mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from a base station, first information associated with a physical random access channel, PRACH, configuration period and second information associated with a number of synchronization signal blocks, SSBs, on a broadcast channel; identifying a set of association periods corresponding to the PRACH configuration period; identifying , from the set of association periods, a minimum association period in which each of the SSBs is mapped at least once to random access occasions; and transmitting, to the base station, a random access preamble in a random access occasion within the minimum association period. receiving , from a base station, first information associated with a physical random access channel, PRACH, configuration period and second information associated with a number of synchronization signal blocks, SSBs, on a broadcast channel; identifying a set of association periods corresponding to the PRACH configuration period; identifying , from the set of association periods, a minimum association period in which each of the SSBs is mapped at least once to random access occasions; and transmitting, to the base station, a random access preamble in a random access occasion within the minimum association period.
A baling machine comprising: a baler frame ; a wrapping device having a wrap material bay , the wrapping device attached to the baler frame and operable to provide a supply of wrap material from a wrap material roll when the wrap material roll is located in the wrap material bay in a dispensing position; a cover pivotally attached to the baler frame , the cover being movable from the baler frame between closed and open positions to selectively provide access to the wrap material bay ; and a wrap transfer device attached to the baler frame and operable to support and transfer the wrap material roll relative to the baler frame ; wherein the wrap transfer device includes: an arm having a first end and a second end , the arm pivotally attached to the baler frame at the first end for rotation of the arm about a vertical axis; characterized in that the wrap transfer device further includes a lifting device positioned on the arm , wherein the lifting device is configured to be attached to the wrap material roll and operable to lower and lift the wrap material roll via a cable ; wherein the wrap transfer device is under the cover when the wrap transfer device is positioned within the wrap material bay . a baler frame ; a wrapping device having a wrap material bay , the wrapping device attached to the baler frame and operable to provide a supply of wrap material from a wrap material roll when the wrap material roll is located in the wrap material bay in a dispensing position; a cover pivotally attached to the baler frame , the cover being movable from the baler frame between closed and open positions to selectively provide access to the wrap material bay ; and a wrap transfer device attached to the baler frame and operable to support and transfer the wrap material roll relative to the baler frame ; wherein the wrap transfer device includes: an arm having a first end and a second end , the arm pivotally attached to the baler frame at the first end for rotation of the arm about a vertical axis; characterized in that the wrap transfer device further includes a lifting device positioned on the arm , wherein the lifting device is configured to be attached to the wrap material roll and operable to lower and lift the wrap material roll via a cable ; wherein the wrap transfer device is under the cover when the wrap transfer device is positioned within the wrap material bay . an arm having a first end and a second end , the arm pivotally attached to the baler frame at the first end for rotation of the arm about a vertical axis; characterized in that the wrap transfer device further includes a lifting device positioned on the arm , wherein the lifting device is configured to be attached to the wrap material roll and operable to lower and lift the wrap material roll via a cable ; wherein the wrap transfer device is under the cover when the wrap transfer device is positioned within the wrap material bay .
A method, comprising: receiving, by a path computation element, PCE, a second path computation element communication protocol, PCEP, message from a first path computation client, PCC; sending, by the PCE, a third PCEP message to the first PCC, wherein each of the second PCEP message and the third PCEP message carries an SRv6-CAPABILITY Type Length Value, TLV, field, wherein the SRv6 CAPABILITY TLV field in the second PCEP message indicates that the first PCC supports SRv6, and the SRv6 CAPABILITY TLV field in the third PCEP message indicates that the PCE supports SRv6; setting up an SRv6 capable PCEP session between the first PCC and the PCE using the second PCEP message and the third PCEP message; generating , by the PCE, a first PCEP message, wherein the first PCEP message comprises an indicating information and a segment identifier, SID, field, the SID field comprises multiple SIDs and the indicating information indicates that each of the multiple SIDs is an IPv6 prefix of a node in a tunnel, respectively, wherein the PCEP message comprises an explicit route object, ERO, and the ERO comprises SRv6-ERO subobjects that carry the indicating information and the multiple SIDs; and sending , by the PCE, the first PCEP message to a first path computation client, PCC, to establish a segment routing for an IPv6 forwarding plane, SRv6, tunnel from the first PCC to a second PCC according to the SIDs and the indicating information. receiving, by a path computation element, PCE, a second path computation element communication protocol, PCEP, message from a first path computation client, PCC; sending, by the PCE, a third PCEP message to the first PCC, wherein each of the second PCEP message and the third PCEP message carries an SRv6-CAPABILITY Type Length Value, TLV, field, wherein the SRv6 CAPABILITY TLV field in the second PCEP message indicates that the first PCC supports SRv6, and the SRv6 CAPABILITY TLV field in the third PCEP message indicates that the PCE supports SRv6; setting up an SRv6 capable PCEP session between the first PCC and the PCE using the second PCEP message and the third PCEP message; generating , by the PCE, a first PCEP message, wherein the first PCEP message comprises an indicating information and a segment identifier, SID, field, the SID field comprises multiple SIDs and the indicating information indicates that each of the multiple SIDs is an IPv6 prefix of a node in a tunnel, respectively, wherein the PCEP message comprises an explicit route object, ERO, and the ERO comprises SRv6-ERO subobjects that carry the indicating information and the multiple SIDs; and sending , by the PCE, the first PCEP message to a first path computation client, PCC, to establish a segment routing for an IPv6 forwarding plane, SRv6, tunnel from the first PCC to a second PCC according to the SIDs and the indicating information.
