mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for transcutaneous electrical nerve stimulation in a user, the apparatus comprising: a housing; stimulation means for electrically stimulating at least one nerve; an electrode releasably mounted to the housing and connectable to the stimulation means for electrical stimulation of the at least one nerve; monitoring means for monitoring the user's body orientation and movement, analysis means for analyzing said orientation and movement monitored by the monitoring means to determine whether the user is in a sleep state or in a wake state; and control means for automatically lowering the therapeutic stimulation intensity level when the user is in a sleep state, wherein the control means is configured to re-start stimulation means after a timer is expired when the user is in sleep state. a housing; stimulation means for electrically stimulating at least one nerve; an electrode releasably mounted to the housing and connectable to the stimulation means for electrical stimulation of the at least one nerve; monitoring means for monitoring the user's body orientation and movement, analysis means for analyzing said orientation and movement monitored by the monitoring means to determine whether the user is in a sleep state or in a wake state; and control means for automatically lowering the therapeutic stimulation intensity level when the user is in a sleep state, wherein the control means is configured to re-start stimulation means after a timer is expired when the user is in sleep state.
A power generating system comprising: a local delivery system adapted to be connected to an electric power grid; a remote system having at least one synchronous generator driven by a prime mover, a remote bus to which the synchronous generator is linked, and a controller; a transmission system linking the remote system to the local delivery system, wherein the remote system and the transmission system are adapted to deliver AC power, and the local delivery system comprises a back-to-back converter to perform AC-DC-AC conversion for grid code compliance, wherein the remote system does not have AC-DC-AC conversion, characterised in that: the remote system comprises at least two prime movers, a synchronous generator coupled to each prime mover, and said synchronous generators are connected to the remote bus so that the remote bus provides a common connection point, and the remote system controller is adapted to match voltage and frequency of power delivered from all of the synchronous generators to the remote power bus for synchronisation of the synchronous generators in a manner which is frequency wild. a local delivery system adapted to be connected to an electric power grid; a remote system having at least one synchronous generator driven by a prime mover, a remote bus to which the synchronous generator is linked, and a controller; a transmission system linking the remote system to the local delivery system, wherein the remote system and the transmission system are adapted to deliver AC power, and the local delivery system comprises a back-to-back converter to perform AC-DC-AC conversion for grid code compliance, wherein the remote system does not have AC-DC-AC conversion, characterised in that: the remote system comprises at least two prime movers, a synchronous generator coupled to each prime mover, and said synchronous generators are connected to the remote bus so that the remote bus provides a common connection point, and the remote system controller is adapted to match voltage and frequency of power delivered from all of the synchronous generators to the remote power bus for synchronisation of the synchronous generators in a manner which is frequency wild. the remote system comprises at least two prime movers, a synchronous generator coupled to each prime mover, and said synchronous generators are connected to the remote bus so that the remote bus provides a common connection point, and the remote system controller is adapted to match voltage and frequency of power delivered from all of the synchronous generators to the remote power bus for synchronisation of the synchronous generators in a manner which is frequency wild.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: triggering, by a Packet Data Convergence Protocol, PDCP, entity, a status report for a Wireless-Local Area Network, WLAN, link; setting, by the PDCP entity, a First Missing PDCP Sequence Number, FMS, field in the status report to a PDCP Sequence Number, SN, of a first missing PDCP Service Data Unit, SDU; setting, by the PDCP entity, a Highest Received PDCP SN on WLAN, HRW, field in the status report, wherein the HRW field is set to a value of the FMS field when no PDCP SDUs have been received on the WLAN link; and generating and transmitting, by the PDCP entity, the status report including the HRW field. triggering, by a Packet Data Convergence Protocol, PDCP, entity, a status report for a Wireless-Local Area Network, WLAN, link; setting, by the PDCP entity, a First Missing PDCP Sequence Number, FMS, field in the status report to a PDCP Sequence Number, SN, of a first missing PDCP Service Data Unit, SDU; setting, by the PDCP entity, a Highest Received PDCP SN on WLAN, HRW, field in the status report, wherein the HRW field is set to a value of the FMS field when no PDCP SDUs have been received on the WLAN link; and generating and transmitting, by the PDCP entity, the status report including the HRW field.
