mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, comprising: determining (S310) a first sending rate based on a network performance objective of first data and a status of a first transmission control protocol TCP connection, wherein the first TCP connection is used to send the first data; and sending (S320) the first data based on the first sending rate, wherein the determining (S310) the first sending rate based on the network performance objective of first data and the status of the first TCP connection comprises: determining the first sending rate based on the network performance objective of the first data, the status of the first TCP connection, and a first global measurement value, wherein the first global measurement value is a measurement value of one or more TCP connections corresponding to a transmit end, and wherein the global measurement value comprises one or more of the following: log(goodput of the transmit end/maximum goodput of the transmit end), and log(minimum RTT of the one or more TCP connections of the transmit end/smoothed value of a round trip time RTT of the one or more TCP connections of the transmit end). determining (S310) a first sending rate based on a network performance objective of first data and a status of a first transmission control protocol TCP connection, wherein the first TCP connection is used to send the first data; and sending (S320) the first data based on the first sending rate, wherein the determining (S310) the first sending rate based on the network performance objective of first data and the status of the first TCP connection comprises: determining the first sending rate based on the network performance objective of the first data, the status of the first TCP connection, and a first global measurement value, wherein the first global measurement value is a measurement value of one or more TCP connections corresponding to a transmit end, and wherein the global measurement value comprises one or more of the following: log(goodput of the transmit end/maximum goodput of the transmit end), and log(minimum RTT of the one or more TCP connections of the transmit end/smoothed value of a round trip time RTT of the one or more TCP connections of the transmit end). determining the first sending rate based on the network performance objective of the first data, the status of the first TCP connection, and a first global measurement value, wherein the first global measurement value is a measurement value of one or more TCP connections corresponding to a transmit end, and wherein the global measurement value comprises one or more of the following: log(goodput of the transmit end/maximum goodput of the transmit end), and log(minimum RTT of the one or more TCP connections of the transmit end/smoothed value of a round trip time RTT of the one or more TCP connections of the transmit end).
A closed reduction tool for a bone fracture, the tool comprising: a handle to be gripped; a support extending from the handle in a linear manner; and a spiral portion extending from the support in a spiral shape, wherein the spiral portion is configured to be inserted into between depressed bone fragments and lift the depressed bone fragments, characterized in that a winding radius of the spiral portion is greater than a radius of the handle . a handle to be gripped; a support extending from the handle in a linear manner; and a spiral portion extending from the support in a spiral shape, wherein the spiral portion is configured to be inserted into between depressed bone fragments and lift the depressed bone fragments, characterized in that a winding radius of the spiral portion is greater than a radius of the handle .
Method for producing an electrical connection part, comprising: A) providing an electrical conductor as a strip, wherein the strip is at least partly split up into strip sections before or after plating takes place; B) electroplating the electrical conductor ; C) exposing a contact area of the electrical conductor by removing the electroplating in the contact area using a beaming source . A) providing an electrical conductor as a strip, wherein the strip is at least partly split up into strip sections before or after plating takes place; B) electroplating the electrical conductor ; C) exposing a contact area of the electrical conductor by removing the electroplating in the contact area using a beaming source .
A planar-beam, light detection and ranging (PLADAR) system , the PLADAR system comprising: a laser scanner emitting a planar beam; a detector array to detect reflected light based on the planar beam being reflected off objects and surfaces; and characterized by : an adjustment controller ; wherein the detector array comprises at least one row of photodetectors included on a circuit board of the PLADAR system , the circuit board comprising a number of adjustment components to calibrate each of the at least one row of photodetectors; and wherein the adjustment controller dynamically adjusts the adjustment components to configure the at least one row of photodetectors in response to a command signal from a data processing system. a laser scanner emitting a planar beam; a detector array to detect reflected light based on the planar beam being reflected off objects and surfaces; and characterized by : an adjustment controller ; wherein the detector array comprises at least one row of photodetectors included on a circuit board of the PLADAR system , the circuit board comprising a number of adjustment components to calibrate each of the at least one row of photodetectors; and wherein the adjustment controller dynamically adjusts the adjustment components to configure the at least one row of photodetectors in response to a command signal from a data processing system. an adjustment controller ; wherein the detector array comprises at least one row of photodetectors included on a circuit board of the PLADAR system , the circuit board comprising a number of adjustment components to calibrate each of the at least one row of photodetectors; and wherein the adjustment controller dynamically adjusts the adjustment components to configure the at least one row of photodetectors in response to a command signal from a data processing system.
