mhurhangee/patent-ind-claim-en huggingface dataset:
A cannula assembly for applying a flow cannula for introducing, circulating or diverting a flow medium in particular blood, in a human or animal body, the cannula assembly comprising: a flow cannula and a guide device , wherein the flow cannula has a main portion and a tip portion ; wherein the tip portion is pre-bent and in the functional position, projecting from said main portion in an arc shape at an angle relative to said main portion ; and wherein the tip portion , in the application position, is maintained by said guide device in a direction of a longitudinal extent of said main portion , characterized in that the cannula assembly is configured for trans-septal cannulation of a the left atrium of a heart by an approach via the superior vena cava for trans-atrial puncture. a flow cannula and a guide device , wherein the flow cannula has a main portion and a tip portion ; wherein the tip portion is pre-bent and in the functional position, projecting from said main portion in an arc shape at an angle relative to said main portion ; and wherein the tip portion , in the application position, is maintained by said guide device in a direction of a longitudinal extent of said main portion , characterized in that the cannula assembly is configured for trans-septal cannulation of a the left atrium of a heart by an approach via the superior vena cava for trans-atrial puncture.
A method of wireless communication at a base station , comprising: receiving from at least one user equipment, UE channel quality information indicating an unsuccessful decoding operation associated with a first active control resource set, CORESET, at the at least one UE; selecting , for the at least one UE, a second active control resource set, CORESET associated with a search space for a period of time based on the channel quality information; and transmitting a dynamic indication of the second active CORESET associated with the search space to the at least one UE. receiving from at least one user equipment, UE channel quality information indicating an unsuccessful decoding operation associated with a first active control resource set, CORESET, at the at least one UE; selecting , for the at least one UE, a second active control resource set, CORESET associated with a search space for a period of time based on the channel quality information; and transmitting a dynamic indication of the second active CORESET associated with the search space to the at least one UE.
A method of inducing differentiation of a cell, which can be cultured in vitro and has a pluripotency capable of differentiating into all cells constituting the living body, into a Sox1 positive nervous system cell, which consists of culturing the cells treated for dispersion as a floating aggregate in a serum-free medium in the absence of both retinoic acid and feeder cells and in a non-cell-adhesive culture vessel.
A nucleic acid molecule comprising: (a) a nucleotide sequence encoding a chimeric antigen receptor (CAR), and (b) a nucleotide sequence encoding a soluble HVEM ectodomain polypeptide, wherein the CAR binds to a cell surface antigen selected from the group consisting of CD19, CD20, CD22, CD30, Igk and ROR1, and wherein the soluble HVEM ectodomain polypeptide comprises a HVEM CRD1 domain, a HVEM CRD2 domain, and a HVEM CRD3 domain and has BTLA activation activity. wherein the CAR binds to a cell surface antigen selected from the group consisting of CD19, CD20, CD22, CD30, Igk and ROR1, and wherein the soluble HVEM ectodomain polypeptide comprises a HVEM CRD1 domain, a HVEM CRD2 domain, and a HVEM CRD3 domain and has BTLA activation activity.
A performance directing system comprising: a control console device , at least one communication device and at least one light emitting device ; the control console device is configured to generate at least one emission control signal including data, in which an emission-related operation is defined for a direction scene, and to transmit the at least one emission control signal to the at least one communication device ; the at least one communication device is configured to transmit the at least one emission control signal received from the control console device ; and the at least one light emitting device is configured to identify an emission control signal which includes predetermined identification information of the at least one communication device , from the at least one emission control signal thus transmitted and to perform the emission-related operation defined in the data in the identified emission control signal, characterized in that : the at least one light emitting device is configured to store the identification information of the at least one communication device and a wireless bandwidth to be used by the at least one communication device in a list. a control console device , at least one communication device and at least one light emitting device ; the control console device is configured to generate at least one emission control signal including data, in which an emission-related operation is defined for a direction scene, and to transmit the at least one emission control signal to the at least one communication device ; the at least one communication device is configured to transmit the at least one emission control signal received from the control console device ; and the at least one light emitting device is configured to identify an emission control signal which includes predetermined identification information of the at least one communication device , from the at least one emission control signal thus transmitted and to perform the emission-related operation defined in the data in the identified emission control signal, characterized in that : the at least one light emitting device is configured to store the identification information of the at least one communication device and a wireless bandwidth to be used by the at least one communication device in a list.
