mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: receiving data via a wireless mesh network at one device (100-5) connected to the wireless mesh network , where the data is intended for another device connected to the wireless mesh network ; utilizing a routing table stored on the one device to determine a path to deliver the data to the another device via the wireless mesh network; transmitting the data by the one device to a next device in the path identified from the utilizing of the routing table; wherein the one device is a dynamic deployable mesh point, configured upon powering up to update the routing table automatically and to automatically associate the dynamic deployable mesh point with the wireless mesh network ; receiving, at a mesh point module of the dynamic deployable mesh point, frames of data over a wireless mesh network ; wherein the mesh point module transitions a portable device terminal, PDT, module of the device from a sleep state to an awake state when the mesh point module transmits the frames of data to the PDT module of the device. receiving data via a wireless mesh network at one device (100-5) connected to the wireless mesh network , where the data is intended for another device connected to the wireless mesh network ; utilizing a routing table stored on the one device to determine a path to deliver the data to the another device via the wireless mesh network; transmitting the data by the one device to a next device in the path identified from the utilizing of the routing table; wherein the one device is a dynamic deployable mesh point, configured upon powering up to update the routing table automatically and to automatically associate the dynamic deployable mesh point with the wireless mesh network ; receiving, at a mesh point module of the dynamic deployable mesh point, frames of data over a wireless mesh network ; wherein the mesh point module transitions a portable device terminal, PDT, module of the device from a sleep state to an awake state when the mesh point module transmits the frames of data to the PDT module of the device.
A polymerizable surfactant composition comprising: a polymerizable surfactant of formula (II): wherein R 1 is H or a C 1 -C 10 alkyl group; wherein R 2 is H or a C 1 -C 3 alkyl group; wherein R 3 is H or a C 1 -C 3 alkyl group; wherein R 4 is H or a C 1 -C 3 alkyl group; wherein "M+" is Na + , K + or Li+, wherein "x" is an integer from 0-100, wherein "y" is an integer from 0-100, provided that x+y is greater or equal to 1; and optionally, at least one surfactant. a polymerizable surfactant of formula (II): wherein R 1 is H or a C 1 -C 10 alkyl group; wherein R 2 is H or a C 1 -C 3 alkyl group; wherein R 3 is H or a C 1 -C 3 alkyl group; wherein R 4 is H or a C 1 -C 3 alkyl group; wherein "M+" is Na + , K + or Li+, wherein "x" is an integer from 0-100, wherein "y" is an integer from 0-100, provided that x+y is greater or equal to 1; and wherein R 1 is H or a C 1 -C 10 alkyl group; wherein R 2 is H or a C 1 -C 3 alkyl group; wherein R 3 is H or a C 1 -C 3 alkyl group; wherein R 4 is H or a C 1 -C 3 alkyl group; wherein "M+" is Na + , K + or Li+, wherein "x" is an integer from 0-100, wherein "y" is an integer from 0-100, provided that x+y is greater or equal to 1; and optionally, at least one surfactant.
Method performed by a server , the method comprising: - holding available a plurality of historical radio signal information that originate from a plurality of utility vehicles (101-103), wherein each of the historical radio signal information was acquired by a respective one of the utility vehicles at a respective utility vehicle position, and wherein each of the historical radio signal information represents the respective utility vehicle position and a respective radio signal quality of a radio communication system acquired by the respective utility vehicle at the respective utility vehicle position; - monitoring a utility vehicle moving along a predetermined route , by: - receiving monitoring information transmitted by the monitored utility vehicle via the radio communication system, wherein each of the monitoring information represents a respective current utility vehicle position ; - determining whether monitoring information from the monitored utility vehicle is overdue; - if it is determined that a monitoring information from the monitored utility vehicle is overdue, determining , based at least in part on the historical radio signal information, whether the overdueness of the monitoring information from the monitored utility vehicle is an event to be expected. - holding available a plurality of historical radio signal information that originate from a plurality of utility vehicles (101-103), wherein each of the historical radio signal information was acquired by a respective one of the utility vehicles at a respective utility vehicle position, and wherein each of the historical radio signal information represents the respective utility vehicle position and a respective radio signal quality of a radio communication system acquired by the respective utility vehicle at the respective utility vehicle position; - monitoring a utility vehicle moving along a predetermined route , by: - receiving monitoring information transmitted by the monitored utility vehicle via the radio communication system, wherein each of the monitoring information represents a respective current utility vehicle position ; - determining whether monitoring information from the monitored utility vehicle is overdue; - if it is determined that a monitoring information from the monitored utility vehicle is overdue, determining , based at least in part on the historical radio signal information, whether the overdueness of the monitoring information from the monitored utility vehicle is an event to be expected. - receiving monitoring information transmitted by the monitored utility vehicle via the radio communication system, wherein each of the monitoring information represents a respective current utility vehicle position ; - determining whether monitoring information from the monitored utility vehicle is overdue; - if it is determined that a monitoring information from the monitored utility vehicle is overdue, determining , based at least in part on the historical radio signal information, whether the overdueness of the monitoring information from the monitored utility vehicle is an event to be expected.
