mhurhangee/patent-ind-claim-en huggingface dataset:
A polymer comprising polymerized units of a first monomer represented by formula 1 below, of which homopolymer has a Hansen solubility parameter of less than 20.455 MPa 1/2 (10.0 (cal/cm 3 ) 1/2 ), and polymerized units of a second monomer represented by Formula 2 or 3 below, of which homopolymer has a Hansen solubility parameter of 20.455 MPa 1/2 (10.0 (cal/cm 3 ) 1/2 ) or more, wherein the polymer comprises 50 to 99.9 parts by weight of the polymerized units of the first monomer and 0.1 to 20 parts by weight of the polymerized units of the second monomer, and wherein a glass transition temperature of the polymer is 10°C or more: wherein in Formula 1, Q is hydrogen or an alkyl group, B is a straight or branched alkyl group having 5 or more carbon atoms, an alicyclic hydrocarbon group, or an aromatic substituent; wherein Q is hydrogen or an alkyl group, U is an alkylene group, Z is hydrogen or an alkyl group, and m is a number in the range from 1 to 100: wherein Q is hydrogen or an alkyl group, A and U are each independently an alkylene group, and X is a hydroxy group or a cyano group, and n is a number in the range from 1 to 100; wherein a glass transition temperature Tg is calculated using the equation: 1 / Tg = Σ ⁢ Wn / Tn wherein Wn is a weight fraction of each monomer in the polymer, Tn is a glass transition temperature appearing when the monomer has formed a homopolymer, and the right-hand side of the equation is a result of summing all the calculated values after calculating the value (Wn/Tn) obtained by dividing the weight fraction of the used monomer by the glass transition temperature appearing when the monomer has formed a homopolymer for each monomer.
A device for sealing an aperture in a tissue , the device comprising: a foot including a distal portion configured to be disposed distally beyond a distal surface of the tissue when the device is in a sealing position, and a proximal portion configured to extend proximally through the aperture and proximally beyond a proximal surface of the tissue when the device is in the sealing position; a flexible wing positionable against the distal surface of the tissue adjacent the aperture such that the flexible wing is disposed between the anterior distal portion of the foot and the distal surface of the tissue when the device is in the sealing position, the flexible wing having (a) an anterior surface configured to face the distal surface when the wing is positioned against the distal surface of the tissue and (b) a posterior surface configured to face away from the distal surface of the tissue when the wing is positioned against the distal surface of the tissue; characterised in that the device comprises: an extra-luminal pin housed by the proximal portion of the foot , the extra-luminal pin being moveable with respect to the proximal portion of the foot from a retracted proximal position to a distal deployed position in which a portion of the tissue is disposed between the extra-luminal pin and the flexible wing when the device is in the sealing position. a foot including a distal portion configured to be disposed distally beyond a distal surface of the tissue when the device is in a sealing position, and a proximal portion configured to extend proximally through the aperture and proximally beyond a proximal surface of the tissue when the device is in the sealing position; a flexible wing positionable against the distal surface of the tissue adjacent the aperture such that the flexible wing is disposed between the anterior distal portion of the foot and the distal surface of the tissue when the device is in the sealing position, the flexible wing having (a) an anterior surface configured to face the distal surface when the wing is positioned against the distal surface of the tissue and (b) a posterior surface configured to face away from the distal surface of the tissue when the wing is positioned against the distal surface of the tissue; characterised in that the device comprises: an extra-luminal pin housed by the proximal portion of the foot , the extra-luminal pin being moveable with respect to the proximal portion of the foot from a retracted proximal position to a distal deployed position in which a portion of the tissue is disposed between the extra-luminal pin and the flexible wing when the device is in the sealing position.
A method of providing a seedstock of Sphagnum, comprising: providing in vitro Sphagnum; applying the Sphagnum to a growth surface; cultivating the Sphagnum in vivo on the growth surface; harvesting the cultivated Sphagnum from the growth surface; chopping the harvested Sphagnum to provide a plurality of fragments of in vivo Sphagnum; and mixing the plurality of fragments of Sphagnum with a first fluid solution to provide a seedstock of Sphagnum for cultivation, the seedstock comprising a suspension of the plurality of fragments of the in vivo Sphagnum in the first fluid solution. providing in vitro Sphagnum; applying the Sphagnum to a growth surface; cultivating the Sphagnum in vivo on the growth surface; harvesting the cultivated Sphagnum from the growth surface; chopping the harvested Sphagnum to provide a plurality of fragments of in vivo Sphagnum; and mixing the plurality of fragments of Sphagnum with a first fluid solution to provide a seedstock of Sphagnum for cultivation, the seedstock comprising a suspension of the plurality of fragments of the in vivo Sphagnum in the first fluid solution.
