CN208608394U - Safe operating device is grounded in a kind of power construction - Google Patents

Abstract

The utility model discloses be grounded safe operating device in a kind of power construction, its structure includes insulated handle, alloy connector lug, accurate docking facilities, wire casing, binding clip, hinge seat, compression spring, insulated handle is welded in binding clip rear end and is symmetrically distributed in hinge seat two sides, alloy connector lug is installed on the left of binding clip, accurate docking facilities are installed on binding clip upper and lower side, wire casing is embedded on the inside of binding clip, binding clip is connect with hinge seat hinge, hinge seat be set to binding clip in the middle part of, compression spring both ends respectively with insulated handle, be connected.The utility model structure is simple and convenient to operate, wire casing can be entered by electric wire pushes accurate docking facilities to make internal drive mechanism starting, it can be by bottom while inlet wire when online propulsion half, two lines are made to be simultaneously stopped progress in same point by internal structure transmission, so that two line Dock With Precision Positions, provide working efficiency.

Description

Safe operating device is grounded in a kind of power construction

Technical field

The present invention relates to safe operating device fields, more precisely, being to be grounded safety operation in a kind of power construction Device.

Background technique

With the rapid development of power grid construction in recent years, the electrical network facilities of various regions power supply enterprise are constantly improve, are applied in power grid In work or maintenance process, ground line using increased.But this equipment has the following disadvantages: at present

1, when hanging conductor end of earth wire operation, operating personnel needs in high-altitude application, and difficulty is larger.

2, accurate docking is more difficult, influences job schedule.

Summary of the invention

In view of the deficienciess of the prior art, it is an object of the present invention to provide be grounded safety operation dress in a kind of power construction Set, when suspension conductor end of earth wire operation to solve the prior art, operating personnel needs in high-altitude application, difficulty it is larger and Accurate docking is more difficult, influences the defect of job schedule.

To achieve the goals above, the present invention is to realize by the following technical solutions:

It is grounded safe operating device in a kind of power construction, structure includes insulated handle, alloy connector lug, accurate right Connection device, wire casing, binding clip, hinge seat, compression spring, the insulated handle are welded in binding clip rear end and are symmetrically distributed in hinge seat Two sides, the alloy connector lug are installed on the left of binding clip, and the accurate docking facilities are installed on binding clip upper and lower side, and the wire casing is embedding On the inside of binding clip, the binding clip is connect with hinge seat hinge, and the hinge seat is set in the middle part of binding clip, the compression spring both ends It is connected respectively with insulated handle, the accurate docking facilities include being pressed under pressure pushing meanss, swing gearshift, gravity It sets, pressure pushing mechanism, roll device for zooming, limit rebounding device, position-limit mechanism, the pressure pushing meanss are installed in accurately In the middle part of docking facilities, the swing gearshift connect and is set to upper left side with pressure pushing meanss bar, is pressed under the gravity It sets and is connect by swinging gearshift with pressure pushing mechanism gravity, the pressure pushing mechanism is installed under gravity hold-down devices Portion, the rolling device for zooming are connect by pressure pushing mechanism with limit rebounding device pulling force, the limit rebounding device peace It is flexibly connected loaded on accurate docking facilities upper bottom portion and with position-limit mechanism, the position-limit mechanism passes through limit rebounding device and outside Limit connection.

As the present invention, further scheme, the pressure pushing meanss include clamping plate, squeeze spring, catch bar, fastening Seat, oscillating rod, wall bar, limit buckle, mobile tooth row, transmission gear, driving belt, wheel carrier, cooperation transmission gear, the clamping plate pair Title is distributed in accurate docking facilities both ends and is set on the outside of catch bar and connect with external grip force, and the extruding spring pocket, which is set to, to be pushed Outside bar, the catch bar is connected by clamping plate with buckling base, and the buckling base is installed on accurate docking facilities side wall simultaneously Set on catch bar left end, on wall bar, mobile tooth row, the wall bar is welded in accurately to tipping the oscillating rod connection catch bar It sets on side wall, the limit buckle is buckled on wall bar through limit and limit activity, and the mobile tooth row is by oscillating rod in transmission Gear is flexibly connected, and the transmission gear is installed on above mobile tooth row and gear connects and is connected with swinging gearshift and pushing It connects, the driving belt is sheathed between transmission gear, cooperation transmission gear, and the wheel carrier is fixed on accurate docking facilities top And be connected with cooperation transmission gear, the cooperation transmission gear is rotated synchronously by driving belt and transmission gear.

