponding connection ring to which the multi-phase stator coil is connected among the plurality of connection rings, and wherein the multi-phase stator coils have the same number of turns of windings. a plurality of multi-phase stator coils each having a salient pole concentrated winding; a stator iron core formed with a plurality of teeth around which the plurality of multi-phase stator coils are wound; a plurality of substantially circular connection rings, each having a different diameter and configured to connect plural of the plurality of multi-phase stator coils; and a connection plate comprising a plurality of through holes with a coil terminal of one of the multi-phase stator coils being inserted through one of the through holes and into a corresponding connection hole of a connection ring, characterized in that in each of the multi-phase stator coils, a winding end position is made different by changing the number of stages and/or the number of rows of windings for each phase so that the winding end position of each of the multi-phase stator coils is disposed closest in the radial direction to the corresponding connection ring to which the multi-phase stator coil is connected among the plurality of connection rings, and wherein the multi-phase stator coils have the same number of turns of windings.
Use of rectangular insulating panels for thermal insulation, wherein the insulating panels are fastened, in particular doweled, to a structure, wherein the insulating panels are each provided with at least one fastening element for fastening to the structure, wherein the insulating panels have a central axis and the fastening element or fastening elements is or are arranged asymmetrically to this axis in a flat-side plan view of the insulating panels, wherein the insulating panels are arranged on vertical walls of the structure with horizontally extending central axis, characterised in that the insulating panels are rotated in their panel plane by 180°, as required, so that the asymmetrical arrangement of the respective at least one fastening elements leads to different vertical positions of the respective at least one fastening elements and accordingly to different points or areas at which the respective at least one fastening elements are connected to the structure.
A wireless communications device, comprising: a user interface configured to receive user input data; a memory configured to store an application module; a controller configured to execute the application module to: receive the user input data from the user interface; request, from a communications network, information indicative of a bearer service selected from a plurality of bearer services to carry the user input data to a Social Networking Service, SNS, server in the communications network; receive a command signal from the network identifying the selected bearer service; responsive to receiving the command signal, switch to the selected bearer service; and convert the user input data into one or more messages according to a protocol associated with the selected bearer service; and a transceiver configured to transmit the one or more messages to the SNS server over the selected bearer service. a user interface configured to receive user input data; a memory configured to store an application module; a controller configured to execute the application module to: receive the user input data from the user interface; request, from a communications network, information indicative of a bearer service selected from a plurality of bearer services to carry the user input data to a Social Networking Service, SNS, server in the communications network; receive a command signal from the network identifying the selected bearer service; responsive to receiving the command signal, switch to the selected bearer service; and convert the user input data into one or more messages according to a protocol associated with the selected bearer service; and receive the user input data from the user interface; request, from a communications network, information indicative of a bearer service selected from a plurality of bearer services to carry the user input data to a Social Networking Service, SNS, server in the communications network; receive a command signal from the network identifying the selected bearer service; responsive to receiving the command signal, switch to the selected bearer service; and convert the user input data into one or more messages according to a protocol associated with the selected bearer service; and a transceiver configured to transmit the one or more messages to the SNS server over the selected bearer service.
Flap for a motor vehicle front side air inlet shutter device, said flap corresponding to a hollow profile obtained by extrusion and having a convex front area intended to be placed in opposition to an airflow when the flap is in a closed end position and a rear area, opposite the front area, intended to be connected to at least one reinforcement borne by the shutter device, characterized in that the rear area has an engagement specific shape that is continuous over the entire length of the flap and the longitudinal axis of which is merged with the pivoting axis of the flap, said engagement specific shape being intended to cooperate with at least one complementary shape borne by the at least one reinforcement, said cooperation being of male-female type such as to allow snap-fitting of the engagement specific shape and of the complementary shape in order to fix the flap on the reinforcement and allow it to be pivotably guided.
Workstation for a user's keyboard work, the workstation comprising a movable working surface which constitutes a movable part of a stationary other working surface of the workstation, the movable working surface being movable in relation to the stationary other working surface, a motor arranged to drive the movable working surface of the workstation continuously in reciprocating movements, wherein said movements are software-controlled and are controlled via an electronic control unit, said movements being controlled in dependence of a vertical level of the workstation with the working surfaces (12, 14) thereof such that: - when the workstation with the working surfaces thereof is situated on a first lower vertical level the motor drives the movable working surface downward and forward from an upper position to a lower position (LTP sit) and from said lower position (LTP sit) back to said upper position according to a determined length of stroke (42, 43) of a first movement pattern, and - when the workstation with the working surfaces thereof is situated on a second upper vertical level the motor drives the movable working surface in a second movement pattern deviating from the first movement pattern and having at least one measure of vertical position change and/or one measure of horizontal position change. - when the workstation with the working surfaces thereof is situated on a first lower vertical level the motor drives the movable working surface downward and forward from an upper position to a lower position (LTP sit) and from said lower position (LTP sit) back to said upper position according to a determined length of stroke (42, 43) of a first movement pattern, and - when the workstation with the working surfaces thereof is situated on a second upper vertical level the motor drives the movable working surface in a second movement pattern deviating from the first movement pattern and having at least one measure of vertical position change and/or one measure of horizontal position change.
