mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile robot comprising: a body driven in a cleaning area and for absorbing foreign substances on a floor in the cleaning area; a first pattern emission unit disposed on a front surface of the body and for emitting first pattern light toward a lower side of a front side of the body ; a second pattern emission unit disposed on the front surface of the body, disposed below the first pattern emission unit , and for emitting second pattern light toward an upper side of the front side of the body ; an image acquirer disposed on the front surface of the body and for acquiring an image of the front side of the body ; and a controller for detecting a first light pattern corresponding to the first pattern light and a second light pattern corresponding to the second pattern light from the acquired image input from the image acquirer , determining an obstacle, and performing control to pass or avoid the obstacle, characterised in that the controller determines a cliff based on a shape of the first light pattern marked in the acquired image, controls the mobile robot to be driven along a path along which the mobile robot does not fall off the cliff, and controls driving of the mobile robot not to reduce a length of the first light pattern. a body driven in a cleaning area and for absorbing foreign substances on a floor in the cleaning area; a first pattern emission unit disposed on a front surface of the body and for emitting first pattern light toward a lower side of a front side of the body ; a second pattern emission unit disposed on the front surface of the body, disposed below the first pattern emission unit , and for emitting second pattern light toward an upper side of the front side of the body ; an image acquirer disposed on the front surface of the body and for acquiring an image of the front side of the body ; and a controller for detecting a first light pattern corresponding to the first pattern light and a second light pattern corresponding to the second pattern light from the acquired image input from the image acquirer , determining an obstacle, and performing control to pass or avoid the obstacle, characterised in that the controller determines a cliff based on a shape of the first light pattern marked in the acquired image, controls the mobile robot to be driven along a path along which the mobile robot does not fall off the cliff, and controls driving of the mobile robot not to reduce a length of the first light pattern.
A tire tread depth measuring system for measuring tread depth across a profile of a tire, comprising a hand-held tread depth scanner having a start/stop button , characterised by : (a) the hand-held tread depth scanner having two laser distance sensors , each laser distance sensor of said two laser distance sensors arranged to sequentially measure distances to said tire across a profile of said tire, said tread depth scanner recording distance measurements as a function of time for said each laser distance sensor, said each laser distance sensor producing data related to tread depth across a profile of said tire; (b) a user interface carried by said tread depth scanner, said user interface including said start/stop button, and wherein, when said start/stop button is pressed and said user moves said tread depth scanner over a tire profile, said tread depth scanner being held in the hand of said user scans said tire tread to measure said tread depth and to produce said data related to said tread depth for said tire profile; and (c) a camera carried by said tread depth scanner, said user interface enabling said user to capture an image with said camera of a license plate or a vehicle identification number of a vehicle in order to associate said image with said data. (a) the hand-held tread depth scanner having two laser distance sensors , each laser distance sensor of said two laser distance sensors arranged to sequentially measure distances to said tire across a profile of said tire, said tread depth scanner recording distance measurements as a function of time for said each laser distance sensor, said each laser distance sensor producing data related to tread depth across a profile of said tire; (b) a user interface carried by said tread depth scanner, said user interface including said start/stop button, and wherein, when said start/stop button is pressed and said user moves said tread depth scanner over a tire profile, said tread depth scanner being held in the hand of said user scans said tire tread to measure said tread depth and to produce said data related to said tread depth for said tire profile; and (c) a camera carried by said tread depth scanner, said user interface enabling said user to capture an image with said camera of a license plate or a vehicle identification number of a vehicle in order to associate said image with said data.
