mhurhangee/ep-ind-claims huggingface dataset:
Vehicle window pane with antenna mount comprising: a. an opening in a composite pane made of an outer pane, intermediate layer, and an inner pane, wherein the inner pane has a recess adjacent the opening, b. an adhesive disposed on the outer pane on the top in the region around the opening, wherein the adhesive is more expansive than the opening of the inner pane, and a mounting plate disposed and fixed on the adhesive, c. an antenna housing on the mounting plate which is reversibly detachably fixed on the mounting plate, wherein the antenna housing comprises a rod-shaped antenna mount which is disposed within the opening as well as within and/or below the recess, and d. a nut or a clip on the antenna mount below or in the recess which fixes the antenna housing on the mounting plate. a. an opening in a composite pane made of an outer pane, intermediate layer, and an inner pane, wherein the inner pane has a recess adjacent the opening, b. an adhesive disposed on the outer pane on the top in the region around the opening, wherein the adhesive is more expansive than the opening of the inner pane, and a mounting plate disposed and fixed on the adhesive, c. an antenna housing on the mounting plate which is reversibly detachably fixed on the mounting plate, wherein the antenna housing comprises a rod-shaped antenna mount which is disposed within the opening as well as within and/or below the recess, and d. a nut or a clip on the antenna mount below or in the recess which fixes the antenna housing on the mounting plate.
A surgical device (100, 500, 600, 700) for use in performing a microfracture procedure, comprising: an elongated member (104, 504, 604, 704) having a proximal end and a distal end; an angled tip (106, 506, 606, 706) disposed adjacent the distal end of the elongated member; and at least one engaging feature (108, 508, 608.1, 608.2, 608.3, 708) disposed at one or more locations on the elongated member for engaging a complementary feature (114, 714) of a strike instrument (101, 701), whereby, upon striking an impact surface of the strike instrument in a direction generally parallel to a direction of the tip, a force is produced that is translated via the elongated member through the tip: and wherein the engaging feature is configured as one of a female connector and a male connector. an elongated member (104, 504, 604, 704) having a proximal end and a distal end; an angled tip (106, 506, 606, 706) disposed adjacent the distal end of the elongated member; and at least one engaging feature (108, 508, 608.1, 608.2, 608.3, 708) disposed at one or more locations on the elongated member for engaging a complementary feature (114, 714) of a strike instrument (101, 701), whereby, upon striking an impact surface of the strike instrument in a direction generally parallel to a direction of the tip, a force is produced that is translated via the elongated member through the tip: and wherein the engaging feature is configured as one of a female connector and a male connector.
A method of producing a pneumatic tire in which a green tire having a layer of film having a thermoplastic resin as a main component, and an uncured rubber layer (r) provided thereon is cured, the method being characterized by the steps of applying at least one uncured rubber strip serially onto the film layer from one longitudinal end side of the at least one uncured rubber strip, and pressing the applied at least one uncured rubber strip onto the film layer serially by pressing means from the one longitudinal end side of the at least one uncured rubber strip while applying the at least one uncured rubber strip, whereby the at least one uncured rubber strip is applied onto the film layer to form the uncured rubber layer, wherein the at least one uncured rubber strip has a width of 5 mm to 50 mm and opposite widthwise ends, wherein the step of applying at least one uncured rubber strip comprises applying the at least one uncured rubber strip in such a manner that the opposite widthwise ends overlap with each other, wherein one widthwise end has a thickness of 0.1 mm to 1.1 mm at an edge thereof, wherein the uncured rubber layer (r) is an uncured rubber layer having reinforcing cords (f) embedded therein, and wherein the at least one uncured rubber strip is a uncured rubber strip having a reinforcing cord (f) embedded therein.
A crop material elevator, comprising: a housing including a crop material inlet, a boot portion forming a bottom of said housing, and a top; a driving loop held within said housing that extends from said boot portion toward said top of said housing; a plurality of paddles connected to said driving loop and configured to convey crop material away from said boot portion toward said top of said housing; and characterized in that a wall section of the crop material elevator comprises an outer sheet of flexible steel secured to said elevator housing at least over a portion of the outer sheet's margins and a flexible ultra high molecular weight (UHMW-PE) material plastic and/or a durable wear resistant flexible material overlying the face of the sheet facing the interior of the elevator. a housing including a crop material inlet, a boot portion forming a bottom of said housing, and a top; a driving loop held within said housing that extends from said boot portion toward said top of said housing; a plurality of paddles connected to said driving loop and configured to convey crop material away from said boot portion toward said top of said housing; and characterized in that a wall section of the crop material elevator comprises an outer sheet of flexible steel secured to said elevator housing at least over a portion of the outer sheet's margins and a flexible ultra high molecular weight (UHMW-PE) material plastic and/or a durable wear resistant flexible material overlying the face of the sheet facing the interior of the elevator.
