mhurhangee/patent-ind-claim-en huggingface dataset:
A method of receiving a signal by a user equipment, UE, in a time-domain duplexing, TDD,-based wireless communication system, the method comprising: detecting a narrowband physical downlink control channel, NPDCCH; and based on the detection of the NPDCCH, receiving a narrowband physical downlink shared channel, NPDSCH, in a downlink subframe on a carrier, wherein the downlink subframe is a 1 st downlink subframe that follows an uplink subframe, wherein, based on the carrier being in an in-band mode, the NPDSCH is received starting from k th , k>1, orthogonal frequency division multiplexing, OFDM, symbol, including a whole part of the NPDSCH, and wherein, based on the carrier being in a guard-band or stand-alone mode, the NPDSCH is received, with skipping a starting part of the NPDSCH. detecting a narrowband physical downlink control channel, NPDCCH; and based on the detection of the NPDCCH, receiving a narrowband physical downlink shared channel, NPDSCH, in a downlink subframe on a carrier, wherein the downlink subframe is a 1 st downlink subframe that follows an uplink subframe, wherein, based on the carrier being in an in-band mode, the NPDSCH is received starting from k th , k>1, orthogonal frequency division multiplexing, OFDM, symbol, including a whole part of the NPDSCH, and wherein, based on the carrier being in a guard-band or stand-alone mode, the NPDSCH is received, with skipping a starting part of the NPDSCH.
An isolated peptide for use as a medicament, wherein said peptide has 9 to 30 amino acids and comprises or consists of an amino acid sequence according to SEQ ID NO 1 (VMAPRTLXL), wherein X is an amino acid with a hydrophobic side chain (A, I, L, F, V, P, G), preferably V, L, I or F.
A composition for use in treating cancer in an individual, wherein the cancer is melanoma, the composition comprising: an isolated molecule that selectively binds to a polypeptide encoded by a CSC-associated gene on an ABCB5+ stem cell of the individual, wherein the CSC-associated gene is PD-1, wherein the isolated molecule is conjugated to a therapeutic agent, and, wherein the isolated molecule is an antibody or antigen binding fragment, wherein the therapeutic agent is a mAb that binds to ABCB5.
Method for braking a compressor of a refrigeration appliance, of an air conditioning appliance or of a heat pump, wherein the compressor has a brushless motor with windings , characterised by the method steps a) rotating the motor at an operating rotational speed; b) receiving a signal for slowing down; c) determining voltages induced in the windings; d) energising the windings with a braking current at a decreasing frequency, wherein the braking current during braking is a function of the previously determined induced voltages. a) rotating the motor at an operating rotational speed; b) receiving a signal for slowing down; c) determining voltages induced in the windings; d) energising the windings with a braking current at a decreasing frequency, wherein the braking current during braking is a function of the previously determined induced voltages.
Process for producing a galvannealed zinc-magnesium hot dip coating on a steel substrate, comprising the following work steps: a) providing a steel substrate comprising an IF steel, b) hot dip coating of the steel substrate in an Fe-saturated melt bath heated to a bath temperature of 350-650°C, consisting of (in wt.-%) 0.10-0.16 % Al, 0.1-0.6% Mg and 0.01-0.5% Fe and in each case optionally < 2% Si, < 0.1% Pb, < 0.2% Ti, < 1 % Ni, 0.3% Co, < 0.0001% Mn, < 0.2% Cr, < 0.5% Sr, < 0.1 % Bi, < 0.1% Cd and < 0.5% Sn, the remainder being zinc and unavoidable impurities from the production, and c) performing a galvannealing treatment in which the hot dip-coated steel substrate is kept at a galvannealing temperature of 540-800°C for a galvannealing time of 10-25 s in order to produce a galvannealed zinc-magnesium hot dip coating on the steel substrate, comprising in addition to zinc and unavoidable impurities (in wt.