mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, comprising: obtaining input data defining one or more 3D polygonal mesh models comprising separate meshes for two or more objects ; determining a number of perspectives for capturing depth map data of the one or more models, wherein the number of perspectives is based on, at least in part, a polygon count associated with the input data, wherein each perspective of the number of perspectives, which is selected based on the polygon count and used to capture the depth map data, is positioned at a respective position located in the virtual environment, wherein the number of perspectives is a plurality of perspectives; filtering and removing one or more components of the one or more 3D polygonal mesh models that are hidden from the perspectives by capturing depth map data from the plurality of perspectives of the one or more 3D polygonal mesh models in the virtual environment; generating point cloud data by merging the depth map data captured from the perspectives; and generating output mesh data by applying a surface reconstruction to the point cloud data and applying a mesh decimation algorithm to the output mesh data, wherein the output mesh data is a single mesh that is renderable to generate image data from the multiple of perspectives. obtaining input data defining one or more 3D polygonal mesh models comprising separate meshes for two or more objects ; determining a number of perspectives for capturing depth map data of the one or more models, wherein the number of perspectives is based on, at least in part, a polygon count associated with the input data, wherein each perspective of the number of perspectives, which is selected based on the polygon count and used to capture the depth map data, is positioned at a respective position located in the virtual environment, wherein the number of perspectives is a plurality of perspectives; filtering and removing one or more components of the one or more 3D polygonal mesh models that are hidden from the perspectives by capturing depth map data from the plurality of perspectives of the one or more 3D polygonal mesh models in the virtual environment; generating point cloud data by merging the depth map data captured from the perspectives; and generating output mesh data by applying a surface reconstruction to the point cloud data and applying a mesh decimation algorithm to the output mesh data, wherein the output mesh data is a single mesh that is renderable to generate image data from the multiple of perspectives.
A fastening construction for fastening an adjustment instrument to a carrying frame of an exterior vision unit of a motor vehicle, the carrying frame being arranged for connection with a base shaft of a base of the exterior vision unit , and the adjustment instrument including a fixing part arranged for coupling with the carrying frame , and an adjusting part arranged for coupling with an exterior vision element of the exterior vision unit , the fastening construction is arranged between the carrying frame and the adjustment instrument and comprising first mounting parts on a fixing part of the adjustment instrument and second mounting parts on the carrying frame , wherein the first and second mounting parts comprise blocking parts on the fixing part and the carrying frame respectively, which in a first position (I) can pass each other upon insertion of the parts into each other in an insert direction (P), and which by movement in a plane transverse to the insert direction (P) are brought to a second position (II) in which the blocking parts cooperate and cannot pass each other upon movement opposite to the insert direction, characterized in that there is provided a spring part which in mounted condition biases the first and second mounting parts against each other.
A pharmaceutical composition for use in a method of wound healing, wherein the composition is administered to a tissue site by fluid instillation therapy in the form of a solution, wherein the composition comprises: one or more matrix metalloprotease (MMP) substrates selected from the group consisting of gelatin and a hydrolysate thereof; one or more preservatives selected from the group consisting of ethylenediaminetetraacetic acid (EDTA), diethylene triamine pentaacetic acid (DTPA), catechins, sodium benzoate, potassium sorbate, and sodium nitrate; one or more antimicrobial agents; and a pharmaceutically acceptable carrier. one or more matrix metalloprotease (MMP) substrates selected from the group consisting of gelatin and a hydrolysate thereof; one or more preservatives selected from the group consisting of ethylenediaminetetraacetic acid (EDTA), diethylene triamine pentaacetic acid (DTPA), catechins, sodium benzoate, potassium sorbate, and sodium nitrate; one or more antimicrobial agents; and a pharmaceutically acceptable carrier.
A manufacturing method of an electronic device (ED), comprising: forming a circuit layer (ML) on a base layer (BL); disposing a light emitting element (LED) for attachment over the circuit layer (ML); disposing an insulating layer (PIL, PILa) between the light emitting element (LED) and the circuit layer (ML); drying the insulation layer (PIL, PILa) to attach the light emitting element (LED) with the insulating layer (PIL, PILa) and the circuit layer (ML); forming a first insulating layer (IL1) disposed between the light emitting element (LED) and the circuit layer (ML) by removing a portion of the insulating layer (PIL, PILa); and disposing a second insulation layer (IL2) disposed on the circuit layer (ML) and around the light emitting element (LED) and the first insulation layer (IL1), characterised in that in a plan view, an area of the first insulation layer (IL1) corresponds to an area of the light emitting element (LED) so as to be the same in size. forming a circuit layer (ML) on a base layer (BL); disposing a light emitting element (LED) for attachment over the circuit layer (ML); disposing an insulating layer (PIL, PILa) between the light emitting element (LED) and the circuit layer (ML); drying the insulation layer (PIL, PILa) to attach the light emitting element (LED) with the insulating layer (PIL, PILa) and the circuit layer (ML); forming a first insulating layer (IL1) disposed between the light emitting element (LED) and the circuit layer (ML) by removing a portion of the insulating layer (PIL, PILa); and disposing a second insulation layer (IL2) disposed on the circuit layer (ML) and around the light emitting element (LED) and the first insulation layer (IL1), characterised in that in a plan view, an area of the first insulation layer (IL1) corresponds to an area of the light emitting element (LED) so as to be the same in size.
