mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a network node for assisting cellular communications and Device-to-Device, D2D, communications of a first set of user equipments (123, 124, 125, 126, 143, 144) served by at least one neighboring network node (111, 112) in a wireless telecommunications network, the method comprising determining a load on at least one Physical Radio Resource, PRR, which PRR is assigned to a second set of user equipments (121, 122, 141, 142) served by the network node for cellular and D2D communications, wherein the cellular communications of the second set of user equipments (121, 122, 141, 142) is one of Multi-User Multiple-Input-Multiple-Output, MU-MIMO, cellular communications and/or Single-User Multiple-Input-Multiple-Output, SU MIMO, cellular communications, and wherein at least the cellular communications of the second set of user equipments (121, 122, 141, 142) involves at least two spatial streams; and transmitting an indication of the load to the at least one neighboring network node (111, 112), wherein the load indication further indicates that the load on the at least one PRR is caused by cellular and D2D communications of the second set of user equipments (121, 122, 141, 142) served by the network node, and wherein the load indication further indicates whether: - spatial streams used for D2D communication are orthogonal to spatial streams used for cellular communication, or - all spatial streams are shared between D2D communication and cellular communication. determining a load on at least one Physical Radio Resource, PRR, which PRR is assigned to a second set of user equipments (121, 122, 141, 142) served by the network node for cellular and D2D communications, wherein the cellular communications of the second set of user equipments (121, 122, 141, 142) is one of Multi-User Multiple-Input-Multiple-Output, MU-MIMO, cellular communications and/or Single-User Multiple-Input-Multiple-Output, SU MIMO, cellular communications, and wherein at least the cellular communications of the second set of user equipments (121, 122, 141, 142) involves at least two spatial streams; and transmitting an indication of the load to the at least one neighboring network node (111, 112), wherein the load indication further indicates that the load on the at least one PRR is caused by cellular and D2D communications of the second set of user equipments (121, 122, 141, 142) served by the network node, and wherein the load indication further indicates whether: - spatial streams used for D2D communication are orthogonal to spatial streams used for cellular communication, or - all spatial streams are shared between D2D communication and cellular communication. - spatial streams used for D2D communication are orthogonal to spatial streams used for cellular communication, or - all spatial streams are shared between D2D communication and cellular communication.
A surgical access assembly comprising: an instrument valve housing defining a cavity; and a valve assembly disposed within the cavity of the instrument valve housing, the valve assembly including: a guard assembly including a support ring and a plurality of guard sections disposed distally of the support ring; a seal assembly disposed adjacent to the guard assembly, the seal assembly including a proximal seal member, an intermediate seal assembly, and a distal seal member; and a centering mechanism for maintaining the seal assembly and the guard assembly centered within the cavity of the instrument valve housing, characterised in that each guard section of the plurality of guard sections includes a first side that is angled downwardly in relation to the remainder of the guard section to accommodate an overlapping portion of an adjacent guard section of the plurality of guard sections, whereby the plurality of guard sections lays in a substantially planar arrangement when the valve assembly is in an assembled condition. an instrument valve housing defining a cavity; and a valve assembly disposed within the cavity of the instrument valve housing, the valve assembly including: a guard assembly including a support ring and a plurality of guard sections disposed distally of the support ring; a seal assembly disposed adjacent to the guard assembly, the seal assembly including a proximal seal member, an intermediate seal assembly, and a distal seal member; and a centering mechanism for maintaining the seal assembly and the guard assembly centered within the cavity of the instrument valve housing, a guard assembly including a support ring and a plurality of guard sections disposed distally of the support ring; a seal assembly disposed adjacent to the guard assembly, the seal assembly including a proximal seal member, an intermediate seal assembly, and a distal seal member; and a centering mechanism for maintaining the seal assembly and the guard assembly centered within the cavity of the instrument valve housing, characterised in that each guard section of the plurality of guard sections includes a first side that is angled downwardly in relation to the remainder of the guard section to accommodate an overlapping portion of an adjacent guard section of the plurality of guard sections, whereby the plurality of guard sections lays in a substantially planar arrangement when the valve assembly is in an assembled condition.