-%) 0.10-0.5% Al, 5.0-15.0% Fe, 0.10-0.8% Mg and optionally one or more of the following elements with the following proviso regarding their contents: Si: < 2%, Pb: < 0.1%, Ti: < 0.2%, Ni: < 1%, Co: < 0.3%, Mn: < 0.0001%, Cr: < 0.2%, Sr: < 0.5%, Bi: < 0.1%, Cd:< 0.1%, Sn < 0.01%. a) providing a steel substrate comprising an IF steel, b) hot dip coating of the steel substrate in an Fe-saturated melt bath heated to a bath temperature of 350-650°C, consisting of (in wt.-%) 0.10-0.16 % Al, 0.1-0.6% Mg and 0.01-0.5% Fe and in each case optionally < 2% Si, < 0.1% Pb, < 0.2% Ti, < 1 % Ni, 0.3% Co, < 0.0001% Mn, < 0.2% Cr, < 0.5% Sr, < 0.1 % Bi, < 0.1% Cd and < 0.5% Sn, the remainder being zinc and unavoidable impurities from the production, and c) performing a galvannealing treatment in which the hot dip-coated steel substrate is kept at a galvannealing temperature of 540-800°C for a galvannealing time of 10-25 s in order to produce a galvannealed zinc-magnesium hot dip coating on the steel substrate, comprising in addition to zinc and unavoidable impurities (in wt.-%) 0.10-0.5% Al, 5.0-15.0% Fe, 0.10-0.8% Mg and optionally one or more of the following elements with the following proviso regarding their contents: Si: < 2%, Pb: < 0.1%, Ti: < 0.2%, Ni: < 1%, Co: < 0.3%, Mn: < 0.0001%, Cr: < 0.2%, Sr: < 0.5%, Bi: < 0.1%, Cd:< 0.1%, Sn < 0.01%.
An adhesive composition which is suitable as a thermally conductive adhesive composition comprising: at least one filler, wherein said at least one filler is selected from the group consisting of expanded clay, expanded graphite, expanded mica, expanded shale, expanded vermiculite, pumice, scoria, ceramic microspheres, diatomaceous earth, perlite, fumed silica or combinations thereof; at least one filler, wherein said at least one filler is (i) different from and has an aspect ratio of 1 to 10; at least one filler, wherein said at least one filler is (i) different from and has an aspect ratio of more than 10; at least one (co)polymer; optionally at least one tackifier; and optionally at least one additive. at least one filler, wherein said at least one filler is selected from the group consisting of expanded clay, expanded graphite, expanded mica, expanded shale, expanded vermiculite, pumice, scoria, ceramic microspheres, diatomaceous earth, perlite, fumed silica or combinations thereof; at least one filler, wherein said at least one filler is (i) different from and has an aspect ratio of 1 to 10; (i) different from and has an aspect ratio of 1 to 10; at least one filler, wherein said at least one filler is (i) different from and has an aspect ratio of more than 10; (i) different from and has an aspect ratio of more than 10; at least one (co)polymer; optionally at least one tackifier; and optionally at least one additive.
Radar sensor , having at least one radar transceiver, an antenna arrangement , a radome and a moving device , characterised in that the in particular integral radome has at least two differently operating radar optic sections and the moving device is provided to move the radome into mode positions, assigned to the individual radar optic sections , in which the antenna arrangement emits through the respective radar optic section , wherein the at least one radar transceiver is realised as a CMOS-chip disposed on a circuit board and the antenna arrangement is realised in a package with the CMOS-chip .
A cartridge shock generator comprising: - a receiving housing configured to receive a pyrotechnic cartridge intended to generate combustion gases, - an expansion chamber into which the receiving housing opens, the chamber being configured to receive the combustion gases generated by the pyrotechnic cartridge, - a bore in which an impactor is slidably engaged, the impactor being configured to perform a stroke in the bore from an initial position, characterized by - means for adjusting the stroke of the impactor in the bore. - a receiving housing configured to receive a pyrotechnic cartridge intended to generate combustion gases, - an expansion chamber into which the receiving housing opens, the chamber being configured to receive the combustion gases generated by the pyrotechnic cartridge, - a bore in which an impactor is slidably engaged, the impactor being configured to perform a stroke in the bore from an initial position, characterized by - means for adjusting the stroke of the impactor in the bore.
