mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine having a hub with electrical power therein and at least one blade attached to the hub, the blade having a blade root, a blade tip and a down-wire for the conduction of lightning current to the ground, and a blade electrical system that takes electrical power from the hub and transmits electrical power into the blade to at least one area located between the blade root and the blade tip, the blade electrical system comprising: - a power-transfer unit comprising a power-driver unit, a power-conditioner unit and a dielectric separating the power-driver unit and the power-conditioner unit, the power-driver unit receiving electrical power from the hub and transmitting the electrical power to the power-conditioner unit, - an electrical-power bus, electrically attached to the power-conditioner unit and extending into the blade, and - at least one powered unit electrically connected to, and being electrically powered by, the electrical-power bus, characterized in that - the power-driver unit transmits the electrical power, through the dielectric to the power-conditioner unit. - a power-transfer unit comprising a power-driver unit, a power-conditioner unit and a dielectric separating the power-driver unit and the power-conditioner unit, the power-driver unit receiving electrical power from the hub and transmitting the electrical power to the power-conditioner unit, - an electrical-power bus, electrically attached to the power-conditioner unit and extending into the blade, and - at least one powered unit electrically connected to, and being electrically powered by, the electrical-power bus, characterized in that - the power-driver unit transmits the electrical power, through the dielectric to the power-conditioner unit.
A door breaching projectile (100,100a-100d) comprising: a shell containing an explosive charge; an open end of the shell with a mouth being connected to a rear edge of a body member; a hollow ogive with a mouth being connected to a forward edge of the body member; and a safe-and-arm mechanism disposed in the body member, which safe-and-arm mechanism delays alignment of a detonator pin with a detonator charge only after the door breaching projectile (100,100a-100d) has been propelled over a safe distance from the launcher and has spin rotated through predetermined numbers of spin; characterised in that: a plunger is slidable in a seat member, with the seat member being mounted on a forward face associated with the forward edge of the body member; wherein, upon the door breaching projectile (100,100a-100d) impacting on a door or barricade, the plunger is forced into the seat member to impinge onto the detonator pin, which then sets off the detonator charge and explosive charge, such that explosive shock waves cause the door/barricade to cave in but the projectile (100,100a-100d) remains substantially outside the door/barricade. a shell containing an explosive charge; an open end of the shell with a mouth being connected to a rear edge of a body member; a hollow ogive with a mouth being connected to a forward edge of the body member; and a safe-and-arm mechanism disposed in the body member, which safe-and-arm mechanism delays alignment of a detonator pin with a detonator charge only after the door breaching projectile (100,100a-100d) has been propelled over a safe distance from the launcher and has spin rotated through predetermined numbers of spin; characterised in that: a plunger is slidable in a seat member, with the seat member being mounted on a forward face associated with the forward edge of the body member; wherein, upon the door breaching projectile (100,100a-100d) impacting on a door or barricade, the plunger is forced into the seat member to impinge onto the detonator pin, which then sets off the detonator charge and explosive charge, such that explosive shock waves cause the door/barricade to cave in but the projectile (100,100a-100d) remains substantially outside the door/barricade.
Metal-fixing-material feedthrough for igniters of airbags and/or seat-belt tensioners, comprising at least one metal pin fused into a feedthrough opening of a base body in a glassy or glass-ceramic fixing material, wherein the surface of the glassy or glass-ceramic fixing material is a surface exposed by melting and lies on a plane with the end face of the at least one metal pin, characterized in that a trench is located between the inner wall of the feedthrough opening and the glassy or glass-ceramic fixing material in the region of the surface.
A method of handling a request for location information of a mobile device attached to a first network of a wireless system that supports multiple access technologies, wherein the first network conforms to 4G access technology and a second network of the wireless system conforms to at least one of 2G or 3G access technology, the method comprising: triggering, by a network element of the second network, the mobile device being attached to the first network of the wireless system to send location information, receiving, at the network element, a location request requesting the location information of the mobile device, wherein the triggering step is performed in response to receiving the location request, wherein the triggering step includes paging the mobile device by sending a paging request to the mobile device that includes a short message service, SMS, indicator, thereby causing the mobile device to send the location information via a service request procedure between the mobile device and a mobility management entity, MME, of the first network; receiving from the MME, at the network element, a message including the location information of the mobile device and the SMS indicator, wherein the network element is an MSC, and wherein the paging step includes sending the paging request from the MSC to the MME, the paging request having a service indicator set to the SMS indicator. triggering, by a network element of the second network, the mobile device being attached to the first network of the wireless system to send location information, receiving, at the network element, a location request requesting the location information of the mobile device, wherein the triggering step is performed in response to receiving the location request, wherein the triggering step includes paging the mobile device by sending a paging request to the mobile device that includes a short message service, SMS, indicator, thereby causing the mobile device to send the location information via a service request procedure between the mobile device and a mobility management entity, MME, of the first network; receiving from the MME, at the network element, a message including the location information of the mobile device and the SMS indicator, wherein the network element is an MSC, and wherein the paging step includes sending the paging request from the MSC to the MME, the paging request having a service indicator set to the SMS indicator.
