mhurhangee/patent-ind-claim-en huggingface dataset:
A microfluidic cartridge for use in conducting an assay on a liquid sample, the microfluidic cartridge comprising a sample input port connected to at least one microfluidic channel , wherein each/said microfluidic channel(s) comprises one or more reagents deposited therein for use in conducting the assay and a detection zone , each/said microfluidic channel(s) is further fluidly connected to a compressible, gasfilled chamber downstream from each/said detection zone, wherein compressing or decompressing an external surface of the/said chamber causes gas to be expelled from or drawn into the chamber(s) respectively, which in turn causes a reciprocal movement of the liquid sample within said/each microfluidic channel, characterised in that the cartridge and the channels and other features disposed therein, are formed by a sandwich of three separate planar substrates comprising a top substrate, a bottom substrate and middle substrate which is disposed between the top and bottom substrates and wherein the top and bottom substrates are substantially uniform in thickness and the top external surface of the/said chamber is resilient. each/said microfluidic channel(s) is further fluidly connected to a compressible, gasfilled chamber downstream from each/said detection zone, wherein compressing or decompressing an external surface of the/said chamber causes gas to be expelled from or drawn into the chamber(s) respectively, which in turn causes a reciprocal movement of the liquid sample within said/each microfluidic channel, characterised in that the cartridge and the channels and other features disposed therein, are formed by a sandwich of three separate planar substrates comprising a top substrate, a bottom substrate and middle substrate which is disposed between the top and bottom substrates and wherein the top and bottom substrates are substantially uniform in thickness and the top external surface of the/said chamber is resilient.
A pharmaceutical formulation for administration in alternating nostrils of an individual in need thereof, comprising (R)-5-((E)-2-pyrrolidin-3-ylvinyl)pyrimidine, or a pharmaceutically acceptable salt thereof, wherein the pharmaceutical formulation is for use in the treatment of dry eye.
A particle measuring apparatus , comprising: - a distributor unit arranged to provide a first partial flow (FG1) and a second partial flow (FG2) by separating the second partial flow (FG2) from an input flow (FG0), - a particle collecting unit to collect particles (P1) from the first partial flow (FG1) by using a first filter (FIL1) for determining the total mass of particles collected during a collection time period, - a flow sensor (SEN1) to monitor the flow rate (Q 1 ) of the first partial flow (FG1), - a particle monitoring unit to form charged particles (P2) by charging particles (P1) carried by the second partial flow (FG2), and to provide an electric current (I p (t)) by collecting the charged particles (P2), and - a pump (PUMP2) to draw the second partial flow (FG2) through the particle monitoring unit , a control unit (CNT1) for controlling operation of the apparatus , characterized in that the control unit (CNT1) is arranged to start the second partial flow (FG2) based on the flow rate (Q 1 ) of the first partial flow (FG1). - a distributor unit arranged to provide a first partial flow (FG1) and a second partial flow (FG2) by separating the second partial flow (FG2) from an input flow (FG0), - a particle collecting unit to collect particles (P1) from the first partial flow (FG1) by using a first filter (FIL1) for determining the total mass of particles collected during a collection time period, - a flow sensor (SEN1) to monitor the flow rate (Q 1 ) of the first partial flow (FG1), - a particle monitoring unit to form charged particles (P2) by charging particles (P1) carried by the second partial flow (FG2), and to provide an electric current (I p (t)) by collecting the charged particles (P2), and - a pump (PUMP2) to draw the second partial flow (FG2) through the particle monitoring unit ,
A carrier having a plurality of apertures (15a-h) for holding a plurality of containers together, characterised in that the carrier has mutually spaced drive pins holes distributed longitudinally therealong, each aperture is positioned longitudinally between drive pin holes, each aperture has a centre which is longitudinally offset from a mid-point between successive drive pin holes.
An antenna device , comprising: a radio frequency transceiving circuit ; a metal housing , the metal housing being provided with at least one micro-seam band , and an edge of the metal housing comprising a straight section, the at least one micro-seam band comprising a straight part corresponding to and parallel to the straight section of the metal housing ; and a matching circuit , by means of which the radio frequency transceiving circuit is electrically coupled to the metal housing , such that the metal housing is used as a radiating body of the antenna device , characterised in that the edge of the metal housing comprises an arc-shaped section, the straight section and the arc-shaped section are continuous, the at least one micro-seam band comprises an arc-shaped part, the straight part and the arc-shaped part are continuous in one surface of the metal housing , and the arc-shaped part corresponds to the arc-shaped section of the metal housing and has a shape matching a shape of the arc-shaped section of the metal housing . a radio frequency transceiving circuit ; a metal housing , the metal housing being provided with at least one micro-seam band , and an edge of the metal housing comprising a straight section, the at least one micro-seam band comprising a straight part corresponding to and parallel to the straight section of the metal housing ; and a matching circuit , by means of which the radio frequency transceiving circuit is electrically coupled to the metal housing , such that the metal housing is used as a radiating body of the antenna device , characterised in that the edge of the metal housing comprises an arc-shaped section, the straight section and the arc-shaped section are continuous, the at least one micro-seam band comprises an arc-shaped part, the straight part and the arc-shaped part are continuous in one surface of the metal housing , and the arc-shaped part corresponds to the arc-shaped section of the metal housing and has a shape matching a shape of the arc-shaped section of the metal housing .
