mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication performed by a base station (110, 710), comprising: transmitting (740, 1210) a message, to a user equipment, UE (120, 720), instructing the UE to activate or update a reference signal, RS corresponding to an uplink communication transmitted by the UE; determining a time period for the base station to wait before communicating with the UE, wherein the time period is either a first time period based on a determination that the UE identified a beam configuration of the base station or a second time period, longer than the first time period, based on a determination that the UE did not identify the beam configuration of the base station; communicating with the UE, after the time period, using a beam configuration of the base station that corresponds to a beam configuration of the UE for transmitting the RS, and wherein the time period includes a time for the UE to determine a received power of the RS in order to find an uplink transmit power for the uplink communication. transmitting (740, 1210) a message, to a user equipment, UE (120, 720), instructing the UE to activate or update a reference signal, RS corresponding to an uplink communication transmitted by the UE; determining a time period for the base station to wait before communicating with the UE, wherein the time period is either a first time period based on a determination that the UE identified a beam configuration of the base station or a second time period, longer than the first time period, based on a determination that the UE did not identify the beam configuration of the base station; communicating with the UE, after the time period, using a beam configuration of the base station that corresponds to a beam configuration of the UE for transmitting the RS, and wherein the time period includes a time for the UE to determine a received power of the RS in order to find an uplink transmit power for the uplink communication.
A primary AA alkaline battery comprising: an anode, the anode comprising an electrochemically active anode material, the electrochemically active anode material comprising at least about 3.3 g of zinc; a cathode, the cathode comprising about 10 g to about 11.5 g of a manganese oxide electrochemically active cathode material; an aqueous alkaline electrolyte, the electrolyte comprising from about 25 to about 35% by weight of an alkali hydroxide, based on the total weight of the electrolyte, a separator between the anode and the cathode, characterized in that, the separator in combination with the electrolyte has an initial area-specific resistance between 100 mOhm-cm 2 and 220 Ohm-cm 2; a final area-specific resistance less than 500 mOhm-cm 2; and an ASR ratio of less than 1.9, wherein the ASR ratio is the ratio of the final area-specific resistance to the initial area specific resistance; ASR is determined as described in the description; the initial area-specific resistance of the separator in combination with the electrolyte is an area-specific resistance prior to 1-electron discharge; and the final area-specific resistance is an area-specific resistance at the point of completion of 1-electron discharge. an anode, the anode comprising an electrochemically active anode material, the electrochemically active anode material comprising at least about 3.3 g of zinc; a cathode, the cathode comprising about 10 g to about 11.5 g of a manganese oxide electrochemically active cathode material; an aqueous alkaline electrolyte, the electrolyte comprising from about 25 to about 35% by weight of an alkali hydroxide, based on the total weight of the electrolyte, a separator between the anode and the cathode, characterized in that, the separator in combination with the electrolyte has an initial area-specific resistance between 100 mOhm-cm 2 and 220 Ohm-cm 2; a final area-specific resistance less than 500 mOhm-cm 2; and an ASR ratio of less than 1.9, wherein the ASR ratio is the ratio of the final area-specific resistance to the initial area specific resistance; ASR is determined as described in the description; the initial area-specific resistance of the separator in combination with the electrolyte is an area-specific resistance prior to 1-electron discharge; and the final area-specific resistance is an area-specific resistance at the point of completion of 1-electron discharge.