A method performed by a client device in a communication system supporting mission critical push-to-talk, MCPTT, the method comprising: transmitting , to a server , a session initiation protocol, SIP, INVITE request including a session description protocol, SDP, offer, the SDP offer including a format specific parameter, fmtp, attribute for an implicit request and a synchronization source, SSRC, value as a media attribute of a session description protocol, SDP; and receiving , from the server , a SIP response including an SDP answer in response to transmission of the SIP INVITE request including the SDP offer, the SDP answer including the fmtp attribute for the implicit request and either the same SSRC value or a new SSRC value; wherein the SIP INVITE request, including the fmtp attribute of the implicit request, represents an implicit floor request; wherein the SDP answer includes either the same SSRC value in response to the SSRC value in the SDP offer not being in use or the new SSRC value in response to the SSRC value in the SDP offer being in use; and wherein the SDP answer includes either the same SSRC value or the new SSRC value as an fmtp attribute of an application m-line of the SDP. transmitting , to a server , a session initiation protocol, SIP, INVITE request including a session description protocol, SDP, offer, the SDP offer including a format specific parameter, fmtp, attribute for an implicit request and a synchronization source, SSRC, value as a media attribute of a session description protocol, SDP; and receiving , from the server , a SIP response including an SDP answer in response to transmission of the SIP INVITE request including the SDP offer, the SDP answer including the fmtp attribute for the implicit request and either the same SSRC value or a new SSRC value; wherein the SIP INVITE request, including the fmtp attribute of the implicit request, represents an implicit floor request; wherein the SDP answer includes either the same SSRC value in response to the SSRC value in the SDP offer not being in use or the new SSRC value in response to the SSRC value in the SDP offer being in use; and wherein the SDP answer includes either the same SSRC value or the new SSRC value as an fmtp attribute of an application m-line of the SDP. wherein the SIP INVITE request, including the fmtp attribute of the implicit request, represents an implicit floor request; wherein the SDP answer includes either the same SSRC value in response to the SSRC value in the SDP offer not being in use or the new SSRC value in response to the SSRC value in the SDP offer being in use; and wherein the SDP answer includes either the same SSRC value or the new SSRC value as an fmtp attribute of an application m-line of the SDP.
A device for treating a heart comprising: a prosthetic valve comprising a support frame and a valve portion , the valve portion comprising a plurality of leaflets secured to the support frame and configured to coapt to permit blood flow in a first direction through the valve portion and to prevent blood flow in a second direction through the valve portion , wherein the first direction is opposite to the second direction, wherein the support frame comprises at least one attachment structure configured to be secured to tissue of an annulus of a native heart valve using no suture; at least one elongate member extending from the support frame , wherein a distal end of the elongate member is configured to be secured to heart geometry within a ventricular chamber of the heart, wherein the elongate member comprises a usable length from the support frame to the distal end ; and an adjustment mechanism for altering the usable length of the elongate member ; wherein the adjustment mechanism comprises a locking mechanism configured to prevent sliding movement of the elongate member with respect to the support frame in at least one direction. a prosthetic valve comprising a support frame and a valve portion , the valve portion comprising a plurality of leaflets secured to the support frame and configured to coapt to permit blood flow in a first direction through the valve portion and to prevent blood flow in a second direction through the valve portion , wherein the first direction is opposite to the second direction, wherein the support frame comprises at least one attachment structure configured to be secured to tissue of an annulus of a native heart valve using no suture; at least one elongate member extending from the support frame , wherein a distal end of the elongate member is configured to be secured to heart geometry within a ventricular chamber of the heart, wherein the elongate member comprises a usable length from the support frame to the distal end ; and an adjustment mechanism for altering the usable length of the elongate member ; wherein the adjustment mechanism comprises a locking mechanism configured to prevent sliding movement of the elongate member with respect to the support frame in at least one direction.
An X-band panel radar , which is configured as an active electronically scanned array, comprising an array of unit cells , each unit cell comprising a monolithic integrated circuit chip containing a plurality of transistors, comprising: a silicon carbide, SiC, substrate ; a gallium nitride, GaN, device on the substrate; a complementary metal-oxide-semiconductor, CMOS, device integrally formed on the substrate, and a bipolar junction transistor, BJT, device integrally formed on the substrate, wherein the GaN device comprises GaN and the CMOS device and the BJT device are comprised of SiC wherein the GaN device is a GaN radio or microwave frequency power amplifier and the CMOS device is a drain modulator configured to switch the power amplifier on and off, and wherein the CMOS device comprises a p-channel FET and an n-channel FET . a silicon carbide, SiC, substrate ; a gallium nitride, GaN, device on the substrate; a complementary metal-oxide-semiconductor, CMOS, device integrally formed on the substrate, and a bipolar junction transistor, BJT, device integrally formed on the substrate, wherein the GaN device comprises GaN and the CMOS device and the BJT device are comprised of SiC wherein the GaN device is a GaN radio or microwave frequency power amplifier and the CMOS device is a drain modulator configured to switch the power amplifier on and off, and wherein the CMOS device comprises a p-channel FET and an n-channel FET .