As the present invention further scheme, the swings gearshift including the second catch bar, fixed frame, joining rod, Telescopic rod, second crossbar, guide rod, connecting plate, third catch bar, leading truck, fixed rack, connection frame, sliding shoe, described Two catch bars connection transmission gear in telescopic rod right end and is flexibly connected, and the fixed frame is fixed on accurate docking facilities inner wall On, the joining rod is set between telescopic rod, guide rod, and the telescopic rod is through fixed frame and moves left and right, and described second is horizontal Bar is fixed on accurate docking facilities side wall, and the guide rod is installed in second crossbar and is swung by joining rod and connected, institute Connecting plate connection guide rod is stated in right side, the third catch bar is pushed by leading truck and gravity hold-down devices and connected, described Leading truck is flexibly connected by connecting plate with third catch bar, sliding shoe, and the fixed rack is set on the inside of leading truck and fixed In on accurate docking facilities inner wall, the connection frame is connected and fixed sliding rail at the top of accurate docking facilities, and the sliding shoe is arranged Outside fixed rack.

As the present invention further scheme, the gravity hold-down devices include the second fixed rack, line seat, rotation axis, Connecting line, gravity plate, adjustable spring, the second fixed rack inside are welded on accurate docking facilities inner wall, the line seat Essence is installed in above the second fixed rack and through third catch bar and the second fixed rack mobile connection, the rotation axis It is simultaneously set on the right side of cooperation transmission gear at the top of true docking facilities, the connecting line connecting line seat, rotation axis are described in gravity plate Gravity plate is set to rotation axis bottom and is connect by connecting line with pressure pushing mechanism gravity, and the adjustable spring is welded in gravity Between plate, pressure pushing mechanism.

As the present invention, further scheme, the pressure pushing mechanism include lifting tooth row, the second limit buckle, turning gear Wheel, pressure push-rod, the lifting tooth row are rotatablely connected by gravity plate and rotate gear, and second limit buckle connects lifting tooth It arranges on accurate docking facilities inside groove and being flexibly connected, the rotate gear is installed on the left of lifting tooth row, the pressure push-rod By rotate gear and roll device for zooming promotion connection.

As the present invention, further scheme, the rolling device for zooming are led including the second rotate gear, scaling rope, first To wheel, the second directive wheel, third directive wheel, second rotate gear is flexibly connected by pressure push-rod with scaling rope, described In on third directive wheel, first directive wheel is set to for the second rotate gear of scaling rope connection, the first directive wheel, the second directive wheel Second rotate gear lower right, second directive wheel are set to the first directive wheel lower left and are connected to accurate docking facilities inner wall On, the third directive wheel is fixed on limit rebounding device rear portion.

As the present invention, further scheme, the limit rebounding device include the second extruding spring, the second sliding shoe, hinge Chain bar, third fixed rack, mobile bar, support frame, buffer spring, set block, limited block, described second squeezes spring connection second At the top of third fixed rack, the second sliding shoe is slidably connected sliding shoe by hinge-rod and third fixed rack, described Hinge-rod is set between the second sliding shoe, mobile bar, is fixed on accurate docking facilities inner wall on the inside of the third fixed rack And it is internal equipped with the second sliding shoe, for the mobile bar connecting hinge chain bar on support frame, support frame as described above is fixed on accurate docking Simultaneously middle part is equipped with mobile bar to device upper bottom portion, and the buffer spring is sheathed on outside mobile bar, and the set block is sheathed on mobile bar Outside is simultaneously oriented to connection with position-limit mechanism, and the limited block is welded on the right side of mobile bar and limits with outside and connects.

As the present invention, further scheme, the position-limit mechanism include the second oscillating rod, third limit buckle, the 4th promotion Bar, the second guide rod, the 5th catch bar, second clamping plate, third squeeze spring, third oscillating rod, the 4th limit buckle, third cross Bar, tooth fan, the second joining rod, the second mobile tooth row, the second sliding rail, the second limited block, it is right that second oscillating rod is set to set block Lower section simultaneously pushes connection by set block and the 4th catch bar, and the third limit buckle connects the second oscillating rod in accurate docking facilities On inner wall and swinging connection, the 4th catch bar is set to the second oscillating rod bottom and is connected with the second guide rod, and described the Two guide rods are set between the 4th catch bar, the 5th catch bar, and the 5th catch bar passes through the second guide rod and second clamping plate Pull connection, the second clamping plate is welded on the outside of the 5th catch bar, the third squeeze spring be welded in the 5th catch bar with It on accurate docking facilities inner wall and is press-connected, the third oscillating rod is set on the left of the 5th catch bar and passes through the 5th catch bar It is flexibly connected with the 4th limit buckle, the 4th limit buckle is through third cross bar in third oscillating rod, the third cross bar connection 4th limit is buckled on accurate docking facilities side wall, tooth fan be welded in third oscillating rod bottom and by third oscillating rod with Second mobile tooth row angle tooth connection, second joining rod are welded between tooth fan, the second mobile tooth row, the described second mobile tooth Row is slidably connected by the second joining rod and the second sliding rail, and second sliding rail is fixed on accurate docking facilities lower bottom part, described Second limited block is fixed on the second mobile tooth row right end and is connected by the second mobile tooth row and external limit.

