mhurhangee/patent-ind-claim-en huggingface dataset:
A control valve comprising: a valve housing having an inlet and an outlet connected by a fluid passageway; a valve seat disposed within the fluid passageway; a movable control member disposed within the fluid passageway, the movable control member cooperating with the valve seat to control a flow of fluid through the valve housing ; a carbide insert disposed within the valve housing and within the fluid passageway; and a metal retainer adjacent the carbide insert , characterized in that the metal retainer is fused to the valve housing by laser sintering. a valve housing having an inlet and an outlet connected by a fluid passageway; a valve seat disposed within the fluid passageway; a movable control member disposed within the fluid passageway, the movable control member cooperating with the valve seat to control a flow of fluid through the valve housing ; a carbide insert disposed within the valve housing and within the fluid passageway; and a metal retainer adjacent the carbide insert , characterized in that the metal retainer is fused to the valve housing by laser sintering.
A communication apparatus configured to operate as an access point, AP configured to transmit packets to a subordinate station, STA and a STA connected to another AP, the communication apparatus comprising: a storage unit including a transmission buffer configured to store packets for each STA; and a control unit configured to control processing for sharing information on a sequence number of a transmission buffer for each STA between the APs, wherein the control unit transmits information on the sequence number of the transmission buffer for each STA of the AP to the other AP on the basis of a request from the other AP. transmit packets to a subordinate station, STA and a STA connected to another AP, the communication apparatus comprising: a storage unit including a transmission buffer configured to store packets for each STA; and a control unit configured to control processing for sharing information on a sequence number of a transmission buffer for each STA between the APs, wherein the control unit transmits information on the sequence number of the transmission buffer for each STA of the AP to the other AP on the basis of a request from the other AP. a storage unit including a transmission buffer configured to store packets for each STA; and a control unit configured to control processing for sharing information on a sequence number of a transmission buffer for each STA between the APs, wherein the control unit transmits information on the sequence number of the transmission buffer for each STA of the AP to the other AP on the basis of a request from the other AP.
A medical circuit component for use in a medical circuit for delivering breathable air flow comprising: a first region that, in use, contacts liquid; a second region that is distinct from the first region; characterized in that the component further comprises a microstructured surface in communication with the first region and the second region configured, in use, to wick liquid from the first region to the second region, wherein the second region is configured to be exposed in use to the air flow to or from a patient , wherein the microstructured surface comprises generally inverse-trapezoid-shaped structures, each including a first ridge and a second ridge having similar dimensions that project from the surface and defining a first channel therebetween. a first region that, in use, contacts liquid; a second region that is distinct from the first region; characterized in that the component further comprises a microstructured surface in communication with the first region and the second region configured, in use, to wick liquid from the first region to the second region, wherein the second region is configured to be exposed in use to the air flow to or from a patient , wherein the microstructured surface comprises generally inverse-trapezoid-shaped structures, each including a first ridge and a second ridge having similar dimensions that project from the surface and defining a first channel therebetween.
An emitter package , comprising: one or more solid state light sources on a submount having a square footprint, said submount comprising a plurality of edges such that said submount comprises a length and width; an encapsulant over said solid state light sources and said submount , said encapsulant comprising a plurality of planar side surfaces (1216a-d) with one of said planar side surfaces along each edge of said submount , and a curved surface with a radius of curvature greater than half of said submount length and/or width and smaller than half of the diagonal length of said submount, said curved surface being between the bottoms of each pair of adjacent planar side surfaces (1216a-d), such that the top center point of said encapsulant that is directly above the center of the submount is the farthest point of said encapsulant from the center of said submount. one or more solid state light sources on a submount having a square footprint, said submount comprising a plurality of edges such that said submount comprises a length and width; an encapsulant over said solid state light sources and said submount , said encapsulant comprising a plurality of planar side surfaces (1216a-d) with one of said planar side surfaces along each edge of said submount , and a curved surface with a radius of curvature greater than half of said submount length and/or width and smaller than half of the diagonal length of said submount, said curved surface being between the bottoms of each pair of adjacent planar side surfaces (1216a-d), such that the top center point of said encapsulant that is directly above the center of the submount is the farthest point of said encapsulant from the center of said submount.