An apparatus configured to fly a light-absorbing material, comprising a unit configured to irradiate a light-absorbing material absorbing light with a laser beam corresponding to a light absorption wavelength of the light-absorbing material to fly the light-absorbing material, wherein the apparatus is configured to irradiate a preceding beam radiation region (a) and a following beam radiation region (a) such that these regions overlap, and such that the following beam radiation region (a) is irradiated with the laser beam such that a beam centroid position is outside the preceding beam radiation region(a); characterized in that: the laser beam is a ring-shaped beam. the apparatus is configured to irradiate a preceding beam radiation region (a) and a following beam radiation region (a) such that these regions overlap, and such that the following beam radiation region (a) is irradiated with the laser beam such that a beam centroid position is outside the preceding beam radiation region(a); characterized in that: the laser beam is a ring-shaped beam.
A dynamic light-scattering measuring apparatus suitable for measuring a particle size of particles (S 1) contained in a medium (S 2) as a dispersion solution containing particles having particle sizes lower than 100 nm or a dispersion solution in a multi-disperse state including particles having particle sizes lower than 100 nm, the apparatus comprising: a Mach-Zehnder interferometer (3, 17, 2, 4), a low-coherence light source for emitting low-coherence light, at least a first optical fiber, a second optical fiber and a third optical fiber, a first photocoupler for dividing light emitted from the low-coherence light source into two pieces, thereby one of the divided pieces of light to be used as reference light, the other divided piece of light to be passed through the first optical fiber (F 3) and used as scattering light through the medium (S 2) containing the particles (S 1), a circulator for causing the other divided piece of light from the first optical fiber to pass through the second optical fiber (F 4), a collimator lens for forming the other divided piece of light from the second optical fiber into a parallel light, an objective lens for causing the parallel light to be incident to the scattering medium,and for collecting the back-scattering light from the medium; the objective lens, the collimator lens and the second optical fiber (F 4) being configured to have the back-scattering light collected from the medium passed through again, and, a second photocoupler for combining the divided pieces of light, the circulator being for causing the back-scattering light, passed through the second optical fiber (F 4) again, to be incident, through the third optical fiber (F 6), to the second photocoupler. a Mach-Zehnder interferometer (3, 17, 2, 4), a low-coherence light source for emitting low-coherence light, at least a first optical fiber, a second optical fiber and a third optical fiber, a first photocoupler for dividing light emitted from the low-coherence light source into two pieces, thereby one of the divided pieces of light to be used as reference light, the other divided piece of light to be passed through the first optical fiber (F 3) and used as scattering light through the medium (S 2) containing the particles (S 1), a circulator for causing the other divided piece of light from the first optical fiber to pass through the second optical fiber (F 4), a collimator lens for forming the other divided piece of light from the second optical fiber into a parallel light, an objective lens for causing the parallel light to be incident to the scattering medium,and for collecting the back-scattering light from the medium; the objective lens, the collimator lens and the second optical fiber (F 4) being configured to have the back-scattering light collected from the medium passed through again, and, a second photocoupler for combining the divided pieces of light, the circulator being for causing the back-scattering light, passed through the second optical fiber (F 4) again, to be incident, through the third optical fiber (F 6), to the second photocoupler.
