mhurhangee/patent-ind-claim-en huggingface dataset:
Rubber composition based on at least one elastomer comprising epoxide functions, at least one reinforcing filler, a crosslinking system comprising a polycarboxylic acid of general formula (I) in which A represents a covalent bond or a hydrocarbon-based group including at least 1 carbon atom, which is optionally substituted and which is optionally interrupted with one or more heteroatoms, an imidazole of general formula (II) in which: - R 1 represents a hydrocarbon-based group or a hydrogen atom, - R 2 represents a hydrocarbon-based group, - R 3 and R 4 represent, independently of each other, a hydrogen atom or a hydrocarbon-based group, or alternatively R 3 and R 4 form, together with the carbon atoms of the imidazole ring to which they are attached, a ring, and at least one phenolic compound of general formula (III) in which: - G 1 represents a group chosen from carboxyl, hydrogenocarbonyl and amino groups, or a radical chosen from carbonylalkyl, carboxylalkyl and aminoalkyl radicals, - G 2 and G 3 represent, independently of each other, a hydrogen atom or a group chosen from carboxyl, hydrogenocarbonyl and hydroxyl groups, or a radical chosen from alkyl, cycloalkylalkyl, aryl, aralkyl, aryloxy, alkoxy, carboxylalkyl, carbonylalkyl, alkylcarbonyl, arylcarbonyl and aminoalkyl radicals. - R 1 represents a hydrocarbon-based group or a hydrogen atom, - R 2 represents a hydrocarbon-based group, - R 3 and R 4 represent, independently of each other, a hydrogen atom or a hydrocarbon-based group, or alternatively R 3 and R 4 form, together with the carbon atoms of the imidazole ring to which they are attached, a ring, - G 1 represents a group chosen from carboxyl, hydrogenocarbonyl and amino groups, or a radical chosen from carbonylalkyl, carboxylalkyl and aminoalkyl radicals, - G 2 and G 3 represent, independently of each other, a hydrogen atom or a group chosen from carboxyl, hydrogenocarbonyl and hydroxyl groups, or a radical chosen from alkyl, cycloalkylalkyl, aryl, aralkyl, aryloxy, alkoxy, carboxylalkyl, carbonylalkyl, alkylcarbonyl, arylcarbonyl and aminoalkyl radicals.
Air conditioning system comprising: - an absorption machine for producing cold comprising an absorber , a generator , a condenser , an evaporator and a fluid absorption circuit capable of receiving a working solution comprising a refrigerant fluid and an absorbent, the fluid circuit connecting the generator to the condenser , the condenser to the evaporator , the evaporator to the absorber and the absorber to the generator , and - a mechanical compression machine for producing cold comprising a mechanical compressor , a condenser , an expansion valve , an evaporator and a fluid compression circuit capable of receiving a refrigerant fluid, the fluid compression circuit connecting the compressor to the condenser , the condenser to the expansion valve , the expansion valve to the evaporator , the evaporator to the compressor , the refrigerant fluid being distinctfrom the working solution, the fluid absorption circuit and the fluid compression circuit being separate, closed circuits, the system being characterised in that the evaporator of the absorption machine is coupled to the evaporator of the compression machine such that the working solution at the evaporator of the absorption machine at least partially constitutes a heat source for exchange with the refrigerant in the evaporator of the compression machine, and the condenser of the absorption machine is coupled to the condenser of the compression machine such that the working solution at the condenser of the absorption machine at least partially constitutes a heat source for exchange with the refrigerant in the condenser of the compression machine. - an absorption machine for producing cold comprising an absorber , a generator , a condenser , an evaporator and a fluid absorption circuit capable of receiving a working solution comprising a refrigerant fluid and an absorbent, the fluid circuit connecting the generator to the condenser , the condenser to the evaporator , the evaporator to the absorber and the absorber to the generator , and - a mechanical compression machine for producing cold comprising a mechanical compressor , a condenser , an expansion valve , an evaporator and a fluid compression circuit capable of receiving a refrigerant fluid, the fluid compression circuit connecting the compressor to the condenser , the condenser to the expansion valve , the expansion valve to the evaporator , the evaporator to the compressor ,
A stent delivery system comprising: a housing extending along a longitudinal axis (L-L) from a first end to a second end, the housing defining a slot in the housing along the longitudinal axis (L-L); an outer sheath configured for movement along the longitudinal axis (L-L); a first arm coupled to the housing and having a portion of the first arm disposed in the slot ; a second arm connected to the first arm via a living hinge , the second arm having a portion disposed in the slot and being coupled to the outer sheath , the outer sheath being configured to translate along the longitudinal axis (L-L) over a first range of travel as the first and second arms pivot about the living hinge and the outer sheath being configured to translate along the longitudinal axis (L-L) over a second range of travel when the first and second arms are substantially collinear with the living hinge ; and an actuator member coupled to the first arm , wherein the actuator member is configured to move orthogonally to the longitudinal axis (L-L) over the first range of travel, and wherein the actuator member is configured to cause less translation of the outer sheath over the first range of travel as compared to the second range of travel for a given amount of actuator member movement. a housing extending along a longitudinal axis (L-L) from a first end to a second end, the housing defining a slot in the housing along the longitudinal axis (L-L); an outer sheath configured for movement along the longitudinal axis (L-L); a first arm coupled to the housing and having a portion of the first arm disposed in the slot ; a second arm connected to the first arm via a living hinge , the second arm having a portion disposed in the slot and being coupled to the outer sheath , the outer sheath being configured to translate along the longitudinal axis (L-L) over a first range of travel as the first and second arms pivot about the living hinge and the outer sheath being configured to translate along the longitudinal axis (L-L) over a second range of travel when the first and second arms are substantially collinear with the living hinge ; and an actuator member coupled to the first arm , wherein the actuator member is configured to move orthogonally to the longitudinal axis (L-L) over the first range of travel, and wherein the actuator member is configured to cause less translation of the outer sheath over the first range of travel as compared to the second range of travel for a given amount of actuator member movement.
An apparatus, comprising: a memory controller to track a usage statistic for each of a plurality of sets of addresses of a non-volatile system memory device, wherein said usage statistic includes total writes and time elapsed since a last write; storage circuitry to store a signal characteristic, said characteristic being indicative of at least one of: signal waveform shape, signal voltage, and signal current, a signal having said signal characteristic to be generated when performing a read or write transaction on the non volatile system memory device , said storage circuitry to provide said signal characteristic at an output, said signal characteristic provided at said output by said storage circuitry in response to receiving at an input of said storage circuitry the usage statistic of said non volatile system memory device for one of a plurality of sets of addresses of which said read or write transaction's address is a member; circuitry to identify, based on the read or write transaction's address, the one of said plurality of sets of addresses that said read or write transaction's address is a member of; second storage circuitry having a second output, coupled to said input of said storage circuitry, said second storage circuitry to store said usage statistic, said usage statistic provided at said second output by said second storage circuit in response to receiving at a second input of said second storage circuit an identifier of said set of addresses provided by said circuitry to determine the set of addresses. a memory controller to track a usage statistic for each of a plurality of sets of addresses of a non-volatile system memory device, wherein said usage statistic includes total writes and time elapsed since a last write; storage circuitry to store a signal characteristic, said characteristic being indicative of at least one of: signal waveform shape, signal voltage, and signal current, a signal having said signal characteristic to be generated when performing a read or write transaction on the non volatile system memory device , said storage circuitry to provide said signal characteristic at an output, said signal characteristic provided at said output by said storage circuitry in response to receiving at an input of said storage circuitry the usage statistic of said non volatile system memory device for one of a plurality of sets of addresses of which said read or write transaction's address is a member; circuitry to identify, based on the read or write transaction's address, the one of said plurality of sets of addresses that said read or write transaction's address is a member of; second storage circuitry having a second output, coupled to said input of said storage circuitry, said second storage circuitry to store said usage statistic, said usage statistic provided at said second output by said second storage circuit in response to receiving at a second input of said second storage circuit an identifier of said set of addresses provided by said circuitry to determine the set of addresses.
A plant for producing sheet material, comprising: - a parallelepiped moulding box for forming a block of viscoelastic foam from a determined quantity of viscoelastic material in fluid form; - a pantograph cutter comprising a blade with reciprocating movement, configured to perform a spiral cutting of said foam block in such a way as to form a continuous sheet from said foam block with said sheet positioned in the form of a spiral, characterised in that said reciprocating blade is movable according to a spiral path whilst said block is kept stationary. - a parallelepiped moulding box for forming a block of viscoelastic foam from a determined quantity of viscoelastic material in fluid form; - a pantograph cutter comprising a blade with reciprocating movement, configured to perform a spiral cutting of said foam block in such a way as to form a continuous sheet from said foam block with said sheet positioned in the form of a spiral, characterised in that said reciprocating blade is movable according to a spiral path whilst said block is kept stationary.
