mhurhangee/patent-ind-claim-en huggingface dataset:
A ceramic heater (11; 111) comprising a heater body (13; 113) composed of a cylindrical or rod-shaped support member (17; 117) made of ceramic and a ceramic sheet (19; 119) which is wrapped around an outer periphery of the support member (17; 117) and includes a heater wire, wherein the heater wire (41; 141) includes: a plurality of wiring portions (46, 47; 146, 147) extending along an axial direction of the support member (17; 117); and a connection portion (45; 145) connecting adjacent wiring portions (46, 47; 146, 147) to each other, the plurality of wiring portions (46, 47; 146, 147) include: a pair of outer wiring portions (46; 146) disposed on opposite sides from each other with a wrapping-ends meeting portion (20; 120) of the ceramic sheet therebetween; and an inner wiring portion (47; 147) disposed, in the ceramic sheet, between the pair of outer wiring portions (46; 146), and each outer wiring portion (46; 146) has a cross-sectional area larger than that of the inner wiring portion (47; 147); characterized in that the ceramic heater further comprises an annular flange (15; 115) forming a space around the support member (17; 117) serving as reservoir filled with glass (33; 133), and in that the heater body (13; 113) and the flange (15; 115) are welded and fixed via the glass (33; 133). the heater wire (41; 141) includes: a plurality of wiring portions (46, 47; 146, 147) extending along an axial direction of the support member (17; 117); and a connection portion (45; 145) connecting adjacent wiring portions (46, 47; 146, 147) to each other, a plurality of wiring portions (46, 47; 146, 147) extending along an axial direction of the support member (17; 117); and a connection portion (45; 145) connecting adjacent wiring portions (46, 47; 146, 147) to each other, the plurality of wiring portions (46, 47; 146, 147) include: a pair of outer wiring portions (46; 146) disposed on opposite sides from each other with a wrapping-ends meeting portion (20; 120) of the ceramic sheet therebetween; and an inner wiring portion (47; 147) disposed, in the ceramic sheet, between the pair of outer wiring portions (46; 146), and a pair of outer wiring portions (46; 146) disposed on opposite sides from each other with a wrapping-ends meeting portion (20; 120) of the ceramic sheet therebetween; and an inner wiring portion (47; 147) disposed, in the ceramic sheet, between the pair of outer wiring portions (46; 146), and each outer wiring portion (46; 146) has a cross-sectional area larger than that of the inner wiring portion (47; 147); characterized in that the ceramic heater further comprises an annular flange (15; 115) forming a space around the support member (17; 117) serving as reservoir filled with glass (33; 133), and in that the heater body (13; 113) and the flange (15; 115) are welded and fixed via the glass (33; 133).
A detectable fluorescent substrate for ALDH comprising a compound having the structure:
A fastening assembly for a built-in refrigerator on a side wall of a furniture body , comprising a hinge having a hinge arm , which is fixable on the refrigerator side, having a screw-on flange having through holes for fastening screws , fastening screws which pass through the through holes of the screw-on flange , and can be screwed into a side wall of the furniture body , and at least one wall thickness compensating plate , which is insertable if needed between the screw-on flange and the side wall , characterized in that two fastening screws are provided, the fastening screws are preinstalled in a cover cap , which is manufactured from plastic and is pluggable onto the screw-on flange , and the fastening screws are preinstalled in a friction locked manner in breakthrough regions of the cover cap .
An air distribution system for distributing an agricultural product , the air distribution system comprising: a reservoir operable to hold the agricultural product ; a distribution tower operable to distribute the agricultural product ; a distribution line connected between the reservoir and the distribution tower and configured to direct the agricultural product from the reservoir toward the distribution tower ; a blower connected with the distribution line and configured to blow the agricultural product along the distribution line ; and a diverter valve connected between the distribution line and the distribution tower , the diverter valve having an operating state in which the diverter valve directs the agricultural product toward the distribution tower , the diverter valve having a discharge state in which the diverter valve directs the agricultural product toward a discharge port different from the distribution tower , comprising: a meter operable to regulate flow of agricultural product to the distribution line ; and characterized in further comprising a bypass line selectively connecting the reservoir with the distribution line , the bypass line bypassing the meter . a reservoir operable to hold the agricultural product ; a distribution tower operable to distribute the agricultural product ; a distribution line connected between the reservoir and the distribution tower and configured to direct the agricultural product from the reservoir toward the distribution tower ; a blower connected with the distribution line and configured to blow the agricultural product along the distribution line ; and a diverter valve connected between the distribution line and the distribution tower , the diverter valve having an operating state in which the diverter valve directs the agricultural product toward the distribution tower , the diverter valve having a discharge state in which the diverter valve directs the agricultural product toward a discharge port different from the distribution tower , comprising: a meter operable to regulate flow of agricultural product to the distribution line ; and characterized in further comprising a bypass line selectively connecting the reservoir with the distribution line , the bypass line bypassing the meter . a meter operable to regulate flow of agricultural product to the distribution line ; and characterized in further comprising a bypass line selectively connecting the reservoir with the distribution line , the bypass line bypassing the meter .
