mhurhangee/ep-ind-claims huggingface dataset:
Wind turbine foundation comprising at least one substantially elongated pin to be attached to a wind turbine tower and at least one corresponding substantially elongated pile to be inserted into a surface and adapted for receiving at least one portion of the length of the pin when in use, a grouting chamber being defined between the pin and the pile when in use for receiving grout, at least one of the pin and the pile being provided with at least one connecting plate (300a, 300b) extending inside the grouting chamber, the connecting plates (300a, 300b) being provided with holes (310a, 310b) through which the grout passes when in use, characterized in that at least some of the connecting plates (300a, 300b) are arranged to extend inside the grouting chamber from at least one of the pin or the pile such that they are not aligned with the centre of at least one of the pin or the pile.
An apparatus for actuating at least one outlet valve of a valve-controlled internal combustion engine for motor vehicles, having an actuating element which is driven by a camshaft, a first piston/cylinder unit, preferably a hydraulically loaded piston/cylinder unit, being provided between a cam of the camshaft and at least one outlet valve, by means of which piston/cylinder unit at least one outlet valve can be held in a non-closed intermediate position during an engine braking mode with exhaust-gas backpressure, and a second piston/cylinder unit being provided which is configured as a hydraulic valve-play compensation element, characterized in that at least one valve train-side means (28, 28a, 29, 30, 37, 38) is provided between the cam and the at least one outlet valve, which valve train-side means (28, 28a, 29, 30, 37, 38) exerts a force which is directed counter to the adjusting action of the hydraulic valve-play compensation element but is lower than the latter.
A vehicle door comprising: a door panel constituting an outside design surface of a door; and a handle device disposed in the door panel, wherein the handle device includes a handle main body and an imaging unit mounted on the handle main body and capturing images of rear side and lateral rear side of a vehicle, and wherein the handle main body is configured to be accommodated inward of the door panel so as to be in an accommodated state that an outer surface of the handle main body is arranged substantially flat with respect to an outer surface of the door panel, wherein the handle main body is configured to be switched to be in a non-accommodated state that the handle main body protrudes outward from the door panel and the imaging unit is exposed to an outside of the door panel, wherein the non-accommodated state includes a protruding state, and an intermediate state that a part of the handle main body partially protrudes and the imaging unit is exposed to the outside of the door panel, characterized in that the handle main body protrudes to a state that the handle main body can be operated, the handle main body completely protrudes from the door panel and the handle main body further protrudes compared to the handle main body in the intermediate state. a door panel constituting an outside design surface of a door; and a handle device disposed in the door panel, wherein the handle device includes a handle main body and an imaging unit mounted on the handle main body and capturing images of rear side and lateral rear side of a vehicle, and wherein the handle main body is configured to be accommodated inward of the door panel so as to be in an accommodated state that an outer surface of the handle main body is arranged substantially flat with respect to an outer surface of the door panel, wherein the handle main body is configured to be switched to be in a non-accommodated state that the handle main body protrudes outward from the door panel and the imaging unit is exposed to an outside of the door panel, wherein the non-accommodated state includes a protruding state, and an intermediate state that a part of the handle main body partially protrudes and the imaging unit is exposed to the outside of the door panel, characterized in that the handle main body protrudes to a state that the handle main body can be operated, the handle main body completely protrudes from the door panel and the handle main body further protrudes compared to the handle main body in the intermediate state.
A flux-regulated permanent magnet machine comprising: a control coil (33, 33', 33") configured to receive, from a control coil controller, direct current during a generate mode and alternating current during a motor mode; a rotating portion that includes a rotating armature winding (38, 38', 38"); and a stationary portion positioned radially exterior to the rotating portion, the stationary portion including: a ferromagnetic yoke and a plurality of permanent magnets (34, 34', 34") extending radially inward from the ferromagnetic yoke towards the rotating portion; and characterized by a plurality of flux diverters connected between each of the plurality of adjacent permanent magnets; and wherein the control coil (33, 33', 33") is wound around each of the flux diverters. a control coil (33, 33', 33") configured to receive, from a control coil controller, direct current during a generate mode and alternating current during a motor mode; a rotating portion that includes a rotating armature winding (38, 38', 38"); and a stationary portion positioned radially exterior to the rotating portion, the stationary portion including: a ferromagnetic yoke and a plurality of permanent magnets (34, 34', 34") extending radially inward from the ferromagnetic yoke towards the rotating portion; and characterized by a plurality of flux diverters connected between each of the plurality of adjacent permanent magnets; and wherein the control coil (33, 33', 33") is wound around each of the flux diverters. a plurality of flux diverters connected between each of the plurality of adjacent permanent magnets; and wherein the control coil (33, 33', 33") is wound around each of the flux diverters.