A fluid chilling system , comprising: a gas-liquid separator adapted to separate a mixed-phase fluid into a substantially gas phase portion and a substantially liquid phase portion; a fluid chiller fluidly coupled to the gas-liquid separator and adapted to chill the substantially liquid phase portion to increase the solubility of remnant gases within the substantially liquid phase portion; and a fraction collector , characterized in that the fraction collector is fluidly coupled to the outlet of the fluid chiller to collect the chilled substantially liquid phase portion. a gas-liquid separator adapted to separate a mixed-phase fluid into a substantially gas phase portion and a substantially liquid phase portion; a fluid chiller fluidly coupled to the gas-liquid separator and adapted to chill the substantially liquid phase portion to increase the solubility of remnant gases within the substantially liquid phase portion; and a fraction collector , characterized in that the fraction collector is fluidly coupled to the outlet of the fluid chiller to collect the chilled substantially liquid phase portion.
A distributing device for chopped material, with a chopper , a distributor downstream of the chopper and which comprises a plurality of deflector elements spaced apart in a width direction in order to impart a component of velocity in the width direction upon the chopped material, and a pan which extends at least between the chopper and the distributor and which guides the chopped material to the distributor, characterized in that at least a portion of the pan is configured as a stepped pan with a plurality of stepped pan sections one after the other in the width direction, wherein the stepped pan sections have different inclinations with respect to a material conveying direction which is orthogonal to the transverse direction, and from which the chopped material arrives at the stepped pan.
An electronic device that is capable of receiving data according to a first communication scheme and a second communication scheme, the first communication scheme conforming to at least one of IEEE802.11n and IEEE802.11a, the second communication scheme conforming to next generation standard after IEEE802.11n, the electronic device comprising circuitry configured to: receive a packet including a first SIG field, a second SIG field, a third SIG field, and a fourth SIG field, wherein the third SIG field and the fourth SIG field conform to the second communication scheme, wherein the first SIG field is a legacy signaling field, the second SIG field is a High Throughput field, the third SIG field is a first Very High Throughput VHT, field and the fourth SIG field is a second VHT field; determine the signal arrangement of signal points of the third SIG field and the fourth SIG field in a signal space; and determine whether the packet conforms to the second communication scheme based on the determined signal arrangement, wherein the packet is determined to conform to the second communication scheme if the determined signal arrangement of the fourth SIG field is the 90-degree rotation of the determined signal arrangement of the third SIG field; wherein the third SIG field and the fourth SIG field are located between the second SIG field and a field of data in the packet. receive a packet including a first SIG field, a second SIG field, a third SIG field, and a fourth SIG field, wherein the third SIG field and the fourth SIG field conform to the second communication scheme, wherein the first SIG field is a legacy signaling field, the second SIG field is a High Throughput field, the third SIG field is a first Very High Throughput VHT, field and the fourth SIG field is a second VHT field; determine the signal arrangement of signal points of the third SIG field and the fourth SIG field in a signal space; and determine whether the packet conforms to the second communication scheme based on the determined signal arrangement, wherein the packet is determined to conform to the second communication scheme if the determined signal arrangement of the fourth SIG field is the 90-degree rotation of the determined signal arrangement of the third SIG field; wherein the third SIG field and the fourth SIG field are located between the second SIG field and a field of data in the packet.
A cooling system for an electric vehicle , in particular an electric public transport land vehicle, said system comprising at least two cooling circuits in parallel, each dedicated to cooling a group of functional element(s) (210-214, 230-232) comprising at least one functional element of a drive train of said vehicle , each cooling circuit comprising an individual heat exchanger , carrying out a heat exchange in order to cool the coolant with an airflow ; characterized in that the heat exchangers of two cooling circuits are at least partially superimposed, such that the same airflow passes through them.
A method in a first network node, the method comprising: determining an envelope of radio frequency power that maximizes a coverage area; sending the determined envelope to a second network node; receiving an antenna pattern based on the determined envelope , from the second network node; and characterized in that in response to determining that the received antenna pattern fits within the determined envelope , granting a channel to the second network node. determining an envelope of radio frequency power that maximizes a coverage area; sending the determined envelope to a second network node; receiving an antenna pattern based on the determined envelope , from the second network node; and characterized in that in response to determining that the received antenna pattern fits within the determined envelope , granting a channel to the second network node.
A sampler, comprising: a body with an internal chamber for housing a sample of a fluid; a sample outlet valve comprising means for selectively setting the sample outlet valve into a closed or into an open state; a vent valve comprising means for selectively setting the vent valve into a closed or into an open state; the sampler being further characterized in two quick connect valve members extending from the body , for connecting the body to a device from which a sample is to be obtained, the two quick connect valve members being placed between the vent valve and the sample outlet valve ; wherein the quick connect valve members extend substantially radially from the body , in parallel with each other. a body with an internal chamber for housing a sample of a fluid; a sample outlet valve comprising means for selectively setting the sample outlet valve into a closed or into an open state; a vent valve comprising means for selectively setting the vent valve into a closed or into an open state; the sampler being further characterized in two quick connect valve members extending from the body , for connecting the body to a device from which a sample is to be obtained, the two quick connect valve members being placed between the vent valve and the sample outlet valve ; wherein the quick connect valve members extend substantially radially from the body , in parallel with each other.
