mhurhangee/ep-ind-claims huggingface dataset:
A vibrator for generating vibration motion for a screening part, the vibrator comprising: a rotation device; and at least one vibrator element, which is arranged to be rotated by the rotation device; and where rotating the vibrator element around a rotating axle of the rotation device is arranged to generate vibration; the vibrator element has an outer surface around said rotating axle; the vibrator comprises at least one mating surface, which is a separate piece in relation to the outer surface of the vibrator element, and which is in physical contact with the outer surface of the vibrator element; and the outer surface of the rotating vibrator element moves the mating surface in contact with it, and generates vibrating motion; whereby the mating surface is a cylindrical surface; and the mating surface is arranged to turn in relation to a pivoted axle which is parallel to the rotating axle of the rotation device, but located at a distance from it; characterised in that the outer surface of the vibrator element is round in shape and the round outer surface of the vibrator element is arranged eccentrically in relation to the rotating axle, or in that the outer surface of the vibrator element is ellipse in shape. a rotation device; and at least one vibrator element, which is arranged to be rotated by the rotation device; and where rotating the vibrator element around a rotating axle of the rotation device is arranged to generate vibration; the vibrator element has an outer surface around said rotating axle; the vibrator comprises at least one mating surface, which is a separate piece in relation to the outer surface of the vibrator element, and which is in physical contact with the outer surface of the vibrator element; and the outer surface of the rotating vibrator element moves the mating surface in contact with it, and generates vibrating motion; whereby the mating surface is a cylindrical surface; and the mating surface is arranged to turn in relation to a pivoted axle which is parallel to the rotating axle of the rotation device, but located at a distance from it; characterised in that the outer surface of the vibrator element is round in shape and the round outer surface of the vibrator element is arranged eccentrically in relation to the rotating axle, or in that the outer surface of the vibrator element is ellipse in shape.
Device for holding an object to be measured, in particular a body component, in a reference position, having a support head and a clamping unit engaging over the object to be measured and holding the latter in contact with the support head, which unit comprises a clamping element resting on the object to be measured and a lockable slider moving the clamping element, the clamping unit being provided to be attached and held on the support head, and the position of the clamping element relative to the support head being adjustable by the slider in a linear movement of the clamping element, characterized in that the clamping device engages partly around the support head with a fork part.
A method of operating a bidirectional tidal power plant, the tidal power plant comprising: a dam separating a sea portion from the open sea to include a pool, at least one turbine located in the dam and permeable by water for power generation purposes and having shut-off valves, at least one lock located in the dam and through which a connection between the tank and the open sea can be made, at least one pump for pumping water from the open sea into the tank or for pumping water out of it Basin into the open sea with shut-off devices or the possibility to operate at least one turbine as a pump. The process comprises the following process steps in the order named, which are repeated cyclically beginning at low tide or high tide: all shut-off devices and the lock are closed; Pumps in direction A with closed lock and open shut-off devices of the pump, with all other shut-off devices closed; all shut-off devices and the lock are closed; Turbine operation in direction B with closed lock and open shut-off valves of the turbine, with all other shut-off valves are closed; the lock is open (V5b); all shut-off devices and the lock are closed; Pumps in direction B with the lock closed and the pump shut-off valves open, with all other shut-off devices closed; all shut-off devices and the lock are closed; Turbine operation in direction A with closed lock and open shut-off valves of the pump with all other shut-off devices closed; the lock is open (V10b); wherein direction A denotes a flow direction of the water between the basin and the open sea and direction B denotes the reverse flow direction, and wherein the time duration of the individual method steps is determined by means of an optimization method, characterized in that in steps V5b and V10b, the shut-off of at least a turbine are open.