A method of controlling a wet scrubber cleaning a process gas containing sulphur dioxide, the method comprising: - providing a wet scrubber comprising an absorption vessel in the form of a vertical open tower, an absorption liquid tank being arranged at the bottom of the vertical open tower, - contacting the process gas with an absorption liquid in the absorption vessel to absorb sulphur dioxide from the process gas, - measuring the concentration of sulphite in the absorption liquid, wherein absorption liquid is collected after sulphur dioxide absorption of such absorption liquid, and wherein the concentration of sulphite of such collected absorption liquid is measured prior to mixing the absorption liquid with absorbent material supplied to the absorption liquid tank, and - controlling, based on the measured concentration of sulphite, at least one scrubber operating parameter influencing the concentration of sulphite in the absorption liquid. - providing a wet scrubber comprising an absorption vessel in the form of a vertical open tower, an absorption liquid tank being arranged at the bottom of the vertical open tower, - contacting the process gas with an absorption liquid in the absorption vessel to absorb sulphur dioxide from the process gas, - measuring the concentration of sulphite in the absorption liquid, wherein absorption liquid is collected after sulphur dioxide absorption of such absorption liquid, and wherein the concentration of sulphite of such collected absorption liquid is measured prior to mixing the absorption liquid with absorbent material supplied to the absorption liquid tank, and - controlling, based on the measured concentration of sulphite, at least one scrubber operating parameter influencing the concentration of sulphite in the absorption liquid.
A method of laser processing a glass workpiece having a 3D surface, the method comprising: focusing a pulsed laser beam (2; 140; 710) into a laser beam focal line oriented along the beam propagation direction and directed toward a contour defining a part to be separated from the workpiece; in one or more passes: translating the workpiece and the laser beam (2; 140; 710) relative to each other along the contour, the laser beam focal line generating an induced absorption within the workpiece at locations along the contour where the laser beam focal line extends into the workpiece, and the induced absorption producing a defect line along the laser beam focal line within the workpiece at each location; and translating the workpiece and the laser beam (2; 140; 710) relative to each other; the one or more passes selected such that the defect lines produced along the contour of the part in the workpiece are of sufficient number and depth to facilitate separation of the part from the workpiece. focusing a pulsed laser beam (2; 140; 710) into a laser beam focal line oriented along the beam propagation direction and directed toward a contour defining a part to be separated from the workpiece; in one or more passes: translating the workpiece and the laser beam (2; 140; 710) relative to each other along the contour, the laser beam focal line generating an induced absorption within the workpiece at locations along the contour where the laser beam focal line extends into the workpiece, and the induced absorption producing a defect line along the laser beam focal line within the workpiece at each location; and translating the workpiece and the laser beam (2; 140; 710) relative to each other; translating the workpiece and the laser beam (2; 140; 710) relative to each other along the contour, the laser beam focal line generating an induced absorption within the workpiece at locations along the contour where the laser beam focal line extends into the workpiece, and the induced absorption producing a defect line along the laser beam focal line within the workpiece at each location; and translating the workpiece and the laser beam (2; 140; 710) relative to each other; the one or more passes selected such that the defect lines produced along the contour of the part in the workpiece are of sufficient number and depth to facilitate separation of the part from the workpiece.
A panel comprising: a sandwich structure having upper and lower metal plates (10, 11) and an intermediate layer of a compact elastomer bonded to said metal plates so as to transfer shear forces therebetween; and wherein said compact elastomer has a modulus of elasticity, E, greater than or equal to about 250MPa and a ductility exceeding that of the metal layers, characterised by a metal frame mounted to the periphery of said panel, the web of said frame forming side walls around said intermediate layer. a sandwich structure having upper and lower metal plates (10, 11) and an intermediate layer of a compact elastomer bonded to said metal plates so as to transfer shear forces therebetween; and wherein said compact elastomer has a modulus of elasticity, E, greater than or equal to about 250MPa and a ductility exceeding that of the metal layers, characterised by a metal frame mounted to the periphery of said panel, the web of said frame forming side walls around said intermediate layer.
