mhurhangee/ep-ind-claims huggingface dataset:
A distance measuring module comprising: a diffractive optical element that emits a predetermined number of line light beams; an imaging element that images the line light beams with which a subject is irradiated; a distance measuring unit that measures a distance from the subject by using triangulation on a basis of the imaged line light beams, and a light source that supplies substantially parallel light to the diffractive optical element, wherein the light source further includes a vibration unit that vibrates the substantially parallel light, and the imaging element images the line light beams in conjunction with the vibration, characterized in that the vibration unit vibrates the substantially parallel light in a direction orthogonal to a direction of the line light beams so that its amplitude is larger than a width of an interval between the line light beams. a diffractive optical element that emits a predetermined number of line light beams; an imaging element that images the line light beams with which a subject is irradiated; a distance measuring unit that measures a distance from the subject by using triangulation on a basis of the imaged line light beams, and a light source that supplies substantially parallel light to the diffractive optical element, wherein the light source further includes a vibration unit that vibrates the substantially parallel light, and the imaging element images the line light beams in conjunction with the vibration, characterized in that the vibration unit vibrates the substantially parallel light in a direction orthogonal to a direction of the line light beams so that its amplitude is larger than a width of an interval between the line light beams.
Image registration system for registering a live stream of ultrasound images of a beamforming ultrasound probe with an X-ray image based on i) ultrasound signals transmitted between the beamforming ultrasound probe and an ultrasound transducer that is disposed on a medical device represented in the X-ray image, the ultrasound transducer having a predetermined spatial relationship with the medical device, and based on ii) a position of the medical device derived from the X-ray image; the image registration system comprising at least one processor configured to: receive the live stream of ultrasound images; receive the X-ray image that includes the representation of the medical device; identify, from the received X-ray image, a position of the medical device; receive transmitted and detected signals corresponding to the ultrasound signals transmitted between the beamforming ultrasound probe and the ultrasound transducer disposed on the medical device; determine, based on the received signals, a location of the ultrasound transducer respective the beamforming ultrasound probe by i) selecting an ultrasound beam of the beamforming ultrasound probe corresponding to the maximum detected signal and ii) calculating, for the selected ultrasound beam, a range between the beamforming ultrasound probe and the ultrasound transducer based on a time of flight of said transmitted ultrasound signals; and to register each ultrasound image from the live stream with the X-ray image based on the identified position of the medical device, wherein said registration includes determining an offset from said identified position that is based on i) the predetermined spatial relationship of the ultrasound transducer respective the medical device and ii) the determined location of the ultrasound transducer respective the beamforming ultrasound probe. receive the live stream of ultrasound images; receive the X-ray image that includes the representation of the medical device; identify, from the received X-ray image, a position of the medical device; receive transmitted and detected signals corresponding to the ultrasound signals transmitted between the beamforming ultrasound probe and the ultrasound transducer disposed on the medical device; determine, based on the received signals, a location of the ultrasound transducer respective the beamforming ultrasound probe by i) selecting an ultrasound beam of the beamforming ultrasound probe corresponding to the maximum detected signal and ii) calculating, for the selected ultrasound beam, a range between the beamforming ultrasound probe and the ultrasound transducer based on a time of flight of said transmitted ultrasound signals; and to register each ultrasound image from the live stream with the X-ray image based on the identified position of the medical device, wherein said registration includes determining an offset from said identified position that is based on i) the predetermined spatial relationship of the ultrasound transducer respective the medical device and ii) the determined location of the ultrasound transducer respective the beamforming ultrasound probe.
An electroconductive particle for forming an electrode, based on a precious metal particle based on Pt or a Pt alloy and having an average particle diameter of 50 to 150 nm; a first ceramic particle based on Al 2 O 3 or ZrO 2 dispersed in the precious metal particle and having an average particle diameter of 5 to 50 nm; and a second ceramic particle based on Al 2 O 3 or ZrO 2 bonded to an outer periphery of the precious metal particle and having an average particle diameter of 5 to 50 nm, wherein a volume of the first ceramic particle dispersed in the precious metal particle is 0.5 to 15 vol% based on the whole electroconductive particle.
