mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: an electronic display , the electronic display comprising a plurality of plenoptic cells , each plenoptic cell comprising a plurality of display pixels ; a computer processor ; one or more memory units ; and a module stored in the one or more memory units , the module configured, when executed by the processor , to: access a source image stored in the one or more memory units ; determine depth data for each pixel of a plurality of pixels of the source image ; map, using the plurality of pixels and the determined depth data for each of the plurality of pixels , the source image to four-dimensional light field data, said mapping comprising copying pixel data for each of the plurality of pixels of the source image to a corresponding display pixel of each of the plenoptic cells ; and send instructions to the electronic display to display the mapped four-dimensional light field data. an electronic display , the electronic display comprising a plurality of plenoptic cells , each plenoptic cell comprising a plurality of display pixels ; a computer processor ; one or more memory units ; and a module stored in the one or more memory units , the module configured, when executed by the processor , to: access a source image stored in the one or more memory units ; determine depth data for each pixel of a plurality of pixels of the source image ; map, using the plurality of pixels and the determined depth data for each of the plurality of pixels , the source image to four-dimensional light field data, said mapping comprising copying pixel data for each of the plurality of pixels of the source image to a corresponding display pixel of each of the plenoptic cells ; and send instructions to the electronic display to display the mapped four-dimensional light field data. access a source image stored in the one or more memory units ; determine depth data for each pixel of a plurality of pixels of the source image ; map, using the plurality of pixels and the determined depth data for each of the plurality of pixels , the source image to four-dimensional light field data, said mapping comprising copying pixel data for each of the plurality of pixels of the source image to a corresponding display pixel of each of the plenoptic cells ; and send instructions to the electronic display to display the mapped four-dimensional light field data.
Label for a container that is in multiple parts or can be divided into multiple parts, for storing, administering, withdrawing and/or accommodating a medication and/or a liquid, - wherein the label has precisely one material web , which contains a first label section , which is intended to be attached to a first container part of a container, and a second label section , - wherein the label is a wrap-around label to be wrapped completely around at least a first container part, more than once, wherein the first label section is intended to be wrapped around the first container part, - wherein the second label section comprises a stock label , which can be removed and adhesively applied to a further article, and is configured in the material web and has a first sub-section and a second sub-section , - wherein the first sub-section of the stock label projects into the first label section , characterized in that - the second label section is configured to be attached to a second container part of the container, - the second sub-section of the stock label and/or a remaining part of the second sub-section is configured to be attached to the second container part of the container, - the first sub-section of the stock label becomes accessible as a grip tab for pulling the stock label off a remainder of the second label section and/or off the second container part, and the label is configured in such a manner that when the first and the second label section are pulled apart to open a container around which the label is adhesively applied, the first and the second label section tear apart from one another. - wherein the label has precisely one material web , which contains a first label section , which is intended to be attached to a first container part of a container, and a second label section , - wherein the label is a wrap-around label to be wrapped completely around at least a first container part, more than once, wherein the first label section is intended to be wrapped around the first container part, - wherein the second label section comprises a stock label , which can be removed and adhesively applied to a further article, and is configured in the material web and has a first sub-section and a second sub-section , - wherein the first sub-section of the stock label projects into the first label section , characterized in that - the second label section is configured to be attached to a second container part of the container, - the second sub-section of the stock label and/or a remaining part of the second sub-section is configured to be attached to the second container part of the container, - the first sub-section of the stock label becomes accessible as a grip tab for pulling the stock label off a remainder of the second label section and/or off the second container part,
A wearable device suitable for wearing on a person's wrist and comprising a metallic housing and a flexible band for attachment of the device to a user's wrist, wherein the metallic housing includes a printed circuit board, PCB, on which are mounted electronic components including a transmitter for transmitting radio signals at a frequency between 400 and 1000 MHz; wherein a coin-cell battery is configured to power the device, the battery being disposed in a section of the flexible band and electrical connections being provided between the battery and the printed circuit board, PCB; and wherein the transmitter comprises a coaxial cable connector , a coaxial cable having a terminal for connection to said coaxial cable connector and extending out of said housing into said section to an antenna disposed in said section, wherein said antenna is the exposed core of said coaxial cable within said section and beyond a termination of a radio-frequency-shielding sheath of the coaxial cable, and wherein said section includes a backbone having grooves or notches around which said exposed core is wound.
