mhurhangee/ep-ind-claims huggingface dataset:
Thermocouple for controlling the opening of a valve of a gas cock, comprising a first conductor element and a second conductor element, which first and second conductor elements are brought in electrically conductive contact at one detecting end, so called hot junction, obtained by joining a terminal of said first conductor element with a corresponding terminal of said second conductor element, such to generate at the two free ends of each conductor element, so called cold junction, a potential difference that is a function of the temperature detected at the detecting end, the free ends of each one of said two conductor elements being connected each one to one corresponding transmission conductor (21,22), a first and a second transmission conductor respectively, for transmitting the electrical signal generated by the potential difference to an electromagnet, wherein at least one of the two transmission conductors (21, 22) is made of aluminium; characterized in that said at least one transmission conductor (21, 22) made of aluminium is fastened to the corresponding conductor element by fastening means composed of a chemical-physical connection and a mechanical connection; and said mechanical connection is a form fit and wherein the free end of at least one of the two conductor elements (11, 12) has a housing seat for the connection with the terminal of the corresponding transmission conductor (21, 22) or vice versa and the housing seat is composed of a surface having a section complementary, at least partially, with the section of the terminal of the corresponding transmission conductor (21, 22).
A hanging bracket hinged bridge maintenance vehicle for avoiding bridge-side obstacles, comprising: a vehicle frame; and a suspension arm capable of extending outside of a bridge; characterized in that the vehicle frame comprises a vehicle frame chassis, the suspension arm is a C-shaped hanging bracket comprising a lower cross beam, a vertical rod and at least two upper cross beams, the vehicle frame chassis hinges a lower end of a strut through a longitudinal shaft hinge together with a longitudinal shaft, and an extending end of the lower cross beam below the C-shaped hanging bracket is provided with at least a fixing point for a lifting rope or a lifting rope winding and unwinding device; and a vehicle frame stringer is fixed at an upper end of the strut, a hanging bracket stringer is fixed at an upper end of the vertical rod of the C-shaped hanging bracket, and the hanging bracket stringer and the vehicle frame stringer are removably connected with the at least two upper cross beams as a whole, said upper cross beams being configured to be either connected to the hanging bracket stringer, or disconnected from said hanging bracket stringer, so that an obstacle can be avoided by disconnecting the first of said at least two cross beams from the hanging bracket stringer, and resuming the connection between said first upper cross beam and the hanging bracket stringer upon completion of avoidance, and repeating the process of avoiding the next of said at least two cross beams in sequence. a vehicle frame; and a suspension arm capable of extending outside of a bridge; characterized in that the vehicle frame comprises a vehicle frame chassis, the suspension arm is a C-shaped hanging bracket comprising a lower cross beam, a vertical rod and at least two upper cross beams, the vehicle frame chassis hinges a lower end of a strut through a longitudinal shaft hinge together with a longitudinal shaft, and an extending end of the lower cross beam below the C-shaped hanging bracket is provided with at least a fixing point for a lifting rope or a lifting rope winding and unwinding device; and a vehicle frame stringer is fixed at an upper end of the strut, a hanging bracket stringer is fixed at an upper end of the vertical rod of the C-shaped hanging bracket, and the hanging bracket stringer and the vehicle frame stringer are removably connected with the at least two upper cross beams as a whole, said upper cross beams being configured to be either connected to the hanging bracket stringer, or disconnected from said hanging bracket stringer, so that an obstacle can be avoided by disconnecting the first of said at least two cross beams from the hanging bracket stringer, and resuming the connection between said first upper cross beam and the hanging bracket stringer upon completion of avoidance, and repeating the process of avoiding the next of said at least two cross beams in sequence.
