mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method for a data service, comprising: detecting a transmission state of each PDP link among all established packet data protocol, PDP, links, wherein any one of the PDP links is established, for a data service, based on a default access point name, APN, of an application executing the data service or an APN corresponding to a service type of the data service; when it is determined , according to a detection result, that a transmission state of a first PDP link among the PDP links is abnormal, establishing a new PDP link based on a candidate APN without disrupting the existing PDP link, wherein the candidate APN supports an APN type of an APN used by the first PDP link; and performing , according to the new PDP link, data transmission for a data service corresponding to the first PDP link. detecting a transmission state of each PDP link among all established packet data protocol, PDP, links, wherein any one of the PDP links is established, for a data service, based on a default access point name, APN, of an application executing the data service or an APN corresponding to a service type of the data service; when it is determined , according to a detection result, that a transmission state of a first PDP link among the PDP links is abnormal, establishing a new PDP link based on a candidate APN without disrupting the existing PDP link, wherein the candidate APN supports an APN type of an APN used by the first PDP link; and performing , according to the new PDP link, data transmission for a data service corresponding to the first PDP link.
A running gear for a maglev train, comprising: two suspension frames spaced apart in a traveling direction, wherein the two suspension frames are connected through a longitudinal beam , and a slot for reducing a torsional rigidity of the longitudinal beam is provided on a circumferential wall of the longitudinal beam ; a rod for connecting the longitudinal beam and a vehicle body of the maglev train, wherein the slot is provided on a side wall of the longitudinal beam and is an axially symmetric slot in an axis of the side wall; and the slot comprises two larger hole portions and a narrower hole portion connecting the two larger hole portions . two suspension frames spaced apart in a traveling direction, wherein the two suspension frames are connected through a longitudinal beam , and a slot for reducing a torsional rigidity of the longitudinal beam is provided on a circumferential wall of the longitudinal beam ; a rod for connecting the longitudinal beam and a vehicle body of the maglev train, wherein the slot is provided on a side wall of the longitudinal beam and is an axially symmetric slot in an axis of the side wall; and the slot comprises two larger hole portions and a narrower hole portion connecting the two larger hole portions .
Method for activating predefined functions (f1,..., fN), implemented in a host appliance integrating or linked to a wireless charging device , and comprising the steps of: - detecting that a mobile appliance has just been positioned on a reception surface of the wireless charging device in order to be recharged; - following the detection that the mobile appliance has just been positioned on the reception surface, activating or deactivating at least one predefined first function performed by the host appliance, in addition to recharging the mobile appliance ; - then, detecting that the mobile appliance has just been moved away from the reception surface; - following the detection that the mobile appliance has just been moved away from the reception surface, activating or deactivating at least one predefined second function performed by the host appliance; the predefined first function belonging to a first list of predefined functions and/or the predefined second function belonging to a second list of predefined functions, the activation method furthermore comprising the step of selecting the predefined first function from among the predefined first functions in the first list, and of determining whether the predefined first function is activated or deactivated following the detection that the mobile appliance has just been moved away from the reception surface; and/or of selecting the predefined second function from among the predefined second functions in the second list, and determining whether the predefined second function is activated or deactivated following the detection that the mobile appliance has just been moved away from the reception surface. - detecting that a mobile appliance has just been positioned on a reception surface of the wireless charging device in order to be recharged; - following the detection that the mobile appliance has just been positioned on the reception surface, activating or deactivating at least one predefined first function performed by the host appliance, in addition to recharging the mobile appliance ; - then, detecting that the mobile appliance has just been moved away from the reception surface; - following the detection that the mobile appliance has just been moved away from the reception surface, activating or deactivating at least one predefined second function performed by the host appliance; the predefined first function belonging to a first list of predefined functions and/or the predefined second function belonging to a second list of predefined functions, the activation method furthermore comprising the step of selecting the predefined first function from among the predefined first functions in the first list, and of determining whether the predefined first function is activated or deactivated following the detection that the mobile appliance has just been moved away from the reception surface; and/or of selecting the predefined second function from among the predefined second functions in the second list, and determining whether the predefined second function is activated or deactivated following the detection that the mobile appliance has just been moved away from the reception surface.
