mhurhangee/patent-ind-claim-en huggingface dataset:
Furnace for thermal treatment, in particular for carbonization and/or graphitization of fibers , in particular of fibers of oxidized polyacrylonitrile PAN, wherein a pyrolysis gas is released from the materialfibers during the thermal treatment, with a) a housing ; b) a process space , which is located in the inner space of the housing and which is bounded by a process space housing and through which the fibres can be guided, wherein the process space housing has a fiber inlet opening at an end face and a fiber outlet opening at an opposite end face; c) a heating system , by means of which a process space atmosphere which prevails in the process space can be heated, wherein by means of the heating system in the process space between the fiber inlet opening and the fiber outlet opening successive heating zones are formed; d) an extraction system , by means of which process space atmosphere loaded with pyrolysis gas can be exhausted from the process space , characterized in that e) the extraction system comprises at least one exhaust device with an exhaust duct which is bounded by a duct wall and which is connected to the process space via an exhaust opening ; f) the exhaust opening is arranged in a region of the process space which, starting from the fibre inlet opening , is the first heating zone (34.1) and in which, during operation of the furnace , a temperature prevails at which no or only moderate chemical reactions occur between the pyrolysis gas and the process space housing and/or the duct wall ; wherein g) during operation of the furnace , a temperature of less than 1000°C, preferably of less than 900°C and particularly preferably of less than 800°C prevails in this region . a) a housing ; b) a process space , which is located in the inner space of the housing and which is bounded by a process space housing and through which the fibres can be guided, wherein the process space housing has a fiber inlet opening at an end face and a fiber outlet opening at an opposite end face; c) a heating system , by means of which a process space atmosphere which prevails in the process space can be heated, wherein by means of the heating system in the process space between the fiber inlet opening and the fiber outlet opening successive heating zones are formed; d) an extraction system , by means of which process space atmosphere loaded with pyrolysis gas can be exhausted from the process space , e) the extraction system comprises at least one exhaust device with an exhaust duct which is bounded by a duct wall and which is connected to the process space via an exhaust opening ; f) the exhaust opening is arranged in a region of the process space which, starting from the fibre inlet opening , is the first heating zone (34.1) and in which, during operation of the furnace , a temperature prevails at which no or only moderate chemical reactions occur between the pyrolysis gas and the process space housing and/or the duct wall ;
A cell which co-expresses a first chimeric antigen receptor (CAR) and a second CAR, each CAR comprising an antigen-binding domain and an endodomain, wherein the endodomain of first CAR comprises the tyrosine kinase domain of a Src family kinase or the intracellular domain of CD4 or CD8 coreceptor; and the endodomain of the second CAR is an activating endodomain comprising one or more immunoreceptor tyrosine-based activation motif(s) (ITAM(s)).
A sensing device comprising an array of coated electrodes on a flexible skin-attachable substrate, for measuring signals from a surface of a skin, wherein said flexible substrate and the array of coated electrodes are configured to conform with a shape of the surface once placed on the surface, and wherein at least one electrode of said array is made of a material selected from the group consisting of gold, silver, platinum, copper, rhodium, iridium, tungsten, molybdenum, palladium, ruthenium, osmium, carbon, and silver chloride, and is at least partially coated by a polymer comprising a plasma polymerized monomer, in a plasma coating process characterized by monomer vapor pressure of less than 1 mbar. wherein said flexible substrate and the array of coated electrodes are configured to conform with a shape of the surface once placed on the surface, and wherein at least one electrode of said array is made of a material selected from the group consisting of gold, silver, platinum, copper, rhodium, iridium, tungsten, molybdenum, palladium, ruthenium, osmium, carbon, and silver chloride, and is at least partially coated by a polymer comprising a plasma polymerized monomer, in a plasma coating process characterized by monomer vapor pressure of less than 1 mbar.
