mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle cradle structure including: - at least two longitudinal side rails made of aluminium or aluminium alloy that are spaced apart transversely, - at least one transversely oriented cross member (32, 34) that is made of aluminium or of aluminium alloy and that connects the two longitudinal side rails together, in which the cross member (32, 34) is secured to the longitudinal side rails in a non-dissociable manner by bonding in combination with a fastening using rivets, characterized in that surfaces bonded together are spaced apart by a determined dimensional clearance (j) able to accept glue or an adhesive agent and in that at least one bonding zone has a surface (103, 107, 113, 67, 82, 45, 47, 133, 135) provided with raised elements (104, 108, 114, 68, 84, 48, 50, 136) that cooperate with a facing surface. - at least two longitudinal side rails made of aluminium or aluminium alloy that are spaced apart transversely, - at least one transversely oriented cross member (32, 34) that is made of aluminium or of aluminium alloy and that connects the two longitudinal side rails together, in which the cross member (32, 34) is secured to the longitudinal side rails in a non-dissociable manner by bonding in combination with a fastening using rivets, characterized in that surfaces bonded together are spaced apart by a determined dimensional clearance (j) able to accept glue or an adhesive agent and in that at least one bonding zone has a surface (103, 107, 113, 67, 82, 45, 47, 133, 135) provided with raised elements (104, 108, 114, 68, 84, 48, 50, 136) that cooperate with a facing surface. in which the cross member (32, 34) is secured to the longitudinal side rails in a non-dissociable manner by bonding in combination with a fastening using rivets, characterized in that surfaces bonded together are spaced apart by a determined dimensional clearance (j) able to accept glue or an adhesive agent and in that at least one bonding zone has a surface (103, 107, 113, 67, 82, 45, 47, 133, 135) provided with raised elements (104, 108, 114, 68, 84, 48, 50, 136) that cooperate with a facing surface.
A polarizer (10, 20), comprising: a substrate (11, 21); and a plurality of stripe shaped grid lines (15, 25) on the substrate (11, 21), wherein: each of the grid lines (15, 25) includes a light absorbing layer (15b, 25b) and a reflective layer (15a 25a), the reflective layer being between the light absorbing layer (15b, 25b) and the substrate (11, 21), and the light absorbing layer (15b, 25b) includes an oxide that contains molybdenum (Mo), tungsten, or a combination of Mo and W, characterized in that the oxide further includes a second element other than Mo and W, wherein the second element satisfies a condition that a volatilization temperature of a halide of the second element is 100 °C or less, and wherein a content of the second element in the metal oxide is in a range of 0.01 atomic percent (at%) to 10 at%, based on 100 at% of a total amount of Mo, W, the second element, and oxygen in the metal oxide. a substrate (11, 21); and a plurality of stripe shaped grid lines (15, 25) on the substrate (11, 21), wherein: each of the grid lines (15, 25) includes a light absorbing layer (15b, 25b) and a reflective layer (15a 25a), the reflective layer being between the light absorbing layer (15b, 25b) and the substrate (11, 21), and the light absorbing layer (15b, 25b) includes an oxide that contains molybdenum (Mo), tungsten, or a combination of Mo and W, each of the grid lines (15, 25) includes a light absorbing layer (15b, 25b) and a reflective layer (15a 25a), the reflective layer being between the light absorbing layer (15b, 25b) and the substrate (11, 21), and the light absorbing layer (15b, 25b) includes an oxide that contains molybdenum (Mo), tungsten, or a combination of Mo and W, characterized in that the oxide further includes a second element other than Mo and W, wherein the second element satisfies a condition that a volatilization temperature of a halide of the second element is 100 °C or less, and wherein a content of the second element in the metal oxide is in a range of 0.01 atomic percent (at%) to 10 at%, based on 100 at% of a total amount of Mo, W, the second element, and oxygen in the metal oxide. the oxide further includes a second element other than Mo and W, wherein the second element satisfies a condition that a volatilization temperature of a halide of the second element is 100 °C or less, and wherein a content of the second element in the metal oxide is in a range of 0.01 atomic percent (at%) to 10 at%, based on 100 at% of a total amount of Mo, W, the second element, and oxygen in the metal oxide.
