mhurhangee/patent-ind-claim-en huggingface dataset:
An uplink transmit power control method, wherein the method comprises: receiving , by a terminal device, control signaling sent by a radio access network device; learning , by the terminal device based on the control signaling, of a slot of power control information required by the terminal device to send an uplink physical channel; obtaining , by the terminal device in the slot of the power control information required for sending the uplink physical channel, the power control information required for sending the uplink physical channel, wherein the control signaling comprises indication information, the indication information comprises slot offset information, and the slot offset information is used to indicate an offset between the slot of the power control information required by the terminal device to send an uplink physical channel and a slot scheduled to the terminal device to send the uplink physical channel based on the power control information; and the learning, by the terminal device based on the control signaling, of the slot of power control information required by the terminal device to send the uplink physical channel comprises: learning, by the terminal device based on the slot offset information comprised in the control signaling, of the slot of the power control information required by the terminal device to send the uplink physical channel. receiving , by a terminal device, control signaling sent by a radio access network device; learning , by the terminal device based on the control signaling, of a slot of power control information required by the terminal device to send an uplink physical channel; obtaining , by the terminal device in the slot of the power control information required for sending the uplink physical channel, the power control information required for sending the uplink physical channel, wherein the control signaling comprises indication information, the indication information comprises slot offset information, and the slot offset information is used to indicate an offset between the slot of the power control information required by the terminal device to send an uplink physical channel and a slot scheduled to the terminal device to send the uplink physical channel based on the power control information; and the learning, by the terminal device based on the control signaling, of the slot of power control information required by the terminal device to send the uplink physical channel comprises: learning, by the terminal device based on the slot offset information comprised in the control signaling, of the slot of the power control information required by the terminal device to send the uplink physical channel.
A node configuration method, comprising: determining , by a controller, a target network based on an original network, wherein the original network is for flooding control topology information, the target network is for flooding service topology information, and a quantity of flooding paths in the target network is less than a quantity of flooding paths in the original network, wherein the control topology information comprises a link-state advertisement, LSA, and the service topology information comprises traffic engineering, TE topology information that includes maximum link bandwidth, maximum reservable bandwidth, current reserved bandwidth, a priority, and the like of a TE link; determining , by the controller, attributes of all interfaces on each node, wherein the attributes of the interfaces comprise a first attribute and a second attribute, an interface with the first attribute is configured to flood the service topology information to a corresponding adjacent node, and receive service topology information flooded by another node, and an interface with the second attribute is not configured to flood the service topology information but may flood the control topology information; and generating , by the controller, first configuration information based on the attributes of all the interfaces on each node, and sending, to each node, the first configuration information corresponding to each node, wherein the first configuration information indicates each node to configure the attributes of all the local interfaces. determining , by a controller, a target network based on an original network, wherein the original network is for flooding control topology information, the target network is for flooding service topology information, and a quantity of flooding paths in the target network is less than a quantity of flooding paths in the original network, wherein the control topology information comprises a link-state advertisement, LSA, and the service topology information comprises traffic engineering, TE topology information that includes maximum link bandwidth, maximum reservable bandwidth, current reserved bandwidth, a priority, and the like of a TE link; determining , by the controller, attributes of all interfaces on each node, wherein the attributes of the interfaces comprise a first attribute and a second attribute, an interface with the first attribute is configured to flood the service topology information to a corresponding adjacent node, and receive service topology information flooded by another node, and an interface with the second attribute is not configured to flood the service topology information but may flood the control topology information; and generating , by the controller, first configuration information based on the attributes of all the interfaces on each node, and sending, to each node, the first configuration information corresponding to each node, wherein the first configuration information indicates each node to configure the attributes of all the local interfaces.
