mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reducing retransmission of packets by a sender, the method comprising: providing a network comprising a physical layer , a medium access control layer and a Radio Link Control layer in a receiver ; providing a retransmission packet in the physical layer , wherein the retransmission packet comprises a flow having a reordering feature in the Radio Link Control layer; enabling Hybrid Automatic Repeat reQuest in the physical layer and the medium access control layer; receiving a Hybrid Automatic Repeat reQuest request for a retransmission; and transmitting a new packet with the physical layer in response to the Hybrid Automatic Repeat reQuest request, when the reordering feature for the flow in the retransmission packet is disabled, wherein the reordering feature is disabled when a t-reordering time is set to zero; wherein disabling the reordering feature when the flow is configured to operate in an unacknowledged mode and a portion of the physical layer uses a satellite link; and in that the flow comprises a plurality of flows in the retransmission packet, and the transmitting further comprises determining that the reordering feature for all the plurality of flows in the retransmission packet are disabled. providing a network comprising a physical layer , a medium access control layer and a Radio Link Control layer in a receiver ; providing a retransmission packet in the physical layer , wherein the retransmission packet comprises a flow having a reordering feature in the Radio Link Control layer; enabling Hybrid Automatic Repeat reQuest in the physical layer and the medium access control layer; receiving a Hybrid Automatic Repeat reQuest request for a retransmission; and transmitting a new packet with the physical layer in response to the Hybrid Automatic Repeat reQuest request, when the reordering feature for the flow in the retransmission packet is disabled, wherein the reordering feature is disabled when a t-reordering time is set to zero; wherein disabling the reordering feature when the flow is configured to operate in an unacknowledged mode and a portion of the physical layer uses a satellite link; and in that the flow comprises a plurality of flows in the retransmission packet, and the transmitting further comprises determining that the reordering feature for all the plurality of flows in the retransmission packet are disabled.
Cover with a device for assisting displacement, at least comprising a guide , a slider and a spring device, wherein the slider is displaceable along the guide and is connected with the spring device, characterised in that - the device for assisting displacement comprises a guide gate extending at least partly along the guide , - the slider comprises an entrainer arrangement and at least one guide pin (80; 82), - the at least one guide pin (80; 82) is displaceably mounted in the guide gate and the guide gate has a first end section which defines a detent setting of the slider , - the slider is stressed in the detent setting by way of the spring device, - the cover is at least partly displaceable by way of the entrainer arrangement, - the slider can be brought by way of the cover into and out of the detent setting and - the construction of the guide gate makes it possible for the slider after reaching the detent setting in the first end section to no longer remain in contact with the entrainer . - the device for assisting displacement comprises a guide gate extending at least partly along the guide , - the slider comprises an entrainer arrangement and at least one guide pin (80; 82), - the at least one guide pin (80; 82) is displaceably mounted in the guide gate and the guide gate has a first end section which defines a detent setting of the slider , - the slider is stressed in the detent setting by way of the spring device, - the cover is at least partly displaceable by way of the entrainer arrangement, - the slider can be brought by way of the cover into and out of the detent setting and - the construction of the guide gate makes it possible for the slider after reaching the detent setting in the first end section to no longer remain in contact with the entrainer .