Lighting system, comprising a transmitter for sending a radio signal, at least one luminaire (9..12), and at least one mounting rail , whereby the at least one luminaire (9..12) and the transmitter are carried by the mounting rail , wherein the at least one mounting rail comprises at least one waveguide configured to transmit the radio signal sent by the transmitter to the at least one luminaire (9..12); characterized in that the waveguide comprises a window (17..19, 23) or slot for emitting the radio signal, and the window (17..19, 23) or the slot is located at the at least one luminaire mounted on the mounting rail , wherein the at least one luminaire comprises a receiving means for receiving the emitted radio signal. a transmitter for sending a radio signal, at least one luminaire (9..12), and at least one mounting rail , whereby the at least one luminaire (9..12) and the transmitter are carried by the mounting rail , wherein the at least one mounting rail comprises at least one waveguide configured to transmit the radio signal sent by the transmitter to the at least one luminaire (9..12); characterized in that the waveguide comprises a window (17..19, 23) or slot for emitting the radio signal, and the window (17..19, 23) or the slot is located at the at least one luminaire mounted on the mounting rail , wherein the at least one luminaire comprises a receiving means for receiving the emitted radio signal.
An aerosol delivery device , comprising: at least one atomizer configured to produce a vapor from an aerosol precursor composition; and an additive selector configured to provide for selection of one or more of a plurality of additives added to the vapor, wherein the additive selector comprises: a bed of solids , and one or more additive heating elements configured to selectively heat one or more portions of the bed of solids . at least one atomizer configured to produce a vapor from an aerosol precursor composition; and an additive selector configured to provide for selection of one or more of a plurality of additives added to the vapor, wherein the additive selector comprises: a bed of solids , and one or more additive heating elements configured to selectively heat one or more portions of the bed of solids . a bed of solids , and one or more additive heating elements configured to selectively heat one or more portions of the bed of solids .
Combination (20; 30; 60) of a drain (21, 22, 23; 31, 32, 33; 61) and an outlet pipe (24; 37; 65), wherein the drain comprises a collecting tray with a bottom (22; 31), a wall (21; 32; 61) standing upright along the periphery of the bottom, a tubular outflow (23; 33; 62) arranged in the bottom (22; 31), wherein the tubular outflow (23; 33; 62) extends into the outlet pipe (24; 37; 65), a bounding element (27; 40; 68) extending in radial direction between the tubular outflow (23; 33; 62) and the outlet pipe (24; 37; 68) for the purpose of bounding the axial displacement of the tubular outflow (23; 33; 62) relative to the outlet pipe (24; 37; 65), and a groove (25; 39) is provided on the inner side of the outlet pipe (24; 37; 65), in which is placed a sealing ring (26; 38; 66) which seals against the wall of the tubular outflow (23; 33; 62); characterized in that the bounding element (27; 40; 68) is a protrusion (27; 40; 68) protruding from the peripheral wall of the tubular outflow (23; 33; 62) and wherein the protrusion (27; 40; 68) is arranged in axial direction of the tubular outflow (23; 33; 62) and, as seen from the collecting tray, beyond the sealing ring (26; 38; 66). a bounding element (27; 40; 68) extending in radial direction between the tubular outflow (23; 33; 62) and the outlet pipe (24; 37; 68) for the purpose of bounding the axial displacement of the tubular outflow (23; 33; 62) relative to the outlet pipe (24; 37; 65), and a groove (25; 39) is provided on the inner side of the outlet pipe (24; 37; 65), in which is placed a sealing ring (26; 38; 66) which seals against the wall of the tubular outflow (23; 33; 62); characterized in that the bounding element (27; 40; 68) is a protrusion (27; 40; 68) protruding from the peripheral wall of the tubular outflow (23; 33; 62) and wherein the protrusion (27; 40; 68) is arranged in axial direction of the tubular outflow (23; 33; 62) and, as seen from the collecting tray, beyond the sealing ring (26; 38; 66).
A method for dropping solid waste into a waste bin in an automated analyzer having a transport mechanism for transporting said solid waste to said waste bin , said transport mechanism comprising a sliding mechanism with a slider , said slider being configured to push the solid waste into the waste bin , said sliding mechanism further comprising at its end a ramp , wherein said ramp is extendable over and into the waste bin , wherein said method comprises the steps of placing a solid waste into a parking position associated with said transport mechanism , wherein said parking position is located on the side of the slider which is proximal to the waste bin and between the slider and an opening of the transport mechanism on the side where the waste bin is located allowing the solid waste to be pushed to the ramp , to move through the opening and to glide over the ramp into the waste bin , said opening of the transport mechanism being in proximity to the waste bin , wherein said method is charaterized by the step of pushing said solid waste towards the waste bin along the extendable ramp with said slider until said solid waste glides on the extendable ramp into the waste bin , and wherein said ramp is at least partly flexible. wherein said method comprises the steps of placing a solid waste into a parking position associated with said transport mechanism , wherein said parking position is located on the side of the slider which is proximal to the waste bin and between the slider and an opening of the transport mechanism on the side where the waste bin is located allowing the solid waste to be pushed to the ramp , to move through the opening and to glide over the ramp into the waste bin , said opening of the transport mechanism being in proximity to the waste bin , wherein said method is charaterized by the step of pushing said solid waste towards the waste bin along the extendable ramp with said slider until said solid waste glides on the extendable ramp into the waste bin , and wherein said ramp is at least partly flexible.
