mhurhangee/ep-ind-claims huggingface dataset:
A sliding device comprising a long tubular supporting rail fixable to a vehicle body, said sliding device being configured for routing an electric wire between said vehicle body and a sliding body supportable by a supporting body which is slidably attached to said long tubular supporting rail, said sliding device further comprising: a tubular receiving part extended along a longitudinal direction of the supporting rail and parallel to the supporting rail, and fixable to the vehicle body for receiving an extra length of the electric wire; a tube made of an elastically deformable material for receiving the electric wire; a holding part configured to slide in conjunction with the supporting body while holding the tube drawn into an inside of the supporting rail from one end of the supporting rail; and a guiding member on which a guiding part is provided for bending the tube extracted out of the supporting rail from one end of the supporting rail in a U-shape, and guiding the tube into an inside at one end of the receiving part, and for guiding the tube onto an inner side wall of the receiving part away from the supporting rail, wherein a base of the guiding part is sloped so that, when the sliding device is fixed to the vehicle body, the base is separated away from the vehicle body as the base is extended from the receiving part toward the supporting rail, and a portion of the base near the supporting rail is separated with a gap from the vehicle body, and wherein the tube is further bent in a U-shape in the receiving part, and a folded back part of the tube abuts on an inner side wall of the receiving part near the supporting rail owing to an elastic restoring force of the tube. a tubular receiving part extended along a longitudinal direction of the supporting rail and parallel to the supporting rail, and fixable to the vehicle body for receiving an extra length of the electric wire; a tube made of an elastically deformable material for receiving the electric wire; a holding part configured to slide in conjunction with the supporting body while holding the tube drawn into an inside of the supporting rail from one end of the supporting rail; and a guiding member on which a guiding part is provided for bending the tube extracted out of the supporting rail from one end of the supporting rail in a U-shape, and guiding the tube into an inside at one end of the receiving part, and for guiding the tube onto an inner side wall of the receiving part away from the supporting rail, wherein a base of the guiding part is sloped so that, when the sliding device is fixed to the vehicle body, the base is separated away from the vehicle body as the base is extended from the receiving part toward the supporting rail, and a portion of the base near the supporting rail is separated with a gap from the vehicle body, and wherein the tube is further bent in a U-shape in the receiving part, and a folded back part of the tube abuts on an inner side wall of the receiving part near the supporting rail owing to an elastic restoring force of the tube.
An odor testing method including: providing at least two pieces of an odor adsorbent material preparing one of said pieces of odor adsorbent material packaged in a condition that prevents odor adsorption as a comparison adsorbent material; installing, in a facility for production or distribution of a commodity, at least one other piece of said pieces of odor adsorbent material as an exposure adsorbent material in a state exposed to open space; recovering the exposure adsorbent material installed in the facility; testing at least odor components adsorbed by the recovered exposure adsorbent material; comparing a test result obtained from the testing with the comparison adsorbent material; and determining whether or not odor emission has occurred in the facility from the result of the comparison. providing at least two pieces of an odor adsorbent material preparing one of said pieces of odor adsorbent material packaged in a condition that prevents odor adsorption as a comparison adsorbent material; installing, in a facility for production or distribution of a commodity, at least one other piece of said pieces of odor adsorbent material as an exposure adsorbent material in a state exposed to open space; recovering the exposure adsorbent material installed in the facility; testing at least odor components adsorbed by the recovered exposure adsorbent material; comparing a test result obtained from the testing with the comparison adsorbent material; and determining whether or not odor emission has occurred in the facility from the result of the comparison.
