mhurhangee/ep-ind-claims huggingface dataset:
A kit for use with a source of low-pressure refrigerant, the kit comprising: a fluid reservoir; and a closed-loop fluid flow path in thermal exchange with the fluid reservoir, the closed-loop fluid flow path including: a first thermal exchange device in thermal exchange with and f luidly isolated from the fluid reservoir; a compressor in fluid communication with the first thermal exchange device; a condenser; a reversing valve located between the compressor and the condenser; and a second thermal exchange device located between the reversing valve and the compressor. a fluid reservoir; and a closed-loop fluid flow path in thermal exchange with the fluid reservoir, the closed-loop fluid flow path including: a first thermal exchange device in thermal exchange with and f luidly isolated from the fluid reservoir; a compressor in fluid communication with the first thermal exchange device; a condenser; a reversing valve located between the compressor and the condenser; and a second thermal exchange device located between the reversing valve and the compressor. a first thermal exchange device in thermal exchange with and f luidly isolated from the fluid reservoir; a compressor in fluid communication with the first thermal exchange device; a condenser; a reversing valve located between the compressor and the condenser; and a second thermal exchange device located between the reversing valve and the compressor.
Use of adjuvants comprising sophorolipids, as a constituent of tank mix additives, as a tank mix additive themselves, or as a formulation additive, in each case with the function of the adjuvant, for crop protection and/or for the industrial non-crop sector, wherein the adjuvants comprising sophorolipids boost the efficacy of pesticides and/or enhance the activity, with the proviso that the dose range of the adjuvant lies between 10-3000 ml/ha, with the proviso that as pesticides use is made of contact fungicides, and/or systemic herbicides selected from the group of the sulfonylureas and/or systemic fungicides selected from the class of the triazoles, and also mixtures of these.
Apparatus comprising: a compressor; and heat storage apparatus for storing heat emitted from the compressor, wherein the heat storage apparatus comprises: a heat storage tank installed around the compressor for storing heat emitted from the compressor; and a heat transfer member configured to deliver heat emitted from the compressor to the heat storage tank, wherein the heat storage tank comprises: a first heat transfer face configured to have a form corresponding to a part of an outer circumferential face of the compressor to come into contact with the outer circumferential face of the compressor; and a pair of second heat transfer faces configured to extend from both ends of the first heat transfer face to be in parallel to each other and form a space with the outer circumferential face of the compressor, characterised in that the heat transfer member comprises metal arranged in the space. a compressor; and heat storage apparatus for storing heat emitted from the compressor, wherein the heat storage apparatus comprises: a heat storage tank installed around the compressor for storing heat emitted from the compressor; and a heat transfer member configured to deliver heat emitted from the compressor to the heat storage tank, wherein the heat storage tank comprises: a first heat transfer face configured to have a form corresponding to a part of an outer circumferential face of the compressor to come into contact with the outer circumferential face of the compressor; and a pair of second heat transfer faces configured to extend from both ends of the first heat transfer face to be in parallel to each other and form a space with the outer circumferential face of the compressor, characterised in that the heat transfer member comprises metal arranged in the space. a heat storage tank installed around the compressor for storing heat emitted from the compressor; and a heat transfer member configured to deliver heat emitted from the compressor to the heat storage tank, wherein the heat storage tank comprises: a first heat transfer face configured to have a form corresponding to a part of an outer circumferential face of the compressor to come into contact with the outer circumferential face of the compressor; and a pair of second heat transfer faces configured to extend from both ends of the first heat transfer face to be in parallel to each other and form a space with the outer circumferential face of the compressor, characterised in that the heat transfer member comprises metal arranged in the space. a first heat transfer face configured to have a form corresponding to a part of an outer circumferential face of the compressor to come into contact with the outer circumferential face of the compressor; and a pair of second heat transfer faces configured to extend from both ends of the first heat transfer face to be in parallel to each other and form a space with the outer circumferential face of the compressor, characterised in that the heat transfer member comprises metal arranged in the space.
A bumper arrangement for a motor vehicle, having a cross beam, wherein crash boxes are coupled to the cross beam, and the bumper arrangement also has an attachment for a detachable coupleable towing device and the attachment has a flange plate and a hole element for the attachment of the towing device, wherein the flange plate can be coupled to a crash box and is incorporated between a crash box and a longitudinal beam of the motor vehicle and the hole element is arranged in a cavity of the crash box, characterized in that the hole element is a threaded sleeve, wherein the threaded sleeve is coupled firmly bonded with the flange plate.