A calendering roller used to manufacture textured nonwoven fabric comprising papermaking fibers, the calendering roller is characterized in that it comprises a positive pattern comprising: - a basic element having a ring shape, the ring defining an apex relatively to a center portion of the ring defining a cavity and a grinded surrounding zone, the ring comprising at least one radial channel putting in communication the cavity and the grinded surrounding zone so as to define a discontinuous calendering surface; and - a repetition of said basic element along multiple rows and columns substantially overall a peripheral surface of the calendering roller, the repetition being regular except for multiple substantially longitudinally and transversally oriented regions, said regions (22, 23) being of limited size with respect to a calendering roller size and randomly distributed so as to define multiple random longitudinal and transverse lines (62, 63) in the textured nonwoven fabric comprising papermaking fibers, generating a cloth-like visual texture. - a basic element having a ring shape, the ring defining an apex relatively to a center portion of the ring defining a cavity and a grinded surrounding zone, the ring comprising at least one radial channel putting in communication the cavity and the grinded surrounding zone so as to define a discontinuous calendering surface; and - a repetition of said basic element along multiple rows and columns substantially overall a peripheral surface of the calendering roller, the repetition being regular except for multiple substantially longitudinally and transversally oriented regions, said regions (22, 23) being of limited size with respect to a calendering roller size and randomly distributed so as to define multiple random longitudinal and transverse lines (62, 63) in the textured nonwoven fabric comprising papermaking fibers, generating a cloth-like visual texture.
A bandsaw blade, comprising a saw blade body and sawteeth located on the saw blade body, wherein nine sawteeth arranged in sequence form a main tooth group; each main tooth group comprises a first sub-tooth group, a second sub-tooth group and a third sub-tooth group; and each sub-tooth group comprises a first sawtooth, a second sawtooth and a third sawtooth which are sequentially arranged, the first sawtooth is a straight tooth, and the second sawtooth and the third sawtooth are a left set tooth and a right set tooth respectively; a first sawtooth of the first sub-tooth group has a first height, and is provided with chamfers on two sides; a first sawtooth of the second sub-tooth group has a second height, and is provided with chamfers on two sides, and the width of the top plane of the first sawtooth of the second sub-tooth group is larger than that of the first sawtooth of the first sub-tooth group; a first sawtooth of the third sub-tooth group has a third height, and the width of the top plane of the first sawtooth of the third sub-tooth group is larger than that of the first sawtooth of the second sub-tooth group; second and third sawteeth of the first sub-tooth group and second and third sawteeth of the third sub-tooth group have a same fifth height; characterised in that the second and third sawteeth of the second sub-tooth group have a fourth height, and are provided with chamfers on the outer sides; and the first height, the second height, the third height, the fourth height and the fifth height are sequentially decreased. nine sawteeth arranged in sequence form a main tooth group; each main tooth group comprises a first sub-tooth group, a second sub-tooth group and a third sub-tooth group; and each sub-tooth group comprises a first sawtooth, a second sawtooth and a third sawtooth which are sequentially arranged, the first sawtooth is a straight tooth, and the second sawtooth and the third sawtooth are a left set tooth and a right set tooth respectively; a first sawtooth of the first sub-tooth group has a first height, and is provided with chamfers on two sides; a first sawtooth of the second sub-tooth group has a second height, and is provided with chamfers on two sides, and the width of the top plane of the first sawtooth of the second sub-tooth group is larger than that of the first sawtooth of the first sub-tooth group; a first sawtooth of the third sub-tooth group has a third height, and the width of the top plane of the first sawtooth of the third sub-tooth group is larger than that of the first sawtooth of the second sub-tooth group; second and third sawteeth of the first sub-tooth group and second and third sawteeth of the third sub-tooth group have a same fifth height; characterised in that the second and third sawteeth of the second sub-tooth group have a fourth height, and are provided with chamfers on the outer sides; and the first height, the second height, the third height, the fourth height and the fifth height are sequentially decreased.
A device for crushing containers (15, 16), in particular beverage cans or food cans, the device comprising: - two compression rollers (30, 40) that are respectively rotatable about a rotation axis (31, 41) and rotate counteracting, wherein - enveloping surfaces (33, 43) of the compression rollers respectively include plural bar shaped elements, - the bar shaped elements reach longitudinally from a left face of the compression rollers (30, 40) to an opposite right face of the compression rollers (30, 40), wherein - the bar shaped elements of each compression roller (30, 40) are bar shaped operating elements (35, 45) which diverge respectively with an angle of attack from a reference line that extends in the enveloping surface parallel to the rotation axis (31, 41), characterized in that - the compression rollers (30, 40) are arranged with a gap between each other, - the bar shaped operating elements (35, 45) of the pressure rollers (30, 40) have an identically oriented angle of attack but intersect in the gap. - two compression rollers (30, 40) that are respectively rotatable about a rotation axis (31, 41) and rotate counteracting, wherein - enveloping surfaces (33, 43) of the compression rollers respectively include plural bar shaped elements, - the bar shaped elements reach longitudinally from a left face of the compression rollers (30, 40) to an opposite right face of the compression rollers (30, 40), wherein - the bar shaped elements of each compression roller (30, 40) are bar shaped operating elements (35, 45) which diverge respectively with an angle of attack from a reference line that extends in the enveloping surface parallel to the rotation axis (31, 41), - the compression rollers (30, 40) are arranged with a gap between each other, - the bar shaped operating elements (35, 45) of the pressure rollers (30, 40) have an identically oriented angle of attack but intersect in the gap.