A graphene nanoribbon precursor having a structural formula represented by a following chemical formula , wherein in the following chemical formula : n is an integer equal to 0; X is bromine, iodine or chlorine; and Y is hydrogen or fluorine. n is an integer equal to 0; X is bromine, iodine or chlorine; and Y is hydrogen or fluorine.
Rotor of a rotary electric machine of the Lundell type, comprising two pole wheels , each pole wheel being obtained entirely by forging and comprising a central core , a plurality of pole teeth distributed evenly at the circumference of the pole wheel , said pole teeth extending substantially parallel to a central axis (X) of the pole wheel and comprising magnet-housing grooves and magnet lips , the two pole wheels being mounted on a shaft such that the respective teeth of the pole wheels are nested and form an alternation of south (S) and north (N) magnetic poles, inter-pole magnets being housed in the spaces between the N and S teeth of the pole wheels , the magnet-housing grooves and magnet lips being designed for mounting the inter-pole magnets in the spaces between the N and S teeth and to hold them in position when the rotor is rotating and the effects of centrifugal force are exerted, and a plate-forming annular part extending between the central core and parts forming bases of said pole teeth , characterized in that it comprises a plurality of reservoirs formed in said parts forming bases of the pole teeth. said pole teeth extending substantially parallel to a central axis (X) of the pole wheel and comprising magnet-housing grooves and magnet lips , the two pole wheels being mounted on a shaft such that the respective teeth of the pole wheels are nested and form an alternation of south (S) and north (N) magnetic poles, inter-pole magnets being housed in the spaces between the N and S teeth of the pole wheels , the magnet-housing grooves and magnet lips being designed for mounting the inter-pole magnets in the spaces between the N and S teeth and to hold them in position when the rotor is rotating and the effects of centrifugal force are exerted, and a plate-forming annular part extending between the central core and parts forming bases of said pole teeth , characterized in that it comprises a plurality of reservoirs formed in said parts forming bases of the pole teeth.
An information indication method, applied to a terminal, and comprising: receiving a random access response RAR message; and obtaining at least one of first indication information and second indication information from the RAR message, wherein the first indication information is used for determining a target channel access mode corresponding to a target uplink transmission, and the second indication information is used for determining a time domain position of the target uplink transmission, wherein the second indication information comprises a first offset value in a set of offset values, and the first offset value is used for determining the time domain position of the target uplink transmission, wherein the set of offset values is a set of offset values which is in correspondence with a subcarrier interval corresponding to the target uplink transmission. receiving a random access response RAR message; and obtaining at least one of first indication information and second indication information from the RAR message, wherein the first indication information is used for determining a target channel access mode corresponding to a target uplink transmission, and the second indication information is used for determining a time domain position of the target uplink transmission, wherein the second indication information comprises a first offset value in a set of offset values, and the first offset value is used for determining the time domain position of the target uplink transmission, wherein the set of offset values is a set of offset values which is in correspondence with a subcarrier interval corresponding to the target uplink transmission.
An information processing method, comprising: encoding uplink control information, UCI, to obtain coded bits of the UCI, and encoding data to obtain coded bits of the data; multiplexing the coded bits of the UCI and the coded bits of the data to obtain a multiplexed bit sequence wherein multiplexing comprises interleaving, using an interleaving matrix, the coded bits of the UCI and the coded bits of the data; and sending a physical uplink shared channel, PUSCH, carrying the multiplexed bit sequence, to a network device, wherein a length of a transmission time interval, TTI, of the UCI is equal to one symbol or two symbols; wherein the PUSCH occupies one symbol in time domain; the UCI comprises hybrid automatic repeat request-acknowledgment, HARQ-ACK information and a rank indication, RI, characterised in that coded bits of the HARQ-ACK information are located before coded bits of the RI in the multiplexed bit sequence. encoding uplink control information, UCI, to obtain coded bits of the UCI, and encoding data to obtain coded bits of the data; multiplexing the coded bits of the UCI and the coded bits of the data to obtain a multiplexed bit sequence wherein multiplexing comprises interleaving, using an interleaving matrix, the coded bits of the UCI and the coded bits of the data; and sending a physical uplink shared channel, PUSCH, carrying the multiplexed bit sequence, to a network device, wherein a length of a transmission time interval, TTI, of the UCI is equal to one symbol or two symbols; wherein the PUSCH occupies one symbol in time domain; the UCI comprises hybrid automatic repeat request-acknowledgment, HARQ-ACK information and a rank indication, RI, characterised in that coded bits of the HARQ-ACK information are located before coded bits of the RI in the multiplexed bit sequence.