A scanner, scale and touchscreen display (310 or 610) comprising: a bar code scanner ; a weigh scale; a touchscreen display comprising both a display and a touch screen (400 or 500); and control electronics for processing bar code scanner output data, weigh scale output data, inputs from the touchscreen display, and driving the display; characterised in that the weigh scale comprises a glass weigh plate , and a plurality of load cells (412, 414, 416, or 418) which detect both weight of an item placed on the weigh scale to be weighed, as well as location of a touch upon the touch input; and the scanner, scale and touchscreen display (310 or 610) are an integrated scanner, scale and touchscreen display. a bar code scanner ; a weigh scale; a touchscreen display comprising both a display and a touch screen (400 or 500); and control electronics for processing bar code scanner output data, weigh scale output data, inputs from the touchscreen display, and driving the display; characterised in that the weigh scale comprises a glass weigh plate , and a plurality of load cells (412, 414, 416, or 418) which detect both weight of an item placed on the weigh scale to be weighed, as well as location of a touch upon the touch input; and the scanner, scale and touchscreen display (310 or 610) are an integrated scanner, scale and touchscreen display.
Advertising installation having an advertising space having a support , and having at least one annular sheet , wherein the support has at least one receptacle for receiving an areal film , wherein the film is configured to be introducible into the receptacle and exchangeable, and wherein the receptacle has multiple receptacle elements which, individually or together with the support , form one or more grooves which are suitable and intended for receiving and for guiding the sheet in the formed groove in an annular or partially annular manner, characterized in that , along the periphery, the annular receptacle has an insertion opening for introducing the sheet into the annular receptacle , and the insertion opening is provided with an insertion region which adjoins the annular receptacle approximately tangentially and which is suitable and intended for guiding the sheet in such a way that the sheet can be introduced into or removed from the annular receptacle , wherein the support and the receptacle are formed integrally so as to form a supporting structure.
Method for cooling the escaping vapour or steam from the cooking chamber of a cooking appliance , in particular of an oven or steamer, the cooking appliance being equipped with: a cooking chamber , a door for closing a front loading opening of the cooking chamber , a cooling device for replacing part of the vapour or steam in the cooking chamber with cold air and a control device for actuating the cooling device via a control command , the control command being triggered by the signal or the measured value of a proximity sensor arranged on the cooking appliance before a person as an operator manually opens the door , the signal or the measured value being generated by the proximity sensor as a result of a person approaching the cooking appliance , characterised in that the cooling device carries out at least one of the following method steps as a result of the control command of the control device : • increasing an exhaust air flow of a cooling fan , the air flow picking up part of the vapour or steam from the cooking chamber via a first opening in the ceiling of the cooking chamber and transporting it out of the cooking appliance via a flow line ; • increasing the first opening in the ceiling by moving an adjustable first flap unit ; • uncovering a second opening in one of the cooking chamber walls by moving an adjustable second flap unit . a cooking chamber , a door for closing a front loading opening of the cooking chamber , a cooling device for replacing part of the vapour or steam in the cooking chamber with cold air and a control device for actuating the cooling device via a control command , the control command being triggered by the signal or the measured value of a proximity sensor arranged on the cooking appliance before a person as an operator manually opens the door , the signal or the measured value being generated by the proximity sensor as a result of a person approaching the cooking appliance , characterised in that the cooling device carries out at least one of the following method steps as a result of the control command of the control device : • increasing an exhaust air flow of a cooling fan , the air flow picking up part of the vapour or steam from the cooking chamber via a first opening in the ceiling of the cooking chamber and transporting it out of the cooking appliance via a flow line ; • increasing the first opening in the ceiling by moving an adjustable first flap unit ; • uncovering a second opening in one of the cooking chamber walls by moving an adjustable second flap unit . • increasing an exhaust air flow of a cooling fan , the air flow picking up part of the vapour or steam from the cooking chamber via a first opening in the ceiling of the cooking chamber and transporting it out of the cooking appliance via a flow line ; • increasing the first opening in the ceiling by moving an adjustable first flap unit ; • uncovering a second opening in one of the cooking chamber walls by moving an adjustable second flap unit .
