mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling an LED lamp, which comprises at least a first LED arrangement and a second LED arrangement, wherein the first LED arrangement and the second LED arrangement emit light with different light spectra during operation and, in the process, preferably the first LED arrangement emits a higher proportion of blue light than the second LED arrangement, wherein the proportions of the light emitted by the first LED arrangement and the second LED arrangement within a total light spectrum of the LED arrangements (1, 2) are controlled according to a given spectrum control function, characterized in that, when a short-term dose-adjustment signal, preferably a dose-increase signal, is received, at least the first LED arrangement is controlled for a predefined dose-adjustment time interval (Δt B) that deviates from the given spectrum control function in such a manner that it is operated with a given minimum output or the proportion of the light of this first LED arrangement within the total light spectrum of the LED arrangements (1, 2) is a certain minimum proportion and, upon expiry of the predefined dose-adjustment time interval (Δt B), the LED arrangements (1,2) are controlled according to a given control rule in such a manner that the total light spectrum again corresponds to the current value of the given spectrum control function.
A protective helmet comprising a helmet shell, a support cage and a securing device for securing the support cage on the helmet shell, wherein an impact absorption device is disposed between the support cage and the helmet shell, wherein the helmet shell comprises an additional securing device by which at least one other component apart from the support cage can be secured on the helmet shell, characterised in that the additional securing device is, in addition, provided as a positioning aid for the impact absorption device.
Apparatus for testing a fuel injector nozzle, the fuel injector nozzle having a tip with at least one fuel outlet, the apparatus comprising: a test chamber; a holder for holding the fuel injector nozzle such that the fuel outlet of the fuel injector nozzle is within the test chamber; a fuel supply arrangement for supplying fuel to the fuel injector nozzle; a sensor having a sensor surface for sensing an atomized fuel spray supplied by the fuel injector nozzle through the fuel outlet, a movement module for moving the sensor, wherein the movement module is configured to position the sensor surface of the sensor at a plurality of positions corresponding to a surface of a sphere having a radius R and a centre point C adjustable to match a centre point c t of the tip of the fuel injector nozzle or a centre point c f the fuel outlet to the position C, characterized in that the movement module comprises a first unit for positioning the sensor surface of the sensor at a tangent to the surface of the sphere, wherein the unit comprises a first submodule for rotating the sensor around a first rotational axis and a second rotational axis that is orthogonal to the first rotational axis, wherein the movement module further comprises a second unit for moving the sensor in three orthogonal linear directions, wherein the movement module is configured to position the sensor surface of the sensor at a plurality of positions on the surface of the sphere corresponding to a map of quasi equidistant interrogation points. a test chamber; a holder for holding the fuel injector nozzle such that the fuel outlet of the fuel injector nozzle is within the test chamber; a fuel supply arrangement for supplying fuel to the fuel injector nozzle; a sensor having a sensor surface for sensing an atomized fuel spray supplied by the fuel injector nozzle through the fuel outlet, a movement module for moving the sensor, wherein the movement module is configured to position the sensor surface of the sensor at a plurality of positions corresponding to a surface of a sphere having a radius R and a centre point C adjustable to match a centre point c t of the tip of the fuel injector nozzle or a centre point c f the fuel outlet to the position C, characterized in that the movement module comprises a first unit for positioning the sensor surface of the sensor at a tangent to the surface of the sphere, wherein the unit comprises a first submodule for rotating the sensor around a first rotational axis and a second rotational axis that is orthogonal to the first rotational axis, wherein the movement module further comprises a second unit for moving the sensor in three orthogonal linear directions, wherein the movement module is configured to position the sensor surface of the sensor at a plurality of positions on the surface of the sphere corresponding to a map of quasi equidistant interrogation points.
Heating cartridge (10, 20, 40) with a casing pipe (11, 21, 41) made of metal and an electrical heating element which is arranged inside the metal casing pipe (11, 21, 41), wherein at least one connection tab (14, 24, 44) is present which is integrally connected to the metal casing pipe (11, 21, 41), characterised in that the connection tab (14, 24) is present at one end of the metal casing pipe (11, 21, 41) and has at least one portion (14b, 24b) in which it is formed by a portion of the edge region (11b, 21b) of the metal casing pipe (11, 21) which is separated, by recesses (15a, 15b, 25a, 25b) extending through the pipe wall of the casing pipe (11, 21), from a portion (11c, 21c) of the metal casing pipe (11, 21) which is adjacent in the circumferential direction and from a portion (11d, 21d) of the metal casing pipe (11, 21) which is adjacent against the circumferential direction, or that the connection tab is arranged centrally in a portion of the wall face of the metal casing pipe.
