mhurhangee/patent-ind-claim-en huggingface dataset:
A network access entity which is configured to provide access to communication services of a data network to at least one user equipment, UE, , the network access entity comprising: a packet data network gateway, PGW, with a PGW identifier, PGWID, which uniquely identifies the PGW; and a UE mobility table containing an assignment of a UE identifier, UEID, of each one of the at least one UE to a PGW, wherein the assignment indicates a PGWID of a PGW via which a specific UE is accessible from the data network; wherein the network access entity is configured to: transmit and/or receive data to and from a remote station , respectively, via the data network ; assign a data flow from the remote station to one of the at least one UE ; update the UE mobility table in case the one of the at least one UE leaves the range of the network access entity by assigning a PGWID of a neighboring PGW of a neighboring network access entity to the leaving UE, via which neighboring PGW the leaving UE can be reached. a packet data network gateway, PGW, with a PGW identifier, PGWID, which uniquely identifies the PGW; and a UE mobility table containing an assignment of a UE identifier, UEID, of each one of the at least one UE to a PGW, wherein the assignment indicates a PGWID of a PGW via which a specific UE is accessible from the data network; wherein the network access entity is configured to: transmit and/or receive data to and from a remote station , respectively, via the data network ; assign a data flow from the remote station to one of the at least one UE ; update the UE mobility table in case the one of the at least one UE leaves the range of the network access entity by assigning a PGWID of a neighboring PGW of a neighboring network access entity to the leaving UE, via which neighboring PGW the leaving UE can be reached. transmit and/or receive data to and from a remote station , respectively, via the data network ; assign a data flow from the remote station to one of the at least one UE ; update the UE mobility table in case the one of the at least one UE leaves the range of the network access entity by assigning a PGWID of a neighboring PGW of a neighboring network access entity to the leaving UE, via which neighboring PGW the leaving UE can be reached.
A climbing shoe comprising: a shoe-upper shaped so as to accommodate and cover substantially the entire user's foot; a sole made of polymeric material, which is fixed to the bottom of the shoe-upper so as to cover at least the front part of the bottom of said shoe-upper ; and a shoe-upper elastic tensioning system which is adapted to tighten the shoe-upper on the user's foot; the ogival front part of the shoe-upper being provided with a tip and, respectively, with an outer front side and with an inner front side that are arranged on opposite sides of the tip so as to flank the user's forefoot on both sides; the elastic tensioning system comprising a plantar tensioning band having an elastic and monolithic structure, which is made of elastomeric material, is firmly fixed to the bottom of the shoe-upper underneath the sole , and is shaped so as to connect the tip of the shoe-upper directly to a saddle-shaped patch , separated and distinct from said plantar tensioning band , which is made of a soft and flexible material and is placed on the rear part of the shoe-upper , in the area over the calcaneus of the user's foot; the climbing shoe being characterised in that a front portion of said plantar tensioning band covers the phalangeal section of the bottom of the shoe-upper and is moreover shaped/dimensioned so as to also extend along the upper-front area of the shoe-upper to cover both the tip and the outer and inner front sides of the shoe-upper . the ogival front part of the shoe-upper being provided with a tip and, respectively, with an outer front side and with an inner front side that are arranged on opposite sides of the tip so as to flank the user's forefoot on both sides; the elastic tensioning system comprising a plantar tensioning band having an elastic and monolithic structure, which is made of elastomeric material, is firmly fixed to the bottom of the shoe-upper underneath the sole , and is shaped so as to connect the tip of the shoe-upper directly to a saddle-shaped patch , separated and distinct from said plantar tensioning band , which is made of a soft and flexible material and is placed on the rear part of the shoe-upper , in the area over the calcaneus of the user's foot; the climbing shoe being characterised in that a front portion of said plantar tensioning band covers the phalangeal section of the bottom of the shoe-upper and is moreover shaped/dimensioned so as to also extend along the upper-front area of the shoe-upper to cover both the tip and the outer and inner front sides of the shoe-upper .
