CN206693728U - Multi-functional electroduct tower - Google Patents

Abstract

The utility model discloses a kind of multi-functional electroduct tower, including tower body and cross biling assembly, every group of cross biling assembly is included backwards to the first cross-arm and the second cross-arm set, also include antenna module, antenna module includes multiple modularization antennas, modularization antenna includes two ring flanges, support tube and bundling antenna, tower body includes bottom pipe support, middle part connector and upper support single tube, bottom pipe support includes three supporting steel pipes being parallel to each other, middle part connector includes support tube and three connecting tubes, side wall of three connecting tube oblique welds in support tube, the bottom of connecting tube connects with corresponding supporting steel pipe, upper support single tube is connected to the top of support tube, first cross-arm and the second cross-arm are arranged on upper support single tube, multiple modularization antennas are sequentially arranged in the top of upper support single tube from the bottom to top.Realize that multi-functional electroduct tower is easy to live Fast Installation to improve installation effectiveness, and improve the operational reliability of multi-functional electroduct tower.

Description

Multi-functional electroduct tower

Technical field

It the utility model is related to power transmission tower technical field, more particularly to a kind of multi-functional electroduct tower.

Background technology

At present, power transmission tower is widely used power Transmission, and power transmission tower generally comprises tower body and cross-arm, and tower body is according to structure The difference of form is divided into single tube structure and steel frame construction.Single hose power transmission tower is in order to ensure structural strength, the pipe of its bottom supervisor Footpath needs to design larger so that cost is higher, although and it is higher for steel frame type power transmission tower cost, scene needs to build spelling Dress is installed, it is necessary to take a substantial amount of time with manpower.Also, because the power transmission tower of routine is generally only to be used to transmit electricity to use, Moreover, power transmission tower is usually placed in opening, space availability ratio is relatively low.How to design a kind of space availability ratio height and be easy to existing Simultaneously the higher power transmission tower of operational reliability is technical problem to be solved in the utility model for field installation.

Utility model content

Technical problem to be solved in the utility model is：A kind of multi-functional electroduct tower is provided, realizes multi-functional transmission of electricity Pipe tower is easy to live Fast Installation to improve installation effectiveness, and improves the operational reliability of multi-functional electroduct tower.

Technical scheme provided by the utility model is a kind of multi-functional electroduct tower, including tower body and at least one set of cross-arm Component, cross biling assembly described in every group are included backwards to the first cross-arm and the second cross-arm set, it is characterised in that also including antenna sets Part, the antenna module include multiple modularization antennas, and the modularization antenna includes two ring flanges, support tube and boundling day Line, the support tube are arranged between two ring flanges, and installing space, the boundling are formed between two ring flanges Antenna is arranged in the installing space；The tower body includes bottom pipe support, middle part connector and upper support single tube, the bottom Portion's pipe support includes three supporting steel pipes being parallel to each other, and more connecting rods, institute are welded between adjacent two supporting steel pipes Stating middle part connector includes support tube and three connecting tubes, three connecting tube oblique welds the support tube side wall simultaneously It is uniformly distributed around the support tube, the bottom of the connecting tube connects with the corresponding supporting steel pipe, the upper support Single tube is connected to the top of the support tube, and first cross-arm and second cross-arm are arranged on the upper support single tube On, multiple modularization antennas are sequentially arranged in the top of the upper support single tube, the two neighboring mould from the bottom to top Block antenna is fixedly connected by the ring flange.

Further, three pieces of shielding cut-offs, the shielding are evenly equipped with around the periphery of the support tube in the installing space Between the upper and lower end parts of cut-off weld two ring flanges, the inner side edge of the shielding cut-off is welded on the side of the support tube On wall, installation subspace is formed between adjacent two pieces of shielding cut-offs, the collection is provided with each installation subspace Beam antenna.

Further, wind-power electricity generation component, the wind-power electricity generation are additionally provided with the modularization antenna at top Component includes vertical wind power generator and connection component, and the connection component includes upper cushion socket, lower mounting seat and honeycomb damping Set, the lower surface of the upper cushion socket offer shoulder hole, and the upper surface of the lower mounting seat is provided with the installation to raise up Post, the honeycomb shock-absorbing sleeve are enclosed in the mounting post, and the mounting post and the honeycomb shock-absorbing sleeve are inserted in the shoulder hole, Together with the upper cushion socket is bolted with the lower mounting seat, the vertical wind power generator, which is arranged on described, to be subtracted Shake on seat, the lower mounting seat is fixed on the modularization antenna at top.

Further, the side wall of the mounting post is provided with damping coating, the upper cushion socket and the lower mounting seat it Between be additionally provided with beam, be also cased with metal-rubber set outside the bolt, the metal-rubber set is clipped in the head of the bolt Between the edge of the upper cushion socket.

