mhurhangee/ep-ind-claims huggingface dataset:
Cover for closing an opening which is formed in a wall, in particular of a bodywork element or covering element of a motor vehicle, the cover having at least one latching element which protrudes from a rear side of the cover and is provided for, in the closed position, engaging with a latching contour fixed in the wall and associated with the latching element, the latching element having a base and a latching lug, the latching lug defining a latching surface which rests, in the closed position, at the latching contour, a torsion spring element being provided, which is formed toward one side of the base and is connected to the base and/or the latching lug, the torsion spring element being arranged to exert, in the closed position, a spring force which tightens the latching lug against the latching contour, the torsion spring element being in the form of a longitudinal bar which protrudes from the rear side of the cover and extends, from one side of the base, in a direction substantially parallel to a longitudinal direction of the base, and in that, furthermore, at least one transverse bar (37, 38) being provided, protruding from the rear side of the cover and extending from the longitudinal bar in a direction transverse to the longitudinal bar, the base, the longitudinal bar and said at least one transverse bar (37, 38) being formed in one piece, the longitudinal bar forming a torsion spring which, upon insertion and removal of the cover, can resiliently and rotatably move on the side of the base together with same, while the other end of the longitudinal bar is fixed and immobilized by the transverse bar (37, 38), characterized in that said at least one transverse bar (37, 38) comprises a transverse bar which is formed at one side of the longitudinal bar and is formed in a region between the end facing the base and the end of the longitudinal bar opposite the base.
Conveying device for conveying loaded or unloaded load carriers, comprising - a first conveying unit and a second conveying unit, wherein - each conveying unit (12a, 12b) consists of a chassis, at least one supporting element for supporting the load carrier, at least one lifting/lowering unit for lifting and lowering the supporting element, a sensor system for detecting environmental parameters and at least one drive system which drives at least one floor roller of the conveying unit (12a, 12b), and - each conveying unit (12a, 12b) is movable relative to the respective other conveying unit (12a, 12b) and independently of the respective other conveying unit (12a, 12b) along any direction of travel, characterised in that - the environment of the conveying device can be detected by the arrangement of the sensor system in both conveying units in the raised state with a detection plane below the load carrier and in the non-raised state the detection plane intersects the load carrier. - a first conveying unit and a second conveying unit, wherein - each conveying unit (12a, 12b) consists of a chassis, at least one supporting element for supporting the load carrier, at least one lifting/lowering unit for lifting and lowering the supporting element, a sensor system for detecting environmental parameters and at least one drive system which drives at least one floor roller of the conveying unit (12a, 12b), and - each conveying unit (12a, 12b) is movable relative to the respective other conveying unit (12a, 12b) and independently of the respective other conveying unit (12a, 12b) along any direction of travel, - the environment of the conveying device can be detected by the arrangement of the sensor system in both conveying units in the raised state with a detection plane below the load carrier and in the non-raised state the detection plane intersects the load carrier.
A wind power system for generating electric energy, comprising a tower; a nacelle fitted to the tower to rotate about a first axis; a hub fitted to the nacelle to rotate about a second axis; at least one blade fitted to the hub to rotate about a third axis; and at least one safety device (8; 25; 53) positioned contacting a first area at the root of the blade, and a second area of the nacelle, so as to connect the blade electrically to the nacelle; and wherein the safety device (8; 25; 53) is deformable to compensate for variations in the distance between the first and second area; wherein the safety device comprises a first arm having a first end fixed to the hub, and a second end in sliding contact with the second area; characterized in that the first arm is connected mechanically and electrically to the hub and the nacelle, and is fixed adjustably to a third arm fixed to the hub, to adjust the degree of elasticity of the first arm.