A conveyor for conveying printing sheets in a coating and/or printing machine with a cylinder (07; 08; 24) having a stop means and with a conveying device (04; 06) arranged upstream from the cylinder (07; 08; 24) in the conveying path, comprising a circulating means, - wherein the stop means comprises an arm and a stop element arranged on the arm and comprising a stop surface, the stop means comprising the arm and the stop element can be forcibly driven up and down radially by a first drive mechanism correlated to the cylinder rotation with at least its end that is remote from the drive end between a first, retracted position and a second position radially different from the first position, - and wherein the stop means bears the stop element comprising the stop surface in the region of its end remote from the drive end, and the stop element is mounted on the arm of the stop means such that the position can be translationally changed, characterized in that the stop element is configured to be forcibly driven by a second drive mechanism correlated to the cylinder rotation and/or to the movement of the arm in a relatively moveable manner on the arm. - wherein the stop means comprises an arm and a stop element arranged on the arm and comprising a stop surface, the stop means comprising the arm and the stop element can be forcibly driven up and down radially by a first drive mechanism correlated to the cylinder rotation with at least its end that is remote from the drive end between a first, retracted position and a second position radially different from the first position, - and wherein the stop means bears the stop element comprising the stop surface in the region of its end remote from the drive end, and the stop element is mounted on the arm of the stop means such that the position can be translationally changed,
A method for granting access, for a user equipment registered in a home mobile network, to a wireless local area network, comprising the following steps, performed by an access network server for said wireless local area network: receiving a probe request comprising a first information allowing to identify the home mobile network of the user equipment; determining at least one access point of the wireless local area network to which said user equipment is allowed to connect, based on the identification of said home mobile network from said first information; and sending a response message comprising at least one access identifier identifying said at least one access point of the wireless local area network. receiving a probe request comprising a first information allowing to identify the home mobile network of the user equipment; determining at least one access point of the wireless local area network to which said user equipment is allowed to connect, based on the identification of said home mobile network from said first information; and sending a response message comprising at least one access identifier identifying said at least one access point of the wireless local area network.
A camera module providing an optical image stabilization, OIS, function, the camera module comprising: a camera device configured to rotate in a first direction perpendicular to an optical axis; a first rotation support configured to provide support so that the first direction becomes a central axis for rotating the camera device; and a flexible printed circuit board, FPCB, configured to connect to the camera device at a first point and to connect to the first rotation support at a second point separate from the first point in the cross section perpendicular to the optical axis, wherein the camera device and the first rotation support are connected at a connecting point on the central axis, and wherein a cross sectional shape of the camera device, the first rotation support and the FPCB in the direction of the central axis forms a concave closed loop, and at least one line segment connecting two random points in the closed loop passes outside the closed loop. a camera device configured to rotate in a first direction perpendicular to an optical axis; a first rotation support configured to provide support so that the first direction becomes a central axis for rotating the camera device; and a flexible printed circuit board, FPCB, configured to connect to the camera device at a first point and to connect to the first rotation support at a second point separate from the first point in the cross section perpendicular to the optical axis, wherein the camera device and the first rotation support are connected at a connecting point on the central axis, and wherein a cross sectional shape of the camera device, the first rotation support and the FPCB in the direction of the central axis forms a concave closed loop, and at least one line segment connecting two random points in the closed loop passes outside the closed loop.
