mhurhangee/patent-ind-claim-en huggingface dataset:
Method of controlling a platoon combination of a leading vehicle immediately preceding a following vehicle, comprising - equipping said leading and following vehicles with a vehicle longitudinal motion control system and a vehicle-to-vehicle communication system, - said vehicle-to-vehicle communication system communicating a deceleration value of the leading vehicle from the leading vehicle to the following vehicle; - wherein the vehicle longitudinal motion control comprises an adaptive cruise control module, programmed to calculate a first deceleration value of the following vehicle; based on the deceleration value received from the leading vehicle by the vehicle-to-vehicle system; - characterised in that the vehicle longitudinal motion control system comprises a cooperative collision avoidance module, programmed to calculate a second deceleration value in order to maintain a safe following distance and/or time headway of the following vehicle with respect to the leading vehicle in the platoon; - wherein the vehicle longitudinal motion control comprises an arbitrator, programmed to output a maximum of said calculated first and second deceleration values; and - the vehicle longitudinal motion control comprises a brake controller, programmed to execute an actual deceleration value based on the output of the arbitrator. - equipping said leading and following vehicles with a vehicle longitudinal motion control system and a vehicle-to-vehicle communication system, - said vehicle-to-vehicle communication system communicating a deceleration value of the leading vehicle from the leading vehicle to the following vehicle; - wherein the vehicle longitudinal motion control comprises an adaptive cruise control module, programmed to calculate a first deceleration value of the following vehicle; based on the deceleration value received from the leading vehicle by the vehicle-to-vehicle system; - characterised in that the vehicle longitudinal motion control system comprises a cooperative collision avoidance module, programmed to calculate a second deceleration value in order to maintain a safe following distance and/or time headway of the following vehicle with respect to the leading vehicle in the platoon; - wherein the vehicle longitudinal motion control comprises an arbitrator, programmed to output a maximum of said calculated first and second deceleration values; and - the vehicle longitudinal motion control comprises a brake controller, programmed to execute an actual deceleration value based on the output of the arbitrator.
A self-adapting method for upper and lower connections of optical interfaces of a Radio Remote Unit, RRU, wherein the method comprises: initiating (S201, S301) the RRU and turning off signal transmission of each optical interface of the RRU; determining (S202) an upper and lower connection flag bit for each optical interface; determining (S203, S312) a reference resource of a phase-locked clock of the RRU according to the upper and lower connection flag bit; turning (S203, S313) on the signal transmission of each optical interface after a phase-locked loop is locked. initiating (S201, S301) the RRU and turning off signal transmission of each optical interface of the RRU; determining (S202) an upper and lower connection flag bit for each optical interface; determining (S203, S312) a reference resource of a phase-locked clock of the RRU according to the upper and lower connection flag bit; turning (S203, S313) on the signal transmission of each optical interface after a phase-locked loop is locked.
A measurement device, comprising: a sensing unit configured to sense a condition of an object to be measured; a plurality of output lines for outputting a sensing result of the sensing unit; and a control unit configured to apply voltages to the plurality of output lines based on the sensing result of the sensing unit, wherein the control unit performs self-failure diagnosis and outputs a result of the self-failure diagnosis with a combination of the voltages applied to the plurality of output lines. a sensing unit configured to sense a condition of an object to be measured; a plurality of output lines for outputting a sensing result of the sensing unit; and a control unit configured to apply voltages to the plurality of output lines based on the sensing result of the sensing unit, wherein the control unit performs self-failure diagnosis and outputs a result of the self-failure diagnosis with a combination of the voltages applied to the plurality of output lines.
A method for granting resources to a wireless device operating with a short Transmission Time Interval, sTTI, the method being performed by a network node , the method comprising: transmitting (S102), to the wireless device , a first control information message comprising a grant of resources for a downlink channel, transmitting (S106), to the wireless device , a second control information message in a device-specific search space, USS, or in a common search space, CSS, based on a parameter of the first control information message, characterised in that the first control information message defines a frequency band for short TTI operation in an uplink and/or downlink shared channel; and wherein the second control information message is comprised in the defined frequency band. transmitting (S102), to the wireless device , a first control information message comprising a grant of resources for a downlink channel, transmitting (S106), to the wireless device , a second control information message in a device-specific search space, USS, or in a common search space, CSS, based on a parameter of the first control information message, characterised in that the first control information message defines a frequency band for short TTI operation in an uplink and/or downlink shared channel; and wherein the second control information message is comprised in the defined frequency band.