Sensor for triggering an action on a door of a motor vehicle comprising: - a first capacitance-measuring electrode defining a first detection zone and a second capacitance-measuring electrode defining a second detection zone, said first electrode and said second electrode being arranged so that said first zone and said second zone are offset in space, - a processing unit connected to said first electrode and to said second electrode to detect variations of capacitance of the two electrodes (E1, E2) and to generate a triggering action on the door of the motor vehicle as a function of the signatures (CE1, CE2) of the capacitance variations of each of the two electrodes (E1, E2) due to the approach of a hand to the two detection zones (Z1, Z2), characterized in that each electrode (E1, E2) is connected to the processing unit by means of a single connection connected to the processing unit, said single connection alternately forming a measurement input suitable for measuring the capacitance variation of the electrode or a command output suitable for controlling the potential of the corresponding electrode, the single connections of the processing unit associated with the two electrodes (E1, E2) being also suitable for: - setting the potential of the first electrode at the same level as that of the second electrode, or - setting the potential of the second electrode at the same level as that of the first electrode, a setting of the potential being ensured periodically and alternately between the first electrode and the second electrode. - a first capacitance-measuring electrode defining a first detection zone and a second capacitance-measuring electrode defining a second detection zone, said first electrode and said second electrode being arranged so that said first zone and said second zone are offset in space, - a processing unit connected to said first electrode and to said second electrode to detect variations of capacitance of the two electrodes (E1, E2) and to generate a triggering action on the door of the motor vehicle as a function of the signatures (CE1, CE2) of the capacitance variations of each of the two electrodes (E1, E2) due to the approach of a hand to the two detection zones (Z1, Z2), - setting the potential of the first electrode at the same level as that of the second electrode, or - setting the potential of the second electrode at the same level as that of the first electrode,
Composition for the permanent shaping of human hair, characterized in that it comprises at least one reducing agent, a first cationic polymer consisting of copolymer of vinylpyrrolidone and vinylimidazole and a homopolymer of dimethyl diallyl ammonium chloride and a second cationic polymer selected from urea copolymers.
A method for recovery of aroma compounds from a coffee extract, the method comprising the steps of: - providing the coffee extract to a two-fluid nozzle; - providing a steam flow to the two-fluid nozzle; - contacting the coffee extract and the steam flow in a mixing zone of the two-fluid nozzle, thereby atomizing the coffee extract to provide a spray; - separating the spray, thereby providing a stripped extract and an aroma rich gas; and - obtaining the aroma rich gas as recovered aroma or further processing the aroma rich gas. - providing the coffee extract to a two-fluid nozzle; - providing a steam flow to the two-fluid nozzle; - contacting the coffee extract and the steam flow in a mixing zone of the two-fluid nozzle, thereby atomizing the coffee extract to provide a spray; - separating the spray, thereby providing a stripped extract and an aroma rich gas; and - obtaining the aroma rich gas as recovered aroma or further processing the aroma rich gas.
A culture test method for culturing an object to be cultured and testing a degree of growth of the object to be cultured by using a patch, which includes a gel type mesh structural body forming micro- or nano-sized cavities and contains a liquid substance in the cavities, the culture test method comprising: placing an object to be cultured in a reaction region on the plate; providing at least a portion of the contained component required for growth to the reaction region by contacting the culturing patch that contains the component required for growth of the object to be cultured with the reaction region; and reabsorbing at least a portion of the provided component required for growth into the patch by separating the culturing patch from the reaction region, wherein the method further comprises, a first sub-step of acquiring an image of the object to be cultured by imaging the reaction region when the patch is in contact with the reaction region or a second sub-step of acquiring an image of the object to be cultured by imaging the reaction region when the patch is separated from the reaction region, wherein the component required for growth is a nutrients required for culturing the object to be cultured, wherein the plate is a solid plate. placing an object to be cultured in a reaction region on the plate; providing at least a portion of the contained component required for growth to the reaction region by contacting the culturing patch that contains the component required for growth of the object to be cultured with the reaction region; and reabsorbing at least a portion of the provided component required for growth into the patch by separating the culturing patch from the reaction region, wherein the method further comprises, a first sub-step of acquiring an image of the object to be cultured by imaging the reaction region when the patch is in contact with the reaction region or a second sub-step of acquiring an image of the object to be cultured by imaging the reaction region when the patch is separated from the reaction region, wherein the component required for growth is a nutrients required for culturing the object to be cultured, wherein the plate is a solid plate.
