mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire comprising: a closed sipe that is formed in a tread surface and includes a small hole extending in a tire radial direction and a plurality of cuts extending in a radiation direction from the small hole and terminating in a land portion; characterized in that a diameter (d) of an inscribed circle of the small hole is greater than a thickness of the cuts, the cuts are provided with a twist in a depth direction centered on the small hole, and a twist angle (θ) from a top surface to a bottom surface of the land portion is not less than 10° and less than 135°. a closed sipe that is formed in a tread surface and includes a small hole extending in a tire radial direction and a plurality of cuts extending in a radiation direction from the small hole and terminating in a land portion;
A root complex endpoint RCEP, (106; 508) for an extended peripheral component interconnect express PCI e, fabric (118; 510), wherein the RCEP (106; 508) is configured to be an endpoint of a host PCIe fabric (100; 500) having a first memory mapped input/output MMIO, space and a first set of bus numbers; and wherein the RCEP is configured to host the extended PCIe fabric (118; 510) having a second MMIO space and a second set of bus numbers, wherein the second set of bus numbers is separate from the first set of bus numbers, and the second MMIO space is separate from the first MMIO space of the host PCIe fabric, wherein the second MMIO space of the extended PCIe fabric (118; 510) is mapped into the first MMIO space of the host PCIe fabric (100; 500).
A method of retrofitting an injection molding machine, the method comprising: retrofitting an injection molding machine with a retrofit controller, the injection molding machine including a native controller adapted to control operation of the injection molding machine; entering a learning mode of at least one of the native controller or the retrofit controller to calculate an initial load value of the injection molding machine based on a first set of operating parameters; calculating a modified load value of the injection molding machine by operating the injection molding machine based on a second set of operating parameters; generating a reference load curve based on at least the first set of operating parameters and the second set of operating parameters; entering an operational mode of the retrofit controller; and using the retrofit controller, selectively operating the injection molding machine such that an operational load value of the injection molding machine remains at or below the reference load curve. retrofitting an injection molding machine with a retrofit controller, the injection molding machine including a native controller adapted to control operation of the injection molding machine; entering a learning mode of at least one of the native controller or the retrofit controller to calculate an initial load value of the injection molding machine based on a first set of operating parameters; calculating a modified load value of the injection molding machine by operating the injection molding machine based on a second set of operating parameters; generating a reference load curve based on at least the first set of operating parameters and the second set of operating parameters; entering an operational mode of the retrofit controller; and using the retrofit controller, selectively operating the injection molding machine such that an operational load value of the injection molding machine remains at or below the reference load curve.
A multi-dimensional road lighting system comprising a multi-dimensional lighting type and a luminaire dedicated for the multi-dimensional lighting, the multi-dimensional road lighting system being used in highway, municipal road and tunnel lighting, wherein the multi-dimensional road lighting system comprises multiple dimensions of lighting subsystems including at least one dimension of backward lighting subsystem, one dimension of forward lighting subsystem and one dimension of lateral lighting subsystem, each dimension of lighting subsystem is formed by a physical light source, a light projecting direction of the backward lighting subsystem is opposite to the driving direction of a lane, a light projecting direction of the forward lighting subsystem is the same as the driving direction of the lane, and a light projecting direction of the lateral lighting subsystem is perpendicular to the driving direction of the lane; the backward lighting subsystem comprises a backward lighting subsystem with low-position installed lamp, a height of lamp of the backward lighting subsystem with low-position installed lamp is lower than 1.5m; for highway, municipal road and tunnel lighting, the backward lighting subsystem with low-position installed lamp has a horizontal radiation range of 90° to 180° and 180° to 270°, a vertical radiation range of 180° to 220° with respect to the driving direction, and a radiation space below the light source without upward scattering; characterized in that, for the tunnel lighting, the backward lighting subsystem further comprises a backward lighting subsystem with high-position installed lamp, a height of lamp of the backward lighting subsystem with high-position installed lamp is higher than 1.5m, wherein, for the tunnel lighting, the backward lighting subsystem with high-position installed lamp has a horizontal radiation range of 90° to 270°, a vertical radiation range of 140° to 180° with respect to the driving direction, and a radiation space above the lamp without downward scattering.