A computer-implemented method for providing data, the method including the steps of: - receiving, by a data provider, from a client, a data request message expressed in a query language for a Resource Description Framework, the data request message comprising, - a query section referencing one or more semantically enriched data models for semantically querying at least one property name of at least one data element of a sensor device, and, - a pattern definition of a requested data structure for responding the data request message; - querying, by the data provider, at least one property name in at least one of the semantically enriched data models; - receiving, by the data provider, one or more references for said one or more data elements of the sensor device in response to said querying; - retrieving, by the data provider, one or more data values of said one or more data elements and expressing said one or more data values within said data structure; wherein the one or more data values are runtime values and retrieved from a real time data source (RT) and; - generating, by the data provider, a result message providing said data structure, the result message representing a response to the data request message; and sending, by the data provider, the result message to the client. - receiving, by a data provider, from a client, a data request message expressed in a query language for a Resource Description Framework, the data request message comprising, - a query section referencing one or more semantically enriched data models for semantically querying at least one property name of at least one data element of a sensor device, and, - a pattern definition of a requested data structure for responding the data request message; - a query section referencing one or more semantically enriched data models for semantically querying at least one property name of at least one data element of a sensor device, and, - a pattern definition of a requested data structure for responding the data request message; - querying, by the data provider, at least one property name in at least one of the semantically enriched data models; - receiving, by the data provider, one or more references for said one or more data elements of the sensor device in response to said querying; - retrieving, by the data provider, one or more data values of said one or more data elements and expressing said one or more data values within said data structure; wherein the one or more data values are runtime values and retrieved from a real time data source (RT) and; - generating, by the data provider, a result message providing said data structure, the result message representing a response to the data request message; and
A foam of non-crosslinked polyamide polyether block copolymer, wherein: - the polyamide blocks of the copolymer have a number average molecular weight of from 200 to 1500 g/mol; - the polyether blocks of the copolymer have a number average molecular weight of from 800 to 2500 g/mol; and - the mass ratio of the polyamide blocks relative to the polyether blocks of the copolymer is from 0.1 to 0.7, the mass ratio being calculated by dividing the number average molecular weight of the polyamide blocks by the number average molecular weight of the polyether blocks. - the polyamide blocks of the copolymer have a number average molecular weight of from 200 to 1500 g/mol; - the polyether blocks of the copolymer have a number average molecular weight of from 800 to 2500 g/mol; and - the mass ratio of the polyamide blocks relative to the polyether blocks of the copolymer is from 0.1 to 0.7, the mass ratio being calculated by dividing the number average molecular weight of the polyamide blocks by the number average molecular weight of the polyether blocks.
A computer implemented multi-dimensional sound conferencing method for a plurality of conference participants comprising: assigning , via a processor, each conference participant to a unique position on a computer generated map of one of a real or virtual venue; wherein the plurality of conference participants includes a speaking participant and a listening participant; determining a direction on the map of the speaking participant from the listening participant; receiving a voice sound from the speaking participant; leveling the received voice sound from the speaking participant to a common volume voice sound for the speaking participant; attenuating the common volume voice sound as a function of a distance between the speaking participant and the listening participant to an attenuated common volume voice sound; converting the attenuated common volume voice sound to a converted sound corresponding to the direction to the listening participant from the speaking participant; transforming the converted sound to binaural sound for transmission to the listening participant; determining a latency for a virtual sound propagation between a position of the speaking participant on the computer generated map and a position of the listening participant on the computer generated map; determining an expected network latency for the listening participant; and for the listening participant, adding latency to the binaural sound by adding an offset of the determined expected network latency from latency for the virtual sound propagation. assigning , via a processor, each conference participant to a unique position on a computer generated map of one of a real or virtual venue; wherein the plurality of conference participants includes a speaking participant and a listening participant; determining a direction on the map of the speaking participant from the listening participant; receiving a voice sound from the speaking participant; leveling the received voice sound from the speaking participant to a common volume voice sound for the speaking participant; attenuating the common volume voice sound as a function of a distance between the speaking participant and the listening participant to an attenuated common volume voice sound; converting the attenuated common volume voice sound to a converted sound corresponding to the direction to the listening participant from the speaking participant; transforming the converted sound to binaural sound for transmission to the listening participant; determining a latency for a virtual sound propagation between a position of the speaking participant on the computer generated map and a position of the listening participant on the computer generated map; determining an expected network latency for the listening participant; and for the listening participant, adding latency to the binaural sound by adding an offset of the determined expected network latency from latency for the virtual sound propagation.
Spotlight for a motor vehicle, comprising a light source producing a beam of light which is directed along a first axis (X) intended to be oriented towards the front of the vehicle, said spotlight comprising a lens such that said light source projects all of the beam directly onto the lens , without reflection nor obturation, said lens being arranged to move in rotation about a second axis (Z) intended to be oriented towards the top of the vehicle, characterized in that said light beam has a shape which is substantially elongated along the second axis (Z).