A tyre for vehicle wheels, comprising: - a carcass structure comprising at least one carcass ply; - a belt structure applied in a radially outer position with respect to said at least one carcass ply; and - a tread band applied in a radially outer position with respect to said belt structure, wherein the belt structure comprises at least one reinforcing strip incorporating a plurality of reinforcing elements comprising a metal cord, wherein the metal cord comprises a plurality of intertwined strands and each strand comprises a plurality of filaments (202, 203); wherein all the filaments of each strand have a diameter not greater than 0.175 mm; with the reinforcing elements arranged substantially in the circumferential direction, characterized in that the reinforcing elements comprise at least one high-elongation metal cord, wherein said high-elongation metal cord has an elongation at breakage equal to at least 3.5% and has an elongation at low loads of between 1% and 3%, wherein elongation at low loads is understood as meaning the difference between the percentage elongation obtained when subjecting the cord to a tensile force of 50 N and the percentage elongation obtained when subjecting the cord to a tensile force of 2.5 N. - a carcass structure comprising at least one carcass ply; - a belt structure applied in a radially outer position with respect to said at least one carcass ply; and - a tread band applied in a radially outer position with respect to said belt structure,
A joint molding apparatus for molding a joint at a panel intersection, the apparatus comprising: at least two inflatable molding bladders connectable to a source of pressurized fluid; and a bladder support structure configured to support the bladders in respective positions adjacent an intersection of panels where, when inflated, the bladders support a joint formed at the intersection of panels while an uncured portion of the joint is curing to hold the joint in a desired configuration at the panel intersection; wherein the bladder support structure includes backing members arranged to brace the bladders against outward movement and cause the bladders to expand inwardly against respective corresponding portions of the joint; wherein the bladder support structure includes: two end caps configured to engage and retain opposite ends of the backing members against outward movement away from the joint; and characterized in that it further includes at least one holding rod extending axially between and releasably connecting the two end caps. at least two inflatable molding bladders connectable to a source of pressurized fluid; and a bladder support structure configured to support the bladders in respective positions adjacent an intersection of panels where, when inflated, the bladders support a joint formed at the intersection of panels while an uncured portion of the joint is curing to hold the joint in a desired configuration at the panel intersection; wherein the bladder support structure includes backing members arranged to brace the bladders against outward movement and cause the bladders to expand inwardly against respective corresponding portions of the joint; wherein the bladder support structure includes: two end caps configured to engage and retain opposite ends of the backing members against outward movement away from the joint; and characterized in that it further includes at least one holding rod extending axially between and releasably connecting the two end caps. two end caps configured to engage and retain opposite ends of the backing members against outward movement away from the joint; and characterized in that it further includes at least one holding rod extending axially between and releasably connecting the two end caps.
An apparatus for wireless communications, comprising: a processing system configured to generate a frame for transmission on at least one channel, the frame having: first information comprising at least one of a training field, channel estimation, or header information for processing by first and second types of devices, and extended header information intended for processing by only a second type of device that is a targeted recipient of the frame, and a data portion; and an interface for outputting the frame for transmission via the at least one channel, wherein: the frame further comprises, for each of first and second spatial streams, second information comprising at least one of a training field or channel estimation information for processing by the targeted recipient of the frame; and wherein the second information for the first spatial stream is output for transmission with a delay relative to transmission of an end of the first information for the first spatial stream in order to time align the second information for the first spatial stream with the second information for the second spatial stream. first information comprising at least one of a training field, channel estimation, or header information for processing by first and second types of devices, and extended header information intended for processing by only a second type of device that is a targeted recipient of the frame, and a data portion; and an interface for outputting the frame for transmission via the at least one channel, wherein: the frame further comprises, for each of first and second spatial streams, second information comprising at least one of a training field or channel estimation information for processing by the targeted recipient of the frame; and wherein the second information for the first spatial stream is output for transmission with a delay relative to transmission of an end of the first information for the first spatial stream in order to time align the second information for the first spatial stream with the second information for the second spatial stream. the frame further comprises, for each of first and second spatial streams, second information comprising at least one of a training field or channel estimation information for processing by the targeted recipient of the frame; and wherein the second information for the first spatial stream is output for transmission with a delay relative to transmission of an end of the first information for the first spatial stream in order to time align the second information for the first spatial stream with the second information for the second spatial stream.