A computer-implemented method of determining user interface usage, the method comprising: collecting via a collector , from at least one user interface including at least one data entry field, data indicating at least one event that occurs as a result of an action performed by a user on a data entry field and data associated with the user interface at the time of the at least one action; extracting via the extractor , from the data indicating at least one event and the data associated with the user interface , data indicating an entity associated with the at least one event; applying a regular time interval to the data indicating at least one event, the data associated with the user interface, and the data indicating an entity and determining the entity as owner of the event; assigning each time interval to the entity owning the greatest number of events in that time interval; determining a duration of an activity by multiplying the number of intervals that contain a given entity and action by the duration of the time interval; and determining multitasking by identifying time intervals that alternate between different entity and action winners and by determining a time interval winner based on the most common entity in the time interval. collecting via a collector , from at least one user interface including at least one data entry field, data indicating at least one event that occurs as a result of an action performed by a user on a data entry field and data associated with the user interface at the time of the at least one action; extracting via the extractor , from the data indicating at least one event and the data associated with the user interface , data indicating an entity associated with the at least one event; applying a regular time interval to the data indicating at least one event, the data associated with the user interface, and the data indicating an entity and determining the entity as owner of the event; assigning each time interval to the entity owning the greatest number of events in that time interval; determining a duration of an activity by multiplying the number of intervals that contain a given entity and action by the duration of the time interval; and determining multitasking by identifying time intervals that alternate between different entity and action winners and by determining a time interval winner based on the most common entity in the time interval.
Damping device , in particular for doors or windows, comprising: a piston , comprising a first half-piston and a second half-piston , wherein the first half-piston and the second half-piston are connected to each other by a body, wherein the body between the first half-piston and the second half-piston has a shape which is suited to allow a force to be exerted on the piston , in at least a longitudinal direction of the piston ; a first half-cylinder and a second half-cylinder , wherein the first half-piston is a part of the piston configured to act as a piston in the first half-cylinder , wherein the second half-piston is a part of the piston , opposite the first half-piston , configured to act as a piston in the second half-cylinder , wherein the piston is configured for use with the first half-cylinder and the second half-cylinder such that a first volume is included between the first half-piston and the first half-cylinder and such that a second volume is included between the second half-piston and the second half-cylinder , and wherein the piston comprises a hole for the passage of a fluid between the first volume and the second volume , characterized in that the first half-cylinder and the second half-cylinder are implemented separated from each other; and by at least one first gasket on the first half-piston and at least one second gasket on the second half-piston . a piston , comprising a first half-piston and a second half-piston , wherein the first half-piston and the second half-piston are connected to each other by a body, wherein the body between the first half-piston and the second half-piston has a shape which is suited to allow a force to be exerted on the piston , in at least a longitudinal direction of the piston ; a first half-cylinder and a second half-cylinder , wherein the first half-piston is a part of the piston configured to act as a piston in the first half-cylinder , wherein the second half-piston is a part of the piston , opposite the first half-piston , configured to act as a piston in the second half-cylinder , wherein the piston is configured for use with the first half-cylinder and the second half-cylinder such that a first volume is included between the first half-piston and the first half-cylinder and such that a second volume is included between the second half-piston and the second half-cylinder , and wherein the piston comprises a hole for the passage of a fluid between the first volume and the second volume , characterized in that the first half-cylinder and the second half-cylinder are implemented separated from each other; and by at least one first gasket on the first half-piston and at least one second gasket on the second half-piston .
A cigarette heating device comprising a cigarette holder , a heating cavity and a base which are connected in sequence, a top end of the heating cavity being communicated with the cigarette holder , the heating cavity being connected with a power supply device, and the power supply device being disposed at the base , the heating cavity comprises a shell and a heating assembly for heating and baking a cigarette , the heating assembly is electrically connected with the power supply device, the shell surrounds an outer side of the heating assembly , and two ends of the shell are connected with the cigarette holder and the base , respectively; and an air passage is disposed at a bottom end of the shell , and the air passage communicates the heating cavity with an external environment for air to enter and exit the heating cavity , characterized in that an air gap is left between the heating assembly and the shell , and a width of the air gap ranges from 0.5 mm to 1.5 mm, the air enters from the air passage at the bottom end of the heating cavity , passes through the air gap , and enters the heating assembly .
A compound of the structure: or a pharmaceutically acceptable salt, hydrate, or stereoisomer thereof.