An arrangement comprising a fitting and a metal tubing in a jacket (404, 406), the fitting comprising: an adaptor having exterior threads at a first adaptor end, the adaptor having a longitudinal passage for fluid flow; a body having interior threads at a first body end, the interior threads engaging the exterior threads to secure the body to the adaptor in a first body cavity; and a jacket lock ring positioned at a second body end, the jacket lock ring including barbs for engaging a surface of the jacket (404,406); characterized in that the body includes a frusto-conical recess at a distal portion of the second body end, the locking ring being positioned in the frusto-conical recess; and in that the fitting fruther comprises a seal nut having seal nut threads on an interior surface thereof; the body having exterior body threads at the distal portion of the second body end proximate the frusto-conical recess, the seal nut threads engaging the exterior body threads. an adaptor having exterior threads at a first adaptor end, the adaptor having a longitudinal passage for fluid flow; a body having interior threads at a first body end, the interior threads engaging the exterior threads to secure the body to the adaptor in a first body cavity; and a jacket lock ring positioned at a second body end, the jacket lock ring including barbs for engaging a surface of the jacket (404,406); the body includes a frusto-conical recess at a distal portion of the second body end, the locking ring being positioned in the frusto-conical recess; and in that the fitting fruther comprises a seal nut having seal nut threads on an interior surface thereof; the body having exterior body threads at the distal portion of the second body end proximate the frusto-conical recess, the seal nut threads engaging the exterior body threads.
Method for checking scotopic vision, in which an optotype is presented to a subject with an open pupil from a distance of several metres in a darkened room, characterized in that the optotype is embodied as a light spot and in that the visual acuity of the subject is ascertained with the aid of the optotype, wherein the light spot is embodied as a light-emitting diode or embodied as an illuminated dot of an LED screen and wherein the light spot has a diameter of less than 1 mm.
A device for inserting synthetic fibres into the ground, comprising a vehicle with a frame (37, 38), which can be driven in a direction of movement across the ground, a plurality of rotatable rolls on which synthetic fibres are wound, conveying means for conveying the fibres relative to the frame from the rolls to respective insertion positions above the ground, wherein the fibres extend parallel to the direction of movement and to each other at the associated insertion positions, pin-shaped insertion elements arranged in at least one row that extends horizontally, transversely to the direction of movement above fibres at the insertion positions, first moving means for moving the insertion elements up and down between an upper position and a lower position relative to the frame, wherein lower ends of the insertion elements are located above the fibres at the insertion positions in the upper position and wherein the lower ends of the insertion elements are inserted into the ground in the lower position, wherein the fibres are carried along by the insertion elements and pressed into the ground during the downward movement of the insertion elements from the upper position to the lower position, the conveying means comprising a number of aligned side-by-side pairs of clamping elements (41, 42) for the clamping of a fibre by the clamping elements of aligned pairs of clamping elements and for the clamping of side-by-side fibres by the clamping elements of side-by-side pairs of clamping elements, wherein the clamping elements (41, 42) are provided on connecting elements that extend along the length of the at least one row, the device further comprising cutting means for cutting the fibres at positions between two adjacent clamping elements of two adjacent, aligned pairs of clamping elements, the conveying means further comprising guide means for moving the connecting elements provided with the clamping elements (41, 42) in an endless path relative to the frame, wherein the pin-shaped insertion elements extend within the endless path, at least in the upper position, characterised in that the connecting elements are pivotally interconnected.
Headlamp, in particular motor vehicle headlamp, comprising - a housing, - a number of supporting frames (11, 21), namely, a first supporting frame and at least one further supporting frame, which are adjustably mounted in the housing and which support respective optical components (10, 20), and - an adjusting device configured to jointly adjust the supporting frames (11, 21) by swivelling around at least one axis (a1, a2) relative to the housing, wherein the setting device comprises a gear actuated by an actuator, said gear being connected to the supporting frames (11, 21) via respective articulated couplings, and wherein the gear has a concentric multiple spherical bearing, in which a connecting element of the actuator and connecting elements (14, 24), which are respectively associated with the supporting frames (11, 21), are concentrically coupled, wherein for the or for each of the further supporting frame(s) the respectively associated connecting element is, directly or gear-wise, connected to the joint coupling of the respective supporting frame, characterised in that the connecting element of the first supporting frame is rigidly connected to the first supporting frame. - a housing, - a number of supporting frames (11, 21), namely, a first supporting frame and at least one further supporting frame, which are adjustably mounted in the housing and which support respective optical components (10, 20), and - an adjusting device configured to jointly adjust the supporting frames (11, 21) by swivelling around at least one axis (a1, a2) relative to the housing,
A method for allocating pilots to sub-frames, the sub-frames comprising a plurality of blocks in time domain, the method comprising: transmitting, at a user equipment, a data demodulation, DM, pilot used for demodulating data, wherein the DM pilot is allocated to two blocks spaced not contiguous with each other, wherein a first block of the two blocks and a second block of the two blocks are transmitted on different frequency bands; and transmitting, at the user equipment, a channel quality, CQ, pilot used for measuring channel quality, wherein the CQ pilot is allocated to at least one block, wherein the frequency band for the CQ pilot is wider than that for the DM pilot, and wherein the two blocks to which the DM pilot is allocated are different from the at least one block to which the CQ pilot is allocated. transmitting, at a user equipment, a data demodulation, DM, pilot used for demodulating data, wherein the DM pilot is allocated to two blocks spaced not contiguous with each other, wherein a first block of the two blocks and a second block of the two blocks are transmitted on different frequency bands; and transmitting, at the user equipment, a channel quality, CQ, pilot used for measuring channel quality, wherein the CQ pilot is allocated to at least one block, wherein the frequency band for the CQ pilot is wider than that for the DM pilot, and wherein the two blocks to which the DM pilot is allocated are different from the at least one block to which the CQ pilot is allocated.