An implant for a mammalian first carpometacarpal joint for spacing a trapezium bone of the joint from a first metacarpal bone of the joint while allowing translational movement of the first metacarpal bone in relation to the trapezium bone, the implant comprising (a) a distal part configured for intramedullary engagement with an end of the first metacarpal bone, (b) a proximal part , and (c) an articulating coupling provided between the distal and proximal parts allowing controlled articulation of the trapezium and first metacarpal bones, characterised in that the proximal part has a curved saddle shaped platform configured for non-engaging abutment of an end of the trapezium bone and translational movement thereon.
A glass pane comprising a glazed element , at least one profiled joint portion , at least one trim which has an elongate shape which extends along an edge of the glazed element and which has in cross-section a general shape having a base and at least one wing which extends from the base at an angle which is not equal to zero, the base being located above an outer face of the profiled joint portion , when viewed in cross-section, a wing comprising at an end opposite the base at least one openwork lug , characterized in that, the openwork lug extends through the profiled joint portion via a hole which opens at the outer face and at an inner face of the profiled joint portion , the openwork lug being folded over below the profiled joint portion or below the glazed element .
A method of operating an elevator system , the method comprising: detecting an occupancy status of the elevator car , the occupancy status comprising at least one of occupied and unoccupied; detecting a direction of travel of an elevator car ; selecting a motion profile of the elevator car in response to the occupancy status, the motion profile comprising at least one of an unoccupied motion profile, an occupied motion profile, an occupied lateral movement motion profile, and an occupied descent motion profile; and moving the elevator car in accordance with the motion profile selected; characterized in that the elevator system detects the occupancy status using at least one of a visual detection device, a laser detection device, a thermal image detection device, a depth detection device, a motion detection device, an odor detection device, a RADAR device, an ultrasonic sensor, and a pyroelectric sensor; the occupied lateral movement motion profile allows the elevator car to operate using a motion parameter having a smaller magnitude than a comparable motion parameter of the occupied motion profile; and/or the occupied descent motion profile allows the elevator car to operate using a motion parameter having a smaller magnitude than a comparable motion parameter of the occupied motion profile. detecting an occupancy status of the elevator car , the occupancy status comprising at least one of occupied and unoccupied; detecting a direction of travel of an elevator car ; selecting a motion profile of the elevator car in response to the occupancy status, the motion profile comprising at least one of an unoccupied motion profile, an occupied motion profile, an occupied lateral movement motion profile, and an occupied descent motion profile; and moving the elevator car in accordance with the motion profile selected; characterized in that the elevator system detects the occupancy status using at least one of a visual detection device, a laser detection device, a thermal image detection device, a depth detection device, a motion detection device, an odor detection device, a RADAR device, an ultrasonic sensor, and a pyroelectric sensor; the occupied lateral movement motion profile allows the elevator car to operate using a motion parameter having a smaller magnitude than a comparable motion parameter of the occupied motion profile; and/or the occupied descent motion profile allows the elevator car to operate using a motion parameter having a smaller magnitude than a comparable motion parameter of the occupied motion profile.
A method of obtaining seismic measurements, the method comprising: disposing a cable in a marine environment, the cable configured to be towed by a vessel ; disposing a plurality of sensors at a first interval along the cable , the plurality of sensors configured to receive reflections resulting from a seismic source and each of the plurality of sensors configured to receive the reflection corresponding with a particular subsurface location; characterised in that the method comprises: determining at least one subsurface feature of interest ; and dynamically changing the sampling density along the cable as it moves past the at least one subsurface feature of interest by controlling the plurality of sensors to turn on a first set of the plurality of sensors and turn off a second set of the plurality of sensors such that sampling is denser in a region of the cable receiving reflected signals from the at least one subsurface feature of interest, and such that the region moves down the cable as the cable moves over the subsurface feature of interest . disposing a cable in a marine environment, the cable configured to be towed by a vessel ; disposing a plurality of sensors at a first interval along the cable , the plurality of sensors configured to receive reflections resulting from a seismic source and each of the plurality of sensors configured to receive the reflection corresponding with a particular subsurface location; characterised in that the method comprises: determining at least one subsurface feature of interest ; and dynamically changing the sampling density along the cable as it moves past the at least one subsurface feature of interest by controlling the plurality of sensors to turn on a first set of the plurality of sensors and turn off a second set of the plurality of sensors such that sampling is denser in a region of the cable receiving reflected signals from the at least one subsurface feature of interest, and such that the region moves down the cable as the cable moves over the subsurface feature of interest . determining at least one subsurface feature of interest ; and dynamically changing the sampling density along the cable as it moves past the at least one subsurface feature of interest by controlling the plurality of sensors to turn on a first set of the plurality of sensors and turn off a second set of the plurality of sensors such that sampling is denser in a region of the cable receiving reflected signals from the at least one subsurface feature of interest, and such that the region moves down the cable as the cable moves over the subsurface feature of interest .