A nozzle hanger for hanging a filling nozzle , of which one end has a filling pipe for filling a hydrogen gas and another end has a grip section comprising: an upper part for holding the filling pipe of the filling nozzle ; a lower part facing the upper part and holding the grip section of the filling nozzle ; and an intermediate part for connecting the upper part and the lower part , wherein said lower part includes a fixed lock section for locking the grip section of the filling nozzle in a fixed state, and said upper part includes a recessed section for making easier to insert the filling pipe of the filling nozzle tilted into a space in front of the intermediate part and a movable lock section for contacting the filling pipe and locking the filling pipe in a movable state. an upper part for holding the filling pipe of the filling nozzle ; a lower part facing the upper part and holding the grip section of the filling nozzle ; and an intermediate part for connecting the upper part and the lower part , wherein said lower part includes a fixed lock section for locking the grip section of the filling nozzle in a fixed state, and said upper part includes a recessed section for making easier to insert the filling pipe of the filling nozzle tilted into a space in front of the intermediate part and a movable lock section for contacting the filling pipe and locking the filling pipe in a movable state.
A communication device comprising: an acquisition unit that acquires first information via a first network from a first device connected to the first network by transmitting to the first device an instruction that requests transmission of the first information, the first information being related to the first device; and a storage unit that stores device information comprising the acquired first information, the device information being readable from the storage unit via a second network by a second device connected to the second network , the second network being a network external to the first network , characterized in that the acquisition unit is configured to extract the first device that has not transmitted the first information after predetermined time has elapsed and to transmit a command according to another protocol than used for the instruction to the first device requesting transmission of the first information. an acquisition unit that acquires first information via a first network from a first device connected to the first network by transmitting to the first device an instruction that requests transmission of the first information, the first information being related to the first device; and a storage unit that stores device information comprising the acquired first information, the device information being readable from the storage unit via a second network by a second device connected to the second network , the second network being a network external to the first network , characterized in that the acquisition unit is configured to extract the first device that has not transmitted the first information after predetermined time has elapsed and to transmit a command according to another protocol than used for the instruction to the first device requesting transmission of the first information.
A network entity for generating data records indicative of pending Transport Layer, TL, activities of a session between an Over The Top, OTT, service provider endpoint and an OTT service recipient endpoint, the network entity being configured to: perform Shallow Packet Inspection, SPI, to monitor , at a network site between the two endpoints (110; 120) and during successive periods of time, at least one TL connection of the session , wherein the monitoring includes, for each period of time, determining for the at least one TL connection of the session at least one activity metric indicative of at least one pending TL activity of the session in the respective period of time, the at least one activity metric being associated with a dedicated activity type including one or more of (i) a data transfer from the service provider endpoint to the service recipient endpoint and (ii) a data transfer from the service recipient endpoint to the service provider endpoint ; and generate , for a period of time with at least one pending TL activity, a data record that includes the activity metric associated with that period of time, wherein the data transfer between the service provider endpoint and the service recipient endpoint is encrypted in upper protocol layers or in parts of the TL header. perform Shallow Packet Inspection, SPI, to monitor , at a network site between the two endpoints (110; 120) and during successive periods of time, at least one TL connection of the session , wherein the monitoring includes, for each period of time, determining for the at least one TL connection of the session at least one activity metric indicative of at least one pending TL activity of the session in the respective period of time, the at least one activity metric being associated with a dedicated activity type including one or more of (i) a data transfer from the service provider endpoint to the service recipient endpoint and (ii) a data transfer from the service recipient endpoint to the service provider endpoint ; and generate , for a period of time with at least one pending TL activity, a data record that includes the activity metric associated with that period of time, wherein the data transfer between the service provider endpoint and the service recipient endpoint is encrypted in upper protocol layers or in parts of the TL header.
A porous filter element comprising a hollow cylindrical porous metal medium having a first end and a second end (51; 52), the hollow cylindrical porous metal medium comprising a plurality of pleats longitudinally arranged along an axis A from the first end to the second end (51; 52) of the hollow cylindrical porous metal medium , each pleat comprising a plurality of portions , said portions having a height H extending parallel to said axis A and a width W perpendicular to said height H, each portion having a height H to width W aspect ratio, wherein the height H is equal to or larger than the width W, and wherein there is a gap between consecutive portions or the consecutive portions are connected by a bridge .
A combine harvester with a threshing device which operates in accordance with the tangential flow principle, as well as a separating device , wherein the threshing device comprises a threshing drum comprising a cylindrical main body which is closed in the circumferential direction and on which a plurality of support profiles which are distributed at a distance from one another in the circumferential direction are attached, which extend over substantially the width of the main body , wherein beater bars respectively provided with ribs are releasably mounted on the support profiles , wherein the ribs of the respective beater bars have an inclination to the direction of rotation (R) of the threshing drum , characterized in that at least two beater bars configured with ribs are disposed adjacent to each other on the respective support profile , wherein the ribs of respective beater bars lying adjacent to each other are orientated in opposite senses, and in that each support profile is equipped with an identical combination and arrangement of beater bars .