A transmitter (Tx) for transmitting a multicarrier signal in an optical fiber communication system, wherein the transmitter (Tx) is adapted to transmit, towards a receiver (Rx) each subcarrier of the multicarrier signal in a single-sideband (SSB) modulation format or a double-sideband (DSB) modulation format characterized in that the transmitter is specifically adapted to select the respective modulation format in which each subcarrier of the multicarrier signal is transmitted towards the receiver (Rx) based on a comparison of a first quality performance when the subcarrier is configured in the SSB modulation format and a second quality performance when the subcarrier is configured in the DSB modulation format.
A sweeper implement (100; 100';100"; 200; 300) configured to be coupled to a power machine , the implement comprising: a power machine interface (210; 310) having a machine mount (212; 312) configured to attach the implement to the power machine; an implement frame (222; 322); a broom tool (224; 324) configured to perform a work task; a tool carrier (270; 370) configured to support the tool; a linkage (254; 354) coupling the broom tool to the implement frame through the tool carrier, the linkage configured to allow up and down movement of the tool relative to the implement frame; and an adjustable biasing member positioned between the implement frame and the linkage and configured to set a downward pressure by the tool on a work surface; the sweeper implement characterized in that : the tool carrier (270; 370) is configured to provide pivoting of the broom tool about a vertical axis to allow the broom tool to be angled under control of an angling actuator (226"; 326") such that a first end of the broom tool is forward of a second end of the broom tool to direct debris toward a side of the power machine. a power machine interface (210; 310) having a machine mount (212; 312) configured to attach the implement to the power machine; an implement frame (222; 322); a broom tool (224; 324) configured to perform a work task; a tool carrier (270; 370) configured to support the tool; a linkage (254; 354) coupling the broom tool to the implement frame through the tool carrier, the linkage configured to allow up and down movement of the tool relative to the implement frame; and an adjustable biasing member positioned between the implement frame and the linkage and configured to set a downward pressure by the tool on a work surface;
A low-temperature cooking machine, comprising a flexible heating unit and a pump for providing pressure or suction to cause the flexible heating unit to deform and contact with and heat a food , and comprising a food cooking cavity for receiving the food , wherein the flexible heating unit at least partially surrounds the food cooking cavity , and wherein the flexible heating unit is a liquid heating bag connected with a water heater , characterized in that the flexible heating unit comprises a lower flexible heating unit and an upper flexible heating unit , the low-temperature cooking machine comprises an upper cover pivotally mounted on the base , the upper flexible heating unit is arranged in an upper cover cavity of the upper cover , and the upper cover cavity is divided by the upper flexible heating unit into an upper medium storage area and an upper food cooking cavity ; the base cavity is divided by the lower flexible heating unit into a lower food cooking cavity and a lower medium storage area ; wherein the lower food cooking cavity , the lower flexible heating unit and the lower medium storage area are sequentially arranged in a separate manner from top to bottom in the base cavity; the upper medium storage area , the upper flexible heating unit and the upper food cooking cavity are sequentially arranged in a separate manner from top to bottom in the upper cover cavity.
A method for wireless communication at a user equipment, UE, comprising: identifying , based at least in part on a system bandwidth of a carrier, a plurality of narrowbands associated with communication using a first protocol, the plurality of narrowbands formed by the carrier being split into a plurality non-overlapping narrowband regions; receiving an indication of a valid set of narrowbands associated with a numerology, from the plurality of narrowbands, for the communication using the first protocol, wherein the valid set of narrowband resources is a subset of a total number of narrowband regions within the system bandwidth of the carrier; identifying a frequency hopping pattern for the communication using the first protocol; and receiving a downlink transmission based at least in part on applying the frequency hopping pattern for a plurality of time domain repetitions of the downlink transmission within the numerology associated with the valid set of narrowbands. identifying , based at least in part on a system bandwidth of a carrier, a plurality of narrowbands associated with communication using a first protocol, the plurality of narrowbands formed by the carrier being split into a plurality non-overlapping narrowband regions; receiving an indication of a valid set of narrowbands associated with a numerology, from the plurality of narrowbands, for the communication using the first protocol, wherein the valid set of narrowband resources is a subset of a total number of narrowband regions within the system bandwidth of the carrier; identifying a frequency hopping pattern for the communication using the first protocol; and receiving a downlink transmission based at least in part on applying the frequency hopping pattern for a plurality of time domain repetitions of the downlink transmission within the numerology associated with the valid set of narrowbands.
