mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication at a user equipment, UE, comprising: re-coding a first coded packet into a second coded packet, wherein the second coded packet includes less coded bits and has a higher modulation order than the first packet; generating one or more redundant versions of the second packet; and transmitting the second packet and the one or more redundant versions of the second packet at different times to a receiving UE, wherein determining the higher modulation order comprises at least one of: a. determining a required communication range for the first packet; and determining the higher modulation order for the second coded packet based on the required communication range; and b. determining a bit size of the first packet; and wherein determining the higher modulation order for the second coded packet based on the bit size of the first packet. re-coding a first coded packet into a second coded packet, wherein the second coded packet includes less coded bits and has a higher modulation order than the first packet; generating one or more redundant versions of the second packet; and transmitting the second packet and the one or more redundant versions of the second packet at different times to a receiving UE, wherein determining the higher modulation order comprises at least one of: a. determining a required communication range for the first packet; and determining the higher modulation order for the second coded packet based on the required communication range; and b. determining a bit size of the first packet; and wherein determining the higher modulation order for the second coded packet based on the bit size of the first packet. a. determining a required communication range for the first packet; and determining the higher modulation order for the second coded packet based on the required communication range; and b. determining a bit size of the first packet; and wherein determining the higher modulation order for the second coded packet based on the bit size of the first packet.
An electrode arrangement comprising: a matrix with rows and columns of capacitive touch sensors (610; 710) arranged in a single layer, wherein each touch sensor (610; 710) comprises a first electrode and an associated second electrode, wherein the first electrodes in each row of the matrix are connected and the second electrodes in each column of the matrix are connected, and wherein the electrode arrangement further comprises: a capacitive coupling circuit (810; 910) connected with at least four gesture detection electrodes wherein in a first operating mode, the capacitive coupling circuit is configured to receive an alternating transmission signal (GTX) and feeds said alternating transmission signal (GTX) capacitively to said at least four gesture detection electrodes , wherein said at least four gesture detection electrodes generate an electric field, wherein said at least four gesture detection electrodes are formed by the top row of connected first electrodes , the bottom row of connected first electrodes , the most left column of connected second electrodes and the most right column of connected second electrodes , means for evaluating a loading of said at least four gesture detection electrodes in order to determine a three-dimensional location of an object entering the electric field, said at least four gesture detection electrodes operating as transmitting and receiving electrodes. a capacitive coupling circuit (810; 910) connected with at least four gesture detection electrodes wherein in a first operating mode, the capacitive coupling circuit is configured to receive an alternating transmission signal (GTX) and feeds said alternating transmission signal (GTX) capacitively to said at least four gesture detection electrodes , wherein said at least four gesture detection electrodes generate an electric field, wherein said at least four gesture detection electrodes are formed by the top row of connected first electrodes , the bottom row of connected first electrodes , the most left column of connected second electrodes and the most right column of connected second electrodes , means for evaluating a loading of said at least four gesture detection electrodes in order to determine a three-dimensional location of an object entering the electric field, said at least four gesture detection electrodes operating as transmitting and receiving electrodes.
