mhurhangee/ep-ind-claims huggingface dataset:
A relay user equipment for relaying protocol data units exchanged with a remote user equipment within a mobile communication network, wherein the relay user equipment is connected to a radio base station, wherein the relay user equipment relays communication between the remote user equipment and the radio base station and exchanges the protocol data units over sidelink bearers with the remote user equipment, the relay user equipment comprising: a receiver configured to receive a control packet from the remote user equipment via a first sidelink bearer, the control packet comprising an indication of a priority associated with protocol data units transmitted by the remote user equipment via the first sidelink bearer, a processor configured to store an association between the priority indication received in the control packet and a first radio bearer used by the relay user equipment to relay the protocol data packets received from the remote user equipment to the radio base station, the processor configured to determine, based on the stored association, a second priority according to which a protocol data unit, that was received from the radio base station via the first radio bearer, should be transmitted to the remote user equipment, a transmitter configured to relay the received protocol data unit to the remote user equipment using a second sidelink bearer that corresponds to the determined second priority, characterized in that the control packet is a Packet Data Convergence Protocol, PDCP, control PDU intended for carrying the indication of the priority, wherein the PDCP control PDU further comprises a format indicator, wherein the processor is configured to determine that the received PDCP control PDU is intended for carrying the indication of the priority based on the format indicator comprised in the received PDCP control PDU. a receiver configured to receive a control packet from the remote user equipment via a first sidelink bearer, the control packet comprising an indication of a priority associated with protocol data units transmitted by the remote user equipment via the first sidelink bearer, a processor configured to store an association between the priority indication received in the control packet and a first radio bearer used by the relay user equipment to relay the protocol data packets received from the remote user equipment to the radio base station, the processor configured to determine, based on the stored association, a second priority according to which a protocol data unit, that was received from the radio base station via the first radio bearer, should be transmitted to the remote user equipment, a transmitter configured to relay the received protocol data unit to the remote user equipment using a second sidelink bearer that corresponds to the determined second priority, characterized in that the control packet is a Packet Data Convergence Protocol, PDCP, control PDU intended for carrying the indication of the priority, wherein the PDCP control PDU further comprises a format indicator,
A system comprising a care robot and a drive assistance apparatus (40, 50, 60), wherein the care robot is provided with a holding section that is configured to assist a care receiver in standing up and sitting down by supporting a body part of the care receiver, the care robot further comprising a control section that, when a care receiver transfers to/from the drive assistance apparatus (40, 50, 60) that performs at least one of raising/lowering and traveling by using a drive source (44a1, 44b1, 54a) with the care receiver in at least a sitting state, at least is configured to receive control information from the drive assistance apparatus (40, 50, 60), and to perform control to assist the transfer of the care receiver based on the control information.
Filter element, in particular an air filter, an oil filter or a fuel filter of a vehicle and/or an internal combustion engine, - with an annular filter body made of a filter material which surrounds a cylindrical inner space, - with an inner frame on which the filter body is supported radially on the inside, - with an upper end disc which is arranged axially on the filter body and has a central first disc opening, - with a lower end disc which is arranged axially on the filter body and has a central, second disc opening, and on which an eccentrically arranged and axially projecting pin for closing an idle channel is arranged, characterised in that - a plurality of centring elements are provided distributed in the circumferential direction around the first disc opening and projecting axially into the inner space, each having a bevel, wherein an axial length of the centring elements is smaller radially inside than radially outside, - in that a positioning web is provided which is arranged on the upper end disc in the circumferential direction between two centring elements and which runs parallel to them. - with an annular filter body made of a filter material which surrounds a cylindrical inner space, - with an inner frame on which the filter body is supported radially on the inside, - with an upper end disc which is arranged axially on the filter body and has a central first disc opening, - with a lower end disc which is arranged axially on the filter body and has a central, second disc opening, and on which an eccentrically arranged and axially projecting pin for closing an idle channel is arranged, - a plurality of centring elements are provided distributed in the circumferential direction around the first disc opening and projecting axially into the inner space, each having a bevel, wherein an axial length of the centring elements is smaller radially inside than radially outside, - in that a positioning web is provided which is arranged on the upper end disc in the circumferential direction between two centring elements and which runs parallel to them.
