mhurhangee/patent-ind-claim-en huggingface dataset:
Hands-free subjective image capture device , comprising: - a harness attached to the body of a user; - a camera including at least one lens oriented in a direction, the camera being connected to the harness by a positionable arm running along the back of the user, and positioned above the user for capturing a subjective image in said direction, the positionable arm comprising a rod for placing in position on the articulated harness with a rod for supporting the camera and at least one damper of the movement between the positioning rod and the supporting rod; and - a means for stabilizing the camera relative to the harness placed between the positionable arm and the camera characterized in that it also comprises: - a means for controlling the stabilization means as a function of at least one piece of position data of the camera, the control means being configured to keep the video camera in a predefined position. - a harness attached to the body of a user; - a camera including at least one lens oriented in a direction, the camera being connected to the harness by a positionable arm running along the back of the user, and positioned above the user for capturing a subjective image in said direction, the positionable arm comprising a rod for placing in position on the articulated harness with a rod for supporting the camera and at least one damper of the movement between the positioning rod and the supporting rod; and - a means for stabilizing the camera relative to the harness placed between the positionable arm and the camera - a means for controlling the stabilization means as a function of at least one piece of position data of the camera, the control means being configured to keep the video camera in a predefined position.
Vehicle body, in particular for trucks, having a sectional door and a loading space which can be closed at an opening by the sectional door , which has a plurality of panels which are mounted pivotably on one another and can be moved by means of a drive, wherein at least one spring on a spring shaft assists in lifting the sectional door , and a spring fracture safety device is provided for arresting the sectional door in the event that the spring fractures, wherein the spring fracture safety device has a pinion connected to the spring shaft and a pivotally pretensioned locking lever which can be brought into engagement with the pinion to block a rotational movement of the spring shaft , wherein one end of the spring is held on an adapter of the spring fracture safety device , which is pivotally mounted on a holder of the spring fracture safety device and, in a position tensioned by the spring , holds the locking lever out of engagement with the pinion and, in the event that the spring fractures, releases the locking lever so that said lever comes into engagement with the pinion , characterized in that the adapter has an opening , in which the pinion is accommodated and the adapter has two arcuate slots into each of which a bolt is inserted for mounting the adapter , wherein the locking lever is arranged in a receptacle between the adapter and a section of the holder , and the holder is arranged in a central region of the spring shaft and has a lead-through for the spring shaft .
A vehicle traffic control communications system , the system comprising: a Radio Frequency, RF, communication subsystem infrastructure configured to communicate vehicle traffic control information between a vehicle and a vehicle traffic control system via at least one wireless RF communication link established between the RF communication subsystem infrastructure and the vehicle ; and a laser communication subsystem infrastructure configured to communicate the vehicle traffic control information between the vehicle and the vehicle traffic control system via at least one wireless laser communication link established between the laser communication subsystem infrastructure and the vehicle , wherein laser communication subsystem infrastructure comprise a first plurality of nodes secured onto physical mounting structures distributed along a vehicle route between a departure point and a destination point for the vehicle ; wherein the laser communication subsystem infrastructure comprises a laser mesh network communicatively coupling the first plurality of nodes to each other. a Radio Frequency, RF, communication subsystem infrastructure configured to communicate vehicle traffic control information between a vehicle and a vehicle traffic control system via at least one wireless RF communication link established between the RF communication subsystem infrastructure and the vehicle ; and a laser communication subsystem infrastructure configured to communicate the vehicle traffic control information between the vehicle and the vehicle traffic control system via at least one wireless laser communication link established between the laser communication subsystem infrastructure and the vehicle , wherein laser communication subsystem infrastructure comprise a first plurality of nodes secured onto physical mounting structures distributed along a vehicle route between a departure point and a destination point for the vehicle ; wherein the laser communication subsystem infrastructure comprises a laser mesh network communicatively coupling the first plurality of nodes to each other.
Floating lounger for supporting an individual or object in water, wherein said lounger comprises one single floating body , which floating body is made of a solid closed-cell foam, characterized in that the floating body is provided with a textile layer on the outside, wherein the textile layer comprises a first textile layer portion and a second textile layer portion , which first textile layer portion is at least provided at a top surface of the lounger , and which second textile layer portion is provided at a bottom surface of the lounger , and wherein the second textile layer portion comprises a mesh-shaped structure able to drain water away via openings in the mesh-shaped structure after said lounger has been used as a floating piece of furniture.