A clamp assembly for mounting a solar module to a mounting structure, the clamp assembly comprising: a base configured to couple to the mounting structure, the base having a pivot portion and a fastening portion; a clamp body coupled to the base, the clamp body having a clamping member and a pivoting member, the pivoting member pivotally engaged with the pivot portion of the base to pivot about a pivot axis; and a connecting portion configured to secure the clamping member of the clamp body to the fastening portion of the base, characterized in that the clamp body comprises a clamping surface that extends outwardly beyond the base in a direction parallel to the pivot axis, the clamping surface configured to clamp a portion of the solar module to the mounting structure. a base configured to couple to the mounting structure, the base having a pivot portion and a fastening portion; a clamp body coupled to the base, the clamp body having a clamping member and a pivoting member, the pivoting member pivotally engaged with the pivot portion of the base to pivot about a pivot axis; and a connecting portion configured to secure the clamping member of the clamp body to the fastening portion of the base, characterized in that the clamp body comprises a clamping surface that extends outwardly beyond the base in a direction parallel to the pivot axis, the clamping surface configured to clamp a portion of the solar module to the mounting structure.
Boring and laying device for the trenchless laying of a pipeline, with a boring head for loosening the rock, wherein the boring head has a connection for a pilot bore linkage and a connection for a following element of the boring and laying device, with a rotary element and with a connecting portion as a connection for the pipeline, wherein a conveying portion is provided behind the boring head, in which conveying portion at least one receiving element for receiving the loosened rock is provided, wherein a functional portion is provided in which a pump for suctioning and conveying away the drillings loosened by the boring head is arranged and on which the connecting portion is arranged, characterized in that the rotary element is arranged between the boring head and functional portion such that the functional portion and the boring head are rotationally decoupled, in that the boring head is driven via the pilot bore linkage, and in that the boring head is pivotable with respect to the conveying portion via at least one connection (14, 16).
A surgical apparatus for performance of a surgical procedure on body tissue, the surgical apparatus comprising: a housing; an elongate tubular member at least partially supported by the housing, the elongate tubular member defining a center lumen and a longitudinal axis; a drive assembly extending from the housing into the center lumen of the elongate tubular member; characterized in that: the surgical apparatus further comprises an electrical coupling assembly located about the drive assembly; and an electrical wire extending from within the housing into the elongate tubular member, the electrical wire being wrapped about the electrical coupling assembly, the electrical coupling assembly allowing the elongate tubular member to rotate about the longitudinal axis while allowing respective parts of the electrical wire to be fixed within the housing and the elongate tubular member. a housing; an elongate tubular member at least partially supported by the housing, the elongate tubular member defining a center lumen and a longitudinal axis; a drive assembly extending from the housing into the center lumen of the elongate tubular member; the surgical apparatus further comprises an electrical coupling assembly located about the drive assembly; and an electrical wire extending from within the housing into the elongate tubular member, the electrical wire being wrapped about the electrical coupling assembly, the electrical coupling assembly allowing the elongate tubular member to rotate about the longitudinal axis while allowing respective parts of the electrical wire to be fixed within the housing and the elongate tubular member.
An elevator inspection and maintenance system (150, 250, 350, 452, 456, 550) comprising: a mechatronic body movable via remote or automatic operation, an inspection and maintenance head installed on the mechatronic body, wherein said inspection and maintenance head is fitted with a manipulation tool to perform a maintenance operation on at least one component of an elevator system remotely or automatically; wherein the elevator inspection and maintenance system (150, 250, 350, 452, 456, 550) is installable on an elevator cab, in a hoist way, or in a machine room of the elevator system; and characterized in that the elevator inspection and maintenance system (150, 250, 350, 452, 456, 550) includes a track (254, 354) laid on said elevator cab, hoist way, or machine room, and wherein the elevator inspection and maintenance system (150, 250, 350, 452, 456, 550) is movably attached to said track (254, 354). a mechatronic body movable via remote or automatic operation, an inspection and maintenance head installed on the mechatronic body, wherein said inspection and maintenance head is fitted with a manipulation tool to perform a maintenance operation on at least one component of an elevator system remotely or automatically; wherein the elevator inspection and maintenance system (150, 250, 350, 452, 456, 550) is installable on an elevator cab, in a hoist way, or in a machine room of the elevator system; and
A neuromuscular monitoring system, comprising: a plurality of first electrodes (301, 302); a plurality of second electrodes (303 - 305); and a monitor programmed to conduct an automatic monitoring cycle, the automatic monitoring cycle including: (a) applying a series of stimulation signals to a patient via the first electrodes detecting patient response to the series of stimulation signals via the second electrodes, and determining a train of four count from the detected patient response characterised by said automatic monitoring cycle further including (b) if the TOF count is at or above a predetermined threshold of one, automatically repeating step (a), and if the TOF count is below the predetermined threshold, automatically applying a tetanic stimulation signal to the patient via the first electrodes and determining a post tetanic count, the monitor being further programmed to repeat the automatic monitoring cycle after determining said PTC. a plurality of first electrodes (301, 302); a plurality of second electrodes (303 - 305); and a monitor programmed to conduct an automatic monitoring cycle, the automatic monitoring cycle including: (a) applying a series of stimulation signals to a patient via the first electrodes detecting patient response to the series of stimulation signals via the second electrodes, and determining a train of four count from the detected patient response characterised by said automatic monitoring cycle further including (b) if the TOF count is at or above a predetermined threshold of one, automatically repeating step (a), and if the TOF count is below the predetermined threshold, automatically applying a tetanic stimulation signal to the patient via the first electrodes and determining a post tetanic count, the monitor being further programmed to repeat the automatic monitoring cycle after determining said PTC. (a) applying a series of stimulation signals to a patient via the first electrodes detecting patient response to the series of stimulation signals via the second electrodes, and determining a train of four count from the detected patient response characterised by said automatic monitoring cycle further including (b) if the TOF count is at or above a predetermined threshold of one, automatically repeating step (a), and if the TOF count is below the predetermined threshold, automatically applying a tetanic stimulation signal to the patient via the first electrodes and determining a post tetanic count, the monitor being further programmed to repeat the automatic monitoring cycle after determining said PTC.
