mhurhangee/patent-ind-claim-en huggingface dataset:
A cooling system for a vehicle engine , the system comprising an expansion tank , a water pump and a radiator , wherein the water pump is connected upstream the engine and downstream the radiator , where the engine further comprises a second coolant outlet connected to a cabin heater and an air relief valve connected downstream said second coolant outlet and upstream said cabin heater on the cabin heater pipe , the air relief valve being connected to the expansion tank with a degas line , the expansion tank outlet being connected upstream the water pump , where the air relief valve comprises a ball holding volume with a ball valve , wherein the air relief valve further comprises a first volume part upstream of the ball holding volume , where the diameter of the first volume is between 5 and 10 mm and where the opening between the first volume and the ball holding volume has a diameter between 1 and 4 mm, wherein the first volume of the air relief valve has a cylindrical shape, and wherein the air relief valve is arranged perpendicular to the flow in the cabin heater pipe .
An ActRII antagonist, for use in the treatment or prevention of a cutaneous ulcer in a subject that has anemia, wherein the ActRII antagonist is an ActRIIB polypeptide, wherein the polypeptide comprises an amino acid sequence that is at least 85% identical to the sequence of amino acids 25-131 of SEQ ID NO: 1, wherein the polypeptide comprises an acidic amino acid at the position corresponding to position 79 of SEQ ID NO: 1, wherein the polypeptide can inhibit GDF11 from binding to and/or activating an ActRII receptor, and wherein the polypeptide can inhibit GDF8 from binding to and/or activating an ActRII receptor.
A radiofrequency guidewire comprising: a core wire configured to be coupled to a radiofrequency generator, the core wire comprising a proximal end and a distal end with respect to the radiofrequency generator; and a tip structure coupled to the core wire distal end , the tip structure comprising a semi-spherical base having its grounded configuration coupled to the distal end of the core wire and a tapered section extending from the opposing side of the rounded configuration of the base to a flat distal tip, wherein the tapered section has a reduced radius of curvature as it extends out from the base a first circumferential edge surface (22 , 22 ) at a first intersection between the base and the tapered section , and a second circumferential edge surface (22 ) at a second intersection between the tapered section and the surface of the flat distal tip, wherein the first circumferential edge surface and the second circumferential edge surface are configured to generate a stronger electric field than in other areas of the tip structure during a delivery of radiofrequency energy to the tip structure, initiate plasma formation and constrain the plasma to the distal tip structure, characterized in that the ratio of the length of the base to a length of the tapered section is greater than 50%. a core wire configured to be coupled to a radiofrequency generator, the core wire comprising a proximal end and a distal end with respect to the radiofrequency generator; and a tip structure coupled to the core wire distal end , the tip structure comprising a semi-spherical base having its grounded configuration coupled to the distal end of the core wire and a tapered section extending from the opposing side of the rounded configuration of the base to a flat distal tip, wherein the tapered section has a reduced radius of curvature as it extends out from the base a first circumferential edge surface (22 , 22 ) at a first intersection between the base and the tapered section , and a second circumferential edge surface (22 ) at a second intersection between the tapered section and the surface of the flat distal tip, wherein the first circumferential edge surface and the second circumferential edge surface are configured to generate a stronger electric field than in other areas of the tip structure during a delivery of radiofrequency energy to the tip structure, initiate plasma formation and constrain the plasma to the distal tip structure, characterized in that the ratio of the length of the base to a length of the tapered section is greater than 50%.
A protein delivery carrier, comprising: a gold nanoparticle; and an aptamer conjugated to a surface of the gold nanoparticle wherein the aptamer is selected from an aptamer that has SEQ ID NO: 1 and can specifically bind to a histidine-tag and/or an aptamer that has SEQ ID NO: 2 and can specifically bind to a glutathione S-transferase (GST)-tag. a gold nanoparticle; and an aptamer conjugated to a surface of the gold nanoparticle wherein the aptamer is selected from an aptamer that has SEQ ID NO: 1 and can specifically bind to a histidine-tag and/or an aptamer that has SEQ ID NO: 2 and can specifically bind to a glutathione S-transferase (GST)-tag.