A method of transmitting data applied to a user equipment, UE, the method comprising: transmitting (S11), by the UE, duplicated transmission data to different radio link control, RLC, entities respectively when a network side configures or activates a packet duplication mode for one bearer; transmitting (S12), by one of the different RLC entities, the transmission data through one of logical channels to a master medium access control, MAC entity and transmitting, by each of the others of the different RLC entities, the transmission data through a different one of the logical channels to a different one of one or more secondary MAC entities; and transmitting (S13), by the master MAC entity and the one or more secondary MAC entities, the transmission data to the network side through different carriers. transmitting (S11), by the UE, duplicated transmission data to different radio link control, RLC, entities respectively when a network side configures or activates a packet duplication mode for one bearer; transmitting (S12), by one of the different RLC entities, the transmission data through one of logical channels to a master medium access control, MAC entity and transmitting, by each of the others of the different RLC entities, the transmission data through a different one of the logical channels to a different one of one or more secondary MAC entities; and transmitting (S13), by the master MAC entity and the one or more secondary MAC entities, the transmission data to the network side through different carriers.
A method for producing a pharmaceutical composition for tissue healing in chronic phase disease, comprising the steps of: (a) treating adipose tissue-derived multilineage progenitor cells (ADMPCs)with interleukin-1 alpha (IL-1α) or interleukin-1 beta (IL-1β); and (b) mixing the cells treated in step (a) with a pharmaceutically acceptable carrier, wherein ADMPCs treated with interleukin-1 alpha (IL-1α) or interleukin-1 beta (IL-1β) increase expression and production of one or more factors that contribute to tissue repair selected from the group consisting of adiponectin, HGF, CSF2 (GM-CSF), CSF3 (G-CSF), MMP-1, MMP-3, MMP-8, MMP-12, MMP-13 and FGF-13, and wherein the increase in expression or production of the one or more factors that contribute to tissue repair is 10 times or more after the treatment compared to that before treatment (a) treating adipose tissue-derived multilineage progenitor cells (ADMPCs)with interleukin-1 alpha (IL-1α) or interleukin-1 beta (IL-1β); and (b) mixing the cells treated in step (a) with a pharmaceutically acceptable carrier, wherein ADMPCs treated with interleukin-1 alpha (IL-1α) or interleukin-1 beta (IL-1β) increase expression and production of one or more factors that contribute to tissue repair selected from the group consisting of adiponectin, HGF, CSF2 (GM-CSF), CSF3 (G-CSF), MMP-1, MMP-3, MMP-8, MMP-12, MMP-13 and FGF-13, and wherein the increase in expression or production of the one or more factors that contribute to tissue repair is 10 times or more after the treatment compared to that before treatment
Solenoid valve having an electromagnet, wherein the electromagnet has a movably arranged magnet armature , with at least two energization states, different from one another, of the electromagnet, and with at least one electrical switching means which is configured to switch the electromagnet from one energization state into another energization state, wherein the different energization states of the electromagnet are characterized by different current strengths of the current flowing through the electromagnet, characterized in that the at least one electrical switching means automatically switches the energization state of the electromagnet - as a function of a magnetic field which is generated by the electromagnet, or - as a function of a position of the magnet armature , or in that the energization state of the electromagnet can be switched automatically by means of the electrical switching means as a function of a position of the valve piston of a valve which can be controlled by the solenoid valve . - as a function of a magnetic field which is generated by the electromagnet, or - as a function of a position of the magnet armature ,
An inner shroud of an air inlet of an aircraft turbojet engine nacelle, the shroud comprising an acoustic treatment device , this device forming an annular crown arranged so as to be mounted on an external periphery of the inner shroud so as to absorb the acoustic energy originating from the inner shroud or a part connected to the inner shroud , characterized in that the annular crown comprises several segments (61-66), each segment comprising an acoustic absorption structure , an outer skin fastened to an outer surface of the acoustic absorption structure and two lateral skins clasping the acoustic absorption structure , in that it further comprises rivet type fastening means, in that each of the lateral skins comprises a fastening foot , each fastening foot receiving a portion of the fastening means, in that the device is arranged so as to be fastened to the inner shroud by the fastening means,