A system for joining a panel to a structure, the system comprising: at least one body , the body (5,5',5"') comprising two main planar surfaces which are substantially parallel and comprising one or more lateral surfaces , each lateral surface being defined between the two main planar surfaces , the body (5,5',5"') being configured to be located inside the thickness of the panel between two mutually opposing surfaces of the panel ; and at least one fastening means for releasably fastening the body (5,5',5"') to the structure, the body (5,5',5"') comprising first and second receiving means for releasably attaching the fastening means to the body , each receiving means comprising one or more holes or apertures located on a surface of the body (5',5",5"'), each hole or aperture comprising an opening located on a surface of the body (5,5',5"'), each opening providing an entrance to a respective channel in the body , the or each channel of the first receiving means being right angled in respect of the or each channel of the second receiving means characterised in that each lateral surface of the body (5',5",5′′′) comprises an adhesion enhancement means, each adhesion enhancement means comprising a plurality of elongate recesses , each elongate recess extending in a direction substantially parallel to the main planar surfaces of the body (5,5',5"').
A duvet or blanket , formed of a plurality of sections , releasably coupleable together for assembly or disassembly of the duvet or blanket, wherein said sections include: two end sections , each of a trapezium shape, comprising a straight edge for forming an end edge of the duvet or blanket, a pair of parallel edges joining the straight edge for forming sections of side edges of the duvet or blanket, and a slanted edge opposing the straight edge, and at least one triangular middle section , having a base edge for forming a further section of a side edge of the duvet or blanket, and two opposed slanted edges extending from the base edge having slant angles complementary to one another and to the slanted edges of the similar end sections, thereby permitting tessellation of the at least one triangular middle section with the end sections to form the assembled duvet or blanket. two end sections , each of a trapezium shape, comprising a straight edge for forming an end edge of the duvet or blanket, a pair of parallel edges joining the straight edge for forming sections of side edges of the duvet or blanket, and a slanted edge opposing the straight edge, and at least one triangular middle section , having a base edge for forming a further section of a side edge of the duvet or blanket, and two opposed slanted edges extending from the base edge having slant angles complementary to one another and to the slanted edges of the similar end sections, thereby permitting tessellation of the at least one triangular middle section with the end sections to form the assembled duvet or blanket.
A composition for preventing and/or diminishing symptoms of hangover caused by alcohol consumption in a human, wherein the active ingredients of the composition consist of a) L-cysteine about 60 to about 75 weight-%, b) ascorbic acid about 20 to about 35 weight-%, and c) vitamin B3 about 4.0 to about 6.5 weight-%, based on the total weight of the active ingredients of the composition, wherein the composition further consists of one or more additional active ingredient(s) selected from vitamin B1, vitamin B2, vitamin B6, vitamin B12, folic acid and D-biotin. a) L-cysteine about 60 to about 75 weight-%, b) ascorbic acid about 20 to about 35 weight-%, and c) vitamin B3 about 4.0 to about 6.5 weight-%,
A method of wireless communications network down selection, comprising: transmitting , by a transceiver of a wireless communications device , an indication of a primary service preference for a primary service and a secondary service preference for a secondary service; receiving , by the transceiver , a channel layer configuration from a network at least in part in response to the transmitted indication of the primary service preference and the secondary service preference; and supporting the primary service or the secondary service based at least in part on the channel layer configuration, wherein the primary service preference is associated with a first configuration of one or more radio access technologies, RATs, and antennas of the wireless communications device and the secondary service preference is associated with a second configuration of one or more RATs and antennas. transmitting , by a transceiver of a wireless communications device , an indication of a primary service preference for a primary service and a secondary service preference for a secondary service; receiving , by the transceiver , a channel layer configuration from a network at least in part in response to the transmitted indication of the primary service preference and the secondary service preference; and supporting the primary service or the secondary service based at least in part on the channel layer configuration, wherein the primary service preference is associated with a first configuration of one or more radio access technologies, RATs, and antennas of the wireless communications device and the secondary service preference is associated with a second configuration of one or more RATs and antennas.