Use of a combination of two genetic elements for controlling the development of the floral type of a dicotyledonous plant, said combination comprising respectively: a) a first genetic control element (A/a) present in said dicotyledonous plant, in the form of a dominant allele, and of a recessive allele (a), in which: - the dominant allele consists of a nucleic acid permitting expression of the protein ACS (aminocyclopropane carboxylate synthase) of sequence SEQ ID No. 3, - the recessive allele (a) differs from the dominant allele wherein the said recessive allele (a) is non-functional in said dicotyledonous plant, and b) a second genetic control element (G/g) present in said dicotyledonous plant, in the form of a dominant allele, and of a recessive allele (g), in which: - the dominant allele consists of a nucleic acid permitting expression of the protein CmWIPI (" C. melo Zinc Finger Protein ") of sequence SEQ ID No. 12, - the recessive allele (g) differs from the dominant allele wherein said recessive allele (g) is non-functional in said dicotyledonous plant, it being understood that at least the second genetic control element was introduced artificially into said dicotyledonous plant. a) a first genetic control element (A/a) present in said dicotyledonous plant, in the form of a dominant allele, and of a recessive allele (a), in which: - the dominant allele consists of a nucleic acid permitting expression of the protein ACS (aminocyclopropane carboxylate synthase) of sequence SEQ ID No. 3, - the recessive allele (a) differs from the dominant allele wherein the said recessive allele (a) is non-functional in said dicotyledonous plant, and - the dominant allele consists of a nucleic acid permitting expression of the protein ACS (aminocyclopropane carboxylate synthase) of sequence SEQ ID No. 3, - the recessive allele (a) differs from the dominant allele wherein the said recessive allele (a) is non-functional in said dicotyledonous plant, and b) a second genetic control element (G/g) present in said dicotyledonous plant, in the form of a dominant allele, and of a recessive allele (g), in which: - the dominant allele consists of a nucleic acid permitting expression of the protein CmWIPI (" C. melo Zinc Finger Protein ") of sequence SEQ ID No. 12, - the recessive allele (g) differs from the dominant allele wherein said recessive allele (g) is non-functional in said dicotyledonous plant, it being understood that at least the second genetic control element was introduced artificially into said dicotyledonous plant. - the dominant allele consists of a nucleic acid permitting expression of the protein CmWIPI (" C. melo Zinc Finger Protein ") of sequence SEQ ID No. 12, - the recessive allele (g) differs from the dominant allele wherein said recessive allele (g) is non-functional in said dicotyledonous plant, it being understood that at least the second genetic control element was introduced artificially into said dicotyledonous plant.
Connection device for an electric accumulator comprising a first connection sub-assembly which is associated with to one of the electrodes, and a second connection sub-assembly which is associated with the other electrode, characterised in that the first connection sub-assembly comprises: - a metal conductive blade having an inner surface provided with a plurality of spikes intended to be embedded in the electrode in order to establish the electrical contact, - and thermal protection means housed in a module that is fixed and electrically connected to one of the ends of the blade, with the thermal protection means comprising a thermal switch made up of a conductive and elastic tab, and of a cut-off interval filled with a conductive paste that has a predetermined softening point according to the temperature, with the conductive tab urging the switch to the open position after the temperature exceeds a predetermined threshold. - a metal conductive blade having an inner surface provided with a plurality of spikes intended to be embedded in the electrode in order to establish the electrical contact, - and thermal protection means housed in a module that is fixed and electrically connected to one of the ends of the blade, with the thermal protection means comprising a thermal switch made up of a conductive and elastic tab, and of a cut-off interval filled with a conductive paste that has a predetermined softening point according to the temperature, with the conductive tab urging the switch to the open position after the temperature exceeds a predetermined threshold.
