High-voltage electricity transmission device

High-voltage electricity transmission device

  • CN 104,577,919 A
  • Filed: 12/26/2014
  • Published: 04/29/2015
  • Est. Priority Date: 12/26/2014
  • Status: Active Application
First Claim
Patent Images

1. a high-voltage power transmission device, is characterized in that:

  • described high-voltage power transmission device comprises the electric bracing frame of conveying and plasma power transmitting device two parts;

    Described conveying electricity bracing frame mainly comprises base (1), Body of pillar, brake hole (5), banking pin (6), locking spring (8), fixed disk (7), lock groove (9), male cone (strobilus masculinus) (10), Inner taper hole, inner conical surface (11);

    Described base (1) is fixedly mounted on foundation base, below a Inner taper hole (12) of the protrusion circular portion at base (1) middle part, there is air gap groove (4), between the surface of protruding circle and a Inner taper hole (12), have brake hole (5);

    Body of pillar has in a Inner taper hole (12) of the protrusion circle at one end inserted base (1) middle part of male cone (strobilus masculinus) (10), and the lock groove (9) on male cone (strobilus masculinus) (10) coordinates with the brake head of banking pin (6);

    The 2nd Inner taper hole (13) is had in connector (3) end of Body of pillar, there is air gap groove (4) the inside of the 2nd Inner taper hole (13), between connector (3) and the 2nd Inner taper hole (13), have brake hole (5);

    Body of pillar has one end of male cone (strobilus masculinus) (10) to insert in the 2nd Inner taper hole (13) in the connector (3) of a Body of pillar below, and the lock groove (9) on male cone (strobilus masculinus) (10) coordinates with the brake head of banking pin (6);

    Fixed disk (7), locking spring (8) and banking pin (6) is horizontally installed with in described brake hole (5), fixed disk (7) is fixed on the middle part of banking pin (6), the handle of banking pin (6) from stretching out the surface of surface or the connector (3) protruding circle after the central part of locking spring (8) passes, brake head stretches out from the inner conical surface (11) of a Inner taper hole (12) or the 2nd Inner taper hole (13), one end of locking spring (8) is pressed in that fixed disk (7) is upper, the other end withstands on brake hole (5);

    Described base (1) is coordinated by the Inner taper hole (12) on protrusion in the middle part of stull circle with the male cone (strobilus masculinus) (10) of the lower end of pillar (2) and fixes, the 2nd Inner taper hole (13) of connector (3) and pillar (2) male cone (strobilus masculinus) (10) coordinate and fix;

    Coordinated and the be automatically locked inner conical surface (11) and male cone (strobilus masculinus) (10) that post with the lock groove (9) on male cone (strobilus masculinus) (10) by the brake head of banking pin (6) after a described Inner taper hole (12) and the 2nd Inner taper hole (13) coordinate with male cone (strobilus masculinus) (10) and fix;

    The tapering of a described Inner taper hole (12) is consistent with the tapering that male cone (strobilus masculinus) (10) coordinates with the tapering of the 2nd Inner taper hole (13);

    Described Inner taper hole is the hole having tapering, comprise a Inner taper hole (12) and the 2nd Inner taper hole (13), Inner taper hole on base (1) is a Inner taper hole (12), and the Inner taper hole on connector (3) is the 2nd Inner taper hole (13);

    The center of stull and core that described base (1) comprises stable center part is connected two parts, stull be connected with center connect into cross-shaped, it is the protrusion circle protruded that the center of cross-shaped mid portion connects, protrude on circle and have the first internal taper hole, there is air gap groove (4) below one Inner taper hole (12), between the surface of protruding circle and a Inner taper hole (12), have brake hole (5);

    Described Body of pillar is the cylinder that there is male cone (strobilus masculinus) (10) one end, the other end has the 2nd Inner taper hole (13), comprises connector (3) and pillar (2) two parts;

    Described Body of pillar to be connector (3) with pillar (2) the be fixed together entirety formed or the entirety be inherently connected;