A machine tool for machining a workpiece , the machine tool comprising a tool mount for carrying a tool , a workpiece mount for carrying and rotating the workpiece about an axis of rotation , a drive mechanism for moving at least one of the tool mount and the workpiece mount relative to the other, and a control arrangement for controlling the workpiece mount and the drive mechanism, wherein the machine tool is configured to: receive input data in the control arrangement, the input data defining a profile to be machined onto the workpiece, with the profile being defined in a plane perpendicular to the axis of rotation and non-circular in that plane; calculate with the control arrangement a workpiece velocity profile corresponding to the velocities at which the workpiece is to be rotated by the workpiece mount over a rotation of the workpiece during machining of the workpiece by the tool mounted in the tool mount; and rotate the workpiece with the workpiece mount according to the workpiece velocity profile during machining of the workpiece by the tool mounted in the tool mount, characterized in that the workpiece velocity profile is generated by an evolutionary algorithm. receive input data in the control arrangement, the input data defining a profile to be machined onto the workpiece, with the profile being defined in a plane perpendicular to the axis of rotation and non-circular in that plane; calculate with the control arrangement a workpiece velocity profile corresponding to the velocities at which the workpiece is to be rotated by the workpiece mount over a rotation of the workpiece during machining of the workpiece by the tool mounted in the tool mount; and rotate the workpiece with the workpiece mount according to the workpiece velocity profile during machining of the workpiece by the tool mounted in the tool mount, characterized in that the workpiece velocity profile is generated by an evolutionary algorithm.
A method of communicating between a terminal and a secure element comprising, at the secure element : determining a challenge; sending the challenge to the terminal ; receiving a response from the terminal comprising the challenge and personal identification number, PIN, data, the response encrypted with a public key; decrypting the response using a private key of the secure element corresponding to the public key; determining if the challenge received in the response matches the challenge sent to the terminal ; and if the challenge received in the response does not match the challenge sent to the terminal , further comprising: performing a computation using the received challenge and the sent challenge to detect the presence of additional data in the response; and recovering, as an output of the computation , an operation code , wherein the operation code is indicative of an action to be performed by the secure element. determining a challenge; sending the challenge to the terminal ; receiving a response from the terminal comprising the challenge and personal identification number, PIN, data, the response encrypted with a public key; decrypting the response using a private key of the secure element corresponding to the public key; determining if the challenge received in the response matches the challenge sent to the terminal ; and if the challenge received in the response does not match the challenge sent to the terminal , further comprising: performing a computation using the received challenge and the sent challenge to detect the presence of additional data in the response; and recovering, as an output of the computation , an operation code , wherein the operation code is indicative of an action to be performed by the secure element. performing a computation using the received challenge and the sent challenge to detect the presence of additional data in the response; and recovering, as an output of the computation , an operation code , wherein the operation code is indicative of an action to be performed by the secure element.
Variable-liftability device , having: • a pressurised hermetically sealed chamber accepting a gas of density lower than the density of the air in contact with external surroundings ; • a mixer arranged at least partially inside the hermetically sealed chamber and configured to introduce air into the hermetically sealed chamber and to mix, inside the hermetically sealed chamber 4, the introduced air with the gas of density lower than the density of the air, the mixer comprising a sleeve provided with at least one perforation and at least one injector , connected to the external surroundings , for injecting air into the sleeve . • a pressurised hermetically sealed chamber accepting a gas of density lower than the density of the air in contact with external surroundings ; • a mixer arranged at least partially inside the hermetically sealed chamber and configured to introduce air into the hermetically sealed chamber and to mix, inside the hermetically sealed chamber 4, the introduced air with the gas of density lower than the density of the air, the mixer comprising a sleeve provided with at least one perforation and at least one injector , connected to the external surroundings , for injecting air into the sleeve .
A cleaning textile comprising a three-dimensional warp knitted fabric with a first and a second knitted surface , wherein the first and second knitted surfaces each have at least two thread systems, wherein a thread system of the first knitted surface has a linear density of at least 100 dtex and at least 90 filaments per thread and a thread system of the second knitted surface has a linear density of at least 70 dtex and at least 20 filaments per thread, wherein the first and second knitted surfaces are connected by means of pile yarns , wherein the pile yarns are designed to pass through the first and second knitted surfaces , wherein filaments of at least one thread system of the first knitted surface have a tetralobal cross-section.
A fuel delivery system constructed and arranged for use with a combustion fastener driver including a cylinder head frame, a combustion chamber and a housing defining a fuel cell chamber , said fuel delivery system comprising: a fuel cell with an outer shell having a closed lower end and an open upper end ; a closure crimped over said upper end and defining an opening for accommodating a reciprocating valve stem ; a fuel cell adapter frictionally engaging said closure and including a flange configured for suspending said fuel cell in the fuel cell chamber , said adapter including a collar configured for receiving said valve stem ; and a stem receiver block connectable to the cylinder head frame and including a stem engagement portion configured for directly and sealingly engaging an end of said valve stem , said stem engagement portion being in fluid communication with an internal receiver passage constructed and arranged for delivering fuel to the combustion chamber , characterised in that said collar is suspended for restricted vertical movement relative to said flange . a fuel cell with an outer shell having a closed lower end and an open upper end ; a closure crimped over said upper end and defining an opening for accommodating a reciprocating valve stem ; a fuel cell adapter frictionally engaging said closure and including a flange configured for suspending said fuel cell in the fuel cell chamber , said adapter including a collar configured for receiving said valve stem ; and a stem receiver block connectable to the cylinder head frame and including a stem engagement portion configured for directly and sealingly engaging an end of said valve stem , said stem engagement portion being in fluid communication with an internal receiver passage constructed and arranged for delivering fuel to the combustion chamber , characterised in that said collar is suspended for restricted vertical movement relative to said flange .