A method for detection of bacteria and fungi in a sample of biological material in which DNA contained in the sample of biological material is subjected to amplification in multiplex real-time PCR, wherein the amplification reaction is carried out in two stages with the use of primers specific for bacteria and primers specific for fungi in the first stage, and then the product of the first multiplex amplification is used as a template in the second stage - amplification using primers and probes differentiating fungi into a group of mold fungi and yeast fungi and bacteria into Gram-positive and Gram-negative bacteria.
A method for positioning a sample applicator relative to a substrate, the method comprising: obtaining an image of the sample applicator in proximity to the substrate, the image comprising a direct image region corresponding to the sample applicator and a first reflected image region corresponding to an image of the sample applicator reflected from a surface of the substrate; Characterized by: determining a position of an edge of the sample applicator in the direct image region; determining a position of a reflected edge of the sample applicator in the first reflected image region; determining a distance between the edge of the sample applicator and the reflected edge of the sample applicator; and determining the position of the sample applicator relative to the substrate based on the distance between the edges. determining a position of an edge of the sample applicator in the direct image region; determining a position of a reflected edge of the sample applicator in the first reflected image region; determining a distance between the edge of the sample applicator and the reflected edge of the sample applicator; and determining the position of the sample applicator relative to the substrate based on the distance between the edges.
A group III-V semiconductor device comprising: a compositionally graded body disposed over the substrate and below a buffer layer supporting an active area of said group III-V semiconductor device; said compositionally graded body including a first region applying compressive stress to said substrate, wherein said first region includes a first stress layer and a second stress layer formed on said first stress layer, a first aluminium content (x) of said first stress layer being greater than a second aluminium content (y) of said second stress layer; and a stress modulating region over said first region, said stress modulating region applying tensile stress to said substrate, wherein said stress modulating region includes a third stress layer formed on said second stress layer, a third aluminium content (a) of said third stress layer being greater than that of said first and second aluminium content (x, y). a compositionally graded body disposed over the substrate and below a buffer layer supporting an active area of said group III-V semiconductor device; said compositionally graded body including a first region applying compressive stress to said substrate, wherein said first region includes a first stress layer and a second stress layer formed on said first stress layer, a first aluminium content (x) of said first stress layer being greater than a second aluminium content (y) of said second stress layer; and a stress modulating region over said first region, said stress modulating region applying tensile stress to said substrate, wherein said stress modulating region includes a third stress layer formed on said second stress layer, a third aluminium content (a) of said third stress layer being greater than that of said first and second aluminium content (x, y).
A button assembly (100, 200) for controlling a seat position and mounting on a seat panel, the button assembly comprising: a button housing comprising an upper end and a lower end, the button housing having an outer portion at the first end for positioning over and engaging edges of an opening in the seat panel; wherein the button housing further includes flexible retaining members (120, 220), the flexible retaining members (120, 220) being configured to compress through the opening in the seat panel and expand therein in engagement with an inner surface of the seat panel to retain the button assembly (100, 200) in the opening; an actuable button extending through the upper end of the button housing, the actuable button comprising a lower shaft-like portion extending from the lower end of the button housing; and a control cable activator attached to the lower end of the button housing, the control cable activator comprising: a first engagement arm; and a second engagement arm that, when mounted, supports a portion of a control cable, in which engagement between the lower shaft-like portion and the first engagement arm creates pivotal movement of the control cable activator. a button housing comprising an upper end and a lower end, the button housing having an outer portion at the first end for positioning over and engaging edges of an opening in the seat panel; wherein the button housing further includes flexible retaining members (120, 220), the flexible retaining members (120, 220) being configured to compress through the opening in the seat panel and expand therein in engagement with an inner surface of the seat panel to retain the button assembly (100, 200) in the opening; an actuable button extending through the upper end of the button housing, the actuable button comprising a lower shaft-like portion extending from the lower end of the button housing; and a control cable activator attached to the lower end of the button housing, the control cable activator comprising: a first engagement arm; and a second engagement arm that, when mounted, supports a portion of a control cable, in which engagement between the lower shaft-like portion and the first engagement arm creates pivotal movement of the control cable activator. a first engagement arm; and a second engagement arm that, when mounted, supports a portion of a control cable, in which engagement between the lower shaft-like portion and the first engagement arm creates pivotal movement of the control cable activator.