A ball screw , comprising: a screw shaft , wherein a spiral screw groove is formed on an outer peripheral surface of the screw shaft ; a nut disposed around the screw shaft , wherein a spiral screw groove is formed on an inner peripheral surface of the nut ; a plurality of balls that are housed in rolling paths formed by the two screw grooves facing each other; and a ball return path that circulates the plurality of balls in no more than one turn of the rolling paths , characterized in that a length (L) of the ball return path between scoop-up points where the balls are scooped up from the screw groove of the screw shaft satisfies ( N - 0.1) D ≤ L ≤ ( N + 0.3 ) D , wherein D is a diameter of the balls and N is an integer value of a number of the balls filled between the scoop-up points , a maximum inclination angle (α) of the ball return path with respect to a surface perpendicular to an axial direction of the screw shaft is from 20 to 40 degrees when a lead angle (β) of the two screw grooves is less than 5 degrees, the maximum inclination angle (α) of the ball return path is from 20 to 60 degrees when the lead angle (β) of the two screw grooves is no less than 5 degrees and no more than 7 degrees, and the maximum inclination angle (α) of the ball return path is from 40 to 60 degrees when the lead angle (β) of the two screw grooves is more than 7 degrees, wherein a minimum value of a curvature radius (r) of the ball return path is no less than 1.5 times of the diameter of the balls . a screw shaft , wherein a spiral screw groove is formed on an outer peripheral surface of the screw shaft ; a nut disposed around the screw shaft , wherein a spiral screw groove is formed on an inner peripheral surface of the nut ; a plurality of balls that are housed in rolling paths formed by the two screw grooves facing each other; and a ball return path that circulates the plurality of balls in no more than one turn of the rolling paths , characterized in that a length (L) of the ball return path between scoop-up points where the balls are scooped up from the screw groove of the screw shaft satisfies ( N - 0.1) D ≤ L ≤ ( N + 0.3 ) D , wherein D is a diameter of the balls and N is an integer value of a number of the balls filled between the scoop-up points , a maximum inclination angle (α) of the ball return path with respect to a surface perpendicular to an axial direction of the screw shaft is from 20 to 40 degrees when a lead angle (β) of the two screw grooves is less than 5 degrees, the maximum inclination angle (α) of the ball return path is from 20 to 60 degrees when the lead angle (β) of the two screw grooves is no less than 5 degrees and no more than 7 degrees, and the maximum inclination angle (α) of the ball return path is from 40 to 60 degrees when the lead angle (β) of the two screw grooves is more than 7 degrees, wherein a minimum value of a curvature radius (r) of the ball return path is no less than 1.5 times of the diameter of the balls .
Method for manufacturing a workpiece into a product , wherein the method is performed by an apparatus providing a laser beam coupled into a pressurized fluid jet , the method comprising: executing multiple cuts of the workpiece with the laser beam according to a predetermined cut-sequence to remove workpiece material with each completed cut, executing multiple rotations of the workpiece around the same axis of revolution according to a predetermined rotation-sequence , wherein one rotation by an angle determined from the predetermined rotation-sequence is executed after each completed cut, and wherein for executing a cut the laser beam is moved once along a two-dimensional path determined from the predetermined cut-sequence . executing multiple cuts of the workpiece with the laser beam according to a predetermined cut-sequence to remove workpiece material with each completed cut, executing multiple rotations of the workpiece around the same axis of revolution according to a predetermined rotation-sequence , wherein one rotation by an angle determined from the predetermined rotation-sequence is executed after each completed cut, and wherein for executing a cut the laser beam is moved once along a two-dimensional path determined from the predetermined cut-sequence .
