mhurhangee/patent-ind-claim-en huggingface dataset:
A cold spray apparatus for applying a coating of particles to a substrate comprising: a nozzle assembly comprising a plurality of nozzles , each nozzle having an inner passage , the inner passage extending in a flow direction from a convergent section adjacent a nozzle entrance through a throat to a divergent section adjacent a nozzle exit , wherein the inner passage of each nozzle terminates at a common nozzle exit for the entire assembly; a gas supply member configured for supplying a gas to inner passage of each nozzle to flow through the inner passage of the nozzle and accelerate through inner passage by passage through the convergent section , the throat , and the divergent section of the inner passage ; a particle supply member in direct communication with the inner passage of each nozzle , the particle supply member configured for supplying the particles to flow in the gas supplied by the gas supply member and out of the nozzle via the nozzle exit toward the substrate to coat the substrate; wherein a laser source is provided that emits a laser beam that is transmitted through the inner passage of each nozzle containing the supplied gas, the laser heating the particles below the particles' melting point and heating the substrate to promote cold spray coating of the substrate with the particles; wherein the nozzle assembly has a substantially rectangular nozzle geometry including side powder injection points (13a, 13b; 28a, 28b) located in the divergent section of the inner passage ; and wherein the laser source is configured to effect a coaxial laser coupling. a nozzle assembly comprising a plurality of nozzles , each nozzle having an inner passage , the inner passage extending in a flow direction from a convergent section adjacent a nozzle entrance through a throat to a divergent section adjacent a nozzle exit , wherein the inner passage of each nozzle terminates at a common nozzle exit for the entire assembly; a gas supply member configured for supplying a gas to inner passage of each nozzle to flow through the inner passage of the nozzle and accelerate through inner passage by passage through the convergent section , the throat , and the divergent section of the inner passage ; a particle supply member in direct communication with the inner passage of each nozzle , the particle supply member configured for supplying the particles to flow in the gas supplied by the gas supply member and out of the nozzle via the nozzle exit toward the substrate to coat the substrate; wherein a laser source is provided that emits a laser beam that is transmitted through the inner passage of each nozzle containing the supplied gas, the laser heating the particles below the particles' melting point and heating the substrate to promote cold spray coating of the substrate with the particles; wherein the nozzle assembly has a substantially rectangular nozzle geometry including side powder injection points (13a, 13b; 28a, 28b) located in the divergent section of the inner passage ; and wherein the laser source is configured to effect a coaxial laser coupling.
Facility for refuelling motor vehicles with a fluid which serves as fuel and which is composed of liquefied gas, in particular liquefied natural gas, comprising at least one storage container , a cooling device, at least one conveying device by means of which the fluid can be fed from the storage container to at least one refuelling facility for motor vehicles , and at least one line which serves for the feed of the fluid to the refuelling facility , wherein the line has a media-conducting central pipeline as medium pipe and has at least one further media-conducting outer pipeline which is arranged concentrically with respect to the central pipeline and which, together with the enclosed pipeline , delimits an annular space , wherein the central pipeline and at least one annular chamber serve for the feed and return of the fluid or of a gas flow, and in that the outer pipeline is surrounded by a jacket pipe , wherein the jacket pipe is thermally insulated with respect to the outer pipeline and the central pipeline is formed as a metallic corrugated pipe such that the central pipeline and at least one media-conducting annular space are not thermally insulated with respect to one another, characterized in that , between the central pipeline and the outer pipeline , there is arranged a further pipeline which divides the annular space into an inner annular space and an outer annular space .
