mhurhangee/patent-ind-claim-en huggingface dataset:
A camera system suitable for use on an automated vehicle, said system comprising: an imager used to detect an image of a field-of-view of the system ; a light-shield operable to block a portion of the image from being received by the imager ; wherein the light-shield includes an absorber supported by a transparent-film and a controller in communication with the imager and the light-shield , said controller configured to position the light-shield in a line-of-sight between a bright-spot and the imager ; characterized in that the controller is configured to position the absorber at the limits of the field-of-view when the bright-spot is not detected by the imager such that the amount of obscured image-data is minimized. an imager used to detect an image of a field-of-view of the system ; a light-shield operable to block a portion of the image from being received by the imager ; wherein the light-shield includes an absorber supported by a transparent-film and a controller in communication with the imager and the light-shield , said controller configured to position the light-shield in a line-of-sight between a bright-spot and the imager ; characterized in that the controller is configured to position the absorber at the limits of the field-of-view when the bright-spot is not detected by the imager such that the amount of obscured image-data is minimized.
A core-shell structure comprising: a core portion containing an active ingredient, and a shell portion containing a surfactant having an HLB value of 4 to 14, wherein the core portion is solid, the surfactant is a surfactant formed by linking an alcohol with a fatty acid via ester bonding or amide bonding, the alcohol has a molecular weight in the range of 70 g/mol to 200 g/mol, the surfactant contains a saturated hydrocarbon group having 7 to 11 carbon atoms or an unsaturated hydrocarbon group having 7 to 11 carbon atoms, and the surfactant comprises at least one selected from the group consisting of sorbitan fatty acid esters, glycerin fatty acid esters, propylene glycol fatty acid esters, and fatty acid alkanolamides. a core portion containing an active ingredient, and a shell portion containing a surfactant having an HLB value of 4 to 14, wherein the core portion is solid, the surfactant is a surfactant formed by linking an alcohol with a fatty acid via ester bonding or amide bonding, the alcohol has a molecular weight in the range of 70 g/mol to 200 g/mol, the surfactant contains a saturated hydrocarbon group having 7 to 11 carbon atoms or an unsaturated hydrocarbon group having 7 to 11 carbon atoms, and the surfactant comprises at least one selected from the group consisting of sorbitan fatty acid esters, glycerin fatty acid esters, propylene glycol fatty acid esters, and fatty acid alkanolamides.
Multiple-piece rotor shaft for an electric machine, the multiple-piece rotor shaft comprising: - a first shaft journal with a first end flange and with an axial through bore , - a second shaft journal with a second end flange , - a hollow carrier for a rotor laminated core , - a line element for conducting a cooling medium, and - a dividing element , - the carrier for the rotor laminated core being arranged between the first shaft journal and the second shaft journal , - the carrier , the first end flange and the second end flange delimiting a cavity between them, - the line element forming a cooling duct within the cavity , the cooling duct being connected to the first axial through bore , extending between the first shaft journal and the second shaft journal , and being connected to an outer part of the cavity which is formed between the carrier and the line element , - the dividing element dividing the outer part of the cavity into a first part cavity on the side of the first shaft journal and into a second part cavity on the side of the second shaft journal , the first part cavity being connected to the cooling duct via at least one first bore of the line element , and the second part cavity being connected to the cooling duct via at least one second bore of the line element , and - the first end flange having at least one first opening for the discharge of cooling medium from the first part cavity , and the second end flange having at least one second opening for the discharge of cooling medium from the second part cavity . - a first shaft journal with a first end flange and with an axial through bore , - a second shaft journal with a second end flange , - a hollow carrier for a rotor laminated core , - a line element for conducting a cooling medium, and - a dividing element , - the carrier for the rotor laminated core being arranged between the first shaft journal and the second shaft journal , - the carrier , the first end flange and the second end flange delimiting a cavity between them, - the line element forming a cooling duct within the cavity , the cooling duct being connected to the first axial through bore , extending between the first shaft journal and the second shaft journal , and being connected to an outer part of the cavity which is formed between the carrier and the line element , - the dividing element dividing the outer part of the cavity into a first part cavity on the side of the first shaft journal and into a second part cavity on the side of the second shaft journal , the first part cavity being connected to the cooling duct via at least one first bore of the line element , and the second part cavity being connected to the cooling duct via at least one second bore of the line element , and - the first end flange having at least one first opening for the discharge of cooling medium from the first part cavity , and the second end flange having at least one second opening for the discharge of cooling medium from the second part cavity .
