mhurhangee/ep-ind-claims huggingface dataset:
A fastener clip comprising: a top portion, wherein the top portion is configured to be coupled to a chassis, a bottom portion, wherein the bottom portion comprises: a platform; at least a pair of locking arms coupled to the platform via a pair of hinges, wherein the hinges are configured to facilitate a relative rotation between the locking arms and the platform; at least a pair of feet coupled to the locking arms and being configured to rotate with the locking arms, wherein the feet are configured to be partially inserted into a slot in a doghouse and, based at least on the locking arms being rotated, the feet are configured to rotate into the slot in the doghouse and to couple the bottom portion to the doghouse, wherein the locking arms are configured to be rotated based at least on the locking arms engaging a top surface of the doghouse as the fastener clip is pushed into the slot in the doghouse, wherein the locking arms are configured to be coupled to the platform at the end of the rotation. a top portion, wherein the top portion is configured to be coupled to a chassis, a bottom portion, wherein the bottom portion comprises: a platform; at least a pair of locking arms coupled to the platform via a pair of hinges, wherein the hinges are configured to facilitate a relative rotation between the locking arms and the platform; at least a pair of feet coupled to the locking arms and being configured to rotate with the locking arms, wherein the feet are configured to be partially inserted into a slot in a doghouse and, based at least on the locking arms being rotated, the feet are configured to rotate into the slot in the doghouse and to couple the bottom portion to the doghouse, wherein the locking arms are configured to be rotated based at least on the locking arms engaging a top surface of the doghouse as the fastener clip is pushed into the slot in the doghouse, wherein the locking arms are configured to be coupled to the platform at the end of the rotation. a platform; at least a pair of locking arms coupled to the platform via a pair of hinges, wherein the hinges are configured to facilitate a relative rotation between the locking arms and the platform; at least a pair of feet coupled to the locking arms and being configured to rotate with the locking arms, wherein the feet are configured to be partially inserted into a slot in a doghouse and, based at least on the locking arms being rotated, the feet are configured to rotate into the slot in the doghouse and to couple the bottom portion to the doghouse, wherein the locking arms are configured to be rotated based at least on the locking arms engaging a top surface of the doghouse as the fastener clip is pushed into the slot in the doghouse, wherein the locking arms are configured to be coupled to the platform at the end of the rotation.
Corrugated board machine for producing corrugated board, comprising a) a detecting arrangement for detecting at least one printed web of a corrugated board web, b) an order change cutting device for an order change, the order change cutting device being arranged downstream of the detecting arrangement, c) an information processing device, which i) is in signal connection with the detecting arrangement, and d) a control device, which i) is in signal connection with the information processing device, ii) is in signal connection with the order change cutting device, and iii) as a function of a change recognised by the information processing device of a first printing area printed onto the web of the corrugated board web to a second printing area printed onto the web of the corrugated board web activates the order change cutting device for bringing about an order change on the corrugated board web, characterised in that e) the detecting arrangement is also able to detect at least one remaining running marking arranged on the web, and f) the information processing device on the basis of the at least one detected remaining running marking controls an unrolling device, for delivering the web at a start of the next order. a) a detecting arrangement for detecting at least one printed web of a corrugated board web, b) an order change cutting device for an order change, the order change cutting device being arranged downstream of the detecting arrangement, c) an information processing device, which i) is in signal connection with the detecting arrangement, and i) is in signal connection with the detecting arrangement, and d) a control device, which i) is in signal connection with the information processing device, ii) is in signal connection with the order change cutting device, and iii) as a function of a change recognised by the information processing device of a first printing area printed onto the web of the corrugated board web to a second printing area printed onto the web of the corrugated board web activates the order change cutting device for bringing about an order change on the corrugated board web, characterised in that i) is in signal connection with the information processing device, ii) is in signal connection with the order change cutting device, and iii) as a function of a change recognised by the information processing device of a first printing area printed onto the web of the corrugated board web to a second printing area printed onto the web of the corrugated board web activates the order change cutting device for bringing about an order change on the corrugated board web, e) the detecting arrangement is also able to detect at least one remaining running marking arranged on the web, and f) the information processing device on the basis of the at least one detected remaining running marking controls an unrolling device, for delivering the web at a start of the next order.
Wall system for composing a flat wall, in particular a wall, floor, ceiling, roof or the like, wherein the wall system is composed of wooden beams which extend parallel to each other lengthways with their side edges mounted opposite each other with a minimum breadthways clearance (S,S',6) always remaining between them in the event of the highest wood humidity, the beams being mounted by means of anchoring elements which are mounted in or on the beams and which in mounted condition of the wall are kept apart at a fixed defined distance by means of spacers which extend through passages in the beams, said passages extending and connecting breadthways of the beams and in each other's extension, whereby the anchoring elements are anchored relative to the passages in an axial and radial direction as well as against rotating around the axial passage direction (X-X') of the passages, the anchoring elements defining fixed nodes of the beams with a fixed diagonal distance between the nodes where the beams are kept by the anchoring elements for providing a better stability and strut rigidity.