A method of fabricating (i) a perforated thin-film comprising micro or nano-structure perforations on a substrate surface, and (ii) shaped and positioned micro or nano-particles encapsulated in a substrate , the method of fabrication comprises the steps of: a) providing a micro or nano structure template comprising a substrate surface and raised micro or nano structures extending above the substrate surface; b) depositing a single or a few thin-film coating(s) of a first stack of suitable coating material(s) over the substrate and raised micro or nano structures such that the thin-film coating(s) is substantially adhered to the layer over which they are deposited on, and forms overhanging thin-film caps on the raised micro or nano structures ; c) depositing a layer of a potting material over the first stack of thin-film coating on the substrate and raised micro or nano structures; d) hardening or curing the potting material such that the hardened potting material encapsulates the overhanging thin-film caps on the raised micro or nano structures ; and e) removing the hardened potting material from the thin-film coated substrate such that the overhanging thin-film caps remain encapsulated in the hardened potting material , to reveal: (i) a perforated thin-film coated substrate , wherein the thin-film is perforated at the locations of the micro or nano-structures of the template, and (ii) micro or nano-particles encapsulated in the hardened potting material , wherein the particles are at the locations of the micro or nano-structures of the template and comprises the removed overhanging thin-film caps. a) providing a micro or nano structure template comprising a substrate surface and raised micro or nano structures extending above the substrate surface; b) depositing a single or a few thin-film coating(s) of a first stack of suitable coating material(s) over the substrate and raised micro or nano structures such that the thin-film coating(s) is substantially adhered to the layer over which they are deposited on, and forms overhanging thin-film caps on the raised micro or nano structures ; c) depositing a layer of a potting material over the first stack of thin-film coating on the substrate and raised micro or nano structures; d) hardening or curing the potting material such that the hardened potting material encapsulates the overhanging thin-film caps on the raised micro or nano structures ; and e) removing the hardened potting material from the thin-film coated substrate such that the overhanging thin-film caps remain encapsulated in the hardened potting material , to reveal: (i) a perforated thin-film coated substrate , wherein the thin-film is perforated at the locations of the micro or nano-structures of the template, and (ii) micro or nano-particles encapsulated in the hardened potting material , wherein the particles are at the locations of the micro or nano-structures of the template and comprises the removed overhanging thin-film caps.
A bonding wire for a semiconductor device, the bonding wire comprising: a Cu alloy core material; and a Pd coating layer formed on a surface of the Cu alloy core material; wherein the bonding wire contains at least one element selected from Ni, Zn, Rh, In, Ir, and Pt, a concentration of the elements in total relative to the entire wire is 0.03% by mass or more and 2% by mass or less, optionally at least one element selected from Ga, Ge, As, Te, Sn, Sb, Bi, and Se, a concentration of the at least one element in total relative to the entire wire is 0.1 ppm by mass or more and 100 ppm by mass or less, and Sn ≤ 10 ppm by mass; Sb ≤ 10 ppm by mass; and Bi ≤ 1 ppm by mass, optionally at least one element selected from B, P, Mg, Ca, and La, and a concentration of each of the at least one element relative to the entire wire is 1 ppm by mass or more and 100 ppm by mass or less and the balance is Cu and inevitable impurities, when measuring crystal orientations on a cross-section of the core material in a direction perpendicular to a wire axis of the bonding wire, a crystal orientation <100> angled at 15 degrees or less to a wire axis direction has a proportion of 50% or more among crystal orientations in the wire axis direction, and an average crystal grain size in the cross-section of the core material in the direction perpendicular to the wire axis of the bonding wire is 0.9 μm or more and 1.3 μm or less. a Cu alloy core material; and a Pd coating layer formed on a surface of the Cu alloy core material; wherein the bonding wire contains at least one element selected from Ni, Zn, Rh, In, Ir, and Pt, a concentration of the elements in total relative to the entire wire is 0.03% by mass or more and 2% by mass or less, optionally at least one element selected from Ga, Ge, As, Te, Sn, Sb, Bi, and Se, a concentration of the at least one element in total relative to the entire wire is 0.1 ppm by mass or more and 100 ppm by mass or less, and Sn ≤ 10 ppm by mass; Sb ≤ 10 ppm by mass; and Bi ≤ 1 ppm by mass, optionally at least one element selected from B, P, Mg, Ca, and La, and a concentration of each of the at least one element relative to the entire wire is 1 ppm by mass or more and 100 ppm by mass or less and the balance is Cu and inevitable impurities, when measuring crystal orientations on a cross-section of the core material in a direction perpendicular to a wire axis of the bonding wire, a crystal orientation <100> angled at 15 degrees or less to a wire axis direction has a proportion of 50% or more among crystal orientations in the wire axis direction, and an average crystal grain size in the cross-section of the core material in the direction perpendicular to the wire axis of the bonding wire is 0.9 μm or more and 1.3 μm or less.