A magnetic squeeze film damper system comprising: a bearing assembly having an outer race with a first outer surface and a first inner surface ; rolling elements located along the first inner surface ; a squeeze film damper housing having a second outer surface and a second inner surface , the second inner surface contiguous with the first outer surface ; a channel for flowing a fluid , the channel defined at the second inner surface between the housing and the first outer surface of the outer race , the channel having a forward end and an aft end ; a first seal gland disposed between the housing and the outer race for sealing the channel forward end and a second seal gland disposed between the housing and the outer race for sealing the channel aft end ; characterized in that the first seal gland is comprising a sealed reservoir surrounded by an elastomer , the reservoir containing a magneto-rheological fluid ; an electromagnet arranged in close proximity to the first seal gland , whereby when the electromagnet is energized the viscosity of the rheological fluid is varied such that the stiffness of the first seal gland is altered; and an electronic control system operable to provide a variable current to the electromagnet such that the viscosity of the magneto-rheological fluid is altered as a function of the current, wherein the electronic control system includes at least one sensor . a bearing assembly having an outer race with a first outer surface and a first inner surface ; rolling elements located along the first inner surface ; a squeeze film damper housing having a second outer surface and a second inner surface , the second inner surface contiguous with the first outer surface ; a channel for flowing a fluid , the channel defined at the second inner surface between the housing and the first outer surface of the outer race , the channel having a forward end and an aft end ; a first seal gland disposed between the housing and the outer race for sealing the channel forward end and a second seal gland disposed between the housing and the outer race for sealing the channel aft end ; characterized in that the first seal gland is comprising a sealed reservoir surrounded by an elastomer , the reservoir containing a magneto-rheological fluid ; an electromagnet arranged in close proximity to the first seal gland , whereby when the electromagnet is energized the viscosity of the rheological fluid is varied such that the stiffness of the first seal gland is altered; and an electronic control system operable to provide a variable current to the electromagnet such that the viscosity of the magneto-rheological fluid is altered as a function of the current, wherein the electronic control system includes at least one sensor .
A microcurrent patch comprising: a base made of a polymer film; a small-sized battery disposed on the base to generate current; a circuit disposed on the base and connected to the small-sized battery , wherein the circuit is disposed in two regions so that the current flows in the circuit; and an insulating glue layer disposed on the base and constructed to cover the small-sized battery and the circuit , characterized in that the glue layer has a plurality of holes defined therein overlapping the circuit, the holes configured to serve as a passage through which an electric current flows from the circuit . a base made of a polymer film; a small-sized battery disposed on the base to generate current; a circuit disposed on the base and connected to the small-sized battery , wherein the circuit is disposed in two regions so that the current flows in the circuit; and an insulating glue layer disposed on the base and constructed to cover the small-sized battery and the circuit , characterized in that the glue layer has a plurality of holes defined therein overlapping the circuit, the holes configured to serve as a passage through which an electric current flows from the circuit .
A thermally dried or ambient evaporative air dried organic polymer aerogel comprising an organic polymer gel matrix and microstructures dispersed or embedded within the aerogel, which microstructures are structures having a smallest dimension that is larger than 100 nm and having at least one dimension that is no larger than 100 μm, wherein the aerogel has an at least bimodal pore size distribution measured according to ASTM D4404-10 as further specified in the description, wherein the pore size distribution has a first peak between 100 and 500 nm and a second peak between 2 and 8 nm, wherein the aerogel has a thermal conductivity of less than or equal to 40 mW/m·K, as measured at a temperature of 20°C and 13.8 kPa pressure using a heat flow meter, and wherein the microstructures are microparticles having an average size between 0.2 μm and 20 μm or microfibers having an average length between 0.1 mm and 10 mm, preferably 0.1 mm and 2 mm.
