mhurhangee/patent-ind-claim-en huggingface dataset:
Method for decelerating a machine which comprises a drive , preferably a direct drive, with an electric motor and a working machine for metal processing, wherein the drive is arranged to rotationally drive a shaft of the working machine and the method comprises: braking the machine free of friction from a working state to a stopping state, in which the shaft of the working machine is substantially stationary, by means of an electrical braking device ; mechanically locking the machine in the stopped state by means of and through actuation of a mechanical holding device ; wherein the electrical braking device and the mechanical holding device are so controlled that substantially the entire kinetic energy from the working state is converted by the electrical braking device , whilst the mechanical holding device is actuated only in the stopped state of the machine, characterised in that a power-supplying converter is provided, which supplies the electric motor of the drive in the working state with power and preferably comprises a function for braking the working machine in a normal operating state, wherein in an unusual operating state the power-supplying converter is electrically separated from the electric motor and the machine is braked to the stopped state in that windings of the electric motor are shortcircuited by way of a brake resistor or a resistor/capacitor circuit or directly or an external direct voltage source is switched on. braking the machine free of friction from a working state to a stopping state, in which the shaft of the working machine is substantially stationary, by means of an electrical braking device ; mechanically locking the machine in the stopped state by means of and through actuation of a mechanical holding device ; wherein the electrical braking device and the mechanical holding device are so controlled that substantially the entire kinetic energy from the working state is converted by the electrical braking device , whilst the mechanical holding device is actuated only in the stopped state of the machine, characterised in that a power-supplying converter is provided, which supplies the electric motor of the drive in the working state with power and preferably comprises a function for braking the working machine in a normal operating state, wherein in an unusual operating state the power-supplying converter is electrically separated from the electric motor and the machine is braked to the stopped state in that windings of the electric motor are shortcircuited by way of a brake resistor or a resistor/capacitor circuit or directly or an external direct voltage source is switched on.
Closing or concealing device for a building, said device comprising both a shutter and at least one anti-break-in system , comprising: - a locking means , which the shutter comprises, and which is movable relative to said shutter between an inactive locking position and an active locking position; - at least one complementary locking means , which the shutter comprises, and which, on the one hand and in the inactive locking position of said locking means , is movable relative to said shutter , does not cooperate with said locking means and adopts an inactive locking position, and which, on the other hand and only in the active locking position of said locking means , cooperates with said locking means and adopts an active locking position; - an actuating means , which the shutter comprises, and which is intended for actuating the movement of the locking means from the inactive locking position to the active locking position in the event of a break-in; - at least one immobilization means , which the shutter comprises, and which is movable relative to said shutter , is secured to said at least one complementary locking means for movement therewith, and, in the active locking position of said locking means , adopts an active immobilization position; - at least one complementary immobilization means which is intended to be secured to the building, and which cooperates, in each case, with said at least one immobilization means . - a locking means , which the shutter comprises, and which is movable relative to said shutter between an inactive locking position and an active locking position; - at least one complementary locking means , which the shutter comprises, and which, on the one hand and in the inactive locking position of said locking means , is movable relative to said shutter , does not cooperate with said locking means and adopts an inactive locking position, and which, on the other hand and only in the active locking position of said locking means , cooperates with said locking means and adopts an active locking position; - an actuating means , which the shutter comprises, and which is intended for actuating the movement of the locking means from the inactive locking position to the active locking position in the event of a break-in; - at least one immobilization means , which the shutter comprises, and which is movable relative to said shutter , is secured to said at least one complementary locking means for movement therewith, and, in the active locking position of said locking means , adopts an active immobilization position; - at least one complementary immobilization means which is intended to be secured to the building, and which cooperates, in each case, with said at least one immobilization means .
A receiving device comprising: a receiver configured to receive broadcast content; a trigger information acquirer configured to extract from the received broadcast content trigger information identifying a correspondence table, in which a command for controlling the operation of an application program and information for identifying a command are associated with each other, the correspondence table including the command; a correspondence table acquirer configured to acquire the correspondence table identified in the acquired trigger information; and a control section configured to execute the command included in the acquired correspondence table by controlling operations of a subject application program and another application program other than the subject application program in response to the command, said subject application program and said other application program being delivered via a network and run in conjunction with the broadcast content. a receiver configured to receive broadcast content; a trigger information acquirer configured to extract from the received broadcast content trigger information identifying a correspondence table, in which a command for controlling the operation of an application program and information for identifying a command are associated with each other, the correspondence table including the command; a correspondence table acquirer configured to acquire the correspondence table identified in the acquired trigger information; and a control section configured to execute the command included in the acquired correspondence table by controlling operations of a subject application program and another application program other than the subject application program in response to the command, said subject application program and said other application program being delivered via a network and run in conjunction with the broadcast content.