A package for a medical device comprising: a folder having a bottom panel and a top panel; said bottom panel including a leading edge, a trailing edge, and at least one medical device securing element; said top panel including a leading edge, and a trailing edge joined with said trailing edge of said bottom panel to define a folding line extending between said top and bottom panels, wherein said folder has an unfolded configuration in which said leading edges of said top and bottom panels face in opposite directions, and a folded configuration in which said top panel is folded over said bottom panel at said folding line and said leading edges of said top and bottom panels face in the same direction and are aligned with one another, wherein said bottom panel has first and second lateral edges that extend from said leading edge of said bottom panel to said trailing edge of said bottom panel, characterised in that said bottom panel has a first stress relieving slit that extends inwardly from said first lateral edge toward a center of said bottom panel, and a second stress relieving slit that extends inwardly from said second lateral edge toward the center of said bottom panel, and wherein said first and second stress relieving slits (128, 130) are aligned with one another along the length of said bottom panel. a folder having a bottom panel and a top panel; said bottom panel including a leading edge, a trailing edge, and at least one medical device securing element; said top panel including a leading edge, and a trailing edge joined with said trailing edge of said bottom panel to define a folding line extending between said top and bottom panels, wherein said folder has an unfolded configuration in which said leading edges of said top and bottom panels face in opposite directions, and a folded configuration in which said top panel is folded over said bottom panel at said folding line and said leading edges of said top and bottom panels face in the same direction and are aligned with one another, wherein said bottom panel has first and second lateral edges that extend from said leading edge of said bottom panel to said trailing edge of said bottom panel, characterised in that said bottom panel has a first stress relieving slit that extends inwardly from said first lateral edge toward a center of said bottom panel, and a second stress relieving slit that extends inwardly from said second lateral edge toward the center of said bottom panel, and wherein said first and second stress relieving slits (128, 130) are aligned with one another along the length of said bottom panel.
Method for producing an electrical connection between at least two plate-shaped metal conductor track portions (10, 20), comprising the following method steps: - the at least two conductor track portions (10, 20) to be galvanically connected are arranged at a distance from one another in a parallel position, at least in a plate region (15, 25) of the conductor track portions (10, 20) which remains undeformed during the production process, - an insulating material layer or intermediate layer is used which is provided sandwiched between the two conductor track portions (10, 20) to be connected and is provided with a clearance in a connection region of a clinching connection to be produced before it is produced, and - the clinching connection between the at least two conductor track portions (10, 20) is produced through the clearance so as to produce a galvanic contact between the two conductor track portions (10, 20). - the at least two conductor track portions (10, 20) to be galvanically connected are arranged at a distance from one another in a parallel position, at least in a plate region (15, 25) of the conductor track portions (10, 20) which remains undeformed during the production process, - an insulating material layer or intermediate layer is used which is provided sandwiched between the two conductor track portions (10, 20) to be connected and is provided with a clearance in a connection region of a clinching connection to be produced before it is produced, and - the clinching connection between the at least two conductor track portions (10, 20) is produced through the clearance so as to produce a galvanic contact between the two conductor track portions (10, 20).