An inspection apparatus for inspecting an object on which a plurality of light-emitting elements is formed, the inspection apparatus comprising: an excitation light source configured to generate excitation light to irradiate the object; an optical element configured to separate fluorescence from the light-emitting elements into fluorescence having a wavelength longer than a first wavelength and fluorescence having a wavelength shorter than a second wavelength; a first imaging unit configured to image fluorescence having a wavelength longer than the first wavelength in fluorescence from the light-emitting elements; a second imaging unit configured to image fluorescence having a wavelength shorter than the second wavelength, the fluorescence having a wavelength comprised in a normal fluorescence spectrum of the light-emitting element; and a determining unit configured to determine quality of each of the light-emitting elements based on a first fluorescence image acquired by the first imaging unit , characterized in that the first wavelength is a wavelength obtained by adding a full width at half maximum of a normal fluorescence spectrum of the light-emitting element to a peak wavelength of the normal fluorescence spectrum. an excitation light source configured to generate excitation light to irradiate the object; an optical element configured to separate fluorescence from the light-emitting elements into fluorescence having a wavelength longer than a first wavelength and fluorescence having a wavelength shorter than a second wavelength; a first imaging unit configured to image fluorescence having a wavelength longer than the first wavelength in fluorescence from the light-emitting elements; a second imaging unit configured to image fluorescence having a wavelength shorter than the second wavelength, the fluorescence having a wavelength comprised in a normal fluorescence spectrum of the light-emitting element; and a determining unit configured to determine quality of each of the light-emitting elements based on a first fluorescence image acquired by the first imaging unit , characterized in that the first wavelength is a wavelength obtained by adding a full width at half maximum of a normal fluorescence spectrum of the light-emitting element to a peak wavelength of the normal fluorescence spectrum.
Training device for simulating rowing training comprising a guide arranged on a frame , - a sliding seat which can be moved linearly back and forth on the guide , - a footrest , which is arranged in the region of one end of the guide , - two independently rotatable handles , which are each rotatably mounted on a rowlock shaft , wherein the rowlock shafts are arranged respectively relative to the guide on one side of the guide at a distance, in particular normal to the direction of rotation of the guide and/or the contact surface of the frame , and - a drive mechanism to which each rowlock shaft is connected in a power-transmitting manner, wherein the drive mechanism has a transmission and a braking device , wherein the drive mechanism is configured such that when force is applied to the handles power can be transferred via the drive mechanism to the braking device , wherein the drive mechanism has at least one freewheel , wherein the freewheel is arranged between the rowlock shafts and the braking device such that the handles can be pivoted independently of one another about the respective rowlock shaft and on actuating the handles power can be discharged to the braking device in a first direction about the axis of the respective rowlock shafts and on actuating the handles in a second direction opposite the first direction about the axis of the respective rowlock shafts the handles can be returned without power being supplied to or discharged from the braking device , characterised in that a lever is arranged respectively on the rowlock shaft, in particular at the end of the rowlock shaft opposite the handles , which lever can be pivoted with the handles about the axis of the respective rowlock shaft , wherein a pulling element, in particular a pull rod is arranged on each lever with which the rotational movement of the handles can be transmitted to the drive mechanism , and a drawbar is arranged respectively at the end of the respective pulling element opposite the rowlock shaft , wherein power from the handles can be transmitted to the drive mechanism by means of the drawbars . - a sliding seat which can be moved linearly back and forth on the guide , - a footrest , which is arranged in the region of one end of the guide , - two independently rotatable handles , which are each rotatably mounted on a rowlock shaft , wherein the rowlock shafts are arranged respectively relative to the guide on one side of the guide at a distance, in particular normal to the direction of rotation of the guide and/or the contact surface of the frame , and - a drive mechanism to which each rowlock shaft is connected in a power-transmitting manner,
A water-borne carrier, the water borne carrier being a ship, for transporting liquefied natural gas (LNG) and liquefied nitrogen (LIN), comprising a plurality of dual-purpose cryogenic storage tanks arranged along a length of the ship, the plurality of dual-purpose cryogenic storage tanks configured to contain LNG or LIN therein, and characterized in that it further comprises a LNG-only cryogenic storage tank arranged along the length of the ship, the LNG-only cryogenic storage tank configured to contain only LNG therein, wherein the plurality of dual-purpose cryogenic storage tanks are arranged on both sides of the LNG-only cryogenic storage tanks .
