mhurhangee/patent-ind-claim-en huggingface dataset:
Electric passenger land vehicle for public transport, in particular of the bus or tyred tram type, comprising: - one or more rechargeable electrical energy storage modules supplying an electric motor of said vehicle , - a passenger compartment , and - at least one waterproofing means (208, 302-308), called main waterproofing means, comprising a cover that can be moved between a closed position and an open position, which protects said passenger compartment , at least one storage module being placed between said main waterproofing means (208, 302-308) and said passenger compartment ; characterized in that the main waterproofing means comprises a first tab provided on at least a portion of the periphery of said cover projecting downwards from said cover , and positioned so that in the closed position of said cover said first tab is located on the outside of a second tab , provided on the side of the upper panel of the vehicle , said first tab being equipped with a seal supported on a surface placed opposite said first tab when the cover is in the closed position. - one or more rechargeable electrical energy storage modules supplying an electric motor of said vehicle , - a passenger compartment , and - at least one waterproofing means (208, 302-308), called main waterproofing means, comprising a cover that can be moved between a closed position and an open position, which protects said passenger compartment , at least one storage module being placed between said main waterproofing means (208, 302-308) and said passenger compartment ; characterized in that the main waterproofing means comprises a first tab provided on at least a portion of the periphery of said cover projecting downwards from said cover , and positioned so that in the closed position of said cover said first tab is located on the outside of a second tab , provided on the side of the upper panel of the vehicle , said first tab being equipped with a seal supported on a surface placed opposite said first tab when the cover is in the closed position.
A method for reporting positioning information performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving first information related to a plurality of positioning reference signal, PRS, resource sets related to a single transmission and reception point, TRP, wherein each of the plurality of PRS resource sets includes a plurality of PRS resources; performing measurement based on the first information; reporting the positioning information including a result of the measurement; the method being characterized by further comprising the step of: reporting second information including an identifier, ID, of a PRS resource set which is used for the measurement. receiving first information related to a plurality of positioning reference signal, PRS, resource sets related to a single transmission and reception point, TRP, wherein each of the plurality of PRS resource sets includes a plurality of PRS resources; performing measurement based on the first information; reporting the positioning information including a result of the measurement; the method being characterized by further comprising the step of: reporting second information including an identifier, ID, of a PRS resource set which is used for the measurement.
A direct lighting type panel lamp, comprising a base plate , at least one light source board arranged on the base plate , at least one rivet connected between the at least one light source board and the base plate , and a diffusion plate connected to the base plate , wherein the base plate is provided with at least one first riveting through hole , the light source board is provided with at least one second riveting through hole , the at least one rivet passes through the at least one first riveting through hole and the at least one second riveting through hole , so that the at least one light source board is in riveting connection to the base plate , and the base plate is provided with at least one mounting groove , and each of the at least one light source board is embedded in one of the at least one mounting groove ; characterized in that an inner side wall of each of the at least one mounting groove is provided with at least one retreated notch .
An apparatus for manufacturing a pipe assembly having an inner pipe and an outer jacket with insulation therebetween, the apparatus comprising: a support member supporting the outer jacket and drivable between a first position and a second position; a pair of lance assemblies configured to be inserted into opposing ends of the inner pipe such that the pair of lance assemblies engage an inner wall of the inner pipe ; wherein when the support member is driven from the first position to the second position one of the outer jacket and the inner pipe moves relative to the other of the outer jacket and the inner pipe to center the inner pipe within the outer jacket leaving a space therebetween; and a pair of caps capping opposing ends of the pipe assembly through which the insulation is inserted into the space between the inner pipe and outer jacket . a support member supporting the outer jacket and drivable between a first position and a second position; a pair of lance assemblies configured to be inserted into opposing ends of the inner pipe such that the pair of lance assemblies engage an inner wall of the inner pipe ; wherein when the support member is driven from the first position to the second position one of the outer jacket and the inner pipe moves relative to the other of the outer jacket and the inner pipe to center the inner pipe within the outer jacket leaving a space therebetween; and a pair of caps capping opposing ends of the pipe assembly through which the insulation is inserted into the space between the inner pipe and outer jacket .