A wireless communication method, comprising: receiving , by customer premise equipment, CPE, a call request message from user equipment, UE; sending , by the CPE based on the call request message, a bearer setup request message to a network side device, wherein the bearer setup request message indicates a request to set up a target bearer, and the target bearer is used by the UE to perform voice over wireless fidelity, VOWIFI, service communication; after the CPE receives a bearer setup response message sent by the network side device, sending , by the CPE, a call response message to the UE; and transmitting , by the CPE, VOWIFI data of the UE on the target bearer. receiving , by customer premise equipment, CPE, a call request message from user equipment, UE; sending , by the CPE based on the call request message, a bearer setup request message to a network side device, wherein the bearer setup request message indicates a request to set up a target bearer, and the target bearer is used by the UE to perform voice over wireless fidelity, VOWIFI, service communication; after the CPE receives a bearer setup response message sent by the network side device, sending , by the CPE, a call response message to the UE; and transmitting , by the CPE, VOWIFI data of the UE on the target bearer.
A bottom housing assembly, comprising: an electric box ; a base , wherein the base is provided with an installing end, the electric box is detachably installed on the installing end; and a pipe-layout structure formed between the installing end and the electric box , wherein the pipe-layout structure is used for leading a gas-liquid pipe out of the base ; characterized in that the bottom housing assembly further comprises: a connecting column , the connecting column is disposed on the base , the electric box is connected with the base through the connecting column . an electric box ; a base , wherein the base is provided with an installing end, the electric box is detachably installed on the installing end; and a pipe-layout structure formed between the installing end and the electric box , wherein the pipe-layout structure is used for leading a gas-liquid pipe out of the base ; characterized in that the bottom housing assembly further comprises: a connecting column , the connecting column is disposed on the base , the electric box is connected with the base through the connecting column .
A cell collecting device, comprising: a first filter (20; 120; 220) having a plurality of first pores (26; 126; 226) formed into a size that enables target cells contained in a fluid sample to pass through the first pores (26; 126; 226); and a second filter (40; 140; 240) having a plurality of second pores (46; 146; 246) formed into a size that enables the target cells contained to pass through the second pores (46; 146; 246), the second filter (40; 140; 240) arranged below the first filter (20; 120; 220) in such a position as to filter the target cells , wherein the first filter (20; 120; 220) and the second filter (40; 140; 240) are arranged such that the first pores (26; 126; 226) and the second pores (46; 146; 246) get out of alignment with each other. a first filter (20; 120; 220) having a plurality of first pores (26; 126; 226) formed into a size that enables target cells contained in a fluid sample to pass through the first pores (26; 126; 226); and a second filter (40; 140; 240) having a plurality of second pores (46; 146; 246) formed into a size that enables the target cells contained to pass through the second pores (46; 146; 246), the second filter (40; 140; 240) arranged below the first filter (20; 120; 220) in such a position as to filter the target cells , wherein the first filter (20; 120; 220) and the second filter (40; 140; 240) are arranged such that the first pores (26; 126; 226) and the second pores (46; 146; 246) get out of alignment with each other.
Use of an optimized sucrose gradient centrifugation for removal of protamine sulphate from purified infectious Chikungunya virus particles, wherein said optimized sucrose gradient centrifugation comprises a Chikungunya virus comprising fraction in a 10% +/- 1% (w/w) sucrose solution and three further layers of sucrose solutions with different densities, i.e. a first sucrose solution with 15% +/- 1% (w/w) sucrose, a second sucrose solution with 35% +/- 1% (w/w) sucrose, and a third sucrose solution with a 50% +/- 1% (w/w) sucrose.