A line handling system for locating on a tugboat, wherein the tugboat is for assisting a marine vessel to manoeuvre and the tugboat comprises a hull having a perimeter; wherein the line handling system comprises a line guide mechanism that, when the line handling system is located on the tugboat, is movable relative to the hull to an operation position, at which the line guide mechanism is for guiding movement of a portion of a line of the tugboat towards a predetermined region of the perimeter, wherein the line guide mechanism comprises first and second such guide devices (110, 120), each guide device (110, 120) comprising a guide arm that, when the line guide mechanism is at the operation position, protrudes upwards away from the hull and is configured so that, in use, a part of the line of the tugboat overlying the guide arm is encouraged to move along the guide arm towards the predetermined region of the perimeter, characterised in that the line handling system comprises an actuatable coupling mechanism for coupling the line of the tugboat to a line of the marine vessel when the line of the tugboat and the line of the marine vessel are at the predetermined region of the perimeter, when the line handling system is located on the tugboat, and wherein the actuatable coupling mechanism is for coupling the line of the tugboat to the line of the marine vessel by applying a connector to the line of the tugboat and the line of the marine vessel. wherein the line handling system comprises a line guide mechanism that, when the line handling system is located on the tugboat, is movable relative to the hull to an operation position, at which the line guide mechanism is for guiding movement of a portion of a line of the tugboat towards a predetermined region of the perimeter, wherein the line guide mechanism comprises first and second such guide devices (110, 120), each guide device (110, 120) comprising a guide arm that, when the line guide mechanism is at the operation position, protrudes upwards away from the hull and is configured so that, in use, a part of the line of the tugboat overlying the guide arm is encouraged to move along the guide arm towards the predetermined region of the perimeter, the line handling system comprises an actuatable coupling mechanism for coupling the line of the tugboat to a line of the marine vessel when the line of the tugboat and the line of the marine vessel are at the predetermined region of the perimeter, when the line handling system is located on the tugboat, and wherein the actuatable coupling mechanism is for coupling the line of the tugboat to the line of the marine vessel by applying a connector to the line of the tugboat and the line of the marine vessel.
Device for measuring oscillations of at least one moving object, comprising at least one laser, which is designed to emit laser radiation, and at least one camera, which is designed to detect the moving object, and at least one receiver, which is designed to detect at least part of the laser radiation, characterized in that the laser radiation can be directed in a predeterminable direction by means of a beam guidance apparatus and the device also contains at least one tracking apparatus, which can be supplied at least with image data of the camera and by means of which at least one control signal of the beam guidance apparatus can be produced.
A method performing efficiency optimization of an electronic device (100, 200R), wherein the method comprises the steps of: performing at least one detection operation according to at least one signal of the electronic device (100, 200R) to generate at least one detection result; activating at least one portion of a plurality of rectifier sub-circuits and therefore a rectifier size of a plurality of rectifier sizes of a configurable rectifier (150, 710) within the electronic device (100, 200R) according to the at least one detection result, to control the configurable rectifier (150, 710) to operate with the rectifier size, wherein the configurable rectifier (150, 710) is arranged for performing rectification operations, and the configurable rectifier (150, 710) is configurable to operate with at least one portion of the configurable rectifier (150, 710) being activated; characterized in that the at least one detection result indicates a frequency of wireless signals received by a power input coil of the electronic device (100, 200R). performing at least one detection operation according to at least one signal of the electronic device (100, 200R) to generate at least one detection result; activating at least one portion of a plurality of rectifier sub-circuits and therefore a rectifier size of a plurality of rectifier sizes of a configurable rectifier (150, 710) within the electronic device (100, 200R) according to the at least one detection result, to control the configurable rectifier (150, 710) to operate with the rectifier size, wherein the configurable rectifier (150, 710) is arranged for performing rectification operations, and the configurable rectifier (150, 710) is configurable to operate with at least one portion of the configurable rectifier (150, 710) being activated; characterized in that the at least one detection result indicates a frequency of wireless signals received by a power input coil of the electronic device (100, 200R).
A nanofiber nonwoven product comprising polyamide nanofibers, wherein the polyamide of the nanofibers comprises N6, N66, N6T/66, N612, N6/66, N6I/66, N66/6I/6T, N11, and/or N12, wherein "N" means Nylon, wherein the product has a relative viscosity from 4 to 330 determined as described in the description using viscosity measurements according to ASTM D 789, and a TDI, thermal degradation index, from 20 to 3,500 ppm, determined as described in the description using gel permeation chromatography with a fluorescence detector, and wherein the nanofibers have an average diameter from 100 to 950 nanometers.