A method for determining average total transmission power for an antenna array configured for beamformed transmission within an angular coverage region, the method being performed by a control device, the method comprising: determining bin-wise values of beamforming gain for a set of non-overlapping bins collectively covering the angular coverage region of the antenna array, wherein each bin-wise value corresponds to an angle interval; obtaining values of total transmission power of the beamformed transmission; determining bin-wise values of average transmission power over a time period T, by multiplication of the bin-wise values of beamforming gain and the values of total transmission power, divided by a maximum beamforming gain; combining the bin-wise values of average transmission power into one value of average total transmission power for the antenna array, and performing cell-wide control of average output power of the antenna array based on said one value of the average total transmission power. determining bin-wise values of beamforming gain for a set of non-overlapping bins collectively covering the angular coverage region of the antenna array, wherein each bin-wise value corresponds to an angle interval; obtaining values of total transmission power of the beamformed transmission; determining bin-wise values of average transmission power over a time period T, by multiplication of the bin-wise values of beamforming gain and the values of total transmission power, divided by a maximum beamforming gain; combining the bin-wise values of average transmission power into one value of average total transmission power for the antenna array, and performing cell-wide control of average output power of the antenna array based on said one value of the average total transmission power.
A positive electrode active material for a lithium secondary cell, having a layered structure and comprising at least nickel, cobalt and manganese, the positive electrode active material satisfying requirements, and below: a composition represented by a composition formula: Li[Li x (Ni α Co β Mn γ M δ) 1-x]O 2, wherein 0 ≦ x ≦ 0.10, 0.30 < α ≦ 0.34, 0.30 < β ≦ 0.34, 0.32 ≦ γ < 0.40, 0 ≦ δ ≦ 0.10, β < γ, δ + α + β + γ = 1, M represents at least one metal selected from the group consisting of Fe, Cu, Ti, Mg, Al, W, Zn, Sn, Zr, Ga and V; a secondary particle diameter of 2μm or more and 10μm or less; and a maximum peak value in a pore diameter range of 90nm to 150nm in a pore diameter distribution determined by mercury porosimetry, wherein the positive electrode active material has a BET specific surface area of 1.5m 2 /g or more and 2.5m 2 /g or less. a composition represented by a composition formula: Li[Li x (Ni α Co β Mn γ M δ) 1-x]O 2, wherein 0 ≦ x ≦ 0.10, 0.30 < α ≦ 0.34, 0.30 < β ≦ 0.34, 0.32 ≦ γ < 0.40, 0 ≦ δ ≦ 0.10, β < γ, δ + α + β + γ = 1, M represents at least one metal selected from the group consisting of Fe, Cu, Ti, Mg, Al, W, Zn, Sn, Zr, Ga and V; a secondary particle diameter of 2μm or more and 10μm or less; and a maximum peak value in a pore diameter range of 90nm to 150nm in a pore diameter distribution determined by mercury porosimetry,
A thermally insulated container for storing and serving frozen confectionery items, and suitable for mounting within a service cart, the thermally insulated container being unpowered and comprising: • a thermally insulated housing having an inner surface, defining an enclosed insulated chamber, and an outer surface for mounting engagement with a service cart, the thermally insulated housing having at least one openable portion to allow access to the enclosed insulated chamber through both the inner and outer surfaces; • a product storage assembly, mounted within the enclosed insulated chamber, having an outer surface and an inner surface, the inner surface defining an internal product storage chamber, the internal product storage chamber being accessible via the openable portion of the thermally insulated housing, and the outer surface being substantially parallel to but spaced away from at least 90% of the surface area of the inner surface of the thermally insulated housing, the average spacing being from 1 to 10 mm; • at least one frozen confectionery item support (40, 42) positioned in the internal product storage chamber, the frozen confectionery item support having an outer surface facing away from a supported item in use and an inner surface facing towards a supported item in use, and wherein a reservoir of phase change material is provided between the inner and outer surfaces of the product storage assembly and/or between the inner and outer surfaces of the at least one frozen confectionery item support. • a thermally insulated housing having an inner surface, defining an enclosed insulated chamber, and an outer surface for mounting engagement with a service cart, the thermally insulated housing having at least one openable portion to allow access to the enclosed insulated chamber through both the inner and outer surfaces; • a product storage assembly, mounted within the enclosed insulated chamber, having an outer surface and an inner surface, the inner surface defining an internal product storage chamber, the internal product storage chamber being accessible via the openable portion of the thermally insulated housing, and the outer surface being substantially parallel to but spaced away from at least 90% of the surface area of the inner surface of the thermally insulated housing, the average spacing being from 1 to 10 mm; • at least one frozen confectionery item support (40, 42) positioned in the internal product storage chamber, the frozen confectionery item support having an outer surface facing away from a supported item in use and an inner surface facing towards a supported item in use,
Device for securing a load, in particular by means of vertical locking in a refrigerated vehicle body, which comprises a first bar element and a second bar element which can be displaced along an axial direction by means of a tensioning mechanism, the first bar element having a first outer surface at a first distance from the axial direction along a first direction which is arranged perpendicularly to the axial direction, which is arranged perpendicular to the axial direction, has a first outer surface at a first distance from the axial direction and is arranged along a second direction, which is different from the first direction, is perpendicular to the axial direction and forms a plane with the first direction, a second outer surface at a second distance, characterized in that the first bar element and the second bar element can be locked in longitudinal rails and cargo of different dimensions is secured either via the first outer surface or the second outer surface, that the first outer surface substantially completely covers the first bar element and that the second outer surface is formed at the axial end in the direction of the longitudinal rail on the first bar element and preferably covers the latter in an end section.