An apparatus configured to be employed within a User Equipment, UE , comprising: a memory ; and one or more processors configured to: generate a shortened enhanced Physical Uplink Control Channel, sPUCCH, in a subframe via a first interlace of an unlicensed frequency band, wherein the first interlace comprises a plurality of non-contiguous Resource Blocks, RBs, equally spaced in a frequency domain; generate a Uplink Control Information, UCI, message for the unlicensed frequency band, wherein the UCI message comprises one or more of Hybrid Automatic Repeat Request, HARQ, Acknowledgement, ACK, feedback, Channel State Information, CSI; map Sounding Reference Signals, SRS, to one to four symbols of the subframe, wherein the SRS are frequency multiplexed with the sPUCCH; and map the UCI message to the first interlace for the sPUCCH; wherein the sPUCCH comprises four symbols of the subframe. a memory ; and one or more processors configured to: generate a shortened enhanced Physical Uplink Control Channel, sPUCCH, in a subframe via a first interlace of an unlicensed frequency band, wherein the first interlace comprises a plurality of non-contiguous Resource Blocks, RBs, equally spaced in a frequency domain; generate a Uplink Control Information, UCI, message for the unlicensed frequency band, wherein the UCI message comprises one or more of Hybrid Automatic Repeat Request, HARQ, Acknowledgement, ACK, feedback, Channel State Information, CSI; map Sounding Reference Signals, SRS, to one to four symbols of the subframe, wherein the SRS are frequency multiplexed with the sPUCCH; and map the UCI message to the first interlace for the sPUCCH; wherein the sPUCCH comprises four symbols of the subframe. generate a shortened enhanced Physical Uplink Control Channel, sPUCCH, in a subframe via a first interlace of an unlicensed frequency band, wherein the first interlace comprises a plurality of non-contiguous Resource Blocks, RBs, equally spaced in a frequency domain; generate a Uplink Control Information, UCI, message for the unlicensed frequency band, wherein the UCI message comprises one or more of Hybrid Automatic Repeat Request, HARQ, Acknowledgement, ACK, feedback, Channel State Information, CSI; map Sounding Reference Signals, SRS, to one to four symbols of the subframe, wherein the SRS are frequency multiplexed with the sPUCCH; and map the UCI message to the first interlace for the sPUCCH; wherein the sPUCCH comprises four symbols of the subframe.
A module for integrating two heat generators into a heating system , comprising - connections for connecting a first heat generator , - connections for connecting a second heat generator , - connections for connecting a water heater , in particular a DHW cylinder, - connections for connecting a heat consumer , in particular a heating circuit , - a hydraulic arrangement , wherein the hydraulic arrangement provides hydraulic connections between the connections and - a controller , wherein the hydraulic arrangement comprises: - a first diverter valve , which is provided downstream in the hydraulic arrangement in the connection of a flow (WPVL) of the first heat generator and is configured to control a flow path from the first heat generator to the water heater and the heat consumer , - a mixing valve , which is configured to mix fluid from the second heat generator with fluid from the water heater such that a required temperature is established at the outlet of the mixing valve and - a second diverter valve , which is arranged in the flow path downstream of an outlet of the mixing valve and is configured to regulate a flow path from the second heat generator to the water heater and the heat consumer , wherein the controller is configured to implement a control of the heating system on the basis of efficiency levels of the first heat generator and the second heat generator . - connections for connecting a first heat generator , - connections for connecting a second heat generator , - connections for connecting a water heater , in particular a DHW cylinder, - connections for connecting a heat consumer , in particular a heating circuit , - a hydraulic arrangement , wherein the hydraulic arrangement provides hydraulic connections between the connections and - a controller , - a first diverter valve , which is provided downstream in the hydraulic arrangement in the connection of a flow (WPVL) of the first heat generator and is configured to control a flow path from the first heat generator to the water heater and the heat consumer , - a mixing valve , which is configured to mix fluid from the second heat generator with fluid from the water heater such that a required temperature is established at the outlet of the mixing valve and - a second diverter valve , which is arranged in the flow path downstream of an outlet of the mixing valve and is configured to regulate a flow path from the second heat generator to the water heater and the heat consumer ,
Method for setting an anchor element comprising the method steps of - inserting an anchor element into a borehole in a material , wherein the anchor element protrudes from the borehole with a protrusion section (A U ), - anchoring the anchor element in the borehole , characterized by - cutting the protrusion section (A U ) to length, - attaching a protective cap to the cut-to-length protrusion section (A U '), -- wherein the protective cap is attached by means of an adhesive material , -- wherein a cut surface of the anchor element produced during cutting to length is covered by the protective cap and the adhesive material . - inserting an anchor element into a borehole in a material , wherein the anchor element protrudes from the borehole with a protrusion section (A U ), - anchoring the anchor element in the borehole , characterized by - cutting the protrusion section (A U ) to length, - attaching a protective cap to the cut-to-length protrusion section (A U '), -- wherein the protective cap is attached by means of an adhesive material , -- wherein a cut surface of the anchor element produced during cutting to length is covered by the protective cap and the adhesive material . -- wherein the protective cap is attached by means of an adhesive material , -- wherein a cut surface of the anchor element produced during cutting to length is covered by the protective cap and the adhesive material .