A vehicle control apparatus to be mounted in a vehicle including an engine , two clutches mounted downstream of the engine to individually receive an output torque from the engine , two actuators to change torque capacities of the two clutches , and two dog clutch type transmission mechanisms mounted downstream of the two clutches and including a common output shaft , the vehicle control apparatus being programed to execute, during a gear change period, switching control to switch transmission paths of the output torque from the engine from one of the two clutches and two transmission mechanisms to another of the two clutches and two transmission mechanisms and to execute rotation control to change a rotation speed of the engine by ensuring a difference between the output torque from the engine and the torque capacities of the two clutches , the vehicle control apparatus, comprising: a target value determination unit programed to determine a target value of the output torque from the engine , characterized by a target value restriction unit programed to restrict the target value of the output torque from the engine such that the output torque from the engine becomes smaller than a load torque input from the transmission path to the engine when the rotation speed of the engine exceeds a threshold; and a restriction release unit programed to release restriction on the target value of the output torque from the engine before the rotation control is started during the gear change period. a target value determination unit programed to determine a target value of the output torque from the engine , characterized by a target value restriction unit programed to restrict the target value of the output torque from the engine such that the output torque from the engine becomes smaller than a load torque input from the transmission path to the engine when the rotation speed of the engine exceeds a threshold; and a restriction release unit programed to release restriction on the target value of the output torque from the engine before the rotation control is started during the gear change period.
An optical line terminal, OLT, configured to communicate in a passive optical network, PON, with optical network units, ONUs, the OLT comprising at least one processor and at least one memory including computer program code, the at least one memory and computer program code configured to, with the at least one processor, cause the OLT to perform: - grouping data units (310-312) for the ONUs (131-133) in groups, wherein a group comprises data units for a subset of the ONUs (131-132; 133); - encoding the groups of data units into respective sets of codewords ; - interleaving the codewords of the respective sets thereby obtaining a stream of codewords; - sequentially transmitting the stream of codewords to the ONUs; and wherein the OLT is further configured to perform providing, to the ONUs, subset information identifying the subset of ONUs. - grouping data units (310-312) for the ONUs (131-133) in groups, wherein a group comprises data units for a subset of the ONUs (131-132; 133); - encoding the groups of data units into respective sets of codewords ; - interleaving the codewords of the respective sets thereby obtaining a stream of codewords; - sequentially transmitting the stream of codewords to the ONUs; and
A method performed by a first network node, comprising: transmitting a measurement split request to a second network node, wherein the measurement split request designates a first measurement layer and a second measurement layer for a user equipment to perform measurements, the first measurement layer corresponds to a measurement configuration for the first network node, and the second measurement layer corresponds to a different measurement configuration for the second network node, the measurement configuration for the first network node and the different measurement configuration for the second network node are configured to cause the user equipment to deliver different measurement reports to the first network node and the second network node; receiving an acknowledgement that the measurement split request is accepted by the second network node; transmitting the measurement configuration for the first network node and the different measurement configuration for the second network node to the user equipment; and receiving, from the user equipment, a measurement report based on the measurement configuration for the first network node. transmitting a measurement split request to a second network node, wherein the measurement split request designates a first measurement layer and a second measurement layer for a user equipment to perform measurements, the first measurement layer corresponds to a measurement configuration for the first network node, and the second measurement layer corresponds to a different measurement configuration for the second network node, the measurement configuration for the first network node and the different measurement configuration for the second network node are configured to cause the user equipment to deliver different measurement reports to the first network node and the second network node; receiving an acknowledgement that the measurement split request is accepted by the second network node; transmitting the measurement configuration for the first network node and the different measurement configuration for the second network node to the user equipment; and receiving, from the user equipment, a measurement report based on the measurement configuration for the first network node.