A torque detection device which comprises: a magnetic flux collecting ring, arranged outside an outer periphery of a magnetic circuit forming member provided in a rotating body (2, 3) applied with a torque, suited for collecting a magnetic flux generated by the magnetic circuit forming member; a detector suited for detecting the torque applied to the rotating body (2, 3) based on a density of the magnetic flux collected by the magnetic flux collecting ring; and a holding ring suited for holding the magnetic flux collecting ring and the detector and including an attachment part to be attached to a stationary object on an outer periphery; characterized in that the holding ring includes an attachment-preventing convex part suited for preventing attachment to the stationary object by contacting the stationary object on one end face in an axis line direction; the stationary object includes a collar part; and the attachment-preventing convex part is adapted to contact the collar part of the stationary object when the holding ring is attached to the stationary object in a direction opposite to an appropriate direction, and the attachment-preventing convex part is adapted not to contact the collar part of the stationary object when the holding ring is attached to the stationary object in the appropriate direction. a magnetic flux collecting ring, arranged outside an outer periphery of a magnetic circuit forming member provided in a rotating body (2, 3) applied with a torque, suited for collecting a magnetic flux generated by the magnetic circuit forming member; a detector suited for detecting the torque applied to the rotating body (2, 3) based on a density of the magnetic flux collected by the magnetic flux collecting ring; and a holding ring suited for holding the magnetic flux collecting ring and the detector and including an attachment part to be attached to a stationary object on an outer periphery; characterized in that the holding ring includes an attachment-preventing convex part suited for preventing attachment to the stationary object by contacting the stationary object on one end face in an axis line direction; the stationary object includes a collar part; and the attachment-preventing convex part is adapted to contact the collar part of the stationary object when the holding ring is attached to the stationary object in a direction opposite to an appropriate direction, and the attachment-preventing convex part is adapted not to contact the collar part of the stationary object when the holding ring is attached to the stationary object in the appropriate direction.
Mesoporous organic material obtainable by a cross-linking polymerisation of a monomer of formula below: in which: R 1, R 2 and R 3 represent, independently of each other, a hydrogen atom, a saturated or unsaturated, linear or branched hydrocarbon group comprising 1 to 12 carbon atoms or a polymerisable group comprising at least one unsaturation, provided that at least one of R 1, R 2 and R 3 is a polymerisable group comprising at least one unsaturation; R 4 and R 5 represent, independently of each other, a hydrogen atom or a saturated or unsaturated, linear or branched hydrocarbon group comprising 1 to 8 carbon atoms; the cross-linking polymerisation being made in the presence of a cross-linking agent and one or several blowing agents. R 1, R 2 and R 3 represent, independently of each other, a hydrogen atom, a saturated or unsaturated, linear or branched hydrocarbon group comprising 1 to 12 carbon atoms or a polymerisable group comprising at least one unsaturation, provided that at least one of R 1, R 2 and R 3 is a polymerisable group comprising at least one unsaturation; R 4 and R 5 represent, independently of each other, a hydrogen atom or a saturated or unsaturated, linear or branched hydrocarbon group comprising 1 to 8 carbon atoms; the cross-linking polymerisation being made in the presence of a cross-linking agent and one or several blowing agents.