Invention beneficial effect

It is grounded safe operating device in a kind of power construction of the invention, two sides can be pressed from both sides when electric wire will enter wire casing Plate inwardly pushes the catch bar for being connected to rear end open and buckling base fastens and oscillating rod is swung when moving, is connected to oscillating rod The mobile tooth row on right side moves right and transmission gear is made to rotate, and the second catch bar for being connected to transmission gear left end pulls Joining rod so that guide rod is tilted to the left and be connected to right side connecting plate be swung up and be connected to right side leading truck push away to the right The connecting line that the dynamic third catch bar for being connected to bottom pushes to the right line seat to be connected on line seat extends and moves down, even The gravity plate for being connected to the connecting line other end is connected by gravity with bottom elevation tooth row, lifting tooth row by the second limit buckle with Accurate docking facilities lifting carriage is simultaneously connect with the rotate gear gear in left side, and rotate gear is connected to pressure on surface when rotating Push rod pushes the second rotate gear by pressure, and the second rotate gear, which rotates clockwise and scales rope, to extend, and connects mobile bar Third directive wheel, which moves right and covers block in moving process, pushes the second oscillating rod of lower right to be connected to the 4th of bottom and push away Lever pushes the 5th catch bar that the 5th catch bar is made to push third oscillating rod that the tooth of bottom is fanned to the left to the left and pushes the to the right Two mobile tooth rows, mobile bar make to squeeze spring due to second and can make the by the movement speed and promotion of scaling rope control mobile bar Two sliding shoes push inwardly and by hinge-rod auxiliary pushings, and third directive wheel is stuck in a support frame left side when moving to certain position End, is fixed on outside the limited block and electric wire of mobile bar right end and is connected, and makes electric wire stop pushing by two sides limit, is fixed on Second limited block same principle of the second mobile tooth row right end, the second limited block then limit the propulsion of lower wiring harnesses, and two lines are same Some stop motions can be docked accurately, can reduce work difficulty, improve construction speed, be easy to use.

It is grounded safe operating device in a kind of power construction of the invention, structure is simple and convenient to operate, and can pass through electric wire Push accurate docking facilities to make internal drive mechanism starting into wire casing, when online propulsions half can by bottom and meanwhile into Line makes two lines be simultaneously stopped progress in same point by internal structure transmission, so that two line Dock With Precision Positions, provide work effect Rate.

Detailed description of the invention

By reading referring to attached drawing detailed description of non-limiting embodiments, other feature of the invention, purpose It will be become more apparent upon with advantage.

In the accompanying drawings:

Fig. 1 is the structural schematic diagram that safe operating device is grounded in a kind of power construction of the present invention.

Fig. 2 is a kind of structural plan figure of accurate docking facilities of the present invention.

Fig. 3 is the structural representation enlarged drawing that the present invention is A in Fig. 2.

Fig. 4 is the structural representation enlarged drawing that the present invention is B in Fig. 2.

Fig. 5 is a kind of accurate docking facilities component parsing of the present invention.

Fig. 6 is a kind of working state figure of accurate docking facilities of the present invention.

In figure: insulated handle -1, alloy connector lug -2, accurate docking facilities -3, wire casing -4, binding clip -5, hinge seat -6, Compression spring -7, pressure pushing meanss -30 swing gearshift -31, gravity hold-down devices -32, pressure pushing mechanism -33, rolling Dynamic device for zooming -34, position-limit mechanism -36, clamping plate -3001, squeezes spring -3002, catch bar-at limit rebounding device -35 3003, buckling base -3004, oscillating rod -3005, wall bar -3006, limit buckle -3007, mobile tooth row -3008, transmission gear - 3009, driving belt -3010, wheel carrier -3011, cooperation transmission gear -3012, the second catch bar -3101, fixed frame -3102, rank Extension bar -3103, telescopic rod -3104, second crossbar -3105, guide rod -3106, connecting plate -3107, third catch bar -3108, Leading truck -3109, fixed rack -3110, connection frame -3111, sliding shoe -3112, the second fixed rack -3201, line seat - 3202, rotation axis -3203, connecting line -3204, gravity plate -3205, adjustable spring -3206, lifting tooth row -3301, the second limit Button -3302, rotate gear -3303, pressure push-rod -3304, the second rotate gear -3401, the -3402, first guiding of scaling rope Take turns the -3403, second directive wheel -3404, third directive wheel -3405, second squeezes spring -3501, the second sliding shoe -3502, hinge Chain bar -3503, third fixed rack -3504, mobile bar -3505, support frame -3506, buffer spring -3507, set block -3508, Limited block -3509, the second oscillating rod -3601, third limit buckle -3602, the 4th catch bar -3603, the second guide rod -3604, 5th catch bar -3605, second clamping plate -3606, third squeeze spring -3607, third oscillating rod -3608, the 4th limit buckle - 3609, third cross bar -3610, tooth fan the -3611, second joining rod -3612, the second mobile tooth row -3613, the second sliding rail -3614, Second limited block -3615.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment, the present invention is further explained.

