mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge nest for holding a plurality of cartridges comprising: a syringe nest defining a horizontal array of cartridge mounts each said mount for supporting a cartridge , each said mount including an aperture or channel sized and shaped to allow a distal portion of a cartridge of said plurality of cartridges to pass through said syringe nest , a support surface shaped to prevent the proximal portion of said cartridge from passing through the aperture , such that the cartridge hangs supported on said support surface and said distal portion protruding downward through said aperture , and an orientation feature on the cartridge nest sized and shaped to rotationally interlock with said cartridge to fix an angular orientation of said cartridge around its longitudinal axis when the cartridge is hanging from said support surface , said orientation feature making said mount not continually rotationally symmetric, characterised in that said orientation feature is non-symmetric with respect to 180 degree rotation around said axis of said cartridge . an aperture or channel sized and shaped to allow a distal portion of a cartridge of said plurality of cartridges to pass through said syringe nest , a support surface shaped to prevent the proximal portion of said cartridge from passing through the aperture , such that the cartridge hangs supported on said support surface and said distal portion protruding downward through said aperture , and an orientation feature on the cartridge nest sized and shaped to rotationally interlock with said cartridge to fix an angular orientation of said cartridge around its longitudinal axis when the cartridge is hanging from said support surface , said orientation feature making said mount not continually rotationally symmetric, characterised in that said orientation feature is non-symmetric with respect to 180 degree rotation around said axis of said cartridge .
A stretch flange cracking evaluation method for evaluating stretch flange cracking of an evaluation metal sheet formed by a metal sheet with a sheared end face, the stretch flange cracking evaluation method comprising: including reference strain gradient information acquired by performing, under set forming conditions, a forming analysis of a hole expansion test on a second metal sheet being a metal sheet selected regardless of the evaluation metal sheet and having randomly selected sheet conditions and converting a hole expansion ratio to a strain at a hole edge composed of true strain, the reference strain gradient information being represented by a relationship between the strain at the hole edge and a strain gradient along a radial direction from the hole edge, and two or more pieces of the reference strain gradient information being included by changing the forming conditions; performing hole expansion forming on the evaluation metal sheet each under the same forming conditions as respective forming conditions corresponding to at least two pieces of the reference strain gradient information out of the two or more pieces of the reference strain gradient information to obtain at least two limit hole expansion ratios at a hole expansion limit of the evaluation metal sheet; obtaining a formable region of the evaluation metal sheet from the at least two pieces of the reference strain gradient information and the obtained at least two limit hole expansion ratios at the hole expansion limit; and evaluating stretch flange cracking at the sheared end face of the evaluation metal sheet by the obtained formable region. including reference strain gradient information acquired by performing, under set forming conditions, a forming analysis of a hole expansion test on a second metal sheet being a metal sheet selected regardless of the evaluation metal sheet and having randomly selected sheet conditions and converting a hole expansion ratio to a strain at a hole edge composed of true strain, the reference strain gradient information being represented by a relationship between the strain at the hole edge and a strain gradient along a radial direction from the hole edge, and two or more pieces of the reference strain gradient information being included by changing the forming conditions; performing hole expansion forming on the evaluation metal sheet each under the same forming conditions as respective forming conditions corresponding to at least two pieces of the reference strain gradient information out of the two or more pieces of the reference strain gradient information to obtain at least two limit hole expansion ratios at a hole expansion limit of the evaluation metal sheet; obtaining a formable region of the evaluation metal sheet from the at least two pieces of the reference strain gradient information and the obtained at least two limit hole expansion ratios at the hole expansion limit; and evaluating stretch flange cracking at the sheared end face of the evaluation metal sheet by the obtained formable region.
An incremental mandibular advancement anti-snoring and obstructive sleep apnea preventing device comprising an upper member adapted to engage the maxillary dentition of a human and a lower member adapted to engage the mandibulary dentition of a human, which members are incrementally adjustable to each other, characterized in that the upper and lower members are resilient ly hinged together by posterior resilient hinges which are integrated with the members and located in the most posterior part of the device whereby the hinging is adapted to allow physiological movements of the lower jaw in the sagittal plane while retaining a forward position of the lower jaw relative to the upper jaw and thereby keeping the airway passage in the nasopharynx, the oropharynx and the hypopharynx substantially free of occlusion.