A method for setting a motion trigger level to be used in detection of motion in a video stream depicting a scene, the method comprising: receiving data pertaining to a video stream depicting the scene; dividing the scene into a plurality of specific portions; wherein each image frame of the video stream comprises multiple blocks of pixels, wherein each specific portion of the scene is associated with one or more block of pixels; and for each specific portion of the scene: evaluating , over time, statistical features of bitrate associated with an encoding of block of pixels pertaining to the specific portion of the scene; determining a motion base level based on the evaluated statistical features of bitrate associated with the encoding of block of pixels pertaining to the specific portion of the scene; and setting a motion trigger level based on the motion base level. receiving data pertaining to a video stream depicting the scene; dividing the scene into a plurality of specific portions; wherein each image frame of the video stream comprises multiple blocks of pixels, wherein each specific portion of the scene is associated with one or more block of pixels; and for each specific portion of the scene: evaluating , over time, statistical features of bitrate associated with an encoding of block of pixels pertaining to the specific portion of the scene; determining a motion base level based on the evaluated statistical features of bitrate associated with the encoding of block of pixels pertaining to the specific portion of the scene; and setting a motion trigger level based on the motion base level. evaluating , over time, statistical features of bitrate associated with an encoding of block of pixels pertaining to the specific portion of the scene; determining a motion base level based on the evaluated statistical features of bitrate associated with the encoding of block of pixels pertaining to the specific portion of the scene; and setting a motion trigger level based on the motion base level.
An automated system comprising: a camera module comprising: a first infrared camera ; a second infrared camera ; and a visible light camera ; an autonomous vehicle comprising a vertically extendable arm , wherein the camera module is attached to a distal end of the vertically extendable arm ; and a processor configured to: initiate movement of the autonomous vehicle around an aircraft according to a predetermined path ; initiate a scan of an exterior surface of the aircraft using the first infrared camera , the second infrared camera , the visible light camera , or a combination thereof; determine whether a portion of the exterior surface of the aircraft is damaged based on the scan; in response to a portion of the exterior surface of the aircraft being damaged, use the first infrared camera , the second infrared camera , and the visible light camera to compute dimensional parameters of damage to the exterior surface and generate a three-dimensional model of the portion of the exterior surface of the aircraft . a camera module comprising: a first infrared camera ; a second infrared camera ; and a visible light camera ; a first infrared camera ; a second infrared camera ; and a visible light camera ; an autonomous vehicle comprising a vertically extendable arm , wherein the camera module is attached to a distal end of the vertically extendable arm ; and a processor configured to: initiate movement of the autonomous vehicle around an aircraft according to a predetermined path ; initiate a scan of an exterior surface of the aircraft using the first infrared camera , the second infrared camera , the visible light camera , or a combination thereof; determine whether a portion of the exterior surface of the aircraft is damaged based on the scan; in response to a portion of the exterior surface of the aircraft being damaged, use the first infrared camera , the second infrared camera , and the visible light camera to compute dimensional parameters of damage to the exterior surface and generate a three-dimensional model of the portion of the exterior surface of the aircraft . initiate movement of the autonomous vehicle around an aircraft according to a predetermined path ; initiate a scan of an exterior surface of the aircraft using the first infrared camera , the second infrared camera , the visible light camera , or a combination thereof; determine whether a portion of the exterior surface of the aircraft is damaged based on the scan; in response to a portion of the exterior surface of the aircraft being damaged, use the first infrared camera , the second infrared camera , and the visible light camera to compute dimensional parameters of damage to the exterior surface and generate a three-dimensional model of the portion of the exterior surface of the aircraft .
A method of preparing a sensor apparatus, the method comprising: applying a cleaning solution through a flow cell lid over a semiconductor substrate defining a flow cell, the semiconductor substrate including a plurality of field effect transistors each including a gate structure exposed to the flow cell, a well structure defines a well over the gate structure, a bead disposed in the well; applying a saccharide solution through the flow cell, the solution including a saccharide; and removing the saccharide solution from the flow cell, a layer of the saccharide remaining over the gate structures and the bead. applying a cleaning solution through a flow cell lid over a semiconductor substrate defining a flow cell, the semiconductor substrate including a plurality of field effect transistors each including a gate structure exposed to the flow cell, a well structure defines a well over the gate structure, a bead disposed in the well; applying a saccharide solution through the flow cell, the solution including a saccharide; and removing the saccharide solution from the flow cell, a layer of the saccharide remaining over the gate structures and the bead.