As shown in figs 1 to 6, the present invention provides the technical solution that safe operating device is grounded in a kind of power construction:

It is grounded safe operating device in a kind of power construction, structure includes that its structure includes that insulated handle 1, alloy connect The end of a thread 2, accurate docking facilities 3, wire casing 4, binding clip 5, hinge seat 6, compression spring 7, after the insulated handle 1 is welded in binding clip 5 6 two sides of hinge seat are held and are symmetrically distributed in, the alloy connector lug 2 is installed in 5 left side of binding clip, and the accurate docking facilities 3 are pacified Loaded on 5 upper and lower side of binding clip, the wire casing 4 is embedded at 5 inside of binding clip, and the binding clip 5 is connect with 6 hinge of hinge seat, the hinge Seat 6 is set to 5 middle part of binding clip, and 7 both ends of compression spring are connected with insulated handle 1 respectively, and the accurate docking facilities 3 include Pressure pushing meanss 30 swing gearshift 31, gravity hold-down devices 32, pressure pushing mechanism 33, roll device for zooming 34, limit Position rebounding device 35, position-limit mechanism 36, the pressure pushing meanss 30 are installed in accurate 3 middle part of docking facilities, the swing position Moving device 31 connect and is set to upper left side with 30 bar of pressure pushing meanss, and the gravity hold-down devices 32 are by swinging gearshift 31 connect with 33 gravity of pressure pushing mechanism, and the pressure pushing mechanism 33 is installed in 32 lower part of gravity hold-down devices, the rolling Dynamic device for zooming 34 is connect by pressure pushing mechanism 33 with limit 35 pulling force of rebounding device, and the limit rebounding device 35 is installed It is flexibly connected in accurate 3 upper bottom portion of docking facilities and with position-limit mechanism 36, the position-limit mechanism 36 passes through limit rebounding device 35 It is connected with outside limit, the pressure pushing meanss 30 include clamping plate 3001, squeeze spring 3002, catch bar 3003, buckling base 3004, oscillating rod 3005, wall bar 3006, limit buckle 3007, mobile tooth row 3008, transmission gear 3009, driving belt 3010, wheel Frame 3011, cooperation transmission gear 3012, the clamping plate 3001 are symmetrically distributed in accurate 3 both ends of docking facilities and are set to catch bar 3003 outsides are connect with external grip force, and the extruding spring 3002 is sheathed on outside catch bar 3003, and the catch bar 3003 is logical It crosses clamping plate 3001 to be connected with buckling base 3004, the buckling base 3004 is installed on accurate 3 side wall of docking facilities and is set to and pushes away 3003 left end of lever, the oscillating rod 3005 connect catch bar 3003 on wall bar 3006, mobile tooth row 3008, the wall bar 3006 are welded on accurate 3 side wall of docking facilities, and the limit buckle 3007 is through limit buckle 3007 on wall bar 3006 and limiting Activity, the mobile tooth row 3008 are flexibly connected by oscillating rod 3005 in transmission gear 3009, and the transmission gear 3009 is pacified Loaded on mobile 3008 top of tooth row and gear is connected and is pushed with swing gearshift 31 and connects, and the driving belt 3010 is arranged In transmission gear 3009, cooperation transmission gear 3012 between, the wheel carrier 3011 be fixed on accurate 3 top of docking facilities and with match It closes transmission gear 3012 to be connected, the cooperation transmission gear 3012 turns by the way that driving belt 3010 is synchronous with transmission gear 3009 Dynamic, the swing gearshift 31 includes the second catch bar 3101, fixed frame 3102, joining rod 3103, telescopic rod 3104, second Cross bar 3105, guide rod 3106, connecting plate 3107, third catch bar 3108, leading truck 3109, fixed rack 3110, connection frame 3111, sliding shoe 3112, second catch bar 3101 connect transmission gear 3009 and in 3104 right end of telescopic rod and are flexibly connected, The fixed frame 3102 is fixed on accurate 3 inner wall of docking facilities, and the joining rod 3103 is set to telescopic rod 3104, guide rod Between 3106, the telescopic rod 3104 is through fixed frame 3102 and moves left and right, and the second crossbar 3105 is fixed on accurate right On 3 side wall of connection device, the guide rod 3106 is installed in second crossbar 3105 and swings connection, institute by joining rod 3103 It states connecting plate 3107 and connects guide rod 3106 in right side, the third catch bar 3108 under leading truck 3109 and gravity by being pressed 32 promotions connection is set, the leading truck 3109 is flexibly connected by connecting plate 3107 with third catch bar 3108, sliding shoe 3112, The fixed rack 3110 is set to 3109 inside of leading truck and is fixed on accurate 3 inner wall of docking facilities, the connection frame 3111 Sliding rail 3110 is connected and fixed in accurate 3 top of docking facilities, the sliding shoe 3112 is sheathed on outside fixed rack 3110, institute Stating gravity hold-down devices 32 includes the second fixed rack 3201, line seat 3202, rotation axis 3203, connecting line 3204, gravity plate 3205, adjustable spring 3206 are welded on accurate 3 inner wall of docking facilities on the inside of second fixed rack 3201, the line seat 3202 are set to 3201 top of the second fixed rack and pass through 3201 mobile