Ventilation element comprising a body, which surrounds a body passage extending in a first direction, and comprising one or more damper blades which are arranged rotatably in the body passage and are rotatable between an open state allowing ventilation through the body passage and a closed state preventing ventilation through the body passage, wherein said one or more damper blades each comprise a base part made of a fire-resistant and heat-insulating material, wherein the base part comprises two visible surfaces arranged opposite one another in a thickness direction and one or more sealing surfaces (7, 8) which connect the visible surfaces together, wherein in the closed state the one or more damper blades divide the passage opening, viewed in the first direction, into two successive parts in order to thus prevent ventilation between these parts, wherein for this in the closed state the thickness direction of each base part extends approximately in the first direction, and each said sealing surface (7, 8) approximately adjoins the body or a respective sealing surface of a successive damper blade, and a said damper blade comprises at least one intumescent seal, wherein the base part of said damper blade comprises at least one groove in which the intumescent seal at least partially extends, and said groove opens into a said sealing surface and viewed in the thickness direction is surrounded by the material of the base part and has a specific thickness, and viewed in a cross-section perpendicular to the thickness direction and at the height of the groove, has a specific height to the sealing surface viewed in a height direction extending perpendicularly to the thickness direction, and has a specific length viewed along the sealing surface, wherein the thickness of a said groove is at least three times smaller than the height of said groove characterized in that the ventilation element comprises a cold seal, wherein the cold seal and a respective intumescent seal extend together in a said groove.
An air-cooled engine unit comprising: an engine main body forming at least one combustion chamber; a fin portion configured to dissipate heat generated in the engine main body from a surface of the engine main body; an exhaust passage member connecting an exhaust port provided through the combustion chamber with an atmosphere discharge port through which exhaust gas is discharged to the atmosphere, the exhaust gas flowing inside the exhaust passage member from the exhaust port to the atmosphere discharge port; a catalyst provided in the exhaust passage member, and a compression ratio of the engine main body including the fin portion that is 10 or higher, the air-cooled engine unit being characterized in that the catalyst is a close-to-combustion-chamber catalyst which is disposed so that a path length of a first portion of the exhaust passage member is shorter than a path length of a second portion of the exhaust passage member, the first portion of the exhaust passage member being from the exhaust port to an upstream end of the close-to-combustion-chamber catalyst, the second portion of the exhaust passage member being from a downstream end of the close-to-combustion-chamber catalyst to the atmosphere discharge port. an engine main body forming at least one combustion chamber; a fin portion configured to dissipate heat generated in the engine main body from a surface of the engine main body; an exhaust passage member connecting an exhaust port provided through the combustion chamber with an atmosphere discharge port through which exhaust gas is discharged to the atmosphere, the exhaust gas flowing inside the exhaust passage member from the exhaust port to the atmosphere discharge port; a catalyst provided in the exhaust passage member, and a compression ratio of the engine main body including the fin portion that is 10 or higher, the air-cooled engine unit being characterized in that the catalyst is a close-to-combustion-chamber catalyst which is disposed so that a path length of a first portion of the exhaust passage member is shorter than a path length of a second portion of the exhaust passage member, the first portion of the exhaust passage member being from the exhaust port to an upstream end of the close-to-combustion-chamber catalyst, the second portion of the exhaust passage member being from a downstream end of the close-to-combustion-chamber catalyst to the atmosphere discharge port.
A therapeutically effective amount of a composition comprising cardiosphere-derived cells (CDCs) for use in a method of treating heart failure with preserved ejection fraction (HFpEF) the method comprising: administering a therapeutically effective amount of a composition comprising cardiosphere-derived cells (CDCs) to a subject in need of treatment for heart failure with preserved ejection fraction (HFpEF), thereby treating HFpEF in the subject.
A position indication system for measuring a position of a steam valve, said system comprising: a control valve bracket adapted to be coupled to the steam valve and comprising a first connecting member; a position indication device comprising a second connecting member; and a bearing device configured to couple said first connecting member to said second connecting member, said bearing device comprising: a bearing housing including a first opening defined therein; and a grommet including a second opening defined therein, said grommet configured for positioning within the first opening, said first connecting member configured to extend through the second opening and to couple said bearing device to said bracket. a control valve bracket adapted to be coupled to the steam valve and comprising a first connecting member; a position indication device comprising a second connecting member; and a bearing device configured to couple said first connecting member to said second connecting member, said bearing device comprising: a bearing housing including a first opening defined therein; and a grommet including a second opening defined therein, said grommet configured for positioning within the first opening, said first connecting member configured to extend through the second opening and to couple said bearing device to said bracket. a bearing housing including a first opening defined therein; and a grommet including a second opening defined therein, said grommet configured for positioning within the first opening, said first connecting member configured to extend through the second opening and to couple said bearing device to said bracket.