An actuator for actuating at least one switching device of a motor vehicle, having a housing, an electric motor received in the housing and a spindle drive being drivable by the electric motor, wherein the spindle drive is designed in such a way that a rotary movement initiated by the electric motor on a spindle nut of the spindle drive is converted into a displacement movement of a spindle shaft of the spindle drive along its longitudinal axis, wherein the spindle shaft is supported directly relative to a guide component fixed to the housing and a form-fitting connection non-rotatably supporting the spindle shaft relative to the guide component has a recess running along the longitudinal axis and a support element engaging in the recess, characterised in that the recess is designed as a longitudinal groove introduced directly into the spindle shaft.
A method for trellis-based sequence estimation using the algorithm by Bahl, Cocke, Jelinek, and Raviv (BCJR), comprising: generating a trellis; generating one or more predicted symbols using a first non-linear model, computing and saving two or more branch metrics using a priori log-likelihood ratio information, a channel observation, and one or more of the one or more predicted symbols; if alpha forward recursion has not yet completed, generating two or more alpha forward recursion state metrics using a second non-linear model, if beta backward recursion has not yet completed, generating two or more beta backward recursion state metrics using a third non-linear model, wherein the second non-linear model is distinct from the first non-linear model, wherein the third non-linear model is distinct from the first non-linear model, and wherein the third non-linear model is distinct from the second non-linear model; if sigma forward recursion has not yet completed, generating two or more sigma forward recursion state metrics using the two or more branch metrics, the two or more alpha forward recursion state metrics, and the two or more beta backward recursion state metrics, to estimate a sequence for the trellis; generating extrinsic information comprising a difference of a posteriori LLR information and the a priori LLR information; computing and feeding back the a priori LLR information; and calculating the a posteriori LLR information. generating a trellis; generating one or more predicted symbols using a first non-linear model, computing and saving two or more branch metrics using a priori log-likelihood ratio information, a channel observation, and one or more of the one or more predicted symbols; if alpha forward recursion has not yet completed, generating two or more alpha forward recursion state metrics using a second non-linear model, if beta backward recursion has not yet completed, generating two or more beta backward recursion state metrics using a third non-linear model, wherein the second non-linear model is distinct from the first non-linear model, wherein the third non-linear model is distinct from the first non-linear model, and wherein the third non-linear model is distinct from the second non-linear model; if sigma forward recursion has not yet completed, generating two or more sigma forward recursion state metrics using the two or more branch metrics, the two or more alpha forward recursion state metrics, and the two or more beta backward recursion state metrics, to estimate a sequence for the trellis; generating extrinsic information comprising a difference of a posteriori LLR information and the a priori LLR information; computing and feeding back the a priori LLR information; and calculating the a posteriori LLR information.
Residual-current-operated circuit breaker with switching contacts and at least one residual current detector to detect a residual current signal, wherein the residual-current-operated circuit breaker is designed to cause the disconnection of the switching contacts if a residual current greater than a predeterminable tripping current occurs, characterised in that the residual-current-operated circuit breaker has a first circuit arrangement that is designed to inhibit tripping of the residual-current-operated circuit breaker if a residual current with a time duration of less than half a period length of a mains frequency of an electrical mains system occurs, and that the first circuit arrangement is designed to deactivate and/or render ineffective a trip circuit of the residual-current-operated circuit breaker during a first time period.
A carbon black production plant comprising at least one reactor for producing a flue gas and comprising a heat exchange system having a first heat exchange section for heat exchange between the flue gas and a fluid and a second heat exchange section for heat exchange between the flue gas and reaction air for the reactor, wherein the reaction air can be preheated by means of the second heat exchange section, wherein said first heat exchange section is designed as a double-tube heat exchanger comprising first tubes each arranged in a single-path configuration in a respective first casing tube, and wherein said second heat exchange section is designed as a tube-bundle heat exchanger comprising a tube bundle which is arranged in a second casing tube and which includes second tubes each arranged in a single-path configuration in the casing tube, said first and second tubes (7,27) being adapted to have the flue gas flow through them, wherein said double-tube heat exchanger and said tube-bundle heat exchanger are arranged vertically, and wherein the respective upper ends of the first and second tubes (7,27) are connected to each other via a tube conduit, the flue gas flowing through the double-tube heat exchanger in an ascending direction and through the tube-bundle heat exchanger in a descending direction.
