mhurhangee/patent-ind-claim-en huggingface dataset:
A stent comprising: a non-bioresorbable framework extending along a longitudinal axis having an at least partially cylindrical shape with proximal and distal ends; a longitudinal zone of the stent extending from the proximal end of the framework to the distal end, the longitudinal zone being defined by opposing longitudinal edges ; and a plurality of bioresorbable struts , each bioresorbable strut being secured to the opposing longitudinal edges of the longitudinal zone to maintain the stent in one operational state having an expanded deployed diameter with the plurality of bioresorbable struts holding the opposing longitudinal edges a first distance apart such that upon degradation of the plurality of bioresorbable struts , the stent will contract to another operational state having a reduced deployed diameter so that the opposing longitudinal edges are a second distance apart that is less than the first distance; and at least one non-bioresorbable strut that is secured to the opposing longitudinal edges of the longitudinal zone wherein the non-bioresorbable framework and the at least one non-bioresorbable strut have sufficient resiliency to cause the stent to contract to the reduced deployed diameter when the plurality of bioresorbable struts degrade. a non-bioresorbable framework extending along a longitudinal axis having an at least partially cylindrical shape with proximal and distal ends; a longitudinal zone of the stent extending from the proximal end of the framework to the distal end, the longitudinal zone being defined by opposing longitudinal edges ; and a plurality of bioresorbable struts , each bioresorbable strut being secured to the opposing longitudinal edges of the longitudinal zone to maintain the stent in one operational state having an expanded deployed diameter with the plurality of bioresorbable struts holding the opposing longitudinal edges a first distance apart such that upon degradation of the plurality of bioresorbable struts , the stent will contract to another operational state having a reduced deployed diameter so that the opposing longitudinal edges are a second distance apart that is less than the first distance; and at least one non-bioresorbable strut that is secured to the opposing longitudinal edges of the longitudinal zone wherein the non-bioresorbable framework and the at least one non-bioresorbable strut have sufficient resiliency to cause the stent to contract to the reduced deployed diameter when the plurality of bioresorbable struts degrade.
An apparatus for transmitting and receiving a data in Near Field Communications, NFC, the apparatus being adapted to: set up (110,120,130;511,512,513) a communication link between an initiator and a target that perform NFC; aggregate a plurality of data packet units for transmission to form an aggregated frame; and transmit the aggregated frame to a counterpart NFC device, wherein the aggregated frame comprises an identifier of a frame type indicating whether the plurality of data packet units included in the aggregated frame is aggregated, wherein the aggregated frame comprises a Destination Service Access Point, DSAP, field , a Source Service Access Point, SSAP, field , a control field including the identifier of the frame type, and a data information field including a data payload , wherein the data payload includes the plurality of aggregated data packet units, and a field for recording a plurality of sequence numbers associated with transmission of the plurality of data packet units and reception thereof is not included in the data information field independently of the data payload , and wherein the aggregating includes placing each of a plurality of length information fields respectively in front of each of the plurality of data packet units, the number of length information fields is the same as the number of data packet units, and each of the length information fields alternates with each of the packet data units. set up (110,120,130;511,512,513) a communication link between an initiator and a target that perform NFC; aggregate a plurality of data packet units for transmission to form an aggregated frame; and transmit the aggregated frame to a counterpart NFC device, wherein the aggregated frame comprises an identifier of a frame type indicating whether the plurality of data packet units included in the aggregated frame is aggregated, wherein the aggregated frame comprises a Destination Service Access Point, DSAP, field , a Source Service Access Point, SSAP, field , a control field including the identifier of the frame type, and a data information field including a data payload , wherein the data payload includes the plurality of aggregated data packet units, and a field for recording a plurality of sequence numbers associated with transmission of the plurality of data packet units and reception thereof is not included in the data information field independently of the data payload , and wherein the aggregating includes placing each of a plurality of length information fields respectively in front of each of the plurality of data packet units, the number of length information fields is the same as the number of data packet units, and each of the length information fields alternates with each of the packet data units.
Photovoltaic energy generation device comprising several modules (12; 112) disposed in series, characterized in that it comprises at least one module (12; 112) comprising several cells (11; 111) disposed in parallel associated each with its at least one own cell switch (13; 113), disposed in series, so as to be able to disconnect them from the remainder of the photovoltaic energy generation device, each of these cells (11; 111) disposed in parallel comprising a photovoltaic cell , comprising one or more elementary photovoltaic cell(s), and a storage element connected across the terminals of the photovoltaic cell.