An accessory for rotating a probe support, the probe support comprising a first member mounted on a position determining apparatus and a second member rotatably coupled with the first member and configured to support a probe, the accessory including a body (110,111); a first receiving portion configured to receive and engage with a portion of the second member or with a probe supported by said second member; a mechanical transmission (120, 122, 140,) configured to transform a relative translating motion of the first receiving portion into a relative rotation of the first receiving portion with respect to the body; wherein the mechanical transmission (120, 122, 140) is configured to transform a translating motion of the first receiving portion along a first axis into a rotation of the first receiving portion around the same first axis or around another axis being parallel to said first axis to rotate the second member with respect to the first member of the probe support when the first receiving portion of the accessory is engaged with said portion of the second member or with the probe and the second member or the probe is moved by the position determining apparatus along the same first axis or along said another axis, by a predetermined stroke. a body (110,111); a first receiving portion configured to receive and engage with a portion of the second member or with a probe supported by said second member; a mechanical transmission (120, 122, 140,) configured to transform a relative translating motion of the first receiving portion into a relative rotation of the first receiving portion with respect to the body; wherein the mechanical transmission (120, 122, 140) is configured to transform a translating motion of the first receiving portion along a first axis into a rotation of the first receiving portion around the same first axis or around another axis being parallel to said first axis to rotate the second member with respect to the first member of the probe support when the first receiving portion of the accessory is engaged with said portion of the second member or with the probe and the second member or the probe is moved by the position determining apparatus along the same first axis or along said another axis, by a predetermined stroke.
A power supply of a pulsed laser system comprising: a DC power source with a source voltage and a source current; an energy accumulator in electrical communication with the DC power source; a charging DC to DC converter coupled between the DC power source and accumulator and operative to charge the accumulator with a desired energy; and a second discharging DC to DC converter operative to discharge the accumulator while periodically supplying a diode current with a peak value, which is greater than the source current, to at least one laser diode emitting pump light pulses, characterized in that the second DC to DC converter has a feedback circuitry operative to read the diode current at an input of the laser diode, compare the read diode current to a reference value and regulate the diode current so as to match the diode current with the reference value. a DC power source with a source voltage and a source current; an energy accumulator in electrical communication with the DC power source; a charging DC to DC converter coupled between the DC power source and accumulator and operative to charge the accumulator with a desired energy; and a second discharging DC to DC converter operative to discharge the accumulator while periodically supplying a diode current with a peak value, which is greater than the source current, to at least one laser diode emitting pump light pulses, characterized in that the second DC to DC converter has a feedback circuitry operative to read the diode current at an input of the laser diode, compare the read diode current to a reference value and regulate the diode current so as to match the diode current with the reference value.
A heat exchanger, comprising: a first header and a second header; a plurality of flat pipes, each of the plurality of flat pipes defining a first end connected with the first header and a second end connected with the second header, and the plurality of flat pipes being arranged and spaced apart from each other in axial directions of the first header and the second header; a plurality of fins, each of the plurality of fins being disposed between adjacent flat pipes, the plurality of fins comprising a first fin, a second fin and a third fin, wherein the heat exchanger has a bending segment and a straight segment adjacent to the bending segment, the first fin is in the straight segment, the second fin and the third fin are in the bending segment, a width of the second fin is larger than a width of the third fin, and the second fin and the third fin are alternately arranged in the axial directions, a centerline of the second fin extending in a thickness direction of the flat pipe and a centerline of the third fin extending in the thickness direction of the flat pipe are staggered with each other in a plane orthogonal to a length direction of the flat pipe, characterised in that the width of the second fin and the width of the third fin are both less than a width of the first fin. a first header and a second header; a plurality of flat pipes, each of the plurality of flat pipes defining a first end connected with the first header and a second end connected with the second header, and the plurality of flat pipes being arranged and spaced apart from each other in axial directions of the first header and the second header; a plurality of fins, each of the plurality of fins being disposed between adjacent flat pipes, the plurality of fins comprising a first fin, a second fin and a third fin, wherein the heat exchanger has a bending segment and a straight segment adjacent to the bending segment, the first fin is in the straight segment, the second fin and the third fin are in the bending segment, a width of the second fin is larger than a width of the third fin, and the second fin and the third fin are alternately arranged in the axial directions, a centerline of the second fin extending in a thickness direction of the flat pipe and a centerline of the third fin extending in the thickness direction of the flat pipe are staggered with each other in a plane orthogonal to a length direction of the flat pipe, characterised in that the width of the second fin and the width of the third fin are both less than a width of the first fin.
A stent delivery system comprising a stent delivery catheter which is equipped with at least one stent retaining sleeve (16, 18), the at least one stent retaining sleeve (16, 18) having an inside surface and an outside surface, said stent retaining sleeve (16, 18) having a lubricious coating on at least a portion of at least one of said inside surface and said outside surface characterized in that the lubricious coating is a non-silicone based lubricant, wherein said lubricant has been heat cured to a gel.