A tissue paper product comprising: a web obtained by folding and stacking in a pop-up manner a plurality of sheets of tissue paper containing a moisturizer; and a cuboid paper box storing the web and having an outlet in its upper surface , wherein the sheets of tissue paper are 2-ply sheets having a 1-ply basis weight of not less than 13.0 g/m 2 and less than 14.5 g/m 2 and having a 2-ply paper thickness of more than 143 μm and less than 175 μm, the dry tensile strength of the tissue paper is more than 276 cN/25 mm and not more than 346 cN/25 mm in the machine direction, and more than 102 cN/25 mm and not more than 150 cN/25 mm in the cross-machine direction, and the content of the moisturizer in the tissue paper is not less than 1.1 g/m 2 and not more than 2.5 g/m 2 , wherein the web has a web compressive stress of more than 0.51 g/cm 2 and less than 0.86 g/cm 2 , wherein the ratio of the product of the paper thickness and the number of the 2-ply sheets to a web bulk is not less than 0.35, wherein the ratio of the web bulk to the height of the paper box is not less than 0.94 and not more than 0.98, wherein the ratio of the length of the tissue paper in the cross-machine direction to the length of the paper box in the longitudinal direction is not less than 0.84, and wherein the space volume ratio of the tissue paper product is not less than 78%, which refers to the ratio of the product of the web bulk, the depth of the web and the length of the tissue paper in the cross-machine direction to the product of the height of an external surface of the paper box, the width of the external surface of the paper box and the depth of the external surface of the paper box. wherein the sheets of tissue paper are 2-ply sheets having a 1-ply basis weight of not less than 13.0 g/m 2 and less than 14.5 g/m 2 and having a 2-ply paper thickness of more than 143 μm and less than 175 μm, the dry tensile strength of the tissue paper is more than 276 cN/25 mm and not more than 346 cN/25 mm in the machine direction, and more than 102 cN/25 mm and not more than 150 cN/25 mm in the cross-machine direction, and the content of the moisturizer in the tissue paper is not less than 1.1 g/m 2 and not more than 2.5 g/m 2 , wherein the web has a web compressive stress of more than 0.51 g/cm 2 and less than 0.86 g/cm 2 , wherein the ratio of the product of the paper thickness and the number of the 2-ply sheets to a web bulk is not less than 0.35, wherein the ratio of the web bulk to the height of the paper box is not less than 0.94 and not more than 0.98, wherein the ratio of the length of the tissue paper in the cross-machine direction to the length of the paper box in the longitudinal direction is not less than 0.84, and wherein the space volume ratio of the tissue paper product is not less than 78%, which refers to the ratio of the product of the web bulk, the depth of the web and the length of the tissue paper in the cross-machine direction to the product of the height of an external surface of the paper box, the width of the external surface of the paper box and the depth of the external surface of the paper box.
Double busbar having a contact device , wherein the double busbar has a first busbar and a second busbar , which are separated from each other by an insulation and are stacked one above the other to form a stack, wherein the contact device has an outer contact socket for contacting an outer mating socket of a mating piece to the contact device and an inner contact socket arranged coaxially in the outer contact socket for contacting an inner mating socket of the mating piece , wherein the inner contact socket encloses an axial receptacle for a tie rod for exerting an axial tensile force between the contact device and the mating piece , wherein the outer contact socket is arranged on a flat side of the first busbar and is electrically conductively connected to the first busbar , wherein the inner contact socket is electrically conductively connected to the second busbar and passes through the first busbar , wherein the receptacle passes through the first busbar and the second busbar , wherein an end-side contact face of the outer contact socket projects beyond an end-side contact face of the inner contact socket .
A liquid stop valve unit suitable for being arranged in a liquid distribution system having a centrally located liquid source connected via at least one separate feeding conduit to at least one liquid tap unit, wherein each feeding conduit is evacuated of liquid after an associated tap unit is closed and is refilled with liquid when said tap unit is opened, the liquid stop valve unit having an inlet end communicating with said feeding conduit and an outlet end communicating with said liquid tap unit, characterized in that said liquid stop valve unit comprises at least one non-return valve with a valve body being biased towards a valve seat so as to be kept in a closed state, when refilling said at least one feeding conduit and starting a tapping operation, until a liquid pressure at said inlet end reaches a threshold level, causing the valve body to be moved to an open state, said liquid pressure being sensed by a pressure responsive part , being separate from said valve body, wherein said pressure responsive part of the liquid stop valve unit comprises at least one diaphragm spring being adapted to be deformed from a first position, in which it is biased towards said valve seat and keeps the valve body in said closed state, into a second position, in which it keeps the valve body in an open state, the deformation of the diaphragm spring from said first position to said second position causing the valve body to overwin the biasing force and to move away from said valve seat so as to keep said valve body in said open state and to reduce the liquid pressure in the liquid stop valve unit from said threshold level, being up to 1 to 2 bar higher than an ambient atmospheric pressure, down to a lower level being substantially lower than said threshold pressure level, said lower level possibly being as low as 0.1 bar, whereby the liquid flow during tapping of liquid from said liquid tap unit will be stable and the risk of hammering after evacuating and refilling each said liquid conduit will be avoided.
Camera for a motor vehicle , with an outer housing and a heat dissipating device for dissipating heat from the camera , the heat dissipating device comprising a duct for conveying a liquid or gaseous heat absorption medium, wherein the duct is arranged at the outer housing , the duct is arranged on an outer side of the outer housing such that in relation to a direction of rotation around a longitudinal axis (L) of the camera it encircles the outer housing at least once, on the outer side of at least one housing wall the outer housing comprises a receiving channel for the duct such that the duct is arranged at least partially sunk in the receiving channel (20 to 23), and viewed perpendicularly to its longitudinal axis (B), the receiving channel (20 to 23) is dimensioned with a width (w) such that the duct is arranged in the receiving channel (20 to 23) with clearance in the direction of the width (w).