A heavy-duty tire rubber composition comprising 100 parts by mass of a solid rubber (A), 0.1 to 50 parts by mass of a modified liquid diene rubber (B) having a functional group derived from a silane compound represented by the formula below, and 20 to 200 parts by mass of a filler (C), the modified liquid diene rubber (B) satisfying the following (i) and (ii): (i) the weight average molecular weight (Mw) is not less than 1,000 and not more than 120,000, and (ii) the vinyl content is not less than 30 mol% and less than 70 mol%, wherein R 1 is a C 1-6 divalent alkylene group, and R 2 , R 3 and R 4 are each independently a methoxy group, an ethoxy group, a phenoxy group, a methyl group, an ethyl group or a phenyl group, with the proviso that at least one of R 2 , R 3 and R 4 is a methoxy group, an ethoxy group or a phenoxy group. the modified liquid diene rubber (B) satisfying the following (i) and (ii): (i) the weight average molecular weight (Mw) is not less than 1,000 and not more than 120,000, and (ii) the vinyl content is not less than 30 mol% and less than 70 mol%, (i) the weight average molecular weight (Mw) is not less than 1,000 and not more than 120,000, and (ii) the vinyl content is not less than 30 mol% and less than 70 mol%, wherein R 1 is a C 1-6 divalent alkylene group, and R 2 , R 3 and R 4 are each independently a methoxy group, an ethoxy group, a phenoxy group, a methyl group, an ethyl group or a phenyl group, with the proviso that at least one of R 2 , R 3 and R 4 is a methoxy group, an ethoxy group or a phenoxy group.
A method of treating a polyimide, comprising: providing a polyimide to be treated; and contacting the polyimide to be treated with a fluid to obtain a treated polyimide; wherein the polyimide comprises a first repeat unit derived from pyromellitic dianhydride (PMDA) and a second repeat unit derived from 4,4'-oxodianiline (4,4'-ODA); wherein the fluid comprises a supercritical fluid, a liquid with a surface tension of 10.0 mN m -1 or less under the conditions of the contacting step, or a mixture thereof; wherein the polyimide to be treated is a plurality of particles; and wherein the plurality of polyimide particles has a particle size characterised by a volume median diameter (Dv50) of 10 to 80 μm as measured by laser diffraction in deionised water in accordance with ISO 13320:2009. providing a polyimide to be treated; and contacting the polyimide to be treated with a fluid to obtain a treated polyimide; wherein the polyimide comprises a first repeat unit derived from pyromellitic dianhydride (PMDA) and a second repeat unit derived from 4,4'-oxodianiline (4,4'-ODA); wherein the fluid comprises a supercritical fluid, a liquid with a surface tension of 10.0 mN m -1 or less under the conditions of the contacting step, or a mixture thereof; wherein the polyimide to be treated is a plurality of particles; and wherein the plurality of polyimide particles has a particle size characterised by a volume median diameter (Dv50) of 10 to 80 μm as measured by laser diffraction in deionised water in accordance with ISO 13320:2009.
An in-vehicle image recognition device which processes an image captured by a pair of imaging units, wherein the pair of imaging units comprises a first imaging unit for capturing a first image and a second imaging unit for capturing a second image , wherein the second imaging unit is disposed in parallel to the first imaging unit ; wherein the same light source is captured by the pair of imaging units in a capturing cycle (Tc), the capturing cycle (Tc) being an integer times a predetermined flickering cycle (TI), wherein the timings of exposure of the pair of imaging units are deviated by (Ns + 0,5) times the flickering cycle (TI) such that the timing of exposure of the second imaging unit is shifted by (Ns + 0,5) times the flickering cycle (TI) compared to the timing of exposure of the first imaging unit , wherein Ns is an integer, wherein the in-vehicle image recognition device includes a light source recognition unit configured to perform a recognition process in which the light source is extracted from the first image and the second image and in a case where there is a difference equal to or more than a predetermined threshold between pixel values of the light source extracted from the first image and the second image , it is determined that the light source is a flickering light source. wherein the pair of imaging units comprises a first imaging unit for capturing a first image and a second imaging unit for capturing a second image , wherein the second imaging unit is disposed in parallel to the first imaging unit ; wherein the same light source is captured by the pair of imaging units in a capturing cycle (Tc), the capturing cycle (Tc) being an integer times a predetermined flickering cycle (TI), wherein the timings of exposure of the pair of imaging units are deviated by (Ns + 0,5) times the flickering cycle (TI) such that the timing of exposure of the second imaging unit is shifted by (Ns + 0,5) times the flickering cycle (TI) compared to the timing of exposure of the first imaging unit , wherein Ns is an integer, wherein the in-vehicle image recognition device includes a light source recognition unit configured to perform a recognition process in which the light source is extracted from the first image and the second image and in a case where there is a difference equal to or more than a predetermined threshold between pixel values of the light source extracted from the first image and the second image , it is determined that the light source is a flickering light source.