Further, mounting hole is offered in the side wall of the upper support single tube, the mounting hole runs through the top Single tube is supported, the top that the upper support single tube is located at the mounting hole is additionally provided with suspension hook；The installation of first cross-arm End set has a shackle, and the end set of second cross-arm has a drag hook, the tapered structure of gib head of the drag hook, and described first Be respectively arranged with carrying axle on the upside of the mounting end of cross-arm and on the upside of the mounting end of second cross-arm, first cross-arm and Backwards to setting, the carrying axle of first cross-arm and second cross-arm is stuck in the corresponding suspension hook second cross-arm, The shackle and the drag hook pass through the mounting hole site, and the drag hook catches on the shackle in the upper support single tube.

Compared with prior art, the advantages of the utility model and good effect is：It is provided by the utility model multi-functional defeated Fulgurite tower, the downside of tower body uses the pipe support of bottom three, and the upside of tower body uses upper support single tube, and the pipe support of bottom three can be kept away Exempt to produce the problem of using single-pipe tower bottom caliber excessive and cause manufacturing cost and difficulty to increase, and upper support single tube is existing Overall fixation can be directly lifted in the installation process of field, can avoid needing to build splicing upper column in high-altitude using steelframe tower again The problem of body, you can to reduce manufacturing cost on the whole, the installation effectiveness at the scene of can improving again；Wherein, two flanges are utilized Disk cooperatively forms installing space with support tube, bundling antenna is arranged in installing space, the antenna in disparate modules is set It is independent of each other in installing space, multiple modularization antennas can be installed at the top of tower body, effectively raise space utilization Rate, realize that power transmission tower is used for communication tower, realize functional diversities；In addition, vertical wind power generator is installed by connection component At the top of modularization antenna, it is spaced apart between the upper cushion socket and lower mounting seat in connection component by honeycomb shock-absorbing sleeve, honeybee Nest shock-absorbing sleeve can play a part of above-below direction and circumferencial direction buffering vibration to upper cushion socket, so as to reduce vertical wind hair Caused vibrations cause security implication to tower body in motor operation, truly realize and carry out wind-power electricity generation using power transmission tower, Realize that multi-functional electroduct tower is easy to live Fast Installation to improve installation effectiveness, and improve space availability ratio.

Brief description of the drawings

, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art Or the required accompanying drawing used is briefly described in description of the prior art, it should be apparent that, drawings in the following description are Some embodiments of the utility model, for those of ordinary skill in the art, do not paying the premise of creative labor Under, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is the structural representation of the multi-functional electroduct tower embodiment of the utility model；

Fig. 2 is the structural representation of connector in the middle part of the multi-functional electroduct tower embodiment of the utility model；

Fig. 3 is the structural representation of the multi-functional electroduct tower embodiment connection component of the utility model；

Fig. 4 is the assembling figure one of the multi-functional electroduct tower embodiment upper support single tube of the utility model and cross-arm；

Fig. 5 is the close-up schematic view of a-quadrant in Fig. 4；

Fig. 6 is the assembling figure two of the multi-functional electroduct tower embodiment upper support single tube of the utility model and cross-arm；

Fig. 7 is the close-up schematic view of B area in Fig. 6；

Fig. 8 is the structural representation of the multi-functional electroduct tower embodiment modularization antenna of the utility model；

Fig. 9 be in Fig. 8 C-C to sectional view.

Embodiment

It is new below in conjunction with this practicality to make the purpose, technical scheme and advantage of the utility model embodiment clearer Accompanying drawing in type embodiment, the technical scheme in the embodiment of the utility model is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model part of the embodiment, rather than whole embodiments.Based on the implementation in the utility model Example, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made, is belonged to The scope of the utility model protection.

As shown in Fig. 1-Fig. 9, the multi-functional electroduct tower of the present embodiment, including tower body 1 and at least one set of cross biling assembly 2, often The group cross biling assembly 2 includes the first cross-arm 21 and the second cross-arm 22, wherein, the tower body 1 includes the pipe support 11 of bottom three, middle part Connector 13 and upper support single tube 12, the pipe support 11 of bottom three include three supporting steel pipes 111 being parallel to each other, adjacent two institutes State and more connecting rods 112 are welded between supporting steel pipe 111, the middle part connector 13 includes support tube 131 and three connections Pipe 132, three oblique welds of connecting tube 132 the support tube 131 side wall and uniformly divide around the support tube 131 Cloth, the bottom of the connecting tube 132 are connected with the corresponding supporting steel pipe 111, and the upper support single tube 12 is connected to The top of the support tube 131, first cross-arm 21 and second cross-arm 22 are arranged on the upper support single tube 12； The multi-functional electroduct tower of the present embodiment also includes antenna module, and the antenna module includes multiple modularization antennas 5, the module Changing antenna 5 includes two ring flanges 51, support tube 52 and bundling antenna 53, and the support tube 52 is arranged on two ring flanges Between 51, installing space is formed between two ring flanges 51, the bundling antenna 53 is arranged in the installing space；It is more The individual modularization antenna 5 is sequentially arranged on upper support single tube 12 from the bottom to top, and the two neighboring modularization antenna 5 is logical The ring flange 51 is crossed to be fixedly connected.

