mhurhangee/ep-ind-claims huggingface dataset:
A control circuit adapted to control a color temperature of a lamp, comprising: a pulse signal generation device (31, 41) adapted to generate a first control signal; a buffer device (32, 42) adapted to receive and buffer the first control signal and generate a buffered first control signal; an inverter (33, 43) adapted to receive the first control signal to generate an inverted first control signal (S1'); and a compensation device (34, 44) adapted to receive a compensation signal (16, 35, 45, 76) and the inverted first control signal (S1') and to generate a second control signal according to said compensation signal and said inverted first control signal, wherein the buffered first control signal controls a first emitting device (14, 74) in the lamp and the second control signal controls a second emitting device (15, 75) in the lamp. a pulse signal generation device (31, 41) adapted to generate a first control signal; a buffer device (32, 42) adapted to receive and buffer the first control signal and generate a buffered first control signal; an inverter (33, 43) adapted to receive the first control signal to generate an inverted first control signal (S1'); and a compensation device (34, 44) adapted to receive a compensation signal (16, 35, 45, 76) and the inverted first control signal (S1') and to generate a second control signal according to said compensation signal and said inverted first control signal, wherein the buffered first control signal controls a first emitting device (14, 74) in the lamp and the second control signal controls a second emitting device (15, 75) in the lamp.
A workpiece support for a gas turbine engine, comprising: first and second arms (110,120) pivotably connected to first and second support members (112,122) respectively, the first and second support members (112,122) being spaced apart, one or both of the first and second arms (110,120) comprising first and second portions (110a,110b:120a,120b), the first portion (110a:120a) comprising the first end of the arm (110,120) and the second portion (110b,120b) comprising the second end of the arm(110,120), wherein the first and second portions (110a, 110b: 120a, 120b) are angled with respect to one another; each arm comprising first and second receiving members (114a,114b:124a,124b) for receiving a workpiece, the first and second receiving members (114a,114b:124a,124b) being provided at first and second ends of each arm (110,120) respectively, each arm (110,120) being pivotably connected to the respective first and second support members (112,122) at a point between the first and second ends of each arm (110,120), such that the workpiece is supported by the first and second receiving members (114a,114b) of the first arm and the first and second receiving members (124a,124b) of the second arm; characterized by the angle between the first and second portions (110a,110b:120a,120b) is adjustable. first and second arms (110,120) pivotably connected to first and second support members (112,122) respectively, the first and second support members (112,122) being spaced apart, one or both of the first and second arms (110,120) comprising first and second portions (110a,110b:120a,120b), the first portion (110a:120a) comprising the first end of the arm (110,120) and the second portion (110b,120b) comprising the second end of the arm(110,120), wherein the first and second portions (110a, 110b: 120a, 120b) are angled with respect to one another; each arm comprising first and second receiving members (114a,114b:124a,124b) for receiving a workpiece, the first and second receiving members (114a,114b:124a,124b) being provided at first and second ends of each arm (110,120) respectively, each arm (110,120) being pivotably connected to the respective first and second support members (112,122) at a point between the first and second ends of each arm (110,120), such that the workpiece is supported by the first and second receiving members (114a,114b) of the first arm and the first and second receiving members (124a,124b) of the second arm; characterized by the angle between the first and second portions (110a,110b:120a,120b) is adjustable.
A wireless communication system, comprising: an intelligent terminal, comprising a first card holder and a first interface, wherein the first card holder is configured to receive a first SIM card, and the first interface is electrically connected to the first card holder; and a wireless network accessing device, comprising a second card holder, a second interface, a baseband chip and a switch module, wherein the second card holder is configured to receive a second SIM card, the second interface is removably electrically connected to the first interface, and the switch module is electrically connected to the second card holder, the second interface and the baseband chip so that the baseband chip is selectively electrically connected to the first card holder or the second card holder for purpose of wireless network accessing through the first SIM card or the second SIM card. an intelligent terminal, comprising a first card holder and a first interface, wherein the first card holder is configured to receive a first SIM card, and the first interface is electrically connected to the first card holder; and a wireless network accessing device, comprising a second card holder, a second interface, a baseband chip and a switch module, wherein the second card holder is configured to receive a second SIM card, the second interface is removably electrically connected to the first interface, and the switch module is electrically connected to the second card holder, the second interface and the baseband chip so that the baseband chip is selectively electrically connected to the first card holder or the second card holder for purpose of wireless network accessing through the first SIM card or the second SIM card.