A lubricated vacuum pump comprising a stator body having a compartment for housing a rotor positioned eccentrically inside the compartment to define a suction chamber; the pump has a duct for supplying a gaseous fluid and one or more ducts for discharging a dispersion of a lubricating fluid in the gaseous fluid; a suction valve, positioned along the supply duct is configured for passing from an open position to a closed position and vice versa, adjusting the passage of the gaseous fluid in the suction chamber; the pump comprises a chamber for containing lubricating liquid, in fluid communication with the one or more discharging ducts, which has a dividing wall which delimits a compartment for containing the lubricating liquid, into which lead the one or more discharging ducts, and a tank for collecting the excess lubricating liquid contained in the containment compartment; the compartment for containing the lubricating fluid being in fluid communication with the suction chamber by means of the one or more discharging ducts; at least one discharge valve, configured to pass from an open position to a closed position and vice versa, adjusts the passage of the dispersion of lubricating fluid in the gaseous fluid from a respective discharging duct to the compartment for containing the lubricating fluid; the pump comprises at least one duct for connecting the chamber for containing the lubricating liquid with the suction chamber; the connecting duct extending at least partly in the dividing wall of the chamber for containing the lubricating liquid and leading inside the suction chamber; the connecting duct extends at least partly in the dividing wall of the chamber for containing the lubricating fluid and at least partly in the stator body of the pump; the connecting duct has a respective first opening, in fluid communication with the chamber for containing the lubricating liquid, leading from the dividing wall; characterised in that the dividing wall has a first and a second side surface (20, 21), respectively delimiting the containment compartment and the tank for collecting the excess lubricating liquid, and a top surface adjacent to the first and second side surface (20, 21) of the dividing wall; the first opening of the connecting duct is positioned at the top surface of the dividing wall.
An apparatus (301, 401), wherein the apparatus (301, 401) is a physiological measurement sensor configured to measure heart rate, the apparatus comprising: a light source configured to illuminate a target, wherein the apparatus is configured to receive incident light reflected from or transmitted through the target, the apparatus comprising a reflective element configured to direct at least part of the received incident light to a focus point, and a photodetector (310, 311) configured to receive light from the focus point, characterized in that the apparatus comprises a collimating element configured to direct light from the focus point to the photodetector (310, 311) and to collimate the light directed to the focus point prior to the photodetector receiving the light so that the photodetector receives collimated light from the collimating element. a light source configured to illuminate a target, wherein the apparatus is configured to receive incident light reflected from or transmitted through the target, the apparatus comprising a reflective element configured to direct at least part of the received incident light to a focus point, and a photodetector (310, 311) configured to receive light from the focus point, characterized in that the apparatus comprises a collimating element configured to direct light from the focus point to the photodetector (310, 311) and to collimate the light directed to the focus point prior to the photodetector receiving the light so that the photodetector receives collimated light from the collimating element.
A method of adapting the output power of a radio transmitting entity within a cage having at least one configurable aperture (7, 8), said method comprising the steps of - providing at least one sensor (6, 5) operable to sense the condition of the at least one aperture (7, 8), wherein the condition of the at least one aperture is an open-position of the at least one aperture, - providing a controller operable to adjust the output power of the radio transmitting entity in accordance with the sensed condition of the at least one aperture (7, 8), wherein the output power is reduced if the at least one aperture opens and the output power is increased if the at least one aperture closes. - providing at least one sensor (6, 5) operable to sense the condition of the at least one aperture (7, 8), wherein the condition of the at least one aperture is an open-position of the at least one aperture, - providing a controller operable to adjust the output power of the radio transmitting entity in accordance with the sensed condition of the at least one aperture (7, 8), wherein the output power is reduced if the at least one aperture opens and the output power is increased if the at least one aperture closes. - providing a controller operable to adjust the output power of the radio transmitting entity in accordance with the sensed condition of the at least one aperture (7, 8), wherein the output power is reduced if the at least one aperture opens and the output power is increased if the at least one aperture closes.
