mhurhangee/ep-ind-claims huggingface dataset:
Partition wall having at least one wall element, the wall element consisting of at least one panel, and at least one clamping fitting being arranged on at least one outer edge of the panel, and the clamping fitting having at least one main body and at least one clamping jaw, and the spacing of those clamping faces of the main body and the clamping jaw which face one another being defined by virtue of the fact that the main body has at least one bearing face, with which a bearing section (17, 18) of the clamping jaw interacts, characterized in that the clamping jaw has at least two bearing sections (17, 18) of different configuration, a first bearing section or another bearing section becoming selectively active by way of a change of the orientation of the clamping jaw.
An electro-optical sighting system comprising: a short wave infrared active illumination laser configured to emit an infrared beam along an optical path toward a target; a second optical transmitter configured to emit a second infrared beam along the optical path toward the target, wherein the second optical transmitter includes a target designation laser or a range finding laser; a beam director positioned in the optical path and having a plurality of optical elements configured to direct at least one of the first infrared beam and the second infrared beam, and to collect reflected infrared radiation (120a, 122a) from reflection of the at least one of the first infrared beam and the second infrared beam from the target; a focal plane array detector configured to receive collected reflected infrared radiation (120a, 122a) from the beam director; an optical phased array positioned in the optical path between the short wave infrared active illumination laser and the beam director; and a controller operatively coupled to the optical phased array and configured to direct the optical phased array to defocus the first infrared beam to broaden a field of view of the short wave infrared active illumination laser for active illumination, and to direct the optical phased array to focus the second infrared beam to narrow the field of view of the second optical transmitter for range determination and/or target designation. a short wave infrared active illumination laser configured to emit an infrared beam along an optical path toward a target; a second optical transmitter configured to emit a second infrared beam along the optical path toward the target, wherein the second optical transmitter includes a target designation laser or a range finding laser; a beam director positioned in the optical path and having a plurality of optical elements configured to direct at least one of the first infrared beam and the second infrared beam, and to collect reflected infrared radiation (120a, 122a) from reflection of the at least one of the first infrared beam and the second infrared beam from the target; a focal plane array detector configured to receive collected reflected infrared radiation (120a, 122a) from the beam director; an optical phased array positioned in the optical path between the short wave infrared active illumination laser and the beam director; and a controller operatively coupled to the optical phased array and configured to direct the optical phased array to defocus the first infrared beam to broaden a field of view of the short wave infrared active illumination laser for active illumination, and to direct the optical phased array to focus the second infrared beam to narrow the field of view of the second optical transmitter for range determination and/or target designation.
Item of jewellery comprising: a plurality of mesh elements arranged so as to form a mesh extending in a plane of the workpiece; and a plurality of links, each link being configured to be connected to a portion of at least two adjacent mesh elements, so as to connect said at least two mesh elements in an articulated manner; characterized in that each link comprises a first portion and a second portion so that when the link is connected, said at least two mesh elements extend in the plane of the workpiece between the first portion and the second portion of the link; and that the mesh elements are connected to each other in the plane of the workpiece by bridges configured to be removed by a predetermined deformation of the mesh relative to the plane of the workpiece. a plurality of mesh elements arranged so as to form a mesh extending in a plane of the workpiece; and a plurality of links, each link being configured to be connected to a portion of at least two adjacent mesh elements, so as to connect said at least two mesh elements in an articulated manner;
An endoscope inserting direction detecting apparatus, comprising: image input means for receiving an endoscopic image from an endoscope that is adapted to be inserted into a body cavity; pixel sampling means adapted to sample pixel values from the endoscopic image received by the image input means; pixel selecting means adapted to select pixels, which lie in a specified area, among the pixels sampled by the pixel sampling means; shape estimating means adapted to estimate the shape of the specified area on the basis of the continuity of the distribution of pixels that indicate the stated pixel value and that are sampled by the pixel sampling means; and inserting direction determining means adapted to determine an inserting direction within the body cavity, in which the endoscope should be further inserted, according to the shape estimated by the shape estimating means, characterized in that the specified area containing the pixels selected by the pixel selecting means is defined by an area between a plurality of circles, having centers located at the same position. image input means for receiving an endoscopic image from an endoscope that is adapted to be inserted into a body cavity; pixel sampling means adapted to sample pixel values from the endoscopic image received by the image input means; pixel selecting means adapted to select pixels, which lie in a specified area, among the pixels sampled by the pixel sampling means; shape estimating means adapted to estimate the shape of the specified area on the basis of the continuity of the distribution of pixels that indicate the stated pixel value and that are sampled by the pixel sampling means; and inserting direction determining means adapted to determine an inserting direction within the body cavity, in which the endoscope should be further inserted, according to the shape estimated by the shape estimating means, characterized in that the specified area containing the pixels selected by the pixel selecting means is defined by an area between a plurality of circles, having centers located at the same position.