An improved hubcap with turbine effect for a vehicle wheel, in particular for a motor vehicle wheel, said wheel having a cylindrical, peripheral rim , a central hub and a disc with perforations connecting the central hub to the peripheral rim , and said improved hubcap having a central portion and aerodynamic blades , which are distributed on the exterior of said central portion and which are distributed on the exterior of said central portion and which are situated facing the perforations of the disc of the wheel so as to create a flow of air permitting the lateral wake of the vehicle to be improved, said improved hubcap comprising two circular deflectors , extending from the internal surface of the hubcap , intended to direct the flow of air towards the perforations of the disc of the wheel , namely a first deflector, designated "interior deflector" , directed towards the edge of the perforations closest to the centre ("XX'") of the wheel , and a second deflector, designated "exterior deflector" , directed towards the edge of the perforations closest to the exterior periphery of the wheel , said improved hubcap being characterized in that there is provided, at the end of each of the two deflectors , between the hubcap and the disc of the wheel , a flexible, circular seal , which permits a tightness to be guaranteed between the hubcap and the disc of the wheel and, consequently, an optimum flow of air on the perforations of the disc of the wheel .
Radial flow column for passing a liquid product through an adsorber material , in particular for radial flow chromatography, having a housing and, arranged therein, an inner sieve and an outer sieve , which each enclose a longitudinal axis of the housing and between which a radial intermediate space is formed for receiving the adsorber material , wherein end regions of the inner and outer sieves are sealed towards the housing in order to convey the product radially through the sieves and the adsorber material , and with sealing rings for radially sealing the end face end regions, characterized in that the inner sieve and the outer sieve are fastened in the housing in such a way and the sealing rings have a fastening section for axial positive locking with associated sealing seats and a sealing section for radial sealing of corresponding sealing surfaces in such a way that an axial play of the sieves defined in the axial direction with respect to the housing is possible.
A system comprising: a tuning pin for a steering actuator , the tuning pin comprising: a head portion proximate a proximal end of the tuning pin , where the head portion comprises an anti-rotation element; a body portion distal of the head portion , where the body portion comprises a through hole ; and a tip portion distal of the body portion proximate a distal end of the tuning pin ; and a pin block , wherein the tuning pin is configured to couple with the pin block in the steering actuator , characterized in that the anti-rotation element comprises a channel and a locking pin, where the locking pin is configured to couple with the channel and a portion of the pin block . a head portion proximate a proximal end of the tuning pin , where the head portion comprises an anti-rotation element; a body portion distal of the head portion , where the body portion comprises a through hole ; and a tip portion distal of the body portion proximate a distal end of the tuning pin ; and a pin block , wherein the tuning pin is configured to couple with the pin block in the steering actuator , characterized in that the anti-rotation element comprises a channel and a locking pin, where the locking pin is configured to couple with the channel and a portion of the pin block .
Device for removing and reintroducing parking tickets from and into corresponding automatic machines , comprising a handle made up of a lengthening bar and a head piece adapted to grip said parking ticket and having a frontal face to be used as a pusher for actuating a demand key positioned in said machine , said head piece having a slot in which clamping or locking elements (7; 7a; 7b) are mounted, characterized in that said elements are configured such that they automatically exert different retaining forces acting on said parking ticket depending on whether it should be gripped or removed from said delivering slot of the machine or reintroduced into the entrance slot of the machine .
A wind turbine control system comprising: a controller of a control mechanism of a wind turbine , wherein the controller implements a computerised real-time blade model to calculate operational parameters of the controller; wherein the computerised real-time blade model receives as inputs a determined wind turbine operating point and a rotor-plane wind speed value that is estimated in real-time; and wherein the estimated rotor-plane wind speed value is calculated in dependence on a difference between an actual generated power value and an estimated generated power value. a controller of a control mechanism of a wind turbine , wherein the controller implements a computerised real-time blade model to calculate operational parameters of the controller; wherein the computerised real-time blade model receives as inputs a determined wind turbine operating point and a rotor-plane wind speed value that is estimated in real-time; and wherein the estimated rotor-plane wind speed value is calculated in dependence on a difference between an actual generated power value and an estimated generated power value.