An electro-optic element of a display of a vehicle , comprising: a first substantially transparent substrate defining a first surface and a second surface , wherein a first edge extends around the first substrate ; a second substantially transparent substrate defining a third surface and a fourth surface , wherein a second edge extends around the second substrate ; a primary seal disposed between the first and second substrates , the seal and the first and second substrates defining a cavity therebetween, wherein at least one of the first and second edges is a stepped edge proximate the seal to define a channel , wherein the stepped edge defines a first channel surface and a second channel surface which cooperate to define the channel ; and an electro-optic material positioned within the cavity . a first substantially transparent substrate defining a first surface and a second surface , wherein a first edge extends around the first substrate ; a second substantially transparent substrate defining a third surface and a fourth surface , wherein a second edge extends around the second substrate ; a primary seal disposed between the first and second substrates , the seal and the first and second substrates defining a cavity therebetween, wherein at least one of the first and second edges is a stepped edge proximate the seal to define a channel , wherein the stepped edge defines a first channel surface and a second channel surface which cooperate to define the channel ; and an electro-optic material positioned within the cavity .
An electrode comprising: a) an ionically-conductive hydrogel layer comprising a first major surface and opposing major surface ; b) a discontinuous primer layer disposed on the first major surface of the ionically-conducting hydrogel layer , wherein the primer layer comprises a plurality of discrete portions wherein the primer material is present defined by an adjacent area wherein the primer material is absent; and c) an electrically conductive member or a connector component thereof, in contact with the first major surface of the ionically-conducting hydrogel layer . a) an ionically-conductive hydrogel layer comprising a first major surface and opposing major surface ; b) a discontinuous primer layer disposed on the first major surface of the ionically-conducting hydrogel layer , wherein the primer layer comprises a plurality of discrete portions wherein the primer material is present defined by an adjacent area wherein the primer material is absent; and c) an electrically conductive member or a connector component thereof, in contact with the first major surface of the ionically-conducting hydrogel layer .
A compound, having a structure according to Formula 2: wherein Ar 1 and Ar 2 are substituted or unsubstituted aromatic or heteroaromatic groups which may join with ring C to form fused rings, and wherein R 1 , R 2 , R 3 , R 4 and R 5 represent no substitution. wherein Ar 1 and Ar 2 are substituted or unsubstituted aromatic or heteroaromatic groups which may join with ring C to form fused rings, and wherein R 1 , R 2 , R 3 , R 4 and R 5 represent no substitution.
A system for analysing, by reflectometry, faults in a transmission line (L), the system comprising a test signal generator (GEN), a coupler (CPL) for injecting the test signal into the transmission line (L) and sampling the signal back-propagated in the transmission line, a control unit (CTRL) configured to generate a calibration signal, the samples of which are equal to the opposite of the samples of the test signal and to control the phase and the amplitude of the calibration signal, at least one combiner (COMB) for combining the calibration signal and the signal sampled by the coupler into a corrected signal, an amplifier (AMP) for amplifying the corrected signal and a correlator (CORR) for correlating the corrected signal and the test signal to produce a reflectogram, the control unit (CTRL) being further configured to make the amplitude and the phase of the calibration signal vary so as to eliminate, in the signal sampled by the coupler (CPL), at least one echo of the test signal on at least one point of impedance mismatch of the transmission line (L).