A compound, wherein the compound is abiraterone decanoate, having the formula of: or a pharmaceutically acceptable salt thereof.
A signal generator arranged to directly couple an alternating electrical current into a buried conductor, the signal generator comprising: a first oscillator configured to generate a first waveform having a first frequency, a first terminal coupled to the first oscillator through a first filter configured to pass signals of the first frequency to the first terminal ; a second oscillator configured to generate a second waveform having a second frequency; a second terminal coupled to the second oscillator through a second filter configured to pass signals of the second frequency to the second terminal ; and a connector for connecting one of the first and second terminals to the buried conductor and for connecting the other of the first and second terminals to a ground connection point. a first oscillator configured to generate a first waveform having a first frequency, a first terminal coupled to the first oscillator through a first filter configured to pass signals of the first frequency to the first terminal ; a second oscillator configured to generate a second waveform having a second frequency; a second terminal coupled to the second oscillator through a second filter configured to pass signals of the second frequency to the second terminal ; and a connector for connecting one of the first and second terminals to the buried conductor and for connecting the other of the first and second terminals to a ground connection point.
A pharmaceutical composition for use in preventing or treating an inflammatory disease, the composition comprising a graphene nano-structure as an active ingredient; wherein the graphene nano-structure is nano-sized graphene oxide or a graphene quantum dot (GQD); wherein the nano-sized graphene oxide has a thickness of 12 nm or less and an average diameter of 15 to 50 nm; and wherein the inflammatory disease is an inflammatory bowel disease. wherein the graphene nano-structure is nano-sized graphene oxide or a graphene quantum dot (GQD); wherein the nano-sized graphene oxide has a thickness of 12 nm or less and an average diameter of 15 to 50 nm; and wherein the inflammatory disease is an inflammatory bowel disease.
A cryogenic cooling system for an aircraft , the cryogenic cooling system comprising: a first air cycle machine operable to output a cooling air stream based on a first air source ; a second air cycle machine operable to output a chilled air stream at a cryogenic temperature based on a second air source cooled by the cooling air stream of the first air cycle machine; and a means for collecting liquid air from the chilled air stream . a first air cycle machine operable to output a cooling air stream based on a first air source ; a second air cycle machine operable to output a chilled air stream at a cryogenic temperature based on a second air source cooled by the cooling air stream of the first air cycle machine; and a means for collecting liquid air from the chilled air stream .
A system comprising a User Equipment , UE, a multi-connectivity, MC, termination point , and a service provider , wherein the UE is connectable to the multi-connectivity, MC, termination point , through a first MC path and a second MC path , wherein the first path comprises a first access network and the second path comprises a second access network, wherein: the UE is configured to send, to the service provider, a request for service information associated with the first access network, over the second MC path and the MC termination point; the MC termination point is configured to send, to the service provider , the request and access specific information on behalf of the UE , wherein the access specific information is authentication information that allows the MC termination point to access the service on behalf of the UE based authentication; the service provider is configured to send to the MC termination point , the service information associated with the first access network, wherein the first access network comprises a Radio Access Network, RAN, and a mobile core , and the second access network comprises a Wi-Fi access point , AP, and a fixed core , wherein when the MC termination point does not have the access specific information, the MC termination point is further configured to: request for access specific information to the UE or the fixed core ; and receive the requested access specific information from the UE or the fixed core . the UE is configured to send, to the service provider, a request for service information associated with the first access network, over the second MC path and the MC termination point; the MC termination point is configured to send, to the service provider , the request and access specific information on behalf of the UE , wherein the access specific information is authentication information that allows the MC termination point to access the service on behalf of the UE based authentication; the service provider is configured to send to the MC termination point , the service information associated with the first access network, wherein the first access network comprises a Radio Access Network, RAN, and a mobile core , and the second access network comprises a Wi-Fi access point , AP, and a fixed core , wherein when the MC termination point does not have the access specific information, the MC termination point is further configured to: request for access specific information to the UE or the fixed core ; and receive the requested access specific information from the UE or the fixed core . request for access specific information to the UE or the fixed core ; and receive the requested access specific information from the UE or the fixed core .