A method comprising: sending messages from and receiving messages by a cable modem termination system, CMTS, to establish a link layer connection between a cable modem and said CMTS; sending messages from and receiving messages by said CMTS to authenticate said cable modem on a primary service flow; sending messages from and receiving messages by said CMTS to establish IP connectivity between said cable modem and said CMTS after said cable modem has been authenticated; sending messages from and receiving messages by said CMTS to register said cable modem with the CMTS after said IP connectivity has been established; determining whether baseline privacy is enabled in said cable modem after said cable modem is registered with the CMTS; and responsive to a determination that baseline privacy is enabled in said cable modem, initializing (227, 338) baseline privacy in said cable modem. sending messages from and receiving messages by a cable modem termination system, CMTS, to establish a link layer connection between a cable modem and said CMTS; sending messages from and receiving messages by said CMTS to authenticate said cable modem on a primary service flow; sending messages from and receiving messages by said CMTS to establish IP connectivity between said cable modem and said CMTS after said cable modem has been authenticated; sending messages from and receiving messages by said CMTS to register said cable modem with the CMTS after said IP connectivity has been established; determining whether baseline privacy is enabled in said cable modem after said cable modem is registered with the CMTS; and responsive to a determination that baseline privacy is enabled in said cable modem, initializing (227, 338) baseline privacy in said cable modem.
Side tarpaulin tensioner comprising a base body which has two parallel side walls, a clamping bracket designed as a one-armed lever, which is mounted to be pivotable about a first pivot axis running between and orthogonal to the side walls of the base body as well as a hook part for engaging behind a stationary holding element serving as an abutment vis-à-vis the tarpaulin to be tensioned, which is mounted to be pivotable about a second pivot axis which runs between the side walls and runs parallel to the first pivot axis, wherein means for the transmission of the tensioning movement exerted by the clamping bracket to the tarpaulin are arranged at the base body, wherein the means for the transmission of the tensioning movement exerted by the clamping bracket to the tarpaulin comprises a threaded bolt-nut combination (4, 6) attached to the base body, whose threaded bolt can be guided through a lead through of a holding piece, which can be fixed to the tarpaulin to be tensioned, characterised in that the threaded bolt-nut combination comprises a flare nut attached to the base body, into which the threaded bolt of a hammer head screw is screwed, wherein the holding piece is an elbow, whose first leg comprises the lead through and whose second leg perpendicularly inclined thereto has at least two bores for receiving fasteners for fixing to the tarpaulin and wherein a depression surrounding the lead through for receiving the hammer head of the hammer head screw is arranged.
A key for a lock cylinder with a shaft having a key back and a key breast and having a row of locking recesses (6, 6') arranged in the key breast for supporting pin tumblers of the lock cylinder, wherein the locking recesses (6, 6') are limited laterally by flanks and the flanks are subdivided into different sections (13 - 22), wherein the different sections (13 - 22) of at least one flank have different angles of inclination (α1 - α7) to the perpendicular to the longitudinal axis of the shaft, characterized in that the number of sections (13 - 15, 20 - 22) with the different angles of inclination (α1 - α3, α6) on a flank is at least three and that in the case of three sections (13 - 15, 20 - 22) on the flank of the locking recess the middle section (14, 21) has the largest angle of inclination (α2, α6) to the perpendicular to the longitudinal axis of the shaft.
Method for producing a calliper of a calliper disk brake, in particular for commercial vehicles, the calliper having the following: an application-side calliper section with at least one supporting face (22.1, 22.2) for absorbing clamping forces during braking, a rim-side calliper section which is configured in one piece with the application-side calliper section, and a first recess which lies between the two calliper sections and into which at least one brake disk protrudes at least in sections in the installed state, characterized in that, in order to configure the supporting face, a machining tool is moved through the first recess into that region, in which the supporting face is to be configured. an application-side calliper section with at least one supporting face (22.1, 22.2) for absorbing clamping forces during braking, a rim-side calliper section which is configured in one piece with the application-side calliper section, and a first recess which lies between the two calliper sections and into which at least one brake disk protrudes at least in sections in the installed state, characterized in that, in order to configure the supporting face, a machining tool is moved through the first recess into that region, in which the supporting face is to be configured.