A method for placing nose wires in a facemask production line , comprising: providing a supply of individual pre-cut nose wires to a dispenser in the production line , the dispenser metering and depositing the nose wires at a defined spacing and orientation onto the running carrier web that is conveyed past the dispenser , and a controller configured with the dispenser , to ensure that the dispenser cycles at a rate needed to provide the proper spacing of nose wires along an edge of the carrier web ; and conveying the carrier web and nose wires deposited thereon to a folding station wherein a binder web is folded over an edge of the carrier web such that the nose wires are encapsulated between the binder web and the carrier web . providing a supply of individual pre-cut nose wires to a dispenser in the production line , the dispenser metering and depositing the nose wires at a defined spacing and orientation onto the running carrier web that is conveyed past the dispenser , and a controller configured with the dispenser , to ensure that the dispenser cycles at a rate needed to provide the proper spacing of nose wires along an edge of the carrier web ; and conveying the carrier web and nose wires deposited thereon to a folding station wherein a binder web is folded over an edge of the carrier web such that the nose wires are encapsulated between the binder web and the carrier web .
Tank for washing a warp thread through a washing liquid, comprising at least one device for intensifying the washing effect of said warp thread , each device being configured to be set in rotation inside said tank and consisting of a body having a cylindrical geometry with a circular cross section that comprises: - a plurality of longitudinal bars , arranged along the cylindrical side surface of each device , a longitudinal slit being defined between each pair of adjacent bars ; - a pair of end elements extending radially, forming the opposite bases of said body having said cylindrical geometry, said end elements being configured to support and enclose said bars ; - a pair of opposite rotation pins , obtained on the respective outer surfaces of said end elements , said rotation pins extending along an axial direction and parallel to the direction of extension of said bars ; and - a tangential turbodynamic flow generator , arranged inside said body having said cylindrical geometry and configured to intensify the interchange between the washing liquid and the warp thread through said longitudinal slits during the rotation of each device , the tank being characterised in that each bar of each device has a circular shape in cross section. - a plurality of longitudinal bars , arranged along the cylindrical side surface of each device , a longitudinal slit being defined between each pair of adjacent bars ; - a pair of end elements extending radially, forming the opposite bases of said body having said cylindrical geometry, said end elements being configured to support and enclose said bars ; - a pair of opposite rotation pins , obtained on the respective outer surfaces of said end elements , said rotation pins extending along an axial direction and parallel to the direction of extension of said bars ; and - a tangential turbodynamic flow generator , arranged inside said body having said cylindrical geometry and configured to intensify the interchange between the washing liquid and the warp thread through said longitudinal slits during the rotation of each device , the tank being characterised in that each bar of each device has a circular shape in cross section.
A 3GPP network node configured to operate in an unlicensed communication spectrum, the network node including a processor and a transceiver , the processor being configured to: determine an identifier d for a subframe for an uplink control channel transmission, the uplink control channel transmission comprising at least HARQ-ACK information, wherein the subframe for the uplink control transmission is a function of at least an index n of a subframe in a downlink control channel that is configured to transmit the identifier d, and the identifier d; and wherein the transceiver is configured to transmit the identifier d in the downlink control channel; wherein the processor is configured to associate the identifier d with a set of subframes for uplink control channel transmission according to the index n of the subframe in the downlink control channel in which the identifier d is transmitted, and identify the at least one subframe from the set of subframes for the uplink control channel transmission as the first subframe in which an listen-before-talk, LBT, procedure is successful. determine an identifier d for a subframe for an uplink control channel transmission, the uplink control channel transmission comprising at least HARQ-ACK information, wherein the subframe for the uplink control transmission is a function of at least an index n of a subframe in a downlink control channel that is configured to transmit the identifier d, and the identifier d; and wherein the transceiver is configured to transmit the identifier d in the downlink control channel; wherein the processor is configured to associate the identifier d with a set of subframes for uplink control channel transmission according to the index n of the subframe in the downlink control channel in which the identifier d is transmitted, and identify the at least one subframe from the set of subframes for the uplink control channel transmission as the first subframe in which an listen-before-talk, LBT, procedure is successful.