Device for sorting boxes comprising a surface for receiving boxes comprising a first and a second sides forming a non-zero angle between them, a motor system allowing for a translation of boxes, said motor system being configured to drive the boxes in a forward direction in a longitudinal direction of the sides , and comprising a means for applying a force moment to the box configured to tend to tilt the box along an axis perpendicular to the second side and to the longitudinal direction, said motor system comprising: - a first bearing surface (6, 6.1) of a first box portion, mobile in the forward direction in the longitudinal direction; the first bearing surface (6, 6.1) comprising at least one first mobile strip in the longitudinal direction and borne by the first side and at least one second strip mobile in the longitudinal direction and borne by the second side , characterised in that said motor system comprises: - a second bearing surface of a second box portion, at least partially mobile in the forward direction in the longitudinal direction, borne by the second side , and wherein the first and second bearing surfaces (6, 6.1, 7) have a speed differential in the longitudinal direction configured to apply the force moment to the box, and that it comprises a box presence sensor arranged at the lower end of the second side and a device for measuring boxes arranged in the plane of the second side and perpendicular to the longitudinal direction of the sides . - a first bearing surface (6, 6.1) of a first box portion, mobile in the forward direction in the longitudinal direction; the first bearing surface (6, 6.1) comprising at least one first mobile strip in the longitudinal direction and borne by the first side and at least one second strip mobile in the longitudinal direction and borne by the second side , characterised in that said motor system comprises: - a second bearing surface of a second box portion, at least partially mobile in the forward direction in the longitudinal direction, borne by the second side ,
A self-propelling watercraft system, comprising: a hull comprising: a base , the base having a recess, and a plurality of sidewalls extending from the base to form a cockpit ; and a pump system detachably connected to the hull and positioned within the recess, the pump system comprising: a water intake port on a first face of the pump system; a water exhaust port on a second face of the pump system, the first face approximately perpendicular to the second face, the water intake port and the water exhaust port together part of a water flow path through the pump system; a grate formed over the water intake port; a drybox housing an electric motor , an electric motor drive with a plate placed between the electric motor and the electric motor drive, a motor side pulley mechanically connected to the electric motor drive, a belt drive and a drive shaft side pulley ; and a paddle including a control mechanism for electronically communicating with the pump system, wherein the control mechanism of the paddle comprises: a processor ; an accelerometer coupled to the processor; and a memory coupled to the processor, the memory storing a pattern of accelerometer readings that have been previously associated with a motor command to cause the motor controller to activate the motors. a hull comprising: a base , the base having a recess, and a plurality of sidewalls extending from the base to form a cockpit ; and a base , the base having a recess, and a plurality of sidewalls extending from the base to form a cockpit ; and a pump system detachably connected to the hull and positioned within the recess, the pump system comprising: a water intake port on a first face of the pump system; a water exhaust port on a second face of the pump system, the first face approximately perpendicular to the second face, the water intake port and the water exhaust port together part of a water flow path through the pump system; a grate formed over the water intake port; a drybox housing an electric motor , an electric motor drive with a plate placed between the electric motor and the electric motor drive, a motor side pulley mechanically connected to the electric motor a water intake port on a first face of the pump system; a water exhaust port on a second face of the pump system, the first face approximately perpendicular to the second face, the water intake port and the water exhaust port together part of a water flow path through the pump system; a grate formed over the water intake port; a drybox housing an electric motor , an electric motor drive with a plate placed between the electric motor and the electric motor drive, a motor side pulley mechanically connected to the electric motor drive, a belt drive and a drive shaft side pulley ; and a processor ; an accelerometer coupled to the processor; and a memory coupled to the processor, the memory storing a pattern of accelerometer readings that have been previously associated with a motor command to cause the motor controller to activate the motors.
A method for validating messages transmitted through a network , the network containing plural nodes connectable to form plural paths for communications transactions, the method comprising: transmitting a first message from a first node along a first path to a second node ; determining validity of the first message based at least in part on the first path travelled by the first message; and selecting the first path and a second path according to a rotating sequence of routing paths between the first node and the second node. transmitting a first message from a first node along a first path to a second node ; determining validity of the first message based at least in part on the first path travelled by the first message; and selecting the first path and a second path according to a rotating sequence of routing paths between the first node and the second node.