An electromagnetostatic electron-induced dissociation cell, comprising: a plurality of magnets , the magnets having magnetic flux lines associated therewith; and an electron emitter having an electron emissive surface comprising a sheet, the emitter disposed about the axis at a location relative to the magnets where the electron emissive surface is substantially perpendicular to the magnetic flux lines at the electron emissive surface; wherein the plurality of magnets comprises a first and a second magnet each having an opening disposed therein, the first and second magnets disposed along a common longitudinal axis extending through the openings; wherein the emitter is disposed between the first and second magnets; and wherein the emitter comprises an opening disposed therein at a location on the axis to permit the transmission of ions along an ion beam path therethrough and the emitter is arranged to emit electrons in a region of magnetic flux where said magnetic flux lines intersect the ion beam path through the cell, and to emit said electrons in a direction along magnetic flux lines that intersect the surface of electron emission such that emitted electrons having components of velocity perpendicular to said magnetic flux lines are able to gyrate therealong to intersect the ion beam path, wherein lines of magnetic flux intersect the emitter surface in a direction substantially perpendicular thereto; and characterized in that the electron emissive surface comprises a cone shape . a plurality of magnets , the magnets having magnetic flux lines associated therewith; and an electron emitter having an electron emissive surface comprising a sheet, the emitter disposed about the axis at a location relative to the magnets where the electron emissive surface is substantially perpendicular to the magnetic flux lines at the electron emissive surface; wherein the plurality of magnets comprises a first and a second magnet each having an opening disposed therein, the first and second magnets disposed along a common longitudinal axis extending through the openings; wherein the emitter is disposed between the first and second magnets; and wherein the emitter comprises an opening disposed therein at a location on the axis to permit the transmission of ions along an ion beam path therethrough and the emitter is arranged to emit electrons in a region of magnetic flux where said magnetic flux lines intersect the ion beam path through the cell, and to emit said electrons in a direction along magnetic flux lines that intersect the surface of electron emission such that emitted electrons having components of velocity perpendicular to said magnetic flux lines are able to gyrate therealong to intersect the ion beam path, wherein lines of magnetic flux intersect the emitter surface in a direction substantially perpendicular thereto; and characterized in that the electron emissive surface comprises a cone shape .
Electric field detector , comprising: - an electromechanical oscillator, at least one part of which is in the form of a piezoelectric element intended to vibrate at an oscillation frequency during use of the detector; and - an electrical masking assembly , which is arranged in the vicinity of the piezoelectric element without contacting said piezoelectric element, such that, during the use of the detector, the piezoelectric element moves by vibrating relative to the electrical masking assembly, the electrical masking assembly also being arranged such that a portion of the piezoelectric element that is exposed to an electrical field (E) to be measured during the use of the detector , being limited by said electrical masking assembly, varies during each oscillation of the oscillator, the detector being characterised in that it further comprises: - a frequency measuring device , which is coupled to the oscillator so as to measure the oscillation frequency, and in that the electrical field (E) to be measured, acting on the exposed and variable portion of the piezoelectric element during the use of the detector , thus produces a change in the oscillation frequency (f) which is measured by the frequency measuring device , said oscillation frequency forming a measurement result of an electric field intensity. - an electromechanical oscillator, at least one part of which is in the form of a piezoelectric element intended to vibrate at an oscillation frequency during use of the detector; and - an electrical masking assembly , which is arranged in the vicinity of the piezoelectric element without contacting said piezoelectric element, such that, during the use of the detector, the piezoelectric element moves by vibrating relative to the electrical masking assembly, the electrical masking assembly also being arranged such that a portion of the piezoelectric element that is exposed to an electrical field (E) to be measured during the use of the detector , being limited by said electrical masking assembly, varies during each oscillation of the oscillator, the detector being characterised in that it further comprises: - a frequency measuring device , which is coupled to the oscillator so as to measure the oscillation frequency, and in that the electrical field (E) to be measured, acting on the exposed and variable portion of the piezoelectric element during the use of the detector , thus produces a change in the oscillation frequency (f) which is measured by the frequency measuring device , said oscillation frequency forming a measurement result of an electric field intensity. - a frequency measuring device , which is coupled to the oscillator so as to measure the oscillation frequency, and in that the electrical field (E) to be measured, acting on the exposed and variable portion of the piezoelectric element during the use of the detector , thus produces a change in the oscillation frequency (f) which is measured by the frequency measuring device , said oscillation frequency forming a measurement result of an electric field intensity.
A lighting module for a headlight of an automotive vehicle, able to generate a light beam with an optical axis , comprising at least a first light source and a second light source spaced apart by a distance (D), said light sources each being able to generate a light strip spaced apart by an unilluminated strip by the lighting module, said light sources being defined by a same dimension (L) measured perpendicular to the optical axis , characterized in that the distance (D) between two directly adjacent light sources is strictly greater than N*(L) and strictly less than (N+1)*(L), N being an integer and wherein a reflection means and a projection device common to said light sources which participate in the formation of a first light band generated by the first light source and in the formation of a second light band generated by the second light source .