A method for driving a local-dimming display, the method comprising: generating, based on image data, backlight drive signals to drive individually controllable illumination sources of a backlight, wherein the backlight drive signals cause emission of first light by one or more of the individually controllable illumination sources onto a light conversion layer, the first light including at least one of UV spectral components or blue light spectral components, wherein the first light and recycled light is converted into second light by the light conversion light layer, and wherein the light conversion layer includes at least one of quantum dots or phosphor materials; generating, based on the image data, a modulation drive signal to determine transmission of the second light through individual subpixels of the display; determining a color shift for a pixel based upon respective distances between the pixel and one or more illumination sources, wherein the color shift is a function of a distance from center of a point spread function of the respective one or more illumination sources to outer circumferences; and adjusting the modulation drive signal for at least one subpixel of the pixel based on the determining to reduce the color shift of the pixel. generating, based on image data, backlight drive signals to drive individually controllable illumination sources of a backlight, wherein the backlight drive signals cause emission of first light by one or more of the individually controllable illumination sources onto a light conversion layer, the first light including at least one of UV spectral components or blue light spectral components, wherein the first light and recycled light is converted into second light by the light conversion light layer, and wherein the light conversion layer includes at least one of quantum dots or phosphor materials; controllable illumination sources of a backlight, wherein the backlight drive signals cause emission of first light by one or more of the individually controllable illumination sources onto a light conversion layer, the first light including at least one of UV spectral components or blue light spectral components, wherein the first light and recycled light is converted into second light by the light conversion light layer, and wherein the light conversion layer includes at least one of quantum dots or phosphor materials; generating, based on the image data, a modulation drive signal to determine transmission of the second light through individual subpixels of the display; determining a color shift for a pixel based upon respective distances between the pixel and one or more illumination sources, wherein the color shift is a function of a distance from center of a point spread function of the respective one or more illumination sources to outer circumferences; and adjusting the modulation drive signal for at least one subpixel of the pixel based on the determining to reduce the color shift of the pixel.
An electronic identification card comprising: a metal substrate having a first surface and a second surface and defining a recess extending into the first surface; a ferromagnetic film disposed at along the second surface of the metal substrate; an integrated circuit disposed at least partially within the recess; and a first coating layer disposed over the metal substrate and comprising: a first layer that extends over the first surface of the metal substrate and comprising a polymer and a pigment dispersed within the polymer; and a second layer that extends over the first layer and comprises a transparent polymer, the second layer: having a hardness that is greater than the first layer; defining an exterior surface of the electronic identification card; and having a surface roughness in a range from 0.3 μm to 1.0 μm Ra. a metal substrate having a first surface and a second surface and defining a recess extending into the first surface; a ferromagnetic film disposed at along the second surface of the metal substrate; an integrated circuit disposed at least partially within the recess; and a first coating layer disposed over the metal substrate and comprising: a first layer that extends over the first surface of the metal substrate and comprising a polymer and a pigment dispersed within the polymer; and a second layer that extends over the first layer and comprises a transparent polymer, the second layer: having a hardness that is greater than the first layer; defining an exterior surface of the electronic identification card; and having a surface roughness in a range from 0.3 μm to 1.0 μm Ra. a first layer that extends over the first surface of the metal substrate and comprising a polymer and a pigment dispersed within the polymer; and a second layer that extends over the first layer and comprises a transparent polymer, the second layer: having a hardness that is greater than the first layer; defining an exterior surface of the electronic identification card; and having a surface roughness in a range from 0.3 μm to 1.0 μm Ra. having a hardness that is greater than the first layer; defining an exterior surface of the electronic identification card; and having a surface roughness in a range from 0.3 μm to 1.0 μm Ra.