System for supporting rolls of flexible basically flat material for supplying machines for industrial processing, comprising: a trolley, removable from the machine supplied by the roll itself, for the support of rolls, comprising: a shaft to support said roll (14, 15), a frame, an active pivoting assembly, allowing the hooking of trolley to the machine supplied by the trolley, said assembly comprising a frame, a connecting flange, a rotating hub and a connecting platform, characterized in that said trolley becomes active through to the connection to electric and/or pneumatic supply, realized fastening said trolley to said pivoting assembly and to said connecting flange. a trolley, removable from the machine supplied by the roll itself, for the support of rolls, comprising: a shaft to support said roll (14, 15), a frame, an active pivoting assembly, allowing the hooking of trolley to the machine supplied by the trolley, said assembly comprising a frame, a connecting flange, a rotating hub and a connecting platform, characterized in that said trolley becomes active through to the connection to electric and/or pneumatic supply, realized fastening said trolley to said pivoting assembly and to said connecting flange.
A method of making pelletized polyolefin resin comprising: introducing pellets comprising polyolefins to a holding vessel, wherein the pellets introduced to the holding vessel are pre-heated prior to entering said holding vessel; heating the pellets in said holding vessel to a hold temperature for 4 to 18 hours at or below the softening point of the polyolefins; maintaining the pellets at said hold temperature; purging the holding vessel of volatile materials; and treating the purged volatile materials by exposing them to at least one thermal destruction process, wherein said pellets are heated to said temperature for a time sufficient to modify the bulk density of said pellets; wherein the pellets comprise at least one multi-modal olefin polymer; and wherein the method further comprises cooling the pellets below the hold temperature. introducing pellets comprising polyolefins to a holding vessel, wherein the pellets introduced to the holding vessel are pre-heated prior to entering said holding vessel; heating the pellets in said holding vessel to a hold temperature for 4 to 18 hours at or below the softening point of the polyolefins; maintaining the pellets at said hold temperature; purging the holding vessel of volatile materials; and treating the purged volatile materials by exposing them to at least one thermal destruction process, wherein said pellets are heated to said temperature for a time sufficient to modify the bulk density of said pellets; wherein the pellets comprise at least one multi-modal olefin polymer; and wherein the method further comprises cooling the pellets below the hold temperature.
Water-absorbent polymer particles having an average particle diameter from 150 to 400 μm, an amount of water-absorbent polymer particles having a particle size of less than 100 μm of less than 5% by weight, an amount of water-absorbent polymer particles having a particle size of more than 500 μm of less than 5% by weight, a centrifuge retention capacity from 25 to 85 g/g, and an absorption under load of AUL > − 0.000415 × CRC 3 + 0.0145 × CRC 2 + 1.1166 × CRC − 5.27 as described in the methods disclosed in the description, wherein AUL [g/g] is the absorption under load and CRC [g/g] is the centrifuge retention capacity.
A light emitting diode, LED, filament arrangement, comprising at least one LED filament extending along a longitudinal axis, A, wherein the at least one LED filament comprises: an array of a plurality of light emitting diodes, LEDs, and an encapsulant comprising a translucent material, wherein the encapsulant at least partially encloses the plurality of LEDs, and a heat sink structure, comprising an elongated thermally conducting element extending in the direction of the longitudinal axis A, said at least one LED filament being connected to the elongated thermally conducting element wherein the encapsulant of the at least one LED filament forms a thermal connection between the heat sink structure and the LED filament for a dissipation of heat from the at least one LED filament, and wherein the heat sink structure comprises a reflective surface for reflecting the incident light from the at least one LED filament, characterised in that the LED filament arrangement comprises a clamp for pressing the encapsulant of the at least one LED filament to the heat sink structure. at least one LED filament extending along a longitudinal axis, A, wherein the at least one LED filament comprises: an array of a plurality of light emitting diodes, LEDs, and an encapsulant comprising a translucent material, wherein the encapsulant at least partially encloses the plurality of LEDs, and an array of a plurality of light emitting diodes, LEDs, and an encapsulant comprising a translucent material, wherein the encapsulant at least partially encloses the plurality of LEDs, and a heat sink structure, comprising an elongated thermally conducting element extending in the direction of the longitudinal axis A, said at least one LED filament being connected to the elongated thermally conducting element wherein the encapsulant of the at least one LED filament forms a thermal connection between the heat sink structure and the LED filament for a dissipation of heat from the at least one LED filament, and wherein the heat sink structure comprises a reflective surface for reflecting the incident light from the at least one LED filament, characterised in that the LED filament arrangement comprises a clamp for pressing the encapsulant of the at least one LED filament to the heat sink structure.