A person support apparatus comprising: a support deck adapted to support thereon an occupant of the person support apparatus , the support deck comprising a first section and a second section , the first section being pivotable with respect to the second section about a generally horizontal pivot axis; a plurality of force sensors adapted to detect a load, the load including the support deck and the occupant when the occupant is supported on the support deck ; an angle sensor adapted to determine an angle of the first section with respect to a reference; and a controller adapted to issue an exit alert if outputs from the plurality of force sensors meet at least one criterion, characterized by : the controller taking into account the angle when determining whether to issue the exit alert or not by distinguishing between changes in outputs of the force sensors that are due to pivoting of the first section with respect to the second section and changes in outputs of the forces sensors that are due to the occupant's movement relative to the support deck . a support deck adapted to support thereon an occupant of the person support apparatus , the support deck comprising a first section and a second section , the first section being pivotable with respect to the second section about a generally horizontal pivot axis; a plurality of force sensors adapted to detect a load, the load including the support deck and the occupant when the occupant is supported on the support deck ; an angle sensor adapted to determine an angle of the first section with respect to a reference; and a controller adapted to issue an exit alert if outputs from the plurality of force sensors meet at least one criterion, characterized by : the controller taking into account the angle when determining whether to issue the exit alert or not by distinguishing between changes in outputs of the force sensors that are due to pivoting of the first section with respect to the second section and changes in outputs of the forces sensors that are due to the occupant's movement relative to the support deck .
Method for operating a driver information system in an ego vehicle ; in which environment data in an environment of the ego vehicle are acquired; an item of traffic direction information for a lane in the environment of the ego vehicle is determined on the basis of the environment data; a driver information display is generated and output; the driver information display comprising a graphical object which represents the lane and for which the item of traffic direction information was determined; the driver information display further comprising a graphical oncoming traffic warning object which is displayed in the region of the graphical object when the item of traffic direction information for the lane indicates that oncoming traffic is to be expected, characterized in that the graphical oncoming traffic warning object is displayed within the driver information display in the region of the graphical object such that it appears on a road surface. environment data in an environment of the ego vehicle are acquired; an item of traffic direction information for a lane in the environment of the ego vehicle is determined on the basis of the environment data; a driver information display is generated and output; the driver information display comprising a graphical object which represents the lane and for which the item of traffic direction information was determined; the driver information display further comprising a graphical oncoming traffic warning object which is displayed in the region of the graphical object when the item of traffic direction information for the lane indicates that oncoming traffic is to be expected, characterized in that the graphical oncoming traffic warning object is displayed within the driver information display in the region of the graphical object such that it appears on a road surface.
A combined heat and power system comprising: a shaft ; a compressor coupled to the shaft to compress intake gas to form compressed gas; a recuperator to heat the compressed gas to form heated compressed gas; a combustor to combust a fuel and the heated compressed gas to form combustion gas; a turbine coupled to the shaft to expand the combustion gas to form exhaust gas; a load coupled to the shaft; an exhaust outlet to expel the exhaust gas to a heater for heating a fluid based on heat from the exhaust gas; a recuperator channel providing a path for the exhaust gas to flow from the turbine to the exhaust outlet through the recuperator; a compressor outlet manifold to supply the compressed gas from the compressor to the recuperator, in which the combustor comprises an annular combustor extending around at least one of the turbine and a diffuser for supplying the exhaust gas from the turbine to the recuperator and the compressor outlet manifold comprises an annular channel extending around the annular combustor; and a bypass channel providing a path for the exhaust gas to flow from the turbine to the exhaust outlet bypassing the recuperator; in which: the recuperator, a casing of the combustor, a casing of the turbine, the exhaust outlet, the recuperator channel and the bypass channel form an integrated mass of consolidated material. a shaft ; a compressor coupled to the shaft to compress intake gas to form compressed gas; a recuperator to heat the compressed gas to form heated compressed gas; a combustor to combust a fuel and the heated compressed gas to form combustion gas; a turbine coupled to the shaft to expand the combustion gas to form exhaust gas; a load coupled to the shaft; an exhaust outlet to expel the exhaust gas to a heater for heating a fluid based on heat from the exhaust gas; a recuperator channel providing a path for the exhaust gas to flow from the turbine to the exhaust outlet through the recuperator; a compressor outlet manifold to supply the compressed gas from the compressor to the recuperator, in which the combustor comprises an annular combustor extending around at least one of the turbine and a diffuser for supplying the exhaust gas from the turbine to the recuperator and the compressor outlet manifold comprises an annular channel extending around the annular combustor; and a bypass channel providing a path for the exhaust gas to flow from the turbine to the exhaust outlet bypassing the recuperator; in which: the recuperator, a casing of the combustor, a casing of the turbine, the exhaust outlet, the recuperator channel and the bypass channel form an integrated mass of consolidated material.