A separator for separating one or more components selected from particulate material, hydrophobic material, non-polar material, microorganisms, or viruses from a mixture of water and the one or more components or from a mixture of a polar liquid and the one or more components, the separator comprising a porous retainer, characterised in that the separator comprises a continuous layer of a metal hydroxide hydrate gel and the porous retainer is for retaining the layer of metal hydroxide hydrate gel, the separator being structured such that liquid must pass through the layer of metal hydroxide hydrate gel before it can exit the separator to ensure that all filtrate has passed through the metal hydroxide hydrate gel layer, the porous retainer being located downstream of the layer of metal hydroxide hydrate gel, the continuous layer of the metal hydroxide hydrate gel retaining the one or more components on the continuous layer whilst the water or the polar liquid passes through the continuous layer, the continuous layer of the metal hydroxide hydrate gel having a thickness of from 1 micron to 1 metre, wherein the metal hydroxide hydrate gel is selected from one or more of aluminium hydroxide hydrate, magnesium hydroxide hydrate, zinc hydroxide hydrate, manganese hydroxide hydrate, cobalt hydroxide hydrate and nickel hydroxide hydrate.
Hybrid drive train for a hybrid-drive vehicle, having a transmission which can be switched using switch elements into different gear ratios, which transmission can be connected drivingly via an internal combustion engine shaft to an internal combustion engine , via an electric machine shaft to an electric machine as well as via an output shaft to at least one vehicle axis (VA), wherein the internal combustion engine shaft and a driven shaft , connected drivingly to the output shaft , can be connected via spur gear sets, which can be switched by means of the switching elements and form in each case wheel planes (V1 to V4, E1, E2), wherein the wheel planes (V1 to V4, E1, E2) have a first and a second hybrid wheel plane (E1, E2), which can be drivingly connected in each case additionally to the electric machine shaft , and wherein the electric machine can be connected to the internal combustion engine via the first hybrid wheel plane (E1), forming a first load path (L1), and can be connected to the internal combustion engine via the second hybrid wheel plane (E2), forming a second load path (L2), while at the same time the driven shaft connected to the output shaft is decoupled from the respective load path (L1, L2), wherein the first and second hybrid wheel planes (E1, E2) have in each case respectively an output-side gearwheel arranged on the driven shaft , a drive-side gearwheel arranged on the internal combustion engine shaft and an electric-machine-side gearwheel arranged coaxially to the electric machine shaft , wherein the output-side gearwheel , arranged on the driven shaft , of the first and second hybrid wheel plane (E1, E2) is a loose gear, which can be coupled with or uncoupled from the driven shaft by means of a switching element (SE-B), and wherein the drive-side gearwheel , arranged on the internal combustion engine shaft , of the first and second hybrid wheel plane (E1, E2) is a loose gear which can be coupled to the internal combustion engine shaft by means of a switching element (SE-C), characterised in that the electric machine-side gearwheel is rotationally mounted as a loose gear and can be decoupled from or coupled with the electric machine shaft by means of a switching element (SE-A), and that the two hybrid wheel planes (E1, E2) are components of a common partial transmission (T) which can be shut down during the transmission operation, that is, can be decoupled from the internal combustion engine and from the output side, and that in the partial transmission (T) the drive-side loose gears , arranged on the internal combustion engine shaft , of the two hybrid wheel planes (E1, E2) are arranged non-rotationally together on a hollow shaft which is rotationally mounted coaxially on the internal combustion engine shaft and is can be coupled with the internal combustion engine shaft via precisely one switching element (SE-C).
An isolated and purified nucleic acid comprising a nucleotide sequence encoding a mosaic clade M human immunodeficiency virus type 1 (HIV-1) Env polypeptide comprising an amino acid sequence selected from the group consisting of M_mos_Env_3_1 SEQ ID NO:177, M_mos_Env_3_2 SEQ ID NO:178 and M_mos_Env_3_3 SEQ ID NO:179.
Connecting piece for a fuel injector of an internal combustion engine comprising a high-pressure input port, and a high-pressure output port, wherein the high-pressure input port and the high-pressure output port open into an internal high-pressure accumulator of the connecting piece and/or the injector via separate high-pressure feed channels , characterized in that the high-pressure feed channel of the high-pressure input port and the high-pressure feed channel of the high-pressure output port comprise a throttle , the connecting piece is designed T-shaped or as a T-piece, the high-pressure ports are formed in the head area and the interface to a fuel injector housing is formed by the foot of the T-piece, and the high-pressure input port and/or the high-pressure output port comprise an external thread which is provided on the outside of the connecting flange of the high-pressure input port or high-pressure output port for the screw connection of an external high-pressure line (A, B). a high-pressure input port, and a high-pressure output port, wherein the high-pressure input port and the high-pressure output port open into an internal high-pressure accumulator of the connecting piece and/or the injector via separate high-pressure feed channels , characterized in that the high-pressure feed channel of the high-pressure input port and the high-pressure feed channel of the high-pressure output port comprise a throttle , the connecting piece is designed T-shaped or as a T-piece, the high-pressure ports are formed in the head area and the interface to a fuel injector housing is formed by the foot of the T-piece, and the high-pressure input port and/or the high-pressure output port comprise an external thread which is provided on the outside of the connecting flange of the high-pressure input port or high-pressure output port for the screw connection of an external high-pressure line (A, B).