A crystalline form of 4-(( R )-2-{[6-(( S )-3-methoxy-pyrrolidin-1-yl)-2-phenyl-pyrimidine-4-carbonyl]-amino}-3-phosphono-propionyl)-piperazine-1-carboxylic acid butyl ester hydrochloride, characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 4.0°, 5.0°, and 15.3°.
A motorcycle tire for running on rough terrain, the motorcycle tire comprising a tread portion , wherein the tread portion includes a tire equator (C), a first tread end (T1), and a plurality of first blocks disposed on the first tread end (T1) side with respect to the tire equator (C), each of the plurality of first blocks includes a tread surface facing outward in a tire radial direction and an outer side wall on the first tread end (T1) side, the tread surface includes an outer edge between the tread surface and the outer side wall , and the outer edge includes a protrusion protruding locally on the first tread end (T1) side, a first portion located on one side in a tire circumferential direction of the protrusion , and a second portion located on another side in the tire circumferential direction of the protrusion , characterized in that the first portion and the second portion are disposed so as to form a minor angle therebetween on the first tread end side so that a conjugate angle formed by the first portion and the second portion on their first tread end side is smaller than 180°. the tread portion includes a tire equator (C), a first tread end (T1), and a plurality of first blocks disposed on the first tread end (T1) side with respect to the tire equator (C), each of the plurality of first blocks includes a tread surface facing outward in a tire radial direction and an outer side wall on the first tread end (T1) side, the tread surface includes an outer edge between the tread surface and the outer side wall , and the outer edge includes a protrusion protruding locally on the first tread end (T1) side, a first portion located on one side in a tire circumferential direction of the protrusion , and a second portion located on another side in the tire circumferential direction of the protrusion , characterized in that the first portion and the second portion are disposed so as to form a minor angle therebetween on the first tread end side so that a conjugate angle formed by the first portion and the second portion on their first tread end side is smaller than 180°.
A header for a combine harvester comprising a pair of side walls , a back wall , a header floor , and a rotatable auger for transporting harvested crop material towards a central area of the header, the auger comprising a tube provided with a first and second helicoidal flight arranged on either side of the central area, the tube being rotatably supported at the location of the side walls , wherein : - the auger tube is formed of at least two tube parts which are assembled together by a coupling that is itself rotatably supported by a coupling plate fixed to the back wall and located in an out-of-center position of the header, - one of the helicoidal flights is split between a flight portion on the upstream side of the coupling plate and a flight portion on the downstream side of the coupling plate , characterised in that : - the upstream and downstream flight portions are provided with guide elements arranged between the respective extremities of the flight portions and the coupling plate , the guide elements being configured to facilitate the transition of the crop transport from the upstream side of the coupling plate to the downstream side, - the guide elements are first and second guide plates fixed to or at least partially uniform with the first and second flight portions . - the auger tube is formed of at least two tube parts which are assembled together by a coupling that is itself rotatably supported by a coupling plate fixed to the back wall and located in an out-of-center position of the header, - one of the helicoidal flights is split between a flight portion on the upstream side of the coupling plate and a flight portion on the downstream side of the coupling plate , - the upstream and downstream flight portions are provided with guide elements arranged between the respective extremities of the flight portions and the coupling plate , the guide elements being configured to facilitate the transition of the crop transport from the upstream side of the coupling plate to the downstream side, - the guide elements are first and second guide plates fixed to or at least partially uniform with the first and second flight portions .
