mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle reflector lamp , comprising: a curved reflector having a reflective front side and a non-reflective back side opposite the front side, the curved reflector having a light-permeable slot positioned near one end of curved reflector, as opposed to a position near the middle of curved reflector; a light source positioned behind the non-reflective back side such that light emanates from the light source through the light-permeable slot for reflecting off the reflective front side; an optical cover positioned over the light-permeable slot for smoothing light from the light source ; an optical sheet positioned adjacent the front side of the reflector for homogenizing light reflected from the reflector; and a clear outer lens for protecting the optical sheet, the light source, and the curved reflector from an outdoor environment; wherein the curved reflector faces away from the light source and towards the optical sheet , the curved reflector having an asymmetrical curvature, and wherein the light-permeable slot is positioned near a first end of the curved reflector having a greater curvature compared to a second end of the curved reflector, opposite the first end, such that light passes through the light-permeable slot and illuminates at least a portion of the reflector when operated in a lit mode, wherein the portion is towards the opposite end of the curved reflector from light-permeable slot. a curved reflector having a reflective front side and a non-reflective back side opposite the front side, the curved reflector having a light-permeable slot positioned near one end of curved reflector, as opposed to a position near the middle of curved reflector; a light source positioned behind the non-reflective back side such that light emanates from the light source through the light-permeable slot for reflecting off the reflective front side; an optical cover positioned over the light-permeable slot for smoothing light from the light source ; an optical sheet positioned adjacent the front side of the reflector for homogenizing light reflected from the reflector; and a clear outer lens for protecting the optical sheet, the light source, and the curved reflector from an outdoor environment; wherein the curved reflector faces away from the light source and towards the optical sheet , the curved reflector having an asymmetrical curvature, and wherein the light-permeable slot is positioned near a first end of the curved reflector having a greater curvature compared to a second end of the curved reflector, opposite the first end, such that light passes through the light-permeable slot and illuminates at least a portion of the reflector when operated in a lit mode, wherein the portion is towards the opposite end of the curved reflector from light-permeable slot.
Method for producing a value document, comprising a) providing a value document substrate ; b) printing the value document substrate with magnetically orientatable effect pigments which are dispersed in a UV-curable varnish ; c) the step c1) of exposing the varnish containing the magnetically orientatable effect pigments to a dynamic, specifically a continuously rotating, magnetic field, so that the effect pigments in the varnish arrange themselves parallel to the value document substrate and more particularly edge to edge; the step c2) of irradiating the varnish containing the effect pigments with UV radiation; d) the step of embossing the cured or at least partially cured UV varnish which has the effect pigments arranged parallel to the value document substrate and more particularly edge to edge, so that in the varnish an embossed relief structure is formed which conveys an optically variable image to the viewer and has effect pigments which conform to the relief. a) providing a value document substrate ; b) printing the value document substrate with magnetically orientatable effect pigments which are dispersed in a UV-curable varnish ; c) the step c1) of exposing the varnish containing the magnetically orientatable effect pigments to a dynamic, specifically a continuously rotating, magnetic field, so that the effect pigments in the varnish arrange themselves parallel to the value document substrate and more particularly edge to edge; the step c2) of irradiating the varnish containing the effect pigments with UV radiation; d) the step of embossing the cured or at least partially cured UV varnish which has the effect pigments arranged parallel to the value document substrate and more particularly edge to edge, so that in the varnish an embossed relief structure is formed which conveys an optically variable image to the viewer and has effect pigments which conform to the relief.
A method of operating a concrete batching plant comprising of the steps of: - loading aggregates comprising of sand and stones of different sizes directly into each compartment of aggregate storage bin from the ground level, only by means of a wheel loader ; - discharging the material from storage bin by gravity through batching gates fitted at their bottom into a weighing hopper ; - lifting the aggregates after being weighed in weighing hopper from 2 m to 3 m - 3.5 m above the ground level hydraulically , and discharging the same into a mixer ; - Simultaneously conveying cement from a horizontal cement silo through screw conveyor into a cement weigher and discharging the same into mixer ; - Water is discharged into the mixer either by gravity or by pump / pressure nozzle. - mixing and compacting of the aggregates, which are cement, water and chemicals, for a pre-determined time; - discharging the mixed and compacted concrete into a concrete carrying hopper ; - transporting the concrete carrying hopper with the concrete to desired height either hydraulically lifted on rail , rack and pinion or rope arrangement; and - loading the concrete into mobile transit mixer or concrete pump, based on the site requirement. - loading aggregates comprising of sand and stones of different sizes directly into each compartment of aggregate storage bin from the ground level, only by means of a wheel loader ; - discharging the material from storage bin by gravity through batching gates fitted at their bottom into a weighing hopper ; - lifting the aggregates after being weighed in weighing hopper from 2 m to 3 m - 3.5 m above the ground level hydraulically , and discharging the same into a mixer ; - Simultaneously conveying cement from a horizontal cement silo through screw conveyor into a cement weigher and discharging the same into mixer ; - Water is discharged into the mixer either by gravity or by pump / pressure nozzle. - mixing and compacting of the aggregates, which are cement, water and chemicals, for a pre-determined time; - discharging the mixed and compacted concrete into a concrete carrying hopper ; - transporting the concrete carrying hopper with the concrete to desired height either hydraulically lifted on rail , rack and pinion or rope arrangement; and - loading the concrete into mobile transit mixer or concrete pump, based on the site requirement.