A flexible web intended for the realisation of a false ceiling in a room, the said web consisting of two fabrics superimposed and assembled together at their peripheral edge, one of the fabrics being solid, the other being perforated, characterized in that the fabric arranged above, which is perforated, has a weight greater than that of the solid fabric arranged below so that the perforated fabric is help in place on the solid fabric when the web is attached to the rail.
A display backlighting unit, BLU, comprising: at least one primary light source that emits primary light; a light guide panel, LGP, optically coupled to the at least one primary light source; a quantum dot (QD) phosphor material film disposed over the LGP , wherein the primary light transmits through the LGP and into the QD phosphor material film ; and a first barrier film and a second barrier film , wherein each barrier film comprises at least two sublayers (1420a; 1420b; 1422a; 1422b), wherein the first and second barrier films (1420; 1422) are each disposed adjacent the QD phosphor material film and on opposite sides thereof, wherein the QD phosphor material film is not directly physically coupled to the LGP and comprises only two populations of light emitting QDs including a first population of QDs configured to emit first secondary light and a second population of QDs configured to emit second secondary light at a different wavelength than the first secondary light, whereby at least a portion of the primary light is absorbed by the two populations of QDs and reemitted by the QDs as the first and second secondary light having a longer wavelength than the primary light, and wherein the first population of QDs and second population of QDs comprise an emission spectrum having less than 40nm full width at half maximum (FWHM), wherein the QDs are coated by a ligand material, and the ligand material comprises a pendant amine functional polystyrene. at least one primary light source that emits primary light; a light guide panel, LGP, optically coupled to the at least one primary light source; a quantum dot (QD) phosphor material film disposed over the LGP , a first barrier film and a second barrier film , wherein each barrier film comprises at least two sublayers (1420a; 1420b; 1422a; 1422b), wherein the first and second barrier films (1420; 1422) are each disposed adjacent the QD phosphor material film and on opposite sides thereof, wherein the QD phosphor material film is not directly physically coupled to the LGP and comprises only two populations of light emitting QDs including a first population of QDs configured to emit first secondary light and a second population of QDs configured to emit second secondary light at a different wavelength than the first secondary light, whereby at least a portion of the primary light is absorbed by the two populations of QDs and reemitted by the QDs as the first and second secondary light having a longer wavelength than the primary light, and wherein the first population of QDs and second population of QDs comprise an emission spectrum having less than 40nm full width at half maximum (FWHM), wherein the QDs are coated by a ligand material, and the ligand material comprises a pendant amine functional polystyrene.
An apparatus for separating a least one solid from a solids/fluid mixture , said apparatus comprising a separation chamber , wherein the separation chamber comprises a top end, a bottom end, at least one wall, and an inlet port for introducing the solids/fluid mixture into the separation chamber , said inlet port having an inlet port vector which is in the direction at which the solids/fluid mixture enters the separation chamber , characterized in that the apparatus further comprises a cushion chamber , wherein the cushion chamber comprises at least one boundary wall , and said cushion chamber is adapted to maintain a cushion of the solids/fluid mixture at an intersection of the inlet port vector and the cushion chamber when the separation chamber and the cushion chamber are connected by a communication port at the intersection of the inlet port vector and the at least one wall of the separation chamber .
A heart treatment system , comprising: an implantable blood pump configured to couple with a circulatory system of a patient and to pump blood therethrough, the implantable blood pump comprising a pump processor, the pump processor including an input; an implantable cardiac rhythm management device configured to deliver heart stimulation pulses to a heart of the patient; a first lead having a first end and a second end opposite the first end, the first end of the first lead coupling with the implantable cardiac rhythm management device and the second end of the first lead coupled with the input of the pump processor; wherein the implantable cardiac rhythm management device is configured to deliver an electrical pace signal through the first lead to the implantable blood pump ; and wherein the pump processor of the implantable blood pump is configured to receive the electrical pace signal from the implantable cardiac rhythm management device and to adjust a pumping of the implantable blood pump based on the electrical pace signal . an implantable blood pump configured to couple with a circulatory system of a patient and to pump blood therethrough, the implantable blood pump comprising a pump processor, the pump processor including an input; an implantable cardiac rhythm management device configured to deliver heart stimulation pulses to a heart of the patient; a first lead having a first end and a second end opposite the first end, the first end of the first lead coupling with the implantable cardiac rhythm management device and the second end of the first lead coupled with the input of the pump processor; wherein the implantable cardiac rhythm management device is configured to deliver an electrical pace signal through the first lead to the implantable blood pump ; and wherein the pump processor of the implantable blood pump is configured to receive the electrical pace signal from the implantable cardiac rhythm management device and to adjust a pumping of the implantable blood pump based on the electrical pace signal .