    Pillar (2) does not have one end of male cone (strobilus masculinus) (10) and connector (3) not to have one end of the second inner conical surface (11) to be connected or be fixed together to form entirety;

    The end face of one end of described connector (3) there is the 2nd Inner taper hole (13), there is air gap groove (4) the inside of the 2nd Inner taper hole (13), between the surface of connector (3) and the 2nd Inner taper hole (13), have brake hole (5);

    There is male cone (strobilus masculinus) (10) one end of described pillar (2), has the lock groove (9) of annular at the mid portion of male cone (strobilus masculinus) (10);

    Described banking pin (6) comprises brake head, middle part and handle three part, through after brake hole (5) in brake hole (5), brake head to put in after laterally entering Inner taper hole in the lock groove (9) on male cone (strobilus masculinus) (10) again and coordinates with lock groove (9), and handle portion crosses out the damaged surface of pillar (2);

    The leading section of described brake head is arcwall face;

    Described air gap groove (4) is in the inside of Inner taper hole, not inconsistent with the bottom of Inner taper hole when Inner taper hole is inserted in the bottom for pillar (2), is convenient to the close fit of inner conical surface (11) and male cone (strobilus masculinus) (10);

    Described lock groove (9) is the upper cannelure of male cone (strobilus masculinus) (10) in pillar (2), cannelure is deep-slotted chip breaker, locking effect is produced for coordinating with the arcwall face of brake head, then the locked inner conical surface (11) that posts and male cone (strobilus masculinus) (10), and then make connector (3) and Body of pillar and base (1) and Body of pillar fixation;

    Described brake hole (5) is on the protrusion at base (1) middle part is justified and in one end of the connector (3) of Body of pillar, communicate with Inner taper hole, for installing fixed disk (7), banking pin (6) and locking spring (8), and banking pin (6) can be moved in brake hole (5);

    Described locking spring (8) is helical spring, completes automatic locking for promoting the brake head of banking pin (6) to coordinate with the lock groove (9) on male cone (strobilus masculinus) (10);

    The inner conical surface (11) of a described Inner taper hole (12), for coordinating and mounting column body with male cone (strobilus masculinus) (10), realizes base (1) and fixes fast with Body of pillar, plays Fast Installation and effect fixing fast;

    The weight that described base (1) bears for steady brace body and supporting strut body and Body of pillar;

    The inner conical surface (11) of the 2nd described Inner taper hole (13) installs a Body of pillar above for coordinating with male cone (strobilus masculinus) (10), realize the fixing fast of Body of pillar and Body of pillar, be beneficial to the quick assembling of Body of pillar and quick demolition;

    Male cone (strobilus masculinus) (10) on described pillar (2), for coordinating with the inner conical surface (11) of a Inner taper hole (12) of base (1) respectively and coordinating with the 2nd Inner taper hole (13) of connector (3), plays Fast Installation and effect fixing fast;

    And then make Body of pillar and connector (3) and Body of pillar and base (1) fixation respectively;

    In order to increase the connectivity robustness and stability of carrying electric bracing frame, improving the speed of installation and demolition, described Body of pillar and the connection between base (1) and Body of pillar and fix and all adopt cone match, being beneficial to quick assembling and quick demolition;

    The male cone (strobilus masculinus) (10) of Body of pillar, in a Inner taper hole (12) of base (1), is coordinated with banking pin (6) by the lock groove (9) on male cone (strobilus masculinus) (10) and pins and not the loosening coordinating of inner conical surface (11) of the male cone (strobilus masculinus) (10) and base (1) of straining pillar (2);

    The male cone (strobilus masculinus) (10) of Body of pillar, in the 2nd Inner taper hole (13) of connector (3), is coordinated with banking pin (6) by the lock groove (9) on male cone (strobilus masculinus) (10) and pins and not the loosening coordinating of inner conical surface (11) of the male cone (strobilus masculinus) (10) and connector (3) of straining pillar (2);