Device for thermally conditioning a fluid for a motor vehicle, comprising: - at least one thermal module (3a, 3b) comprising a core and a shell (13a, 13b) defining a circuit for guiding the fluid that is to be heated or cooled between the core and the shell (13a, 13b), - a fluid inlet box (9a, 109a, 209a) and a fluid outlet box, the inlet box (9a, 109a, 209a) having at least one inlet channel (25, 225a, 225b) for the fluid communicating with the circuit for guiding the fluid, the inlet channel for the fluid (25, 225a, 225b) having at least one substantially curved portion which is configured in order to generate a swirling movement in the fluid, characterized in that the inlet box (9a, 109a, 209a) comprises two feed bowls (27a, 27b, 127a, 127b, 227a, 227b) having a substantially cylindrical shape fluidly connected to the guiding circuit of a thermal module and in that said device includes at least two thermal modules (3a, 3b) arranged side by side in parallel and in which the inlet channel exhibits a portion that is tangential to the two feed bowls (27a, 27b) of the inlet box. - at least one thermal module (3a, 3b) comprising a core and a shell (13a, 13b) defining a circuit for guiding the fluid that is to be heated or cooled between the core and the shell (13a, 13b), - a fluid inlet box (9a, 109a, 209a) and a fluid outlet box, the inlet box (9a, 109a, 209a) having at least one inlet channel (25, 225a, 225b) for the fluid communicating with the circuit for guiding the fluid,
An apparatus for wireless transmission comprising: a processor; a radio frequency transmitter coupled to and controlled by the processor to transmit a modulated analog signal; and a physical layer circuit coupled to the radio frequency transmitter to generate the modulated analog signal by encoding a digital signal, the physical layer circuit comprising a high rate physical layer circuit and a low rate physical layer circuit, wherein the low rate channels generated by the low rate physical layer circuit share a same frequency band as a corresponding high rate channel generated by the high rate physical layer circuit, wherein the high rate physical layer circuit comprises an outer code circuit, an outer interleaver circuit, M inner code circuits, a bit interleaver circuit, a high rate physical layer tone interleaver circuit, and a high rate physical layer data scrambler circuit, wherein M is larger than 1 and the outer interleaver circuit comprises a block interleaver that maps consecutive bytes of the outer code codeword to different inner code, and maps the same byte in the outer code codeword to consecutive bits for the inner code; and wherein the low rate physical layer circuit comprises a pilot tone circuit, a low rate physical layer tone interleaver circuit, a FEC coding circuit, and a low rate physical layer data scrambler circuit; wherein the high rate physical layer circuit is to produce data rates in the order of gigabits per second, and the low rate physical layer circuit is to produce data rates in the order of megabits per second. a processor; a radio frequency transmitter coupled to and controlled by the processor to transmit a modulated analog signal; and a physical layer circuit coupled to the radio frequency transmitter to generate the modulated analog signal by encoding a digital signal, the physical layer circuit comprising a high rate physical layer circuit and a low rate physical layer circuit, wherein the low rate channels generated by the low rate physical layer circuit share a same frequency band as a corresponding high rate channel generated by the high rate physical layer circuit, wherein the high rate physical layer circuit comprises an outer code circuit, an outer interleaver circuit, M inner code circuits, a bit interleaver circuit, a high rate physical layer tone interleaver circuit, and a high rate physical layer data scrambler circuit, wherein M is larger than 1 and the outer interleaver circuit comprises a block interleaver that maps consecutive bytes of the outer code codeword to different inner code, and maps the same byte in the outer code codeword to consecutive bits for the inner code; and wherein the low rate physical layer circuit comprises a pilot tone circuit, a low rate physical layer tone interleaver circuit, a FEC coding circuit, and a low rate physical layer data scrambler circuit; wherein the high rate physical layer circuit is to produce data rates in the order of gigabits per second, and the low rate physical layer circuit is to produce data rates in the order of megabits per second.