A hub image retrieval method, comprising: performing feature extraction on hub image to be processed containing a target hub, characterized in obtaining a hub feature to be processed containing N sub-hub features, wherein the N sub-hub features at least include information characterizing the features of a hub window of the target hub, N is an integer greater than zero; determining similarities between candidate hub features of each candidate hub image in a plurality of candidate hub images and the hub features to be processed; selecting a candidate hub image matching the hub image to be processed from the plurality of candidate hub images based on the determined respective similarities; wherein the sub-hub feature comprises at least one of: a first sub-hub feature characterizing a number of hub windows of the target hub in the hub image to be processed; a second sub-hub feature characterizing a shape of a hub window of the target hub in the hub image to be processed. performing feature extraction on hub image to be processed containing a target hub, characterized in obtaining a hub feature to be processed containing N sub-hub features, wherein the N sub-hub features at least include information characterizing the features of a hub window of the target hub, N is an integer greater than zero; determining similarities between candidate hub features of each candidate hub image in a plurality of candidate hub images and the hub features to be processed; selecting a candidate hub image matching the hub image to be processed from the plurality of candidate hub images based on the determined respective similarities; wherein the sub-hub feature comprises at least one of: a first sub-hub feature characterizing a number of hub windows of the target hub in the hub image to be processed; a second sub-hub feature characterizing a shape of a hub window of the target hub in the hub image to be processed. a first sub-hub feature characterizing a number of hub windows of the target hub in the hub image to be processed; a second sub-hub feature characterizing a shape of a hub window of the target hub in the hub image to be processed.
Take-up device for taking up insulating fluid from a tank of a transformer or a reactor, comprising a take-up container , which is designed as a hollow body and can be connected to a tank opening of the tank , so that insulating fluid can flow through the tank opening between a tank interior of the tank and an interior of the take-up container , and a compensator , which is designed as a hollow body with a variable compensator volume and is arranged in the take-up container while being sealed with respect to the take-up container , characterized in that a compensator bottom of the compensator has an inner Buchholz relay connection with a bottom opening in the compensator bottom , wherein, at the inner Buchholz relay connection , a Buchholz relay is connected, as part of the take-up device , in a compensator interior of the compensator .
Clothing for a machine for producing fiber cement components, having a base fabric comprising MD yarns and CD yarns , wherein at least some of the MD yarns are formed from first multifilaments composed of a first material and from second multifilaments which are twisted therewith and which are composed of a second material, wherein the first material has a higher tensile strength and a higher melting temperature than the second material, characterized in that the MD yarns are heat-treated at a temperature which lies between the melting temperature of the second material and the melting temperature of the first material, such that, after cooling, the at least partially melted second material forms a matrix in which the first multifilaments composed of the first material are embedded.
A dynamic analysis method of the running safety risk of a high-speed train running control system, characterized by and comprising the following steps: Step 1: constructing a system running state discriminating model based on a cusp manifold surface; Step 2: determining the system running state; Step 3: constructing a safety risk calculating model based on an elliptical umbilical manifold surface; Step 4: outputting changes in running safety indicators and running risk indicators. Step 1: constructing a system running state discriminating model based on a cusp manifold surface; Step 2: determining the system running state; Step 3: constructing a safety risk calculating model based on an elliptical umbilical manifold surface; Step 4: outputting changes in running safety indicators and running risk indicators.