A device for fastening panel-like mats, in particular flexible photovoltaic solar panels, to a supporting structure, having at least one clamping holder in the form of a section of a plastic profiled body which has profiled limbs (12, 14) lying opposite one another and which, between themselves, form a clamping space for a holding region of the respective mat, which region is held in said clamping space, and in which the profiled limbs (12, 14), with a resilient clamping force, adjoin the upper face and the lower face of the holding region, the profiled limb, which in the clamping state adjoins the lower face of the holding region facing the supporting structure, on its outer face forms a fastening surface which is provided with a connection element for attachment to the supporting structure.
A thrust reverser device (1, 19) for an aircraft bypass turbojet engine nacelle, comprising: - means for deflecting at least one portion of an air flow from the turbojet engine, said deflecting means comprising at least one element (11, 21) alternately movable between a deployed position according to which it opens a passage in the nacelle and a retracted position according to which it closes said passage, - a system (17, 23) for locking/unlocking said movable element (11, 21), alternately movable between a closed position according to which at least one bolt (25, 49) cooperates with at least one striker (27, 29, 51) so as to ensure the holding of said movable element in its retracted position, and an open position in which said bolt releases said striker, so as to enable the passage of said movable element from its retracted position towards its deployed position, - a device for mechanically inhibiting said movable element (11, 21), ensuring its holding in its retracted position, said thrust reverser device (1, 19) being characterized in that the mechanical inhibition device is temporarily and mechanically installed when the aircraft is on the ground and is designed so as to prevent the deployment of said thrust reverser device both when said aircraft is in flight and when said aircraft is on the ground, the mechanical inhibition device comprising means (41, 43, 45, 47, 57) for holding the locking/unlocking system (17, 23) in its closed position. - means for deflecting at least one portion of an air flow from the turbojet engine, said deflecting means comprising at least one element (11, 21) alternately movable between a deployed position according to which it opens a passage in the nacelle and a retracted position according to which it closes said passage, - a system (17, 23) for locking/unlocking said movable element (11, 21), alternately movable between a closed position according to which at least one bolt (25, 49) cooperates with at least one striker (27, 29, 51) so as to ensure the holding of said movable element in its retracted position, and an open position in which said bolt releases said striker, so as to enable the passage of said movable element from its retracted position towards its deployed position, - a device for mechanically inhibiting said movable element (11, 21), ensuring its holding in its retracted position, said thrust reverser device (1, 19) being characterized in that the mechanical inhibition device is temporarily and mechanically installed when the aircraft is on the ground and is designed so as to prevent the deployment of said thrust reverser device both when said aircraft is in flight and when said aircraft is on the ground,
A smart TV, comprising a signal transmission device and a wireless signal module, wherein the signal transmission device comprises: a main antenna having a first signal input port, wherein the first signal input port is connected with the wireless signal module; a transmission antenna adjacent to and spaced from the main antenna, wherein the transmission antenna has a signal output port; and a dead-zone compensating antenna having a second signal input port, wherein the second signal input port is connected with the signal output port through a signal transmission line, and wherein the main antenna is configured to receive signals input by the wireless signal module and transmit the signals; the transmission antenna is configured to receive a part of the signals from the main antenna and transmit the part of the signals to the dead-zone compensating antenna through the signal transmission line; the dead-zone compensating antenna is configured to transmit the received signals and compensate a signal dead zone of the main antenna. a main antenna having a first signal input port, wherein the first signal input port is connected with the wireless signal module; a transmission antenna adjacent to and spaced from the main antenna, wherein the transmission antenna has a signal output port; and a dead-zone compensating antenna having a second signal input port, wherein the second signal input port is connected with the signal output port through a signal transmission line, and wherein the main antenna is configured to receive signals input by the wireless signal module and transmit the signals; the transmission antenna is configured to receive a part of the signals from the main antenna and transmit the part of the signals to the dead-zone compensating antenna through the signal transmission line; the dead-zone compensating antenna is configured to transmit the received signals and compensate a signal dead zone of the main antenna.