A method for selecting a relay in device-to-device communication, comprising: receiving (S310), by a first user equipment, UE, information sent by a second UE, wherein the information is used to indicate that the second UE can serve as relay UE; performing (S320), by the first UE, demodulation processing on the received information sent by the second UE, to determine whether the information sent by the second UE is successfully received; and adding (S330), by the first UE, the second UE to a candidate relay UE list if it is determined that the information sent by the second UE is successfully received; characterized in that the information is sent from the second UE to the first UE, when the link quality of a wireless cellular link between a base station and the second UE is greater than a quality threshold. receiving (S310), by a first user equipment, UE, information sent by a second UE, wherein the information is used to indicate that the second UE can serve as relay UE; performing (S320), by the first UE, demodulation processing on the received information sent by the second UE, to determine whether the information sent by the second UE is successfully received; and adding (S330), by the first UE, the second UE to a candidate relay UE list if it is determined that the information sent by the second UE is successfully received; characterized in that the information is sent from the second UE to the first UE, when the link quality of a wireless cellular link between a base station and the second UE is greater than a quality threshold.
A false car device configured for use in an elevator hoistway, the false car device comprising: a platform assembly ; a frame assembly configured to support the platform assembly , the frame assembly including one or more safety assemblies ; a lift assembly configured to facilitate hoisting of the platform assembly and the frame assembly within the elevator hoistway; a plurality of safety ropes ; and a climbing rope attached to the lift assembly , the climbing rope having a tension; characterized in that the safety ropes each have a first end attached to the lift assembly and a second end attached to one of the safety assemblies , wherein the safety assemblies are configured to engage an elevator guide rail in the event the tension in the climbing rope is lost, and wherein the safety assemblies are configured to remain engaged until tension returns to the climbing rope and safety ropes . a platform assembly ; a frame assembly configured to support the platform assembly , the frame assembly including one or more safety assemblies ; a lift assembly configured to facilitate hoisting of the platform assembly and the frame assembly within the elevator hoistway; a plurality of safety ropes ; and a climbing rope attached to the lift assembly , the climbing rope having a tension; characterized in that the safety ropes each have a first end attached to the lift assembly and a second end attached to one of the safety assemblies , wherein the safety assemblies are configured to engage an elevator guide rail in the event the tension in the climbing rope is lost, and wherein the safety assemblies are configured to remain engaged until tension returns to the climbing rope and safety ropes .
A computer-implemented method for generating a design for a continuum robot , the method comprising: generating a first plurality of candidate designs for the continuum robot, wherein each candidate design included in the first plurality of candidate designs is based on a first set of values for a set of design parameters; determining a first performance value for each candidate design included in the first plurality of candidate designs; based at least in part on the first performance values, selecting a subset of candidate designs from the first plurality of candidate designs; and based on the subset of candidate designs, generating a second plurality of candidate designs for the continuum robot, wherein each candidate design included in the second plurality of candidate designs is based on a second set of values for the set of design parameters. generating a first plurality of candidate designs for the continuum robot, wherein each candidate design included in the first plurality of candidate designs is based on a first set of values for a set of design parameters; determining a first performance value for each candidate design included in the first plurality of candidate designs; based at least in part on the first performance values, selecting a subset of candidate designs from the first plurality of candidate designs; and based on the subset of candidate designs, generating a second plurality of candidate designs for the continuum robot, wherein each candidate design included in the second plurality of candidate designs is based on a second set of values for the set of design parameters.