A backlight device comprising: a substrate ; a plurality of light emitting elements disposed on a surface of the substrate ; a diffuser plate having an incident surface disposed facing to the surface of the substrate , and an emitting surface disposed on the opposite side of the incident surface, diffuses light incident on the incident surface from the plurality of light emitting elements , and emits the diffused light from the emitting surface; and a frame defining a light emitting region on which the plurality of light emitting elements are disposed, wherein a half value region is defined in which light that is equal to or more than half of a peak value of a brightness of light emitted from one of the plurality of light emitting elements is incident on the incident surface, characterised in that the frame is disposed so as not to form a region less than the half value outside the light emitting elements disposed along the frame , and all of the plurality of light emitting elements are disposed so that a ratio less than the half value is 20 % or less,the ratio less than the half value is a ratio of an area of the region less than the half value to an area of a surrounding region formed by connecting at least three light emitting elements disposed around the region less than the half value, and the region less than the half value is a region on which no half value regions of the plurality of light emitting elements are disposed. a substrate ; a plurality of light emitting elements disposed on a surface of the substrate ; a diffuser plate having an incident surface disposed facing to the surface of the substrate , and an emitting surface disposed on the opposite side of the incident surface, diffuses light incident on the incident surface from the plurality of light emitting elements , and emits the diffused light from the emitting surface; and a frame defining a light emitting region on which the plurality of light emitting elements are disposed, wherein a half value region is defined in which light that is equal to or more than half of a peak value of a brightness of light emitted from one of the plurality of light emitting elements is incident on the incident surface, characterised in that the frame is disposed so as not to form a region less than the half value outside the light emitting elements disposed along the frame , and all of the plurality of light emitting elements are disposed so that a ratio less than the half value is 20 % or less,the ratio less than the half value is a ratio of an area of the region less than the half value to an area of a surrounding region formed by connecting at least three light emitting elements disposed around the region less than the half value, and the region less than the half value is a region on which no half value regions of the plurality of light emitting elements are disposed.
Fracture separation device for the fracture separation of a workpiece , in particular a connecting rod , with a spreading element assembly having a first spreading element and at least one second spreading element as well as an actuating body for actuating the spreading element assembly from a positioning position into a spreading position for separating a first component of the workpiece , in particular a connecting rod cap , from a second component of the workpiece , in particular a connecting rod big end , wherein the spreading elements can be inserted into a bearing opening of the workpiece along a longitudinal axis in the positioning position and press with contact surfaces at their outer circumference against an inner circumference of the bearing opening in the spreading position, so that the first component breaks away from the second component of the workpiece while forming fracture separation surfaces , wherein the fracture separation surfaces extend from predetermined fracture zones radially away from the bearing opening , wherein the location surfaces of the spreading element assembly comprise at least one support surface arrangement for the support of the first component and the second component directly at one of the predetermined fracture zones of the bearing opening and at least one pressurisation surface for pressurising the bearing opening for separating the first component from the second component of the workpiece , and wherein the at least one pressurisation surface and the at least one support surface arrangement project in front of a reception zone of the spreading element assembly , into which reception zone a section of the bearing opening can be deformed when separating the first component from the second component , characterised in that at least one support surface of the support surface arrangement has a strip-shaped form for supporting the predetermined fracture zone along a longitudinal axis of the bearing opening , and in that the at least one pressurisation surface extends in front of the reception zone with respect to an advance direction of the actuating body .
A pharmaceutical capsule composition comprising fingolimod or its pharmaceutically acceptable salts thereof, cellulose derivatives excipient, a binder and at least one pharmaceutically acceptable excipient; wherein said binder is polyethylene glycol 6000 P.
Water jet surgical instrument , comprising a hollow shank having a feed line for feeding a cutting fluid, an expulsion nozzle for forming and expelling a liquid jet with a predetermined widening angle (α), and an enveloping tube , wherein a jet-forming device is provided, and is arranged relative to the expulsion nozzle such that the liquid jet is settable with respect to its widening angle by way of the jet-forming device , wherein, for setting the widening angle, the jet-forming device is adjustable in terms of its relative position with respect to the expulsion nozzle, wherein the shank is guided within the enveloping tube so as to be displaceable with respect to the enveloping tube in a longitudinal direction of the water jet surgical instrument, characterized in that the jet-forming device is mounted in the enveloping tube .