A method for controlling the operation of a device, wherein the method comprising: receiving a control signal sent by a control device, wherein a data structure of the control signal comprises as components a preamble, a header, a payload length and a data packet in sequence, the preamble comprises an operating frequency, and the data packet comprises a control command; the data lengths of the components remain the same and the length of the data structure remains unchanged; reading information from the control signal according to an arrangement timing of the control signal; when the preamble is read, adjusting an operating frequency of the receiving device according to the operating frequency included the preamble; when the header is read, reading data encoded after the header to obtain the payload length, adjusting a sampling duration according to the payload length, and sampling the data packet according to the sampling duration; and executing the sampled control command according to the adjusted operating frequency; wherein the payload length is the length of the valid data in the data packet, and the length of the valid data being variable. receiving a control signal sent by a control device, wherein a data structure of the control signal comprises as components a preamble, a header, a payload length and a data packet in sequence, the preamble comprises an operating frequency, and the data packet comprises a control command; the data lengths of the components remain the same and the length of the data structure remains unchanged; reading information from the control signal according to an arrangement timing of the control signal; when the preamble is read, adjusting an operating frequency of the receiving device according to the operating frequency included the preamble; when the header is read, reading data encoded after the header to obtain the payload length, adjusting a sampling duration according to the payload length, and sampling the data packet according to the sampling duration; and executing the sampled control command according to the adjusted operating frequency; wherein the payload length is the length of the valid data in the data packet, and the length of the valid data being variable.
A system for analyzing a sample, the system comprising: an ionization probe, the probe comprising: a hollow body that comprises a distal tip; a paper substrate configured to hold a sample, the paper substrate being only partially disposed within the hollow body and positioned prior to the distal tip such that an analyte in the sample extracted from the paper substrate by a solvent enters into the hollow body prior to exiting the distal tip; and an electrode terminating prior to the distal tip of the hollow body, wherein the electrode operably interacts with the extracted analyte in the solvent to expel the analyte from the distal tip and produce ions of the analyte; and a mass analyzer operably coupled to the probe to receive the ions. an ionization probe, the probe comprising: a hollow body that comprises a distal tip; a paper substrate configured to hold a sample, the paper substrate being only partially disposed within the hollow body and positioned prior to the distal tip such that an analyte in the sample extracted from the paper substrate by a solvent enters into the hollow body prior to exiting the distal tip; and an electrode terminating prior to the distal tip of the hollow body, wherein the electrode operably interacts with the extracted analyte in the solvent to expel the analyte from the distal tip and produce ions of the analyte; and a hollow body that comprises a distal tip; a paper substrate configured to hold a sample, the paper substrate being only partially disposed within the hollow body and positioned prior to the distal tip such that an analyte in the sample extracted from the paper substrate by a solvent enters into the hollow body prior to exiting the distal tip; and an electrode terminating prior to the distal tip of the hollow body, wherein the electrode operably interacts with the extracted analyte in the solvent to expel the analyte from the distal tip and produce ions of the analyte; and a mass analyzer operably coupled to the probe to receive the ions.
A braking system for railway vehicle with brakes with at least one lining or at least one sole, including a body , a brake rigging configured to act on at least one said brake , a service brake including a braking piston which is movable relative to said body to act on said brake rigging and delimiting with said body a service brake pressure chamber configured to be supplied by a first pneumatic pressure medium to place said braking piston in a service braking position, as well as a parking brake configured to act on said braking piston of said service brake and admitting a work configuration and a rest configuration; said parking brake including a blocking device which is movable relative to said body to act on said braking piston and admitting a first position and a second position wherein said blocking device is configured to immobilise said braking piston in the service braking position, said parking brake then being in the working configuration, and a control device which is movable relative to said body , delimiting with said body a parking brake pressure chamber configured to be supplied by a second pneumatic pressure medium, and admitting a locking position wherein said control device is configured to maintain said blocking device in its second position, and the system further includes a relay device configured to generate, from said first pneumatic pressure medium, a pressure of use at a determined flow rate for filling said service brake pressure chamber to place said brake piston in its service braking position, said relay device being connected to said service brake pressure chamber by a first supply line of the service brake, and a service brake indicator device configured to receive at least one piece of information representative of the supply and/or emptying of said service brake pressure chamber by said first pneumatic pressure medium, with the service brake indicator device which includes at least one service contactor device , called second service contactor device, connected via a status line to a service brake line located upstream of the relay device , and configured to retrieve said piece of information representative of the supply and/or emptying of the service brake pressure chamber.