A method for grouping vehicles in Vehicle to Everything, 2. wherein the method comprises: negotiating, by designated vehicles that satisfy a preset condition outside a coverage region of a Road Side Unit RSU, to generate a final designated vehicle, wherein the RSU is a base station eNB or a stationary UE; periodically broadcasting (S304), by the final designated vehicle, a first message to vehicles outside the coverage of the RSU, the first message being for indicating grouping a vehicle; receiving (S306), by the final designated vehicle, a second message in response to the first message, the second message being for indicating joining a vehicle group to which the final designated vehicle belongs; and grouping (S308), by the final designated vehicle, a vehicle which sends the second message to the vehicle group, characterized in that receiving, by the final designated vehicle, a second message in response to the first message comprises: sending, by the final designated vehicle, a request message to the vehicle responding to the first message, the request message being for requesting the vehicle to join the vehicle group; and receiving, by the final designated vehicle, the second message in response to the request message. negotiating, by designated vehicles that satisfy a preset condition outside a coverage region of a Road Side Unit RSU, to generate a final designated vehicle, wherein the RSU is a base station eNB or a stationary UE; periodically broadcasting (S304), by the final designated vehicle, a first message to vehicles outside the coverage of the RSU, the first message being for indicating grouping a vehicle; receiving (S306), by the final designated vehicle, a second message in response to the first message, the second message being for indicating joining a vehicle group to which the final designated vehicle belongs; and grouping (S308), by the final designated vehicle, a vehicle which sends the second message to the vehicle group, characterized in that receiving, by the final designated vehicle, a second message in response to the first message comprises: sending, by the final designated vehicle, a request message to the vehicle responding to the first message, the request message being for requesting the vehicle to join the vehicle group; and receiving, by the final designated vehicle, the second message in response to the request message. sending, by the final designated vehicle, a request message to the vehicle responding to the first message, the request message being for requesting the vehicle to join the vehicle group; and receiving, by the final designated vehicle, the second message in response to the request message.
A switching device for selectively switching on and/or switching off an electrical load , comprising an input section for receiving a defined input signal , comprising an output section that has a current path having an output switching element to the electrical load , wherein the output switching element can assume a closed operating state or an open operating state, comprising a control section that has a first active mode of operation and a second active mode of operation, wherein the control section actuates the output switching element in the first active mode of operation on the basis of the defined input signal in order to complete or interrupt the current path on the basis of the defined input signal , and comprising a display element that can assume a first display state and an alternative second display state, characterized in that the display element assumes the first display state when the control section is in the first active mode of operation and the output switching element is in the closed operating state, that the display element assumes the alternative second display state when the control section is in the first active mode of operation and the output switching element is in the open operating state, that the output switching element interrupts the current path regardless of the defined input signal in the second active mode of operation of the control section , and that the display element assumes the first display state or the alternative second display state on the basis of the defined input signal when the control section is in the second active mode of operation. that the display element assumes the first display state when the control section is in the first active mode of operation and the output switching element is in the closed operating state, that the display element assumes the alternative second display state when the control section is in the first active mode of operation and the output switching element is in the open operating state, that the output switching element interrupts the current path regardless of the defined input signal in the second active mode of operation of the control section , and that the display element assumes the first display state or the alternative second display state on the basis of the defined input signal when the control section is in the second active mode of operation.