An immunoregulatory pharmaceutical composition for use in a method of treating a T effector cell-mediated immune/inflammatory disease or condition, comprising redirected regulatory T lymphocytes (Treg cells), wherein said redirected Treg cells are endowed with specificity toward a selected antigen, which selected antigen is one that is present or expressed at a site or target tissue of an autoimmune or inflammatory response mediated by effector T cells, which cells comprise a chimeric nucleic acid that encodes a chimeric receptor (CR) polypeptide that comprises, expressed in a single, continuous chain, an extracellular recognition region, a transmembrane region and an intracellular signaling region, and is expressed in the redirected Treg cells so as to display the extracellular region on the cell surface, wherein (a) the extracellular recognition region of the chimeric receptor is specific for the selected antigen and consists of an antibody-derived scFv domain; and (b) the intracellular signaling region comprises a combination of T-cell signaling polypeptide moieties, which combination of moieties comprises one or more cytoplasmic domains of a costimulatory molecule, and a cytoplasmic T-cell stimulatory domain, and which combination of moieties, upon binding of the extracellular recognition region to the selected antigen, triggers activation of the Treg cells to cause suppression of T-cell mediated immunity; and a pharmaceutically and immunologically acceptable carrier, excipient or diluent. (a) the extracellular recognition region of the chimeric receptor is specific for the selected antigen and consists of an antibody-derived scFv domain; and (b) the intracellular signaling region comprises a combination of T-cell signaling polypeptide moieties, which combination of moieties comprises one or more cytoplasmic domains of a costimulatory molecule, and a cytoplasmic T-cell stimulatory domain, and which combination of moieties, upon binding of the extracellular recognition region to the selected antigen, triggers activation of the Treg cells to cause suppression of T-cell mediated immunity;
A light-emitting diode, LED, comprising: a substrate; a carrier confinement, CC, region positioned over the substrate, the CC region defining: a first CC layer comprising aluminum gallium antimonide; and a second CC layer positioned on the first CC layer, the second CC layer comprising aluminum gallium antimonide; an active region positioned over the CC region,; a first barrier layer positioned between the CC region and the active region, wherein the first barrier layer has an aluminum composition between 20% and 45%; a second barrier layer positioned over the active region; and an electron blocking layer, EBL, positioned over the active region, the EBL comprising aluminum gallium antimonide; wherein the active region comprises indium gallium antimonide and has an indium composition between 10 and 45%, and has a thickness between 50 and 150 angstroms (5 and 15 nanometres), and wherein the active region is configured to be at least one of a quantum well structure and a multi quantum well structure, thereby to have a transient response time of less than 500 picoseconds (ps). a substrate; a carrier confinement, CC, region positioned over the substrate, the CC region defining: a first CC layer comprising aluminum gallium antimonide; and a second CC layer positioned on the first CC layer, the second CC layer comprising aluminum gallium antimonide; an active region positioned over the CC region,; a first barrier layer positioned between the CC region and the active region, wherein the first barrier layer has an aluminum composition between 20% and 45%; a second barrier layer positioned over the active region; and an electron blocking layer, EBL, positioned over the active region, the EBL comprising aluminum gallium antimonide; wherein the active region comprises indium gallium antimonide and has an indium composition between 10 and 45%, and has a thickness between 50 and 150 angstroms (5 and 15 nanometres), and wherein the active region is configured to be at least one of a quantum well structure and a multi quantum well structure, thereby to have a transient response time of less than 500 picoseconds (ps). a first CC layer comprising aluminum gallium antimonide; and a second CC layer positioned on the first CC layer, the second CC layer comprising aluminum gallium antimonide; an active region positioned over the CC region,; a first barrier layer positioned between the CC region and the active region, wherein the first barrier layer has an aluminum composition between 20% and 45%; a second barrier layer positioned over the active region; and an electron blocking layer, EBL, positioned over the active region, the EBL comprising aluminum gallium antimonide; wherein the active region comprises indium gallium antimonide and has an indium composition between 10 and 45%, and has a thickness between 50 and 150 angstroms (5 and 15 nanometres), and wherein the active region is configured to be at least one of a quantum well structure and a multi quantum well structure, thereby to have a transient response time of less than 500 picoseconds (ps).