A gas turbine engine comprising: an engine having a compressor section, and a turbine section; and a firewall, accessory pumps (88, 90) mounted on a downstream side of said firewall, and said accessory pumps (88, 90) being driven by electric motors (92, 94, 98, 100) mounted on said firewall on an upstream side of said firewall, characterised in that: the firewall comprises a cooling air passage for receiving compressor bleed air for isolating said upstream side from the downstream side, wherein said firewall includes an opening at an inner periphery to receive air, and said opening communicates with a manifold formed radially across an extent of said firewall. an engine having a compressor section, and a turbine section; and a firewall, accessory pumps (88, 90) mounted on a downstream side of said firewall, and said accessory pumps (88, 90) being driven by electric motors (92, 94, 98, 100) mounted on said firewall on an upstream side of said firewall, characterised in that: the firewall comprises a cooling air passage for receiving compressor bleed air for isolating said upstream side from the downstream side, wherein said firewall includes an opening at an inner periphery to receive air, and said opening communicates with a manifold formed radially across an extent of said firewall.
A table comprising a table top comprising: a top surface; a display cavity recessed from the top surface; a display panel forming a bottom interior surface of the display cavity and comprising a plurality of nodes and a chamber formed within the display panel and defined by a first wall, a perimeter wall, and a second wall, wherein the first wall defines the bottom interior surface; wherein each node is disposed in a respective aperture formed on the bottom interior surface of the display cavity and extending through the first wall to the chamber and comprises a base defining a through hole therethrough, and a hollow frame including an interior surface that, in connection with a proximal surface of the base, defines a hollow interior configured to receive a portion of a display fixture, wherein, to support the node on the bottom interior surface, the node comprises a flange, or an exterior surface of the hollow frame is supported via a friction fit between the respective aperture and the exterior surface of the hollow frame, or the exterior surface is adhesively bonded to the respective aperture; a printed circuit board disposed within the display panel and attached to each of the plurality of nodes via a lower surface of the base; and a power supply system in electrical communication with the printed circuit board. a top surface; a display cavity recessed from the top surface; a display panel forming a bottom interior surface of the display cavity and comprising a plurality of nodes and a chamber formed within the display panel and defined by a first wall, a perimeter wall, and a second wall, wherein the first wall defines the bottom interior surface; wherein each node is disposed in a respective aperture formed on the bottom interior surface of the display cavity and extending through the first wall to the chamber and comprises a base defining a through hole therethrough, and a hollow frame including an interior surface that, in connection with a proximal surface of the base, defines a hollow interior configured to receive a portion of a display fixture, wherein, to support the node on the bottom interior surface, the node comprises a flange, or an exterior surface of the hollow frame is supported via a friction fit between the respective aperture and the exterior surface of the hollow frame, or the exterior surface is adhesively bonded to the respective aperture; a printed circuit board disposed within the display panel and attached to each of the plurality of nodes via a lower surface of the base; and a power supply system in electrical communication with the printed circuit board.
Elastic joint, in particular for a motor vehicle, with a main axis of axial orientation, comprising: - a cylindrical tubular external bushing coaxial to the main axis; - an internal bushing having a tubular wall delimited by a cylindrical internal face circumscribing a central orifice and by a cylindrical external face, the internal bushing being arranged concentrically within the external bushing; - a ring of elastomer material which is inserted radially between the external bushing and the internal bushing; - the internal bushing being perforated with at least one cavity (28A, 28B) passing axially through the thickness of its wall, the cavity (28A, 28B) extending circumferentially in a circular arc over an angular sector (αA, αB) defined around the main axis, the cavity (28A, 28B) being delimited radially by an internal partition (30A, 30B) and by an external partition (32A, 32B); - the internal partition (30A, 30B) being delimited radially by an external face (34A, 34B), on the one hand, and by the internal face of the wall of the internal bushing, on the other hand, the external face (34A, 34B) of the internal partition (30A, 30B) having a width which is greater than or equal to the diameter of the central orifice; characterized in that the internal partition (30A, 30B) comprises an axial rupture area (42A, 42B) of predetermined location having an axial opening or a rupture resistance substantially below that of the rest of said internal partition (30A, 30B). - a cylindrical tubular external bushing coaxial to the main axis; - an internal bushing having a tubular wall delimited by a cylindrical internal face circumscribing a central orifice and by a cylindrical external face, the internal bushing being arranged concentrically within the external bushing; - a ring of elastomer material which is inserted radially between the external bushing and the internal bushing; - the internal bushing being perforated with at least one cavity (28A, 28B) passing axially through the thickness of its wall, the cavity (28A, 28B) extending circumferentially in a circular arc over an angular sector (αA, αB) defined around the main axis, the cavity (28A, 28B) being delimited radially by an internal partition (30A, 30B) and by an external partition (32A, 32B); - the internal partition (30A, 30B) being delimited radially by an external face (34A, 34B), on the one hand, and by the internal face of the wall of the internal bushing, on the other hand, the external face (34A, 34B) of the internal partition (30A, 30B) having a width which is greater than or equal to the diameter of the central orifice;