A combination comprising a glucocorticoid selected from the group consisting of dexamethasone, fluocinolone acetonide and prednisone; and a compound of formula I or a pharmaceutically acceptable salt thereof:
A molding die for bending a laminate formed by stacking a plurality of fiber sheets, the molding die comprising: a kink surface on which the laminate is laid; an a placement surface intersecting the kink surface and on which the laminate is placed by bending the laminate laid on the kink surface , characterized in that the kink surface is bent so as to protrude in a second direction (Dd) orthogonal to a first direction (Dh), with a kink line extending along the first direction connecting a first kink point and a second kink point as a boundary, the placement surface has a normal direction substantially coinciding with the first direction (Dh) and has a bending line extending in a third direction (Dw) orthogonal to the first direction (Dh) and the second direction (Dd), the kink surface has a first boundary line connecting a first intersection on the bending line and the first kink point, and a second boundary line connecting a second intersection on the bending line and the first kink point, the first intersection is positioned closer to one end of the bending line relative to the first kink point in the third direction, the second intersection is positioned closer to an other end of the bending line relative to the first kink point in the third direction, the first kink point is positioned between the first intersection and the second intersection and the second kink point in the first direction, and the bending line between the first intersection and the second intersection convexly protrudes toward the kink line in the second direction. a kink surface on which the laminate is laid; an a placement surface intersecting the kink surface and on which the laminate is placed by bending the laminate laid on the kink surface , characterized in that the kink surface is bent so as to protrude in a second direction (Dd) orthogonal to a first direction (Dh), with a kink line extending along the first direction connecting a first kink point and a second kink point as a boundary, the placement surface has a normal direction substantially coinciding with the first direction (Dh) and has a bending line extending in a third direction (Dw) orthogonal to the first direction (Dh) and the second direction (Dd), the kink surface has a first boundary line connecting a first intersection on the bending line and the first kink point, and a second boundary line connecting a second intersection on the bending line and the first kink point, the first intersection is positioned closer to one end of the bending line relative to the first kink point in the third direction, the second intersection is positioned closer to an other end of the bending line relative to the first kink point in the third direction, the first kink point is positioned between the first intersection and the second intersection and the second kink point in the first direction, and the bending line between the first intersection and the second intersection convexly protrudes toward the kink line in the second direction.
A high-strength non-oriented electrical steel sheet, consisting of: in mass%, C: 0.010% or less; Si: not less than 2.0% nor more than 4.0%; Mn: not less than 0.05% nor more than 0.50%; Al: not less than 0.2% nor more than 3.0%; N: 0.005% or less; S: not less than 0.005% nor more than 0.030%; and Cu: not less than 0.5% nor more than 3.0%, optionally Ni: not less than 0.5% nor more than 3.0%, and 0.5% or less of one or more of Ti, Nb, V, Zr, B, Bi, Mo, W, Sn, Sb, Mg, Ca, Ce, Co, Cr, and REM in total, a balance being composed of Fe and inevitable impurities, an expression being established where a Mn content is represented as [Mn] and a S content is represented as [S], not less than 1.0×10 4 pieces nor more than 1.0×10 6 pieces of sulfide having a circle-equivalent diameter of not less than 0.1 μm nor more than 1.0 μm being contained per 1 mm 2 , and 10 ≤ Mn / S ≤ 50 wherein a yield stress of the steel sheet is 700 MPa or more and a fracture elongation of the steel sheet is 10% or more. in mass%, C: 0.010% or less; Si: not less than 2.0% nor more than 4.0%; Mn: not less than 0.05% nor more than 0.50%; Al: not less than 0.2% nor more than 3.0%; N: 0.005% or less; S: not less than 0.005% nor more than 0.030%; and Cu: not less than 0.5% nor more than 3.0%, optionally Ni: not less than 0.5% nor more than 3.0%, and 0.5% or less of one or more of Ti, Nb, V, Zr, B, Bi, Mo, W, Sn, Sb, Mg, Ca, Ce, Co, Cr, and REM in total, a balance being composed of Fe and inevitable impurities, an expression being established where a Mn content is represented as [Mn] and a S content is represented as [S], not less than 1.0×10 4 pieces nor more than 1.0×10 6 pieces of sulfide having a circle-equivalent diameter of not less than 0.1 μm nor more than 1.0 μm being contained per 1 mm 2 , and 10 ≤ Mn / S ≤ 50
A stent for repairing a leak in a pipe carrying water, gas, and/or oil, the stent comprising: a spring comprising a metal wire rolled into a tubular structure , wherein the spring defines a wave pattern, the spring defining an outer surface and an inner surface, the inner surface defining a void ; and a sealing layer of a seal wrapped around the outer surface of the spring, wherein the sealing layer is coupled to the spring by zip ties , the zip ties being looped through spring loops formed on the spring and engaging material of the sealing layer so to secure the sealing layer to the spring, the stent being configurable in a compressed orientation, where the spring is compressed, and in an expanded orientation, where the spring is expanded, the spring biasing the stent to the expanded orientation. a spring comprising a metal wire rolled into a tubular structure , wherein the spring defines a wave pattern, the spring defining an outer surface and an inner surface, the inner surface defining a void ; and a sealing layer of a seal wrapped around the outer surface of the spring, wherein the sealing layer is coupled to the spring by zip ties , the zip ties being looped through spring loops formed on the spring and engaging material of the sealing layer so to secure the sealing layer to the spring, the stent being configurable in a compressed orientation, where the spring is compressed, and in an expanded orientation, where the spring is expanded, the spring biasing the stent to the expanded orientation.