A feet position guidance aid for formulating at least one individually formed thermoplastic insole, wherein the feet position guidance aid is made of flexible material, wherein an upper surface of the feet position guidance aid comprises guiding places for feet for guiding the position of said feet arranged on a guiding place a lifter , wherein the lifter is a rising structure in front of a toe joint basin arranged as a socket for toe joints of said feet, the lifter being arranged to lift up and support the toes of said feet so that said feet is guided to a position suitable for formulating the individually formed thermoplastic insole, wherein the lifter is formed curved so that a front edge of the lifter is closer to the bigger toe than the smaller toe characterized in that the feet position guidance aid comprises a groove between said guiding places reaching from the back of the feet position guidance aid to the toe joint basin . guiding places for feet for guiding the position of said feet arranged on a guiding place a lifter , wherein the lifter is a rising structure in front of a toe joint basin arranged as a socket for toe joints of said feet, the lifter being arranged to lift up and support the toes of said feet so that said feet is guided to a position suitable for formulating the individually formed thermoplastic insole, wherein the lifter is formed curved so that a front edge of the lifter is closer to the bigger toe than the smaller toe characterized in that the feet position guidance aid comprises a groove between said guiding places reaching from the back of the feet position guidance aid to the toe joint basin .
An electrostatic discharge, ESD, protection circuit , the ESD protection circuit comprising: a first power supply for providing a first supply voltage, the first power supply being connected to a node through a first diode ; a second power supply for providing a second supply voltage, the second power supply being connected to the node through a second diode ; an inverter arranged to receive an input voltage from the node and produce an output voltage; an ESD discharge device arranged to receive the output voltage from the inverter and provide a discharge path for the first power supply and the second power supply if the output voltage indicates occurrence of an ESD event affecting the first power supply or the second power supply ; and a resistor-capacitor, RC, circuit connected between the node and a system ground , the RC circuit operating as a trigger that causes the input voltage to indicate occurrence of the ESD event for the ESD discharge device to provide a discharge path for the first power supply and the second power supply . a first power supply for providing a first supply voltage, the first power supply being connected to a node through a first diode ; a second power supply for providing a second supply voltage, the second power supply being connected to the node through a second diode ; an inverter arranged to receive an input voltage from the node and produce an output voltage; an ESD discharge device arranged to receive the output voltage from the inverter and provide a discharge path for the first power supply and the second power supply if the output voltage indicates occurrence of an ESD event affecting the first power supply or the second power supply ; and a resistor-capacitor, RC, circuit connected between the node and a system ground , the RC circuit operating as a trigger that causes the input voltage to indicate occurrence of the ESD event for the ESD discharge device to provide a discharge path for the first power supply and the second power supply .
A method for decoding a media stream, the method being performed by a packet receiver , the method comprising: receiving (S102) packets, the packets having been transmitted by a packet transmitter , the packets defining the media stream and each packet comprising encoded media; and decoding (S104) the encoded media into at least a first decoded version and a second decoded version, wherein for the first decoded version only a subset of the packets decoded for the second decoded version are decoded, wherein the subset includes only those of the packets that are received within a first threshold time delay from having been transmitted by the packet transmitter , and wherein for the second decoded version the packets received later than the first threshold time delay are decoded; characterised in that the received packets are provided in a common jitter buffer at the packet receiver before being decoded, wherein there are separate logics for obtaining the packets from the common jitter buffer for decoding the encoded media into the first decoded version and the second decoded version, respectively, and wherein the logics for obtaining the packets from the common jitter buffer for decoding the encoded media into the second decoded version retrieves more packets than the retrieving logics for obtaining the packets from the common jitter buffer for decoding the encoded media into the first decoded version. receiving (S102) packets, the packets having been transmitted by a packet transmitter , the packets defining the media stream and each packet comprising encoded media; and decoding (S104) the encoded media into at least a first decoded version and a second decoded version, wherein for the first decoded version only a subset of the packets decoded for the second decoded version are decoded, wherein the subset includes only those of the packets that are received within a first threshold time delay from having been transmitted by the packet transmitter , and wherein for the second decoded version the packets received later than the first threshold time delay are decoded; characterised in that the received packets are provided in a common jitter buffer at the packet receiver before being decoded, wherein there are separate logics for obtaining the packets from the common jitter buffer for decoding the encoded media into the first decoded version and the second decoded version, respectively, and wherein the logics for obtaining the packets from the common jitter buffer for decoding the encoded media into the second decoded version retrieves more packets than the retrieving logics for obtaining the packets from the common jitter buffer for decoding the encoded media into the first decoded version.