Galvanic element with an enveloping film, wherein the enveloping film has at least one force sensor for detecting a state of expansion of the enveloping film, and wherein the force sensor is arranged in a central region of the enveloping film, characterized in that a further force sensor is arranged in an edge region of the enveloping film, wherein the edge region is designed as a bushing region for at least one electrical contact of a galvanic element .
An electrical system including an electrical power source , a DC/DC power converter unit adapted to be supplied by the power source and an electrical socket connector , wherein the power converter unit is adapted to deliver electrical power to the electrical socket connector , wherein the electrical socket connector includes a base portion, connection pins arranged on an elongated portion protruding from the base portion, a metallic ground shield laterally surrounding the elongated portion , characterized in that the ground shield is divided between a first half and a second half which are separate and electrically insulated from each other in that the first half of the ground shield is electrically connected to a ground input of the power converter unit , and in that the second half of the ground shield is electrically connected to a ground output of the power source . wherein the power converter unit is adapted to deliver electrical power to the electrical socket connector , wherein the electrical socket connector includes a base portion, connection pins arranged on an elongated portion protruding from the base portion, a metallic ground shield laterally surrounding the elongated portion , characterized in that the ground shield is divided between a first half and a second half which are separate and electrically insulated from each other in that the first half of the ground shield is electrically connected to a ground input of the power converter unit , and in that the second half of the ground shield is electrically connected to a ground output of the power source .
A glove, in particular a pilot's glove, which is made of a plurality of material blanks (10, 17, 19, 25, 30 - 33), a first material blank seamlessly forming at least an inner side of an index finger region and an inner side of a thumb region of the glove, the first material blank being designed to encompass the end region of an index finger by more than 180° and to extend beyond the index finger tip, and fourchettes (30 - 33) being arranged on the fingers of the glove, except for between the thumb and index finger, the first material blank also forming at least part of a palm region and an inner side of a ring finger region and of a little finger region of the glove, characterized in that a blank made of the same material as the first material blank is attached to the first material blank by a seam , the blank forming an inner side of a middle finger region, and in that the fourchette between the index finger and middle finger extends only over the lower index finger region.
Method for setting up an automatic movement machine , comprising at least the steps: a) coupling a movable element of the automatic movement machine to a movable guide element of a guide device , wherein the guide device is designed as a multi-axis guide robot; b) exerting a force on the movable element by means of the movable guide element by operating the guide device , as a result of which the movable element guided by means of the guide element is moved along a predetermined movement profile , wherein, before or during the exertion of force in step b), the movable element is placed in a passive state, in which the movable element is uncoupled from a drive device of the automatic movement machine that is designed to move the movable element ; c) acquiring a setup data set characterizing the movement profile and setting up the automatic movement machine as a result, wherein the movement profile comprises at least one speed profile, and the at least one speed profile is proportional to a working speed profile of the movable element that changes over time. a) coupling a movable element of the automatic movement machine to a movable guide element of a guide device , wherein the guide device is designed as a multi-axis guide robot; b) exerting a force on the movable element by means of the movable guide element by operating the guide device , as a result of which the movable element guided by means of the guide element is moved along a predetermined movement profile , wherein, before or during the exertion of force in step b), the movable element is placed in a passive state, in which the movable element is uncoupled from a drive device of the automatic movement machine that is designed to move the movable element ; c) acquiring a setup data set characterizing the movement profile and setting up the automatic movement machine as a result, wherein the movement profile comprises at least one speed profile, and the at least one speed profile is proportional to a working speed profile of the movable element that changes over time.