An improved ant trap, comprising: a base having a central opening and the opening suitable for storing liquid; a platform movable with respect to the base, characterized in that the platform being balanced with respect to the base and pivotable thereto, the platform having pivot points located asymmetrically with relation to the base; a bait trap located on the platform, the bait trap aiding in balancing the platform with respect to the base, the ant path is defined from the base along the platform to the bait trap; the balance of the platform being such that the weight of a sufficient number of ants on the platform, causes the platform to tilt into the central opening; and whereby upon filling the central opening with a liquid and upon the balance being upset, the platform pivots and the ant path is at least partially immersed in the liquid for exterminating ants. a base having a central opening and the opening suitable for storing liquid; a platform movable with respect to the base, characterized in that the platform being balanced with respect to the base and pivotable thereto, the platform having pivot points located asymmetrically with relation to the base; a bait trap located on the platform, the bait trap aiding in balancing the platform with respect to the base, the ant path is defined from the base along the platform to the bait trap; the balance of the platform being such that the weight of a sufficient number of ants on the platform, causes the platform to tilt into the central opening; and whereby upon filling the central opening with a liquid and upon the balance being upset, the platform pivots and the ant path is at least partially immersed in the liquid for exterminating ants.
Thermoplastic composition, containing at least one polyolefin, which is selected from polypropylene homopolymers, and at least one elastomer component, wherein the elastomer component is selected from a polyolefin-1-alpha-olefin copolymer based on polyethylene or polypropylene, with two to eight carbon atoms in the 1-alpha-olefin moiety, which has at least partially a block structure, wherein the polyolefin-1-alpha-olefin copolymer has a density according to DIN ISO 53479 of 0.85 to 0.91, and a melt index according to DIN EN ISO 1133 of 0.2 to 30 g/10 min at 2.16 kg/190 °C, characterized in that the polyolefin-1-alpha-olefin copolymer is contained in an amount of 5 to 15% by weight.
Electrical machine, in particular an alternating current generator, which may, for example, be in the form of a polyphase generator, having - preferably electrical - components which are protected against access, with a protective cap being used for this purpose, which is attached by means of at least one snap-action area, with the snap-action area having a snap-action hook with a snap-action hook root, with a bending area between the snap-action hook and the snap-action hook root characterized in that the bending area has a curved surface (112, 115).
A molecular analysis device comprising: a substrate; a waveguide (106,602) on the substrate comprising a coupling means (208,618) configured for coupling a predetermined frequency or range of frequencies of laser radiation into the waveguide (106,602) and comprising a planar integrating element (404,502,800) with a filter or reflector element (109,406,504) adjacent to the integrating element (404,502,800), the waveguide (106,602) and the planar integrating element (404,502,800) having a height such that they are single mode out-of-plane; a metallic nanostructure (212,216,304,306,408,622) disposed on top of or adjacent to the planar integrating element (404,502,800), configured such that the field intensity and its gradient of said laser radiation that is coupled into the guided mode of the waveguide (106,602), are enhanced over a volume around the nanostructure (212,216,304,306,408,622) to cause both plasmonic based optical trapping of analytes in a medium and plasmonic based excitation of said particles to produce Raman scattered radiation; a Raman scattered radiation collection means (204,206,302,410) disposed on the substrate for collecting said Raman scattered radiation produced by said particles. a substrate; a waveguide (106,602) on the substrate comprising a coupling means (208,618) configured for coupling a predetermined frequency or range of frequencies of laser radiation into the waveguide (106,602) and comprising a planar integrating element (404,502,800) with a filter or reflector element (109,406,504) adjacent to the integrating element (404,502,800), the waveguide (106,602) and the planar integrating element (404,502,800) having a height such that they are single mode out-of-plane; a metallic nanostructure (212,216,304,306,408,622) disposed on top of or adjacent to the planar integrating element (404,502,800), configured such that the field intensity and its gradient of said laser radiation that is coupled into the guided mode of the waveguide (106,602), are enhanced over a volume around the nanostructure (212,216,304,306,408,622) to cause both plasmonic based optical trapping of analytes in a medium and plasmonic based excitation of said particles to produce Raman scattered radiation; a Raman scattered radiation collection means (204,206,302,410) disposed on the substrate for collecting said Raman scattered radiation produced by said particles.