A silicon based electro-optically active device comprising: a silicon-on-insulator, SOI, waveguide (202a, 202b); an electro-optically active waveguide including an electro-optically active stack within a cavity of the SOI waveguide, the electro-optically active stack containing a plurality of silicon germanium layers; and a channel (204a, 204b) between the electro-optically active stack and the SOI waveguide; wherein the channel is filled with a filling material with a refractive index greater than that of a material forming a sidewall of the cavity to thereby form a bridge-waveguide in the channel between the SOI waveguide and the electro-optically active stack. a silicon-on-insulator, SOI, waveguide (202a, 202b); an electro-optically active waveguide including an electro-optically active stack within a cavity of the SOI waveguide, the electro-optically active stack containing a plurality of silicon germanium layers; and a channel (204a, 204b) between the electro-optically active stack and the SOI waveguide;
A support assembly for an item of furniture, which support assembly includes an elongated support structure for connection at an operatively upper end thereof to an upper portion of an item of furniture; a first pair of feet fast with the support structure, at or adjacent an operatively lower end thereof; an elongated guide formation fast with the support structure and extending lengthwise relative to the support structure; a support member displaceable with respect to the support structure which has a second pair of feet at or adjacent an operatively lower end thereof, the displaceable support member being arranged relative to the support structure so that a line drawn between the feet of the first pair is transverse to a line drawn between the feet of the second pair; the displaceable support member also being provided with an elongated guided formation complementary to and longitudinally slidably engaged with the guide formation, so that the displaceable support member is slidably displaceable along a rectilinear guide path which is transverse to the lines drawn between both the pairs of feet (32, 50), with one of the guide formation and the guided formation being in the form of a guided pin, the other one of the guide formation and the guided formation being in the form of a passage defining unit defining a guide passage within which the guided pin is longitudinally slidably received, the dimensions of the passage and the guided pin being such that automatic frictional engagement of the guided pin occurs, in use, with a surface of the passage in response to pivoting of the displaceable support member about a pivot axis which is transverse to the displaceable support member's guide path, automatically to anchor the displaceable support member frictionally against sliding displacement relative to the support structure, characterised thereby that the passage defining unit has a hollow adjustable guide member whereby the dimension of the passage is adjustable in accordance with the dimension of the pin; and the passage defining unit is fastenable to the support structure or the support member, as the case may be, once it has been adjusted, such that the passage defining unit may first be adjusted to conform with the guide pin and then be fastened to the support structure or the support member.
Combustion chamber assembly for a vehicle heating device, comprising: - a combustion chamber housing with a circumferential wall and a bottom section surrounding a combustion chamber, - at the circumferential wall an ignition element receiving connection piece which is open towards the combustion chamber, - at an inner side of the circumferential wall and the ignition element receiving connection piece a porous evaporator medium (28, 30), - a fuel supply line arrangement for supplying fuel to the porous evaporator medium in said ignition element receiving connection piece, characterized in that two such ignition element receiving connection pieces are provided, wherein an electrically excitable ignition element is provided in at least one of the ignition element receiving connection pieces and in that the two ignition element receiving connection pieces lead almost tangentially into the combustion chamber and are arranged in relation to each other with an acute angle so that in relation to a longitudinal center plane of the combustion chamber housing they are substantially mirror-symmetric. - a combustion chamber housing with a circumferential wall and a bottom section surrounding a combustion chamber, - at the circumferential wall an ignition element receiving connection piece which is open towards the combustion chamber, - at an inner side of the circumferential wall and the ignition element receiving connection piece a porous evaporator medium (28, 30), - a fuel supply line arrangement for supplying fuel to the porous evaporator medium in said ignition element receiving connection piece,
Industrial truck, in particular counterbalance forklift truck, with a frame and a power supply unit arranged in a battery compartment within the frame, wherein the frame is provided with an opening for replacing the power supply unit in the horizontal direction, and the opening is formed by a lateral frame opening and a lower frame opening which adjoins and merges into the lateral frame opening, wherein the frame opening is formed by a cutout in a base plate of the frame, wherein a support is arranged on the upper region of the lateral frame opening, the support connecting a front frame plate, which bounds the battery compartment to the front, to a rear frame plate, which adjoins the battery compartment to the rear, and the lateral frame opening is closable by means of a battery compartment flap, characterized in that at least one reinforcing element is provided which is fastenable in a form-fitting manner in the cutout of the base plate of the frame at the transition region from the lateral frame opening to the lower frame opening.