A method for the production of a multilayer co-extruded food packaging film of polyvinyl chloride (PVC), polyvinylidene chloride (PVDC) or a combination of polyvinyl chloride (PVC) and polyvinylidene chloride (PVDC) with reduced migration behaviour of plasticisers into the packaged food compared to monolayer PVC films, comprising the steps: - Providing at least one melt of polyvinyl chloride (PVC), polyvinylidene chloride (PVDC) or a combination of polyvinyl chloride (PVC) and polyvinylidene chloride (PVDC) and one or more polymer and/or monomer plasticisers, - producing a multilayer film from more than two film layers by co-extrusion of the melt(s) of polyvinyl chloride (PVC), polyvinylidene chloride (PVDC) or a combination of polyvinyl chloride (PVC) and polyvinylidene chloride (PVDC) and the one or more polymer and/or monomer plasticisers, such that, in the food packaging film resulting from the process, the total layer thickness of the multilayer film is from 5 my to 25 my, the concentration of polymer and/or monomer plasticisers per layer is between 3 wt% and 35 wt% based on the total concentration, and the global migration of the plasticisers from the composite of the food film into the packaged food is not more than 40 mg/dm 2 of film. - Providing at least one melt of polyvinyl chloride (PVC), polyvinylidene chloride (PVDC) or a combination of polyvinyl chloride (PVC) and polyvinylidene chloride (PVDC) and one or more polymer and/or monomer plasticisers, - producing a multilayer film from more than two film layers by co-extrusion of the melt(s) of polyvinyl chloride (PVC), polyvinylidene chloride (PVDC) or a combination of polyvinyl chloride (PVC) and polyvinylidene chloride (PVDC) and the one or more polymer and/or monomer plasticisers, such that, in the food packaging film resulting from the process, the total layer thickness of the multilayer film is from 5 my to 25 my, the concentration of polymer and/or monomer plasticisers per layer is between 3 wt% and 35 wt% based on the total concentration, and the global migration of the plasticisers from the composite of the food film into the packaged food is not more than 40 mg/dm 2 of film.
A device comprising: a top housing assembly configured to house a first subset of a plurality of electrical components; a bottom housing assembly mechanically coupled to the top housing assembly such that the top housing assembly is operable to cover, when closed, at least a portion of the bottom housing assembly, the bottom housing assembly configured to house a second subset of the plurality of electrical components; and a flexible electrical inter-assembly coupling circuit configured to electrically couple the first subset of the plurality of electrical components and the second subset of electrical components, the flexible electrical inter-assembly coupling circuit configured to remain flat when the top housing assembly is open relative to the bottom housing assembly and stretch when the top housing assembly is at least partially closed relative to the bottom housing assembly; and a folding mechanism that mechanically couples the top housing assembly to the bottom housing assembly for opening and closing the top housing assembly relative to the bottom housing assembly; wherein the flexible electrical inter-assembly coupling circuit includes one or more electrical traces dispersed on a material including one or more cuts that stretch when the top housing assembly is at least partially closed relative to the bottom housing assembly. a top housing assembly configured to house a first subset of a plurality of electrical components; a bottom housing assembly mechanically coupled to the top housing assembly such that the top housing assembly is operable to cover, when closed, at least a portion of the bottom housing assembly, the bottom housing assembly configured to house a second subset of the plurality of electrical components; and a flexible electrical inter-assembly coupling circuit configured to electrically couple the first subset of the plurality of electrical components and the second subset of electrical components, the flexible electrical inter-assembly coupling circuit configured to remain flat when the top housing assembly is open relative to the bottom housing assembly and stretch when the top housing assembly is at least partially closed relative to the bottom housing assembly; and a folding mechanism that mechanically couples the top housing assembly to the bottom housing assembly for opening and closing the top housing assembly relative to the bottom housing assembly; wherein the flexible electrical inter-assembly coupling circuit includes one or more electrical traces dispersed on a material including one or more cuts that stretch when the top housing assembly is at least partially closed relative to the bottom housing assembly.
A non-therapeutic method for improving physical performance in a subject undergoing physical activity, comprising administering to the subject a daily dose of a capsicum composition comprising capsaicinoids selected from capsaicin, dihydrocapsaicin, nordihydrocapsaicin and mixtures thereof, wherein said composition significantly enhances endurance capacity and resistance to fatigue by enhancing oxidative capacity of the muscles through reduction in muscle soreness and enhancing post-exercise recovery from muscle fatigue, wherein the daily dose provides from 0.01 mg/kg body weight to 1 mg/kg body weight, of capsaicinoids to the subject, wherein the daily dose of capsicum composition is effective in decreasing levels of muscle lactates and muscle malondialdehyde, and in increasing levels of superoxide dismutase and glutathione peroxidase in the subject compared to a subject who has not been administered with the capsicum composition.