A tubular graft comprising an elongate conduit having first and second ends (4, 3) and a helical fin projecting inwardly from the inner surface of the elongate conduit, where the axis of said helical fin extends parallel to the axis of the elongate conduit, and wherein the helical fin has a helix angle of between 5° and 20°, characterised in that the helical fin extends from the second end of the elongate conduit for less than 50% of the entire length of the elongate conduit.
A blast deflector, for a military vehicle, comprising a central panel adjacent to two lateral panels arranged on either side of the central panel, in which deflector the panels can be tilted between a raised position capable of deflecting the blast and a lowered position in which the panels (2, 3) are substantially horizontal, the central panel being articulated with respect to the vehicle by means of a joint located on a lower edge of the central panel, each lateral panel being articulated with respect to a lateral edge of the central panel by means of a hinge, wherein an actuator connects the central panel to the vehicle and thus controls the movement for lowering or raising this central panel, in which deflector each lateral panel is provided with a guiding bar on which a plain bearing is able to slide and pivot, each bearing being connected to the actuator by a connecting rod which thus makes it possible, when the central panel is being lowered, to drivingly lower the lateral panels while moving them apart from the central panel so as to place all the panels (2,3), once lowered, inside a same plane that is substantially horizontal, and, conversely, makes it possible to raise all the panels (2,3) simultaneously while imparting them an angular arrangement with respect to each other to form a blast -protecting shell.
A blade dispenser (1, 1', 1"), comprising: a housing (2, 2') with a bottom and sidewalls defining a blade storage, a lid (6, 6') covering an entry opening in an upper part of the blade storage, the lid (6, 6') is movable in relation to the blade storage to provide access to the entry opening for arranging blades in a stacked configuration into the blade storage, a spring-element in a bottom part of the blade storage, the spring element directing a spring force from the bottom part towards the entry opening which moves blades received in the blade storage towards the entry opening, a protrusion protruding from a sidewall into the upper part of the blade storage in a first part of the blade storage, a latch (14, 14") protruding from a sidewall into the upper part of the blade storage in a second part of the blade storage, said protrusion and latch having contact surfaces preventing the spring force from moving blades out of the blade storage via the entry opening, and characterised by an exit opening at a sidewall of the housing allowing a blade to pass through the exit opening out of the blade storage. a housing (2, 2') with a bottom and sidewalls defining a blade storage, a lid (6, 6') covering an entry opening in an upper part of the blade storage, the lid (6, 6') is movable in relation to the blade storage to provide access to the entry opening for arranging blades in a stacked configuration into the blade storage, a spring-element in a bottom part of the blade storage, the spring element directing a spring force from the bottom part towards the entry opening which moves blades received in the blade storage towards the entry opening, a protrusion protruding from a sidewall into the upper part of the blade storage in a first part of the blade storage, a latch (14, 14") protruding from a sidewall into the upper part of the blade storage in a second part of the blade storage, said protrusion and latch having contact surfaces preventing the spring force from moving blades out of the blade storage via the entry opening, and characterised by an exit opening at a sidewall of the housing allowing a blade to pass through the exit opening out of the blade storage.
Decorative surface covering having low volatile organic compound emission, said surface covering comprising one or more adjacent plasticized polyvinyl chloride layers and a polyurethane top-layer comprising acid functionalities.
A bicycle parking device comprising a stand, a trolley mounted in the stand, enabled to move in the stand on guides and connected to a lifting unit, and a wheel fixing mechanism mounted on the mentioned trolley, wherein the lifting unit has at least one elastic element with one end connected to an upper part of the stand, and the other end attached to the trolley, wherein the at least one elastic element is tight when the trolley is in an initial lower fixed position, and when a wheel of a bicycle is positioned to its initial horizontal parking position, the elasticity of the at least one elastic element ensures the lift of the trolley to an upper position, wherein a trolley fixing unit mounted in a lower part of the stand can be connected to the wheel fixing mechanism, which is constructed in such a way that, when the bicycle is in the initial horizontal parking position with the wheel placed in the wheel fixing mechanism, the wheel fixing mechanism fixes the wheel and affects the trolley fixing unit in such a way that it releases and allows the at least one elastic element to transfer the bicycle with the wheel fixed in the wheel fixing mechanism from the initial horizontal parking position to a rear vertical parking position, wherein, when lowering the wheel from the rear vertical parking position to the initial horizontal parking position, the wheel fixing mechanism affects the trolley fixing unit by transferring the trolley to its initial lower fixed position and releases the wheel, wherein the wheel fixing mechanism comprises a base, characterized in that a wheel holder is mounted in an upper part of the base, wherein a lever is mounted springily on an horizontal axis in a central part of the base and kinematically interacts with the wheel holder in such a way that when the wheel is placed in the wheel fixing mechanism, the wheel presses an upper arm of the lever thereby transferring the lever from its initial position to a second position where the lever affects the wheel holder in such a way that the wheel holder presses the rim of the wheel at the spokes of the wheel, and the lever has a lever fixer, which fixes the lever in the mentioned second position at the same time releasing the trolley fixing unit and allowing the at least one tight elastic element to lift the trolley together with the wheel fixing mechanism mounted on it and the wheel placed in it by transferring the bicycle to the rear vertical parking position, wherein, when lowering the wheel from the rear vertical parking position to the initial horizontal parking position, the lever fixer interacting with the trolley fixing unit affects the lever by returning it to its initial position where the trolley fixing unit fixes the trolley in its initial lower fixed position, and the wheel holder releases the wheel allowing the wheel to displace from the parking device.