An adjustable mouse comprising: a base; and a thumb adjustment assembly coupled to the base, the thumb adjustment assembly being configured to move a thumb rest portion between a retracted position and an extended position, the thumb adjustment assembly including a telescopic shaft that extends from a body of the thumb rest portion, the telescopic shaft being secured to the thumb rest portion by a ball joint, and characterized in that the telescopic shaft is coupled to the base by a pivot post that extends from the base, and the telescopic shaft being configured to pivot with respect to the base and to move the thumb rest portion toward and away from the base. a base; and a thumb adjustment assembly coupled to the base, the thumb adjustment assembly being configured to move a thumb rest portion between a retracted position and an extended position, the thumb adjustment assembly including a telescopic shaft that extends from a body of the thumb rest portion, the telescopic shaft being secured to the thumb rest portion by a ball joint, and characterized in that the telescopic shaft is coupled to the base by a pivot post that extends from the base, and the telescopic shaft being configured to pivot with respect to the base and to move the thumb rest portion toward and away from the base.
A tank comprising a solution, dispersion or emulsion for selective catalytic reduction in combustion engines, the tank comprises an electrical resistive heating element immersed in the tank, the electrical resistive heating element comprises at least one heating cord; the heating cord comprises metal filaments characterized in that • the metal filaments comprise a copper layer or a layer in a copper alloy and have a surrounding stainless steel layer; • or the metal filaments comprise a steel layer, surrounded by a copper layer or a layer of a copper alloy, which is surrounded by a nickel, zinc or tin layer or by a layer of alloy of such metals, • or the metal filaments comprise a layer in low carbon steel of in high carbon steel, surrounded by a nickel, zinc or tin layer or by a layer of alloy of such metals, and the heating cord comprises a polymer coating layer. • the metal filaments comprise a copper layer or a layer in a copper alloy and have a surrounding stainless steel layer; • or the metal filaments comprise a steel layer, surrounded by a copper layer or a layer of a copper alloy, which is surrounded by a nickel, zinc or tin layer or by a layer of alloy of such metals, • or the metal filaments comprise a layer in low carbon steel of in high carbon steel, surrounded by a nickel, zinc or tin layer or by a layer of alloy of such metals,
Method of cleaning a particle filter, in particular for combustion engines, comprising the steps of - adding heat to the inner of the particle filter during a certain time period in order to burn off the enclosed particles, - to add liquid material to the inner of the filter during a certain time period in order to remove the burnt particles from the particle filter, characterised in that the liquid material is first added in one direction through the filter by operating valves (54, 56) provided at both inlet and outlet of the filter via pipe attachments (42, 44) and then added in an opposite direction through the filter by switching the valves (54, 56), and that pressurised air is added in the liquid material that is added into the inner of the filter. - adding heat to the inner of the particle filter during a certain time period in order to burn off the enclosed particles, - to add liquid material to the inner of the filter during a certain time period in order to remove the burnt particles from the particle filter,
A high-strength hot-rolled steel sheet having a tensile strength of 540 MPa or more and a thickness of 6-14 mm consisting of, on a mass percent basis, 0.03%-0.12% C, 0.01%-0.5% Si, 0.8%-1.8% Mn, 0.030% or less P, 0.01% or less S, 0.005%-0.1% Al, 0.01% or less N, 0.035%-0.100% Ti, the balance being Fe and incidental impurities, and microstructures with a fraction of polygonal ferrite of 80% or more, the polygonal ferrite having an average grain size of 5 to 10 μm, wherein the amount of Ti present in a precipitate containing Ti and C having a size of less than 20 nm is 70% or more of the value of Ti* calculated using expression: Ti * = Ti - 48 x N / 14 where [Ti] and represent a Ti content (percent by mass) and a N content (percent by mass), respectively, of the steel sheet.
An NMR measurement method comprising: a first measurement step of performing one of solution-state NMR measurement and solid-state NMR measurement on a sample that includes a liquid and a solid; and a second measurement step of performing the other of the solution-state NMR measurement and the solid-state NMR measurement on the sample, wherein the first measurement step performs NMR measurement of nuclei A and avoids impairing magnetization of nuclei B or preserves such magnetization until the second measurement step starts, wherein the second measurement step performs NMR measurement of nuclei C by using the magnetization that remains in the nuclei B, and wherein the second measurement step is either performed subsequent to the first measurement step without magnetization recovery waiting time after the first measurement step, or performed concurrently with the first measurement step. a first measurement step of performing one of solution-state NMR measurement and solid-state NMR measurement on a sample that includes a liquid and a solid; and a second measurement step of performing the other of the solution-state NMR measurement and the solid-state NMR measurement on the sample, wherein the first measurement step performs NMR measurement of nuclei A and avoids impairing magnetization of nuclei B or preserves such magnetization until the second measurement step starts, wherein the second measurement step performs NMR measurement of nuclei C by using the magnetization that remains in the nuclei B, and wherein the second measurement step is either performed subsequent to the first measurement step without magnetization recovery waiting time after the first measurement step, or performed concurrently with the first measurement step.