An apparatus for medical imaging of a patient including an object of interest, the apparatus comprising: - a patient support unit; - a data processing and control unit; and - a display unit; wherein the patient support unit is configured to receive a patient; wherein the data processing and control unit is configured to i) receive scout images of the patient acquired in respective positions of the apparatus, the positions being represented by at least one position parameter; ii) select at least one iso-centering image from the scout images by geometrical calculation using at least one position parameter of the at least one scout image and at least one position parameter representing the present position of the apparatus, iii) adapt the appearance of the at least one iso-centering image in accordance with the present position of the apparatus, and wherein the display unit is configured to display the adapted iso-centering image. - a patient support unit; - a data processing and control unit; and - a display unit; i) receive scout images of the patient acquired in respective positions of the apparatus, the positions being represented by at least one position parameter; ii) select at least one iso-centering image from the scout images by geometrical calculation using at least one position parameter of the at least one scout image and at least one position parameter representing the present position of the apparatus, iii) adapt the appearance of the at least one iso-centering image in accordance with the present position of the apparatus, and
A method for uplink, UL, multi-user, MU, transmission of a station, STA, operating in a power save mode in a wireless local area network, WLAN, the method comprising: transmitting, by the STA in an awake state based on the power save mode, a target wakeup time, TWT, request element including first information related to a requested target beacon transmission time, TBTT, of a first beacon frame and second information related to a requested wake interval between subsequent beacon frames that the STA intends to receive to an access point, AP; receiving, by the STA in the awake state, a TWT response element from the AP in response to the TWT request element, wherein the TWT response element includes third information related to an allocated TBTT of the first beacon frame; switching, by the STA, to a doze state from the awake state after receiving the TWT response element; switching, by the STA, to the awake state from the doze state based on the third information in order to receive the first beacon frame from the AP; receiving, by the STA, the first beacon frame including fourth information related to a trigger transmission time of a trigger frame soliciting the UL MU transmission from one or more STAs from the AP; receiving, by the STA, the trigger frame from the AP based on the fourth information; and transmitting, by the STA, an uplink frame to the AP for the UL MU transmission in response to the trigger frame. transmitting, by the STA in an awake state based on the power save mode, a target wakeup time, TWT, request element including first information related to a requested target beacon transmission time, TBTT, of a first beacon frame and second information related to a requested wake interval between subsequent beacon frames that the STA intends to receive to an access point, AP; receiving, by the STA in the awake state, a TWT response element from the AP in response to the TWT request element, wherein the TWT response element includes third information related to an allocated TBTT of the first beacon frame; switching, by the STA, to a doze state from the awake state after receiving the TWT response element; switching, by the STA, to the awake state from the doze state based on the third information in order to receive the first beacon frame from the AP; receiving, by the STA, the first beacon frame including fourth information related to a trigger transmission time of a trigger frame soliciting the UL MU transmission from one or more STAs from the AP; receiving, by the STA, the trigger frame from the AP based on the fourth information; and transmitting, by the STA, an uplink frame to the AP for the UL MU transmission in response to the trigger frame.
Apparatus comprising: a plurality of synthetic bubbles or beads , and a cell or column having a top part and a bottom part, the top part configured to receive a mixture of fluid and valuable material and unwanted material ; the bottom part configured to receive the synthetic bubbles or beads , the synthetic bubbles or beads constructed to be buoyant when submerged in the mixture and functionalized to control the chemistry of a process being performed in the cell or column; and wherein the top part of the cell or column is further arranged to provide enriched synthetic bubbles or beads having the valuable material attached thereto , wherein the valuable material comprises mineral particles, characterized in that the synthetic bubbles or beads have the form of solid-phase bodies comprising a surface having molecules attached thereto, the molecules comprising a functional group selected for attracting the mineral particles, wherein the solid-phase body is made of a synthetic material comprising the molecules, or the solid-phase body includes a shell providing the surface, the shell being made of a synthetic material comprising the molecules, and further wherein the synthetic material is polydimethylsiloxane, or wherein the solid-phase body has a glass surface coated with hydroxyl-terminated polydimethylsiloxane. a plurality of synthetic bubbles or beads , and a cell or column having a top part and a bottom part, the top part configured to receive a mixture of fluid and valuable material and unwanted material ; the bottom part configured to receive the synthetic bubbles or beads , the synthetic bubbles or beads constructed to be buoyant when submerged in the mixture and functionalized to control the chemistry of a process being performed in the cell or column; and wherein the top part of the cell or column is further arranged to provide enriched synthetic bubbles or beads having the valuable material attached thereto , wherein the valuable material comprises mineral particles, characterized in that the synthetic bubbles or beads have the form of solid-phase bodies comprising a surface having molecules attached thereto, the molecules comprising a functional group selected for attracting the mineral particles, wherein the solid-phase body is made of a synthetic material comprising the molecules, or the solid-phase body includes a shell providing the surface, the shell being made of a synthetic material comprising the molecules, and further wherein the synthetic material is polydimethylsiloxane, or wherein the solid-phase body has a glass surface coated with hydroxyl-terminated polydimethylsiloxane.
