mhurhangee/ep-ind-claims huggingface dataset:
An operation element comprising: a frame, an operation surface, a first exciter comprising a first mass and a first force-generating unit, a first spring coupling the operation surface and the first mass, a second spring connecting the first mass and the frame, wherein the first force-generating unit is configured to exert a force to at least one of the first mass and the operation surface and to change a physical quantity of the first force-generating unit based on the position of the first mass, characterized by further comprising a second exciter comprising a second force-generating unit and a second mass, wherein the second force-generating unit is provided between the second spring and the frame, before the second spring and the frame, or on the same level as the second spring, and configured to exert a force to the second spring, and by further comprising a controller configured to activate the second force-generating unit upon a first actuation of the operation surface such that the second spring is effectively mechanically connected to the frame and to cause, upon determination that a change in the physical quantity has exceeded a predetermined threshold, the first force-generating unit and the second force-generating unit to activate the at least one dynamic signal in a joint movement, or by at least releasing the second spring from the connection to the frame. a frame, an operation surface, a first exciter comprising a first mass and a first force-generating unit, a first spring coupling the operation surface and the first mass, a second spring connecting the first mass and the frame, wherein the first force-generating unit is configured to exert a force to at least one of the first mass and the operation surface and to change a physical quantity of the first force-generating unit based on the position of the first mass, characterized by further comprising a second exciter comprising a second force-generating unit and a second mass, wherein the second force-generating unit is provided between the second spring and the frame, before the second spring and the frame, or on the same level as the second spring, and configured to exert a force to the second spring, and by further comprising a controller configured to activate the second force-generating unit upon a first actuation of the operation surface such that the second spring is effectively mechanically connected to the frame and to cause, upon determination that a change in the physical quantity has exceeded a predetermined threshold, the first force-generating unit and the second force-generating unit to activate the at least one dynamic signal in a joint movement, or by at least releasing the second spring from the connection to the frame.
A pitch controlled wind turbine comprising a rotor of at least 60m diameter, the rotor comprising a blade with an aerodynamic profile characterised in that said profile has in the range of 0.5 R to 0.95 R a design lift coefficient c l larger than 1.1, particularly larger than 1.2 and more particularly larger than 1.4 and more particularly preferably about 1.6 and wherein the blade comprises vortex generators (42, 43, 44, 45, 61, 62, 63, 64, 65).
A thermoelectric structure comprising: a thin thermoelectric film extending in a plane between parallel first and second shorting bars (14, 16); and a plurality of curved ballistic scattering guides formed in a magnetic field region of the thin thermoelectric film subjected to a local, substantially uniform, nonzero magnetic field normal to the plane of the thin thermoelectric film; characterized in that the magnetic field is produced by a thin layer of magnetic material deposited at least atop or beneath the plane of the thin thermoelectric film, adjacent to the magnetic field region. a thin thermoelectric film extending in a plane between parallel first and second shorting bars (14, 16); and a plurality of curved ballistic scattering guides formed in a magnetic field region of the thin thermoelectric film subjected to a local, substantially uniform, nonzero magnetic field normal to the plane of the thin thermoelectric film; characterized in that the magnetic field is produced by a thin layer of magnetic material deposited at least atop or beneath the plane of the thin thermoelectric film, adjacent to the magnetic field region.
A stabilizing arrangement for a rotatable shaft, the arrangement comprising: - a shaft being arranged substantially vertically in a machine so as to rotate during machine operation, - first pressure delivery system (22, 23, 30) for delivering a fluid pressure, in particular of a fluid circulating inside the machine, at a first location of the machine, wherein said first location is close to the shaft and part of said first pressure delivery system (22, 23, 30) is arranged at said first location so as to exert a lateral pulling or pushing action on the shaft; - second pressure delivery system (24, 25, 30) for delivering a fluid pressure, in particular a fluid circulating inside the machine, at a second location of the machine, wherein said second location is close to the shaft and part of said second pressure delivery system (24, 25, 30) is arranged at said second location so as to exert a lateral pulling or pushing action on the shaft; wherein said first location and said second location are remote from each other, in particular are at substantially opposite ends of the shaft; and wherein said first and second pressure delivery systems comprise bleeding systems (21; 26) of a working fluid of the machine bled from points of the machine at different pressures. - a shaft being arranged substantially vertically in a machine so as to rotate during machine operation, - first pressure delivery system (22, 23, 30) for delivering a fluid pressure, in particular of a fluid circulating inside the machine, at a first location of the machine, - second pressure delivery system (24, 25, 30) for delivering a fluid pressure, in particular a fluid circulating inside the machine, at a second location of the machine,
A lamp frame for a lamp, in particular a floodlight system, having a first frame part and a second frame part, which together limit a variable installation space for a light module, wherein the frame parts (2, 3) have at least one fastening section for a light module to be accommodated in the variable installation space, wherein the first and the second frame part (2, 3) are designed and are connected adjustably relative to one another in such a manner that the variable installation space can be varied by adjusting the first frame part relative to the second frame part, characterized in that first frame part and second frame part are identical.