A device for electric locking-unlocking and/or electric opening-closing of a window, door or French window type closure , said closure comprising a frame and an opening element which is rotatable in relation to the frame about a vertical axis of rotation (Rv) and/or about a horizontal axis of rotation (Rh), said device comprising a casing to be fixed to the frame and housing an electric motor , as well as an arm movable in relation to said casing thanks to said electric motor , the opening element comprising a locking/unlocking mechanism comprising a linkage assembly , said arm comprising a means for attaching/detaching a pin attached to said linkage assembly which can be opened and closed by said motor , characterized in that said arm comprises a lock having: - a ring closed onto itself and having a hole opening on a lower face and on an upper face , - a horizontal axis of rotation (Av) located between these two faces and next to said hole - at least one wing , located on the other side of the ring in relation to said axis of rotation (Rv), and - at least one magnet , and preferably two magnets located on the lower face and providing a force for retaining said ring against said arm , and in that said wing has a lower face which is beveled towards an upper face of the wing so that a horizontal translation towards the rear of said lock by translation of said arm driven by said motor rotates said lock about its axis (Av) against said retaining force, by sliding the wing on a stop independent of said arm and so that said pin can penetrate into said hole or be extracted therefrom. - a ring closed onto itself and having a hole opening on a lower face and on an upper face , - a horizontal axis of rotation (Av) located between these two faces and next to said hole - at least one wing , located on the other side of the ring in relation to said axis of rotation (Rv), and - at least one magnet , and preferably two magnets located on the lower face and providing a force for retaining said ring against said arm ,
Electrolysis cell E <100> comprising at least one anode chamber K A <101>, at least one cathode chamber K K <102> and at least one interposed middle chamber K M <103>, wherein K A . <101> comprises an anodic electrode E A <104> and an outlet A KA <106>, wherein K K <102> comprises a cathodic electrode E K <105>, an inlet Z KK <107> and an outlet A KK <109>, wherein K M <103> comprises an inlet Z KM <108>, is divided from K A <101> by a diffusion barrier D <110> and is divided from K K <102> by an alkali metal cation-conducting solid-state electrolyte F K <111>, wherein K M <103> and K A <101> are connected to one another by a connection V AM <112> through which liquid can be routed from K M <103> into K A <101>, characterized in that the middle chamber K M <103> comprises a cathodic electrode E M <120>. wherein K K <102> comprises a cathodic electrode E K <105>, an inlet Z KK <107> and an outlet A KK <109>, wherein K M <103> comprises an inlet Z KM <108>, is divided from K A <101> by a diffusion barrier D <110> and is divided from K K <102> by an alkali metal cation-conducting solid-state electrolyte F K <111>, wherein K M <103> and K A <101> are connected to one another by a connection V AM <112> through which liquid can be routed from K M <103> into K A <101>, characterized in that the middle chamber K M <103> comprises a cathodic electrode E M <120>.
A cell culture container comprising: a culture container body ; a partition plate disposed in the vicinity of a bottom of the culture container body to face the bottom so that a culture region (A1) is formed between the partition plate and the bottom ; and a sample inlet/outlet provided in a portion of the culture container body , the culture region (A1) and the sample inlet/outlet communicating with each other via an opening formed adjacent to one end of the partition plate , wherein the partition plate comprises an edge plate along an edge of the opening , the edge plate projecting toward the bottom. a culture container body ; a partition plate disposed in the vicinity of a bottom of the culture container body to face the bottom so that a culture region (A1) is formed between the partition plate and the bottom ; and a sample inlet/outlet provided in a portion of the culture container body , the culture region (A1) and the sample inlet/outlet communicating with each other via an opening formed adjacent to one end of the partition plate , wherein the partition plate comprises an edge plate along an edge of the opening , the edge plate projecting toward the bottom.