    During assembling, inner conical surface (11) and male cone (strobilus masculinus) (10) are at the gravity born and press tighter and tighter under the effect of Body of pillar self gravitation and realize automatic fastening;

    During demolition, pull the handle of banking pin (6), after the brake head of banking pin (6) front end exits the lock groove (9) on male cone (strobilus masculinus) (10), Body of pillar upwards one is lifted and automatically will be separated with Inner taper hole;

    The conical surface comprises inner conical surface (11) and male cone (strobilus masculinus) (10), and the cross section of the conical surface is the circular conical surface, or the polygonal conical surface, or the conical surface of circular arc, or the special-shaped conical surface that circular arc and line segment form;

    The described conical surface is the face of the square taper of nose part, or goes conical of nose part;

    Carry electric bracing frame when mounted, base (1) is fixed on foundation base, Body of pillar is had in a Inner taper hole (12) of one end inserted base (1) of male cone (strobilus masculinus) (10), under the effect of self gravitation, the male cone (strobilus masculinus) (10) of pillar (2) and the inner conical surface (11) of base (1) are naturally fitted and fix, and larger from the gravity of pillar (2) pressure, it is closely and more more firm that inner conical surface (11) and male cone (strobilus masculinus) (10) are fitted;

    Male cone (strobilus masculinus) (10) in pillar (2) inserts in the process of a Inner taper hole (12), the front end of male cone (strobilus masculinus) (10) enter into the position of brake head and arcwall face on oblique promotion brake head time, brake head compresses locking spring (8) and outwards shrinks back, and the front end of male cone (strobilus masculinus) (10) passes through the position of brake head;

    When the male cone (strobilus masculinus) (10) of pillar (2) contacts firm with the inner conical surface (11) of a Inner taper hole (12) of base (1), lock groove (9) on male cone (strobilus masculinus) (10) is just in time in the position through brake head, brake head is under the powered of locking spring (8), to enter in lock groove (9) the inner conical surface (11) of laminating and male cone (strobilus masculinus) (10) is locked can not retreat, complete fixing and locking of Body of pillar and base (1);

    Afterwards, one end of male cone (strobilus masculinus) (10) is again had by Body of pillar to insert in the 2nd Inner taper hole (13) of connector (3) in the 2nd Inner taper hole (13) in connector (3) on Body of pillar, under the effect of self gravitation, the male cone (strobilus masculinus) (10) of pillar (2) and the inner conical surface (11) of base (1) are naturally fitted and fix, and larger from the gravity of pillar (2) pressure, it is closely and more more firm that inner conical surface (11) and male cone (strobilus masculinus) (10) are fitted;

    Male cone (strobilus masculinus) (10) in pillar (2) inserts in the process of the 2nd Inner taper hole (13), the front end of male cone (strobilus masculinus) (10) enter into the position of brake head and arcwall face on oblique promotion brake head time, brake head compresses locking spring (8) and outwards shrinks back, and the front end of male cone (strobilus masculinus) (10) passes through the position of brake head;

    When the male cone (strobilus masculinus) (10) of pillar (2) contacts firm with the inner conical surface (11) of the 2nd Inner taper hole (13) of connector (3), lock groove (9) on male cone (strobilus masculinus) (10) is just in time in the position through brake head, brake head, under the powered of locking spring (8), to enter in lock groove (9) the inner conical surface (11) of laminating and male cone (strobilus masculinus) (10) is locked can not retreat;

    Afterwards, the male cone (strobilus masculinus) (10) of Body of pillar can insert in the 2nd Inner taper hole (13) of Body of pillar by Using such method again, completes being connected and fixed and locking between Body of pillar and Body of pillar;

    During the Body of pillar of dismountable, pull the handle of banking pin (6), after the brake head of banking pin (6) front end exits the lock groove (9) on male cone (strobilus masculinus) (10), Body of pillar upwards one is drawn or one lifts and automatically will separate with the 2nd Inner taper hole (13) in the connector (3) of a Body of pillar below, and the male cone (strobilus masculinus) (10) of Body of pillar will separate automatically with the Inner taper hole of the connector of the Body of pillar of below (3);