A particulate product comprising a nonionic synthetic associative thickener (NSAT) rheology modifier and a dissolution promotion water soluble additive, wherein the dissolution promotion water soluble additive comprises a sugar selected from the group consisting of sucrose, fructose, glucose, and sorbitol.
A device for carrying a plastic hard shell with a carrying handle such as a baby seat or a child seat for toddlers, consisting of a) a hip belt with a fastening means, whereby the hip belt is worn in the area of the hips of a wearer and whereby the plastic hard shell is designed to be fastened to the fastening means of the hip belt to carry the load, b) the fastening means is designed as a hook (30, 82) and the hook (30, 82) hooks into the plastic hard shell for transport, as a result of which a one-point connection is created between the plastic hard shell and the hip belt, through which only the load of the plastic hard shell is transferred to the hip belt, characterized in that c) an additional releasable safety connection between the fastening means and the plastic hard shell is provided, which prevents the self-releasing of the connection between the hook (30, 82) and the plastic hard shell. a) a hip belt with a fastening means, whereby the hip belt is worn in the area of the hips of a wearer and whereby the plastic hard shell is designed to be fastened to the fastening means of the hip belt to carry the load, b) the fastening means is designed as a hook (30, 82) and the hook (30, 82) hooks into the plastic hard shell for transport, as a result of which a one-point connection is created between the plastic hard shell and the hip belt, through which only the load of the plastic hard shell is transferred to the hip belt, characterized in that c) an additional releasable safety connection between the fastening means and the plastic hard shell is provided, which prevents the self-releasing of the connection between the hook (30, 82) and the plastic hard shell.
An arc welding system of a consumable electrode type, comprising: a wire feeding device for feeding welding wire from a wire feeding source to a welding torch; and a power supply device for supplying electric power between the welding wire fed to the welding torch by the wire feeding device and a base material, the system being configured to weld the base material by arc generated between the welding wire and the base material by the electric power that is supplied, wherein the wire feeding device includes an intermediate wire feeding source that is disposed between the wire feeding source and the welding torch and is configured to temporarily accommodate the welding wire fed from the wire feeding source and to feed the welding wire being accommodated to the welding torch, charaterized in that: the power supply device includes a first power supply and a second power supply that are connected in parallel for supplying electric power between the welding wire and the base material, and the first power supply is adapted to control power feeding by the first power supply and the second power supply and feeding of welding wire by the wire feeding device. the power supply device includes a first power supply and a second power supply that are connected in parallel for supplying electric power between the welding wire and the base material, and the first power supply is adapted to control power feeding by the first power supply and the second power supply and feeding of welding wire by the wire feeding device.
An apparatus configured to decode video data, the apparatus comprising: a memory configured to store one or more blocks of video data; and one or more processors implemented in circuitry and in communication with the memory, the one or more processors configured to: decode one or more first adaptation parameter set, APS, indices for a current picture that indicate one or more first APSs that may be used for decoding the current picture; decode, at block level, an APS index for a block of a sub-picture of the current picture, to determine, for the block of a sub-picture of the current picture, an APS from the one or more first APSs indicated for the current picture, without decoding any syntax elements, at a sub-picture level, indicating APSs that may be used for decoding the sub-picture, wherein the sub-picture comprises one or more of a slice, a tile group, a tile, or a brick; and decode the block of the sub-picture using the determined APS. a memory configured to store one or more blocks of video data; and one or more processors implemented in circuitry and in communication with the memory, the one or more processors configured to: decode one or more first adaptation parameter set, APS, indices for a current picture that indicate one or more first APSs that may be used for decoding the current picture; decode, at block level, an APS index for a block of a sub-picture of the current picture, to determine, for the block of a sub-picture of the current picture, an APS from the one or more first APSs indicated for the current picture, without decoding any syntax elements, at a sub-picture level, indicating APSs that may be used for decoding the sub-picture, wherein the sub-picture comprises one or more of a slice, a tile group, a tile, or a brick; and decode the block of the sub-picture using the determined APS. decode one or more first adaptation parameter set, APS, indices for a current picture that indicate one or more first APSs that may be used for decoding the current picture; decode, at block level, an APS index for a block of a sub-picture of the current picture, to determine, for the block of a sub-picture of the current picture, an APS from the one or more first APSs indicated for the current picture, without decoding any syntax elements, at a sub-picture level, indicating APSs that may be used for decoding the sub-picture, wherein the sub-picture comprises one or more of a slice, a tile group, a tile, or a brick; and decode the block of the sub-picture using the determined APS.