A method of transmitting an access request via a flexible register access bus , the method comprising: receiving , at a bridge , an access request to access resource on an integrated circuit; translating the access request to a request packet having a data format compliant with the flexible register access bus; determining a routing path for the request packet based on a target register (110an, 312a-n, 402a-n) associated with the request packet; transmitting , via the determined routing path, the request packet to the target register; translating information within the request packet to a local access protocol for the target register; and obtaining access to the resource via the target register based on the local access protocol, wherein the method further comprises: generating, via the target register, a completion packet; and routing, via one or more completion nodes of a completion node chain, the completion packet to a completion buffer of the bridge to indicate that the access request is completed, wherein the completion node chain comprises a plurality of completion nodes and is separate from the routing path, and wherein the one or more completion nodes via which the completion packet is routed include a last completion node of the completion node chain. receiving , at a bridge , an access request to access resource on an integrated circuit; translating the access request to a request packet having a data format compliant with the flexible register access bus; determining a routing path for the request packet based on a target register (110an, 312a-n, 402a-n) associated with the request packet; transmitting , via the determined routing path, the request packet to the target register; translating information within the request packet to a local access protocol for the target register; and obtaining access to the resource via the target register based on the local access protocol, wherein the method further comprises: generating, via the target register, a completion packet; and routing, via one or more completion nodes of a completion node chain, the completion packet to a completion buffer of the bridge to indicate that the access request is completed, wherein the completion node chain comprises a plurality of completion nodes and is separate from the routing path, and wherein the one or more completion nodes via which the completion packet is routed include a last completion node of the completion node chain. generating, via the target register, a completion packet; and routing, via one or more completion nodes of a completion node chain, the completion packet to a completion buffer of the bridge to indicate that the access request is completed, wherein the completion node chain comprises a plurality of completion nodes and is separate from the routing path, and wherein the one or more completion nodes via which the completion packet is routed include a last completion node of the completion node chain.
A solid rocket propellant comprising a binder having hydroxyl-terminated polybutadiene (HTPB) with a curative that is a diisocyanate-terminated polyether selected from hexamethylene diisocyanate-terminated perfluoro-3,6,9-trioxaundecane-1,11-diol (FODI) or hexamethylene diisocyanate-terminated polytetrahydrofuran (pTHF).
A pneumatic agricultural implement tire , comprising: a circumferential tread portion including a ribbed implement tread pattern having a plurality of relatively wide parallel circumferential ribs (38A-38D) separated by relatively narrow circumferential grooves (40A-40C); a pair of bead portions ; a steel reinforced radial carcass ply extending between and wrapped around the bead portions ; at least three steel reinforced circumferentially extending belts (64A-64D) disposed between the carcass ply and the circumferential tread portion ; the tire being sized to fit on one of a nominal 19.5 inch (0.50m) or 22.5 inch (0.57m) or 24.5 inch (0.62m) diameter rim ; the tire having a sidewall deflection at rated load and inflation pressure of at least about 27%; and the tire having a VF load rating in accordance with the standards of the Tire and Rim Association, wherein the sidewall deflection is the percentage decrease in section height (SH) of the tire at rated load from the section height (SH) of the tire at zero load, and the section height (SH) is the radial distance from a base of a bead portion to the outer diameter of the tire at its equatorial plane. a circumferential tread portion including a ribbed implement tread pattern having a plurality of relatively wide parallel circumferential ribs (38A-38D) separated by relatively narrow circumferential grooves (40A-40C); a pair of bead portions ; a steel reinforced radial carcass ply extending between and wrapped around the bead portions ; at least three steel reinforced circumferentially extending belts (64A-64D) disposed between the carcass ply and the circumferential tread portion ; the tire being sized to fit on one of a nominal 19.5 inch (0.50m) or 22.5 inch (0.57m) or 24.5 inch (0.62m) diameter rim ; the tire having a sidewall deflection at rated load and inflation pressure of at least about 27%; and the tire having a VF load rating in accordance with the standards of the Tire and Rim Association, wherein the sidewall deflection is the percentage decrease in section height (SH) of the tire at rated load from the section height (SH) of the tire at zero load, and the section height (SH) is the radial distance from a base of a bead portion to the outer diameter of the tire at its equatorial plane.