A squelch detector for a data communication system, the squelch detector comprising: an input configured to receive an input signal ; a peak detector connected to the input and configured to detect a maximum value of the input signal wherein the peak detector includes a refresh input configured to receive a refresh signal to reset the output of the peak detector; a valley detector connected to the input and configured to detect a minimum value of the input signal wherein the valley detector includes a refresh input configured to receive the refresh signal to reset the output of the valley detector; a comparator including a first signal input connected to the output of the peak detector, a second input connected to the output of the valley detector, and a first reference input receiving a reference value (refH), wherein the comparator further comprises a second reference input and wherein the comparator is configured to compare the difference between the output of the peak detector and the output of the valley detector to the difference between the reference value (refH) received at the first reference input and a reference value (refL) received at the second reference input. an input configured to receive an input signal ; a peak detector connected to the input and configured to detect a maximum value of the input signal wherein the peak detector includes a refresh input configured to receive a refresh signal to reset the output of the peak detector; a valley detector connected to the input and configured to detect a minimum value of the input signal wherein the valley detector includes a refresh input configured to receive the refresh signal to reset the output of the valley detector; a comparator including a first signal input connected to the output of the peak detector, a second input connected to the output of the valley detector, and a first reference input receiving a reference value (refH), wherein the comparator further comprises a second reference input and wherein the comparator is configured to compare the difference between the output of the peak detector and the output of the valley detector to the difference between the reference value (refH) received at the first reference input and a reference value (refL) received at the second reference input.
A lubrication system for a gate valve having a moveable gate and a gate sealing element located between first and second housing sections , wherein the gate is moved by energizing an actuator , the lubrication system comprising: a cartridge having a lubricant for lubricating the gate sealing element ; a plunger element for moving the lubricant from the cartridge to the gate sealing element (20, 30; a lubricant passageway located between the plunger element and the gate sealing element for supplying the lubricant moved by the plunger element to the gate sealing element ; and a plunger contact member in use being attached to the gate by an attachment element; wherein the plunger contact member engages the plunger element , and wherein movement of the gate causes movement of the plunger element to cause the lubricant to move from the cartridge to the gate sealing element characterised by further comprising a clevis in use being attached to the gate , wherein the plunger contact member is attached to the clevis . a cartridge having a lubricant for lubricating the gate sealing element ; a plunger element for moving the lubricant from the cartridge to the gate sealing element (20, 30; a lubricant passageway located between the plunger element and the gate sealing element for supplying the lubricant moved by the plunger element to the gate sealing element ; and a plunger contact member in use being attached to the gate by an attachment element; wherein the plunger contact member engages the plunger element , and wherein movement of the gate causes movement of the plunger element to cause the lubricant to move from the cartridge to the gate sealing element characterised by further comprising a clevis in use being attached to the gate , wherein the plunger contact member is attached to the clevis .
A method of managing network configuration information for a mesh network , the method comprising: receiving , at a border router (202; 406, 408) and from an external network , an assigned address prefix and associated configuration information for addressing and routing data packets; creating , by the border router (202; 406, 408), a provisioning domain associated with the assigned address prefix, the provisioning domain comprising the assigned address prefix, the associated configuration information , and an identifier that uniquely identifies the created provisioning domain, the provisioning domain created as a consistent set of network configuration information and usable by a router in the mesh network to address a data packet to a destination address to assure that any potentially conflicting combination of configuration information is not used for addressing a data packet to a destination; and forwarding , by the border router (202; 406, 408), the created provisioning domain to a leader device of the mesh network , effective to enable the leader device to propagate the provisioning domain to the mesh network . receiving , at a border router (202; 406, 408) and from an external network , an assigned address prefix and associated configuration information for addressing and routing data packets; creating , by the border router (202; 406, 408), a provisioning domain associated with the assigned address prefix, the provisioning domain comprising the assigned address prefix, the associated configuration information , and an identifier that uniquely identifies the created provisioning domain, the provisioning domain created as a consistent set of network configuration information and usable by a router in the mesh network to address a data packet to a destination address to assure that any potentially conflicting combination of configuration information is not used for addressing a data packet to a destination; and forwarding , by the border router (202; 406, 408), the created provisioning domain to a leader device of the mesh network , effective to enable the leader device to propagate the provisioning domain to the mesh network .