A chip-removing tool of a surgical torque-transferring instrument comprising a distal engagement segment adjoined by a tool shaft whose proximal end portion is prepared for a torque-transferring insertion into a tool mounting of the instrument, for which purpose the proximal end portion is subdivided at least in a functional section "torque transmission" and a functional section "axial locking" axially spaced therefrom, the functional section "axial locking" being arranged with respect to the engagement segment so as to be proximal relative to the functional section "torque transmission", with a further functional section "screw-in aid" preferably as a part of the functional section "torque transmission", characterized in that the functional section "screw-in aid" is axially provided between the functional sections "torque transmission" and "axial locking" preferably in the region of a radial shoulder between the functional sections "torque transmission" and "axial locking",and that the functional section "torque transmission" is designed so as to comprise a dihedron whose two contact planes diametrically facing away from each other extend toward each other preferably in a wedge-shaped manner toward the functional section "axial locking", and the functional section "screw-in aid" comprises a number of glide planes, preferably four of them, which are oriented in a wedge-shaped manner, two of which being formed at both longitudinal sides of a respective one of said contact planes at an angle relative thereto and breaking the longitudinal edges of the respective contact planes at least in axial portions.
An injector for injecting fluid from a syringe into an animal subject, the injector comprising: - a powerhead, comprising; - an injector housing, a drive system, a syringe mount engageable with a syringe body, a main microprocessor, control electronics, a user-injector interface including a control keypad for programming and initiating injection protocols, a status display, and a purge/retract trigger; and - a power pack including a power supply and a power-injector interface, - a drive ram bidirectionally movable along a longitudinal axis of the drive ram; and - a motor located within the injector housing and drivingly coupled to the drive ram to selectively advance and retract the drive ram along the longitudinal axis thereof, characterized in that the keypad comprises controls oriented upwards in-use wherein the trigger is oriented in a non upwards direction in-use, and wherein an operational feature corresponding to at least one of said controls is selected from "start", "stop", "pause", flow rate increment", "flow rate decrement", "volume increment", and "volume decrement". - a powerhead, comprising; - an injector housing, a drive system, a syringe mount engageable with a syringe body, a main microprocessor, control electronics, a user-injector interface including a control keypad for programming and initiating injection protocols, a status display, and a purge/retract trigger; and - an injector housing, a drive system, a syringe mount engageable with a syringe body, a main microprocessor, control electronics, a user-injector interface including a control keypad for programming and initiating injection protocols, a status display, and a purge/retract trigger; and - a power pack including a power supply and a power-injector interface, - a drive ram bidirectionally movable along a longitudinal axis of the drive ram; and - a motor located within the injector housing and drivingly coupled to the drive ram to selectively advance and retract the drive ram along the longitudinal axis thereof, characterized in that the keypad comprises controls oriented upwards in-use wherein the trigger is oriented in a non upwards direction in-use, and wherein an operational feature corresponding to at least one of said controls is selected from "start", "stop", "pause", flow rate increment", "flow rate decrement", "volume increment", and "volume decrement".
A composition comprising an oil of lubricating viscosity, and a compound of formula 1(a), 1(b) or 1(c): wherein is present in an amount of 0.01 wt% to 3 wt% of the lubricating composition on an active basis.