Method for detecting a fault in an electrical network through which an AC current of nominal frequency (f 0 ) flows, the method comprising: - a step of acquiring three samples (S 1 , S 2 , S 3 ) of a sinusoidal signal (S) that is representative of the current flowing in the network , the acquisition of each sample being spaced apart by a fixed sampling time (T), the sampling time (T) corresponding to a sampling frequency being more than or equal to three times the nominal frequency (f0); - a step of calculating an amplitude (A) of the signal (S), the calculation of the amplitude (A) depending solely on the three acquired samples (S 1 , S 2 , S 3 ); - a step of determining a fault if the calculated amplitude (A) is above a first predetermined threshold (M+) or if the calculated amplitude (A) is below a second predetermined threshold (M-), characterized in that the amplitude (A) is calculated according to a formula that is independent of the sampling time (T). - a step of acquiring three samples (S 1 , S 2 , S 3 ) of a sinusoidal signal (S) that is representative of the current flowing in the network , the acquisition of each sample being spaced apart by a fixed sampling time (T), the sampling time (T) corresponding to a sampling frequency being more than or equal to three times the nominal frequency (f0); - a step of calculating an amplitude (A) of the signal (S), the calculation of the amplitude (A) depending solely on the three acquired samples (S 1 , S 2 , S 3 ); - a step of determining a fault if the calculated amplitude (A) is above a first predetermined threshold (M+) or if the calculated amplitude (A) is below a second predetermined threshold (M-),
An electronic device , comprising: a cover plate ; a main board arranged at a rear side of the cover plate and spaced apart from the cover plate ; an iris camera coupled with the main board and arranged on a side of the main board facing the cover plate ; an infrared lamp coupled with the main board and arranged on the side of the main board facing the cover plate , the infrared lamp being spaced apart from the iris camera ; and a polarizing member arranged between the infrared lamp and the cover plate to reduce an angle of infrared light emitted from the infrared lamp , wherein a wavelength of the infrared light emitted from the infrared lamp is 940nm, and has tolerance range of ±20nm, wherein a projection area of the polarizing member on the cover plate is larger than a projection area of the infrared lamp on the cover plate , a thickness of the polarizing member decreases gradually in a radially outward direction from a central axis of the infrared lamp , wherein a surface of the polarizing member adjacent to the infrared lamp is a conical surface or an arc surface, and a surface of the polarizing member far away from the infrared lamp is a flat surface, the polarizing member is connected to the cover plate through an adhesive layer. a cover plate ; a main board arranged at a rear side of the cover plate and spaced apart from the cover plate ; an iris camera coupled with the main board and arranged on a side of the main board facing the cover plate ; an infrared lamp coupled with the main board and arranged on the side of the main board facing the cover plate , the infrared lamp being spaced apart from the iris camera ; and a polarizing member arranged between the infrared lamp and the cover plate to reduce an angle of infrared light emitted from the infrared lamp , wherein a wavelength of the infrared light emitted from the infrared lamp is 940nm, and has tolerance range of ±20nm, wherein a projection area of the polarizing member on the cover plate is larger than a projection area of the infrared lamp on the cover plate , a thickness of the polarizing member decreases gradually in a radially outward direction from a central axis of the infrared lamp , wherein a surface of the polarizing member adjacent to the infrared lamp is a conical surface or an arc surface, and a surface of the polarizing member far away from the infrared lamp is a flat surface, the polarizing member is connected to the cover plate through an adhesive layer.
A strength member comprising, by mass %, 0.5 to 0.7 % of C, 1.0 to 2.0 % of Si, 0.1 to 1.0 % of Mn, 0.1 to 1.0 % of Cr, 0.035 % or less of P, 0.035 % or less of S, and the balance of Fe and inevitable impurities, wherein an area ratio of bainite is 65 % or more, and an average dislocation density of a freely selected cross section is 2.0 × 10 16 m -2 or less, a residual shearing strain is 6.7 × 10 -4 or less, and an area ratio of retained austenite is 6.5 % or less, wherein Vickers hardness at the center of a freely selected cross section of a product is 450 to 650 HV.
A light conversion device, comprising: a wavelength conversion element configured to absorb light of an excitation wavelength and generate light of an emission wavelength, the wavelength conversion element comprising an inorganic binder and a phosphor, wherein the inorganic binder comprises an inorganic material, a filler and a dispersant.