A compressor assembly for supplying a pressure medium to a tire cavity of a tire of a vehicle wheel that is mountable on a wheel hub , which is rotatably supported about an axis of rotation on a wheel carrier , wherein the compressor assembly comprises a hub-side compression chamber and a compressor component , wherein a pressure medium to be conducted into the tire cavity can be subjected to pressure in the compression chamber through oscillating translational movement of the compressor component , wherein the compressor assembly comprises a gear , preferably a cam gear, which is set up in order to convert a rotational movement between the wheel carrier side and the wheel hub side into an oscillating translational movement of the compressor component when a hub-side gear part is in an operative position with a wheel carrier-side gear part , wherein the compressor component is rigidly connected to the hub-side gear part , characterized in that the compressor assembly comprises a magnet-based decoupling device via which the hub-side gear part can be held out of the operative position with the wheel carrier-side gear part and/or is moveable out of the operative position with the wheel carrier-side gear part , and/or the compressor assembly comprises a magnet-based coupling device via which the hub-side gear part can be held in the operative position with the wheel carrier-side gear part and/or is moveable into the operative position with the wheel carrier-side gear part , wherein a permanent magnet is disposed in the compressor component , or wherein the compressor component comprises a ferromagnetic material, and/or wherein at least one permanent magnet , preferably a series of permanent magnets , is disposed in a circumferential wall of the compression chamber . the compressor assembly comprises a magnet-based decoupling device via which the hub-side gear part can be held out of the operative position with the wheel carrier-side gear part and/or is moveable out of the operative position with the wheel carrier-side gear part , and/or the compressor assembly comprises a magnet-based coupling device via which the hub-side gear part can be held in the operative position with the wheel carrier-side gear part and/or is moveable into the operative position with the wheel carrier-side gear part , wherein a permanent magnet is disposed in the compressor component , or wherein the compressor component comprises a ferromagnetic material, and/or wherein at least one permanent magnet , preferably a series of permanent magnets , is disposed in a circumferential wall of the compression chamber .
A method of managing and controlling a wireless connection perfomed by a hypertext transfer protocol, HTTP, proxy device in a wireless communication network, the method comprising: receiving a first request message (S520) including a first sequence number determined based on a transmission sequence of the first request message (S520), from an HTTP client ; determining a second sequence number based on the first sequence number; transmitting a second request message (S540) including the second sequence number to an HTTP server ; receiving a first response message (S570) including the second sequence number from the HTTP server ; identifying the second sequence number included in the first response message; determining the first sequence number corresponding to the second sequence number; and transmitting a second response message (S590) according to a sequence of reception of the first response message (S570) to the HTTP client , the second response message (S590) including the first sequence number. receiving a first request message (S520) including a first sequence number determined based on a transmission sequence of the first request message (S520), from an HTTP client ; determining a second sequence number based on the first sequence number; transmitting a second request message (S540) including the second sequence number to an HTTP server ; receiving a first response message (S570) including the second sequence number from the HTTP server ; identifying the second sequence number included in the first response message; determining the first sequence number corresponding to the second sequence number; and transmitting a second response message (S590) according to a sequence of reception of the first response message (S570) to the HTTP client , the second response message (S590) including the first sequence number.
A trigger assembly comprising: a first part that is rigid and that stores a pressure sensitive switch ; and a second part that is elastic and that contacts the pressure sensitive switch in response to a level of pressure applied to the trigger assembly , characterized in that the first rigid part and the second elastic part form a continuous piece, and in that said parts are obtained from the same piece of material to form an integrated trigger assembly. a first part that is rigid and that stores a pressure sensitive switch ; and a second part that is elastic and that contacts the pressure sensitive switch in response to a level of pressure applied to the trigger assembly , characterized in that the first rigid part and the second elastic part form a continuous piece, and in that said parts are obtained from the same piece of material to form an integrated trigger assembly.
A method performed by a computer system comprising: authorizing, by a first computing device, a client device for a first association in response to the client device making a first concurrent association request that includes a first Media Access Control (MAC) address and identifies the first concurrent association request as an Ultra Reliable Low Latency Connection, URLLC request; registering, in response to authorizing the client device for the first association, an Endpoint Identifier (EID) associated with the client device with a first Routing Locator (RLOC) in a map server along with an indication that the first RLOC is for simulcasting, the first RLOC being associated with the first MAC address; authorizing the client device for a second association in response to the client device making a second concurrent association request that includes a second MAC address and identifies the second concurrent association request as an Ultra Reliable Low Latency Connection, URLLC request; and registering, in response to authorizing the client device for the second association, the EID associated with the client device with a second RLOC in the map server, the second RLOC being associated with the second MAC address along with an indication that the second RLOC is for simulcasting. authorizing, by a first computing device, a client device for a first association in response to the client device making a first concurrent association request that includes a first Media Access Control (MAC) address and identifies the first concurrent association request as an Ultra Reliable Low Latency Connection, URLLC request; registering, in response to authorizing the client device for the first association, an Endpoint Identifier (EID) associated with the client device with a first Routing Locator (RLOC) in a map server along with an indication that the first RLOC is for simulcasting, the first RLOC being associated with the first MAC address; authorizing the client device for a second association in response to the client device making a second concurrent association request that includes a second MAC address and identifies the second concurrent association request as an Ultra Reliable Low Latency Connection, URLLC request; and registering, in response to authorizing the client device for the second association, the EID associated with the client device with a second RLOC in the map server, the second RLOC being associated with the second MAC address along with an indication that the second RLOC is for simulcasting.