Tyre chain for a vehicle tyre of a vehicle, comprising an elastically extensible inner tension ring which is arranged on an inner side of the tyre facing the vehicle when the tyre chain is mounted, the inner tension ring being provided, at at least one point, with a mounting bracket of which the bending stiffness is increased relative to the inner tension ring , and the mounting bracket having a passage for the inner tension ring , characterised in that the passage is interrupted at at least one point and exposes at least one attachment point for anti-slip means .
A refrigerator comprising: a main body having a front side thereof open; and a door rotatably coupled to the main body and configured to open and close the open front side of the main body , wherein the door includes: a door panel including a panel body having panel bent portions at side end portions of the panel body , an upper trim provided at an upper portion of the panel body, a lower trim provided at a lower portion of the panel body , and side trims provided at portions of the left and right sides of the panel body ; a door body to which the door panel is separably mountable, wherein the panel body is positioned in front of the door body , the door body including chassis each having an accommodation portion configured to cover the panel bent portion of the panel body ; wherein the accommodation portion is provided to support the panel bent portion along a direction in which the door panel is mounted to the door body when the door panel is mounted to the door body , wherein each of the side trims includes a magnetic body, and the door body includes a cover provided to have the side trims attached thereto by a magnetic force. a main body having a front side thereof open; and a door rotatably coupled to the main body and configured to open and close the open front side of the main body , wherein the door includes: a door panel including a panel body having panel bent portions at side end portions of the panel body , an upper trim provided at an upper portion of the panel body, a lower trim provided at a lower portion of the panel body , and side trims provided at portions of the left and right sides of the panel body ; a door body to which the door panel is separably mountable, wherein the panel body is positioned in front of the door body , the door body including chassis each having an accommodation portion configured to cover the panel bent portion of the panel body ; a door panel including a panel body having panel bent portions at side end portions of the panel body , an upper trim provided at an upper portion of the panel body, a lower trim provided at a lower portion of the panel body , and side trims provided at portions of the left and right sides of the panel body ; a door body to which the door panel is separably mountable, wherein the panel body is positioned in front of the door body , the door body including chassis each having an accommodation portion configured to cover the panel bent portion of the panel body ; wherein the accommodation portion is provided to support the panel bent portion along a direction in which the door panel is mounted to the door body when the door panel is mounted to the door body , wherein each of the side trims includes a magnetic body, and the door body includes a cover provided to have the side trims attached thereto by a magnetic force.
A Zn-doped InP single crystal substrate having a diameter of 75 mm to 100 mm and a Zn concentration of 5 × 10 18 cm -3 or more, wherein the Zn-doped InP single crystal substrate has an electrical activation ratio of Zn of more than 85% at a total of two measurement points: a point at a center of a surface of a wafer-shaped substrate and an arbitrary point on a circumference which is more inside by 5 mm than an outer periphery of the wafer, the electrical activation ratio of Zn being calculated as a value expressing a ratio of a carrier density to a concentration of Zn doped in InP as a percentage. wherein the Zn-doped InP single crystal substrate has an electrical activation ratio of Zn of more than 85% at a total of two measurement points: a point at a center of a surface of a wafer-shaped substrate and an arbitrary point on a circumference which is more inside by 5 mm than an outer periphery of the wafer, the electrical activation ratio of Zn being calculated as a value expressing a ratio of a carrier density to a concentration of Zn doped in InP as a percentage.
