mhurhangee/ep-ind-claims huggingface dataset:
An optical testing device, comprising: a position sensing detector having an optical sensing area of a first material that is photosensitive to a first range of wavelengths, the position sensing detector being configured to: receive a plurality of first optical signals emitted through a respective plurality of optical fibers of an optical fiber cable, the plurality of first optical signals having wavelengths within the first range of wavelengths; detect a plurality of positions where the plurality of first optical signals respectively impinge on the optical sensing area; and output data representative of the plurality of positions; and a photodetector of a second material that is different than the first material and is photosensitive to a second range of wavelengths different than the first range of wavelengths, the photodetector being configured to: receive a plurality of second optical signals emitted through the plurality of optical fibers of the optical fiber cable, respectively, the plurality of second optical signals having wavelengths within the second range of wavelengths. a position sensing detector having an optical sensing area of a first material that is photosensitive to a first range of wavelengths, the position sensing detector being configured to: receive a plurality of first optical signals emitted through a respective plurality of optical fibers of an optical fiber cable, the plurality of first optical signals having wavelengths within the first range of wavelengths; detect a plurality of positions where the plurality of first optical signals respectively impinge on the optical sensing area; and output data representative of the plurality of positions; and receive a plurality of first optical signals emitted through a respective plurality of optical fibers of an optical fiber cable, the plurality of first optical signals having wavelengths within the first range of wavelengths; detect a plurality of positions where the plurality of first optical signals respectively impinge on the optical sensing area; and output data representative of the plurality of positions; and a photodetector of a second material that is different than the first material and is photosensitive to a second range of wavelengths different than the first range of wavelengths, the photodetector being configured to: receive a plurality of second optical signals emitted through the plurality of optical fibers of the optical fiber cable, respectively, the plurality of second optical signals having wavelengths within the second range of wavelengths.
A linear compressor comprising: a shell having a refrigerant inlet; a cylinder provided within the shell; a piston configured for reciprocating in the cylinder; a motor assembly configured for providing a driving force to the piston and having a permanent magnet and an inner stator; and a frame arranged on one side of the motor assembly, wherein the cylinder comprises a plurality of outer circumferential parts (121, 123, 125) that form the outer circumferential surface of the cylinder and have different external diameters, the plurality of outer circumferential parts (121, 123, 125) comprises: a first outer circumferential part; and a second outer circumferential part extended from the first outer circumferential part, wherein the cylinder further comprises a stepped part formed on the interface between the first outer circumferential part and the second outer circumferential part and configured to be externally extended in a radial direction, the external diameter of the second outer circumferential part is formed to be larger than that of the first outer circumferential part due to the stepped part, and characterized by the stepped part being in contact with an external surface of the inner stator, which is spaced from the frame. a first outer circumferential part; and a second outer circumferential part extended from the first outer circumferential part,
A slat arrangement for changing the direction of a bullet, the slat arrangement comprises: - a plurality of elongated steel slats, wherein each elongated steel slat has a longitudinal front edge and a longitudinal back edge stretching between a first end and a second end, - a support structure for supporting the plurality of steel slats, wherein - the steel slats are positioned in a louver-like fashion for changing the direction of a bullet following a trajectory along the normal of the slat arrangement, and - the support structure is connected to each steel slat at the back edge of the steel slat and between the first end and the second end of the steel slat, - the support structure comprises an elongated flat steel bar (22, 24) having an elongated flat first side surface and an elongated flat second side surface, and the steel bar (22, 24) connects to each steel slat at the back edge of the steel slat, - the steel bar (22, 24) has a first front edge and comprises a plurality of cut-outs from the first side surface to the second side surface, each cut-out has an opening at the first front edge and encloses a portion of a steel slat, and the portion is located at the back edge of the steel slat, characterized in that - each cut-out forms a leaf-spring from a portion of the steel bar (22, 24), and the leaf-spring biases the portion of the steel slat that is enclosed by the cut-out for maintaining the position of the steel slat with respect to the steel bar (22, 24). - a plurality of elongated steel slats, wherein each elongated steel slat has a longitudinal front edge and a longitudinal back edge stretching between a first end and a second end, - a support structure for supporting the plurality of steel slats, wherein - the steel slats are positioned in a louver-like fashion for changing the direction of a bullet following a trajectory along the normal of the slat arrangement, and - the support structure is connected to each steel slat at the back edge of the steel slat and between the first end and the second end of the steel slat, - the support structure comprises an elongated flat steel bar (22, 24) having an elongated flat first side surface and an elongated flat second side surface, and the steel bar (22, 24) connects to each steel slat at the back edge of the steel slat, - the steel bar (22, 24) has a first front edge and comprises a plurality of cut-outs from the first side surface to the second side surface, each cut-out has an opening at the first front edge and encloses a portion of a steel slat, and the portion is located at the back edge of the steel slat, characterized in that - each cut-out forms a leaf-spring from a portion of the steel bar (22, 24), and the leaf-spring biases the portion of the steel slat that is enclosed by the cut-out for maintaining the position of the steel slat with respect to the steel bar (22, 24).