A finisher arrangement for a towed piste preparation device, in particular snow sport piste preparation device, which consists at least in part of an elastically yielding material and is provided on its underside facing the piste surface with profiled portions which are arranged in a profiling region of the underside and, during towed operation, introduce a profiled pattern into the piste surface, the profiled portions being distributed transversely of the towing direction over a width of the finisher arrangement, the profiled portions having at least one disruptor row, extending over the width of the finisher arrangement, of disruption profile elements for breaking up the piste surface, the disruptor row being arranged, in relation to the towing direction, in a front end portion of the profiling region, characterised in that the disruption profile elements have a conical shape in the manner of a right cone with a rounded tip. which consists at least in part of an elastically yielding material and is provided on its underside facing the piste surface with profiled portions which are arranged in a profiling region of the underside and, during towed operation, introduce a profiled pattern into the piste surface, the profiled portions being distributed transversely of the towing direction over a width of the finisher arrangement, the profiled portions having at least one disruptor row, extending over the width of the finisher arrangement, of disruption profile elements for breaking up the piste surface, the disruptor row being arranged, in relation to the towing direction, in a front end portion of the profiling region, characterised in that the disruption profile elements have a conical shape in the manner of a right cone with a rounded tip.
An aqueous coating composition comprising dissolved polyvinyl alcohol and an emulsified organosilicon material, wherein the composition contains a saccharide of molecular weight below 2000.
A crystal of 2-(3,4-dichlorobenzyl)-5-methyl-4-oxo-3,4-dihydrothieno[2,3-d]pyrimidine-6-carboxylic acid having (a) an X-ray powder diffraction pattern showing diffraction peaks at diffraction angles 2θ of 6.7±0.2°, 8.3±0.2°, 8.9±0.2°, 14.0±0.2°, 14.8±0.2° and 26.4±0.2° in X-ray powder diffraction spectrum; or (b) an X-ray powder diffraction pattern showing diffraction peaks at diffraction angles 2θ of 7.3±0.2°, 11.2±0.2°, 13.3±0.2°, 17.0±0.2°, 25.5±0.2° and 27.5±0.2° in X-ray powder diffraction spectrum. (a) an X-ray powder diffraction pattern showing diffraction peaks at diffraction angles 2θ of 6.7±0.2°, 8.3±0.2°, 8.9±0.2°, 14.0±0.2°, 14.8±0.2° and 26.4±0.2° in X-ray powder diffraction spectrum; or (b) an X-ray powder diffraction pattern showing diffraction peaks at diffraction angles 2θ of 7.3±0.2°, 11.2±0.2°, 13.3±0.2°, 17.0±0.2°, 25.5±0.2° and 27.5±0.2° in X-ray powder diffraction spectrum.
A cutting tool (21, 121), comprising: a cutting insert (23, 123), the insert comprising a cutting edge; a cassette (27, 127) comprising an insert clamp (29, 129) for clamping the insert relative to an abutment surface (31, 131) of the cassette, the cassette is furthermore comprising a generally cylindrical base portion (33, 133); a tool holder body (43, 143), the tool holder body having a cylindrical opening (45, 145) in which the base portion (33, 133) of the cassette (27, 127) is disposed; the cutting tool (21, 121) is furthermore comprising a cassette clamp (47, 147) comprising a screw (49, 149) and a wedge (55, 155) for clamping the cassette (27, 127) relative to the tool holder body (43, 143), wherein the wedge (55, 155) is adapted to be received in a wedge-receiving opening (51, 151A) in the tool holder body (42, 143); the cutting edge extending beyond a periphery of the tool holder body when the insert (23, 123) is clamped relative to the abutment surface (31, 131) of the cassette (27, 127) and the cassette is clamped relative to the tool holder body (43, 143); wherein the tool is a rotatable tool characterized in that the screw (49, 149) is disposed in a hole in the wedge and being threaded into an internally threaded hole (51, 151A) in the tool holder body and in that a longitudinal axis of the cassette (27, 127) is substantially perpendicular to an axis of rotation of the tool (21, 121). a cutting insert (23, 123), the insert comprising a cutting edge; a cassette (27, 127) comprising an insert clamp (29, 129) for clamping the insert relative to an abutment surface (31, 131) of the cassette, the cassette is furthermore comprising a generally cylindrical base portion (33, 133); a tool holder body (43, 143), the tool holder body having a cylindrical opening (45, 145) in which the base portion (33, 133) of the cassette (27, 127) is disposed;