Elastic film having a perforation formed by perforation holes, characterized in that the perforation holes are elongated along a preferred stretching direction in an unstretched state, wherein the ratio of the length determined along the preferred stretching direction to a width of the perforation holes determined perpendicular thereto is at least 3:2 and that the elongation at break along the preferred stretching direction is at least twice as great as the elongation at break determined perpendicular thereto along the width of the perforation holes.
A moulded body having a specific cross-sectional structure, the moulded body comprising a rib part standing on a back surface opposite to a design surface of a main body of the moulded body, a reduced thickness part being formed on the back surface of the main body at both sides or one side of the rib part, the ratio D/T being 0.975 to 1.07 where D is the diameter of a circle that passes through base ends of both side faces of the rib part and is in contact with the design surface of the main body positioned between the base ends, and T is the thickness of the main body at an outer side of the reduced thickness part, t < 1.3(T - n) being satisfied where t is the thickness of the rib part, and n is the thickness of the reduced thickness part.
Rucaparib and/or Talazoparib and/or Veliparib and/or Olaparib, and/or AZD 2461, or a pharmaceutically acceptable salt thereof, for use in the treatment of impaired skin wound healing in a subject.
Method for automatically washing a vehicle (82, 87, 89, 91, 95, 99) in a vehicle washing installation, wherein the vehicle is automatically washed by means of at least one washing tool (34, 46, 48), which is movable by a motor relative to the vehicle, and the operation of which is controlled by a control device, wherein vehicle characteristics are determined by means of a sensor device (64, 67, 72, 74) of the vehicle washing installation, and the vehicle (82, 87, 89, 91, 95, 99) to be washed is automatically allocated to one of several predefined vehicle categories on the basis of the vehicle characteristics determined, and the operation of the at least one washing tool (34, 46, 48) is automatically adapted to the vehicle category allocated to the vehicle, and wherein at least one vehicle characteristic is determined in a noncontacting manner by means of the sensor device (64, 67, 72, 74), characterized in that gaps in the vehicle contour are determined in dependence upon the spacing from the front end of the vehicle by means of the sensor device (64, 67, 72, 74).
Method for the fine machining of internal surfaces of boreholes in workpieces by fine boring and subsequent honing with the following steps: fine boring of at least one borehole of a workpiece by means of a fine boring tool of a fine boring device for producing a finely bored borehole; transfer of the workpiece into a machining position of a honing device for machining the finely bored borehole by means of a honing tool (148A, 148B) of the honing device, characterized by: measuring the finely bored borehole by means of a measuring device associated with the honing device in the machining position for generating at least one borehole measurement signal representing the characteristics of the finely bored borehole; and controlling the operation of the fine boring device as a function of the borehole measurement signal. fine boring of at least one borehole of a workpiece by means of a fine boring tool of a fine boring device for producing a finely bored borehole; transfer of the workpiece into a machining position of a honing device for machining the finely bored borehole by means of a honing tool (148A, 148B) of the honing device, characterized by: measuring the finely bored borehole by means of a measuring device associated with the honing device in the machining position for generating at least one borehole measurement signal representing the characteristics of the finely bored borehole; and controlling the operation of the fine boring device as a function of the borehole measurement signal. measuring the finely bored borehole by means of a measuring device associated with the honing device in the machining position for generating at least one borehole measurement signal representing the characteristics of the finely bored borehole; and controlling the operation of the fine boring device as a function of the borehole measurement signal.
Medical device, preferably device for use in a medical endoscope, for moving a medical instrument in the device longitudinal direction and in the direction of rotation transversely around the device longitudinal direction by means of an actuating device, the medical instrument containing or being connected to at least one first magnetic element (18, 19) and the actuating device containing or being connected to at least one second magnetic element (20, 21), characterised in that the at least one second magnetic element (20, 21) is received by a rotary slide of the actuating device, which rotary slide, together with the at least one second magnetic element (20, 21), can be displaced around the at least one first magnetic element (18, 19) both in the device longitudinal direction and in the direction of rotation transversely thereto, - and in that the actuating device, together with the at least one second magnetic element (20, 21), is either mechanically coupled and allows the at least one first magnetic element (18, 19) to be moved only in said direction of rotation by magnetic coupling or, without mechanical coupling, allows the at least one first magnetic element (18, 19) to be moved both in said device longitudinal direction and in the relevant direction of rotation by magnetic coupling. - and in that the actuating device, together with the at least one second magnetic element (20, 21), is either mechanically coupled and allows the at least one first magnetic element (18, 19) to be moved only in said direction of rotation by magnetic coupling or, without mechanical coupling, allows the at least one first magnetic element (18, 19) to be moved both in said device longitudinal direction and in the relevant direction of rotation by magnetic coupling.