A disposable and wearable absorbent article having a center chassis (120, 220) and a belt (160, 260), the center chassis comprising a topsheet, a backsheet and an absorbent core, the belt being formed from a front belt portion and back belt portion, the absorbent article comprising: a front waist region and a front waist edge; a front inner belt portion (162, 262) disposed in the front waist region (104, 204); a front outer belt portion (165, 265) disposed in the front waist region (109, 209); wherein the front inner belt portion is positioned closer to a wearer-facing surface of the article than the front outer belt portion, and the front outer belt portion is positioned relatively closer to a garment-facing surface of the article than the front inner belt portion, a first elastic (197, 297) disposed in the front inner belt portion (162, 262) and inward of the front outer belt portion; and a second elastic (141, 241) disposed in the front outer belt portion (165, 265) and outward of the front inner belt portion; wherein the first elastic is formed from one of an elastic non-woven, elastic strands, or elastic ribbons; wherein the second elastic is formed from an elastic film; wherein at least a portion of the second elastic and the first elastic overlap. a front waist region and a front waist edge; a front inner belt portion (162, 262) disposed in the front waist region (104, 204); a front outer belt portion (165, 265) disposed in the front waist region (109, 209); wherein the front inner belt portion is positioned closer to a wearer-facing surface of the article than the front outer belt portion, and the front outer belt portion is positioned relatively closer to a garment-facing surface of the article than the front inner belt portion, a first elastic (197, 297) disposed in the front inner belt portion (162, 262) and inward of the front outer belt portion; and a second elastic (141, 241) disposed in the front outer belt portion (165, 265) and outward of the front inner belt portion; a first elastic (197, 297) disposed in the front inner belt portion (162, 262) and inward of the front outer belt portion; and a second elastic (141, 241) disposed in the front outer belt portion (165, 265) and outward of the front inner belt portion; wherein the first elastic is formed from one of an elastic non-woven, elastic strands, or elastic ribbons; wherein the second elastic is formed from an elastic film; wherein at least a portion of the second elastic and the first elastic overlap.
Method for introducing number of recesses into a seat cover for a motor vehicle seat, comprising the following steps: - supplying a seat cover made from an at least two-layered composite material which comprises a seat outer skin with a surface region on a visible side and a lining with a rear-side surface region, - supplying a blind-stitch/backstitch sewing machine with a sewing thread and a curved blind-stitch needle for producing a blind-stitch seam, - producing a blind-stitch seam, wherein the curved blind-stitch needle does not penetrate the seat outer skin during the sewing operation, and the sewing thread is guided through the lining by means of the blind-stitch needle in such a manner that, during the sewing, the sewing thread enters the rear-side surface region at an inwards passage and exits therefrom at a horizontally spaced-apart outwards passage, characterized - in that between the inwards passage and outwards passage a curved thread course is produced lying between them, and in that the stitch depth, the stitch length and the thread tension of the blind-stitch sewing machine are set in such a manner that, when the blind-stitch seam is produced, the inwards passage and the outwards passage are pulled together onto a common region and the material region of the lining that is located between the inwards and outwards passages of the thread course is thereby compressed, as a result of which a recess is formed on that surface region of the seat outer skin which lies opposite the region. - supplying a seat cover made from an at least two-layered composite material which comprises a seat outer skin with a surface region on a visible side and a lining with a rear-side surface region, - supplying a blind-stitch/backstitch sewing machine with a sewing thread and a curved blind-stitch needle for producing a blind-stitch seam, - producing a blind-stitch seam, wherein the curved blind-stitch needle does not penetrate the seat outer skin during the sewing operation, and the sewing thread is guided through the lining by means of the blind-stitch needle in such a manner that, during the sewing, the sewing thread enters the rear-side surface region at an inwards passage and exits therefrom at a horizontally spaced-apart outwards passage, characterized - in that between the inwards passage and outwards passage a curved thread course is produced lying between them, and in that the stitch depth, the stitch length and the thread tension of the blind-stitch sewing machine are set in such a manner that, when the blind-stitch seam is produced, the inwards passage and the outwards passage are pulled together onto a common region and the material region of the lining that is located between the inwards and outwards passages of the thread course is thereby compressed, as a result of which a recess is formed on that surface region of the seat outer skin which lies opposite the region.