An electric radiator comprising: at least one profile made of aluminium or alloys thereof, shaped in an elongated form; said at least one profile having a hollow central part delimited by a surface; an electric resistance positioned in said hollow central part (12, 43, 63, 94, 74; said at least one profile is an extruded profile and there is no material or fluid interposed between said electric resistance and said surface characterized in that said electric resistance is an insulated electric resistance having a surface load ranging from 0.6 to 1 W/cm2; the interspace which is created between the resistance and said hollow central part has a width ranging from 0.1 to 0.33 mm. at least one profile made of aluminium or alloys thereof, shaped in an elongated form; said at least one profile having a hollow central part delimited by a surface; an electric resistance positioned in said hollow central part (12, 43, 63, 94, 74; said at least one profile is an extruded profile and there is no material or fluid interposed between said electric resistance and said surface characterized in that said electric resistance is an insulated electric resistance having a surface load ranging from 0.6 to 1 W/cm2; the interspace which is created between the resistance and said hollow central part has a width ranging from 0.1 to 0.33 mm.
A wireless localization method comprising: measuring, by a moving node , strength of at least one signal that is transmitted from at least one fixed node ; estimating, by the moving node, a relative position of the moving node ; generating, by the moving node, a change pattern of at least one signal strength according to relative changes in positions of the moving node over a plurality of time points from the measured at least one signal strength and the estimated relative position of the moving node ; and estimating, by the moving node, an absolute position of the moving node, based on a comparison between the generated change pattern of the at least one signal strength and a map of a distribution pattern shape of signal strength in a region where the moving node is located , wherein the generating of the change pattern of the at least one signal strength generates the change pattern of the at least one signal strength by accumulating pattern data representing a pattern of at least one signal strength that is received from the at least one fixed node at the estimated relative position on pattern data for the same relative position which is estimated prior to estimation of the relative position. measuring, by a moving node , strength of at least one signal that is transmitted from at least one fixed node ; estimating, by the moving node, a relative position of the moving node ; generating, by the moving node, a change pattern of at least one signal strength according to relative changes in positions of the moving node over a plurality of time points from the measured at least one signal strength and the estimated relative position of the moving node ; and estimating, by the moving node, an absolute position of the moving node, based on a comparison between the generated change pattern of the at least one signal strength and a map of a distribution pattern shape of signal strength in a region where the moving node is located , wherein the generating of the change pattern of the at least one signal strength generates the change pattern of the at least one signal strength by accumulating pattern data representing a pattern of at least one signal strength that is received from the at least one fixed node at the estimated relative position on pattern data for the same relative position which is estimated prior to estimation of the relative position.
Component with integrated occupancy detection and heating function, comprising at least one evaluation and control unit and at least two electrical conductors , which can be energized independently of one another and are assigned to different areas (31 - 35), wherein the evaluation and control unit is designed in such a way that an occupancy of the component is detected in a spatially resolved manner by evaluating a capacitive change in the electrical conductors , wherein the evaluation and control unit is designed in such a way that the electrical energy in the associated electrical conductor is increased as a function of a detected occupancy, characterized in that a signal for detecting the occupancy on the electrical conductors is a PWM signal , wherein the evaluation and control unit is designed to adjust the pulse input and pulse output ratio in order to increase the electrical energy for the heating function when occupancy is detected. the evaluation and control unit is designed in such a way that the electrical energy in the associated electrical conductor is increased as a function of a detected occupancy, characterized in that a signal for detecting the occupancy on the electrical conductors is a PWM signal , wherein the evaluation and control unit is designed to adjust the pulse input and pulse output ratio in order to increase the electrical energy for the heating function when occupancy is detected.