An apparatus, comprising: a DC voltage multiplier including a first capacitor and configured and arranged to, in a first mode, charge the first capacitor from an input voltage source (Vin) having a first voltage, V1, to store a voltage potential between first and second terminals of the first capacitor, the second terminal being set to a ground reference voltage; and in a second mode, after charging the first capacitor, shift a voltage of the second terminal of the first capacitor up to a second voltage, V2, thereby shifting the first terminal of the first capacitor up to a third voltage, V3, and connect the first terminal to an output node, where V3 accounts for an accumulation of voltage from V1 and V2; and a fractional output control circuit configured and arranged to, when enabled, connect a second capacitor between the first terminal of the first capacitor and the ground reference voltage-thereby pulling the first terminal of the first capacitor down to a voltage between the first voltage V1 and the third voltage V3 in response to the second terminal of the first capacitor being shifted to the second voltage V2. a DC voltage multiplier including a first capacitor and configured and arranged to, in a first mode, charge the first capacitor from an input voltage source (Vin) having a first voltage, V1, to store a voltage potential between first and second terminals of the first capacitor, the second terminal being set to a ground reference voltage; and in a second mode, after charging the first capacitor, shift a voltage of the second terminal of the first capacitor up to a second voltage, V2, thereby shifting the first terminal of the first capacitor up to a third voltage, V3, and connect the first terminal to an output node, where V3 accounts for an accumulation of voltage from V1 and V2; and in a first mode, charge the first capacitor from an input voltage source (Vin) having a first voltage, V1, to store a voltage potential between first and second terminals of the first capacitor, the second terminal being set to a ground reference voltage; and in a second mode, after charging the first capacitor, shift a voltage of the second terminal of the first capacitor up to a second voltage, V2, thereby shifting the first terminal of the first capacitor up to a third voltage, V3, and connect the first terminal to an output node, where V3 accounts for an accumulation of voltage from V1 and V2; and a fractional output control circuit configured and arranged to, when enabled, connect a second capacitor between the first terminal of the first capacitor and the ground reference voltage-thereby pulling the first terminal of the first capacitor down to a voltage between the first voltage V1 and the third voltage V3 in response to the second terminal of the first capacitor being shifted to the second voltage V2.
A catheter assembly for placement in a body of a patient, comprising: an elongate catheter tube , the catheter tube defining at least one lumen ; a valve defined in the catheter tube configured to selectively enable fluids to pass therethrough; and a conductive element that provides an electrically conductive pathway between the at least one lumen and an exterior portion of the catheter, the conductive element including: a distal plug and a conduit extending longitudinally through the distal plug , a wick extending through a closed distal end of the catheter tube from the lumen to an external surface of the catheter and being disposed in the conduit , the wick capable of wicking up conductive fluid disposed in the at least one lumen . an elongate catheter tube , the catheter tube defining at least one lumen ; a valve defined in the catheter tube configured to selectively enable fluids to pass therethrough; and a conductive element that provides an electrically conductive pathway between the at least one lumen and an exterior portion of the catheter, the conductive element including: a distal plug and a conduit extending longitudinally through the distal plug , a wick extending through a closed distal end of the catheter tube from the lumen to an external surface of the catheter and being disposed in the conduit , the wick capable of wicking up conductive fluid disposed in the at least one lumen . a distal plug and a conduit extending longitudinally through the distal plug , a wick extending through a closed distal end of the catheter tube from the lumen to an external surface of the catheter and being disposed in the conduit , the wick capable of wicking up conductive fluid disposed in the at least one lumen .