Safety container for galvanic cells, comprising an external container and at least one internal container, wherein the internal container forms the receptacle space for the galvanic cells, wherein a cavity is formed between the internal container and the external container, wherein the internal container and the cavity between the internal container and the external container are provided with an inert filler material (31, 32), wherein the cavity is configured so as to be gas-tight in relation to the internal container and gas-tight in relation to the outer environment of the safety container, wherein the internal container is connected to the outer environment by way of at least one tube running through the cavity, wherein a pressure valve and/or a connector to an exhaust air system is disposed on the outer end of the tube, wherein parts of the internal container are fixedly connected to the external container.
A network node for use in a public network, PN, configured to be operable in a presence of a non-public network, NPN, the network node comprising processing circuitry configured to perform at least one of the following: selectively muting downlink transmissions to the PN when the downlink transmissions would interfere with an uplink transmission of the NPN if the downlink transmissions were not muted; and selectively muting uplink transmissions of the NPN when the uplink transmissions would interfere with a downlink transmission of the PN, wherein the selective muting is based at least in part on detected interference between the PN and the NPN and whether the PN uses a time division duplex, TDD, configuration that is different than a TDD configuration of the NPN. selectively muting downlink transmissions to the PN when the downlink transmissions would interfere with an uplink transmission of the NPN if the downlink transmissions were not muted; and selectively muting uplink transmissions of the NPN when the uplink transmissions would interfere with a downlink transmission of the PN, wherein the selective muting is based at least in part on detected interference between the PN and the NPN and whether the PN uses a time division duplex, TDD, configuration that is different than a TDD configuration of the NPN.
Method for programming a Field Programmable Gate Array, FPGA, via a network, the network being operated according to a predetermined communications protocol, wherein the method comprises the steps of - establishing, via the network, a communications connection between the FPGA and an external master connected to the network; - setting the FPG A into a programming mode; - receiving an FPGA programming image for programming the FPGA, the FPGA programming image being transmitted from the external master to the FPGA according to the predetermined network communications protocol in a sequence of frames, each frame comprising a payload section and protocol overhead section, each payload section comprising a portion of the programming image, - parsing the sequence of frames, and - enabling FPGA writing only during receiving the payload section of each of the frames received and writing the portion of the programming data of the payload section into the FPGA, wherein the steps of receiving the FPGA programming image and parsing the sequence of frames is performed by a permanently programmed or hardwired logic component, wherein the logic component is of a glue logic type, and wherein the logic component of the glue logic type comprises a digital counter and at least one comparator is provided between an Ethernet PHY and the FPGA, the logic component, during the programming phase of the FPGA, generating a Receive Write signal (RXWR) while the counter, in particular, a 10-bit counter, is between a defined range τ and τ +ε, where ε is the payload length and the value τ is the number of bytes to be skipped. - establishing, via the network, a communications connection between the FPGA and an external master connected to the network; - setting the FPG A into a programming mode; - receiving an FPGA programming image for programming the FPGA, the FPGA programming image being transmitted from the external master to the FPGA according to the predetermined network communications protocol in a sequence of frames, each frame comprising a payload section and protocol overhead section, each payload section comprising a portion of the programming image, - parsing the sequence of frames, and - enabling FPGA writing only during receiving the payload section of each of the frames received and writing the portion of the programming data of the payload section into the FPGA, wherein the steps of receiving the FPGA programming image and parsing the sequence of frames is performed by a permanently programmed or hardwired logic component, wherein the logic component is of a glue logic type, and wherein the logic component of the glue logic type comprises a digital counter and at least one comparator is provided between an Ethernet PHY and the FPGA, the logic component, during the programming phase of the FPGA, generating a Receive Write signal (RXWR) while the counter, in particular, a 10-bit counter, is between a defined range τ and τ +ε, where ε is the payload length and the value τ is the number of bytes to be skipped.
A cleansing bar composition comprising: at least one cleanser chosen from soap and surfactant; phenoxyethanol; and one or more hydrophobic deposition aids, wherein the phenoxyethanol is substantially coated by the hydrophobic deposition aid, and wherein the composition is a solid cleansing bar. at least one cleanser chosen from soap and surfactant; phenoxyethanol; and one or more hydrophobic deposition aids, wherein the phenoxyethanol is substantially coated by the hydrophobic deposition aid, and wherein the composition is a solid cleansing bar.