Holding system for a twist nail consisting of a movable spherical body which receives within it a twist nail having a thread and is arranged in an opening of a holding plate (9, 10, 10a, 10b, 10c), characterised in that the spherical body is held by an upper holding plate and a lower holding plate and has a holding connection with a thread, by means of which a rotary movement applied to the holding connection is transferrable to the thread of the twist nail.
A process for removing hydrogen cyanide from ethanedinitrile by contacting hydrogen cyanide-containing ethanedinitrile with an organic reagent, characterized in that hydrogen cyanide enters into a covalent bond with the organic reagent, and that the organic reagent comprises one or more compounds of the general formula wherein X is an oxo group or an imino group; R 1 is an aryl group, a linear or branched alkyl group having 1 to 3 carbon atoms, hydrogen, a carboxy group, a carboxylate group or a formyl group, and R 2 is hydrogen, an aryl group or a linear or branched alkyl group having 1 to 3 carbon atoms, with the proviso that R 1 and R 2 are not both hydrogen; or R 1 together with R 2 and the carbon atom between them form a five- to seven-membered carbocyclic ring which may optionally contain one or more double bonds. X is an oxo group or an imino group; R 1 is an aryl group, a linear or branched alkyl group having 1 to 3 carbon atoms, hydrogen, a carboxy group, a carboxylate group or a formyl group, and R 2 is hydrogen, an aryl group or a linear or branched alkyl group having 1 to 3 carbon atoms, with the proviso that R 1 and R 2 are not both hydrogen; or R 1 together with R 2 and the carbon atom between them form a five- to seven-membered carbocyclic ring which may optionally contain one or more double bonds.
Method for forming a guide structure in an elevator shaft, wherein the guide structure is configured to guide an elevator car during vertical travel in the elevator shaft, wherein the method comprises: moving a tool vertically along the elevator shaft, wherein the tool is precisely positioned with respect to its horizontal position within the elevator shaft, and forming the guide structure by removing material from a shaft wall of the elevator shaft by means of the tool during said vertical movement of the tool along the elevator shaft. wherein the guide structure is configured to guide an elevator car during vertical travel in the elevator shaft, wherein the method comprises: moving a tool vertically along the elevator shaft, wherein the tool is precisely positioned with respect to its horizontal position within the elevator shaft, and forming the guide structure by removing material from a shaft wall of the elevator shaft by means of the tool during said vertical movement of the tool along the elevator shaft. moving a tool vertically along the elevator shaft, wherein the tool is precisely positioned with respect to its horizontal position within the elevator shaft, and forming the guide structure by removing material from a shaft wall of the elevator shaft by means of the tool during said vertical movement of the tool along the elevator shaft.
An apparatus for assembling a plurality of micro tissue grafts into a tissue construct, the apparatus comprising: an array of needles each sized to harvest a respective micro tissue graft from a donor site; a matrix positioned over the array of needles and including holes configured to receive the micro tissue grafts from the needles, where each hole is aligned with a respective needle; and a mesh positioned over the matrix, the mesh sized to permit air to pass therethrough so that an applied vacuum pulls the micro tissue grafts through the needles into the matrix, the mesh further sized to contain the micro tissue grafts within the matrix. an array of needles each sized to harvest a respective micro tissue graft from a donor site; a matrix positioned over the array of needles and including holes configured to receive the micro tissue grafts from the needles, where each hole is aligned with a respective needle; and a mesh positioned over the matrix, the mesh sized to permit air to pass therethrough so that an applied vacuum pulls the micro tissue grafts through the needles into the matrix, the mesh further sized to contain the micro tissue grafts within the matrix.
A method for guiding a vehicle, the method comprising: collecting preliminary location data for the vehicle based on a location-determining receiver associated with the vehicle during an evaluation time window; collecting vision-derived location data for the vehicle based on a vision module associated with the vehicle during the evaluation time window; estimating vision quality data for the vision-derived location data during the evaluation time window; and adjusting the preliminary location data to a revised location data based on the vision-derived location data such that the revised location data is registered with or generally coextensive with the vision-derived location data, if the vision quality data exceeds the minimum threshold level, characterized in that the vision quality data are based on a corresponding intensity of illumination and on intensity range versus quality data on a light frequency by light frequency basis. collecting preliminary location data for the vehicle based on a location-determining receiver associated with the vehicle during an evaluation time window; collecting vision-derived location data for the vehicle based on a vision module associated with the vehicle during the evaluation time window; estimating vision quality data for the vision-derived location data during the evaluation time window; and adjusting the preliminary location data to a revised location data based on the vision-derived location data such that the revised location data is registered with or generally coextensive with the vision-derived location data, if the vision quality data exceeds the minimum threshold level, characterized in that the vision quality data are based on a corresponding intensity of illumination and on intensity range versus quality data on a light frequency by light frequency basis.