connection of third catch bar 3108 and the second fixed rack, The rotation axis 3203 is installed in accurate 3 top of docking facilities and is set to 3012 right side of cooperation transmission gear, the connecting line 3204 connecting line seats 3202, rotation axis 3203 in gravity plate 3205, the gravity plate 3205 be set to 3203 bottom of rotation axis and It is connect by connecting line 3204 with 33 gravity of pressure pushing mechanism, the adjustable spring 3206 is welded in gravity plate 3205, pressure Between pushing mechanism 33, the pressure pushing mechanism 33 includes lifting tooth row 3301, the second limit buckle 3302, rotate gear 3303, pressure push-rod 3304, the lifting tooth row 3301 are rotatablely connected by gravity plate 3205 and rotate gear 3303, and described the Two limit buckles 3302 connection lifting tooth row 3301 is on accurate 3 inside groove of docking facilities and being flexibly connected, the rotate gear 3303 It is installed in 3301 left side of lifting tooth row, the pressure push-rod 3304 is pushed and connected by rotate gear 3303 and rolling device for zooming 34 It connects, the rolling device for zooming 34 includes the second rotate gear 3401, scaling rope the 3402, first directive wheel 3403, second guiding 3404, third directive wheel 3405 are taken turns, second rotate gear 3401 restricts 3402 activities even by pressure push-rod 3304 and scaling It connects, 3,402 second rotate gear 3401 of connection of scaling rope, the first directive wheel 3403, the second directive wheel 3404 are oriented in third On wheel 3405, first directive wheel 3403 is set to 3401 lower right of the second rotate gear, and second directive wheel 3404 is set to First directive wheel, 3403 lower left is simultaneously connected on accurate 3 inner wall of docking facilities, and the third directive wheel 3405 is fixed on limit 35 rear portion of rebounding device, the limit rebounding device 35 include the second extruding spring 3501, the second sliding shoe 3502, hinge-rod 3503, third fixed rack 3504, mobile bar 3505, support frame 3506, buffer spring 3507, set block 3508, limited block 3509, Described second, which squeezes spring 3501, connects the second sliding shoe 3502 in 3504 top of third fixed rack, the second sliding shoe 3502 are slidably connected by hinge-rod 3503 with third fixed rack 3504, and the hinge-rod 3503 is set to the second sliding shoe 3502, it between mobile bar 3505, is fixed on the inside of the third fixed rack 3504 on accurate 3 inner wall of docking facilities and inside is set There is the second sliding shoe 3502, for the 3505 connecting hinge chain bar 3503 of mobile bar on support frame 3506, support frame as described above 3506 is solid Due to accurate 3 upper bottom portion of docking facilities and middle part is equipped with mobile bar 3505, and the buffer spring 3507 is sheathed on mobile bar 3505 Outside, the set block 3508 are sheathed on 3505 outside of mobile bar and are oriented to position-limit mechanism 36 and connect, and the limited block 3509 welds It is connected to 3505 right side of mobile bar and is connected with outside limit, the position-limit mechanism 36 is limited including the second oscillating rod 3601, third It detains the 3602, the 4th catch bar 3603, the second guide rod 3604, the 5th catch bar 3605, second clamping plate 3606, third and squeezes spring 3607, third oscillating rod 3608, the 4th limit buckle 3609, third cross bar 3610, tooth fan the 3611, second joining rod 3612, second Mobile tooth row 3613, the second sliding rail 3614, the second limited block 3615, second oscillating rod 3601 are set to set 3508 bottom right of block Side simultaneously pushes connection by set block 3508 and the 4th catch bar 3603, and the third limit buckle 3602 connects the second oscillating rod 3601 In on accurate 3 inner wall of docking facilities and swinging connection, the 4th catch bar 3603 be set to 3601 bottom of the second oscillating rod and with Second guide rod 3604 is connected, second guide rod 3604 be set to the 4th catch bar 3603, the 5th catch bar 3605 it Between, the 5th catch bar 3605 is pulled with second clamping plate 3606 by the second guide rod 3604 and is connected, the second clamping plate 3606 are welded in the outside of the 5th catch bar 3605, the third squeeze spring 3607 be welded in the 5th catch bar 3605 with it is accurate It on 3 inner wall of docking facilities and is press-connected, the third oscillating rod 3608 is set to 3605 left side of the 5th catch bar and passes through the 5th Catch bar 3605 is flexibly connected with the 4th limit buckle 3609, and the 4th limit buckle 3609 is put through third cross bar 3610 in third Lever 3608, the third cross bar 3610 connect the 4th limit buckle 3609 on accurate 3 side wall of docking facilities, and the tooth fans 3611 It is welded in 3608 bottom of third oscillating rod and 3613 jiaos of teeth of tooth row is moved with second by third oscillating rod 3608 and connect, described the Two joining rods 3612 are welded between the mobile tooth row 3613 of tooth fan 3611, second, and the described second mobile tooth row 3613 passes through second Joining rod 3612 is slidably connected with the second sliding rail 3614, and second sliding rail 3614 is fixed on accurate 3 lower bottom part of docking facilities, institute The second limited block 3615 is stated to be fixed on the second mobile 3613 right end of tooth row and connect by the second mobile tooth row 3613 with external limit It connects.