A device, comprising: a radio front end; an antenna ; a power coupler inserted between the antenna and the radio front end; a reactance altering device coupled to the antenna, wherein the reactance altering device is capable of adjusting a resonant frequency of the antenna, the reactance altering device comprising a digital variable capacitor ; and a controller configured to: collect measurements of a reflection coefficient magnitude for each of a plurality of successive states of the digital variable capacitor; fit the measurements to a curve of the reflection coefficient magnitude as a parabolic function of the state of the digital variable capacitor corresponding to a fitting parabolic equation; determine an optimized state of the digital variable capacitor wherein transmit and receive reflection coefficient magnitudes are substantially the same; and set the digital variable capacitor to the optimized state, wherein setting the digital variable capacitor to the optimized state comprises changing the resonant frequency of the antenna. a radio front end; an antenna ; a power coupler inserted between the antenna and the radio front end; a reactance altering device coupled to the antenna, wherein the reactance altering device is capable of adjusting a resonant frequency of the antenna, the reactance altering device comprising a digital variable capacitor ; and a controller configured to: collect measurements of a reflection coefficient magnitude for each of a plurality of successive states of the digital variable capacitor; fit the measurements to a curve of the reflection coefficient magnitude as a parabolic function of the state of the digital variable capacitor corresponding to a fitting parabolic equation; determine an optimized state of the digital variable capacitor wherein transmit and receive reflection coefficient magnitudes are substantially the same; and set the digital variable capacitor to the optimized state, wherein setting the digital variable capacitor to the optimized state comprises changing the resonant frequency of the antenna. collect measurements of a reflection coefficient magnitude for each of a plurality of successive states of the digital variable capacitor; fit the measurements to a curve of the reflection coefficient magnitude as a parabolic function of the state of the digital variable capacitor corresponding to a fitting parabolic equation; determine an optimized state of the digital variable capacitor wherein transmit and receive reflection coefficient magnitudes are substantially the same; and set the digital variable capacitor to the optimized state, wherein setting the digital variable capacitor to the optimized state comprises changing the resonant frequency of the antenna.
A method for measurement reporting by a user equipment, UE, in a mobile network, wherein measurement objects and measurement identities are configured for the UE by a base station to trigger measurement reporting from the UE, and each measurement object is associated with a particular carrier frequency, wherein each measurement identity is associated with a measurement object and a reporting configuration, each reporting configuration defining a measurement reporting trigger event, the method comprising: identifying a measurement reporting trigger event for a list of component carriers, CCs, defined for one of the measurement identities, the list of CCs being within a set of component carriers assigned to the UE by the base station, upon detecting that the measurement reporting trigger event is satisfied, transmitting a measurement report, wherein the measurement reporting trigger event is configured to trigger the transmission when the signal quality of at least one component carrier in the list of CCs defined for the measurement identity becomes worse than a first configured threshold while the signal quality of a neighboring cell on a carrier frequency corresponding to the measurement object becomes better than a second configured threshold, and wherein a frequency of the neighboring cell is equal to the carrier frequency corresponding to the measurement object associated with the measurement reporting trigger event. identifying a measurement reporting trigger event for a list of component carriers, CCs, defined for one of the measurement identities, the list of CCs being within a set of component carriers assigned to the UE by the base station, upon detecting that the measurement reporting trigger event is satisfied, transmitting a measurement report, wherein the measurement reporting trigger event is configured to trigger the transmission when the signal quality of at least one component carrier in the list of CCs defined for the measurement identity becomes worse than a first configured threshold while the signal quality of a neighboring cell on a carrier frequency corresponding to the measurement object becomes better than a second configured threshold, and wherein a frequency of the neighboring cell is equal to the carrier frequency corresponding to the measurement object associated with the measurement reporting trigger event.
A method for preparing a pre-mixed foundation material with a negligible chromatic aberration, comprising steps of: processing all raw material powders of the pre-mixed foundation material with uniform surface treatments, so as to homogenize surface properties of the raw material powders, wherein the raw material powders comprise inorganic pigments and titanium dioxide, the surface treatments comprise alkyl silicon treatments or lauric lysine treatments, and the inorganic pigment comprises iron oxide yellow, iron oxide red and iron oxide black; after the surface treatments, thoroughly stirring the raw material powders with a high speed for obtaining the pre-mixed foundation material; and after mixing with a high-speed mixer, post-treating the pre-mixed foundation material by a jet milling method, so as to evenly disperse powder of the pre-mixed foundation material; determining of a chromatic aberration ΔE cmc of the pre-mixed foundation material compared to a standard sample, wherein a non-contact chromatic aberration meter is used for precisely measuring the chromatic aberration of the pre-mixed foundation material; and if the chromatic aberration ΔE cmc is not < 0.8, adjusting a color with a pre-prepared color concentrate, wherein the pre-prepared color concentrate is pre-prepared with the step and the step . processing all raw material powders of the pre-mixed foundation material with uniform surface treatments, so as to homogenize surface properties of the raw material powders, wherein the raw material powders comprise inorganic pigments and titanium dioxide, the surface treatments comprise alkyl silicon treatments or lauric lysine treatments, and the inorganic pigment comprises iron oxide yellow, iron oxide red and iron oxide black; after the surface treatments, thoroughly stirring the raw material powders with a high speed for obtaining the pre-mixed foundation material; and after mixing with a high-speed mixer, post-treating the pre-mixed foundation material by a jet milling method, so as to evenly disperse powder of the pre-mixed foundation material; determining of a chromatic aberration ΔE cmc of the pre-mixed foundation material compared to a standard sample, wherein a non-contact chromatic aberration meter is used for precisely measuring the chromatic aberration of the pre-mixed foundation material; and if the chromatic aberration ΔE cmc is not < 0.8, adjusting a color with a pre-prepared color concentrate, wherein the pre-prepared color concentrate is pre-prepared with the step and the step .