Terpolymer of ethylene, of 1,3-diene and of an aromatic α-monoolefin in which the molar ratio of the contents of the ethylene units to the sum of the contents of the ethylene units and of the 1,3-diene units is greater than 0.7, which terpolymer contains more than 50 mol% to 80 mol% of ethylene units and from 10 mol% to less than 40 mol% of aromatic α-monoolefin units, the 1,3-diene being 1,3-butadiene or isoprene, which terpolymer is preferably an elastomer.
A protected wheeled vehicle comprising two vehicle sections , wherein at least one vehicle axle having two wheels each with one wheel at each end of the vehicle axle is arranged on each vehicle section , wherein the vehicle sections are configured to be connected to one another via an articulation which serves as central space for a vehicle crew and is configured to be adjustable in its articulation angle, wherein several vehicle axles each having two wheels are provided on the preceding vehicle section during forward travel and at least two of these wheels are configured to be steerable, wherein the following vehicle section during forward travel is provided with a vehicle axle having two wheels each and wherein the following vehicle section during forward travel is configured to be turret-free and provided with a weapon .
Protection device for protecting a member mounted projecting under a body of a motor vehicle , notably for protecting a traction battery mounted projecting under a body of an electric vehicle , characterized in that the protection device extends along an axis (X1) intended to be oriented longitudinally with respect to the vehicle and along one side of said member, the protection device being intended to be fastened to a body of the vehicle such that a low point of the protection device is lower than a low point of said member, the protection device comprising a part including the low point of the protection device, said part comprising substantially the shape of a circular arc in a cross-section perpendicular to said axis (X1) of the protection device .
A damper comprising a piston and a cylinder housing the piston , and generating a braking force based on a movement or relative movement of the piston , wherein the piston includes a trunk portion and a seal ring surrounding the trunk portion , a first seal portion against an inner wall of the cylinder is formed on an outer peripheral portion in the seal ring , and a second seal portion against a circumference wall portion projecting from the trunk portion is formed on a pressure chamber side, and a movement of the seal ring within a predetermined range along a moving direction of the piston is made in a state wherein a movement gap (s) for a fluid is formed between the trunk portion and an inner peripheral portion of the seal ring , wherein the seal ring includes a circumference projecting portion projecting backwardly from a base portion positioned on the pressure chamber side, wherein an outer peripheral portion on a projecting end side thereof is the first seal portion , wherein the seal ring includes an inner circumference projecting portion projecting backwardly from the base portion inside the circumference projecting portion , wherein a projecting end side thereof is a sliding contact portion against the support portion, characterized in that a projecting size from the base portion of the circumference projecting portion is larger than a projecting size from the base portion of the inner circumference projecting portion .
An operation machine comprising: warning generation means configured to determine whether or not there is abnormality, and in a case where there is abnormality, generate a warning; warning storage means configured to store warning information on said warning; display means configured to display the warning information stored in said warning storage means ; and warning erasing means configured to erase said warning information, characterized in that said warning storage means is configured to separately store warning information on a warning generated before the erasure by said warning erasing means and warning information on a warning generated after the erasure by said warning erasing means . warning generation means configured to determine whether or not there is abnormality, and in a case where there is abnormality, generate a warning; warning storage means configured to store warning information on said warning; display means configured to display the warning information stored in said warning storage means ; and warning erasing means configured to erase said warning information, characterized in that said warning storage means is configured to separately store warning information on a warning generated before the erasure by said warning erasing means and warning information on a warning generated after the erasure by said warning erasing means .