A gel patch for an ultrasonic probe, comprising: a gel layer that is formed of an ultrasound-transmitting material and prevents formation of a space between the ultrasonic probe and an object; a temperature control layer that controls a temperature of the gel layer and contacts the gel layer, and wherein the temperature control layer comprises at least one of an exothermic material and an endothermic material, wherein at least a partial region of the gel layer is disposed in a region where ultrasound transmitted from the ultrasonic probe propagates and characterized in that the temperature control layer is disposed in a region where the ultrasound transmitted from the ultrasonic probe is not supposed to propagate. a gel layer that is formed of an ultrasound-transmitting material and prevents formation of a space between the ultrasonic probe and an object; a temperature control layer that controls a temperature of the gel layer and contacts the gel layer, and wherein the temperature control layer comprises at least one of an exothermic material and an endothermic material, wherein at least a partial region of the gel layer is disposed in a region where ultrasound transmitted from the ultrasonic probe propagates and characterized in that the temperature control layer is disposed in a region where the ultrasound transmitted from the ultrasonic probe is not supposed to propagate.
A fixing belt comprising: a double-sided hook surface fastener having hook-like engaging elements on both surfaces thereof; and a double-sided loop surface fastener having loop-like engaging elements on both surfaces thereof, wherein the double-sided hook surface fastener is an extrusion molded fastener, the double-sided hook surface fastener being folded back in a length direction in a shape of an alligator's mouth and fixed to a mounting object at a folded-back portion, one end portion of the double-sided loop surface fastener is tucked by the alligator's mouth, the double-sided loop surface fastener is folded back by an annular part fixed to a mounting object, and another end portion of the double-sided loop surface fastener engages with an outer side surface of the alligator's mouth. a double-sided hook surface fastener having hook-like engaging elements on both surfaces thereof; and a double-sided loop surface fastener having loop-like engaging elements on both surfaces thereof, wherein the double-sided hook surface fastener is an extrusion molded fastener, the double-sided hook surface fastener being folded back in a length direction in a shape of an alligator's mouth and fixed to a mounting object at a folded-back portion, one end portion of the double-sided loop surface fastener is tucked by the alligator's mouth, the double-sided loop surface fastener is folded back by an annular part fixed to a mounting object, and another end portion of the double-sided loop surface fastener engages with an outer side surface of the alligator's mouth.
Emergency vehicle, in particular fire engine, comprising a crew cabin which forms at least one part of the vehicle interior, and a storage system for equipment, characterised by a number of storage modules which each comprise a number of holders for detachably receiving equipment in different designs and arrangements, and, of these, at least one storage module is integrated into the inner region of a cabin door, which forms a part of the lateral inner wall of the crew cabin, wherein the storage module forms an inner door lining as a replacement for a conventional door lining and is detachably mounted on the cabin door and is interchangeable with a different storage module.
A lifting apparatus, comprising: - a chassis including two side elements (3, 4) and a transverse carrier, the transverse carrier connecting the two side elements (3, 4) to one another, - at least one mast unit (1, 1a, 1b, 1c) including a mast (10, 10a) extending in a vertical direction of the lifting apparatus, - at least one height-adjustable connecting means (12, 12b, 12c) for connecting a lifting device, - the chassis being designed to be modular, characterised in that - the side elements (3, 4) and the transverse carrier are modules of the chassis, and - the side elements (3, 4) of the chassis are also designed to be modular, - each side element (3, 4) including a plurality of monolithic sections (30, 40, 31, 41, 32, 42) being connected to one another and being modules of the modular side elements (3, 4), and - each side element (3, 4) including a first section (30, 40), a second section (31, 41) and a third section (32, 42) being connected to one another. - a chassis including two side elements (3, 4) and a transverse carrier, the transverse carrier connecting the two side elements (3, 4) to one another, - at least one mast unit (1, 1a, 1b, 1c) including a mast (10, 10a) extending in a vertical direction of the lifting apparatus, - at least one height-adjustable connecting means (12, 12b, 12c) for connecting a lifting device, - the chassis being designed to be modular, characterised in that - the side elements (3, 4) and the transverse carrier are modules of the chassis, and - the side elements (3, 4) of the chassis are also designed to be modular, - each side element (3, 4) including a plurality of monolithic sections (30, 40, 31, 41, 32, 42) being connected to one another and being modules of the modular side elements (3, 4), and - each side element (3, 4) including a first section (30, 40), a second section (31, 41) and a third section (32, 42) being connected to one another.
