mhurhangee/patent-ind-claim-en huggingface dataset:
A thermally conductive thermoplastic composition, comprising: a) from 30 wt% to 80 wt% of a polycarbonate component; b) from 0.5 wt% to 10 wt% of a chemically reactive impact modifier comprising a maleic anhydride grafted ethylene copolymer; c) from greater than 0 to 20 wt% of a chemically non-reactive impact modifier comprising a polycarbonate-siloxane copolymer, a branched polycarbonate, an acrylic copolymer, a methacrylate-butadiene-styrene, or any combination thereof; and d) from 10 wt% to 50 wt% of a thermally conductive inorganic filler, wherein the thermally conductive thermoplastic composition exhibits a through-plane thermal conductivity equal or greater than 0.4 W/mK, an in-plane thermal conductivity equal or greater than 1.0 W/mK measured as indicated in the description and wherein the thermally conductive thermoplastic composition exhibits a notched IZOD impact strength measured according to ASTM D256 higher than that of an identical reference thermally conductive thermoplastic composition in the absence of the chemically reactive impact modifier. a) from 30 wt% to 80 wt% of a polycarbonate component; b) from 0.5 wt% to 10 wt% of a chemically reactive impact modifier comprising a maleic anhydride grafted ethylene copolymer; c) from greater than 0 to 20 wt% of a chemically non-reactive impact modifier comprising a polycarbonate-siloxane copolymer, a branched polycarbonate, an acrylic copolymer, a methacrylate-butadiene-styrene, or any combination thereof; and d) from 10 wt% to 50 wt% of a thermally conductive inorganic filler,
A method for transmitting a trigger frame in a wireless local area network, comprising: generating (S200), by an access point , a trigger frame carrying a target media access control MAC function, wherein the trigger frame comprises indication information, the indication information is used to instruct a first station (STA1) to send a MAC frame corresponding to the target MAC function, and the indication information is used to instruct a second station (STA2) not to perform the target MAC function; and sending (S201), by the access point, the trigger frame, wherein the trigger frame comprises first information of the first station and second information of the second station; the first information comprises first trigger information corresponding to the first station and MAC function information corresponding to the first station, and the first station sends, based on the MAC function information, a MAC frame corresponding to the target MAC function; and the second information comprises second trigger information corresponding to the second station, characterized in that the indication information comprises an indication value that is used to represent a quantity of target stations of the first station; in a per station area of the trigger frame, consecutive target fields that start with a preset location and that are corresponding to the quantity of the targets comprise the first information of the first station; and in the per station area of the trigger frame, a field other than the target fields comprises the second information of the second station. generating (S200), by an access point , a trigger frame carrying a target media access control MAC function, wherein the trigger frame comprises indication information, the indication information is used to instruct a first station (STA1) to send a MAC frame corresponding to the target MAC function, and the indication information is used to instruct a second station (STA2) not to perform the target MAC function; and sending (S201), by the access point, the trigger frame, wherein the trigger frame comprises first information of the first station and second information of the second station; the first information comprises first trigger information corresponding to the first station and MAC function information corresponding to the first station, and the first station sends, based on the MAC function information, a MAC frame corresponding to the target MAC function; and the second information comprises second trigger information corresponding to the second station, characterized in that the indication information comprises an indication value that is used to represent a quantity of target stations of the first station; in a per station area of the trigger frame, consecutive target fields that start with a preset location and that are corresponding to the quantity of the targets comprise the first information of the first station; and in the per station area of the trigger frame, a field other than the target fields comprises the second information of the second station.