A solid formulation comprising (i) at least one PUFA salt, and (ii) a casein phosphopeptide, wherein the solid formulation comprises 5 - 80 wt-%, based on the total weight of the solid formulation, of at least one PUFA salt, and wherein the PUFA salt is the sodium salt, and wherein the solid formulation comprises 10 - 75 wt-%, based on the total weight of the solid formulation, of casein phosphopeptide. (i) at least one PUFA salt, and (ii) a casein phosphopeptide, wherein the solid formulation comprises 5 - 80 wt-%, based on the total weight of the solid formulation, of at least one PUFA salt, and wherein the PUFA salt is the sodium salt, and wherein the solid formulation comprises 10 - 75 wt-%, based on the total weight of the solid formulation, of casein phosphopeptide. wherein the solid formulation comprises 5 - 80 wt-%, based on the total weight of the solid formulation, of at least one PUFA salt, and wherein the PUFA salt is the sodium salt, and wherein the solid formulation comprises 10 - 75 wt-%, based on the total weight of the solid formulation, of casein phosphopeptide.
A method for service communication proxy, SCP, -specific prioritized producer network function, NF, discovery and routing, the method comprising: maintaining, at the SCP, a producer NF latency database including SCP-specific producer NF service instance latency information; receiving , at the SCP, a discovery request message or receiving a service request message having a 3gpp-Sbi-Discovery header and generating, at the SCP, a discovery request message in response to the received service request message; modifying , by the SCP, the discovery request message to include the SCP-specific producer NF service instance latency information for at least one service instance of a producer NF instance capable of providing a service identified in the discovery request message; forwarding , by the SCP, the discovery request message to an NF repository function, NRF; at the NRF, creating a list of NF and associated service profiles of producer NF instances and their respective producer NF service instances capable of providing the service identified in the discovery request message; setting or adjusting , by the NRF and based on the SCP-specific producer NF latency information, priorities of NF and service profiles of producer NF and producer NF service instances in the list; and forwarding , by the NRF and to the SCP, a discovery response message including the list of NF and associated service profiles of producer NF instances and their respective producer NF service instances. maintaining, at the SCP, a producer NF latency database including SCP-specific producer NF service instance latency information; receiving , at the SCP, a discovery request message or receiving a service request message having a 3gpp-Sbi-Discovery header and generating, at the SCP, a discovery request message in response to the received service request message; modifying , by the SCP, the discovery request message to include the SCP-specific producer NF service instance latency information for at least one service instance of a producer NF instance capable of providing a service identified in the discovery request message; forwarding , by the SCP, the discovery request message to an NF repository function, NRF; at the NRF, creating a list of NF and associated service profiles of producer NF instances and their respective producer NF service instances capable of providing the service identified in the discovery request message; setting or adjusting , by the NRF and based on the SCP-specific producer NF latency information, priorities of NF and service profiles of producer NF and producer NF service instances in the list; and forwarding , by the NRF and to the SCP, a discovery response message including the list of NF and associated service profiles of producer NF instances and their respective producer NF service instances.
A method for manufacturing a ready-to-use peptide emulsion on the industrial scale, comprising the step of emulsifying a suspension of at least two peptides under low shear conditions, at a rotation speed of between 100 and 1000 rpm, during 2 to 20 minutes, with at least one adjuvant, wherein the method does not comprise any mixing step at high speed, particularly above 7000 rpm.