A tool for locating an insertion point of a radial component of a wrist prosthesis on a human distal radius bone, the tool comprising: an elongated handle; a guide face attached to the elongated handle, the guide face being of a shape configured to engage an articular surface of the distal radius bone; the guide face comprising first, second, and third visual cues (502, 504, 506); the first visual cue adapted to substantially align with a palmar corner of a radio-ulnar joint located on the distal radius; the second visual cue adapted to substantially align with a dorsal corner of a radio-ulnar joint located on the distal radius; the third visual cue adapted to substantially align with a tip of a radial styloid located on the distal radius; the guide face further comprising an opening designating the insertion point, the opening placed at a location on the guide face relative to the visual cues (502, 504, 506); and the opening being adapted to mark a spot for the insertion point on the articular surface of the distal radius bone. an elongated handle; a guide face attached to the elongated handle, the guide face being of a shape configured to engage an articular surface of the distal radius bone; the guide face comprising first, second, and third visual cues (502, 504, 506); the first visual cue adapted to substantially align with a palmar corner of a radio-ulnar joint located on the distal radius; the second visual cue adapted to substantially align with a dorsal corner of a radio-ulnar joint located on the distal radius; the third visual cue adapted to substantially align with a tip of a radial styloid located on the distal radius; the guide face further comprising an opening designating the insertion point, the opening placed at a location on the guide face relative to the visual cues (502, 504, 506); and the opening being adapted to mark a spot for the insertion point on the articular surface of the distal radius bone.
An engine device comprising: an exhaust manifold disposed at a first one of left and right side surfaces of the engine device; a turbocharger having an exhaust-side inlet connected to the exhaust manifold; and a cylinder head cover disposed on an upper surface of a cylinder head, the cylinder head cover integrally including a rocker arm chamber and an intake manifold, wherein the cylinder head cover has a wall dividing the rocker arm chamber disposed at the first one of the left and right side surfaces of the engine device and the intake manifold disposed at a second one of the left and right side surfaces of the engine device from each other to isolate the rocker arm chamber and the intake manifold from each other, and the rocker arm chamber has an upper portion provided with a positive crankcase ventilation device which protrudes from the upper portion of the rocker arm chamber and which is configured to return blowby gas to an intake system, the positive crankcase ventilation device has a side surface provided with a blowby-gas discharge port to which a gas conduit is connected, and the blowby gas is delivered to an intake-side inlet of the turbocharger through the gas conduit, wherein the intake manifold has an upper surface covered with an intake lid provided with an intake inlet protruding upward from the intake lid. an exhaust manifold disposed at a first one of left and right side surfaces of the engine device; a turbocharger having an exhaust-side inlet connected to the exhaust manifold; and a cylinder head cover disposed on an upper surface of a cylinder head, the cylinder head cover integrally including a rocker arm chamber and an intake manifold, wherein the cylinder head cover has a wall dividing the rocker arm chamber disposed at the first one of the left and right side surfaces of the engine device and the intake manifold disposed at a second one of the left and right side surfaces of the engine device from each other to isolate the rocker arm chamber and the intake manifold from each other, and the rocker arm chamber has an upper portion provided with a positive crankcase ventilation device which protrudes from the upper portion of the rocker arm chamber and which is configured to return blowby gas to an intake system, the positive crankcase ventilation device has a side surface provided with a blowby-gas discharge port to which a gas conduit is connected, and the blowby gas is delivered to an intake-side inlet of the turbocharger through the gas conduit, wherein the intake manifold has an upper surface covered with an intake lid provided with an intake inlet protruding upward from the intake lid.
A radio communication apparatus comprising: a receiver, which, in operation, receives control information associated with a number of bits; and circuitry (101, 102, 103), which, in operation: generates a bit sequence by forcibly setting each of the number of bits out of a plurality of bits to a 1, the number of bits being determined based on the control information, and the plurality of bits forming a modulation symbol in the bit sequence; and modulates the bit sequence by mapping the plurality of bits on a single modulation mapper, wherein said circuity, in operation, forcibly sets each of the number of bits to the 1 such that the modulation symbol is mapped on a constellation of M-ary number which is lower than M-ary number of the single modulation mapper, the constellation of M-ary number which is lower than M-ary number of the single modulation mapper being comprised of signal points detectable by positive or negative decision only with respect to at least one of an I-axis and a Q-axis in the single modulation mapper. a receiver, which, in operation, receives control information associated with a number of bits; and circuitry (101, 102, 103), which, in operation: generates a bit sequence by forcibly setting each of the number of bits out of a plurality of bits to a 1, the number of bits being determined based on the control information, and the plurality of bits forming a modulation symbol in the bit sequence; and modulates the bit sequence by mapping the plurality of bits on a single modulation mapper, wherein said circuity, in operation, forcibly sets each of the number of bits to the 1 such that the modulation symbol is mapped on a constellation of M-ary number which is lower than M-ary number of the single modulation mapper, the constellation of M-ary number which is lower than M-ary number of the single modulation mapper being comprised of signal points detectable by positive or negative decision only with respect to at least one of an I-axis and a Q-axis in the single modulation mapper. generates a bit sequence by forcibly setting each of the number of bits out of a plurality of bits to a 1, the number of bits being determined based on the control information, and the plurality of bits forming a modulation symbol in the bit sequence; and modulates the bit sequence by mapping the plurality of bits on a single modulation mapper, wherein said circuity, in operation, forcibly sets each of the number of bits to the 1 such that the modulation symbol is mapped on a constellation of M-ary number which is lower than M-ary number of the single modulation mapper, the constellation of M-ary number which is lower than M-ary number of the single modulation mapper being comprised of signal points detectable by positive or negative decision only with respect to at least one of an I-axis and a Q-axis in the single modulation mapper.