Converter device , which has a housing which can be installed into a motor vehicle , in which at least one converter path is provided between at least one electric input and at least one electric converter output of the housing , wherein the converter device is configured, via the at least one converter path to adjust an impedance at least of an external antenna positioned outside the housing and connected to the at least one input , in particular a radio antenna , to an impedance at least of an additional electric device connectable to the at least one converter output so that a prespecified impedance is provided at the at least one electric converter output , wherein at least one antenna device independent of the converter path is integrated into the housing of the converter device which provides at least a portion of components for a Bluetooth and/or WLAN connection to at least one Bluetooth and/or WLAN-enabled device, and at least one antenna device connector connected electrically to the antenna device is provided on the housing of the converter device as an electric output and/or electric input of the antenna device , characterised in that the at least one converter output and the at least one antenna device connector are formed in a common plug-in connector element, wherein the plug-in connector element has an electrically conductive pin for connecting an electric cable and wherein by means of said one electric pin both the converter path and also the antenna device are connected electrically.
A package insert comprising: first and second members ; and a band , the first and second members being coupled to the band , such that movement of the first member in a first direction drives the band to cause movement of the second member in a second direction; characterised in that the first member comprises a primary region and an attachment region that is frangibly coupled to the primary region, so that the attachment region is detachable from the primary region to decouple the primary region from the band . first and second members ; and a band , the first and second members being coupled to the band , such that movement of the first member in a first direction drives the band to cause movement of the second member in a second direction; characterised in that the first member comprises a primary region and an attachment region that is frangibly coupled to the primary region, so that the attachment region is detachable from the primary region to decouple the primary region from the band .
A wear member for attachment to excavating equipment comprising a front end , a rear end , a top side, a bottom side, and a socket that opens in the rear end configured to receive a base fixed to the excavating equipment, the socket having a front end portion , a rear end portion and a longitudinal axis, the front end portion including an upward-facing first surface extending substantially across the width of the front end portion along the bottom side configured to bear against the base and resist vertical loads, characterized by a pair of downward-facing second surfaces transversely inclined to reduce the spacing of outer corners in the socket along the top side and configured to bear against the base and resist vertical and side loads, wherein the first and second surfaces each axially extend substantially parallel to the longitudinal axis. to receive a base fixed to the excavating equipment, the socket having a front end portion , a rear end portion and a longitudinal axis, the front end portion including an upward-facing first surface extending substantially across the width of the front end portion along the bottom side configured to bear against the base and resist vertical loads, characterized by a pair of downward-facing second surfaces transversely inclined to reduce the spacing of outer corners in the socket along the top side and configured to bear against the base and resist vertical and side loads,
Pyrogasification unit comprising: - a reactor of refractory material of frustoconical shape that is completely open at its upper surface, defined by a lateral surface in which the frustoconical shape of the reactor has an aperture angle α of between 20° and 40°, provided with a first upper opening resulting in the only entry for gasifying agent and a second lower opening (2") for the exit of syngas; - an expansion chamber placed in communication with the lower part of the reactor; - suction means to generate a flow of gasifying agent and syngas within the reactor from top to bottom; - a conduit for the exit of syngas downstream of the expansion chamber ; - a collection system for solid process wastes; the said lateral surface being devoid of any entry points for the gasifying agent so that pyrolysis, oxidation and cracking reactions coexist at every point in the internal volume of the truncated cone with relative equilibrium between them controlled by the combination of the frustoconical shape and the extramolarity conditions of the said reactions, giving rise to a number of moles of syngas that is greater than the number of moles of gasifying agent. - a reactor of refractory material of frustoconical shape that is completely open at its upper surface, defined by a lateral surface in which the frustoconical shape of the reactor has an aperture angle α of between 20° and 40°, provided with a first upper opening resulting in the only entry for gasifying agent and a second lower opening (2") for the exit of syngas; - an expansion chamber placed in communication with the lower part of the reactor; - suction means to generate a flow of gasifying agent and syngas within the reactor from top to bottom; - a conduit for the exit of syngas downstream of the expansion chamber ; - a collection system for solid process wastes;
A manifold (14/16) for fluid treatment of a fabric, cellulosic or other fibrous material , said manifold (14/ 16) comprising: a closed distribution channel having an entry port at one end to deliver fluid into the distribution channel ; and, a plate with at least one conical outlet opening ; characterized by said conical outlet opening having a narrow inlet facing inside of the distribution channel and a wide outlet flush with the outer surface of the plate , over which the fabric, cellulosic or other fibrous material passes. a closed distribution channel having an entry port at one end to deliver fluid into the distribution channel ; and, a plate with at least one conical outlet opening ; characterized by said conical outlet opening having a narrow inlet facing inside of the distribution channel and a wide outlet flush with the outer surface of the plate , over which the fabric, cellulosic or other fibrous material passes.