A method of making a reinforced structure (M, 100) in a ground comprising the following steps: providing a boring tool comprising a boring tube having a distal end that carries a cutter member and means for causing the boring tube to vibrate; making a borehole (F, F') in the ground with the help of the boring tool while causing the boring tube to vibrate, the boring tube being taken to a predetermined depth; said method being characterized in that: when the boring tube has reached the predetermined depth, a sealing grout is injected into the boring tube in order to embed the boring tube in the sealing grout; and then the boring tube is detached from the boring tool, thereby obtaining a reinforced structure (M, 100) provided with a reinforcing element constituted by the boring tube. providing a boring tool comprising a boring tube having a distal end that carries a cutter member and means for causing the boring tube to vibrate; making a borehole (F, F') in the ground with the help of the boring tool while causing the boring tube to vibrate, the boring tube being taken to a predetermined depth; when the boring tube has reached the predetermined depth, a sealing grout is injected into the boring tube in order to embed the boring tube in the sealing grout; and then the boring tube is detached from the boring tool, thereby obtaining a reinforced structure (M, 100) provided with a reinforcing element constituted by the boring tube.
Wind turbine having a machine carrier for receiving components for mounting of the drivetrain of the wind turbine, wherein the machine carrier has a flange with a hole pattern identical to the hole pattern of an azimuth bearing of the wind turbine, and a carrier plate is provided, wherein the carrier plate has a hole pattern identical to the hole pattern of the azimuth bearing and is arranged between machine carrier and azimuth bearing in such a way that the screw connection of the machine carrier at the azimuth bearing is passed through the hole pattern of the carrier plate, characterized in that the carrier plate is made up of multiple segments.
Fastening element for fastening installation elements in vehicles, in particular racks or cabinets, wherein the fastening element has a first fastening end, a second fastening end and a connecting portion between the first and the second fastening end, wherein the connecting portion has at least one absorption region which, upon exceeding a maximum predefined holding load, yields and deforms between the first fastening end and the second fastening end, wherein the absorption region is formed in such a way that a deformation travel is limited, wherein the absorption region deforms plastically at least in certain portions upon exceeding the maximum holding load, wherein the absorption region has at least one bent sheet-metal strip, wherein a deformed, stretched state of the sheet-metal strip defines a limit of the deformation travel, characterized in that the first fastening end has an oblong hole, the second fastening end has an oblong hole, the fastening element takes the form of a one-piece sheet-metal strip, the connecting portion is bent multiply in the absorption region, the connecting portion is bent in a corrugated manner and the sheet-metal strip forms merely a corrugation peak.
A tyre comprising: a tread portion being provided with a pair of shoulder circumferential grooves on an outer surface thereof and a tread reinforcing layer disposed in the tread portion, the tread reinforcing layer comprising a circumferential belt layer having a plurality of first reinforcing cords oriented along a tyre circumferential direction, the circumferential belt layer comprising a pair of axially spaced first circumferential belt plies extending in radially inner regions of the pair of shoulder circumferential grooves and a pair of axially spaced second circumferential belt plies that is superimposed on the pair of first circumferential belt plies, and the pair of first circumferential belt plies being arranged apart from one another at a distance equal to or more than 20 mm in a tyre axial direction, characterized in that each of the pair of second circumferential belt plies is located outwardly in the tyre axial direction with respect to a respective one of groove centerline positions of the pair of shoulder circumferential grooves. a tread portion being provided with a pair of shoulder circumferential grooves on an outer surface thereof and a tread reinforcing layer disposed in the tread portion, the tread reinforcing layer comprising a circumferential belt layer having a plurality of first reinforcing cords oriented along a tyre circumferential direction, the circumferential belt layer comprising a pair of axially spaced first circumferential belt plies extending in radially inner regions of the pair of shoulder circumferential grooves and a pair of axially spaced second circumferential belt plies that is superimposed on the pair of first circumferential belt plies, and the pair of first circumferential belt plies being arranged apart from one another at a distance equal to or more than 20 mm in a tyre axial direction, characterized in that each of the pair of second circumferential belt plies is located outwardly in the tyre axial direction with respect to a respective one of groove centerline positions of the pair of shoulder circumferential grooves.