A method of communicating, by a first device , with at least one second device in a wireless local area network , hereinafter referred to as WLAN, system, the method comprising: allocating a multiple resource unit, hereinafter referred to as multi-RU, within a bandwidth to one of the at least one second device , the multi-RU including two or more single RU (S20); generating at least one subfield defining the multi-RU (S30); generating a trigger frame comprising a user information field comprising the at least one subfield (S40); and transmitting a physical protocol layer data unit, hereinafter referred to as PPDU, comprising the trigger frame to the at least one second device (S50), wherein the generating the at least one subfield comprises: setting at least seven bits indicating the multi-RU; when the bandwidth corresponds to two subbands, setting (S33) a first bit as a value defining a subband that includes the multi-RU and setting (S34) a second bit associated with the multi-RU; and when the bandwidth includes at least four subbands, setting (S36) at least two bits including the first and second bits as a value defining a subband that includes the multi-RU. allocating a multiple resource unit, hereinafter referred to as multi-RU, within a bandwidth to one of the at least one second device , the multi-RU including two or more single RU (S20); generating at least one subfield defining the multi-RU (S30); generating a trigger frame comprising a user information field comprising the at least one subfield (S40); and transmitting a physical protocol layer data unit, hereinafter referred to as PPDU, comprising the trigger frame to the at least one second device (S50), wherein the generating the at least one subfield comprises: setting at least seven bits indicating the multi-RU; when the bandwidth corresponds to two subbands, setting (S33) a first bit as a value defining a subband that includes the multi-RU and setting (S34) a second bit associated with the multi-RU; and when the bandwidth includes at least four subbands, setting (S36) at least two bits including the first and second bits as a value defining a subband that includes the multi-RU. setting at least seven bits indicating the multi-RU; when the bandwidth corresponds to two subbands, setting (S33) a first bit as a value defining a subband that includes the multi-RU and setting (S34) a second bit associated with the multi-RU; and when the bandwidth includes at least four subbands, setting (S36) at least two bits including the first and second bits as a value defining a subband that includes the multi-RU.
Structural frame component, comprising: a first elongate element provided at an end thereof with a first and second opening ; a second elongate element comprising a third opening at an end surface thereof; a third elongate element comprising a fourth opening at an end surface thereof; a first coupling element provided with a fifth opening ; a second coupling element ; a third coupling element comprising a sixth opening at an end surface thereof; wherein the first coupling element is placed in the first opening in a manner such that the fifth opening lies in line with the second opening , and wherein the first coupling element is fixedly connected to the first elongate element ; wherein the first coupling element is also placed in the third opening and wherein the first coupling element is fixedly connected to the second elongate element ; wherein the second coupling element is placed in the fifth opening and the second opening and is fixedly connected to the first coupling element and/or the first elongate element ; wherein the third coupling element is placed by means of the sixth opening at least partially over the second coupling element , and wherein the third coupling element is fixedly connected to the second coupling element and/or the first elongate element ; wherein the third elongate element is placed by means of the fourth opening at least partially over the third coupling element , and is fixedly connected thereto. a first elongate element provided at an end thereof with a first and second opening ; a second elongate element comprising a third opening at an end surface thereof; a third elongate element comprising a fourth opening at an end surface thereof; a first coupling element provided with a fifth opening ; a second coupling element ; a third coupling element comprising a sixth opening at an end surface thereof; wherein the first coupling element is placed in the first opening in a manner such that the fifth opening lies in line with the second opening , and wherein the first coupling element is fixedly connected to the first elongate element ; wherein the first coupling element is also placed in the third opening and wherein the first coupling element is fixedly connected to the second elongate element ; wherein the second coupling element is placed in the fifth opening and the second opening and is fixedly connected to the first coupling element and/or the first elongate element ; wherein the third coupling element is placed by means of the sixth opening at least partially over the second coupling element , and wherein the third coupling element is fixedly connected to the second coupling element and/or the first elongate element ; wherein the third elongate element is placed by means of the fourth opening at least partially over the third coupling element , and is fixedly connected thereto.
Use, for improving the detergent properties of a liquid-fuel composition comprising one or more detergent additives, of an additive consisting of one or more hydrocarbon compounds comprising 2 to 10 carbon atoms and two hydroxyl functions.