A spray head adapted for connection to a supply of fluid, comprising or including, a body to receive the supply of fluid, a plurality of conical mixing volumes , in fluid connection with the body and supply of fluid, each conical mixing volume having an outlet , each conical mixing volume including: a. at least one first inlet for a flow of fluid into the conical mixing volume at an angle to a conical axis thereof, and b. at least one second inlet for a flow of fluid into the conical mixing volume substantially parallel to the conical axis, characterized in that a valve is disposed upstream of the conical mixing volumes, the valve adapted to divide and vary the supply of fluid flow between the at least one first inlet and the at least one second inlet , which in turn varies the form of the output of the fluid from the outlet of the conical mixing volumes . a body to receive the supply of fluid, a plurality of conical mixing volumes , in fluid connection with the body and supply of fluid, each conical mixing volume having an outlet , each conical mixing volume including: a. at least one first inlet for a flow of fluid into the conical mixing volume at an angle to a conical axis thereof, and b. at least one second inlet for a flow of fluid into the conical mixing volume substantially parallel to the conical axis, a. at least one first inlet for a flow of fluid into the conical mixing volume at an angle to a conical axis thereof, and b. at least one second inlet for a flow of fluid into the conical mixing volume substantially parallel to the conical axis, characterized in that a valve is disposed upstream of the conical mixing volumes, the valve adapted to divide and vary the supply of fluid flow between the at least one first inlet and the at least one second inlet , which in turn varies the form of the output of the fluid from the outlet of the conical mixing volumes .
A method for operating an aircraft turbojet engine extending along an axis X oriented from upstream to downstream in which an internal air flow (F-INT) circulates from upstream to downstream during a thrust phase and a reverse air flow (F-INV) from downstream to upstream during a thrust reversal phase, said turbojet engine comprising a fan comprising a plurality of variable-pitch vanes, configured to perform a thrust reversal, and a nacelle comprising an air intake extending circumferentially about axis X, and comprising an internal wall pointing to axis X and configured to guide the internal air flow (F-INT) and the reverse air flow (F-INV), and an external wall opposite to the internal wall and configured to guide an external air flow (F-EXT), the internal wall and the external wall being connected to each other by an air intake lip so as to form an annular cavity , the air intake comprising a plurality of guide vanes positioned upstream of the fan , each guide vane being movably mounted between - a retracted position (A) to promote the thrust phase and - an extended position (B) in which the guide vane projectingly extends from the internal wall in a radially internal direction in order to guide the reverse air flow (F-INV) from the internal wall to promote a thrust reversal phase, and in which the guide vane comprises, in a radial section plane, a thick leading edge (BA) positioned downstream and a thin trailing edge (BF) positioned upstream, - method wherein at least one guide vane is in the retracted position (A) during a thrust phase of the turbojet engine , the method comprising, during a thrust reversal phase of said turbojet engine , a change in fan blade pitch and a step of moving the guide vane into the extended position (B). - a retracted position (A) to promote the thrust phase and - an extended position (B) in which the guide vane projectingly extends from the internal wall in a radially internal direction in order to guide the reverse air flow (F-INV) from the internal wall to promote a thrust reversal phase, and in which the guide vane comprises, in a radial section plane, a thick leading edge (BA) positioned downstream and a thin trailing edge (BF) positioned upstream, - method wherein at least one guide vane is in the retracted position (A) during a thrust phase of the turbojet engine , the method comprising, during a thrust reversal phase of said turbojet engine , a change in fan blade pitch and a step of moving the guide vane into the extended position (B).