A method for preparing a composition enriched in a crystalline form of compound 61501b, wherein an X-ray powder diffraction pattern of the crystalline form of compound 61501b has peaks at the following 2θ angles: 7.2° ± 0.3°, 9.6° ± 0.3° and 23.1° ± 0.3°, comprising the following steps: Reacting a compound with a compound under alkaline conditions, and then reacting with a compound to obtain a compound 61502: and Obtaining the composition enriched in the crystalline form of compound 61501b by isomer separation of the compound 61502, the isomer separation comprising: a first step of dissolving the compound 61502 in ethyl acetate and stirring for dissolving; and a second step of adding petroleum ether dropwise to the above solution system, and crystallizing, thereby giving the compound 61501b, wherein the volume ratio of ethyl acetate to petroleum ether is 1:4 to 6 (v/v), 1:3 (v/v), or 1:2 (v/v); and wherein the amount ratio of the compound 61502 to ethyl acetate is 1:1.25 to 2.5 (w/v), or 1:10 (w/v), Reacting a compound with a compound under alkaline conditions, and then reacting with a compound to obtain a compound 61502: and Obtaining the composition enriched in the crystalline form of compound 61501b by isomer separation of the compound 61502, the isomer separation comprising: a first step of dissolving the compound 61502 in ethyl acetate and stirring for dissolving; and a second step of adding petroleum ether dropwise to the above solution system, and crystallizing, thereby giving the compound 61501b, wherein the volume ratio of ethyl acetate to petroleum ether is 1:4 to 6 (v/v), 1:3 (v/v), or 1:2 (v/v); and wherein the amount ratio of the compound 61502 to ethyl acetate is 1:1.25 to 2.5 (w/v), or 1:10 (w/v),
An apparatus comprising: one or more sensors configured to sense one or more biometric parameters from a subject's sweat; and at least one heat pipe configured to transfer heat from a first location to a location proximate to the one or more sensors . one or more sensors configured to sense one or more biometric parameters from a subject's sweat; and at least one heat pipe configured to transfer heat from a first location to a location proximate to the one or more sensors .
Motor vehicle lock assembly for a motor vehicle door , in particular side door, coupled adjustably to a motor vehicle body , wherein a motor vehicle lock is provided which, in the mounted state, is arranged on the motor vehicle door or on the motor vehicle body , wherein the motor vehicle lock assembly , in particular the motor vehicle lock , has a push-open arrangement with which the motor vehicle door is adjustable in a motorized push-open operation from a closing door position, in particular a main-closing door position or a preliminary closing door position, into a push-open door position positioned further in the opening direction of the door and, as a result, an engagement gap can be produced between a door engagement edge of the motor vehicle door and the motor vehicle body , wherein a control arrangement and, coupled thereto in terms of control technology, a sensor arrangement are provided, characterized in that a predetermined triggering operator gesture can be detected by means of the control arrangement via the sensor arrangement , and in that, when the predetermined triggering operator gesture is detected, the control arrangement triggers the push-open operation .
An antibody that binds to a DLL3 protein set forth as SEQ ID NO: 3 or 4, wherein the antibody comprises (a) three complementarity determining regions of a light chain variable region set forth as SEQ ID NO: 60, and three complementarity determining regions of a heavy chain variable region set forth as SEQ ID NO: 61; or (b) three complementarity determining regions of a light chain variable region set forth as SEQ ID NO: 84, and three complementarity determining regions of a heavy chain variable region set forth as SEQ ID NO: 85. (a) three complementarity determining regions of a light chain variable region set forth as SEQ ID NO: 60, and three complementarity determining regions of a heavy chain variable region set forth as SEQ ID NO: 61; or (b) three complementarity determining regions of a light chain variable region set forth as SEQ ID NO: 84, and three complementarity determining regions of a heavy chain variable region set forth as SEQ ID NO: 85.
A method of making a capsule formulation suitable for desensitization of peanut allergy comprising, (a) mixing peanut flour with diluent, glidant and lubricant; (b) discharging the blended material; (c) passing the blended material through a mesh screen; and (d) encapsulating the blended powder; wherein: - the capsule comprises 0.5 mg, 1 mg, 10 mg, 100 mg, 475 mg or 1000 mg of peanut protein; - the capsule may be opened and the content mixed into taste-masking food immediately prior to administration; - the peanut flour comprises the peanut proteins Ara h1, Ara h2 and Ara h6, and - the proportion of Ara h1, Ara h2 and Ara h6 is controlled. (a) mixing peanut flour with diluent, glidant and lubricant; (b) discharging the blended material; (c) passing the blended material through a mesh screen; and (d) encapsulating the blended powder; - the capsule comprises 0.5 mg, 1 mg, 10 mg, 100 mg, 475 mg or 1000 mg of peanut protein; - the capsule may be opened and the content mixed into taste-masking food immediately prior to administration; - the peanut flour comprises the peanut proteins Ara h1, Ara h2 and Ara h6, and - the proportion of Ara h1, Ara h2 and Ara h6 is controlled.
Cableway system comprising cableway cabins which can be conveyed by means of a conveyor cable on a transport route (L1, L2) between at least two stations (S) of the cableway system for the transport of people and/or goods, a cableway cabin having a rechargeable electrical energy store and one or each station (S) of the cableway system comprising a charging station which is designed to electrically charge energy stores and can be electrically connected to an energy store of a cableway cabin for electrical charging, characterized in that the cableway cabin comprises an operation control apparatus connected to the energy store, and sensor means being designed to detect the cableway cabin and to generate a sensor signal on the basis of which the charging station can be activated or deactivated.