An image decoding method for decoding a coded bitstream using (i) a buffer description (BDO - BDn) for specifying a picture to be held in a decoded picture buffer (DPB) and (ii) a reference list description (RLDO - RLD3) for specifying a list of pictures in the DPB to be referred to for inter prediction, the image decoding method comprising: obtaining, from a sequence parameter set (SPS) corresponding to the coded bitstream, buffer descriptions (BDO - BDn); obtaining, from the sequence parameter set (SPS), reference list descriptions (RLDO - RLD3), each reference list description (RLDO - RLD3) corresponding exclusively to one of the buffer descriptions (BDO - BDn); obtaining (S203), from a first header of a processing unit that is a picture or a slice, buffer description selecting information (bd_select) for specifying one of the buffer descriptions (BDO - BDn), the first header being included in the coded bitstream; and decoding (S205) the processing unit using (i) a buffer description (BDO - BDn) specified in the buffer description selecting information (bd_select) and (ii) the reference list description (RLDO - RLD3) which corresponds exclusively to the specified buffer description (BDO - BDn). obtaining, from a sequence parameter set (SPS) corresponding to the coded bitstream, buffer descriptions (BDO - BDn); obtaining, from the sequence parameter set (SPS), reference list descriptions (RLDO - RLD3), each reference list description (RLDO - RLD3) corresponding exclusively to one of the buffer descriptions (BDO - BDn); obtaining (S203), from a first header of a processing unit that is a picture or a slice, buffer description selecting information (bd_select) for specifying one of the buffer descriptions (BDO - BDn), the first header being included in the coded bitstream; and decoding (S205) the processing unit using (i) a buffer description (BDO - BDn) specified in the buffer description selecting information (bd_select) and (ii) the reference list description (RLDO - RLD3) which corresponds exclusively to the specified buffer description (BDO - BDn).
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: at least one support member having a sidewall; and a tensile member including a housing associated with the at least one support member and wherein the housing is in contact with the side wall of the at least one support member, and wherein the tensile member is located at least partially surrounding the at least one support member; wherein the article of footwear includes a tensioning device configured to selectively alter properties of the at least one support member, by tightening and loosening the tensile member around the at least one support member; and wherein the sole structure defines a void having a first surface and an opposite second surface , and the at least one support member is located within the void and secured to the first surface and the second surface, wherein the at least one additional support member is located within the void and secured to the first surface and the second surface and wherein the void extends through the sole structure . at least one support member having a sidewall; and a tensile member including a housing associated with the at least one support member and wherein the housing is in contact with the side wall of the at least one support member, and wherein the tensile member is located at least partially surrounding the at least one support member; wherein the article of footwear includes a tensioning device configured to selectively alter properties of the at least one support member, by tightening and loosening the tensile member around the at least one support member; and wherein the sole structure defines a void having a first surface and an opposite second surface , and the at least one support member is located within the void and secured to the first surface and the second surface, wherein the at least one additional support member is located within the void and secured to the first surface and the second surface and wherein the void extends through the sole structure .
A safety helmet , especially for riders of single-track motorcycles, having - at least one aerodynamic stabilisation element , characterised by - at least one sensor element for detecting one or more current driving-state variables, - wherein the aerodynamic stabilisation element is formed in such a way that it is controlled dependent on at least one current driving-state variable detected by the sensor element . - at least one aerodynamic stabilisation element , characterised by - at least one sensor element for detecting one or more current driving-state variables, - wherein the aerodynamic stabilisation element is formed in such a way that it is controlled dependent on at least one current driving-state variable detected by the sensor element .
Use of a kit in the in vitro diagnosis of lung cancer, the kit comprising a nucleic acid capable of specifically binding to lung cancer marker miR-6768-5p.
A steam turbine overspeed protection system, wherein, the steam turbine overspeed protection system comprises: a drive gear , the drive gear is arranged to match a rotation speed of a rotor of a steam turbine; a rotating shaft , the rotating shaft is parallel to an axis of the drive gear and capable of rotating at a critical rotation speed; a protective gear , the protective gear is arranged on the rotating shaft and forms a lead screw nut mechanism with the rotating shaft , and the protective gear is arranged to be capable of engaging with the drive gear when the rotation speed of the drive gear exceeds the critical rotation speed; and an operating rod , the operating rod can be connected to the protective gear ; wherein, when the drive gear engages with the protective gear , the protective gear can move in the axial direction of the rotating shaft and thereby drive the operating rod to move and produce an action that activates a protection device for preventing steam turbine overspeed. a drive gear , the drive gear is arranged to match a rotation speed of a rotor of a steam turbine; a rotating shaft , the rotating shaft is parallel to an axis of the drive gear and capable of rotating at a critical rotation speed; a protective gear , the protective gear is arranged on the rotating shaft and forms a lead screw nut mechanism with the rotating shaft , and the protective gear is arranged to be capable of engaging with the drive gear when the rotation speed of the drive gear exceeds the critical rotation speed; and an operating rod , the operating rod can be connected to the protective gear ; wherein, when the drive gear engages with the protective gear , the protective gear can move in the axial direction of the rotating shaft and thereby drive the operating rod to move and produce an action that activates a protection device for preventing steam turbine overspeed.