A system comprising: memory configured to maintain an active peer list for a peer-to-peer network describing active peer devices and to track a data file composed of a set of sub-pieces for the peer-to-peer network; a processing core having at least one processor configured to: receive, from a peer device of the peer-to-peer network, a user input describing a constraint of the peer device impacting an ability of the peer device to store a sub-piece of the data file, and based at least on the constraint received from the peer device, assign a seed sub-piece of the data file to the peer device when executing a seed client to provide the seed sub-piece to a leeching client on the peer-to-peer network; and a communication interface configured to direct the peer device to retain a persistent sub-piece on the peer device as the seed sub-piece for the peer device until a release event. memory configured to maintain an active peer list for a peer-to-peer network describing active peer devices and to track a data file composed of a set of sub-pieces for the peer-to-peer network; a processing core having at least one processor configured to: receive, from a peer device of the peer-to-peer network, a user input describing a constraint of the peer device impacting an ability of the peer device to store a sub-piece of the data file, and based at least on the constraint received from the peer device, assign a seed sub-piece of the data file to the peer device when executing a seed client to provide the seed sub-piece to a leeching client on the peer-to-peer network; and receive, from a peer device of the peer-to-peer network, a user input describing a constraint of the peer device impacting an ability of the peer device to store a sub-piece of the data file, and based at least on the constraint received from the peer device, assign a seed sub-piece of the data file to the peer device when executing a seed client to provide the seed sub-piece to a leeching client on the peer-to-peer network; and a communication interface configured to direct the peer device to retain a persistent sub-piece on the peer device as the seed sub-piece for the peer device until a release event.
Brake pad holder of a vehicle disc brake having brake pads on the inside and outside of the vehicle arranged on both sides of a brake disc in a pad channel of a brake calliper , and also having a hold-down device extending transversely over the brake pads which is supported indirectly towards the disc brake axis (A) or indirectly against the brake pads , and has an end region on each of its two ends, with which the hold-down device is supported in respect of the brake calliper , wherein the hold-down device is provided with a completely, or almost completely, closed fixing opening in one of the end regions, the centre axis (MB) of said fixing opening extending in the brake pad circumferential direction, characterized in that the fixing opening is located on the outside of the vehicle, the upper side of the hold-down device is formed along the hold-down device longitudinal centre line (M) as an elongated base and the central axis (MB) of the fixing opening is located beneath said base .
An electric support rod, comprising: a driving assembly , comprising a first outer tube and a driving unit accommodated in the first outer tube , the first outer tube comprising a first engaging end and an internal thread arranged on an inner surface of the first engaging end ; an actuating assembly , comprising a second outer tube and a transmission screw rod inserted in the second outer tube , the second outer tube comprising a second engaging end characterized in that the second outer tube further comprises a plurality of elastic arms , the elastic arms axially extended from the second engaging end and disposed spacedly around the transmission screw rod , each elastic arm comprising an internal surface facing the transmission screw rod and an external surface opposite to the transmission screw rod , an outer thread structure arranged on the external surface , a hook portion disposed protrusively on the internal surface , the second engaging end inserted in the first engaging end , the internal thread screwed with the outer thread structure , and one end of the transmission screw rod protruding from the second outer tube to be engaged the driving unit ; and a bearing , adapted to sheathe the transmission screw rod , and the hook portions latched an outer edge of the bearing . a driving assembly , comprising a first outer tube and a driving unit accommodated in the first outer tube , the first outer tube comprising a first engaging end and an internal thread arranged on an inner surface of the first engaging end ; an actuating assembly , comprising a second outer tube and a transmission screw rod inserted in the second outer tube , the second outer tube comprising a second engaging end characterized in that the second outer tube further comprises a plurality of elastic arms , the elastic arms axially extended from the second engaging end and disposed spacedly around the transmission screw rod , each elastic arm comprising an internal surface facing the transmission screw rod and an external surface opposite to the transmission screw rod , an outer thread structure arranged on the external surface , a hook portion disposed protrusively on the internal surface , the second engaging end inserted in the first engaging end , the internal thread screwed with the outer thread structure , and one end of the transmission screw rod protruding from the second outer tube to be engaged the driving unit ; and a bearing , adapted to sheathe the transmission screw rod , and the hook portions latched an outer edge of the bearing .