A provisional tibial prosthesis system comprising: a tibial component having a proximal surface and a distal surface, the distal surface configured to seat on a resected proximal surface of a tibia; a base component having a proximal surface and configured to couple with the tibial component when disposed on the proximal surface thereof; and a shim component having a proximal surface and a distal surface, wherein the proximal surface of the shim component is configured as an articulating surface sized and shaped to articulate with a femoral prosthesis: and the distal surface of the shim component is configured to couple with the base component at the proximal surface thereof; wherein the proximal surface of the base component is sized and shaped to articulate with the femoral prosthesis when the shim component is not utilized with the system; wherein the distal surface of the shim component is configured to mate with and be complimentary to the proximal surface of the base component; and the shim component has a first mating feature configured to couple with a complimentary second mating feature of the base component such that the shim component is stackable on the base component to change a proximal thickness of the system; characterised in that the proximal surface of the shim component has substantially a same configuration as the proximal surface of the base component. a tibial component having a proximal surface and a distal surface, the distal surface configured to seat on a resected proximal surface of a tibia; a base component having a proximal surface and configured to couple with the tibial component when disposed on the proximal surface thereof; and a shim component having a proximal surface and a distal surface, wherein the proximal surface of the shim component is configured as an articulating surface sized and shaped to articulate with a femoral prosthesis: and the distal surface of the shim component is configured to couple with the base component at the proximal surface thereof; wherein the proximal surface of the base component is sized and shaped to articulate with the femoral prosthesis when the shim component is not utilized with the system; wherein the distal surface of the shim component is configured to mate with and be complimentary to the proximal surface of the base component; and the shim component has a first mating feature configured to couple with a complimentary second mating feature of the base component such that the shim component is stackable on the base component to change a proximal thickness of the system; characterised in that the proximal surface of the shim component has substantially a same configuration as the proximal surface of the base component.
A method for straightening and dyeing keratin fibers, comprising the following steps in the stated sequence A1) applying a straightening agent to the fibers, A2) allowing the straightening agent to act for a period of 30 seconds to 45 minutes, A3) rinsing out the straightening agent, B1) applying a conditioner to the fibers, B2) allowing the conditioner to act for a period of 30 seconds to 45 minutes, B3) rinsing out the conditioner, C1) applying a coloring agent to the fibers, C2) allowing the coloring agent to act for a period of 30 seconds to 45 minutes, C3) rinsing out the coloring agent, wherein - the straightening agent contains at least one alkalizing agent from the group consisting of sodium hydroxide, potassium hydroxide, lithium hydroxide, magnesium hydroxide, calcium hydroxide and/or guanidinium hydroxide, - the conditioner and/or the coloring agent contains at least one reducing agent from the group consisting of thiolactic acid, thioglycolic acid, cysteine, sodium sulfide, sodium sulfite, sodium thiosulfate, sodium dithionite and/or cosmetically acceptable salts thereof and - the coloring agent contains at least one direct acid dye, and - a time interval of 10 seconds to 48 hours is left between steps A3) and B1) and - a time interval of 10 seconds to 48 hours is left between steps B3) and C1). A1) applying a straightening agent to the fibers, A2) allowing the straightening agent to act for a period of 30 seconds to 45 minutes, A3) rinsing out the straightening agent, B1) applying a conditioner to the fibers, B2) allowing the conditioner to act for a period of 30 seconds to 45 minutes, B3) rinsing out the conditioner, C1) applying a coloring agent to the fibers, C2) allowing the coloring agent to act for a period of 30 seconds to 45 minutes, C3) rinsing out the coloring agent, - the straightening agent contains at least one alkalizing agent from the group consisting of sodium hydroxide, potassium hydroxide, lithium hydroxide, magnesium hydroxide, calcium hydroxide and/or guanidinium hydroxide, - the conditioner and/or the coloring agent contains at least one reducing agent from the group consisting of thiolactic acid, thioglycolic acid, cysteine, sodium sulfide, sodium sulfite, sodium thiosulfate, sodium dithionite and/or cosmetically acceptable salts thereof and - the coloring agent contains at least one direct acid dye, and - a time interval of 10 seconds to 48 hours is left between steps A3) and B1) and - a time interval of 10 seconds to 48 hours is left between steps B3) and C1).