A semiconductor device, comprising: at least one memory cell comprising a magnetic cell core comprising: a magnetic tunnel junction sub-structure comprising: a fixed region ; a free region formed from a precursor magnetic material; and an intermediate oxide region between the fixed region and the free region; a secondary oxide region adjacent the magnetic tunnel junction sub-structure; and a getter seed region proximate the secondary oxide region and comprising an oxygen-getter species bonded to oxygen, at least one of the secondary oxide region and the getter seed region comprising another getter species bonded to boron, B, diffused from the precursor magnetic material. at least one memory cell comprising a magnetic cell core comprising: a magnetic tunnel junction sub-structure comprising: a fixed region ; a free region formed from a precursor magnetic material; and an intermediate oxide region between the fixed region and the free region; a fixed region ; a free region formed from a precursor magnetic material; and an intermediate oxide region between the fixed region and the free region; a secondary oxide region adjacent the magnetic tunnel junction sub-structure; and a getter seed region proximate the secondary oxide region and comprising an oxygen-getter species bonded to oxygen, at least one of the secondary oxide region and the getter seed region comprising another getter species bonded to boron, B, diffused from the precursor magnetic material.
A method of preparing a whitened tobacco material, comprising: (i) extracting a tobacco material with a first extraction solution to provide a tobacco solids material and a tobacco extract; (ii) cooking the tobacco solids material in an alkaline cooking liquid comprising sodium sulfide and having a pH of greater than 11 to form a tobacco pulp; (iii) treating the tobacco pulp with an acid to lower the pH of the tobacco pulp and provide a neutralized tobacco pulp; (iv) extracting the neutralized tobacco pulp with a second extraction solution comprising at least one chelating agent to provide an extracted tobacco pulp; and (v) bleaching the extracted tobacco pulp with a bleaching solution to provide a whitened tobacco material. (i) extracting a tobacco material with a first extraction solution to provide a tobacco solids material and a tobacco extract; (ii) cooking the tobacco solids material in an alkaline cooking liquid comprising sodium sulfide and having a pH of greater than 11 to form a tobacco pulp; (iii) treating the tobacco pulp with an acid to lower the pH of the tobacco pulp and provide a neutralized tobacco pulp; (iv) extracting the neutralized tobacco pulp with a second extraction solution comprising at least one chelating agent to provide an extracted tobacco pulp; and (v) bleaching the extracted tobacco pulp with a bleaching solution to provide a whitened tobacco material.
An aircraft braking system , comprising: a control mode executive configured to receive a pedal input and calculate a gear deceleration command comprising a desired deceleration rate based on the pedal input; a pedal deceleration controller in electronic communication with the control mode executive configured to receive the gear deceleration command from the control mode executive and calculate a gear pedal command based on at least one of the gear deceleration command and a deceleration feedback , wherein the gear pedal command comprises a gear deceleration rate; and a pedal executive in electronic communication with the pedal deceleration controller configured to receive the gear pedal command , and generate a pedal braking command based on the gear pedal command . a control mode executive configured to receive a pedal input and calculate a gear deceleration command comprising a desired deceleration rate based on the pedal input; a pedal deceleration controller in electronic communication with the control mode executive configured to receive the gear deceleration command from the control mode executive and calculate a gear pedal command based on at least one of the gear deceleration command and a deceleration feedback , wherein the gear pedal command comprises a gear deceleration rate; and a pedal executive in electronic communication with the pedal deceleration controller configured to receive the gear pedal command , and generate a pedal braking command based on the gear pedal command .
An integrated heatsink and antenna structure, comprising: a radio frequency antenna portion ; and a heatsink portion coupled to at least one end of a ground plane of the radio frequency antenna portion , wherein: the heatsink portion includes a plurality of heatsink fins ; at least one heatsink fin in the plurality of heatsink fins includes a tab that holds the ground plane of the radio frequency antenna portion in place; wherein: t he radio frequency antenna portion is configured to improve the thermal performance of the heatsink portion; and t he heatsink portion is configured to improve one or more antenna properties of the radio frequency antenna portion. a radio frequency antenna portion ; and a heatsink portion coupled to at least one end of a ground plane of the radio frequency antenna portion , wherein: the heatsink portion includes a plurality of heatsink fins ; at least one heatsink fin in the plurality of heatsink fins includes a tab the heatsink portion includes a plurality of heatsink fins ; at least one heatsink fin in the plurality of heatsink fins includes a tab that holds the ground plane of the radio frequency antenna portion in place; wherein: t he radio frequency antenna portion is configured to improve the thermal performance of the heatsink portion; and t he heatsink portion is configured to improve one or more antenna properties of the radio frequency antenna portion. t he radio frequency antenna portion is configured to improve the thermal performance of the heatsink portion; and t he heatsink portion is configured to improve one or more antenna properties of the radio frequency antenna portion.
An anti-inflammatory agent comprising water soluble coniferous resin acids for use in treating or preventing sterile inflammation in human or animal, wherein the agent is provided as an aqueous solution of coniferous resin or coniferous rosin.