Machine for assembling pallets comprising a support structure , at least one framework for assembling a pallet , said pallet being formed of parts (161-164), said framework being housable within said support structure , at least one upright movable on said support structure and provided with at least one front nailing means for nailing the parts (161-164) of the pallet , said machine further comprising means of vertical movement for vertically displacing said at least one front nailing means on the movable upright , said movable upright comprises on the rear part at least one abutment means , said at least one abutment means being designed to close or rivet the nails or staples at the back inserted by said front nailing means into the parts of a pallet supported by said at least one framework , characterised in that said at least one abutment means is vertically movable by means of said movement means in a coordinated manner with the respective one or more front nailing means .
A sole structure for an article of footwear having an upper , the sole structure comprising: a heel region ; a forefoot region ; a mid-foot region disposed between the heel region and the forefoot region ; and a bladder including a first barrier layer cooperating with a second barrier layer to define a first chamber having a third segment extending along a medial side of the sole structure in the forefoot region , a second segment disposed within the forefoot region and extending continuously from a second end of the third segment to the lateral side , a first segment disposed within the forefoot region and extending continuously from a first end of the third segment to the lateral side and diverging from the second segment , the first end of the third segment being fluidly coupled to the first segment and the second end of the third segment being fluidly coupled to the second segment , a fourth segment extending towards the heel region and the first segment from the second segment along the lateral side , and a fifth segment extending from the fourth segment towards the medial side and terminating at a distal end between the medial side and the lateral side , wherein the fifth segment is disposed between the second segment and the first segment . a heel region ; a forefoot region ; a mid-foot region disposed between the heel region and the forefoot region ; and a bladder including a first barrier layer cooperating with a second barrier layer to define a first chamber having a third segment extending along a medial side of the sole structure in the forefoot region , a second segment disposed within the forefoot region and extending continuously from a second end of the third segment to the lateral side , a first segment disposed within the forefoot region and extending continuously from a first end of the third segment to the lateral side and diverging from the second segment , the first end of the third segment being fluidly coupled to the first segment and the second end of the third segment being fluidly coupled to the second segment , a fourth segment extending towards the heel region and the first segment from the second segment along the lateral side , and a fifth segment extending from the fourth segment towards the medial side and terminating at a distal end between the medial side and the lateral side , wherein the fifth segment is disposed between the second segment and the first segment .
Stator element of a progressive-cavity pump, said stator element including: • a framework tube having a longitudinal axis (A-A), an internal face and an external face , and • an elastomer lining attached to the internal face of the framework tube, characterised in that at least one portion of the framework tube has a substantially constant thickness (e) and in that said portion of the framework tube is deformed so that it comprises at least a first relief and a second relief , the first relief having the form of a helical strip having a pitch to the right with respect to the longitudinal axis (A-A) of the framework tube, the second relief having the form of a helical strip having a pitch to the left with respect to the longitudinal axis (A-A) of the framework tube, the first relief and the second relief joining in at least one section . • a framework tube having a longitudinal axis (A-A), an internal face and an external face , and • an elastomer lining attached to the internal face of the framework tube, characterised in that at least one portion of the framework tube has a substantially constant thickness (e) and in that said portion of the framework tube is deformed so that it comprises at least a first relief and a second relief , the first relief having the form of a helical strip having a pitch to the right with respect to the longitudinal axis (A-A) of the framework tube, the second relief having the form of a helical strip having a pitch to the left with respect to the longitudinal axis (A-A) of the framework tube, the first relief and the second relief joining in at least one section .