A method for producing a silica aerogel, comprising: 1) adding an acid catalyst and a first water glass solution to a reactor to prepare a water glass dispersion solution for forming silica colloid particles, wherein the concentration of a silicon dioxide in the first water glass solution is 0.01 to 2 wt%; 2) adding a surface modifier solution to the water glass dispersion solution for forming silica colloid particles, to form silica colloid particles; 3) mixing an acid catalyst with a second water glass solution to prepare a water glass dispersion solution for forming a silica wet gel, wherein the concentration of a silicon dioxide in the second water glass solution is 1 to 11 wt%; 4) adding the water glass dispersion solution for forming a wet gel to the reactor including the silica colloid particles to form a silica wet gel; and 5) drying the silica wet gel, wherein the concentration of a silicon dioxide in the second water glass solution is equal to or greater than the concentration of a silicon dioxide in the first water glass solution. 1) adding an acid catalyst and a first water glass solution to a reactor to prepare a water glass dispersion solution for forming silica colloid particles, wherein the concentration of a silicon dioxide in the first water glass solution is 0.01 to 2 wt%; 2) adding a surface modifier solution to the water glass dispersion solution for forming silica colloid particles, to form silica colloid particles; 3) mixing an acid catalyst with a second water glass solution to prepare a water glass dispersion solution for forming a silica wet gel, wherein the concentration of a silicon dioxide in the second water glass solution is 1 to 11 wt%; 4) adding the water glass dispersion solution for forming a wet gel to the reactor including the silica colloid particles to form a silica wet gel; and 5) drying the silica wet gel,
A peptide consisting of the amino acid sequence SEQ ID NO: 1.
Sensor element for determining particles in a fluid medium, in particular for use in an exhaust gas system of a motor vehicle, comprising an electrode system having at least one first electrode and at least one second electrode , wherein the first electrode and the second electrode are arranged in such a way that deposition of particles is detectable by means of a measurement of a change in a resistance between the first electrode and the second electrode , wherein the electrode system furthermore has at least one planar electrode , wherein the planar electrode is arranged in a manner separated from the fluid medium, wherein the planar electrode is separated from the first electrode and the second electrode by at least one electrically insulating layer , wherein the electrically insulating layer comprises aluminium oxide, characterized in that the electrically insulating layer furthermore comprises at least one dopant, wherein a relative permittivity of the electrically insulating layer is greater than a relative permittivity of a pure aluminium oxide layer having an identical layer thickness.
A packaging comprising a set of flexible rectangular floor covering elements, such as e.g. planks or tiles, each floor covering element having a decorative top face and a bottom face for contacting an underfloor, each of the floor covering elements being of double-angling type and having a first long edge with a first connection profile, the first connection profile having a recess at said bottom face and a tongue overhanging said recess, a second long edge with a second connection profile that is complementary to the first connection profile, the second connection profile having a protrusion at said bottom face and a groove for receiving the tongue of the first profile, a first short edge with said first connection profile; and a second short edge with said second connection profile; wherein, when looking at the floor covering element from above the top face, the edges are arranged in the following order in the clockwise direction: 1) the first long edge, 2) the first short edge, 3) the second long edge and 4) the second short edge; characterised in that the packaging has user information associated therewith indicating that the set of floor covering elements is best suited for installation from left to right by double-angling, when looking at the floor covering element from above the top face in the direction of installation of the floor covering elements, the user information being a textual or pictorial notice on or in the packaging. a first long edge with a first connection profile, the first connection profile having a recess at said bottom face and a tongue overhanging said recess, a second long edge with a second connection profile that is complementary to the first connection profile, the second connection profile having a protrusion at said bottom face and a groove for receiving the tongue of the first profile, a first short edge with said first connection profile; and a second short edge with said second connection profile; wherein, when looking at the floor covering element from above the top face, the edges are arranged in the following order in the clockwise direction: 1) the first long edge, 2) the first short edge, 3) the second long edge and 4) the second short edge; characterised in that the packaging has user information associated therewith indicating that the set of floor covering elements is best suited for installation from left to right by double-angling, when looking at the floor covering element from above the top face in the direction of installation of the floor covering elements, the user information being a textual or pictorial notice on or in the packaging.