A method for producing a shoe member formed to have a polymer coating provided on a surface of a polymer shaped object, the method comprising: a curing step of causing a curable composition comprising an organic compound having a functional group which reacts with energy rays, the functional group being any of a (meth)acrylic group, an epoxy group, an oxetane group, and an isocyanate group, to be cured by the energy rays to prepare the polymer shaped object in a partially-cured state; and a coating step of forming the polymer coating comprising a polyurethane-based polymer on the polymer shaped object obtained in the curing step; wherein, in the curing step, the polymer shaped object in the partially-cured state comprising the functional group that has not reacted is prepared, the method further comprising, after the coating step, a post-curing step of irradiating the polymer shaped object in the partially-cured state comprising the functional group that has not reacted in the curing step with energy rays, such that a surface energy of the polymer shaped object after the post-curing step is lower than a surface energy of the polymer coating. a curing step of causing a curable composition comprising an organic compound having a functional group which reacts with energy rays, the functional group being any of a (meth)acrylic group, an epoxy group, an oxetane group, and an isocyanate group, to be cured by the energy rays to prepare the polymer shaped object in a partially-cured state; and a coating step of forming the polymer coating comprising a polyurethane-based polymer on the polymer shaped object obtained in the curing step; wherein, in the curing step, the polymer shaped object in the partially-cured state comprising the functional group that has not reacted is prepared, the method further comprising, after the coating step, a post-curing step of irradiating the polymer shaped object in the partially-cured state comprising the functional group that has not reacted in the curing step with energy rays, such that a surface energy of the polymer shaped object after the post-curing step is lower than a surface energy of the polymer coating.
A method for producing a polished object, the method comprising polishing an object having a Vickers hardness of 1500 Hv or higher by supplying a polishing composition to the object, the polishing composition having an oxidation-reduction potential ORP x mV and the material to be polished having an oxidation-reduction potential ORP y mV, their relation satisfying the following formula: ORP x − ORP y ≥ 100 mV the material to be polished being silicon carbide, and the polishing composition comprising a polishing aid, the polishing aid comprising a composite metal oxide and the polishing aid being free of hydrogen peroxide.
A joint for a swimming pool frame, the joint comprising: a joint body comprising: a leg pipe holder configured to have a leg pipe of the swimming pool frame inserted therein, and a side pipe holder configured to have a side pipe of the swimming pool frame inserted therein, and comprising a locking hole formed therethrough; and a locking part comprising a locking pin configured to extend through the locking hole and through a corresponding connecting hole in the side pipe, thereby holding the side pipe to the side pipe holder; characterized in that the j oint further comprises: a metal pipe disposed within an inner circumferential wall of the leg pipe holder; and a plastic sleeve tube disposed within an inner circumferential wall of the metal pipe and configured to have the leg pipe of the swimming pool frame inserted therein. a joint body comprising: a leg pipe holder configured to have a leg pipe of the swimming pool frame inserted therein, and a side pipe holder configured to have a side pipe of the swimming pool frame inserted therein, and comprising a locking hole formed therethrough; and a leg pipe holder configured to have a leg pipe of the swimming pool frame inserted therein, and a side pipe holder configured to have a side pipe of the swimming pool frame inserted therein, and comprising a locking hole formed therethrough; and a locking part comprising a locking pin configured to extend through the locking hole and through a corresponding connecting hole in the side pipe, thereby holding the side pipe to the side pipe holder; characterized in that the j oint further comprises: a metal pipe disposed within an inner circumferential wall of the leg pipe holder; and a plastic sleeve tube disposed within an inner circumferential wall of the metal pipe and configured to have the leg pipe of the swimming pool frame inserted therein. a metal pipe disposed within an inner circumferential wall of the leg pipe holder; and a plastic sleeve tube disposed within an inner circumferential wall of the metal pipe and configured to have the leg pipe of the swimming pool frame inserted therein.
Explosive charge for use in a warhead with a warhead casing, wherein the explosive charge is created through division into multiple, at least two, explosive charge modules which in turn contain prefabricated explosive charge bodies, wherein one, two or multiple explosive charge bodies are integrated in the respective explosive charge module, wherein the explosive charge body is enclosed by a liner, characterized in that the liner is made of a material which has an identical or similar thermal expansion behaviour to the explosive charge body enclosed by the liner.