A method of detecting or measuring at least one specific component among several components present in a gaseous or liquid mixture by means of a sensor comprising at least one collection cell having a transistor comprising a source and a drain with a gate inserted between source and drain, a voltage between source and drain being applied a current intensity (Imeas) in the collection cell being recorded; wherein the voltage between source and drain is driven for different voltages by varying the current intensity (Imeas), the voltage being driven according to a voltage model predetermined by experiment in order to deliver a profile with an intensity which is characteristic of said at least one specific component, the method being characterized in that the transistor is a high-electron-mobility transistor and the predetermined voltage model is on a high-frequency voltage scale.
A fluid cooling system for cooling a microwave antenna, comprising: an energy source configured to supply microwave energy to a microwave antenna for ablating tissue; a fluid source configured to deliver fluid to the microwave antenna for cooling the microwave antenna, the fluid source coupled to the microwave antenna via a tube; and a centrifugal pump coupled to the energy source and in fluid communication with the fluid source via a first portion of the tube, the centrifugal pump configured to pump fluid to the microwave antenna via a second portion of the tube, the first and second portions of the tube in fluid communication via the centrifugal pump. an energy source configured to supply microwave energy to a microwave antenna for ablating tissue; a fluid source configured to deliver fluid to the microwave antenna for cooling the microwave antenna, the fluid source coupled to the microwave antenna via a tube; and a centrifugal pump coupled to the energy source and in fluid communication with the fluid source via a first portion of the tube, the centrifugal pump configured to pump fluid to the microwave antenna via a second portion of the tube, the first and second portions of the tube in fluid communication via the centrifugal pump.
A method at a computing client located behind a network address translator, NAT, and firewall, the method comprising: establishing a control connection with a transmission control protocol, TCP, Traversal Using Relays Around NAT, TURN, server utilizing a port capable of traversing the firewall; requesting an allocation of a client service identity from the TCP TURN server; and receiving, from the TCP TURN server, a response containing the client service identity, wherein the client service identity is independent of any port used to communicate with the TCP TURN server, and wherein the client service identity identifies at least one of the computing client and a service on the computing client to the TCP TURN server. establishing a control connection with a transmission control protocol, TCP, Traversal Using Relays Around NAT, TURN, server utilizing a port capable of traversing the firewall; requesting an allocation of a client service identity from the TCP TURN server; and receiving, from the TCP TURN server, a response containing the client service identity,
A defect identifying apparatus comprising: a storage unit configured to store multiple defect identifiers that are trained to identify, from images of workpieces to be inspected, the presence or absence of a defect included in the workpieces, the defect identifiers being stored in association with attributes of the workpieces; an imaging unit configured to capture an image of a predetermined workpiece; a specifying unit configured to specify an attribute of the predetermined workpiece; a selecting unit configured to select, from the multiple defect identifiers, a first defect identifier that is stored in association with the specified attribute; an input unit configured to input the image of the predetermined workpiece to the first defect identifier; and an output unit configured to output the presence or absence of the defect included in the predetermined workpiece, which is output from the first defect identifier, wherein the specifying unit is configured to specify the attribute of the predetermined workpiece from the image of the predetermined workpiece, with an attribute identifier that is trained to specify, from an image of a workpiece, an attribute of the workpiece, and wherein the attribute of the workpiece is expressed by an appearance-related feature of the workpiece. a storage unit configured to store multiple defect identifiers that are trained to identify, from images of workpieces to be inspected, the presence or absence of a defect included in the workpieces, the defect identifiers being stored in association with attributes of the workpieces; an imaging unit configured to capture an image of a predetermined workpiece; a specifying unit configured to specify an attribute of the predetermined workpiece; a selecting unit configured to select, from the multiple defect identifiers, a first defect identifier that is stored in association with the specified attribute; an input unit configured to input the image of the predetermined workpiece to the first defect identifier; and an output unit configured to output the presence or absence of the defect included in the predetermined workpiece, which is output from the first defect identifier, wherein the specifying unit is configured to specify the attribute of the predetermined workpiece from the image of the predetermined workpiece, with an attribute identifier that is trained to specify, from an image of a workpiece, an attribute of the workpiece, and wherein the attribute of the workpiece is expressed by an appearance-related feature of the workpiece.