A method of sequencing a target nucleic acid, the method comprising: passing a microfluidic droplet containing the target nucleic acid through a microfluidic channel; exposing the target nucleic acid to a plurality of particles, at least some of which have nucleic acid probes fastened thereto, and at least partially determining the sequence of the target nucleic acid based on binding of the particles to the nucleic acid, wherein said at least partially determining the sequence of the target nucleic acid comprises sequencing by hybridization, and wherein the target nucleic acid is encapsulated within the microfluidic droplet with the particles having nucleic acid probes. passing a microfluidic droplet containing the target nucleic acid through a microfluidic channel; exposing the target nucleic acid to a plurality of particles, at least some of which have nucleic acid probes fastened thereto, and at least partially determining the sequence of the target nucleic acid based on binding of the particles to the nucleic acid, wherein said at least partially determining the sequence of the target nucleic acid comprises sequencing by hybridization, and wherein the target nucleic acid is encapsulated within the microfluidic droplet with the particles having nucleic acid probes.
A vehicle having a vehicle body configured to be retained in a state of being insulated from a road surface and to be positively charged by static electricity due to external factors including traveling, comprising: an electrostatic eliminator (2; 52; 62) that reduces a positive charge of a specific portion or that charges the specific portion with a negative charge, the specific portion being defined as a portion to be positively charged at which a positively charged air flow that flows around the vehicle body during travel starts to vary from a flow along a surface of the positively charged vehicle body to a flow separated from the surface, wherein: the specific portion is constituted from a conductive material with a surface resistance value that is less than a surface resistance value of the electrostatic eliminator (2; 52; 62); and the electrostatic eliminator (2; 52; 62) is constituted from a conductive resin with a surface resistance value in a range of 10 2 Ω or more and less than 10 11 Ω, characterized in that the electrostatic eliminator (2; 52; 62) is in a shape of a tape and with an adhesive provided on at least a part of a surface of the electrostatic eliminator (2; 52; 62), the surface facing a surface of the specific portion . the specific portion is constituted from a conductive material with a surface resistance value that is less than a surface resistance value of the electrostatic eliminator (2; 52; 62); and the electrostatic eliminator (2; 52; 62) is constituted from a conductive resin with a surface resistance value in a range of 10 2 Ω or more and less than 10 11 Ω, characterized in that the electrostatic eliminator (2; 52; 62) is in a shape of a tape and with an adhesive provided on at least a part of a surface of the electrostatic eliminator (2; 52; 62), the surface facing a surface of the specific portion .
A method of determining a surface quality of a substrate by means of its wettability, having the steps: application of a medium to a surface of the substrate , so that a respective region of the surface is partially covered by dripping of the medium and an optically stimulated electron emission from the surface , dependent on a local characteristic of a respective region of the surface of the substrate , is prevented or reduced in a predetermined manner by the medium or the optical[sic] stimulated electron emission from the surface is blocked or weakened in a predetermined manner by the medium , measurement of the optically stimulated electron emission, and comparison of the optically stimulated electron emission measured for the respective region after the application of medium with a reference for determining the surface quality. application of a medium to a surface of the substrate , so that a respective region of the surface is partially covered by dripping of the medium and an optically stimulated electron emission from the surface , dependent on a local characteristic of a respective region of the surface of the substrate , is prevented or reduced in a predetermined manner by the medium or the optical[sic] stimulated electron emission from the surface is blocked or weakened in a predetermined manner by the medium , measurement of the optically stimulated electron emission, and comparison of the optically stimulated electron emission measured for the respective region after the application of medium with a reference for determining the surface quality.
Production apparatus with a conveyor belt for the industrial production of flat baked goods, in particular for the production of dough discs at a production line, wherein the conveyor belt consists of a flexible carrier belt and at least one edge mould carried on the carrier belt and having an edge bounding the baked goods , wherein the edge mould has a shape matching the shape and the outer dimensions of the baked goods to be produced and the conveyor belt is located between a feed belt feeding in a dough piece and a transfer station with a discharging transfer belt for produced baked goods , wherein the conveyor belt runs continuously between deflection rollers and forms an upper run and a lower run and the upper run runs in the running direction from the feed belt to the transfer station and the lower run runs from the transfer station back to the feed belt , characterised in that the edge of the edge mould carried on the carrier belt consists of an elastic material and is designed in one piece with the carrier belt , wherein a transfer gap with a gap width (S) as measured in the running direction is formed between the conveyor belt and the discharging transfer belt , and in that the edge of the edge mould is elastically deformed when passing through the transfer gap and supports the transfer of the baked goods produced in the edge mould from the conveyor belt to the transfer belt , wherein the upper run is transferred to the lower run via two deflection diameters (D1, D2) at the transfer gap and the wrap-around angle at the deflection diameter (D1) extends at the transfer gap over a circumferential angle of approximately 110° to 150°.