A method implemented by a wireless transmit/receive unit, WTRU, the method comprising: the WTRU receiving a radio resource control, RRC, message comprising a discontinuous reception, DRX, configuration, the DRX configuration comprising a first set of DRX parameters and a second set of DRX parameters, the first set of DRX parameters comprising an indication of a DRX cycle periodicity and an indication of a length of a first DRX minimum active period, the second set of DRX parameters comprising an indication of a length of a second DRX minimum active period, wherein the first DRX minimum active period corresponds to an amount of time during a beginning of a DRX cycle that the WTRU monitors for a data indication signal when applying the first set of DRX parameters, and the second DRX minimum active period corresponds to an amount of time during a beginning of a DRX cycle that the WTRU monitors for a data indication signal when applying the second set of DRX parameters; the WTRU applying the first set of DRX parameters and monitoring a control channel during the first DRX minimum active period, wherein the WTRU stays awake beyond the first DRX minimum active period if a data indication signal is received during the first DRX minimum active period; and the WTRU applying the second set of DRX parameters and monitoring a control channel during the second DRX minimum active period, wherein the WTRU stays awake beyond the second DRX minimum active period if a data indication signal is received during the second DRX minimum active period; and the WTRU resuming DRX based on inactivity. the WTRU receiving a radio resource control, RRC, message comprising a discontinuous reception, DRX, configuration, the DRX configuration comprising a first set of DRX parameters and a second set of DRX parameters, the first set of DRX parameters comprising an indication of a DRX cycle periodicity and an indication of a length of a first DRX minimum active period, the second set of DRX parameters comprising an indication of a length of a second DRX minimum active period, wherein the first DRX minimum active period corresponds to an amount of time during a beginning of a DRX cycle that the WTRU monitors for a data indication signal when applying the first set of DRX parameters, and the second DRX minimum active period corresponds to an amount of time during a beginning of a DRX cycle that the WTRU monitors for a data indication signal when applying the second set of DRX parameters; the WTRU applying the first set of DRX parameters and monitoring a control channel during the first DRX minimum active period, wherein the WTRU stays awake beyond the first DRX minimum active period if a data indication signal is received during the first DRX minimum active period; and the WTRU applying the second set of DRX parameters and monitoring a control channel during the second DRX minimum active period, wherein the WTRU stays awake beyond the second DRX minimum active period if a data indication signal is received during the second DRX minimum active period; and the WTRU resuming DRX based on inactivity.
A lead gripper (100,200) that is configured to grip and transport an electrode lead, wherein the lead gripper (100,200) comprises an upper arm and a lower arm, wherein one or more grip surfaces of any one of the upper arm and the lower arm comprise one or more lead fixing protrusions that are configured to pass through one or more lead fixing holes in the electrode lead to be gripped; and characterized in that a grip surface of the upper arm or the lower arm corresponding to the upper arm or the lower arm comprising the lead fixing protrusion comprises a groove which is configured to accommodate the lead fixing protrusion. wherein the lead gripper (100,200) comprises an upper arm and a lower arm, wherein one or more grip surfaces of any one of the upper arm and the lower arm comprise one or more lead fixing protrusions that are configured to pass through one or more lead fixing holes in the electrode lead to be gripped; and characterized in that a grip surface of the upper arm or the lower arm corresponding to the upper arm or the lower arm comprising the lead fixing protrusion comprises a groove which is configured to accommodate the lead fixing protrusion.
Mechanical watch movement comprising a striking mechanism, said striking mechanism including at least a first cannon equipped with a first cannon pinion, and on which there is mounted coaxially at least one snail intended to cooperate with a sensor means of the striking mechanism, said first cannon being arranged to be driven at least indirectly by the going train of the movement, such that the mechanical watch movement comprises a second equipped with a second cannon pinion, such that the second cannon pinion carries the minute hand, such that the mechanical watch movement comprises a motion-work pinion in engagement with an hour wheel coaxial with the second cannon characterized in that the first cannon is in engagement on the one hand with the going train, and on the other hand with a minute wheel, in that the minute wheel is in engagement with the first cannon pinion, and in that the minute wheel is mounted on a lever arranged to pivot about a fixed point, and of which an angular position may be adjusted by pivoting in such a way as to permit regulation of the position of the minute wheel with respect to the pinion of the first cannon pinion and to the second cannon pinion.
A ventilation apparatus for a partition wall of an electrical switchgear, comprising a cover flap which closes a first throughflow cross-section of the ventilation apparatus in the event of a pressure wave at one side of the partition wall, wherein a second throughflow cross-section is provided at the ventilation apparatus which is larger than the first throughflow cross-section and which opens in the event of a pressure wave at the other side of the partition wall; wherein a pivoting flap is provided for closing the second throughflow cross-section and has the first throughflow cross-section formed by slits; and wherein the cover flap is pivotable about a first pivot axis and the second throughflow cross-section is formed by the envelope of the pivoting flap, characterized in that the cover flap is supported in an articulated manner at the pivoting flap; and in that the first pivot axis is pivotable about a second pivot axis which is spaced apart from the first pivot axis.