Spray system, in particular for collecting dust, comprising a plurality of nozzles , wherein the nozzles are arranged such that the spray cones of adjacent nozzles overlap in part, wherein the nozzles are two-substance nozzles, wherein the water supply of each nozzle is arranged axially, the air supply leads into the mixing chamber , and the spray is emitted from the mixing chamber in a cone , characterised in that the spray system supplies the nozzles with air and water in a pressure ratio of from 1:1 to 2:1, and the water supply leads into a nozzle element arranged in the mixing chamber .
Measuring device for detecting measurement signals during a penetration movement of a penetration body into a surface of a test body or during a scanning movement of the penetration body on the surface of the test body , having a housing which accommodates a force generating apparatus and on which a holding element is arranged spaced apart from the force generating apparatus , said holding element being provided to be moveable relative to the housing at least in one direction along a longitudinal axis of the housing and accommodating the penetration body , and having at least one first measuring apparatus for measuring the depth of penetration of the penetration body into the surface of the test body or of a travelling movement of the penetration body along the longitudinal axis towards the housing during a scanning movement on the surface of the test body , and an extending transmission element is provided between the force generating apparatus and the penetration body , wherein the holding element is provided on the housing portion of the housing and at a distance from the force generating apparatus , and a first sensor element of the first measuring device is fastened in the housing portion of the housing , which is communicating in a non-touching manner with a second sensor element of the first measuring device and being fastened to the transmission element , - wherein the transmission element extends between the force generating apparatus and the holding element in the housing portion of the housing without guidance, and - wherein the holding element is formed as a pressure membrane and has a freedom of movement in at least one degree of freedom, in the movement direction of the force generating apparatus characterized in - that the holding element is formed to be soft in its extension plane at least in the direction of the displacement of the penetration body and rigid in a direction perpendicular thereto. - wherein the transmission element extends between the force generating apparatus and the holding element in the housing portion of the housing without guidance, and - wherein the holding element is formed as a pressure membrane and has a freedom of movement in at least one degree of freedom, in the movement direction of the force generating apparatus characterized in - that the holding element is formed to be soft in its extension plane at least in the direction of the displacement of the penetration body and rigid in a direction perpendicular thereto.
A rotary compressor comprising: a shaft that extends along an axis (Ac); a disk-shaped rotor that is fixed to the shaft and centered on the axis (Ac); a pair of stators that faces the rotor from both sides in a direction of the axis (Ac), and includes each a disk-shaped back yoke centered on the axis (Ac), teeth protruding from the back yoke , and a coil wound around the teeth ; a pair of cylinders that abuts on the stator from the direction of the axis (Ac) and has an annular shape centered on the axis(Ac); rotary pistons that rotate eccentrically with the shaft ; a pair of end plates that forms respective compression chambers (C1, C2) for accommodating the rotary pistons ; and a pair of bearings that is provided on at least one of the end plate and the back yoke , characterized in that each compression chamber (C1,C2) is formed by one of the end plates and one of the back yokes that is a portion of a stator , each cylinder is sandwiched by the end plate and the stator from the direction of the axis (Ac). a shaft that extends along an axis (Ac); a disk-shaped rotor that is fixed to the shaft and centered on the axis (Ac); a pair of stators that faces the rotor from both sides in a direction of the axis (Ac), and includes each a disk-shaped back yoke centered on the axis (Ac), teeth protruding from the back yoke , and a coil wound around the teeth ; a pair of cylinders that abuts on the stator from the direction of the axis (Ac) and has an annular shape centered on the axis(Ac); rotary pistons that rotate eccentrically with the shaft ; a pair of end plates that forms respective compression chambers (C1, C2) for accommodating the rotary pistons ; and a pair of bearings that is provided on at least one of the end plate and the back yoke , characterized in that each compression chamber (C1,C2) is formed by one of the end plates and one of the back yokes that is a portion of a stator , each cylinder is sandwiched by the end plate and the stator from the direction of the axis (Ac).