A method of video bitstream processing, comprising: parsing a portion of a video bitstream at a video unit level for a first field indicative that a slice height is specified for a subpicture partitioning or that the slice height is specified for a tile partitioning at the video unit level; parsing, due to determining that the first field indicates that the slice height is specified for the subpicture partitioning, a preset number of second fields in the portion of the video bitstream to obtain heights for rectangular slices in the video unit, wherein the heights are indicated in multiple of coding tree unit, CTU, heights, and wherein each rectangular slice comprises one or more CTU rows that belong to a same subpicture, wherein the preset number is a positive integer; and decoding, based on the first field and/or the preset number of second fields, the video bitstream to generate a video. parsing a portion of a video bitstream at a video unit level for a first field indicative that a slice height is specified for a subpicture partitioning or that the slice height is specified for a tile partitioning at the video unit level; parsing, due to determining that the first field indicates that the slice height is specified for the subpicture partitioning, a preset number of second fields in the portion of the video bitstream to obtain heights for rectangular slices in the video unit, wherein the heights are indicated in multiple of coding tree unit, CTU, heights, and wherein each rectangular slice comprises one or more CTU rows that belong to a same subpicture, wherein the preset number is a positive integer; and decoding, based on the first field and/or the preset number of second fields, the video bitstream to generate a video.
Mixing valve, in particular for a heat-transport-medium circuit and/or a motor vehicle, the mixing valve comprising a housing with a first inlet; with a second inlet; with a first outlet; and with a second outlet; and comprising a valve element, which valve element is arranged adjustably at least partially in the housing and has a first fluid passage which, in a first position of the valve element, connects the first inlet to the first outlet; in a second position of the valve element, connects the first inlet to the second outlet; and, in a third position of the valve element, connects the first inlet to the first outlet and to the second outlet; and which valve element has a second fluid passage which, in the first position of the valve element, connects the second inlet to the second outlet; in the second position of the valve element, connects the second inlet to the first outlet; and, in the third position of the valve element, connects the second inlet to the first outlet and to the second outlet, characterized in that the first fluid passage has a branch with a first limb which, in the first, second and third positions, in particular in the first, second, third positions and a fourth position, of the valve element, is connected to the first inlet, with a second limb which, in the first and third positions, in particular in the first, third and fourth positions, of the valve element, is connected to the first outlet, and with a third limb which, in the second and third positions, in particular in the second, third and fourth positions, of the valve element, is connected to the second outlet. a motor vehicle, the mixing valve comprising a housing with a first inlet; with a second inlet; with a first outlet; and with a second outlet; and comprising a valve element, which valve element is arranged adjustably at least partially in the housing and has a first fluid passage which, in a first position of the valve element, connects the first inlet to the first outlet; in a second position of the valve element, connects the first inlet to the second outlet; and, in a third position of the valve element, connects the first inlet to the first outlet and to the second outlet; and which valve element has a second fluid passage which, in the first position of the valve element, connects the second inlet to the second outlet; in the second position of the valve element, connects the second inlet to the first outlet; and, in the third position of the valve element, connects the second inlet to the first outlet and to the second outlet, characterized in that the first fluid passage has a branch with a first limb which, in the first, second and third positions, in particular in the first, second, third positions and a fourth position, of the valve element, is connected to the first inlet, with a second limb which, in the first and third positions, in particular in the first, third and fourth positions, of the valve element, is connected to the first outlet, and with a third limb which, in the second and third positions, in particular in the second, third and fourth positions, of the valve element, is connected to the second outlet.
A voltage equalization apparatus connected in parallel to a power line between adjacent power storage unit racks, the voltage equalization apparatus comprising: a resistor to which a current flowing from a high-voltage unit rack to a low-voltage unit rack is applied; and a circuit breaker for voltage equalization installed on a line through which the current flows, characterized in that the resistor is a high power wire-wounded resistor. a resistor to which a current flowing from a high-voltage unit rack to a low-voltage unit rack is applied; and a circuit breaker for voltage equalization installed on a line through which the current flows, characterized in that the resistor is a high power wire-wounded resistor.