    When dismantling Body of pillar fixing on base (1), pull the handle of banking pin (6), after the brake head of banking pin (6) front end exits the lock groove (9) on male cone (strobilus masculinus) (10), Body of pillar upwards one is drawn or one lifts and automatically will separate with a Inner taper hole (12) of base (1), and Body of pillar will separate automatically with base (1);

    The assembly and disassembly of Body of pillar and base (1) and connector (3) are very convenient, just can complete without any need for instrument;

    Described plasma power transmitting device comprises pillar (2), rotating disk (14), plasma conduction light-beam transmitter (15) and receives conductive plate (16), the lower end of described pillar (2) is inserted the lock groove (9) in the 2nd Inner taper hole (13) of the connector (3) of the electric bracing frame of conveying, male cone (strobilus masculinus) (10) and inner conical surface (11) being joined on brake head insertion male cone (strobilus masculinus) (10) of merga pass banking pin (6) and is come the good inner conical surface of lock fit (11) and male cone (strobilus masculinus) (10), the upper end of pillar (2) is connected with the lower end of rotating disk (14), upper end and the plasma of rotating disk (14) conduct electricity the support of light-beam transmitter (15) and the support that receives conductive plate (16) and are connected, or the upper end of rotating disk (14) and plasma conduct electricity the support of light-beam transmitter (15) and are connected, or the upper end of rotating disk (14) is connected with the support receiving conductive plate (16), support is insulated by porcelain insulator when being connected with rotating disk (14),Described rotating disk (14) is the dish that upper surface and lower surface can rotate mutually;

    Described plasma conduction light-beam transmitter (15) is the equipment sending plasma conduction light beam;

    Described reception conductive plate (16) receives plasma conduction light-beam transmitter (15) by the dash receiver of electric charge of plasma conduction beam Propagation or receiver;

    In the delivery circuit of high-tension electricity, plasma conduction light-beam transmitter (15) is just installed reception conductive plate (16);

    The rotating disk (14) of first plasma power transmitting device only has plasma conduction light-beam transmitter (15) above, and the plasma conductive light that circuit introducing plasma conduction light-beam transmitter (15) of high-tension electricity is launched is intrafascicular;

    The rotating disk (14) of last plasma power transmitting device only has reception conductive plate (16) above, receives conductive plate (16) and connects with high-voltage line;

    The rotating disk (14) of the plasma power transmitting device of mid portion has plasma conduction light-beam transmitter (15) above and receives conductive plate (16), plasma conduction light-beam transmitter (15) and reception conductive plate (16) are installed back-to-back or press the installation back-to-back of certain angle, and the plasma conductive light that circuit access plasma conduction light-beam transmitter (15) receiving conductive plate (16) is launched is intrafascicular;

    In installation process, when needing the setting angle adjusting plasma conduction light-beam transmitter and receive conductive plate, the upper and lower end face of rotating rotating disk adjusts, and after adjusting to the angle of needs, the upper and lower end face of locked rotating disk makes it rotate;

    During conveying high-pressure electricity, all plasmas conduction light-beam transmitter (15) of first starting in high-tension electricity delivery circuit produce plasma conduction light beam, the plasma conductive light that plasma conduction light-beam transmitter (15) again high-tension electricity being transported to first plasma power transmitting device is launched is intrafascicular, high-voltage power transmission receives on conductive plate (16) to next by plasma conduction light beam, high-tension electricity is introduced again in plasma conduction light-beam transmitter (15) installed back-to-back by conductive plate, conduct electricity by plasma plasma conduction light beam that light-beam transmitter (15) launches again high-tension electricity is transported to again nextly receives conductive plate (16), receiving conductive plate (16), again high-tension electricity to be introduced plasma conduction light-beam transmitter (15) the plasma conductive light of launching intrafascicular, transmission like this, after high-voltage power transmission to the reception conductive plate (16) of last plasma power transmitting device, is linked into converting equipment or the power supply unit of needs by high-voltage line.

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