A system comprising an inflatable in-ear device and a pressure regulating mechanism configured to regulate a pressure of a settable compound being injected into the inflatable in-ear device, said in-ear device including a core member adapted to fit inside of the ear canal of an individual, a sound bore being defined within and through the core member from a region exterior to the ear canal to a relatively inner region within the ear canal, a platform to which the core member is attached exteriorly of the ear canal, an inflatable open-ended sheath having a closed end secured to the relatively inner region of the core member, the sheath assuming a first condition in close adjacency to the core member prior to inflation and being foldable into an inflatable condition under an inflation pressure level determined by the sheath material and thickness, the core member and the platform having communicating injection channels and outflow channels for ingress and egress of a settable compound into and out of a space defined between the core member and the sheath in its inflatable condition, and said pressure regulating mechanism being characterized by a main body connecting to the outflow channel communicating with the space, said main body including a relief valve connected to the outflow channel mounted on a reservoir, the relief valve being adapted to open when the pressure of the settable compound reaches a predetermined pressure level and to allow all excess of settable compound to be discharged into the reservoir during inflation of the sheath while maintaining the pressure of the settable compound at the predetermined pressure level, the predetermined pressure level being larger than the inflation pressure level to ensure inflation of the sheath and smaller than a comfort-limit of ear canal pressure level.
A method of data retransmission in a cooperative service transmission, comprising: in the cooperative service transmission, receiving, by an access network gateway, data of a service requested by a cooperative terminal, and transmitting the data to target terminals after caching the data in a new data cache area; copying, by the access network gateway, the data that has been transmitted to the target terminals to a retransmission queue cache area; executing, by the access network gateway, a retransmission strategy, determining that data retransmission is required, and retransmitting the cached data in the retransmission queue cache area to a corresponding target terminal, characterized by: emptying, by the access network gateway, the retransmission queue cache area when the data is retransmitted successfully to the corresponding target terminal; transmitting, by the access network gateway, new data stored in the new data cache area to the target terminals after the cached data in the retransmission queue cache area is emptied, and copying the new data to the retransmission queue cache area. in the cooperative service transmission, receiving, by an access network gateway, data of a service requested by a cooperative terminal, and transmitting the data to target terminals after caching the data in a new data cache area; copying, by the access network gateway, the data that has been transmitted to the target terminals to a retransmission queue cache area; executing, by the access network gateway, a retransmission strategy, determining that data retransmission is required, and retransmitting the cached data in the retransmission queue cache area to a corresponding target terminal, characterized by: emptying, by the access network gateway, the retransmission queue cache area when the data is retransmitted successfully to the corresponding target terminal; transmitting, by the access network gateway, new data stored in the new data cache area to the target terminals after the cached data in the retransmission queue cache area is emptied, and copying the new data to the retransmission queue cache area. emptying, by the access network gateway, the retransmission queue cache area when the data is retransmitted successfully to the corresponding target terminal; transmitting, by the access network gateway, new data stored in the new data cache area to the target terminals after the cached data in the retransmission queue cache area is emptied, and copying the new data to the retransmission queue cache area.
A method for licensing applications comprising: identifying conditions associated with an initiation of an application; selecting, based on the conditions, a preferred authorization process from at least a key-based authorization process and a keyless authorization process with which to authorize the application; and attempting to authorize the application using the preferred authorization process, wherein the conditions comprise a roaming status of the application and an installation status of the key-based authorization process, wherein the keyless authorization process is selected as the preferred authorization process when the roaming status is roaming, wherein the keyless authorization process is selected as the preferred authorization process when the installation status is incomplete, and wherein the roaming status is roaming when the application is provided in a streaming form. identifying conditions associated with an initiation of an application; selecting, based on the conditions, a preferred authorization process from at least a key-based authorization process and a keyless authorization process with which to authorize the application; and attempting to authorize the application using the preferred authorization process, wherein the conditions comprise a roaming status of the application and an installation status of the key-based authorization process, wherein the keyless authorization process is selected as the preferred authorization process when the roaming status is roaming, wherein the keyless authorization process is selected as the preferred authorization process when the installation status is incomplete, and wherein the roaming status is roaming when the application is provided in a streaming form.