A liquid crystal display device comprising: first and second substrates (21, 22) disposed to be opposed to each other; a liquid crystal layer held between the first and second substrates (21, 22), formed of a liquid crystal material of positive dielectric anisotropy, and configured to take a vertical alignment in a state in which no electric field is applied; a pixel electrode provided on the first substrate, and extending in a first direction; a first common electrode provided on the first substrate, and including first and second electrode portions (25-1, 25-2) which extend in the first direction, the first and second electrode portions (25-1, 25-2) being disposed on both sides of the pixel electrode with predetermined intervals in a second direction intersecting with the first direction; a second common electrode provided on the second substrate, and including third and fourth electrode portions (28-1, 28-2) which extend in the first direction, the third and fourth electrode portions (28-1, 28-2) overlapping the first and second electrode portions (25-1, 25-2) in planar projection, respectively, and a third common electrode provided on the second substrate, extending in the first direction, and overlapping the pixel electrode in planar projection, wherein the device is arranged to apply the first common electrode, the second common electrode, and the third common electrode with the same voltage. first and second substrates (21, 22) disposed to be opposed to each other; a liquid crystal layer held between the first and second substrates (21, 22), formed of a liquid crystal material of positive dielectric anisotropy, and configured to take a vertical alignment in a state in which no electric field is applied; a pixel electrode provided on the first substrate, and extending in a first direction; a first common electrode provided on the first substrate, and including first and second electrode portions (25-1, 25-2) which extend in the first direction, the first and second electrode portions (25-1, 25-2) being disposed on both sides of the pixel electrode with predetermined intervals in a second direction intersecting with the first direction; a second common electrode provided on the second substrate, and including third and fourth electrode portions (28-1, 28-2) which extend in the first direction, the third and fourth electrode portions (28-1, 28-2) overlapping the first and second electrode portions (25-1, 25-2) in planar projection, respectively, and a third common electrode provided on the second substrate, extending in the first direction, and overlapping the pixel electrode in planar projection, wherein the device is arranged to apply the first common electrode, the second common electrode, and the third common electrode with the same voltage.
A fluid flow power plant, in particular wind power plant, comprising: a rotor having a rotor hub, which can rotate about a rotor axis, and having at least one rotor blade, which is mounted on the rotor hub such that it can be displaced about a rotor blade axis, a generator hub, which is mounted so that it can be rotated about the rotor axis and has a drive connection to an electric generator, wherein the rotor hub and the generator hub can be rotated relative to each other, a coupling device that couples the rotor blade to the generator hub in such a way that a rotary movement of the rotor blade about the rotor blade axis effects a rotary movement of the rotor hub relative to the generator hub, wherein during operation, the coupling device effects a displacement of the rotor blade as a result of interaction of a lifting torque, which is generated by a fluid flow, in particular wind, acting on the rotor blade about the rotor blade axis, and of a generator torque which acts by means of the generator on the generator hub, characterized in that the rotor blade has at least one compensating weight (18, 19), arranged eccentrically with respect to the rotor blade axis, which generates a compensating torque, generated by centrifugal forces, about the rotor blade axis on the rotor blade, wherein the compensating torque counteracts a torque about the rotor blade axis which is generated by centrifugal forces which act on the rotor blade due to the rotation of the rotor blade about the rotor axis. a rotor having a rotor hub, which can rotate about a rotor axis, and having at least one rotor blade, which is mounted on the rotor hub such that it can be displaced about a rotor blade axis, a generator hub, which is mounted so that it can be rotated about the rotor axis and has a drive connection to an electric generator, wherein the rotor hub and the generator hub can be rotated relative to each other, a coupling device that couples the rotor blade to the generator hub in such a way that a rotary movement of the rotor blade about the rotor blade axis effects a rotary movement of the rotor hub relative to the generator hub, wherein during operation, the coupling device effects a displacement of the rotor blade as a result of interaction of a lifting torque, which is generated by a fluid flow, in particular wind, acting on the rotor blade about the rotor blade axis, and of a generator torque which acts by means of the generator on the generator hub, the rotor blade has at least one compensating weight (18, 19), arranged eccentrically with respect to the rotor blade axis, which generates a compensating torque, generated by centrifugal forces, about the rotor blade axis on the rotor blade, wherein the compensating torque counteracts a torque about the rotor blade axis which is generated by centrifugal forces which act on the rotor blade due to the rotation of the rotor blade about the rotor axis.
Mounting device for inserting insulation holders in insulation material, where the mounting device comprises a drive means having a drive head adapted to move from a start position to an end position with a non-rotating movement, where the drive head is adapted to drive an insulation holder into the insulation material, where the mounting device comprises an elongated body having a central channel having a receiving position adapted to hold an insulation holder before insertion, and a head portion comprising a central opening, characterized in that the central opening is provided with a threaded portion, where the lead pitch of the threaded portion is at least 30 millimetres.