An apparatus for irradiating fluids with UV comprising: a reactor vessel having a fluid inlet , a fluid outlet and a reaction chamber ; a plurality of UV lamps (18a, 18b, 18c, 18d, 18e 18f) extending across the reaction chamber and substantially perpendicularly to an axis (A) extending between the fluid inlet and the fluid outlet ; and upper and lower fluid diverters extending across the reaction chamber substantially parallel to said plurality of UV lamps and positioned downstream of at least one upstream UV lamp of said plurality of UV lamps, wherein the upper and lower fluid diverters are positioned to direct fluids toward at least one UV lamp of said plurality of UV lamps downstream of the at least one upstream UV lamp ; characterized in that : the reaction chamber has a cross-section that is substantially round or oval in shape; and said lower fluid diverter is positioned below said plurality of UV lamps . a reactor vessel having a fluid inlet , a fluid outlet and a reaction chamber ; a plurality of UV lamps (18a, 18b, 18c, 18d, 18e 18f) extending across the reaction chamber and substantially perpendicularly to an axis (A) extending between the fluid inlet and the fluid outlet ; and upper and lower fluid diverters extending across the reaction chamber substantially parallel to said plurality of UV lamps and positioned downstream of at least one upstream UV lamp of said plurality of UV lamps, wherein the upper and lower fluid diverters are positioned to direct fluids toward at least one UV lamp of said plurality of UV lamps downstream of the at least one upstream UV lamp ; characterized in that : the reaction chamber has a cross-section that is substantially round or oval in shape; and said lower fluid diverter is positioned below said plurality of UV lamps . the reaction chamber has a cross-section that is substantially round or oval in shape; and said lower fluid diverter is positioned below said plurality of UV lamps .
An apparatus comprising: a receiver arranged to receive a first signal for indicating a parameter of K1, wherein K1 is a quantity of transport blocks, TBs, in a downlink association set; and receive a second signal for indicating a parameter of K2, wherein K2 is a quantity of hybrid automatic repeat request acknowledgement, HARQ-ACK, bit fields in a HARQ-ACK codebook; a processor arranged to determine, based on the first signal and the second signal, a size of the HARQ-ACK codebook; a transmitter arranged to transmit the HARQ-ACK codebook, wherein the HARQ-ACK codebook comprises a first part including K1 HARQ-ACK bits and a second part including K2 HARQ-ACK bit fields, wherein each bit in the first part corresponds to one transport block, TB, in the downlink association set, and each HARQ-ACK bit field in the second part comprises a plurality of HARQ-ACK bits and each of the plurality of HARQ-ACK bits corresponds to one code block group, CBG, of one incorrectly decoded TB in the downlink association set; wherein the second part is appended with one or more Acknowledgement, ACK, or Negative Acknowledgement, NACK, bits in response to K2 being identified to be greater than a quantity of actually incorrectly decoded TBs in the downlink association set; wherein the second part including K2 HARQ-ACK bit fields corresponds to a first K2 TBs of actually incorrectly decoded TBs in the downlink association set in response to K2 being identified to be smaller than a quantity of the actually incorrectly decoded TBs in the downlink association set. a receiver arranged to receive a first signal for indicating a parameter of K1, wherein K1 is a quantity of transport blocks, TBs, in a downlink association set; and receive a second signal for indicating a parameter of K2, wherein K2 is a quantity of hybrid automatic repeat request acknowledgement, HARQ-ACK, bit fields in a HARQ-ACK codebook; a processor arranged to determine, based on the first signal and the second signal, a size of the HARQ-ACK codebook; a transmitter arranged to transmit the HARQ-ACK codebook, wherein the HARQ-ACK codebook comprises a first part including K1 HARQ-ACK bits and a second part including K2 HARQ-ACK bit fields, wherein each bit in the first part corresponds to one transport block, TB, in the downlink association set, and each HARQ-ACK bit field in the second part comprises a plurality of HARQ-ACK bits and each of the plurality of HARQ-ACK bits corresponds to one code block group, CBG, of one incorrectly decoded TB in the downlink association set; wherein the second part is appended with one or more Acknowledgement, ACK, or Negative Acknowledgement, NACK, bits in response to K2 being identified to be greater than a quantity of actually incorrectly decoded TBs in the downlink association set; wherein the second part including K2 HARQ-ACK bit fields corresponds to a first K2 TBs of actually incorrectly decoded TBs in the downlink association set in response to K2 being identified to be smaller than a quantity of the actually incorrectly decoded TBs in the downlink association set.