A method for braking one or more trailers in a tractor-trailer combination, comprising: - measuring or estimating a load of the one or more trailers; - measuring a speed of the tractor-trailer combination; - determining an understeer or oversteer gradient for the tractor-trailer combination; - establishing a maximum continuous brake pressure for trailer brakes of wheels of the one or more trailers of the tractor-trailer combination that can be continuously applied over a range of braking parameters without causing the wheels to lock up or the one or more trailers to lose stability, wherein the range of braking parameters includes the load of the one or more trailers, the speed of the tractor-trailer combination, and the understeer or oversteer gradient for the tractor-trailer combination; - establishing an on-off cycling frequency for pulsing of the trailer brakes of the one or more trailers of the tractor-trailer combination at brake pressures above the maximum continuous brake pressure over the range of braking parameters without causing the wheels to lock up or the one or more trailers to lose stability; - applying the trailer brakes of the one or more trailers continuously at brake pressures up to the established maximum continuous brake pressure and by pulsing according to the established on-off cycling frequency at brake pressures above the established maximum continuous brake pressure. - measuring or estimating a load of the one or more trailers; - measuring a speed of the tractor-trailer combination; - determining an understeer or oversteer gradient for the tractor-trailer combination; - establishing a maximum continuous brake pressure for trailer brakes of wheels of the one or more trailers of the tractor-trailer combination that can be continuously applied over a range of braking parameters without causing the wheels to lock up or the one or more trailers to lose stability, wherein the range of braking parameters includes the load of the one or more trailers, the speed of the tractor-trailer combination, and the understeer or oversteer gradient for the tractor-trailer combination; - establishing an on-off cycling frequency for pulsing of the trailer brakes of the one or more trailers of the tractor-trailer combination at brake pressures above the maximum continuous brake pressure over the range of braking parameters without causing the wheels to lock up or the one or more trailers to lose stability; - applying the trailer brakes of the one or more trailers continuously at brake pressures up to the established maximum continuous brake pressure and by pulsing according to the established on-off cycling frequency at brake pressures above the established maximum continuous brake pressure.
A method, performed by an intermediate network node, for managing at least one Transmission Control Protocol "TCP" segment, wherein the intermediate network node handles a TCP flow between a first end-point and a second end-point, wherein the second end-point is configured to use enrichment data included in received TCP segments, wherein the method comprises: receiving, from the first end-point, a TCP segment, identifying the TCP segment as belonging to the TCP flow, and the method is characterized in injecting enrichment data into the TCP flow by performing a first set of actions and/or a second set of actions, wherein the enrichment data comprises at least one of: subscriber identity information, Mobile Station International Subscriber Directory Number "MSISDN", International Mobile Subscriber Identity "IMSI", User Location Info "ULI", and a free text, wherein the first set of actions comprises: generating a first set of TCP segments comprising the enrichment data, setting a respective urgent "URG" flag of each TCP segment of the first set, and adjusting a respective sequence number of said each TCP segment of the first set and a respective acknowledgment number of said each TCP segment of the first set based on a sequence number of the TCP segment and an acknowledgment number of the TCP segment, and wherein the second set of actions comprises: inserting the enrichment data into the TCP segment, setting an urgent "URG" flag of the TCP segment, and determining an URG pointer of the TCP segment based on the enrichment data. receiving, from the first end-point, a TCP segment, identifying the TCP segment as belonging to the TCP flow, and the method is characterized in injecting enrichment data into the TCP flow by performing a first set of actions and/or a second set of actions, wherein the enrichment data comprises at least one of: subscriber identity information, Mobile Station International Subscriber Directory Number "MSISDN", International Mobile Subscriber Identity "IMSI", User Location Info "ULI", and a free text, generating a first set of TCP segments comprising the enrichment data, setting a respective urgent "URG" flag of each TCP segment of the first set, and adjusting a respective sequence number of said each TCP segment of the first set and a respective acknowledgment number of said each TCP segment of the first set based on a sequence number of the TCP segment and an acknowledgment number of the TCP segment, and inserting the enrichment data into the TCP segment, setting an urgent "URG" flag of the TCP segment, and determining an URG pointer of the TCP segment based on the enrichment data.
A suction system for liquid spills in a work environment, the system comprising: a number of catch basins distributed over said environment and adapted to collect said spills; sewer means communicating with said basins, provided with at least one pneumatic inlet and of at least one liquid spill outlet out of said work environment; vacuum generator means adapted to produce a vacuum in said sewer means to suck said liquid spills from said basins; wherein said pneumatic inlet is arranged in an environment external to said work environment; and wherein each of said basins comprises: valve means for blocking the suction by said sewer means; and control means of said valve means as a function of the level of liquid spills in the basin, said control means and said valve means being configured so that the blocking position of said valve means is set when the level of liquids in the basin is such to prevent the suction of air by said sewer means.
A valve insert for a Y-type valve, with the valve insert including: - a canal that connects two connections (6, 8), - a valve seat, and - a chamber for arranging a block insert, whereby the chamber runs slanted along a delivery axis into the canal, and whereby a diameter (D_12) of the chamber perpendicular to the delivery axis gradually, constantly increases in a direction facing away from the valve seat, distinguished by the fact that - the valve seat does not reach into an intended extension of the canal leading through the chamber. - a canal that connects two connections (6, 8), - a valve seat, and - a chamber for arranging a block insert, whereby the chamber runs slanted along a delivery axis into the canal, and whereby a diameter (D_12) of the chamber perpendicular to the delivery axis gradually, constantly increases in a direction facing away from the valve seat, distinguished by the fact that - the valve seat does not reach into an intended extension of the canal leading through the chamber.
Suction mechanism, in particular for a vacuum cleaner, having a suction opening, a brush roller arranged in front of the suction opening and a sealing lip arranged between the suction opening and the brush roller, characterised in that the sealing lip comprises incisions which divide the sealing lip into lip segments, the lip segments being individually deformable and deflectable.