A system for stacking containers in an automated storage and retrieval system, comprising: one or more clamps , each clamp defining a stack location and configured for clamping a lowest container in a stack , the one or more clamps configured to support the weight of a plurality of containers in the stack; and a lifter configured for enabling engagement by one of the clamps to a container which is disposed beneath the stack , wherein engagement and disengagement of the clamps enables containers to be added to or removed from a bottom of the stack ; characterised in that the system comprises: a grid comprising at least one overhead load handler configured to travel above the grid on rails of the grid structure and to engage containers from above, wherein the rails are perpendicular tracks, wherein the overhead load handler is configured to travel along the rails to access the various stacks in the system, wherein the overhead load handler has two sets of perpendicular wheels for engaging the tracks, the at least one overhead load handler being configured for lifting one or more containers from a top of the stack , and for lowering one or more containers onto the top of the stack . one or more clamps , each clamp defining a stack location and configured for clamping a lowest container in a stack , the one or more clamps configured to support the weight of a plurality of containers in the stack; and a lifter configured for enabling engagement by one of the clamps to a container which is disposed beneath the stack , wherein engagement and disengagement of the clamps enables containers to be added to or removed from a bottom of the stack ; characterised in that the system comprises: a grid comprising at least one overhead load handler configured to travel above the grid on rails of the grid structure and to engage containers from above, wherein the rails are perpendicular tracks, wherein the overhead load handler is configured to travel along the rails to access the various stacks in the system, wherein the overhead load handler has two sets of perpendicular wheels for engaging the tracks, the at least one overhead load handler being configured for lifting one or more containers from a top of the stack , and for lowering one or more containers onto the top of the stack . a grid comprising at least one overhead load handler configured to travel above the grid on rails of the grid structure and to engage containers from above, wherein the rails are perpendicular tracks, wherein the overhead load handler is configured to travel along the rails to access the various stacks in the system, wherein the overhead load handler has two sets of perpendicular wheels for engaging the tracks, the at least one overhead load handler being configured for lifting one or more containers from a top of the stack , and for lowering one or more containers onto the top of the stack .
A method of producing a functional leather component on an interior vehicle component , comprising either: providing a leather sheet , applying a flexible electronic circuit to an A-surface of the leather sheet , arranging a pigmented coating over the flexible electronic circuit , and then fixing the leather sheet over a surface of the interior vehicle component , or providing a leather sheet , fixing the leather sheet over a surface of the interior vehicle component , applying a flexible electronic circuit to an A-surface of the leather sheet , and then arranging a pigmented coating over the flexible electronic circuit . providing a leather sheet , applying a flexible electronic circuit to an A-surface of the leather sheet , arranging a pigmented coating over the flexible electronic circuit , and then fixing the leather sheet over a surface of the interior vehicle component , or providing a leather sheet , fixing the leather sheet over a surface of the interior vehicle component , applying a flexible electronic circuit to an A-surface of the leather sheet , and then arranging a pigmented coating over the flexible electronic circuit .
Electrical panel comprising a case and a cover ; said cover being connected to said case by at least one hinge ; said case defining a compartment suitable for being closed by said cover ; between said case and said cover a sealing gasket is provided which is adapted to prevent the fluid connection between the compartment and the outside of the electrical panel ; wherein said at least one hinge is positioned outside the compartment ; and in that said at least one hinge comprises a case element and a cover element , said case element and said cover element being coupled together by means of a pin inserted in a hole , said case element and said cover element being adapted to rotate in a relative manner around a hinge axis ; characterised by a hinge gasket adapted to prevent fluid communication between the external environment and said hole being provided between said pin and said hole .