A shape-correcting device for high-strength steel, the shape-correcting device comprising: a pay-off reel from which a coil is unwound; a skin pass mill correcting a strip unwound from the coil of the pay-off reel; and a coiler rewinding the strip after the strip passes through the skin pass mill, wherein the skin pass mill comprises work rolls that are heat pipe rollers in which heat pipes are installed, wherein the heat pipes are uniformly arranged in the circumferential direction of the heat pipe rollers at a predetermined insertion depth, wherein the heat pipes comprise a plurality of first heat pipes extending in a length direction of the work rolls from an end to a center region of the work rolls and a plurality of second heat pipes extending from an opposite end to a center region, and the first and second heat pipes are alternately arranged in a circumferential direction of the work rolls. a pay-off reel from which a coil is unwound; a skin pass mill correcting a strip unwound from the coil of the pay-off reel; and a coiler rewinding the strip after the strip passes through the skin pass mill, wherein the skin pass mill comprises work rolls that are heat pipe rollers in which heat pipes are installed, wherein the heat pipes are uniformly arranged in the circumferential direction of the heat pipe rollers at a predetermined insertion depth, wherein the heat pipes comprise a plurality of first heat pipes extending in a length direction of the work rolls from an end to a center region of the work rolls and a plurality of second heat pipes extending from an opposite end to a center region, and the first and second heat pipes are alternately arranged in a circumferential direction of the work rolls.
A bearing stator, comprising: a frame , the frame being provided with an accommodation recess , a position-limiting portion being disposed in the accommodation recess , a bearing iron core , any one of axial end surfaces of the bearing iron core being provided with a winding groove , ; and an axial winding , the axial wining being located in the winding groove , and a part, corresponding to the frame , of the axial winding being pressed into the accommodation recess ; wherein the position-limiting portion is used to limit the axial winding in the accommodation recess , characterized in that each of outer wall surfaces at two sides of the accommodation recess are provided with a first positioning portion , and the winding groove is provided with a second positioning portion on two opposite sides of the bearing iron core along a radial direction of the bearing iron core , and the second positioning portion is clamped with the first positioning portion . a frame , the frame being provided with an accommodation recess , a position-limiting portion being disposed in the accommodation recess , a bearing iron core , any one of axial end surfaces of the bearing iron core being provided with a winding groove , ; and an axial winding , the axial wining being located in the winding groove , and a part, corresponding to the frame , of the axial winding being pressed into the accommodation recess ; wherein the position-limiting portion is used to limit the axial winding in the accommodation recess ,
A carrier body with pins secured on a pitch diameter against spontaneous release, where the pins are axially mounted on the carrier body replaceably and are situated on a common pitch circle, while the pins have on their perimeter a first perimeter groove , characterized by that the first perimeter groove of the pins fitts to holes in the carrier body for the secured pins , the first perimeter groove of the pins corresponds with a second perimeter groove in the carrier body, and in addition to the second perimeter groove in the carrier body and the first perimeter grooves in the pins a common safety ring suitable for fixing the pins in the holes in the carrier body is mounted.
A method for monitoring an elevator car in which - by means of a mobile terminal device having a sensor , measurement values in an elevator car are collected, - the collected measurement values are transmitted by a mobile terminal device to a central evaluation unit , and - the transmitted measurement values are evaluated by the evaluation unit , characterized in that - the mobile terminal device activates a measurement mode, thus preparing itself for collection of measurement values, when it detects that it is located in the region of a shaft door of the elevator system . - by means of a mobile terminal device having a sensor , measurement values in an elevator car are collected, - the collected measurement values are transmitted by a mobile terminal device to a central evaluation unit , and - the transmitted measurement values are evaluated by the evaluation unit , - the mobile terminal device activates a measurement mode, thus preparing itself for collection of measurement values, when it detects that it is located in the region of a shaft door of the elevator system .
A method for generating earthmoving prescriptions, the method comprising: receiving, with one or more computing devices of a computing system , data indicative of a plurality of soil layers below a surface of a worksite, the plurality of soil layers having different soil compositions, the data being generated by at least one sensor supported on an unmanned aerial vehicle (UAV 102) that is configured to be flown across the worksite; receiving, with the one or more computing devices , data indicative of a surface profile of the surface of the worksite; receiving, with the one or more computing devices , an input associated with a target profile of the worksite; and generating, with the one or more computing devices , an earthmoving prescription map based at least in part on the plurality of soil layers of the worksite, the surface profile of the worksite, and the target profile of the worksite, the earthmoving prescription map mapping the plurality of soil layers between the surface profile of the worksite and the target profile of the worksite. receiving, with one or more computing devices of a computing system , data indicative of a plurality of soil layers below a surface of a worksite, the plurality of soil layers having different soil compositions, the data being generated by at least one sensor supported on an unmanned aerial vehicle (UAV 102) that is configured to be flown across the worksite; receiving, with the one or more computing devices , data indicative of a surface profile of the surface of the worksite; receiving, with the one or more computing devices , an input associated with a target profile of the worksite; and generating, with the one or more computing devices , an earthmoving prescription map based at least in part on the plurality of soil layers of the worksite, the surface profile of the worksite, and the target profile of the worksite, the earthmoving prescription map mapping the plurality of soil layers between the surface profile of the worksite and the target profile of the worksite.