A safety switching device for fail-safely disconnecting an electrical load, comprising an input part for receiving at least one safety-relevant input signal, comprising a logic part for processing the at least one safety-relevant input signal, and comprising an output part which comprises a relay coil and a first relay contact (60.1), a second relay contact (62.1), a third relay contact (60.2), and a fourth relay contact (62.2), wherein the first and the second relay contacts (60.1, 62.1) are arranged electrically in series with one another, wherein the third and the fourth relay contacts (60.2, 62.2) are arranged electrically in series with one another, wherein the first and the third relay contacts (60.1, 60.2) are mechanically coupled to each other so as to form a first group of positively driven relay contacts, wherein the second and the fourth relay contacts (62.1, 62.2) are mechanically coupled to each other so as to form a second group of positively driven relay contacts, and wherein the logic part redundantly controls the first group of positively driven relay contacts and the second group of positively driven relay contacts in order to selectively allow, or to interrupt in a fail-safe manner, a current flow to the electrical load, depending on the at least one safety-relevant input signal, characterized in that the relay coil is electromagnetically coupled to the first group and to the second group of positively driven relay contacts in such a manner that the logic part can together control the first relay contact (60.1), the second relay contact (62.1), the third relay contact (60.2), and the fourth relay contact (62.2) via said one relay coil, wherein the first and the third relay contacts (60.1, 60.2) can move mechanically separately from the second and the fourth relay contacts (62.1, 62.2).
An interference reduction device (21, 23) for reducing interference in a received signal, caused by an interfering signal, in an access node (11, 13; 31, 33, 36), such as a base station, communicating with at least one mobile terminal (15, 17; 35, 37) in a wireless network, said interference reduction device comprising: a first receiving unit arranged to receive information related to at least one data packet that is to be transmitted by a second access node to at least a second mobile terminal, a second receiving unit arranged to receive timing-frequency information about at least one point in time when the at least one data packet will be transmitted from the second access node to the second mobile terminal, wherein said timing-frequency information additionally relates to which frequency the at least one data packet will be transmitted on, an estimating unit arranged to estimate the interfering signal based on the at least one data packet, a cancelling unit arranged to cancel interference based on the estimated interference signal at the point in time, characterized in that said estimating unit is arranged to estimate at least a first and a second part of the interfering signal using at least a first and a second predetermined format, respectively, and said interference reduction device is arranged to determine which of the at least first and second predetermined format provides the best interference reduction. a first receiving unit arranged to receive information related to at least one data packet that is to be transmitted by a second access node to at least a second mobile terminal, a second receiving unit arranged to receive timing-frequency information about at least one point in time when the at least one data packet will be transmitted from the second access node to the second mobile terminal, wherein said timing-frequency information additionally relates to which frequency the at least one data packet will be transmitted on, an estimating unit arranged to estimate the interfering signal based on the at least one data packet, a cancelling unit arranged to cancel interference based on the estimated interference signal at the point in time, characterized in that said estimating unit is arranged to estimate at least a first and a second part of the interfering signal using at least a first and a second predetermined format, respectively, and said interference reduction device is arranged to determine which of the at least first and second predetermined format provides the best interference reduction.
Aerosol generating component for an electronic smoking device, wherein the aerosol generating component is adapted to generate two aerosols, a particle size of a first of the aerosols differing from a particle size of a second of the aerosols, and wherein the aerosol generating component comprises a first atomizer that is adapted to generate the first aerosol, and a second atomizer that is adapted to generate the second aerosol, characterized in that the first atomizer and the second atomizer each comprise a mixing chamber for mixing atomized material with gas and each comprise an inlet opening for supplying gas into the respective mixing chamber, the inlet opening of the first atomizer being adapted to allow for generation of the first aerosol, and the inlet opening of the second atomizer being adapted to allow for generation of the second aerosol, wherein the size of the inlet opening of at least one of the first atomizer and the second atomizer is changeable.