A bifurcated aortic stent graft including: a tubular main body having a diameter, a proximal end, a distal end, an internal lumen extending from the proximal end to the distal end, an anterior side , and a posterior side , the anterior and posterior sides being opposite each other circumferentially around the internal lumen; a first limb extending from the distal end of the tubular main body along the anterior side of the main body, the first limb having a diameter less than the diameter of the tubular main body, the first limb having a proximal end and a distal end; a fenestration adjacent to the proximal end of the first limb; a second limb extending within the internal lumen from the fenestration toward the proximal end of the tubular main body; wherein the fenestration has a substantially diamond shape and a nonlinear profile; the graft being characterised in that the fenestration extends from the proximal end of the first limb to the posterior side of the tubular main body, and in that the second limb extends into the lumen along the posterior side of the tubular main body. a tubular main body having a diameter, a proximal end, a distal end, an internal lumen extending from the proximal end to the distal end, an anterior side , and a posterior side , the anterior and posterior sides being opposite each other circumferentially around the internal lumen; a first limb extending from the distal end of the tubular main body along the anterior side of the main body, the first limb having a diameter less than the diameter of the tubular main body, the first limb having a proximal end and a distal end; a fenestration adjacent to the proximal end of the first limb; a second limb extending within the internal lumen from the fenestration toward the proximal end of the tubular main body; wherein the fenestration has a substantially diamond shape and a nonlinear profile; the graft being characterised in that the fenestration extends from the proximal end of the first limb to the posterior side of the tubular main body, and in that the second limb extends into the lumen along the posterior side of the tubular main body.
Wheel hub flange having a brake disc assembly arranged adjacent thereto, the wheel hub flange being used to connect a wheel brace of a vehicle wheel to a wheel hub , on the wheel hub flange in the central region a hub flange being designed to connect the wheel hub flange to the wheel hub and on the outer edge a flange edge arranged facing outwards being designed to connect the wheel hub flange to the wheel brace of the vehicle wheel, the outer circumference of the wheel hub flange projecting beyond the inner edge of a friction ring and the wheel hub flange having cooling air openings , and a friction ring of a brake disc assembly being arranged spaced apart from the wheel hub flange , which ring is held in the installed position thereof by means of a brake disc pot which extends at least in regions in the direction of the wheel hub flange , the brake disc pot being formed as a trumpet disc which widens from the friction ring towards the wheel hub flange , and the brake disc pot, on the wheel hub flange-side ends of the trumpet disc , being mounted on an inwardly facing flange edge formed on the inner face of the wheel hub flange and being connected thereto, characterised in that cooling air openings are formed in the wall of the trumpet disc , through which openings a stream of cool air from the cooling air openings in the wheel hub flange can also flow into the outer circumference region of the trumpet disc .
Heat storage element for decentralized room ventilation systems, which is designed for arrangement in a wall passage that accommodates a room ventilation device and defines a longitudinal axis, namely for arrangement on one end side adjacent to a reversibly controllable axial fan and optionally adjacent or optionally connected on the other end side with a secondary heat storage element , characterized in that the heat storage element has flow guide elements with flow guide surfaces which form a plurality of flow channels, the flow guide surfaces not all being parallel, but at least partially oriented obliquely to the longitudinal axis, and that the heat storage element is wholly or partially formed from a material and / or is constructed in such a way that the heat storage element has an increased heat storage capacity, whereby the increased heat storage capacity of the heat storage element is reached through at least partial use of a modified plastic with an increased heat storage number, the heat storage number being above 13 · 10 5 J / (K * m 3 ), and with increased thermal conductivity, the thermal conductivity being at or above 1.0 W / (K * m).
An electro-technical device , comprising: an input electrical connection supplied with an input signal and electrically isolated from an output electrical connection ; and a bar magnet pivotally mounted on a pedicel between the input electrical connection and the output electrical connection ; and at least one coil disposed adjacent to the bar magnet and being supplied with an electronic signal from a sensor external to electro-technical device , the electro-technical device characterized in that the bar magnet being responsive to an electromagnetic field generated by the at least one coil to cause the bar magnet to pivot to simultaneously come into contact with both the input electrical connection and the output electrical connection and complete a circuit and send out a control signal. an input electrical connection supplied with an input signal and electrically isolated from an output electrical connection ; and a bar magnet pivotally mounted on a pedicel between the input electrical connection and the output electrical connection ; and at least one coil disposed adjacent to the bar magnet and being supplied with an electronic signal from a sensor external to electro-technical device , the electro-technical device characterized in that the bar magnet being responsive to an electromagnetic field generated by the at least one coil to cause the bar magnet to pivot to simultaneously come into contact with both the input electrical connection and the output electrical connection and complete a circuit and send out a control signal.