A method for wireless communication, comprising: receiving, by a user equipment, UE, a grant allocating a resource block of an uplink shared channel for an uplink transmission , wherein the grant includes a waveform indicator that indicates a type of an uplink waveform of the uplink transmission as a discrete Fourier transport spread orthogonal frequency division multiplex, DFT-S-OFDM, waveform or a cyclic prefix orthogonal frequency division multiplex, CP-OFDM, waveform; determining, by the UE and based on the waveform indicator, a mapping for the resource block that includes a demodulation reference signal and uplink control information wherein, determining the mapping for the resource block comprises time division multiplexing the demodulation reference signal and the uplink control information to different symbol periods of the resource block if the indicator indicates the DFT-S-OFDM waveform and frequency division multiplexing the demodulation reference signal and the uplink control information if the indicator indicates the CP-OFDM waveform; and transmitting the CP-OFDM waveform or the DFT-S-OFDM waveform for the uplink transmission within the resource block based at least in part in the mapping. receiving, by a user equipment, UE, a grant allocating a resource block of an uplink shared channel for an uplink transmission , wherein the grant includes a waveform indicator that indicates a type of an uplink waveform of the uplink transmission as a discrete Fourier transport spread orthogonal frequency division multiplex, DFT-S-OFDM, waveform or a cyclic prefix orthogonal frequency division multiplex, CP-OFDM, waveform; determining, by the UE and based on the waveform indicator, a mapping for the resource block that includes a demodulation reference signal and uplink control information wherein, determining the mapping for the resource block comprises time division multiplexing the demodulation reference signal and the uplink control information to different symbol periods of the resource block if the indicator indicates the DFT-S-OFDM waveform and frequency division multiplexing the demodulation reference signal and the uplink control information if the indicator indicates the CP-OFDM waveform; and transmitting the CP-OFDM waveform or the DFT-S-OFDM waveform for the uplink transmission within the resource block based at least in part in the mapping.
Portable table , comprising a table top and a frame , wherein the frame comprises two front legs and two rear legs , as well as two front arms and two rear arms , wherein the front legs and the rear legs have in each case a first, free end which is directed toward a support , and wherein the front arms and rear arms have in each case a second end which is directed toward the table top , wherein the front legs , by way of their second, upper end which is located opposite the first, lower free end , and the front arms , by way of their first, lower end which is located opposite the second, upper end , are fastened on a first, front connecting element , and wherein the rear legs , by way of their second, upper end which is located opposite the first, lower free end and the rear arms , by way of their first, lower end which is located opposite the second, upper end , are fastened on a second, rear connecting element , wherein the first, front connecting element is connected to the second, rear connecting element by means of at least one first connecting rod , characterized in that a first coupling element , which connects the front, left arm to a first longitudinal rod which is arranged parallel to the at least one first connecting rod , is arranged on the second, upper end of the front, left arm and in that a second coupling element , which connects the rear, left arm to the first longitudinal rod , is arranged on the second end of the rear, left arm , and in that a third coupling element , which connects the front, right arm to a second longitudinal rod which is arranged parallel to the at least one first connecting rod , is arranged on the second end of the front, right arm , and in that a fourth coupling element , which connects the rear, right arm to the second longitudinal rod , is arranged on the second end of the rear, right arm , and in that the table top comprises at least one device by means of which the table top is releasably fastenable on the frame .