A reflector for use as a secondary reflector in a Cassegrain antenna system in a missile seeker, the reflector including a mirrored surface (48, 72), characterised in that the reflector (38, 58) further includes a frequency selective surface (46, 66) associated with the mirrored surface (48, 72); wherein the frequency selective surface (46, 66) is arranged to reflect radiation of a first radio frequency band and allow radiation of a second frequency band to pass, the second frequency band including the electro-optic range of frequencies; and wherein the mirrored surface (48, 72) is arranged to reflect radiation of the second frequency band; thereby the focal power for radiation of the first radio frequency band is independent of the focal power for radiation of the second frequency band.
A level-'n' cache method, comprising: in response to a data access request identifying an address of a data block to be accessed, interrogating an address cache of the level-'n' cache arranged to store address portions (Ton) for a sub-set of data blocks stored in a main cache of the level-'n' cache to determine whether a cache hit occurs within said address cache for said address, wherein each entry in said address cache and said main cache has an owner indication which indicates an owner for that entry and comprising setting said owner indication when said data access request is an exclusive read.
Electrical cabinet, in particular for medium voltage switchgear, with at least one door, said door comprising a door panel and a frame, wherein in a closed position the door panel is locked to the frame with the aid of locking elements, and wherein the locking elements have meander-formed webs which are located at the edge of the door panel and of the frame, characterised in that at least two sealing elements (16a, 16b) are provided on the door panel and on the frame, and that the two sealing elements (16a, 16b) are arranged on the inner side of the meander-formed webs of the locking elements.
A drive shaft for a tree pruner, comprising a coupler at one end for engaging an engine or motor and a coupler at the other end for engaging a pruning head, and wherein the drive shaft is electrically non-conductive from one end to the other end, wherein the drive shaft comprises a proximal section with said coupler for engaging an engine or motor, a distal section with said coupler for engaging a pruning head, and at least one intermediate section of an electrically insulating material between said proximal and distal sections and being connected to said sections by bonded interfaces.
A filtration arrangement, the arrangement comprising a vessel with an inlet in an upper part thereof and an outlet in a lower part thereof, a particulate filtration media located in the vessel between the inlet and outlet, the media comprising an upper main portion of crushed nutshells and a lower main portion of garnet, a particulate support layer being provided below the lower main portion, which is of greater substantial particle size than the lower main portion, wherein the support layer is garnet.
A heat shield panel for use in a combustor of a gas turbine engine, comprising: an inner base layer (280; 380); an outer base layer (282; 382); and a grommet (250; 350), characterised by the grommet (250; 350) having a flange (254; 354) disposed between the inner base layer (280; 380) and the outer base layer (282; 382), wherein the grommet (250; 350) includes an orifice that defines a centerline and a boss portion (258; 358) disposed about the centerline, wherein the flange (254; 354) extends radially outward of the centerline from an outer surface (256; 356) of the boss portion (258; 358), wherein the flange (254; 354) includes an outer face (262, 362) that defines an outer face radial extent and wherein the outer face (262, 362) includes a first outer face portion (266, 366) with a first surface normal (267, 367) that is substantially parallel to the radial centerline and a second outer face portion (268, 368) with a second surface normal (269, 369) that is divergent from the radial centerline, wherein the first surface normal (267, 367) of the first outer face portion (266, 366) and the second surface normal (269, 369) of the second outer face portion (268, 368) transition from substantially parallel to diverging directions with respect to the radial centerline at a transition portion (270, 370) that extends circumferentially about the radial centerline. an inner base layer (280; 380); an outer base layer (282; 382); and a grommet (250; 350), characterised by the grommet (250; 350) having a flange (254; 354) disposed between the inner base layer (280; 380) and the outer base layer (282; 382), wherein the grommet (250; 350) includes an orifice that defines a centerline and a boss portion (258; 358) disposed about the centerline, wherein the flange (254; 354) extends radially outward of the centerline from an outer surface (256; 356) of the boss portion (258; 358), wherein the flange (254; 354) includes an outer face (262, 362) that defines an outer face radial extent and wherein the outer face (262, 362) includes a first outer face portion (266, 366) with a first surface normal (267, 367) that is substantially parallel to the radial centerline and a second outer face portion (268, 368) with a second surface normal (269, 369) that is divergent from the radial centerline, wherein the first surface normal (267, 367) of the first outer face portion (266, 366) and the second surface normal (269, 369) of the second outer face portion (268, 368) transition from substantially parallel to diverging directions with respect to the radial centerline at a transition portion (270, 370) that extends circumferentially about the radial centerline.