A powered rotary trowel comprising: a frame that supports an engine and an operator; at least one rotor assembly that is driven by the engine; and a power steering system that includes: a manually manipulated steering command signal generator; an actuator (104, 106, 108) configured to tilt at least a portion of the rotor assembly to steer the trowel; a control system that supplies power to the actuator (104, 106, 108), characterized in that the control system is switchable by the operator to select one of a plurality of preset steering modes each of which associates a different set of steering responses to a range of steering command signal generator actuation; and the power steering system further includes a mode selector operable by the operator to select one of the preset steering modes, wherein the steering modes include first and second preset steering modes and a response curve plotting actuator response to translation of the steering command signal generator for the second preset steering mode is non-linear and diverges away from the corresponding response curve for the first preset steering mode for a first portion of steering command signal generator translation within the range and converges towards the corresponding response curve for the first present steering mode for a second portion of steering command signal generator translation within the range. a frame that supports an engine and an operator; at least one rotor assembly that is driven by the engine; and a power steering system that includes: a manually manipulated steering command signal generator; an actuator (104, 106, 108) configured to tilt at least a portion of the rotor assembly to steer the trowel; a control system that supplies power to the actuator (104, 106, 108), characterized in that a manually manipulated steering command signal generator; an actuator (104, 106, 108) configured to tilt at least a portion of the rotor assembly to steer the trowel; a control system that supplies power to the actuator (104, 106, 108), characterized in that the control system is switchable by the operator to select one of a plurality of preset steering modes each of which associates a different set of steering responses to a range of steering command signal generator actuation; and the power steering system further includes a mode selector operable by the operator to select one of the preset steering modes, wherein the steering modes include first and second preset steering modes and a response curve plotting actuator response to translation of the steering command signal generator for the second preset steering mode is non-linear and diverges away from the corresponding response curve for the first preset steering mode for a first portion of steering command signal generator translation within the range and converges towards the corresponding response curve for the first present steering mode for a second portion of steering command signal generator translation within the range.
Arrangement (100, 200) for reactive power compensation at an electric energy transmission line, the arrangement comprising: at least one first reactive power compensation device (103, 203) comprising a first type of power electronic switches, wherein the first reactive power compensation device comprises a STATCOM, wherein the first type of power electronic switches are enabled to be controlled to enter a non-conductive state; at least one second reactive power compensation device (105, 205) comprising a second type of power electronic switches, said second reactive power compensation device comprising at least one of: a thyristor switched capacitor; a thyristor switched reactor; and a transformer having a first secondary coil connected to the first reactive power compensation device and having a second secondary coil connected to the second reactive power compensation device and having a primary coil connectable to the electric energy transmission line, the primary coil having more windings than any of the first and second secondary coils (109, 113), characterized in that a first impedance of the transformer between the primary coil and the first secondary coil is higher than a second impedance of the transformer between the primary coil and the second secondary coil, thereby enabling damping harmonics generated by the first reactive power compensation device. at least one first reactive power compensation device (103, 203) comprising a first type of power electronic switches, wherein the first reactive power compensation device comprises a STATCOM, wherein the first type of power electronic switches are enabled to be controlled to enter a non-conductive state; at least one second reactive power compensation device (105, 205) comprising a second type of power electronic switches, said second reactive power compensation device comprising at least one of: a thyristor switched capacitor; a thyristor switched reactor; and a transformer having a first secondary coil connected to the first reactive power compensation device and having a second secondary coil connected to the second reactive power compensation device and having a primary coil connectable to the electric energy transmission line, the primary coil having more windings than any of the first and second secondary coils (109, 113),
A fastening tool comprising: a pair of substrates on which piercing needles for penetrating a surface material, such as a material cloth or the like, are formed; pierce catches that are formed so as to correspond to the paired substrates, and sandwich the piercing needle; characterized by detachable means that includes a first detachable member formed on the outer periphery of the pierce catch corresponding to one of the substrates, a second detachable member having such a shape as to surround the pierce catch, which is formed on the other substrate; wherein the first detachable member and the second detachable member are configured by a combination of mutual magnets or a magnet and a magnetic member; or the detachable means is configured by a male hook formed on one of the first detachable member and the second detachable member and a female hook formed on the other detachable member. a pair of substrates on which piercing needles for penetrating a surface material, such as a material cloth or the like, are formed; pierce catches that are formed so as to correspond to the paired substrates, and sandwich the piercing needle; characterized by detachable means that includes a first detachable member formed on the outer periphery of the pierce catch corresponding to one of the substrates, a second detachable member having such a shape as to surround the pierce catch, which is formed on the other substrate; wherein the first detachable member and the second detachable member are configured by a combination of mutual magnets or a magnet and a magnetic member; or the detachable means is configured by a male hook formed on one of the first detachable member and the second detachable member and a female hook formed on the other detachable member.