A fluid filtration system for use during minimally invasive surgical procedures involving a surgical site having higher than ambient pressure, the system comprising: a filter body with a site side and an outlet side; a first fluid conduit extending between the surgical site and the filter body ; a second fluid conduit in fluid communication with the first fluid conduit , the second fluid conduit extending between the outlet side and a vacuum source , the vacuum source generating a pressure of approximately -0.132 to -0.789 atm characterised in that , a liquid trap chamber disposed in the filter body ; and a filter holder disposed in the filter body , the filter holder operable to hold a filter ; wherein the filter body comprises an adjustable flow selector disposed in the filter body a filter body with a site side and an outlet side; a first fluid conduit extending between the surgical site and the filter body ; a second fluid conduit in fluid communication with the first fluid conduit , the second fluid conduit extending between the outlet side and a vacuum source , the vacuum source generating a pressure of approximately -0.132 to -0.789 atm characterised in that , a liquid trap chamber disposed in the filter body ; and a filter holder disposed in the filter body , the filter holder operable to hold a filter ; wherein the filter body comprises an adjustable flow selector disposed in the filter body
An iron sofa frame structure, comprising a base , two supporting plates oppositely disposed, configured to support a soft package and be connected with a sofa fabric and two driving link sets respectively configured to connect the two supporting plates to the base , wherein a front rod and a rear rod are correspondingly disposed at intervals between the two supporting plates , and several elastic bearing pieces configured to bear the soft package are disposed between the front rod and the rear rod ; wherein the supporting plates are hinged to the driving link sets ; each of the supporting plates comprises a panel for supporting the soft package and an inner side plate disposed on the panel , and the inner side plate is provided with several hinge points for hinging the driving link set ; further comprising two oppositely disposed backrest assemblies , wherein the backrest assemblies are connected to the base and the inner side plates ; characterized in that each of the driving link sets comprises a ninth link and a tenth link , , each of the backrest assemblies comprises a backrest bracket configured to be connected with a backrest frame of the sofa and a fixed link , two ends of the ninth link are respectively hinged to the inner side plate and the base , two ends of the tenth link are respectively hinged to the ninth link and the backrest bracket , one end of the backrest bracket is hinged with the inner side plate , one end of the fixed link is fixedly connected with the base , and the other end of the fixed link is hinged with the backrest bracket . comprising a base , two supporting plates oppositely disposed, configured to support a soft package and be connected with a sofa fabric and two driving link sets respectively configured to connect the two supporting plates to the base , wherein a front rod and a rear rod are correspondingly disposed at intervals between the two supporting plates , and several elastic bearing pieces configured to bear the soft package are disposed between the front rod and the rear rod ; wherein the supporting plates are hinged to the driving link sets ; each of the supporting plates comprises a panel for supporting the soft package and an inner side plate disposed on the panel , and the inner side plate is provided with several hinge points for hinging the driving link set ; further comprising two oppositely disposed backrest assemblies , wherein the backrest assemblies are connected to the base and the inner side plates ; characterized in that each of the driving link sets comprises a ninth link and a tenth link , , each of the backrest assemblies comprises a backrest bracket configured to be connected with a backrest frame of the sofa and a fixed link , two ends of the ninth link are respectively hinged to the inner side plate and the base , two ends of the tenth link are respectively hinged to the ninth link and the backrest bracket , one end of the backrest bracket is hinged with the inner side plate , one end of the fixed link is fixedly connected with the base , and the other end of the fixed link is hinged with the backrest bracket .