Distribution system for distributing an olfactory attractant that stimulates ovipositioning of insects to a plurality of cages (8, 28, 3 8) where ovipositioning is desired, comprising: - a central container for containing an odorant olfactory attractant and/or for containing a source of an odorant olfactory attractant ; - a delivery system arranged as a tree structure comprising tubes, pipes and/or ducts , wherein said tubes, pipes and/or ducts are coupled to the container and ending at said plurality of cages where ovipositioning is desired, for delivering a gas from the container to said plurality of cages (8, 28, 3 8); wherein the central container is located in an area or room different from an area or room in which the plurality of cages are located; and - a driver system for moving the odorant olfactory attractant through the delivery system from the container to said plurality of cages ; wherein the driver system comprises a pump for pressurizing the container and the odorant olfactory attractant and/or the source of the odorant olfactory attractant contained in the container , and creating an overpressure in the container for pushing the odorant olfactory attractant and/or the source of the odorant olfactory attractant into the delivery system , wherein the container is a closed container comprising a first opening for air-tight coupling to the driver system , and a second opening for air-tight coupling to the delivery system . - a central container for containing an odorant olfactory attractant and/or for containing a source of an odorant olfactory attractant ; - a delivery system arranged as a tree structure comprising tubes, pipes and/or ducts , wherein said tubes, pipes and/or ducts are coupled to the container and ending at said plurality of cages where ovipositioning is desired, for delivering a gas from the container to said plurality of cages (8, 28, 3 8); wherein the central container is located in an area or room different from an area or room in which the plurality of cages are located; and - a driver system for moving the odorant olfactory attractant through the delivery system from the container to said plurality of cages ;
Method for controlling an electrically adjustable sun roof of a motor vehicle by means of a touch-sensitive touchpad as a control unit , wherein - an adjustment of the sun roof to a closed position is effected by a first swiping movement across the touchpad ; - an adjustment of the sun roof to an open position is effected by a second swiping movement across the touchpad opposed to the first; - a specific activation of the sun roof occurs as a function of a position or movement of the sun roof , which is effected by a tapping of the touchpad , characterised in that - the tapping of the touchpad is registered only at a movement of the touchpad effected by the tapping . - an adjustment of the sun roof to a closed position is effected by a first swiping movement across the touchpad ; - an adjustment of the sun roof to an open position is effected by a second swiping movement across the touchpad opposed to the first; - a specific activation of the sun roof occurs as a function of a position or movement of the sun roof , which is effected by a tapping of the touchpad , characterised in that - the tapping of the touchpad is registered only at a movement of the touchpad effected by the tapping .
A cable management device , configured to be mounted to a rack having a first pair of posts , a second pair of posts and a third pair of posts , comprising: a supporting base configured to be mounted to the third posts ; and a first set of arms including two arms that are movable with respect to each other, wherein one of the two arms of the first set of arms is mounted on the supporting base ; wherein the cable management device further comprises a second set of arms including two arms (56c, 56d/210) that are movable with respect to each other, the second set of arms being connected to the first set of arms , wherein the supporting base includes a supporting portion having a plurality of ribs which are provided to support the arms , wherein said ribs have a predetermined height and are arranged at intervals, wherein the second set of arms are pivotally connected to the first set of arms , and wherein one of the two arms (56c, 56d/210) of the second set of arms has an end portion (E1) pivotally connected to an end portion (E1) of the other of the two arms of the first set of arms . a supporting base configured to be mounted to the third posts ; and a first set of arms including two arms that are movable with respect to each other, wherein one of the two arms of the first set of arms is mounted on the supporting base ; wherein the cable management device further comprises a second set of arms including two arms (56c, 56d/210) that are movable with respect to each other, the second set of arms being connected to the first set of arms , wherein the supporting base includes a supporting portion having a plurality of ribs which are provided to support the arms , wherein said ribs have a predetermined height and are arranged at intervals, wherein the second set of arms are pivotally connected to the first set of arms , and wherein one of the two arms (56c, 56d/210) of the second set of arms has an end portion (E1) pivotally connected to an end portion (E1) of the other of the two arms of the first set of arms .