A method in a first device, comprising: determining first configuration information on mapping of one or more code blocks to a code block group according to a service and/or an associated channel; determining second configuration information on mapping of the code block group to one or more time-frequency resources; and transmitting the first configuration information and the second configuration information to a second device; wherein the determining of the configuration information comprises determining a granularity of a code block group to adjust the mapping of the one or more code blocks to the code block group, and wherein the granularity of the code block group is determined based on the importance of data to be transmitted, wherein a code block group comprising important data has a smaller granularity than a code block group comprising less important data; and transmitting the code block group, and SI receiving feedback information of a data transmission according to the mapping of the one or more code blocks to the code block group, and the mapping of the code block groups to the time-frequency resource, wherein the code block group has an individual feedback bit. determining first configuration information on mapping of one or more code blocks to a code block group according to a service and/or an associated channel; determining second configuration information on mapping of the code block group to one or more time-frequency resources; and transmitting the first configuration information and the second configuration information to a second device; wherein the determining of the configuration information comprises determining a granularity of a code block group to adjust the mapping of the one or more code blocks to the code block group, and wherein the granularity of the code block group is determined based on the importance of data to be transmitted, wherein a code block group comprising important data has a smaller granularity than a code block group comprising less important data; and transmitting the code block group, and SI receiving feedback information of a data transmission according to the mapping of the one or more code blocks to the code block group, and the mapping of the code block groups to the time-frequency resource, wherein the code block group has an individual feedback bit.
A process for preparing a biodegradable polyester from an aromatic dicarboxylic acid, an aliphatic dicarboxylic acid and a diol where in a first reaction step the aromatic acid is esterified with the diol, and in a second reaction step the aliphatic acid is added to the reaction mixture, wherein in the second reaction step the aliphatic acid is added together with further diol to the reaction mixture.
A passenger car motor oil lubricating composition comprising: a blend of base oils of lubricating viscosity including one or more API Group II base oils and one or more API Group III base oils and/or one or more API Group IV base oils; oil soluble nitrogen-containing dispersant additives comprising (i) at least one boronated oil soluble nitrogen-containing dispersant additive and (ii) at least one non-boronated oil soluble nitrogen-containing dispersant additive wherein the oil soluble nitrogen-containing dispersant additives provide an amount of dispersant boron (B), an amount of dispersant nitrogen (N), and a dispersant total base number (TBN) to the passenger car motor oil lubricating composition; metal-containing detergent additives including (i) at least one calcium-containing detergent additive and (ii) at least one magnesium-containing detergent additive; wherein the passenger car motor oil lubricating composition has a ratio of the dispersant boron, the dispersant nitrogen, and the dispersant TBN provided by the dispersant formula B/(N*TBN) of less than 0.25. a blend of base oils of lubricating viscosity including one or more API Group II base oils and one or more API Group III base oils and/or one or more API Group IV base oils; oil soluble nitrogen-containing dispersant additives comprising (i) at least one boronated oil soluble nitrogen-containing dispersant additive and (ii) at least one non-boronated oil soluble nitrogen-containing dispersant additive wherein the oil soluble nitrogen-containing dispersant additives provide an amount of dispersant boron (B), an amount of dispersant nitrogen (N), and a dispersant total base number (TBN) to the passenger car motor oil lubricating composition; metal-containing detergent additives including (i) at least one calcium-containing detergent additive and (ii) at least one magnesium-containing detergent additive; wherein the passenger car motor oil lubricating composition has a ratio of the dispersant boron, the dispersant nitrogen, and the dispersant TBN provided by the dispersant formula B/(N*TBN) of less than 0.25.
A fitting for a double wall tube , comprising: an inner portion defining an inner fluid passage ; and an outer portion disposed concentrically around the inner portion and defining an outer fluid passage between the outer portion and the inner portion , wherein the outer portion defines a first aperture and a second aperture disposed through a sidewall of the outer portion , characterised in that the outer portion is frustoconical, wherein the first aperture and the second aperture are separated by a prong of the sidewall . an inner portion defining an inner fluid passage ; and an outer portion disposed concentrically around the inner portion and defining an outer fluid passage between the outer portion and the inner portion , wherein the outer portion defines a first aperture and a second aperture disposed through a sidewall of the outer portion , characterised in that the outer portion is frustoconical, wherein the first aperture and the second aperture are separated by a prong of the sidewall .