It is grounded safe operating device in a kind of power construction of the invention, its working principle is that: when electric wire will enter line Two sides clamping plate 3001 can inwardly be pushed open when slot 4 be connected to rear end catch bar 3003 and buckling base 3004 fasten and Oscillating rod 3005 is swung when mobile, and the mobile tooth row 3008 for being connected to 3005 right side of oscillating rod moves right and makes transmission gear 3009 rotate, and the second catch bar 3101 for being connected to 3009 left end of transmission gear pulls joining rod 3103 to make guide rod 3106 It is tilted to the left and the connecting plate 3107 for being connected to right side is swung up and is connected to the leading truck 3109 on right side and pushes make to connect to the right The connecting line 3204 that the third catch bar 3108 for being connected to bottom pushes line seat 3202 to be connected on line seat 3202 to the right extends simultaneously It moving down, the gravity plate 3205 for being connected to 3204 other end of connecting line is connected by gravity with bottom elevation tooth row 3301, Go up and down tooth row 3301 by the second limit buckle 3302 and accurate 3 lifting carriage of docking facilities and with 3303 tooth of the rotate gear in left side Wheel connection, rotate gear 3303 are connected to pressure push-rod 3304 on surface and pass through pressure the second rotate gear of promotion when rotating 3401, the second rotate gear 3401, which rotates clockwise and scales rope 3402, to extend, and mobile bar 3505 is made to connect third directive wheel 3405, which move right and cover block 3508 in moving process, pushes the second oscillating rod 3601 of lower right to be connected to the 4th of bottom Catch bar 3603 pushes the 5th catch bar 3605 that the 5th catch bar 3605 is made to push third oscillating rod 3608 to make bottom to the left to the left The tooth fan 3611 in portion pushes to the right the second mobile tooth row 3613, and mobile bar 3505 passes through 3402 control mobile bar 3505 of scaling rope Movement speed and promotion make the second sliding shoe 3502 can be made to push inwardly and pass through hinge due to the second extruding spring 3501 3503 auxiliary pushing of bar, third directive wheel 3405 is stuck in 3506 left end of support frame when moving to certain position, is fixed on mobile bar It is connected outside the limited block 3509 and electric wire of 3505 right ends, makes electric wire stop pushing by two sides limit, be fixed on the second shifting Movable tooth arranges 3615 same principle of the second limited block of 3613 right ends, and the second limited block 3615 then limits the propulsion of lower wiring harnesses, and two Line can be docked accurately in same point stop motion, can reduce work difficulty, improve construction speed, be easy to use.

When problems solved by the invention is the suspension conductor end of earth wire operation of the prior art, operating personnel needs in high-altitude Operation, difficulty is larger and accurate docking is more difficult, influences the defect of job schedule, the present invention is mutual by above-mentioned component Combination, structure is simple and convenient to operate can enter the drive mechanism starting that wire casing pushes accurate docking facilities to make inside by electric wire, When online propulsion half can by bottom simultaneously inlet wire, by internal structure transmission make two lines be simultaneously stopped in same point into Degree, so that two line Dock With Precision Positions, provide working efficiency.

The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit of the invention or In the case where essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state Bright restriction, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (8)

1. being grounded safe operating device in a kind of power construction, structure includes insulated handle (1), alloy connector lug (2), essence True docking facilities (3), wire casing (4), binding clip (5), hinge seat (6), compression spring (7), it is characterised in that:

The insulated handle (1) is welded in binding clip (5) rear end and is symmetrically distributed in hinge seat (6) two sides, the alloy connector lug (2) it is installed on the left of binding clip (5), the accurate docking facilities (3) are installed on binding clip (5) upper and lower side, and the wire casing (4) is embedded at On the inside of binding clip (5), the binding clip (5) connect with hinge seat (6) hinge, and the hinge seat (6) is set in the middle part of binding clip (5), described Compression spring (7) both ends are connected with insulated handle (1) respectively；

The accurate docking facilities (3) include pressure pushing meanss (30), swing gearshift (31), gravity hold-down devices (32), pressure pushing mechanism (33), rolling device for zooming (34), limit rebounding device (35), position-limit mechanism (36), the pressure Pushing meanss (30) are installed in the middle part of accurate docking facilities (3), the swing gearshift (31) and pressure pushing meanss (30) Bar connects and is set to upper left side, and the gravity hold-down devices (32) are by swinging gearshift (31) and pressure pushing mechanism (33) Gravity connection, the pressure pushing mechanism (33) are installed in gravity hold-down devices (32) lower part, the rolling device for zooming (34) It is connect by pressure pushing mechanism (33) with limit rebounding device (35) pulling force, the limit rebounding device (35) is installed on accurately It docking facilities (3) upper bottom portion and is flexibly connected with position-limit mechanism (36), the position-limit mechanism (36) passes through limit rebounding device (35) it is connected with external limit.