Self-cleaning filter comprising: - a casing having an inlet opening for withdrawing fluid to be filtered, a delivery opening for allowing a filtered fluid to flow and a discharge opening distinct from said delivery opening ; - a tubular filtering element inserted in the casing and configured to be passed through by a fluid to be filtered, said tubular element defining an internal zone within said casing in fluid communication with said inlet opening and an external zone placed in fluid communication with said delivery opening , said tubular element further having an internal surface facing said internal zone and a longitudinal development direction (A); - one or more cleaning elements placed within said internal zone and configured to rotate with respect to said longitudinal development direction (A), each cleaning element comprising a suction aperture facing said internal surface and placed in proximity and preferably in contact with said internal surface to suck dirt from said internal surface , contact cleaning means configured to rub on said internal surface to remove dirt from said internal surface , said discharge opening being placed in fluid communication with said suction apertures ; characterized in that it comprises a bypass valve placed in parallel with respect to said suction apertures and which can be opened to put said internal zone in direct fluid communication with said discharge opening . - a casing having an inlet opening for withdrawing fluid to be filtered, a delivery opening for allowing a filtered fluid to flow and a discharge opening distinct from said delivery opening ; - a tubular filtering element inserted in the casing and configured to be passed through by a fluid to be filtered, said tubular element defining an internal zone within said casing in fluid communication with said inlet opening and an external zone placed in fluid communication with said delivery opening , said tubular element further having an internal surface facing said internal zone and a longitudinal development direction (A); - one or more cleaning elements placed within said internal zone and configured to rotate with respect to said longitudinal development direction (A), each cleaning element comprising a suction aperture facing said internal surface and placed in proximity and preferably in contact with said internal surface to suck dirt from said internal surface , contact cleaning means configured to rub on said internal surface to remove dirt from said internal surface , said discharge opening being placed in fluid communication with said suction apertures ;
Scooter with a footboard providing a contact surface for a user of the scooter , with a front axle comprising a first front wheel and a second front wheel and a rear axle comprising a first rear wheel and a second rear wheel , and with a steering column for steering at least the front wheels , wherein inclining the footboard about a roll axis of the footboard brings about a steering angle of the two front wheels in a first direction and at the same time a steering angle of the two rear wheels in a second direction opposed to the first direction , wherein the front axle and the rear axle each comprise a respective transverse beam , and wherein a first bolt is arranged in the transverse beam , which bolt extends in the direction of the roll axis of the footboard and is rotatable in the transverse beam by inclining the footboard , characterised in that at least one further bolt spaced apart from the first bolt in the radial direction of the first bolt is arranged in a receptacle formed in the transverse beam , wherein an elastic element is arranged between a wall of the transverse beam , said wall delimiting the receptacle , and the further bolt . wherein inclining the footboard about a roll axis of the footboard brings about a steering angle of the two front wheels in a first direction and at the same time a steering angle of the two rear wheels in a second direction opposed to the first direction , wherein the front axle and the rear axle each comprise a respective transverse beam , and wherein a first bolt is arranged in the transverse beam , which bolt extends in the direction of the roll axis of the footboard and is rotatable in the transverse beam by inclining the footboard , characterised in that at least one further bolt spaced apart from the first bolt in the radial direction of the first bolt is arranged in a receptacle formed in the transverse beam , wherein an elastic element is arranged between a wall of the transverse beam , said wall delimiting the receptacle , and the further bolt .
A method for validating an accuracy of radiation treatment plan contour data, the method comprising: (a) accessing with a computer system, previously generated contour data comprising contours associated with a radiation treatment plan for a subject; (b) accessing with the computer system, an image of the subject; (c) generating with the computer system, inner shell data by eroding contours in the contour data by a first margin; (d) generating with the computer system, outer shell data by expanding contours in the contour data by a second margin; (e) computing with the computer system, image feature data from the image; (f) generating with the computer system, an inner shell image feature map from the image feature data over contours in the inner shell data; (g) generating with the computer system, an outer shell image feature map from the image feature data over contours in the outer shell data; and (h) validating the contour data by inputting the inner shell image feature map and the outer shell image feature map to a machine learning algorithm, generating output as labeled contour data, wherein the labeled contour data labels contour data that are validated as accurate contour data and labels contour data that are not validated as inaccurate contour data. (a) accessing with a computer system, previously generated contour data comprising contours associated with a radiation treatment plan for a subject; (b) accessing with the computer system, an image of the subject; (c) generating with the computer system, inner shell data by eroding contours in the contour data by a first margin; (d) generating with the computer system, outer shell data by expanding contours in the contour data by a second margin; (e) computing with the computer system, image feature data from the image; (f) generating with the computer system, an inner shell image feature map from the image feature data over contours in the inner shell data; (g) generating with the computer system, an outer shell image feature map from the image feature data over contours in the outer shell data; and (h) validating the contour data by inputting the inner shell image feature map and the outer shell image feature map to a machine learning algorithm, generating output as labeled contour data, wherein the labeled contour data labels contour data that are validated as accurate contour data and labels contour data that are not validated as inaccurate contour data.