A method for controlling a reference signal, RS, transmission of a terminal by a base station in a wireless communication system, the method comprising: transmitting downlink control information, DCI, including RS activation information element, IE, to a terminal, wherein the RS activation IE includes two binary elements if data transmission is based on multiple terminal transmission antennas, and wherein the RS activation IE includes one binary element if the data transmission is based on a single terminal transmission antenna. transmitting downlink control information, DCI, including RS activation information element, IE, to a terminal, wherein the RS activation IE includes two binary elements if data transmission is based on multiple terminal transmission antennas, and wherein the RS activation IE includes one binary element if the data transmission is based on a single terminal transmission antenna.
Reversing system for telescopic sights comprising a guide sleeve, an outer sleeve and a socket having an optical element, wherein the outer sleeve is mounted axially fixed and rotatably on the guide sleeve and in the guide sleeve an inner slide is formed, and in the outer sleeve an outer slide is formed, wherein the socket is mounted axially displaceably in the guide sleeve and has a guide pin which projects into the inner slide and the outer slide, wherein the guide pin has a support axis on which a first pivot bearing and a second pivot bearing sit, wherein the first pivot bearing is guided within the outer slide and the second pivot bearing is guided within the inner slide, and wherein the first pivot bearing and/or the second pivot bearing has in its centre an inner ring (62, 63) seated on the support axis and an outer ring (64, 65) rotatably mounted on the inner ring (62, 63), wherein the first pivot bearing and the second pivot bearing respectively have one inner ring (62, 63) seated on the support axis and one outer ring (64, 65) rotatably mounted on the inner ring (62, 63) and wherein a first spacer is arranged between the inner rings (62, 63) of the first and second pivot bearing (60, 61), characterised in that the first spacer has a greater spacing thickness in the centre than on the outside, wherein the inner rings (62, 63) of the pivot bearings (60, 61) are kept at a distance and the outer, thinner part of the first spacer protrudes between the pivot bearings (60, 61) without touching these.
Process for the manufacture of a belt with an upstream pre-treatment of a tension-member system, where the belt comprises a belt body made of a polymeric material with elastic properties, comprising an outer ply as belt backing and comprising an underside with a force-transmission zone; and embedded in the belt body, a tension-member system, where the tension-member system has been pre-treated with crosslinked polymer; where, in an upstream process stage of the manufacture of the belt, cavities in the tension-member system are at least to some extent filled with crosslinked polymer and the tension-member system is sealed by an encapsulating layer made of crosslinked polymer, in that, in a single pre-treatment stage or in at least two pre-treatment stages, the tension-member system is wetted with a complete pre-treatment mixture comprising at least one prepolymer, at least one crosslinking agent and at least one solvent or dispersion medium, and the pre-treated tension-member system is then dried, where the viscosity of the complete preparation mixture, determined in accordance with ASTM D445 at 20°C is in the range of 5 to 150 Pas when a single pre-treatment stage is used and is in the range of 20 to 500 mPas when at least two preparation stages are used, and the layer thickness of the encapsulating layer is at least 5 μm.
A seat, comprising: a seat pad having a front surface and a back surface; a backboard disposed on the back surface of the seat pad; a trim cover covering the front surface of the seat pad; a terminal member attached to the trim cover along an end of the trim cover; and a connection member attached to an end of the backboard for connecting the terminal member thereto, wherein the terminal member is connected to the connection member in a state where the terminal member and the connection member are covered with the trim cover from an outside, so that the end of the trim cover is fastened to the end of the backboard, the connection member has a board-side engagement part which engages with the end of the backboard, the board-side engagement part is configured to cover at least a part of the end of the backboard and keeping a shape of the end, the board-side engagement part has a board insertion groove which allows the end of the backboard to be inserted and held in the board insertion groove, characterized in that: the end of the backboard has an opening which allows the board-side engagement part to be inserted in the opening, and the end of the backboard is inserted in the board insertion groove in a state where the board-side engagement part is inserted in the opening. a backboard disposed on the back surface of the seat pad; a trim cover covering the front surface of the seat pad; a terminal member attached to the trim cover along an end of the trim cover; and a connection member attached to an end of the backboard for connecting the terminal member thereto, wherein the terminal member is connected to the connection member in a state where the terminal member and the connection member are covered with the trim cover from an outside, so that the end of the trim cover is fastened to the end of the backboard, the connection member has a board-side engagement part which engages with the end of the backboard, the board-side engagement part is configured to cover at least a part of the end of the backboard and keeping a shape of the end, the board-side engagement part has a board insertion groove which allows the end of the backboard to be inserted and held in the board insertion groove, characterized in that: the end of the backboard has an opening which allows the board-side engagement part to be inserted in the opening, and the end of the backboard is inserted in the board insertion groove in a state where the board-side engagement part is inserted in the opening.