Adjustable folding covering for a convertible vehicle, said folding covering being able to be moved between a closed position spanning a passenger compartment into a folded-together storage position, comprising an outer covering material and a cushioned or else insulating mat facing the passenger compartment, wherein the cushioned mat and covering material form a floating layer, and wherein the covering material and cushioned mat are supported by covering components, wherein the covering components comprise at least one C pillar and a tensioning bow , and wherein the covering material and the cushioned mat are held in first regions on covering components , and wherein the covering material and the cushioned mat forms a corner region in a second region which extends in front of the end regions of the tensioning bow in the direction of travel F, and the covering material edge runs forwards, as seen in the direction of travel F, as far as the C pillar without a direct fastening and forms a "material slack", characterized in that a stabilizing element is attached in the second region between covering material edge (R) and edge of the cushioned mat in such a manner that, during the adjustment movement from the closed position of the folding covering into the storage position, said stabilizing element brings about an inherently stable stabilization of the corner region and a defined formation of folds, and in that the stabilizing element has a first attachment region and a second attachment region , wherein the first attachment region has a predetermined buckling point along the axis of symmetry (A), and wherein the second attachment region is designed for the releasable and length-adjustable attachment to a fastening portion on the padded mat .
A method for tuning a generator , the method comprising: providing a power amplifier that provides the generator a source impedance, ZS, wherein a complex conjugate of ZS is an impedance into which the generator delivers maximum power with a fixed-power control input to the power amplifier ; coupling the generator to a plasma chamber, igniting a plasma in the plasma chamber, wherein an impedance, ZL, is presented to the generator that varies in response to a frequency and level of power applied to the plasma chamber, wherein a nominal value of ZL is close to the complex conjugate of ZS; setting the frequency of power applied by the generator to a current best frequency; sensing a characteristic of the power applied by the generator; determining a current best error based upon the characteristic of the power; maintaining the frequency of the power at the current best frequency for a main-time-period; changing the frequency of the power to a probe frequency; maintaining the frequency of the power at the probe frequency for a probe-time-period, wherein the probe-time-period is less than the main-time-period; setting the current best frequency to the probe frequency, without changing the frequency of the power from the probe frequency, if the error at the probe frequency is less than the error at the current best frequency. providing a power amplifier that provides the generator a source impedance, ZS, wherein a complex conjugate of ZS is an impedance into which the generator delivers maximum power with a fixed-power control input to the power amplifier ; coupling the generator to a plasma chamber, igniting a plasma in the plasma chamber, wherein an impedance, ZL, is presented to the generator that varies in response to a frequency and level of power applied to the plasma chamber, wherein a nominal value of ZL is close to the complex conjugate of ZS; setting the frequency of power applied by the generator to a current best frequency; sensing a characteristic of the power applied by the generator; determining a current best error based upon the characteristic of the power; maintaining the frequency of the power at the current best frequency for a main-time-period; changing the frequency of the power to a probe frequency; maintaining the frequency of the power at the probe frequency for a probe-time-period, wherein the probe-time-period is less than the main-time-period; setting the current best frequency to the probe frequency, without changing the frequency of the power from the probe frequency, if the error at the probe frequency is less than the error at the current best frequency.
A system for measuring visual fixation disparity comprising: a display apparatus for presenting stereoscopic visual content to a patient; a sensing apparatus adapted to monitor the central vision of the patient; a controller adapted to control the display apparatus to stereoscopically display a smoothly moving peripheral target with a static central image target. a display apparatus for presenting stereoscopic visual content to a patient; a sensing apparatus adapted to monitor the central vision of the patient; a controller adapted to control the display apparatus to stereoscopically display a smoothly moving peripheral target with a static central image target.
A communication system in which a first electronic device and a second electronic device connected to a same wiring , among a plurality of electronic devices, are associated with each other as being installed for a same space, based on an arrangement state of wirings of the plurality of electronic devices arranged according to a configuration of a plurality of spaces, wherein the first electronic device is configured to transmit a reply request including identification information of a first network to the second electronic device, characterized in that the second electronic device is configured to return the identification information of the second electronic device to the first electronic device in a case where received identification information of the first network received from a relay device configured to connect a communication between the first network and a second network matches the identification information of the first network received from the first electronic device.