Combustor front assembly for a gas turbine power plant , wherein the combustor front assembly is provided with at least a through hole for allowing the gas flow to come into a combustion chamber , the combustor front assembly comprising: - a combustor front plate having at least a through hole and provided with an outer surface outside the combustor chamber ; - at least a combustor front segment having a through hole and coupled with the outer surface of the combustor front plate so that the through hole of the front segment is aligned with the through hole of the front plate ; wherein the combustor front segment is clamped in position and forced against the outer surface of the combustor front plate ; wherein each combustor front segment comprises a front wall spaced and parallel to the outer surface of the combustor front plate , an outer and an inner wall L-shaped having a first portion , orthogonal to the outer surface of the combustor front plate and connected with the front wall , and a second portion spaced and parallel to the front wall ; wherein each combustor front segment comprises an inner and an outer clamping plate arranged in the middle of the outer and inner wall acting on the second portion of the outer and inner wall inside the combustor front segments characterized in that each combustor front segments comprises an inner and outer closing strip facing the inner and an outer clamping plate for clamping the free end of the second portions of the outer and inner wall between the clamping plates and the inner and outer closing strip . - a combustor front plate having at least a through hole and provided with an outer surface outside the combustor chamber ; - at least a combustor front segment having a through hole and coupled with the outer surface of the combustor front plate so that the through hole of the front segment is aligned with the through hole of the front plate ;
A charging connector comprising: a first electrical socket and a second electrical socket ; a first sleeve that is concentrically coupled to the first electrical socket and a second sleeve that is concentrically coupled to the second electrical socket ; a manifold assembly enclosing the first and second electrical sockets and the first and second sleeves , such that the first and second sleeves and the manifold assembly create a hollow interior space there between; and an inlet conduit and an outlet conduit within the manifold assembly such that the inlet conduit , the hollow interior space , and the outlet conduit together create a fluid flow path , wherein a cooling fluid flows through the fluid flow path for cooling the charging connector , further characterised in that : the cooling fluid flows in through the inlet conduit , wherein prior to reaching the first sleeve and second sleeve , the cooling fluid bifurcates into a first fluid stream which flows around the first sleeve and a second fluid stream which flows around the second sleeve , wherein subsequent to the first fluid streaming flowing around the first sleeve and the second fluid stream flowing around the second sleeve , the first fluid stream and the second fluid stream combine together upstream and flow out of the outlet conduit . a first electrical socket and a second electrical socket ; a first sleeve that is concentrically coupled to the first electrical socket and a second sleeve that is concentrically coupled to the second electrical socket ; a manifold assembly enclosing the first and second electrical sockets and the first and second sleeves , such that the first and second sleeves and the manifold assembly create a hollow interior space there between; and an inlet conduit and an outlet conduit within the manifold assembly such that the inlet conduit , the hollow interior space , and the outlet conduit together create a fluid flow path , wherein a cooling fluid flows through the fluid flow path for cooling the charging connector , further characterised in that : the cooling fluid flows in through the inlet conduit , wherein prior to reaching the first sleeve and second sleeve , the cooling fluid bifurcates into a first fluid stream which flows around the first sleeve and a second fluid stream which flows around the second sleeve , wherein subsequent to the first fluid streaming flowing around the first sleeve and the second fluid stream flowing around the second sleeve , the first fluid stream and the second fluid stream combine together upstream and flow out of the outlet conduit . the cooling fluid flows in through the inlet conduit , wherein prior to reaching the first sleeve and second sleeve , the cooling fluid bifurcates into a first fluid stream which flows around the first sleeve and a second fluid stream which flows around the second sleeve , wherein subsequent to the first fluid streaming flowing around the first sleeve and the second fluid stream flowing around the second sleeve , the first fluid stream and the second fluid stream combine together upstream and flow out of the outlet conduit .
Detection system intended for a motor vehicle, the detection system comprising at least one sensor delimited by at least one curved outer surface and at least one device for cleaning the outer surface , wherein the cleaning device comprises a boom for dispensing at least one cleaning and/or drying fluid, the dispensing boom having a curved form whose curvature (C') is substantially equal to the curvature (C) of at least a portion of the outer surface and extending to a downstream end of a conveying body of axis of extension (X), in particular substantially symmetrically on either side of said axis of extension (X), the dispensing boom being movable between a first position and a second position, characterized in that the conveying boom comprises a telescopic portion at the free end of which the dispensing boom is mounted.