A modified exendin, wherein the amino acid sequence of the modified exendin is selected from: SEQ ID N° 95: HdAEGTFTSDL SKQNleEEEAVR LFIEWLKQGG PSSGAPPPC-NH 2, SEQ ID N°88: HdAEGTFTSDL SKQNleEEEAVR LFIEWLKQGG PSSGAPPPC, SEQ ID N°89: HdAEGTFTSDL SKQNleEEEAVR LFIEWLKQGG PSSGAPPPCC and SEO ID N°96 HdAEGTFTSDL SKQNleEEEAVR LFIEWLKQGG PSSGAPPPCC-NH 2 SEQ ID N° 95: HdAEGTFTSDL SKQNleEEEAVR LFIEWLKQGG PSSGAPPPC-NH 2, SEQ ID N°88: HdAEGTFTSDL SKQNleEEEAVR LFIEWLKQGG PSSGAPPPC, SEQ ID N°89: HdAEGTFTSDL SKQNleEEEAVR LFIEWLKQGG PSSGAPPPCC and SEO ID N°96 HdAEGTFTSDL SKQNleEEEAVR LFIEWLKQGG PSSGAPPPCC-NH 2
A centrifuge, in particular separator, having a rotatable centrifuge drum with vertical axis of rotation and having a non-rotatable, positionally fixed housing which has a hood and preferably a solids collector, characterized in that the housing, in particular the positionally fixed hood and/or at least one other part of the housing, delimits at least one first cavity which is at any rate partially filled with deadening media which are solid at a process and/or ambient temperature, and wherein a coolant which is fluid at the process and/or ambient temperature can be introduced into the first cavity filled with solid deadening media.
A method of fabricating a material, highly polymeric fiber of boron carbide, comprising the following steps: immersing boron carbide in hydrochloric acid for 90-120 minutes to remove impurities; placing the cleaned and dried boron carbide in a 2500-2800 °C high-temperature high-pressure furnace for melting; placing the resultant molten boron carbide in a high temperature-resistant spinning furnace to produce boron carbide fiber precursor; adding a catalyst in a highly polymeric ethylene emulsion containing an antioxidant, adding the boron carbide fibers precursor, and producing inorganic high molecular polymer, namely, a preliminary product of highly polymeric fiber of boron carbide, under 15-30 atmospheric pressures; the preliminary product is subjected to surface treatment through calcium hydroxide solution, and then cleaned and dried to finally obtain the highly polymeric fiber of boron carbide. immersing boron carbide in hydrochloric acid for 90-120 minutes to remove impurities; placing the cleaned and dried boron carbide in a 2500-2800 °C high-temperature high-pressure furnace for melting; placing the resultant molten boron carbide in a high temperature-resistant spinning furnace to produce boron carbide fiber precursor; adding a catalyst in a highly polymeric ethylene emulsion containing an antioxidant, adding the boron carbide fibers precursor, and producing inorganic high molecular polymer, namely, a preliminary product of highly polymeric fiber of boron carbide, under 15-30 atmospheric pressures; the preliminary product is subjected to surface treatment through calcium hydroxide solution, and then cleaned and dried to finally obtain the highly polymeric fiber of boron carbide.
A lubrication nipple comprising a connection section for connecting the lubrication nipple to a coupling, and a longitudinal axis, wherein the connection section has a connection end, an undercut section for an engagement of a fastening element of the coupling and a guide section, which is arranged between the connection end and the undercut section, for the fastening element of the coupling, wherein the connection section has a maximum cross-section between the connection end and the undercut section at at least one position along the longitudinal axis in a plane perpendicular to the longitudinal axis, and wherein, in a plane through the longitudinal axis, the outer contour of the guide section extends within a rectilinear connection between the outer periphery of the connection end and the maximum cross-section, characterized in that the connection section has, between the guide section and the connection end, a section having a constant cross-section that is smaller than the cross-section within the undercut section. a connection section for connecting the lubrication nipple to a coupling, and a longitudinal axis, wherein the connection section has a connection end, an undercut section for an engagement of a fastening element of the coupling and a guide section, which is arranged between the connection end and the undercut section, for the fastening element of the coupling, wherein the connection section has a maximum cross-section between the connection end and the undercut section at at least one position along the longitudinal axis in a plane perpendicular to the longitudinal axis, and wherein, in a plane through the longitudinal axis, the outer contour of the guide section extends within a rectilinear connection between the outer periphery of the connection end and the maximum cross-section,