Process for facilitating the ability of cosmetic preparations comprising UV light protection filters to be washed out of textiles, wherein the cosmetic preparation comprises 4-(tert-butyl)-4'-methoxydibenzoylmethane (INCI Butyl Methoxydibenzoylmethane) and/or 2,4-bis-{[4-(2-ethylhexyloxy)-2-hydroxy]phenyl}-6-(4-methoxyphenyl)-1,3,5-triazine (INCI Bis-Ethylhexyloxyphenol Methoxyphenyl Triazine), characterized in that 0.01 to 2% by weight 4-hydroxyacetophenone is added to the cosmetic, based on the total weight of the preparation.
Profiled clamp having a first profiled clamp half and having a second profiled clamp half , by means of which two flange parts can be connected to one another by application of an axial force, wherein, in order to form a tensioning device, a first tensioning head is formed at an end of the first clamp half and a second tensioning head is formed at an end of the second clamp half , wherein those ends of the clamp halves which are located opposite the tensioning heads are connected to one another by means of an articulated connection , wherein the articulated connection is formed by means of a flat strip portion , wherein a hole is introduced into the flat strip portion , characterized in that the hole is of angular or oval form. wherein the articulated connection is formed by means of a flat strip portion , wherein a hole is introduced into the flat strip portion , characterized in that the hole is of angular or oval form.
A method of making a component comprising: (a) adding a metal powder to an interior space of a casting shell , wherein the metal powder surrounds a casting core consisting of a first metal component positioned in the interior space of the casting shell ; (b) exposing the metal powder to hot isostatic pressing to consolidate the metal powder into a second metal component ; and (c) removing the casting shell and the first metal component from the second metal component , wherein the first metal component has a lower melting point than the second metal component , and wherein the first metal component consists of at least one of aluminum, an aluminum alloy, nickel, a nickel alloy, copper, a copper alloy, gold, a gold alloy, silver, or a silver alloy, wherein the removing the first metal component comprises melting, and wherein the second metal component includes tungsten, a tungsten alloy, molybdenum, or a molybdenum alloy, the method further comprising forming at least one of the casting shell or the first metal component by additively forming the at least one of the casting shell or the first metal component on a layer-by-layer basis, comprising steps of: (d) irradiating a layer of powder in a powder bed to form a fused region; (e) providing a subsequent layer of powder over the powder bed; and (f) repeating steps (d) and (e) using at least two different powder compositions corresponding to at least the casting shell or the first metal component to form at least a portion of the casting core. (a) adding a metal powder to an interior space of a casting shell , wherein the metal powder surrounds a casting core consisting of a first metal component positioned in the interior space of the casting shell ; (b) exposing the metal powder to hot isostatic pressing to consolidate the metal powder into a second metal component ; and (c) removing the casting shell and the first metal component from the second metal component , wherein the first metal component has a lower melting point than the second metal component , and wherein the first metal component consists of at least one of aluminum, an aluminum alloy, nickel, a nickel alloy, copper, a copper alloy, gold, a gold alloy, silver, or a silver alloy, wherein the removing the first metal component comprises melting, and wherein the second metal component includes tungsten, a tungsten alloy, molybdenum, or a molybdenum alloy, the method further comprising forming at least one of the casting shell or the first metal component by additively forming the at least one of the casting shell or the first metal component on a layer-by-layer basis, comprising steps of: (d) irradiating a layer of powder in a powder bed to form a fused region; (e) providing a subsequent layer of powder over the powder bed; and (f) repeating steps (d) and (e) using at least two different powder compositions corresponding to at least the casting shell or the first metal component to form at least a portion of the casting core.
Selector mechanism housing for receiving a portion of a selector lever for a vehicle, wherein the selector mechanism housing has the following features: a base part having at least one base latching element ; and a cover part for closing the base part , wherein the cover part has at least one cover latching element which is able to latch to the base latching element so as to be able to fasten the cover part to the base part without screws, characterized in that the base part has at least one base projection having a penetration opening for penetration by a screw , and the cover part has at least one cover projection having a penetration opening for penetration by the screw , wherein the penetration opening of the base projection and the penetration opening of the cover projection are mutually opposite when the cover part is fastened to the base part , and wherein the base projection is configured as a detent for assembling the selector mechanism housing in a vehicle console . a base part having at least one base latching element ; and a cover part for closing the base part , wherein the cover part has at least one cover latching element which is able to latch to the base latching element so as to be able to fasten the cover part to the base part without screws, characterized in that the base part has at least one base projection having a penetration opening for penetration by a screw , and the cover part has at least one cover projection having a penetration opening for penetration by the screw , wherein the penetration opening of the base projection and the penetration opening of the cover projection are mutually opposite when the cover part is fastened to the base part , and wherein the base projection is configured as a detent for assembling the selector mechanism housing in a vehicle console .