Assembly comprising a wind turbine blade rotationally supported relative to a wind turbine hub (120, 320, 420) by means of a first bearing arrangement and a second bearing arrangement, wherein the assembly comprises an intermediate ring (140, 340, 440) axially positioned between the hub (120, 320, 420) and the blade, whereby in a first mode of operation, the blade is rotatable relative to the intermediate ring (140, 340, 440) via the first bearing arrangement, and whereby in a second mode of operation, the intermediate ring (140, 340, 440) and the blade are rotatable relative to the hub via the second bearing arrangement, characterized in that the first bearing arrangement comprises at least three rods (160, 360, 460), whereby a first end of each rod is in connection with the intermediate ring (140, 340, 440) via a first swivel joint and a second end of each rod is in connection with the blade via a second swivel joint.
Use of a compound as a capping agent for controlling or modifying the growth of silver nanowires in a polyol method, the compound being a polymer obtainable by polymerizing polymerizable monomers comprising (i) monomers of formula wherein - R1 is H or CH 3 - L is a linking group which is - an alkanediyl group having a total number of 1 to 25 carbon atoms, or - -CH 2 -CH 2 -(O-CH 2 -CH 2) n -, with n being an integer from 1 to 10 - Q is N-R3 - Z is O or S or NH - X is O or S or CH 2 or NH, and - R2 and R3 - together represent an alkanediyl having n carbon atoms wherein n is an integer from 2 to 9, wherein said alkanediyl together with (i) the atom X and (ii) the nitrogen atom of N-R3 forms a heterocyclic ring having n+3 ring atoms and optionally (ii) other polymerizable monomers not being monomers of formula, wherein the ratio of (i) monomers of formula to (ii) other polymerizable monomers is 1: 1 or higher, wherein the compound has a weight average molecular weight (M w) in the range of from 8000 to 4 000 000, based on the result of a size exclusion chromatography analysis. (i) monomers of formula wherein - R1 is H or CH 3 - L is a linking group which is - an alkanediyl group having a total number of 1 to 25 carbon atoms, or - -CH 2 -CH 2 -(O-CH 2 -CH 2) n -, with n being an integer from 1 to 10 - Q is N-R3 - Z is O or S or NH - X is O or S or CH 2 or NH, and - R2 and R3 - together represent an alkanediyl having n carbon atoms wherein n is an integer from 2 to 9, wherein said alkanediyl together with (i) the atom X and (ii) the nitrogen atom of N-R3 forms a heterocyclic ring having n+3 ring atoms and optionally - R1 is H or CH 3 - L is a linking group which is - an alkanediyl group having a total number of 1 to 25 carbon atoms, or - -CH 2 -CH 2 -(O-CH 2 -CH 2) n -, with n being an integer from 1 to 10 - an alkanediyl group having a total number of 1 to 25 carbon atoms, or - -CH 2 -CH 2 -(O-CH 2 -CH 2) n -, with n being an integer from 1 to 10 - Q is N-R3 - Z is O or S or NH - X is O or S or CH 2 or NH, and - R2 and R3 - together represent an alkanediyl having n carbon atoms wherein n is an integer from 2 to 9, wherein said alkanediyl together with (i) the atom X and (ii) the nitrogen atom of N-R3 forms a heterocyclic ring having n+3 ring atoms - together represent an alkanediyl having n carbon atoms wherein n is an integer from 2 to 9, wherein said alkanediyl together with (i) the atom X and (ii) the nitrogen atom of N-R3 forms a heterocyclic ring having n+3 ring atoms (ii) other polymerizable monomers not being monomers of formula,