A method for receiving optical signals at a receiver, the method comprising: using hardware processing circuitry: determining a count of photons hitting a photon detector during a detection period and for a particular light frequency, the photons produced from transmission of respective first and second bit streams transmitted on a same frequency and across a same optical communication path to the photon detector during the detection period; determining, based upon the photon count, a first bit value assignment for the first bit stream and a second bit value assignment for the second bit stream based on a plurality of photon count decision regions, each of the plurality of photon count decision regions corresponding to respective bit value assignments for the first and second bit streams and wherein a first decision region of the plurality of photon count decision regions has a different decision range than a second decision region of the plurality of photon count decision regions ; and differentiating the data for each bit stream by applying one or more detection models to the photon counts to determine bit assignments for each stream. determining a count of photons hitting a photon detector during a detection period and for a particular light frequency, the photons produced from transmission of respective first and second bit streams transmitted on a same frequency and across a same optical communication path to the photon detector during the detection period; determining, based upon the photon count, a first bit value assignment for the first bit stream and a second bit value assignment for the second bit stream based on a plurality of photon count decision regions, each of the plurality of photon count decision regions corresponding to respective bit value assignments for the first and second bit streams and wherein a first decision region of the plurality of photon count decision regions has a different decision range than a second decision region of the plurality of photon count decision regions ; and differentiating the data for each bit stream by applying one or more detection models to the photon counts to determine bit assignments for each stream.
A method for sending data packets from a server to a device through a networking equipment , the data packets being sent from the networking equipment to the device on a first and a second links, the method comprising in the networking equipment : - receiving (S20) the data packets from the server through a third link ; - detecting (S22) a portion of the data packets among the received data packets as having been retransmitted by the server , the detected portion of the data packets corresponding to a retransmission of at least one data packet initially transmitted on the first link and being representative of a disturbance of the first link ; - sending (S24) an increased proportion of the data packets through the second link as a function of the detected portion of the data packets. - receiving (S20) the data packets from the server through a third link ; - detecting (S22) a portion of the data packets among the received data packets as having been retransmitted by the server , the detected portion of the data packets corresponding to a retransmission of at least one data packet initially transmitted on the first link and being representative of a disturbance of the first link ; - sending (S24) an increased proportion of the data packets through the second link as a function of the detected portion of the data packets.
An apparatus for heating end portions of pipes made of thermoplastic material, comprising an internal heating element , designed to be inserted at least partially inside an end portion of a pipe made of thermoplastic material for heating an inner cylindrical surface of the portion , the heating element comprising at least one infra-red ray radiation unit which has an operating zone designed to face at least partially the inner cylindrical surface , the operating zone extending longitudinally along a predetermined direction (D), parallel to a central axis (C) of the pipe to be heated, the apparatus comprising means for conditioning the infra-red rays emitted by the radiation unit , characterized in that the conditioning means are designed to limit, in an intermediate position along the longitudinal extension of the operating zone , the action of heating the end portion of the pipe .
A method for sending a paging message, which is applied to a base station, comprising: determining (S101) that a current user equipment, UE, belongs to a first service group or a second service group, if there is a paging request for the current UE, wherein the first service group comprises a first larger service group or a first smaller service group, the second service group comprises a second larger service group or a second smaller service group, the first larger service group comprises at least one of the first smaller service group, and the second larger service group comprises at least one of the second smaller service group; sending (S102) a first paging message to all UEs in the first smaller service group to which the current UE belongs through one of a plurality of first paging occasions, Pos, according to first configuration information which is pre-generated, if the current UE belongs to the first service group; and carrying a paging indication through one of the plurality of the first POs and sending a second paging message to the UE indicated by the paging indication through one second PO according to second configuration information which is pre-generated, if the current UE belongs to the second service group, wherein the paging indication is configured to indicate an identification of all the UEs in the second smaller service group to which the current UE belongs. determining (S101) that a current user equipment, UE, belongs to a first service group or a second service group, if there is a paging request for the current UE, wherein the first service group comprises a first larger service group or a first smaller service group, the second service group comprises a second larger service group or a second smaller service group, the first larger service group comprises at least one of the first smaller service group, and the second larger service group comprises at least one of the second smaller service group; sending (S102) a first paging message to all UEs in the first smaller service group to which the current UE belongs through one of a plurality of first paging occasions, Pos, according to first configuration information which is pre-generated, if the current UE belongs to the first service group; and carrying a paging indication through one of the plurality of the first POs and sending a second paging message to the UE indicated by the paging indication through one second PO according to second configuration information which is pre-generated, if the current UE belongs to the second service group, wherein the paging indication is configured to indicate an identification of all the UEs in the second smaller service group to which the current UE belongs.