2. being grounded safe operating device in a kind of power construction according to claim 1, it is characterised in that: the pressure Pushing meanss (30) include clamping plate (3001), squeeze spring (3002), catch bar (3003), buckling base (3004), oscillating rod (3005), wall bar (3006), limit buckle (3007), mobile tooth row (3008), transmission gear (3009), driving belt (3010), Wheel carrier (3011), cooperation transmission gear (3012), the clamping plate (3001) are symmetrically distributed in accurate docking facilities (3) both ends and set It is connect on the outside of catch bar (3003) with external grip force, the extruding spring (3002) is sheathed on catch bar (3003) outside, institute It states catch bar (3003) to be connected by clamping plate (3001) with buckling base (3004), the buckling base (3004) is installed on accurate right On connection device (3) side wall and it is set to catch bar (3003) left end, oscillating rod (3005) connection catch bar (3003) is in wall bar (3006), on mobile tooth row (3008), the wall bar (3006) is welded on accurate docking facilities (3) side wall, the limit buckle (3007) through limit buckle (3007) on wall bar (3006) and limit activity, the mobile tooth row (3008) pass through oscillating rod (3005) it is flexibly connected in transmission gear (3009), the transmission gear (3009) is installed on above mobile tooth row (3008) and tooth Wheel connects and pushes connection with gearshift (31) are swung, and the driving belt (3010) is sheathed on transmission gear (3009), matches Close transmission gear (3012) between, the wheel carrier (3011) be fixed on accurate docking facilities (3) top and with cooperation transmission gear (3012) it is connected, the cooperation transmission gear (3012) turns by the way that driving belt (3010) are synchronous with transmission gear (3009) It is dynamic.

3. being grounded safe operating device in a kind of power construction according to claim 1 or 2, it is characterised in that: described Swing gearshift (31) include the second catch bar (3101), fixed frame (3102), joining rod (3103), telescopic rod (3104), Second crossbar (3105), guide rod (3106), connecting plate (3107), third catch bar (3108), leading truck (3109), fixed cunning Rail (3110), connection frame (3111), sliding shoe (3112), second catch bar (3101) connection transmission gear (3009) is in stretching Contracting bar (3104) right end is simultaneously flexibly connected, and the fixed frame (3102) is fixed on accurate docking facilities (3) inner wall, the linking Bar (3103) is set between telescopic rod (3104), guide rod (3106), and the telescopic rod (3104) runs through fixed frame (3102) simultaneously It moves left and right, the second crossbar (3105) is fixed on accurate docking facilities (3) side wall, and the guide rod (3106) is installed on Swing connection in second crossbar (3105) and by joining rod (3103), the connecting plate (3107) connection guide rod (3106) in Right side, the third catch bar (3108) are pushed by leading truck (3109) and gravity hold-down devices (32) and are connected, the guiding Frame (3109) is flexibly connected by connecting plate (3107) with third catch bar (3108), sliding shoe (3112), the fixed rack (3110) it is set on the inside of leading truck (3109) and is fixed on accurate docking facilities (3) inner wall, connection frame (3111) connection For fixed rack (3110) at the top of accurate docking facilities (3), it is external that the sliding shoe (3112) is sheathed on fixed rack (3110).

4. being grounded safe operating device in a kind of power construction according to claim 1, it is characterised in that: the gravity Hold-down devices (32) include the second fixed rack (3201), line seat (3202), rotation axis (3203), connecting line (3204), gravity Plate (3205), adjustable spring (3206), the second fixed rack (3201) inside are welded in accurate docking facilities (3) inner wall On, the line seat (3202) is set to above the second fixed rack (3201) and is fixed by third catch bar (3108) with second and slided Rail (3201) mobile connection, the rotation axis (3203) are installed at the top of accurate docking facilities (3) and are set to cooperation transmission gear (3012) right side, connecting line (3204) the connecting line seat (3202), rotation axis (3203) are described heavy on gravity plate (3205) Power plate (3205) is set to rotation axis (3203) bottom and is connect by connecting line (3204) with pressure pushing mechanism (33) gravity, institute Adjustable spring (3206) is stated to be welded between gravity plate (3205), pressure pushing mechanism (33).