Method for providing a foundation structure for an on-water installation, such as an on-water wind turbine, for example an offshore wind turbine, wherein the foundation structure comprises: • a base frame for supporting the on-water installation; • at least two piles, such as at least three piles, each with a lower part and an upper part, the lower parts of the piles being secured to a bed of a water and the upper parts of the piles being secured to the base frame; wherein the base frame comprises a pile passage for each said pile; wherein the method comprises the steps of: • rigidly supporting the base frame with a jack-up rig which is supported on said bed of water; • inserting said piles into said pile passages; • piling said piles into the bed of the water whilst: ∘ the piles extend through the pile passages; and ∘ the base frame is rigidly supported by the jack-up rig; ∘ wherein a piling method is used for said piling, which piling method is preferably chosen from the group comprising one or more of hammer piling, vibration piling, suction piling, rotary drilling piling or fluid piling; • after said piles having been piled into the bed of water, securing the base frame to the piles and decoupling the base frame from the jack-up rig, • characterized in that the piles are piled into the bed inclined (α) with respect to the vertical in a manner so that, viewed in a direction from the bed upwards, the piles converge towards each other. • a base frame for supporting the on-water installation; • at least two piles, such as at least three piles, each with a lower part and an upper part, the lower parts of the piles being secured to a bed of a water and the upper parts of the piles being secured to the base frame; • rigidly supporting the base frame with a jack-up rig which is supported on said bed of water; • inserting said piles into said pile passages; • piling said piles into the bed of the water whilst: ∘ the piles extend through the pile passages; and ∘ the base frame is rigidly supported by the jack-up rig; ∘ wherein a piling method is used for said piling, which piling method is preferably chosen from the group comprising one or more of hammer piling, vibration piling, suction piling, rotary drilling piling or fluid piling; ∘ the piles extend through the pile passages; and ∘ the base frame is rigidly supported by the jack-up rig; ∘ wherein a piling method is used for said piling, which piling method is preferably chosen from the group comprising one or more of hammer piling, vibration piling, suction piling, rotary drilling piling or fluid piling; • after said piles having been piled into the bed of water, securing the base frame to the piles and decoupling the base frame from the jack-up rig, • characterized in that the piles are piled into the bed inclined (α) with respect to the vertical in a manner so that, viewed in a direction from the bed upwards, the piles converge towards each other.
A hinge, in particular for furniture or domestic appliances, comprising a hinge housing which can be fixed to a furniture body and which is connected by means of at least one rotatable arm with a hinge part, whereby a cover is fixed on the hinge housing and a holder (40, 50,. 60) for objects is held on the cover, whereby the holder (40 50, 60) for objects is rotatable at an axis, said axis being held on the cover, whereby in the cover at least one bearing, in particular a bearing opening or a bearing pin, is provided for the axis, whereby the cover comprises two sides being arranged opposite to each other, whereby said sides encompass the hinge housing on the top side and the bottom side and whereby on each of the aforementioned sides one aforementioned bearing for the axis is provided, characterized in that a protruding sleeve is formed in the side for the bearing of the axis and that the bearing is formed in the manner of a blind hole or a bearing opening so that the axis is supported in the axial direction on a side wall of the hinge housing.
A switch for a door, a flap or a door handle of a motor vehicle, with a basic body, comprising a support, a first and a second contact surface provided in the support, a snap dome, which is arranged in the support and has a domed region, which is located above the first contact surface, and comprises at least three support elements, wherein at least one support element contacts the second contact surface, wherein by way of actuating the snap dome the domed region elastically deforms so that an electrical connection of the two contact surfaces (31, 32) is achievable and thus a switching signal is generatable, characterized in that the second contact surface, which is spaced from the first contact surface, extends at least in regions around the first contact surface within the support in such a manner that in each position of the snap dome within the support, which is possible for the snap dome upon introducing the snap dome into the support during the production of the switch, at least one support element touches the second contact surface so that a readjustment of the snap dome within the support is no longer necessary.