A system comprising: a processor ; and a non-transitory storage medium storing instructions executable on the processor to: receive information sensed by an optical sensor responsive to light from a plurality of markers arranged to indicate respective different locations of a boundary of a physical user collaborative area to receive user-input marks during a video conference session; determine, based on the received information, the boundary of the physical user collaborative area ; and control, based on the determined boundary, a video zoom into the physical user collaborative area during the video conference session; characterized in that : the plurality of markers are distinct from the physical user collaborative area ; and the plurality of markers comprise a plurality of light emitters, and the received information corresponds to light emitted from the plurality of light emitters as sensed by the optical sensor . a processor ; and a non-transitory storage medium storing instructions executable on the processor to: receive information sensed by an optical sensor responsive to light from a plurality of markers arranged to indicate respective different locations of a boundary of a physical user collaborative area to receive user-input marks during a video conference session; determine, based on the received information, the boundary of the physical user collaborative area ; and control, based on the determined boundary, a video zoom into the physical user collaborative area during the video conference session; characterized in that : the plurality of markers are distinct from the physical user collaborative area ; and the plurality of markers comprise a plurality of light emitters, and the received information corresponds to light emitted from the plurality of light emitters as sensed by the optical sensor . receive information sensed by an optical sensor responsive to light from a plurality of markers arranged to indicate respective different locations of a boundary of a physical user collaborative area to receive user-input marks during a video conference session; determine, based on the received information, the boundary of the physical user collaborative area ; and control, based on the determined boundary, a video zoom into the physical user collaborative area during the video conference session; characterized in that : the plurality of markers are distinct from the physical user collaborative area ; and the plurality of markers comprise a plurality of light emitters, and the received information corresponds to light emitted from the plurality of light emitters as sensed by the optical sensor . the plurality of markers are distinct from the physical user collaborative area ; and the plurality of markers comprise a plurality of light emitters, and the received information corresponds to light emitted from the plurality of light emitters as sensed by the optical sensor .
A cleaning robot comprising: a chassis ; a drive system connected to the chassis and configured to drive the robot across a floor surface; a signal generator carried by the chassis and arranged to direct a signal toward the floor surface; a sensor carried by the chassis and responsive to a reflection of the directed signal from the floor surface; and a controller in communication with the drive system and the sensor , the cleaning robot being characterised in that the controller is configured to control the drive system to alter direction of the robot in response to the sensor receiving a reflected signal indicating a floor surface type transition upon detecting the floor surface type, so as to keep the robot from crossing the floor surface type and to confine the robot to a selected area based on the floor surface type of the selected area, wherein the controller is further configured to control the drive system to drive the robot across the floor surface type transition in a predetermined set of circumstances. a chassis ; a drive system connected to the chassis and configured to drive the robot across a floor surface; a signal generator carried by the chassis and arranged to direct a signal toward the floor surface; a sensor carried by the chassis and responsive to a reflection of the directed signal from the floor surface; and a controller in communication with the drive system and the sensor , the cleaning robot being characterised in that the controller is configured to control the drive system to alter direction of the robot in response to the sensor receiving a reflected signal indicating a floor surface type transition upon detecting the floor surface type, so as to keep the robot from crossing the floor surface type and to confine the robot to a selected area based on the floor surface type of the selected area, wherein the controller is further configured to control the drive system to drive the robot across the floor surface type transition in a predetermined set of circumstances.