Device for connecting, in particular fluid-tight, a plurality of microducts to a glass fiber distribution box , comprising: a support body made of an elastically deformable rubber material, such as a natural rubber, an elastomeric material or the like, having a plurality of passage channels for receiving one microduct each; wherein the passage channels each have a tube sealing means for sealing a tube outer side of the microduct with respect to a tube reception inner side of the passage channel ; wherein said passage channels each have an glass fiber cable sealing device for sealing an glass fiber cable guided within and protruding from a microduct against a cable reception inner side of said passage channel ; and wherein the support body , the tube sealing devices and the glass fiber cable sealing devices are manufactured in one piece, in particular vulcanized; wherein the support body has, coaxially in extension of a respective passage channel , a respective nub manufactured in one piece with the support body; and wherein the respective passage channel extends into the respective nub and ends in the respective nub in the assembled state in the manner of a dead end, in particular in the manner of a blind hole. a support body made of an elastically deformable rubber material, such as a natural rubber, an elastomeric material or the like, having a plurality of passage channels for receiving one microduct each; wherein the passage channels each have a tube sealing means for sealing a tube outer side of the microduct with respect to a tube reception inner side of the passage channel ; wherein said passage channels each have an glass fiber cable sealing device for sealing an glass fiber cable guided within and protruding from a microduct against a cable reception inner side of said passage channel ; and wherein the support body , the tube sealing devices and the glass fiber cable sealing devices are manufactured in one piece, in particular vulcanized; wherein the support body has, coaxially in extension of a respective passage channel , a respective nub manufactured in one piece with the support body; and wherein the respective passage channel extends into the respective nub and ends in the respective nub in the assembled state in the manner of a dead end, in particular in the manner of a blind hole.
A pressurized infusion device , comprising: a liquid storage tank having a first end and a second end opposite to the first end , wherein the first end has a first connecting structure (C1), and the second end has a second connecting structure (C2); and a pump connected with the first end of the liquid storage tank and having a third connecting structure (C3), a first connecting port , a second connecting port , a third connecting port and a fourth connecting port , wherein the third connecting structure (C3) corresponds to the first connecting structure (C1), a pump flow channel (F1) from the first connecting port to the second connecting port is formed inside the pump , and a bypass flow channel (F2) from the third connecting port to the fourth connecting port is also formed inside the pump , characterized in that the first connecting structure (C1) has the same structure as the second connecting structure (C2), the pressurized infusion device further comprises a first cap covering the second end of the liquid storage tank and having a first through hole and at least a second through hole , and the first connecting port is communicated with the first through hole via an infusion pipe disposed outside the pump . a liquid storage tank having a first end and a second end opposite to the first end , wherein the first end has a first connecting structure (C1), and the second end has a second connecting structure (C2); and a pump connected with the first end of the liquid storage tank and having a third connecting structure (C3), a first connecting port , a second connecting port , a third connecting port and a fourth connecting port , wherein the third connecting structure (C3) corresponds to the first connecting structure (C1), a pump flow channel (F1) from the first connecting port to the second connecting port is formed inside the pump , and a bypass flow channel (F2) from the third connecting port to the fourth connecting port is also formed inside the pump , characterized in that the first connecting structure (C1) has the same structure as the second connecting structure (C2), the pressurized infusion device further comprises a first cap covering the second end of the liquid storage tank and having a first through hole and at least a second through hole , and the first connecting port is communicated with the first through hole via an infusion pipe disposed outside the pump .
A method for use by a wireless cellular telecommunications device camped on a serving cell supporting priority-based reselection , the method comprising, at the device : selecting a parameter of a priority-based re-selection algorithm and also obtained from another cell not the serving cell ; measuring an attribute of a signal received from a candidate cell ; and evaluating the candidate cell for re-selection according to a ranking algorithm when priority-based reselection is not available based at least on the selected parameter and the measured attribute such that the selected parameter is applicable to the ranking algorithm. selecting a parameter of a priority-based re-selection algorithm and also obtained from another cell not the serving cell ; measuring an attribute of a signal received from a candidate cell ; and evaluating the candidate cell for re-selection according to a ranking algorithm when priority-based reselection is not available based at least on the selected parameter and the measured attribute such that the selected parameter is applicable to the ranking algorithm.