A dental implant installation assembly , , comprising: a dental implant body having an opening and at least a first surface peripheral to said opening ; an implantation tool , , having a portion , , adapted for insertion in said opening and at least a second surface , , peripheral to said portion , , ; and a screw for connecting said implantation tool , , to said dental implant body such that when said portion , , is inserted in said opening and a torque is exerted by said implantation tool , , on said dental implant body during installation of said dental implant body , said torque is distributed over said dental implant body at least as a torsion torque at said opening , characterized in that said at least first surface and said at least second surface , , are in mutual contact when said portion , , is inserted in said opening and the screw is connecting said implantation tool , , to said dental implant body such that the torque is further distributed over said dental implant body as a friction torque at said first surface . a dental implant body having an opening and at least a first surface peripheral to said opening ; an implantation tool , , having a portion , , adapted for insertion in said opening and at least a second surface , , peripheral to said portion , , ; and a screw for connecting said implantation tool , , to said dental implant body such that when said portion , , is inserted in said opening and a torque is exerted by said implantation tool , , on said dental implant body during installation of said dental implant body , said torque is distributed over said dental implant body at least as a torsion torque at said opening , characterized in that said at least first surface and said at least second surface , , are in mutual contact when said portion , , is inserted in said opening and the screw is connecting said implantation tool , , to said dental implant body such that the torque is further distributed over said dental implant body as a friction torque at said first surface .
A three-dimensional position indicator that is capable of position indication in an input surface of a position detecting sensor by a tip part on one end side of a bar-shaped part in an axis center direction and is capable of position indication in a three-dimensional space, wherein a spatial position index part for carrying out interaction with an external device to cause the external device to detect a position and a direction in a spatial coordinate system of the three-dimensional space is disposed in such a manner that the tip part is in specific positional relation and directional relation with the detected position and direction, and an interaction part for carrying out interaction with the position detecting sensor is disposed in the bar-shaped part in order to cause a position indicated by the tip part to be detected by the position detecting sensor , wherein the spatial position index part is attached to a holder for holding the bar-shaped part , and the bar-shaped part is an electronic pen that is a separate body from the holder and has the tip part as a pen tip , and a mounting part for mounting the electronic pen while keeping the specific positional relation and directional relation between the pen tip and the spatial position index part is disposed in the holder . a spatial position index part for carrying out interaction with an external device to cause the external device to detect a position and a direction in a spatial coordinate system of the three-dimensional space is disposed in such a manner that the tip part is in specific positional relation and directional relation with the detected position and direction, and an interaction part for carrying out interaction with the position detecting sensor is disposed in the bar-shaped part in order to cause a position indicated by the tip part to be detected by the position detecting sensor , wherein the spatial position index part is attached to a holder for holding the bar-shaped part , and the bar-shaped part is an electronic pen that is a separate body from the holder and has the tip part as a pen tip , and a mounting part for mounting the electronic pen while keeping the specific positional relation and directional relation between the pen tip and the spatial position index part is disposed in the holder .
An electronic element mounting substrate comprising: a first substrate that comprises a first main surface , is made of ceramics, has a rectangular shape that is long in one direction in plan view, and comprises a mounting portion for an electronic element on the first main surface ; and a second substrate that is located on a second main surface opposite to the first main surface , is made of a carbon material, has a rectangular shape, comprises a third main surface facing the second main surface and a fourth main surface opposite to the third main surface , wherein the second substrate is disposed so that heat conduction, λy, of the second substrate in a longitudinal direction in the plane of the first substrate and heat conduction, λz, of the second substrate in a thickness direction of the second substrate are equal, and heat conduction, λy, of the second substrate in a longitudinal direction of the first substrate and heat conduction, λz, of the second substrate in a thickness direction of the second substrate are greater than heat conduction, λx, of the second substrate in a direction perpendicular to the longitudinal direction in the plane of the first substrate , and the second substrate comprises a recessed portion on the fourth main surface . a first substrate that comprises a first main surface , is made of ceramics, has a rectangular shape that is long in one direction in plan view, and comprises a mounting portion for an electronic element on the first main surface ; and a second substrate that is located on a second main surface opposite to the first main surface , is made of a carbon material, has a rectangular shape, comprises a third main surface facing the second main surface and a fourth main surface opposite to the third main surface , wherein the second substrate is disposed so that heat conduction, λy, of the second substrate in a longitudinal direction in the plane of the first substrate and heat conduction, λz, of the second substrate in a thickness direction of the second substrate are equal, and heat conduction, λy, of the second substrate in a longitudinal direction of the first substrate and heat conduction, λz, of the second substrate in a thickness direction of the second substrate are greater than heat conduction, λx, of the second substrate in a direction perpendicular to the longitudinal direction in the plane of the first substrate , and the second substrate comprises a recessed portion on the fourth main surface .