A flow cell for use in genetic sequencing (10, 10', 10"), comprising: a substrate comprising an exposed surface; a functionalized polymer coating layer covalently bound to the exposed surface of the substrate through a chemical group on the exposed surface; and a primer grafted to the functionalized polymer coating layer, the primer being a single stranded nucleic acid sequence that serves as a starting point for DNA or RNA synthesis; characterised in that , the flow cell (10, 10', 10") comprises a water-soluble protective coating on the primer and the functionalized polymer coating layer. a substrate comprising an exposed surface; a functionalized polymer coating layer covalently bound to the exposed surface of the substrate through a chemical group on the exposed surface; and a primer grafted to the functionalized polymer coating layer, the primer being a single stranded nucleic acid sequence that serves as a starting point for DNA or RNA synthesis; characterised in that , the flow cell (10, 10', 10") comprises a water-soluble protective coating on the primer and the functionalized polymer coating layer.
A waterproof breathable coated textile containing a web based on glass fibres having a back face, a front face and at least one edge, said front face being covered with a coating layer based on silicone and said back face being capable of being bonded to a support, the coating layer comprising between 5% and 60% by weight of at least one inorganic flame retardant compound, said inorganic flame retardant compound being selected from the group comprising aluminium triohydrate, magnesium hydroxide, silicas, antimony trioxide, calcium carbonate and inorganic pigments, and the coating layer having a thickness of between 5 and 150 μm, characterized in that the textile has an assessed breathability in relation to the parameter of resistance to vapour diffusion (Sd), measured in accordance with EN ISO 12572-C/DIN 1931, such that the parameter Sd is less than 0.2 m, the coating layer comprising at least one flame retardant inorganic compound in a quantity sufficient for the coated textile to have a higher calorific value of less than or equal to 3 MJ/kg, the inorganic flame retardant compound has a D50 granule size of less than 50 μm and more than 2 μm, the sheet has a weight between 20 and 500 g/m2.
An absorbent laminate for an absorbent article, wherein the absorbent laminate includes an upper layer , a lower layer , and an intermediate layer , wherein - the intermediate layer is positioned between the upper and lower layers and comprised a thermoplastic adhesive composition and a particulate superabsorbent material , - the adhesive composition of the intermediate layer is joined to each of the upper layer and the lower layer , - each of the upper layer and the lower layer is constructed of a synthetic nonwoven comprising at least one of polypropylene, polyethylene, nylon, polyester and blends of these materials, or tissue paper, wherein in case each of the upper layer and the lower layer is constructed of a synthetic nonwoven comprising tissue paper, the absorbent laminate consists of three layers, - the thermoplastic adhesive composition comprises a pressure-sensitive adhesive or a synthetic rubber-based pressure sensitive thermoplastic adhesive composition being selected from the group comprising styrene-butadiene-styrene (SBS) and styrene-isoprene-styrene (SIS) block copolymers, characterized in that the thermoplastic adhesive composition has a glass transition temperature ("Tg") of or greater than 27°C (Tg≥27°C), and exhibits an average rate of change in vertical delamination strength with respect to temperature in the interval from Tg -2°C to Tg + 4°C that is greater than the rate of change in vertical delamination strength with respect to temperature in the interval from Tg + 4°C to Tg + 20°C, with the vertical delamination strength decreasing as the temperature increases. - the intermediate layer is positioned between the upper and lower layers and comprised a thermoplastic adhesive composition and a particulate superabsorbent material , - the adhesive composition of the intermediate layer is joined to each of the upper layer and the lower layer , - each of the upper layer and the lower layer is constructed of a synthetic nonwoven comprising at least one of polypropylene, polyethylene, nylon, polyester and blends of these materials, or tissue paper, wherein in case each of the upper layer and the lower layer is constructed of a synthetic nonwoven comprising tissue paper, the absorbent laminate consists of three layers, - the thermoplastic adhesive composition comprises a pressure-sensitive adhesive or a synthetic rubber-based pressure sensitive thermoplastic adhesive composition being selected from the group comprising styrene-butadiene-styrene (SBS) and styrene-isoprene-styrene (SIS) block copolymers,