A reefer receptacle comprising: a connector end configured to couple to an electrical connector of a reefer container ; an electrical interlock coupled to the connector end; a breaker coupled to the electrical interlock ; a power supply coupled to the breaker; and a controller coupled to the power supply , wherein the controller is configured to perform at least one test to determine if an adverse electrical condition exists prior to putting the reefer container in service, wherein the controller is configured to determine that no adverse electrical condition exists with respect to the electrical load before allowing power to flow between the connector end and the electrical connector of the reefer receptacle , characterized in that the controller is configured to send time domain pulses through electrical conductors coupling the breaker to the electrical connector of the reefer container , and to analyze their reflections so as to determine whether a fault exists and to locate said fault. a connector end configured to couple to an electrical connector of a reefer container ; an electrical interlock coupled to the connector end; a breaker coupled to the electrical interlock ; a power supply coupled to the breaker; and a controller coupled to the power supply , wherein the controller is configured to perform at least one test to determine if an adverse electrical condition exists prior to putting the reefer container in service, wherein the controller is configured to determine that no adverse electrical condition exists with respect to the electrical load before allowing power to flow between the connector end and the electrical connector of the reefer receptacle , characterized in that the controller is configured to send time domain pulses through electrical conductors coupling the breaker to the electrical connector of the reefer container , and to analyze their reflections so as to determine whether a fault exists and to locate said fault.
Luminaire having a luminaire housing which is closed with a cover , a circumferential seal being arranged between the luminaire housing and the cover , and the seal extending into a circumferential groove on the luminaire housing and/or into a circumferential groove in the cover , wherein the seal is formed from an elastic material which, in cross-section perpendicular to the longitudinal extension of the circumferential grooves, has a profile with a plurality of lamellae , a first plurality of lamellae being inserted into the groove of the lamp housing or cover , and the seal being connected to the opposite component of the luminaire on a side opposite the first plurality of lamellae, characterized in that the seal has, on the side opposite the first plurality of lamellae, a second plurality of lamellae which are inserted into a groove of the opposite component (2; 4) to form the connection of the seal to the opposite component (2; 4).
Oral nozzle for endoscopic procedures to deliver a high gas flow into the patient's mouth through a wide and low resistance outlet, preventing said flow from affecting the patient and/or being blocked, the nozzle comprising: a tubular central body with a passage ; an anterior flange and a posterior flange ; a flow intake duct ; wherein said flow intake duct is communicated by means of a perforation located inside the nozzle with a flow distributor channel , said flow intake duct being perpendicular to the flow distributor channel , wherein the flow distributor channel consists of a chamber located inside the central body and concentric to this, wherein the opening of said chamber is distributed over the front face of the nozzle and allows the administration within the patient's mouth of a flow, said opening being located completely around the passage . a tubular central body with a passage ; an anterior flange and a posterior flange ; a flow intake duct ; wherein said flow intake duct is communicated by means of a perforation located inside the nozzle with a flow distributor channel , said flow intake duct being perpendicular to the flow distributor channel , wherein the flow distributor channel consists of a chamber located inside the central body and concentric to this, wherein the opening of said chamber is distributed over the front face of the nozzle and allows the administration within the patient's mouth of a flow, said opening being located completely around the passage .
A device for the variable fixing of a headrest to a vehicle seat, having a receptacle which forms a receiving space for receiving a headrest support , and having a locking element which, by means of a disengagement movement of a disengagement element , is movable from a locking position, in which a locking section of the locking element projects into the receiving space , into a release position, in which the locking section does not project into the receiving space or projects into the receiving space to a lesser extent than in the locking position, wherein the movement of the disengagement element leads along the longitudinal axis of the receiving space , characterized in that the movement of the disengagement element can be effected by means of an actuation movement of an actuation element , wherein the direction of the actuation movement is oriented perpendicular to the longitudinal axis .