An optical device, having an optical axis and comprising: an objective having a first focal length, which is positive, and comprising a first group of one or more first lenses; an eyepiece having a second focal length, which is positive, and comprising a second group of one or more second lenses having a characteristic aberration; and a power corrector having a third focal length and comprising a third group of one or more third lenses located on the optical axis between the objective and the eyepiece, wherein the optical device has an input focal length defined jointly by the first and third focal lengths and a magnification equal to a ratio of the input focal length to the second focal length, and wherein the input focal length is such that an intermediate image of a scene is formed jointly by the objective and the power corrector, and the power corrector is located on the optical axis between the intermediate image and the objective, and the intermediate image is located between the power corrector and the eyepiece, and wherein the eyepiece and the power corrector together have a combined aberration that is less than the characteristic aberration of the eyepiece, and wherein the objective, the eyepiece, and the power corrector together define an exit pupil of the optical device of a given pupil diameter, and wherein the eyepiece has an eye relief defined by a location of the exit pupil. an objective having a first focal length, which is positive, and comprising a first group of one or more first lenses; an eyepiece having a second focal length, which is positive, and comprising a second group of one or more second lenses having a characteristic aberration; and a power corrector having a third focal length and comprising a third group of one or more third lenses located on the optical axis between the objective and the eyepiece, wherein the optical device has an input focal length defined jointly by the first and third focal lengths and a magnification equal to a ratio of the input focal length to the second focal length, and wherein the input focal length is such that an intermediate image of a scene is formed jointly by the objective and the power corrector, and the power corrector is located on the optical axis between the intermediate image and the objective, and the intermediate image is located between the power corrector and the eyepiece, and wherein the eyepiece and the power corrector together have a combined aberration that is less than the characteristic aberration of the eyepiece, and wherein the objective, the eyepiece, and the power corrector together define an exit pupil of the optical device of a given pupil diameter, and wherein the eyepiece has an eye relief defined by a location of the exit pupil.
A process of manufacturing a semiconductor device characterized by comprising the steps of: a) forming a stacked structure of a first III-V compound semiconductor layer containing In and having a composition different from InP and a second III-V compound semiconductor layer containing In, said second III-V compound semiconductor layer being formed over said first III-V compound semiconductor layer; b) growing an InP layer (16A, 16B) at regions adjacent said stacked structure to form a stepped structure (16a, 16b) of InP having inclined surfaces toward the <0-11> direction; and c) wet-etching said stepped structure (16a, 16b) and said second III-V compound semiconductor layer using an etchant consisting of hydrochloric acid, acetic acid and water, or hydrochloric acid, acetic acid, water and hydrogen peroxide solution, or hydrochloric acid, acetic acid and hydrogen peroxide solution, to remove at least said second III-V compound semiconductor layer and to achieve planarization of the surface of the stepped structure (16a, 16b). a) forming a stacked structure of a first III-V compound semiconductor layer containing In and having a composition different from InP and a second III-V compound semiconductor layer containing In, said second III-V compound semiconductor layer being formed over said first III-V compound semiconductor layer; b) growing an InP layer (16A, 16B) at regions adjacent said stacked structure to form a stepped structure (16a, 16b) of InP having inclined surfaces toward the <0-11> direction; and c) wet-etching said stepped structure (16a, 16b) and said second III-V compound semiconductor layer using an etchant consisting of hydrochloric acid, acetic acid and water, or hydrochloric acid, acetic acid, water and hydrogen peroxide solution, or hydrochloric acid, acetic acid and hydrogen peroxide solution, to remove at least said second III-V compound semiconductor layer and to achieve planarization of the surface of the stepped structure (16a, 16b).
A suitcase, comprising: a case body having a cuboid shape, comprising: a front portion; a rear portion connected to the front portion; a plurality of top cylindrical projections on the rear portion that protrude outwardly; at least one bottom tubular projection on the rear portion that protrudes outwardly in the opposite direction of the top cylindrical projections; and four sidewalls surrounding the bottom tubular projection, wherein there is a space between the bottom tubular projection and the sidewalls; and a plurality of wheel assemblies connected to the case body by being closely engaged to the top cylindrical projections or closely engaged in the space. a case body having a cuboid shape, comprising: a front portion; a rear portion connected to the front portion; a plurality of top cylindrical projections on the rear portion that protrude outwardly; at least one bottom tubular projection on the rear portion that protrudes outwardly in the opposite direction of the top cylindrical projections; and four sidewalls surrounding the bottom tubular projection, wherein there is a space between the bottom tubular projection and the sidewalls; and a front portion; a rear portion connected to the front portion; a plurality of top cylindrical projections on the rear portion that protrude outwardly; at least one bottom tubular projection on the rear portion that protrudes outwardly in the opposite direction of the top cylindrical projections; and four sidewalls surrounding the bottom tubular projection, wherein there is a space between the bottom tubular projection and the sidewalls; and a plurality of wheel assemblies connected to the case body by being closely engaged to the top cylindrical projections or closely engaged in the space.
A method for separating an egg shell and an egg shell membrane from each other, comprising a step of adding an egg shell with an egg shell membrane attached thereto to a swirling flow of an alkaline solution.