A method of analysing single cells or distinctive parts of a single cell by mass spectrometry, comprising: tagging the single cells or distinctive parts of a single cell with elemental tags, using antibodies that recognize analytes; sequentially introducing the single cells or distinctive parts of a single cell associated with the elemental tags, into a device to vaporize, atomize and excite, or ionize the elemental tags associated with the single cells or distinctive parts of a single cell; and introducing the vaporized, atomized and excited or ionized elemental tags associated with the single cells or distinctive parts of a single cell into a mass spectrometer. tagging the single cells or distinctive parts of a single cell with elemental tags, using antibodies that recognize analytes; sequentially introducing the single cells or distinctive parts of a single cell associated with the elemental tags, into a device to vaporize, atomize and excite, or ionize the elemental tags associated with the single cells or distinctive parts of a single cell; and introducing the vaporized, atomized and excited or ionized elemental tags associated with the single cells or distinctive parts of a single cell into a mass spectrometer.
A method of transmitting a Sounding Reference Signal, SRS, by a user equipment, the method comprising: based on SRS transmission and transmission of an uplink channel being collided with each other in a last two symbols of a first slot, dropping (S1401) the transmission of an SRS symbol having the collision occurrence in the first slot and transmitting an SRS symbol not having the collision occurrence in the first slot; and transmitting (S1402) an SRS symbol in a second slot at a frequency location, based on a hopping pattern configured for the dropped SRS symbol, wherein, based on a transmission count of a last SRS symbol not having the collision occurrence in the first slot being K, a transmission count for a first SRS symbol transmitted in the second slot is K+1, wherein the second slot comprises a slot having SRS transmission configured after the first slot, wherein the frequency location based on the hopping pattern is determined based on the transmission count based on SRS transmission and transmission of an uplink channel being collided with each other in a last two symbols of a first slot, dropping (S1401) the transmission of an SRS symbol having the collision occurrence in the first slot and transmitting an SRS symbol not having the collision occurrence in the first slot; and transmitting (S1402) an SRS symbol in a second slot at a frequency location, based on a hopping pattern configured for the dropped SRS symbol, wherein, based on a transmission count of a last SRS symbol not having the collision occurrence in the first slot being K, a transmission count for a first SRS symbol transmitted in the second slot is K+1, wherein the second slot comprises a slot having SRS transmission configured after the first slot, wherein the frequency location based on the hopping pattern is determined based on the transmission count
A method for preparing an open-celled polyurethane foam, comprising: (a) depositing a polyurethane foam-forming composition into a container having a gas-permeable base; and (b) allowing the polyurethane-foam forming composition to form an open-celled polyurethane foam in the container, wherein the method comprises heating the gas-permeable base, with a heating device comprising a heating pad, matt or plate disposed beneath the gas-permeable base, before, during, and/or after step (a) and continuing the heating during at least a portion of step (b), and wherein the method is discontinuous. (a) depositing a polyurethane foam-forming composition into a container having a gas-permeable base; and (b) allowing the polyurethane-foam forming composition to form an open-celled polyurethane foam in the container,
A fecal management appliance comprising: an elongated tubular element (A) having a distal end and a proximal end ; the distal end surrounded by an inflatable balloon with an externally accessible inflation lumen and a waste collection receptacle (B) and means for detachably mounting the receptacle (B) to the proximal end of the element (A) characterised in that said balloon is fabricated in a pre-determined, fully inflated shape such that said balloon is expanded up to its full pre-determined shape with an internal pressure less than a pressure harmful to tissue. an elongated tubular element (A) having a distal end and a proximal end ; the distal end surrounded by an inflatable balloon with an externally accessible inflation lumen and a waste collection receptacle (B) and means for detachably mounting the receptacle (B) to the proximal end of the element (A) characterised in that said balloon is fabricated in a pre-determined, fully inflated shape such that said balloon is expanded up to its full pre-determined shape with an internal pressure less than a pressure harmful to tissue.