Shock absorbing device designed to be mounted to a sliding board, comprising a mobile device connected to a mechanism transmitting the forces generated during the deformation of the said board and including a part (10,20) of a deformable viscoelastic material, characterized in that the said part (10,20) is shaped in such a way that its transversal section varies longitudinally in an increasing and decreasing manner, to form hollows and ridges, wherein the distance between the hollows and/or the distance between the ridges varies during the deformation of the said part, and in that the part (10, 20) comprises a central channel through which an element of the transmission mechanism passes.
A galvanization plant with several baths (22, 24, 26), with at least one goods carrier for accommodating goods to be treated, and with a transport device for transporting the at least one goods carrier to the individual baths (22, 24, 26), the transport device has at least one lifting transport carriage, a releasable coupling device is provided, which is arranged between the lifting transport carriage and the goods carrier, the lifting transport carriage has a housing, which is configured to be hood-shaped, is open only towards the bottom, and has a fan and an air purifier, characterized in that the housing reaches across a bath, that the galvanization plant has a docking station, that the transport device is configured for transporting the at least one goods carrier also to the docking station, and that the docking station has at least one, preferably two or more, of the following features: a. at least one discharge pipe for liquids, b. at least one take-away device for used-up solids, in particular chemicals, c. at least one feeding device for solids, in particular chemicals, to the housing. a. at least one discharge pipe for liquids, b. at least one take-away device for used-up solids, in particular chemicals, c. at least one feeding device for solids, in particular chemicals, to the housing.
A method for receiving a paging signal by a user equipment, UE, (100, 200) in a wireless communication system supporting NarrowBand Internet of Things, NB-IoT, the method comprising: determining index information indicating a wake up signal, WUS, group for the UE (100, 200), wherein a WUS resource for the UE (100, 200) is selected based on the determined index information; and monitoring a WUS for the UE (100, 200) based on the selected WUS resource, wherein the index information indicating the WUS group for the UE (100, 200) is determined based on all of the following parameters: - identification information of the UE (100, 200), - parameters related to a discontinuous reception, DRX, cycle of the UE (100, 200), - a sum of weights for paging carriers, and - information about a number of UE groups for the WUS. determining index information indicating a wake up signal, WUS, group for the UE (100, 200), wherein a WUS resource for the UE (100, 200) is selected based on the determined index information; and monitoring a WUS for the UE (100, 200) based on the selected WUS resource, wherein the index information indicating the WUS group for the UE (100, 200) is determined based on all of the following parameters: - identification information of the UE (100, 200), - parameters related to a discontinuous reception, DRX, cycle of the UE (100, 200), - a sum of weights for paging carriers, and - information about a number of UE groups for the WUS. - identification information of the UE (100, 200), - parameters related to a discontinuous reception, DRX, cycle of the UE (100, 200), - a sum of weights for paging carriers, and - information about a number of UE groups for the WUS.
A method of mass spectrometry comprising: (a) providing a mixture of different analyte molecules or analyte ions; (b) supplying electrons or reagent ions to said mixture of different analyte molecules or analyte ions so as to transfer charge from said reagent ions or electrons to said analyte molecules or ions, said transfer of charge causing at least some of said analyte molecules or analyte ions to dissociate and others of said analyte molecules or analyte ions not to dissociate but to form intermediate ions of altered charge; (c) isolating at least some of said intermediate ions from other ions using a mass filter; (d) exciting at least some of the isolated intermediate ions so as to cause them to dissociate into daughter ions; (e) analysing at least some of said intermediate ions and analysing at least some of said daughter ions; and (f) assigning the analysed daughter ions to the isolated intermediate ions. (a) providing a mixture of different analyte molecules or analyte ions; (b) supplying electrons or reagent ions to said mixture of different analyte molecules or analyte ions so as to transfer charge from said reagent ions or electrons to said analyte molecules or ions, said transfer of charge causing at least some of said analyte molecules or analyte ions to dissociate and others of said analyte molecules or analyte ions not to dissociate but to form intermediate ions of altered charge; (c) isolating at least some of said intermediate ions from other ions using a mass filter; (d) exciting at least some of the isolated intermediate ions so as to cause them to dissociate into daughter ions; (e) analysing at least some of said intermediate ions and analysing at least some of said daughter ions; and (f) assigning the analysed daughter ions to the isolated intermediate ions.