A retaining ring comprising: a generally annular body comprising a top surface; a bottom surface; an outer surface connected to the top surface at an outer top perimeter and the bottom surface at an outer bottom perimeter; and an inner surface connected to the top surface at an inner top perimeter and the bottom surface at an inner bottom perimeter, characterised by the inner surface comprising seven or more planar facets (150, 150a-f), adjacent planar facets (150, 150a-f) being connected at corners (162, 162a-e), and the inner bottom perimeter comprising straight edges (170, 170a-l) of the planar facets (150, 150a-f) connected at the corners (162, 162a-e). a top surface; a bottom surface; an outer surface connected to the top surface at an outer top perimeter and the bottom surface at an outer bottom perimeter; and an inner surface connected to the top surface at an inner top perimeter and the bottom surface at an inner bottom perimeter, characterised by the inner surface comprising seven or more planar facets (150, 150a-f), adjacent planar facets (150, 150a-f) being connected at corners (162, 162a-e), and the inner bottom perimeter comprising straight edges (170, 170a-l) of the planar facets (150, 150a-f) connected at the corners (162, 162a-e).
A method for navigation of an autonomous machine in a work region, the method comprising: generating one or more images of at least the work region using one or more cameras of the autonomous machine; generating object recognition data indicative of any objects detected in the one or more images; in response to the object recognition data indicating at least one object detected in the one or more images, determining at least one object area corresponding to the at least one object or determining object descriptor data that indicates a characteristic of the at least one object; generating feature data extracted from the one or more images, the feature data excluding the at least one object area of a temporary object or the feature data prioritizing features to match based on the object descriptor data; characterized by generating vision-based pose data for the autonomous machine based on feature matching the generated feature data to corresponding features of a three-dimensional point cloud that represents positions of the corresponding features in the work region, wherein the 3DPC is generated during a training mode of the autonomous machine in which the autonomous machine records a set of images of the work region, processes the set of images to identify the corresponding features, and establishes correspondence between three-dimensional points in the 3DPC and the corresponding features; and directing navigation of the autonomous machine based on the vision-based pose data. generating one or more images of at least the work region using one or more cameras of the autonomous machine; generating object recognition data indicative of any objects detected in the one or more images; in response to the object recognition data indicating at least one object detected in the one or more images, determining at least one object area corresponding to the at least one object or determining object descriptor data that indicates a characteristic of the at least one object; generating feature data extracted from the one or more images, the feature data excluding the at least one object area of a temporary object or the feature data prioritizing features to match based on the object descriptor data; characterized by generating vision-based pose data for the autonomous machine based on feature matching the generated feature data to corresponding features of a three-dimensional point cloud that represents positions of the corresponding features in the work region, wherein the 3DPC is generated during a training mode of the autonomous machine in which the autonomous machine records a set of images of the work region, processes the set of images to identify the corresponding features, and establishes correspondence between three-dimensional points in the 3DPC and the corresponding features; and directing navigation of the autonomous machine based on the vision-based pose data.
A floor panel assembly having a top surface and a bottom surface, the assembly comprising: an impact layer proximate the top surface; a core layer between the impact layer and the bottom surface; a positive temperature coefficient heater between the impact layer and the core layer, the heater comprising: a first dielectric layer; a positive temperature coefficient heater element on the first dielectric layer; and a bus bar on the first dielectric layer, wherein the bus bar overlaps the positive temperature coefficient heater element; a second dielectric layer overlaying the positive temperature coefficient heater element and the bus bar; and at least one structural layer between the impact layer and the bottom surface; characterised in that the second dielectric layer is welded to the first dielectric layer. an impact layer proximate the top surface; a core layer between the impact layer and the bottom surface; a positive temperature coefficient heater between the impact layer and the core layer, the heater comprising: a first dielectric layer; a positive temperature coefficient heater element on the first dielectric layer; and a bus bar on the first dielectric layer, wherein the bus bar overlaps the positive temperature coefficient heater element; a second dielectric layer overlaying the positive temperature coefficient heater element and the bus bar; and at least one structural layer between the impact layer and the bottom surface; characterised in that the second dielectric layer is welded to the first dielectric layer. a first dielectric layer; a positive temperature coefficient heater element on the first dielectric layer; and a bus bar on the first dielectric layer, wherein the bus bar overlaps the positive temperature coefficient heater element; a second dielectric layer overlaying the positive temperature coefficient heater element and the bus bar; and at least one structural layer between the impact layer and the bottom surface; characterised in that the second dielectric layer is welded to the first dielectric layer.