A personalized atrial fibrillation ablation device , comprising: an ablation panel configured to create a desired ablation pattern within a wall of a patient's left atrium to eliminate atrial fibrillation; the ablation panel having multiple ablation elements, including a first ablation element configured to encircle an ostium of a first pulmonary vein, a second ablation element configured to encircle an ostium of a second pulmonary vein, and a third ablation element configured to encircle an ostium of a third pulmonary vein; a first ostial fitment element connected to the ablation panel and having a protrusion configured to engage the first pulmonary vein to hold the first ablation element in alignment with the ostium of the first pulmonary vein; a second ostial fitment element connected to the ablation panel and having a protrusion configured to engage the second pulmonary vein to hold the second ablation element in alignment with the ostium of the second pulmonary vein; a third ostial fitment element connected to the ablation panel and having a protrusion configured to engage the third pulmonary vein to hold the third ablation element in alignment with the ostium of the third pulmonary vein; and a base ring configured to seat around the periphery of the patient's mitral valve and at least one spring element connected between the ablation panel and the base ring configured to hold the ablation panel in contact with a portion of the atrial wall to be ablated. an ablation panel configured to create a desired ablation pattern within a wall of a patient's left atrium to eliminate atrial fibrillation; the ablation panel having multiple ablation elements, including a first ablation element configured to encircle an ostium of a first pulmonary vein, a second ablation element configured to encircle an ostium of a second pulmonary vein, and a third ablation element configured to encircle an ostium of a third pulmonary vein; a first ablation element configured to encircle an ostium of a first pulmonary vein, a second ablation element configured to encircle an ostium of a second pulmonary vein, and a third ablation element configured to encircle an ostium of a third pulmonary vein; a first ostial fitment element connected to the ablation panel and having a protrusion configured to engage the first pulmonary vein to hold the first ablation element in alignment with the ostium of the first pulmonary vein; a second ostial fitment element connected to the ablation panel and having a protrusion configured to engage the second pulmonary vein to hold the second ablation element in alignment with the ostium of the second pulmonary vein; a third ostial fitment element connected to the ablation panel and having a protrusion configured to engage the third pulmonary vein to hold the third ablation element in alignment with the ostium of the third pulmonary vein; and a base ring configured to seat around the periphery of the patient's mitral valve and at least one spring element connected between the ablation panel and the base ring configured to hold the ablation panel in contact with a portion of the atrial wall to be ablated.
Fryer with a vessel , that contains a hot fluid-bath with a fluid level and which comprises: - one or more belt(s) (2 - 5) which transports products to be fried through the hot fluid-bath , wherein a surface of the belt(s) (2 - 5) on which the products are located during transportation in the fryer has a submerged section being submerged in the hot fluid-bath , - and a submerge belt that hinders the products from floating to the fluid level , wherein the submerge belt has a submerged section being submerged in the hot fluid-bath - a floating particles removing device comprising a guiding means , wherein the floating particle removing device is located vertically above the submerged section of the submerge belt and/or of the submerge section of the surface of the belt(s) (2 - 5) and wherein the guiding means are part of, integrated in and/or connected to the submerge belt. - one or more belt(s) (2 - 5) which transports products to be fried through the hot fluid-bath , wherein a surface of the belt(s) (2 - 5) on which the products are located during transportation in the fryer has a submerged section being submerged in the hot fluid-bath , - and a submerge belt that hinders the products from floating to the fluid level , wherein the submerge belt has a submerged section being submerged in the hot fluid-bath - a floating particles removing device comprising a guiding means ,
Holding surface for a surface temperature-control system , comprising: - a support which comprises a relief structure having low regions and raised regions ; and - a first element of a hook and loop connection that is mounted directly on the support ; wherein the first element of the hook and loop connection is pressed in part into the surface of the front side of the support in the raised regions , wherein a plurality of raised regions form a raised assembly having an outer contour, characterised in that the spots in which the first element of the hook and loop connection is pressed into the raised regions of the holding surface are arranged in the edge portion of the raised regions and follow the outer contour of the raised assembly . - a support which comprises a relief structure having low regions and raised regions ; and - a first element of a hook and loop connection that is mounted directly on the support ;
A composition comprising CF 3 (CF 2 ) 5 (CH 2 ) 7 CH 3 and CF 3 -(CF 2 ) 5 -CH(CH 3 )-(CH 2 ) 5 -CH 3 for use as a lubricant of the eye surface.