Use of an enzyme capable of degrading fructose-containing polysaccharides into short-chained fructo-oligosaccharides and fructose in the production of a dough or a baked product made from dough comprising at least one fructose-containing polysaccharide.
A cutting tool, comprising a base body whose surface is coated with a coating layer made of Cr a M 1-a (C 1-x N x) (here, M is at least one element selected from Ti, Al, Si, W, Mo, Ta, Hf, Nb, Zr, and Y, 0.01 ≤ a ≤ 0.4, and 0 ≤ x ≤ 1), wherein a cutting edge is formed on an intersection ridgeline between a rake face and a flank face, wherein a range of the cutting edge is defined by a region, the width of which is 500 μm from the intersection ridgeline between the rake face and the flank face, wherein the coating layer for the cutting edge has a Cr content ratio greater than a Cr content ratio of the coating layer for the flank face, and wherein a ratio (tc/tf) is 1.10 to 3.00, in which a thickness tf is the thickness of the coating layer for the flank face, and a thickness tc is the thickness of the coating layer for the cutting edge.
A self-inking stamp comprising: a porous marking block having a large number of interconnected pores; an ink storage body disposed on an upper surface of the porous marking block; and an ink tank comprising an ink supply tube having an open distal end connected to the ink storage body, characterized in that the self-inking stamp further comprising an absorber disposed on an upper surface of the ink storage body and configured to generate a capillary force less than that of the ink storage body, and absorb excess ink from the ink storage body, the absorber having an air passage opening provided in at least a part of an upper surface or outer lateral peripheral surface thereof in communicating relation with atmospheric air. a porous marking block having a large number of interconnected pores; an ink storage body disposed on an upper surface of the porous marking block; and an ink tank comprising an ink supply tube having an open distal end connected to the ink storage body, characterized in that the self-inking stamp further comprising an absorber disposed on an upper surface of the ink storage body and configured to generate a capillary force less than that of the ink storage body, and absorb excess ink from the ink storage body, the absorber having an air passage opening provided in at least a part of an upper surface or outer lateral peripheral surface thereof in communicating relation with atmospheric air.
A method for imaging a pattern created by means of a programmable mask on a substrate, which has a photosensitive layer, wherein illumination patches are created on the mask by means of the illuminating unit in an exposure raster and individual images corresponding to the pattern are created in an image raster on the substrate by means of an optical unit, characterised in that at least two exposure processes of the photosensitive layer are carried out, the illumination patches or exposure points of which are predetermined in an offset manner with respect to each other, and in that the exposure raster is stretched for the same number of illumination patches or exposure points compared to the image raster and the number of exposure processes is increased in the same ratio or in that the exposure raster is stretched by a predetermined factor with respect to the image raster, which corresponds to the number of exposure processes, wherein the total number of illumination patches or exposure points is in particular essentially equal to that in the case of a single exposure process without stretching the exposure raster.
An uplink reference signal sending method, comprising: configuring, by a base station, M pieces of uplink reference signal resource information for user equipment, UE, wherein M is a positive integer greater than or equal to 2; and sending, by the base station, the M pieces of uplink reference signal resource information to the UE, wherein the uplink reference signal resource information comprises uplink reference signal symbol configuration information and at least one of the following: uplink reference signal comb configuration information, uplink reference signal transmission bandwidth configuration information, uplink reference signal frequency hopping configuration information, uplink reference signal start frequency domain location information, and uplink reference signal subframe configuration information, wherein the uplink reference signal symbol configuration information indicates a set of cell-specific first orthogonal frequency division multiplexing OFDM symbols used by the UE to send the uplink reference signal and a set of UE-specific second OFDM symbols used by the UE to send the uplink reference signal; and the set of first OFDM symbols comprises the set of second OFDM symbols. configuring, by a base station, M pieces of uplink reference signal resource information for user equipment, UE, wherein M is a positive integer greater than or equal to 2; and sending, by the base station, the M pieces of uplink reference signal resource information to the UE, wherein the uplink reference signal resource information comprises uplink reference signal symbol configuration information and at least one of the following: uplink reference signal comb configuration information, uplink reference signal transmission bandwidth configuration information, uplink reference signal frequency hopping configuration information, uplink reference signal start frequency domain location information, and uplink reference signal subframe configuration information, wherein the uplink reference signal symbol configuration information indicates a set of cell-specific first orthogonal frequency division multiplexing OFDM symbols used by the UE to send the uplink reference signal and a set of UE-specific second OFDM symbols used by the UE to send the uplink reference signal; and the set of first OFDM symbols comprises the set of second OFDM symbols. the uplink reference signal symbol configuration information indicates a set of cell-specific first orthogonal frequency division multiplexing OFDM symbols used by the UE to send the uplink reference signal and a set of UE-specific second OFDM symbols used by the UE to send the uplink reference signal; and the set of first OFDM symbols comprises the set of second OFDM symbols.