A merchandise display system comprising: an outer housing having a top wall, a bottom wall, two side walls and a back wall; an inner support; a front door; a plurality of windows, at least one of the plurality of windows positioned on each side wall; a removable refrigeration unit; a plurality of shelves for supporting merchandise, characterised in that: at least a portion of the outer housing is configured to surround the inner support, the outer housing defines an opening in the top, side, and back walls, and the inner support defines an aperture corresponding with the outer housing opening, and wherein the removable refrigeration unit is positioned within the outer housing opening and configured to engage the inner support. an outer housing having a top wall, a bottom wall, two side walls and a back wall; an inner support; a front door; a plurality of windows, at least one of the plurality of windows positioned on each side wall; a removable refrigeration unit; a plurality of shelves for supporting merchandise, characterised in that: at least a portion of the outer housing is configured to surround the inner support, the outer housing defines an opening in the top, side, and back walls, and the inner support defines an aperture corresponding with the outer housing opening, and wherein the removable refrigeration unit is positioned within the outer housing opening and configured to engage the inner support.
A blocked isocyanate comprising a latent isocyanate group, which is an isocyanate group blocked with a blocking agent, wherein the blocked isocyanate comprises a first latent isocyanate group that is an isocyanate group blocked with a first blocking agent and a second latent isocyanate group that is an isocyanate group blocked with a second blocking agent, the first blocking agent is represented by general formula below, and has a higher catalysis activity that activates the isocyanate group than that of the second blocking agent, and the first latent isocyanate group content relative to a total amount in mol of the first latent isocyanate group and the second latent isocyanate group is 1 mol% or more and 30 mol% or less, (where R1 to R3 represent a hydrocarbon group having 1 to 12 carbon atoms or a hydrogen atom, and at least one of R1 to R3 represents a hydrogen atom, and R1 and R3 may be bonded to each other to form a heterocycle; R4 represents a hydrocarbon group having 1 to 12 carbon atoms, a hydrogen atom, or an atomic group represented by -NR 5 R 6 (R5 and R6 represent a hydrocarbon group having 1 to 12 carbon atoms, and R5 and R1 may be bonded to each other to form a heterocycle and R6 and R3 may be bonded to each other to form a heterocycle)). wherein the blocked isocyanate comprises a first latent isocyanate group that is an isocyanate group blocked with a first blocking agent and a second latent isocyanate group that is an isocyanate group blocked with a second blocking agent, the first blocking agent is represented by general formula below, and has a higher catalysis activity that activates the isocyanate group than that of the second blocking agent, and the first latent isocyanate group content relative to a total amount in mol of the first latent isocyanate group and the second latent isocyanate group is 1 mol% or more and 30 mol% or less, (where R1 to R3 represent a hydrocarbon group having 1 to 12 carbon atoms or a hydrogen atom, and at least one of R1 to R3 represents a hydrogen atom, and R1 and R3 may be bonded to each other to form a heterocycle; R4 represents a hydrocarbon group having 1 to 12 carbon atoms, a hydrogen atom, or an atomic group represented by -NR 5 R 6 (R5 and R6 represent a hydrocarbon group having 1 to 12 carbon atoms, and R5 and R1 may be bonded to each other to form a heterocycle and R6 and R3 may be bonded to each other to form a heterocycle)).
A polymer having the structure: wherein n has a value corresponding to a number average molecular weight of the polyethylene glycol segment of less than about 22,000 Da.
A power storage device comprising: a secondary battery (5, 5a, 5b), a casing having a sealed structure, a safety valve, wherein the casing includes an external container having the secondary battery (5, 5a, 5b) accommodated therein and an upper lid disposed above the external container, the upper lid has an upper surface having a concave portion formed therein, the safety valve is disposed in the concave portion, characterized in that a drainage through hole is provided to pass through a side wall of the concave portion, the safety valve has convex shape extending along the side wall of the concave portion and is provided so that an upper end does not protrude from a main upper surface of the upper lid, the safety valve has an exhaust cylinder and a cap configured to close an external outlet of the exhaust cylinder, and the cap is disposed above an inlet of the drainage through hole. a secondary battery (5, 5a, 5b), a casing having a sealed structure, a safety valve, wherein the casing includes an external container having the secondary battery (5, 5a, 5b) accommodated therein and an upper lid disposed above the external container, the upper lid has an upper surface having a concave portion formed therein, the safety valve is disposed in the concave portion, characterized in that a drainage through hole is provided to pass through a side wall of the concave portion, the safety valve has convex shape extending along the side wall of the concave portion and is provided so that an upper end does not protrude from a main upper surface of the upper lid, the safety valve has an exhaust cylinder and a cap configured to close an external outlet of the exhaust cylinder, and the cap is disposed above an inlet of the drainage through hole.