A magnetoresistance element, comprising: a substrate; a seed layer structure disposed over the substrate, the seed layer structure comprising: a ferromagnetic seed layer consisting of a binary alloy of NiFe; and a first nonmagnetic spacer layer disposed under and directly adjacent to the ferromagnetic seed layer and proximate to the substrate, wherein the first nonmagnetic spacer layer is comprised of Ta or Ru, the magnetoresistance element further comprising: a free layer structure disposed over the seed layer structure, wherein the ferromagnetic seed layer comprises a crystalline anisotropy, the crystalline anisotropy being induced by deposition of the ferromagnetic seed layer in the presence of a motion along a predetermined direction and in the presence of a predetermined magnetic field having the same predetermined direction, the crystalline anisotropy being such that the free layer structure is promoted by the seed layer structure to have magnetic domains with magnetic fields oriented in a first direction and to reduce the number of domains with magnetic fields pointing in one or more second different directions. a substrate; a seed layer structure disposed over the substrate, the seed layer structure comprising: a ferromagnetic seed layer consisting of a binary alloy of NiFe; and a first nonmagnetic spacer layer disposed under and directly adjacent to the ferromagnetic seed layer and proximate to the substrate, wherein the first nonmagnetic spacer layer is comprised of Ta or Ru, the magnetoresistance element further comprising: a free layer structure disposed over the seed layer structure, wherein the ferromagnetic seed layer comprises a crystalline anisotropy, the crystalline anisotropy being induced by deposition of the ferromagnetic seed layer in the presence of a motion along a predetermined direction and in the presence of a predetermined magnetic field having the same predetermined direction, the crystalline anisotropy being such that the free layer structure is promoted by the seed layer structure to have magnetic domains with magnetic fields oriented in a first direction and to reduce the number of domains with magnetic fields pointing in one or more second different directions.
An immunochromatographic system for detecting one or more target nucleic acids said system comprising: a container comprising a nucleic acid amplification mix comprising a primer labeled with a hapten or different haptens at its 5' and 3' ends, and dNTP labeled with a signal amplifying hapten to form one or more nucleic acid complexes; and a lateral flow test device comprising a reservoir area comprising reagents that are suitable for binding of a specific binding partner with the one or more nucleic acid complexes; a dye area, adjacent to the reservoir area, comprising a specific binding partner to a hapten on the primer or the hapten on the one or more nucleic acid complexes, wherein the specific binding partner is linked or conjugated to a reporter dye or another hapten; and a test area, adjacent to the dye area, comprising a different specific binding partner specific to a different aspect of the one or more nucleic acid complexes a container comprising a nucleic acid amplification mix comprising a primer labeled with a hapten or different haptens at its 5' and 3' ends, and dNTP labeled with a signal amplifying hapten to form one or more nucleic acid complexes; and a lateral flow test device comprising a reservoir area comprising reagents that are suitable for binding of a specific binding partner with the one or more nucleic acid complexes; a dye area, adjacent to the reservoir area, comprising a specific binding partner to a hapten on the primer or the hapten on the one or more nucleic acid complexes, wherein the specific binding partner is linked or conjugated to a reporter dye or another hapten; and a test area, adjacent to the dye area, comprising a different specific binding partner specific to a different aspect of the one or more nucleic acid complexes
Device for current measurement on an accumulator of a motor vehicle, having a precision resistor, having an evaluation electronics being electrically connected to the precision resistor and being encased by a housing, having a first connection of the precision resistor with a terminal of the accumulator and having a second connection of the precision resistor to at least one consumer, wherein the housing is produced as an injection-molded plastic housing in which the entire evaluation electronics is molded together with part of the precision resistor, characterized in that a rivet, with which the first connection can be fastened to the housing, is integrally molded onto the housing.
A converter (1a.1c) for single-phase and three-phase operation, comprising: - three branches connected in parallel and each having two rectifying elements in series, the direction of current flow in the rectifying elements pointing away from a low end, - three mains-side coils (La, Lb, Lc) which are connected between the two rectifying elements of one branch each, characterized in that a first coil (La) is provided on the mains-side with a switch which connects the first coil (La) to the mains during three-phase operation and connects it via a capacitor a) to the low end or b) on the mains side to another coil (Lb, Lc) during single-phase operation. - three branches connected in parallel and each having two rectifying elements in series, the direction of current flow in the rectifying elements pointing away from a low end, - three mains-side coils (La, Lb, Lc) which are connected between the two rectifying elements of one branch each, a) to the low end or b) on the mains side to another coil (Lb, Lc) during single-phase operation.