A method of testing an electronic Unit Under Test, UUT, by a test apparatus, the method comprising: receiving a test signal from the UUT, the method being characterised by further comprising: generating multiple Discrete Fourier Transforms, DFTs of the test signal obtained with the test apparatus arranged in different respective configurations, each of the DFTs producing a set of magnitude values at a set of frequency values, the multiple DFTs including both valid content representing the test signal and invalid content introduced by the test apparatus; and generating a test result based on a corrected DFT, the corrected DFT including multiple corrected magnitude values, each corrected magnitude value generated by (i) identifying a respective set of magnitude values, one for each of the multiple DFTs, that relate to the same respective test signal frequency and (ii) computing a minimum of that set of magnitude values, the corrected DFT thereby suppressing at least some of the invalid content in the multiple DFTs in response to such invalid content changing across the multiple configurations. generating multiple Discrete Fourier Transforms, DFTs of the test signal obtained with the test apparatus arranged in different respective configurations, each of the DFTs producing a set of magnitude values at a set of frequency values, the multiple DFTs including both valid content representing the test signal and invalid content introduced by the test apparatus; and generating a test result based on a corrected DFT, the corrected DFT including multiple corrected magnitude values, each corrected magnitude value generated by (i) identifying a respective set of magnitude values, one for each of the multiple DFTs, that relate to the same respective test signal frequency and (ii) computing a minimum of that set of magnitude values, the corrected DFT thereby suppressing at least some of the invalid content in the multiple DFTs in response to such invalid content changing across the multiple configurations. (i) identifying a respective set of magnitude values, one for each of the multiple DFTs, that relate to the same respective test signal frequency and (ii) computing a minimum of that set of magnitude values, the corrected DFT thereby suppressing at least some of the invalid content in the multiple DFTs in response to such invalid content changing across the multiple configurations.
A method performed by a monitoring node associated with a tool communication network of monitoring energy flow in a tightening tool connected to the communications network, the method comprising: - receiving, from the tightening tool, parameter values relating to current fed into the tightening tool, angle (α) of a rotor in the tightening tool and torque applied to a joint by the tightening tool, - calculating the energy put into the tightening tool based on the received parameter values relating to the current fed into the tightening tool and the angle (α) of the rotor in the tightening tool, - calculating the energy transferred to the joint by the tightening tool based on the received parameter values relating to the torque applied to the joint by the tightening tool and the angle (α) of the rotor in the tightening tool, - detecting that the calculated energy put into to the tightening tool deviates from the calculated energy transferred to the joint by the tightening tool with more than a predetermined value. - receiving, from the tightening tool, parameter values relating to current fed into the tightening tool, angle (α) of a rotor in the tightening tool and torque applied to a joint by the tightening tool, - calculating the energy put into the tightening tool based on the received parameter values relating to the current fed into the tightening tool and the angle (α) of the rotor in the tightening tool, - calculating the energy transferred to the joint by the tightening tool based on the received parameter values relating to the torque applied to the joint by the tightening tool and the angle (α) of the rotor in the tightening tool, - detecting that the calculated energy put into to the tightening tool deviates from the calculated energy transferred to the joint by the tightening tool with more than a predetermined value.
The use of particles containing no more than 10% by weight of liquid, which particles comprise: a) epinephrine, or a salt thereof; and b) at least one pharmaceutically acceptable excipient for use in the manufacture of a medicament for treating a patient in need of epinephrine, wherein said particles are to be administered in a single, breath activated step from a dry powder inhaler to the respiratory system of a patient as particles comprising at least 50 micrograms of epinephrine, having a tap density of less than 0.4 g/cm 3, and possessing a fine particle fraction of less than 5.6 μm of at least 45 percent. a) epinephrine, or a salt thereof; and b) at least one pharmaceutically acceptable excipient