A traveling control method executing: accepting, from a user, an operation to set each of a plurality of action items related to actions to be executed by a work vehicle when the work vehicle reaches a predetermined position corresponding to an end point of a work route on which the work vehicle is caused to autonomously travel; and setting each of the plurality of action items on the basis of the operation of the user. accepting, from a user, an operation to set each of a plurality of action items related to actions to be executed by a work vehicle when the work vehicle reaches a predetermined position corresponding to an end point of a work route on which the work vehicle is caused to autonomously travel; and setting each of the plurality of action items on the basis of the operation of the user.
Yarn tensioning device for a yarn feeding device, the yarn tensioning device comprising an axially stiff, radially deformable braking body with the shape of a frustocone coat, the large diameter end of the braking body coaxially set over a rounded withdrawal end of a drum-shaped storage body and being pressed with the small diameter end resiliently against the withdrawal end by an axial force defining the tensioning effect between the braking body and the withdrawal end, an axial force generator having an axial acting direction, and a centring device having a radial acting direction, respectively, between a stationary holder and the braking body, characterized in that the axial force generator is constituted by at least one pair of permanent magnets, the permanent magnets (13, 14, 13', 14') being aligned axially against each other with an intermediate gap by the centring device, and that the centring device is separated structurally and functionally from the pair of permanent magnets and comprises an axial sliding guiding system (9,12, 24, 23).
A magnetic nanoparticle which is surface conjugated with anti-CD133 antibody for use in a method of extracting neural stem-cells from a subject, comprising: (a) introducing magnetic nanoparticles into the subject, (b) targeting neural stem cells with the magnetic nanoparticles to form magnetic nanoparticle-targeted cells, (c) isolating the magnetic nanoparticle-targeted cells, wherein the step of isolating comprises agitating the magnetic nanoparticle-targeted cells by using magnetic force, (d) extracting the magnetic nanoparticles-targeted cells from the subject. (a) introducing magnetic nanoparticles into the subject, (b) targeting neural stem cells with the magnetic nanoparticles to form magnetic nanoparticle-targeted cells, (c) isolating the magnetic nanoparticle-targeted cells, wherein the step of isolating comprises agitating the magnetic nanoparticle-targeted cells by using magnetic force, (d) extracting the magnetic nanoparticles-targeted cells from the subject.
A method of making a dental assembly (110; 210; 10) comprising: placing a compressible material (106; 206; 206) in contact with an outer base surface (102; 202) of a dental article (100; 200), the compressible material comprising a translucent material; applying a first quantity (104; 304) of an unhardened dental composition to at least one of the compressible material and the outer base surface in such a manner that at least some of the unhardened dental composition is located between the outer base surface and the compressible material; at least partially compressing of the compressible material to urge the compressible material toward a configuration complemental to the outer base surface; hardening at least a portion of the first quantity (104; 104') of the unhardened dental composition by transmitting actinic radiation through at least some of the compressible material in order to secure the compressible material to the outer base surface while the compressible material is at least partially compressed, wherein at least part of the outer base surface is not in contact with the hardened dental composition; and applying a second quantity of unhardened dental composition to the compressible material, wherein the second quantity at least partially surrounds the first quantity as viewed from a direction perpendicular to the outer base surface. placing a compressible material (106; 206; 206) in contact with an outer base surface (102; 202) of a dental article (100; 200), the compressible material comprising a translucent material; applying a first quantity (104; 304) of an unhardened dental composition to at least one of the compressible material and the outer base surface in such a manner that at least some of the unhardened dental composition is located between the outer base surface and the compressible material; at least partially compressing of the compressible material to urge the compressible material toward a configuration complemental to the outer base surface; hardening at least a portion of the first quantity (104; 104') of the unhardened dental composition by transmitting actinic radiation through at least some of the compressible material in order to secure the compressible material to the outer base surface while the compressible material is at least partially compressed, wherein at least part of the outer base surface is not in contact with the hardened dental composition; and applying a second quantity of unhardened dental composition to the compressible material, wherein the second quantity at least partially surrounds the first quantity as viewed from a direction perpendicular to the outer base surface.