A non-transitory computer-readable recording medium comprising an information processing program comprising instructions which, when the program is executed by a computer, cause the computer to perform processing, the processing comprising: generating post-replacement data by replacing values, with other values, of individual unit data pieces, which have a predetermined data length, of malware (1, 31) in accordance with a replacement rule by which replacement is performed in bijective relationships on a unit data piece basis while a predetermined characteristic indicated in the malware is maintained; and generating, based on the post-replacement data, machine learning data to be used for machine learning in which the predetermined characteristic is used. generating post-replacement data by replacing values, with other values, of individual unit data pieces, which have a predetermined data length, of malware (1, 31) in accordance with a replacement rule by which replacement is performed in bijective relationships on a unit data piece basis while a predetermined characteristic indicated in the malware is maintained; and generating, based on the post-replacement data, machine learning data to be used for machine learning in which the predetermined characteristic is used.
A selective laser solidification apparatus, comprising; a powder bed onto which a powder layer can be deposited, a gas flow unit for passing a flow of gas over the powder bed along a gas flow direction, a laser scanning unit for scanning a laser beam over the powder layer to selectively solidify at least part of the powder layer to form one or more objects, characterised by a processing unit for selecting a scanning sequence of the laser beam based on the gas flow direction.
Carrying item provided with a first shoulder strap and a second shoulder strap that are fixed to a back panel and one or more pockets, front or back, the carrying item comprising a system for adjusting the separation between the front part of the first shoulder strap and the front part of the second shoulder strap, the adjustment system comprising: - a top link delimited by a first end and a second end, - a bottom link delimited by a first end and a second end, - a first attachment element intended to be fixed onto a shoulder strap (21, 22), the first attachment element being secured to the top link at its first end, - a second attachment element intended to be fixed onto a shoulder strap (21, 22), the second attachment element being secured to the bottom link at its second end, - a third attachment element intended to be fixed onto the first shoulder strap, the third attachment element being secured to the top link, close to its second end, the third attachment element being secured to the bottom link, close to its first end, the third attachment element comprising a first adjustment device making it possible to adjust the relative position of the link between the top link and the third attachment element, a second adjustment device making it possible to adjust the relative position of the link between the bottom link and the third attachment element, each front part (211, 221) of a shoulder strap (21, 22) bearing fixing elements (212, 222) and the first and/or the second attachment element being mounted removably on one of the fixing elements (212, 222) so as to allow the adjustment of the vertical position of the first attachment element and/or the second attachment element. - a top link delimited by a first end and a second end, - a bottom link delimited by a first end and a second end, - a first attachment element intended to be fixed onto a shoulder strap (21, 22), the first attachment element being secured to the top link at its first end, - a second attachment element intended to be fixed onto a shoulder strap (21, 22), the second attachment element being secured to the bottom link at its second end, - a third attachment element intended to be fixed onto the first shoulder strap, the third attachment element being secured to the top link, close to its second end, the third attachment element being secured to the bottom link, close to its first end, the third attachment element comprising
Support ring for an exhaust gas duct system, especially of an internal combustion engine of a vehicle, comprising a support element body with a plurality of body segments (46, 48; 72, 74, 76) and a support arrangement formed with a metallic wire material connecting the body segments (46, 48; 72, 74, 76) to one another, wherein at least one body segment (46, 48; 72, 74, 76) has a U-profile design, and wherein the support arrangement is at least partially accommodated in a U-profile interior space of the at least one body segment (46, 48; 72, 74, 76), characterised in that the at least one body segment (46, 48; 72, 74, 76) with a U-profile design is connected to the support arrangement by frictional connection, wherein the frictional connection is provided by local pressing of the support arrangement for forming several pressing areas and thereby compaction of the support arrangement into the U-profile inner space and abutment of the support arrangement at U-legs (62, 64) of the at least one body segment (46, 48; 72, 74, 76) under frictional pressing, and in that at the pressing areas a material connection between the support arrangement and the at least one body segment (46, 48; 72, 74, 76) is generated by welding.
A monolithic interlayer comprising a polymer blend of: polyvinyl acetal ("poly(vinyl acetal)"); and a cellulose ester ("CE"). polyvinyl acetal ("poly(vinyl acetal)"); and a cellulose ester ("CE").