A support structure for a prosthetic cardiovascular valve (10"), comprising: an outer frame formed of expanded shape memory alloy and having a cuff portion; a tether and an inner frame coupled to the outer frame and formed of shape memory alloy having a body portion expanded from an initial shape and a connecting portion compressed from an initial shape, the inner frame configured to support a prosthetic valve leaflet assembly (336, 338) within the body portion, characterized in that the inner frame engages the tether, the tether is received within the connecting portion by compressively clamping one end of the tether, the tether configured to be connected to epicardial tissue. an outer frame formed of expanded shape memory alloy and having a cuff portion; a tether and an inner frame coupled to the outer frame and formed of shape memory alloy having a body portion expanded from an initial shape and a connecting portion compressed from an initial shape, the inner frame configured to support a prosthetic valve leaflet assembly (336, 338) within the body portion, characterized in that the inner frame engages the tether, the tether is received within the connecting portion by compressively clamping one end of the tether, the tether configured to be connected to epicardial tissue.
An apparatus, comprising: handover processing means for generating a response to a mobile services switching entity for a handover of a mobile communication call of a user equipment from circuit switched mobile communication to packet switched mobile communication in response to a request for handover by the mobile services switching entity; resource allocation means for allocating resources for the packet switched mobile communication; and characterized in that it further comprises: controlling means for commanding, after the resource allocation means allocated the resources and before the handover processing means generates the response, a packet switched mobile communication gateway entity being a target of the handover of the mobile communication call to temporarily allow passing through of real time transport protocol and real time transport protocol control protocol based packets on a bearer set as default bearer in the packet switched mobile communication gateway entity. handover processing means for generating a response to a mobile services switching entity for a handover of a mobile communication call of a user equipment from circuit switched mobile communication to packet switched mobile communication in response to a request for handover by the mobile services switching entity; resource allocation means for allocating resources for the packet switched mobile communication; and controlling means for commanding, after the resource allocation means allocated the resources and before the handover processing means generates the response, a packet switched mobile communication gateway entity being a target of the handover of the mobile communication call to temporarily allow passing through of real time transport protocol and real time transport protocol control protocol based packets on a bearer set as default bearer in the packet switched mobile communication gateway entity.
A terminal access method, comprising: initiating, by a terminal after establishing a Wireless Fidelity WiFi connection with a wireless gateway, terminal identity verification and gateway identity verification to the wireless gateway; and accessing to a wireless broadband network through the WiFi connection after the initiated terminal identity verification and the initiated gateway identity verification succeeded; characterized in that initiating a gateway identity verification request for the gateway identity verification to the wireless gateway by the terminal comprises: extracting a gateway ID as a plaintext by the terminal, and obtaining a second ciphertext by encrypting the gateway ID using a second encryption key received from the wireless gateway and a second encryption algorithm; and carrying the second ciphertext obtained by encryption in the gateway identity verification request and sending the second ciphertext to the wireless gateway for judging whether the gateway identify verification is successful; wherein the second encryption key is calculated by the wireless gateway according to random numbers; and the second encryption algorithm is an irreversible encryption algorithm. initiating, by a terminal after establishing a Wireless Fidelity WiFi connection with a wireless gateway, terminal identity verification and gateway identity verification to the wireless gateway; and accessing to a wireless broadband network through the WiFi connection after the initiated terminal identity verification and the initiated gateway identity verification succeeded; characterized in that initiating a gateway identity verification request for the gateway identity verification to the wireless gateway by the terminal comprises: extracting a gateway ID as a plaintext by the terminal, and obtaining a second ciphertext by encrypting the gateway ID using a second encryption key received from the wireless gateway and a second encryption algorithm; and carrying the second ciphertext obtained by encryption in the gateway identity verification request and sending the second ciphertext to the wireless gateway for judging whether the gateway identify verification is successful; wherein the second encryption key is calculated by the wireless gateway according to random numbers; and the second encryption algorithm is an irreversible encryption algorithm. extracting a gateway ID as a plaintext by the terminal, and obtaining a second ciphertext by encrypting the gateway ID using a second encryption key received from the wireless gateway and a second encryption algorithm; and carrying the second ciphertext obtained by encryption in the gateway identity verification request and sending the second ciphertext to the wireless gateway for judging whether the gateway identify verification is successful; wherein the second encryption key is calculated by the wireless gateway according to random numbers; and the second encryption algorithm is an irreversible encryption algorithm.
A chassis, for self-propelled operating machines, comprising a frame adapted to support a motorized movement means and a control means of an operating machine, at least one ballast member adapted to support mechanical parts of said operating machine; said ballast member being an integral part of said frame; said frame comprising at least one front part and at least one rear part; said front part and said rear part being mutually articulated by an articulation means; said ballast member being joined to said rear part; said rear part comprising at least one pair of longitudinal members which are rigidly connected to each other by means of one or more transverse reinforcement members; said ballast member being Joined to the ends of said longitudinal members; said chassis being characterized in that said ballast member comprises at least one seat for housing a motor means functionally associated with said movement means; said motor means being at least partially supported by said ballast member.