Transport trolley for rinsing baskets of a cleaning and disinfection device, comprising a support frame which has two support rails spaced apart from one another for receiving a rinsing basket , it being possible, for the purpose of loading a washing chamber of a cleaning and disinfection device, to position the transport trolley in front of the washing chamber of the cleaning and disinfection device so that, in this position, the support rails extend in their longitudinal direction in the direction of the loading direction, characterised in that the side of the support frame that faces away from the cleaning and disinfection device in this position of the transport trolley is open, with no connecting strut that extends transversely to the support rails being located on this side of the support frame so that a user, when inserting a rinsing basket received by the transport trolley into the cleaning and disinfection device, can step between the support rails of the transport trolley and approach the cleaning and disinfection device.
An antenna device , characterized by , comprising: a first radial waveguide structure comprising two first parallel radial plates and a plurality of first conductive elements connected to tunable elements and positioned vertically between the two first parallel plates , wherein the two first parallel plates are separated by a height determined according to desired transmission frequency range for radio frequency,RF, signals, a diameter of the conductive elements , and a clearance space around each one of the conductive elements ; a second radial waveguide structure similar to the first waveguide structure and comprising two second parallel radial plates and a plurality of second conductive elements similar to the first conductive elements and connected to second tunable elements, wherein the second conductive elements have the same clearance space as the first conductive elements and are positioned vertically between the two second parallel plates , and wherein the two second plates are separated by a same height of separation of the first two parallel plates ; and a plurality of radiating elements positioned between the first radial waveguide structure and the second radial waveguide structure , and distributed radially around a circumference of the first radial waveguide structure and a circumference of the second radial waveguide structure , wherein the first radial waveguide structure and the second radial waveguide structure are substantially in parallel. a first radial waveguide structure comprising two first parallel radial plates and a plurality of first conductive elements connected to tunable elements and positioned vertically between the two first parallel plates , wherein the two first parallel plates are separated by a height determined according to desired transmission frequency range for radio frequency,RF, signals, a diameter of the conductive elements , and a clearance space around each one of the conductive elements ; a second radial waveguide structure similar to the first waveguide structure and comprising two second parallel radial plates and a plurality of second conductive elements similar to the first conductive elements and connected to second tunable elements, wherein the second conductive elements have the same clearance space as the first conductive elements and are positioned vertically between the two second parallel plates , and wherein the two second plates are separated by a same height of separation of the first two parallel plates ; and a plurality of radiating elements positioned between the first radial waveguide structure and the second radial waveguide structure , and distributed radially around a circumference of the first radial waveguide structure and a circumference of the second radial waveguide structure , wherein the first radial waveguide structure and the second radial waveguide structure are substantially in parallel.
A torque distributor system for distributing the torque coming from a power generator of a vehicle to a plurality of axles of said vehicle, said distributor system comprising a casing adapted to define a space configured to house a transmission , said casing defining a plurality of openings configured to house respective power take offs connected to each other by said transmission , a first power take off of said power take offs 15, 16, 17 , 18, 19, 20) being connectable to said power generator and at least a second of said power take-offs being connectable to one or more of said axles , wherein said transmission comprises a differential mechanism operatively interposed between said first and said second power take-off , said second power take-off comprising a pair of connecting shafts connected to respective outputs of said differential mechanism , said system comprising a third power take-off connectable to a third axle of said vehicle, said third power take-off being operatively connected to a gear train of said mechanism differential and a fourth power take-off , said transmission comprising a further differential mechanism operatively interposed between said first and fourth power take-offs . said distributor system comprising a casing adapted to define a space configured to house a transmission , said casing defining a plurality of openings configured to house respective power take offs connected to each other by said transmission , a first power take off of said power take offs 15, 16, 17 , 18, 19, 20) being connectable to said power generator and at least a second of said power take-offs being connectable to one or more of said axles , wherein said transmission comprises a differential mechanism operatively interposed between said first and said second power take-off , said second power take-off comprising a pair of connecting shafts connected to respective outputs of said differential mechanism , said system comprising a third power take-off connectable to a third axle of said vehicle, said third power take-off being operatively connected to a gear train of said mechanism differential and a fourth power take-off , said transmission comprising a further differential mechanism operatively interposed between said first and fourth power take-offs .