Pushbutton switch, in particular for manual actuation, with a line carrier which has at least one coil consisting of a printed line, with an electrically conductive control element which is assigned to the coil and whose proximity to the coil can be changed between a far position and a near position, with an actuating element which is mechanically connected to the control element , with a sprung curved washer which is active between the line carrier and the actuating element , characterised in that a contact set is arranged between the sprung curved washer and the coil and forms a contact switch.
A method for determining the speed through water of a vessel for optimisation of vessel operation, using a sensor system, comprising: - obtaining propeller revolutions per minute and at least one of torque at propeller, propulsion power, and thrust; - obtaining speed over ground of the vessel; and - using the obtained data and hydrodynamic modeling to determine the speed through water of the vessel. - obtaining propeller revolutions per minute and at least one of torque at propeller, propulsion power, and thrust; - obtaining speed over ground of the vessel; and - using the obtained data and hydrodynamic modeling to determine the speed through water of the vessel.
A device for coupling a pair of kite lines to a kite harness loop , the device comprising a first releasable coupling rotatably attached to the harness loop for securing a first kite line to the harness loop and a second releasable coupling rotatably attached to the harness loop for securing a second kite line to the harness loop , the first and second couplings being rotatable about a common axis, characterised in that first coupling has a first handle movable in a first direction away from the loop for releasing the first coupling , and a second handle moveable in a second direction opposite to the first direction for releasing the second coupling , and in that the first handle is movable axially on the common axis in the first direction and the second handle is movable axially on the common axis in the second direction. characterised in that first coupling has a first handle movable in a first direction away from the loop for releasing the first coupling , and a second handle moveable in a second direction opposite to the first direction for releasing the second coupling , and in that the first handle is movable axially on the common axis in the first direction and the second handle is movable axially on the common axis in the second direction.
A method comprising: Determining , at a device, a first transmission power of a first uplink transmission based on a first set of higher layer configured power control parameters associated with a first transmit time interval length, where a higher layer is higher than a physical layer, where the first uplink transmission spans the first transmit time interval length, and where the first transmit time interval length comprises a first number of symbols; determining a second transmission power of a second uplink transmission based on a second set of higher layer configured power control parameters associated with a second transmit time interval length, where the second uplink transmission spans the second transmit time interval length, and where the second transmit time interval length comprises a second number of symbols and the second number is different from the first number; transmitting the first uplink transmission in a subframe using the first transmission power; and transmitting at least the second uplink transmission in the subframe using the second transmission power, where the first uplink transmission and the second uplink transmission overlap in time for at least one symbol duration. Determining , at a device, a first transmission power of a first uplink transmission based on a first set of higher layer configured power control parameters associated with a first transmit time interval length, where a higher layer is higher than a physical layer, where the first uplink transmission spans the first transmit time interval length, and where the first transmit time interval length comprises a first number of symbols; determining a second transmission power of a second uplink transmission based on a second set of higher layer configured power control parameters associated with a second transmit time interval length, where the second uplink transmission spans the second transmit time interval length, and where the second transmit time interval length comprises a second number of symbols and the second number is different from the first number; transmitting the first uplink transmission in a subframe using the first transmission power; and transmitting at least the second uplink transmission in the subframe using the second transmission power, where the first uplink transmission and the second uplink transmission overlap in time for at least one symbol duration.
A process of melt polymerizing a polycarbonate, comprising: melt polymerizing a dihydroxy compound and a carbonate precursor to form the polycarbonate in the presence of a catalyst comprising an ionic catalyst of the formula I: wherein i + ii + iii + iv is greater than or equal to 16, or 16 to 50, or 20 to 35; i is greater than or equal to ii + 2; and A is an anion.