A silicone-free, non-aqueous composition capable of reducing the drying time of wet hair, comprising: 90 to 96 percent by weight of a volatile hydrocarbon mixture including compounds that exhibit a vapor pressure of more than 0.2mm Hg at 25°C at one atmosphere of pressure or have a boiling point at one atmosphere of less than 100°C, the volatile hydrocarbon mixture comprising C13 - C16 isoparaffin, C12 - C14 isoparaffin; and C13 - C15 alkane; 2 to 3 percent by weight of ppg-3 benzyl ether myristate; 0.001 to 0.01 percent by weight of a sodium laneth 40-maleate/styrene sulfonate copolymer; 0.01 to 0.5 percent by weight of an emollient mixture comprising isostearic acid, sorbitan oleate, cocoyl hydrolyzed keratin, and less than 1wt% water. 90 to 96 percent by weight of a volatile hydrocarbon mixture including compounds that exhibit a vapor pressure of more than 0.2mm Hg at 25°C at one atmosphere of pressure or have a boiling point at one atmosphere of less than 100°C, the volatile hydrocarbon mixture comprising C13 - C16 isoparaffin, C12 - C14 isoparaffin; and C13 - C15 alkane; 2 to 3 percent by weight of ppg-3 benzyl ether myristate; 0.001 to 0.01 percent by weight of a sodium laneth 40-maleate/styrene sulfonate copolymer; 0.01 to 0.5 percent by weight of an emollient mixture comprising isostearic acid, sorbitan oleate, cocoyl hydrolyzed keratin, and less than 1wt% water.
A polyalkylene glycol lubricant basefluid for use with a fluoroalkene refrigerant, the polyalkylene glycol lubricant basefluid comprising a PAG having the formula: RX(R b O) y R c, wherein: R is a C14 substituent comprising a heterocyclic ring in which the one heteroatom is oxygen; X is O; R b is a C3 alkylene group; R c is a C3 alkyl group; and y is an integer resulting in a basefluid viscosity of 46cSt at 40°C.
An anaerobic photobioreactor for biomass cultivation,wastewater treatment, nutrients recovery, energy production and high -value products synthesis, characterized in that it comprises: a. a horizontal closed anaerobic ditch (101, 201, 301); b. an inlet (205, 307) and an outlet (206, 308) of wastewater, both connected to the internal space of the anaerobic ditch (101, 201, 301) body; c. a covered wastewater circulation system (204, 317) inside the anaerobic ditch (101,201,301); d. a lid covering the anaerobic ditch (101, 201, 301) to block light at wavelengths below 750 nm; e. a cylindrical sampling tube submerged into the anaerobic ditch (101, 201, 301) and stuck to the lid, to perform water and biomass analysis and control the headspace pressure; f. a biomass recirculation pipe (210, 318) from a biomass separator (202, 302) to the anaerobic ditch (101, 201, 301); and g. a biomass outlet line (208, 310) from the biomass separator (202, 302). a. a horizontal closed anaerobic ditch (101, 201, 301); b. an inlet (205, 307) and an outlet (206, 308) of wastewater, both connected to the internal space of the anaerobic ditch (101, 201, 301) body; c. a covered wastewater circulation system (204, 317) inside the anaerobic ditch (101,201,301); d. a lid covering the anaerobic ditch (101, 201, 301) to block light at wavelengths below 750 nm; e. a cylindrical sampling tube submerged into the anaerobic ditch (101, 201, 301) and stuck to the lid, to perform water and biomass analysis and control the headspace pressure; f. a biomass recirculation pipe (210, 318) from a biomass separator (202, 302) to the anaerobic ditch (101, 201, 301); and g. a biomass outlet line (208, 310) from the biomass separator (202, 302).
A device comprising a support having a wave guide enabling the propagation of light in at least one wavelength, generating evanescent waves outwards, comprising means for receiving a liquid sample, so configured as to receive the liquid sample upon contact with the wave guide so as to impregnate the wave guide with a portion of the liquid sample, and actuatable means for breaking the contact between the liquid sample and the wave guide characterized in that the actuatable means comprise a member which is movable relative to the support and which comprises at least a portion of said receiving means, with the movable member being movable between a first position in which said receiving means are adapted to receive the liquid sample upon contact with the wave guide and a second position in which said receiving means are so configured that the liquid sample is no longer in contact with the wave guide.