A screw cap for a screw head, comprising: a tubular body , having an end wall at a distal end portion and an opening at a proximal end portion along a centre axis (A); at least one first coupling member arranged coaxially to said centre axis (A) at said distal end portion , adapted to retainingly receive at least a portion of a first-type screw head ; and at least one second coupling member arranged coaxially with, and axially proximal to, said at least one first coupling member , adapted to retainingly receive at least a portion of a second-type screw head ; wherein said at least one first coupling member comprises at least one first surrounding wall member , and at least one second radial wall member arranged concentric to and facing said first surrounding wall member , said at least one first surrounding wall member and said at least one second radial wall member protruding from said end wall towards said proximal end portion along said centre axis (A), so as to form a substantially annularly shaped recess coaxial with said tubular body and adapted to matingly receive at least a portion of the first-type screw head ; wherein said second coupling member comprises at least two spaced apart rib members , each rib member extending radially inwardly from an inner surface of said tubular body so as to couplingly engage with at least a portion of the second-type screw head , during use; and wherein the diameter defined by the circumferentially spaced apart rib members is greater than the diameter defined by the annularly shaped recess. a tubular body , having an end wall at a distal end portion and an opening at a proximal end portion along a centre axis (A); at least one first coupling member arranged coaxially to said centre axis (A) at said distal end portion , adapted to retainingly receive at least a portion of a first-type screw head ; and at least one second coupling member arranged coaxially with, and axially proximal to, said at least one first coupling member , adapted to retainingly receive at least a portion of a second-type screw head ; wherein said at least one first coupling member comprises at least one first surrounding wall member , and at least one second radial wall member arranged concentric to and facing said first surrounding wall member , said at least one first surrounding wall member and said at least one second radial wall member protruding from said end wall towards said proximal end portion along said centre axis (A), so as to form a substantially annularly shaped recess coaxial with said tubular body and adapted to matingly receive at least a portion of the first-type screw head ; wherein said second coupling member comprises at least two spaced apart rib members , each rib member extending radially inwardly from an inner surface of said tubular body so as to couplingly engage with at least a portion of the second-type screw head , during use; and wherein the diameter defined by the circumferentially spaced apart rib members is greater than the diameter defined by the annularly shaped recess.
A mandrel assembly comprising: (A) a housing comprising: a housing wire tubular channel extending along (a) the length of the housing , and (b) the longitudinal centerline axis of the housing ; a fluid annular channel encircling the wire tubular channel ; a fluid ring in fluid communication with the fluid annular channel , the fluid ring positioned at one end of the housing ; and (B) a cone-shaped tip having a wide end and a narrow end, the wide end of the tip attached to the end of the housing at which the fluid ring is positioned, the tip comprising: a tip wire tubular channel extending along (a) the length of the tip , and (b) the longitudinal centerline axis of the tip ; a tip fluid channel in fluid communication with the fluid ring ; and one or more nozzles in fluid communication with the tip fluid channel , the nozzles located at the end and extending beyond the narrow end of the tip ; the housing wire tubular channel and the tip wire tubular channel in open communication with one another such that a wire, hybrid cable or optical fiber is passable from one to the other in a straight line and without interruption. (A) a housing comprising: a housing wire tubular channel extending along (a) the length of the housing , and (b) the longitudinal centerline axis of the housing ; a fluid annular channel encircling the wire tubular channel ; a fluid ring in fluid communication with the fluid annular channel , the fluid ring positioned at one end of the housing ; and a housing wire tubular channel extending along (a) the length of the housing , and (b) the longitudinal centerline axis of the housing ; a fluid annular channel encircling the wire tubular channel ; a fluid ring in fluid communication with the fluid annular channel , the fluid ring positioned at one end of the housing ; and (B) a cone-shaped tip having a wide end and a narrow end, the wide end of the tip attached to the end of the housing at which the fluid ring is positioned, the tip comprising: a tip wire tubular channel extending along (a) the length of the tip , and (b) the longitudinal centerline axis of the tip ; a tip fluid channel in fluid communication with the fluid ring ; and one or more nozzles in fluid communication with the tip fluid channel , the nozzles located at the end and extending beyond the narrow end of the tip ; a tip wire tubular channel extending along (a) the length of the tip , and (b) the longitudinal centerline axis of the tip ; a tip fluid channel in fluid communication with the fluid ring ; and one or more nozzles in fluid communication with the tip fluid channel , the nozzles located at the end and extending beyond the narrow end of the tip ;
A peptide comprising an amino acid sequence selected from the group consisting of amino acid sequences of SEQ ID NO: 1 to SEQ ID NO: 3 for use in preventing or treating a bone disease, wherein the bone disease is bone damage, osteoporosis, osteomalacia, rickets, fibrous osteitis, an aplastic bone disease or a metabolic bone disease.