A tubeless tyre comprising a tread , a carcass defining an inner cavity , an innerliner designed to ensure that the air contained in the inner cavity of the carcass remains under pressure, a sealant layer arranged in said inner cavity in contact with the innerliner , and a sound-absorbing layer , made of foamed material, which is also arranged in said inner cavity ; said tyre being characterized in that it comprises a support structure housed inside said inner cavity and designed to support said sound-absorbing layer , always keeping it separate from said sealant layer ; said support structure comprising a spacing portion having an end in contact with said innerliner and partially immersed in said sealant layer and a support portion , on which said sound-absorbing layer is fixed; the tyre being characterised in that said support structure is made of polymeric non-foamed material having a Young's modulus ranging from 1000 to 2900 N/mm 2 .
A bicycle path and/or a footpath comprising elongated road surface plates which are coupled to each other with the ends , which road surface plates are provided with a top side which is driven/walked on and a underside facing towards a ground , the bicycle path and/or the footpath further comprises cross beams which are present on the ground under the road surface plates and which in longitudinal direction extend transversely to the longitudinal direction of the road surface plates, so that the road surface plates are spaced above the ground , wherein in facing surfaces of the road surface plates grooves are present which extend in width direction of the road surface plates, wherein the groove or grooves in one road surface plate is/are directly opposite the groove or grooves in the adjacent road surface plate, and wherein one or more compressible coupling elements are present between the ends of the road surface plates , characterized in that the at least one compressible coupling element is present in the opposite grooves to prevent vertical displacement of the road surface plates relative to each other.
A display apparatus comprising: a front frame ; a display panel disposed on the rear side of the front frame to display an image toward the front side of the front frame ; a backlight unit disposed on the rear side of the display panel to provide light onto the display panel ; a bottom cover disposed on the rear side of the backlight unit , the bottom cover being coupled to the front frame to package the display panel and the backlight unit ; a main board disposed on the rear side of the bottom cover ; and a back cover covering the main board , the back cover being coupled to the bottom cover to partially cover the bottom cover ; wherein the front frame is hook-coupled to the bottom cover , characterized in that the main board is disposed away from the center of the back surface of the bottom cover and in that the front frame is hook-coupled to the back cover . a front frame ; a display panel disposed on the rear side of the front frame to display an image toward the front side of the front frame ; a backlight unit disposed on the rear side of the display panel to provide light onto the display panel ; a bottom cover disposed on the rear side of the backlight unit , the bottom cover being coupled to the front frame to package the display panel and the backlight unit ; a main board disposed on the rear side of the bottom cover ; and a back cover covering the main board , the back cover being coupled to the bottom cover to partially cover the bottom cover ; wherein the front frame is hook-coupled to the bottom cover , characterized in that the main board is disposed away from the center of the back surface of the bottom cover and in that the front frame is hook-coupled to the back cover .
A method for controlling a feedback torque actuator in a steering system , incorporating the following steps for feedback torque control: - measurement of at least one input signal with the aid of a sensor, - determination of a steering angle from the above-mentioned input signal, - transformation of the above-mentioned input signal of a steering angle to a target steering-wheel torque, and - control of the mentioned feedback torque actuator via a closed loop current control to achieve said target steering-wheel torque, so that the steering-wheel torque will be close to the above-mentioned target steering-wheel torque whereby acceptable steering feel is achieved, characterised in that it comprises achieving the steering-wheel torque being close to the target steering-wheel torque by achieving a low torque in a column axle arranged below the feedback torque actuator of the steering system . - measurement of at least one input signal with the aid of a sensor, - determination of a steering angle from the above-mentioned input signal, - transformation of the above-mentioned input signal of a steering angle to a target steering-wheel torque, and - control of the mentioned feedback torque actuator via a closed loop current control to achieve said target steering-wheel torque,
A method of imparting at least one beneficial trait upon a plant species, the method comprising: applying at least one isolated bacterial species to said plant, or to a growth medium in which said plant is located, wherein the at least one isolated bacterial species is selected from the group consisting of: a) Arthrobacter cupressi deposited as NRRL Accession Deposit No. NRRL B-67183 and; b) Arthrobacter cupressi deposited as NRRL Accession Deposit No. NRRL B-67184. a) Arthrobacter cupressi deposited as NRRL Accession Deposit No. NRRL B-67183 and; b) Arthrobacter cupressi deposited as NRRL Accession Deposit No. NRRL B-67184.