A method of cleaning an engine, comprising: aerating, via a gas delivered through one or more aerators, a detergent within a manifold to generate a meta-stable detergent based foam having bubble diameters of between 10 microns and 5 millimeters; delivering the meta-stable detergent based foam to the engine; soaking the engine with the meta-stable detergent based foam for a soaking period and rinsing the engine to remove the meta-stable detergent based foam, characterized in that the meta-stable detergent based foam is generated having a half-life between 5 minutes and 180 minutes and in that the soaking period corresponds to the half-life of the meta-stable detergent based foam. aerating, via a gas delivered through one or more aerators, a detergent within a manifold to generate a meta-stable detergent based foam having bubble diameters of between 10 microns and 5 millimeters; delivering the meta-stable detergent based foam to the engine; soaking the engine with the meta-stable detergent based foam for a soaking period and rinsing the engine to remove the meta-stable detergent based foam, characterized in that the meta-stable detergent based foam is generated having a half-life between 5 minutes and 180 minutes and in that the soaking period corresponds to the half-life of the meta-stable detergent based foam.
Energy absorption device for a vehicle, comprising a. an impingement element for introducing impact energy into the energy absorption device (1; 1a), b. at least one energy absorption element (5; 5a), which is connected to the impingement element for absorbing the impact energy, c. a reinforcing element (7; 7a) which, in order to reinforce the energy absorption device (1; 1a), connects the at least one energy absorption element (5; 5a) to the impingement element, d. at least two energy absorption elements (5; 5a), characterised in that e. exactly one reinforcing element (7; 7a) is provided that is connected to all of the energy absorption elements (5; 5a). a. an impingement element for introducing impact energy into the energy absorption device (1; 1a), b. at least one energy absorption element (5; 5a), which is connected to the impingement element for absorbing the impact energy, c. a reinforcing element (7; 7a) which, in order to reinforce the energy absorption device (1; 1a), connects the at least one energy absorption element (5; 5a) to the impingement element, d. at least two energy absorption elements (5; 5a), e. exactly one reinforcing element (7; 7a) is provided that is connected to all of the energy absorption elements (5; 5a).
A pre-combustion chamber tip of a pre-combustion chamber assembly of an internal combustion engine, the pre-combustion chamber tip comprising: a dome-like shaped wall structure forming at least a portion of a pre-combustion chamber and having a center axis; and a plurality of orifices (190, 290) extending through the wall structure and comprising inlets arranged at the inside of the wall structure and outlets arranged at the outside of the wall structure, central regions of the outlets of the plurality of orifices (190, 290) are distributed azimuthically with respect to the center axis and arranged at a first axial position with respect to the center axis within an outlet band extending circumferentially around the dome-like shaped wall structure, wherein the plurality of orifices (190, 290) comprises a first group of orifices extending at a first angle (α) with respect to the center axis and a second group of orifices extending at a second angle (β) with respect to the center axis, the first angle (α) being different to the second angle (β). a dome-like shaped wall structure forming at least a portion of a pre-combustion chamber and having a center axis; and a plurality of orifices (190, 290) extending through the wall structure and comprising inlets arranged at the inside of the wall structure and outlets arranged at the outside of the wall structure, central regions of the outlets of the plurality of orifices (190, 290) are distributed azimuthically with respect to the center axis and arranged at a first axial position with respect to the center axis within an outlet band extending circumferentially around the dome-like shaped wall structure, wherein the plurality of orifices (190, 290) comprises a first group of orifices extending at a first angle (α) with respect to the center axis and a second group of orifices extending at a second angle (β) with respect to the center axis, the first angle (α) being different to the second angle (β).