A stowable seat, comprising: a housing; a backrest pivotally coupled to the housing, wherein the backrest is configured to pivot from a closed position into an open position; and an inertia reel interface, comprising: an inertia reel beam coupled at a first end to a first inner surface of the housing and at a second end to a second inner surface of the housing; a payout tube coupled at a third end to the first inner surface of the housing and at a fourth end to the second inner surface of the housing; and an inertia reel coupled to the inertia reel beam, wherein the inertia reel is configured to deploy a shoulder harness webbing over the payout tube and the backrest and characterized in that the third end of the payout tube is pivotally coupled to the first inner surface of the housing such that the payout tube may pivot at the third end relative to the housing in response to the fourth end of the payout tube being decoupled from the second inner surface of the housing. a housing; a backrest pivotally coupled to the housing, wherein the backrest is configured to pivot from a closed position into an open position; and an inertia reel interface, comprising: an inertia reel beam coupled at a first end to a first inner surface of the housing and at a second end to a second inner surface of the housing; a payout tube coupled at a third end to the first inner surface of the housing and at a fourth end to the second inner surface of the housing; and an inertia reel coupled to the inertia reel beam, wherein the inertia reel is configured to deploy a shoulder harness webbing over the payout tube and the backrest and characterized in that the third end of the payout tube is pivotally coupled to the first inner surface of the housing such that the payout tube may pivot at the third end relative to the housing in response to the fourth end of the payout tube being decoupled from the second inner surface of the housing. an inertia reel beam coupled at a first end to a first inner surface of the housing and at a second end to a second inner surface of the housing; a payout tube coupled at a third end to the first inner surface of the housing and at a fourth end to the second inner surface of the housing; and an inertia reel coupled to the inertia reel beam, wherein the inertia reel is configured to deploy a shoulder harness webbing over the payout tube and the backrest and characterized in that the third end of the payout tube is pivotally coupled to the first inner surface of the housing such that the payout tube may pivot at the third end relative to the housing in response to the fourth end of the payout tube being decoupled from the second inner surface of the housing.
Endless fiber of the type core-sheath on the basis of hyaluronan or C 11 -C 18 acylated derivative thereof, characterized in that it comprises a combination of hyaluronan and acylated derivative thereof or a combination of acylated derivatives thereof, the fiber core and the sheath being in any of the following arrangements: A) the core contains hyaluronic acid or a salt thereof, the sheath contains C 11 -C 18 acylated hyaluronan; B) the core contains C 11 -C 18 acylated hyaluronan, the sheath contains hyaluronic acid or a salt thereof; C) the core contains C 11 -C 18 acylated hyaluronan, the sheath contains different C 11 -C 18 acylated hyaluronan differing in C 11 -C 18 acyl from C 11 -C 18 acylated hyaluronan of the core, the degree of substitution of C 11 -C 18 acylated hyaluronan in the sheath being identical or different from the degree of substitution of C 11 -C 18 acylated hyaluronan in the core; or D) the core contains C 11 -C 18 acylated hyaluronan, the sheath contains different C 11 -C 18 acylated hyaluronan differing in degree of substitution of C 11 -C 18 acylated hyaluronan of the core. A) the core contains hyaluronic acid or a salt thereof, the sheath contains C 11 -C 18 acylated hyaluronan; B) the core contains C 11 -C 18 acylated hyaluronan, the sheath contains hyaluronic acid or a salt thereof; C) the core contains C 11 -C 18 acylated hyaluronan, the sheath contains different C 11 -C 18 acylated hyaluronan differing in C 11 -C 18 acyl from C 11 -C 18 acylated hyaluronan of the core, the degree of substitution of C 11 -C 18 acylated hyaluronan in the sheath being identical or different from the degree of substitution of C 11 -C 18 acylated hyaluronan in the core; or D) the core contains C 11 -C 18 acylated hyaluronan, the sheath contains different C 11 -C 18 acylated hyaluronan differing in degree of substitution of C 11 -C 18 acylated hyaluronan of the core.