5. being grounded safe operating device in a kind of power construction according to claim 1, it is characterised in that: the pressure Pushing mechanism (33) includes lifting tooth row (3301), the second limit buckle (3302), rotate gear (3303), pressure push-rod (3304), the lifting tooth row (3301) is rotatablely connected by gravity plate (3205) and rotate gear (3303), second limit Position button (3302) connection lifting tooth row (3301) is on accurate docking facilities (3) inside groove and being flexibly connected, the rotate gear (3303) it is installed on the left of lifting tooth row (3301), the pressure push-rod (3304) is scaled by rotate gear (3303) and rolling Device (34) pushes connection.

6. being grounded safe operating device in a kind of power construction according to claim 1, it is characterised in that: the rolling Device for zooming (34) includes the second rotate gear (3401), scaling rope (3402), the first directive wheel (3403), the second directive wheel (3404), third directive wheel (3405), second rotate gear (3401) are restricted by pressure push-rod (3304) and scaling (3402) it is flexibly connected, scaling rope (3402) connection the second rotate gear (3401), the first directive wheel (3403), second are led To wheel (3404) on third directive wheel (3405), first directive wheel (3403) is set to the second rotate gear (3401) bottom right Side, second directive wheel (3404) are set to the first directive wheel (3403) lower left and are connected to accurate docking facilities (3) inner wall On, the third directive wheel (3405) is fixed on limit rebounding device (35) rear portion.

7. being grounded safe operating device in a kind of power construction according to claim 1, it is characterised in that: the limit Rebounding device (35) includes the second extruding spring (3501), the second sliding shoe (3502), hinge-rod (3503), third fixed rack (3504), mobile bar (3505), support frame (3506), buffer spring (3507), set block (3508), limited block (3509), it is described Second squeezes spring (3501) connection the second sliding shoe (3502) at the top of third fixed rack (3504), the second sliding shoe (3502) it is slidably connected by hinge-rod (3503) with third fixed rack (3504), it is sliding that the hinge-rod (3503) is set to second Between motion block (3502), mobile bar (3505), it is fixed on the inside of the third fixed rack (3504) in accurate docking facilities (3) On wall and internal equipped with the second sliding shoe (3502), mobile bar (3505) the connecting hinge chain bar (3503) is in support frame (3506) On, support frame as described above (3506) is fixed on accurate docking facilities (3) upper bottom portion and middle part is equipped with mobile bar (3505), the buffering It is external that spring (3507) is sheathed on mobile bar (3505), the set block (3508) be sheathed on mobile bar (3505) it is external and with limit Mechanism (36) guiding connection, the limited block (3509) are welded on the right side of mobile bar (3505) and connect with outside limit.

8. being grounded safe operating device in a kind of power construction according to claim 1, it is characterised in that: the limit Mechanism (36) includes the second oscillating rod (3601), third limit buckle (3602), the 4th catch bar (3603), the second guide rod (3604), the 5th catch bar (3605), second clamping plate (3606), third squeeze spring (3607), third oscillating rod (3608), the Four limit buckles (3609), third cross bar (3610), tooth fan (3611), the second joining rod (3612), second mobile tooth row (3613), Second sliding rail (3614), the second limited block (3615), second oscillating rod (3601) are set to set block (3508) lower right and lead to It crosses set block (3508) and the 4th catch bar (3603) is pushed and connected, the third limit buckle (3602) connects the second oscillating rod (3601) on accurate docking facilities (3) inner wall and swinging connection, the 4th catch bar (3603) is set to the second oscillating rod (3601) bottom and it is connected with the second guide rod (3604), second guide rod (3604) is set to the 4th catch bar (3603), between the 5th catch bar (3605), the 5th catch bar (3605) passes through the second guide rod (3604) and the second folder Plate (3606) pulls connection, and the second clamping plate (3606) is welded on the outside of the 5th catch bar (3605), and the third squeezes bullet Spring (3607) is welded in the 5th catch bar (3605) and on accurate docking facilities (3) inner wall and is press-connected, and the third is swung Bar (3608) is set on the left of the 5th catch bar (3605) and by the 5th catch bar (3605) and the activity of the 4th limit buckle (3609) Connection, the 4th limit buckle (3609) is through third cross bar (3610) in third oscillating rod (3608), the third cross bar (3610) for the 4th limit buckle (3609) of connection on accurate docking facilities (3) side wall, the tooth fan (3611) is welded in third pendulum Lever (3608) bottom is simultaneously connect by third oscillating rod (3608) with second mobile tooth row (3613) angle tooth, second linking Bar (3612) is welded between tooth fan (3611), second mobile tooth row (3613), and described second mobile tooth row (3613) pass through the Two joining rods (3612) are slidably connected with the second sliding rail (3614), and second sliding rail (3614) is fixed on accurate docking facilities (3) lower bottom part, second limited block (3615) are fixed on the second mobile tooth row (3613) right end and by the second mobile tooth rows (3613) it is connected with external limit.