Specifically, the lower tower body of the multi-functional electroduct tower of the present embodiment uses the pipe support 11 of bottom three of steel frame construction, and Upper tower body uses the upper support single tube 12 of single tube structure, and the pipe support 11 of bottom three passes through middle part connector 13 and upper support single tube 12 are connected, wherein, the connecting tube 132 in middle part connector 13 is in tilted layout, so as to the pipe support 11 of transition bottom three with Connection between upper support single tube 12 is excessive, and during actual installation, the pipe support 11 of bottom three due to relatively closely, being easy to from the ground Operating personnel are quickly built, and after pipe support 11 builds certain altitude in bottom three, middle part connector 13 is sling into installation At the top of the pipe support 11 of bottom three, and after middle part connector 13 is fixed, then upper support single tube 12 is sling and is installed to branch Support and complete to fix on cylinder 131.Wherein, using height space, multiple moulds can be installed in the stacked on top of upper support single tube 12 Block antenna 5, the ring flange 51 positioned at the lower section of the modularization antenna 5 of bottommost are fixed on upper support single tube 12.And it is Installation multiple bundling antennas 53, polylith shielding cut-off 54, adjacent two pieces of shielding cut-offs 54 are additionally provided with installing space Between form installation subspace, be provided with the bundling antenna 53 in each installation subspace, can using shielding cut-off 54 To avoid multiple bundling antennas 53 in same modularization antenna 5 from influencing each other, it is preferred that be evenly equipped with three pieces of institutes in installing space Shielding cut-off 54 to be stated, three installation subspaces are formed in the installing space, modularization antenna 5 is overall cylindrical, and three Individual bundling antenna 53 is distributed in 120 degree of angles.Further, in order to effectively protect bundling antenna 53, shielding separates 54 outer side edges Shielding baffle plate 241 is additionally provided with, non-metal board 55 is additionally provided between adjacent two pieces of shielding baffle plates 241, it is described nonmetallic Enclosed installation is formed between 55, two pieces of plate adjacent shielding cut-off 54 and two ring flanges 51 Space, specifically, the closing of bundling antenna 53 is arranged in installation subspace, the signal that bundling antenna 53 is sent passes through non-metal board 55 project.

Further, the multi-functional electroduct tower of the present embodiment also includes wind-power electricity generation component, the wind-power electricity generation component bag Vertical wind power generator 4 and connection component 3 are included, the connection component 3 includes upper cushion socket 31, lower mounting seat 32 and honeycomb damping Set 33, the lower surface of the upper cushion socket 31 offers shoulder hole (unmarked), and the upper surface of the lower mounting seat 32 is provided with The mounting post 321 to raise up, the honeycomb shock-absorbing sleeve 33 are enclosed in the mounting post 321, the mounting post 321 and the honeybee Nest shock-absorbing sleeve 33 is inserted in the shoulder hole, and the upper cushion socket 31 and the lower mounting seat 32 are connected to one by bolt 34 Rise；The vertical wind power generator 4 is arranged on the upper cushion socket 31, and the lower mounting seat 32 is fixed on the mould at top On block antenna 5.Specifically, due to the support member by the use of support tube 22 as modularization antenna 5, it is ensured that modularization antenna 5 has There are enough structural strengths, wind-power electricity generation component is set on the modularization antenna 5 at top to realize, and vertical wind power generator 4 The top of modularization antenna 5 is arranged on by connection component 3, honeycomb shock-absorbing sleeve 33 can be sent out upper cushion socket 31 because of vertical wind Motor 4, which runs caused vibrations, to be weakened, so as to reduce the operation vibrations of vertical wind power generator 4 to the He of modularization antenna 5 The influence of tower body 1, improve use reliability.Meanwhile connection component 3 can be conveniently fast by upper cushion socket 31 and lower mounting seat 32 Vertical wind power generator 4 is lifted into the top of tower body 1 by prompt scene.Wherein, the side wall of the mounting post 321 is provided with damping Coating 322, damping coating 322 further play a part of damping, improve damping performance.And the upper cushion socket 31 and described Beam 36 is additionally provided between lower mounting seat 32, metal-rubber set 35, the metal-rubber set are also cased with outside the bolt 34 35 are clipped between the head of the bolt 34 and the edge of the upper cushion socket 31, specifically, upper cushion socket 31 and the lower peace It is spaced apart completely by dampening assembly between dress seat 32, cushion socket 31 can be reduced to greatest extent and transmitted to lower mounting seat 32 and shaken It is dynamic.

Based on above-mentioned technical proposal, optionally, for the ease of Fast Installation cross-arm, the side wall of the upper support single tube 12 On offer mounting hole 121, the mounting hole 121 runs through the upper support single tube 12, and the upper support single tube 12 is located at The top of the mounting hole 121 is additionally provided with suspension hook 122；The mounting end of first cross-arm 21 is provided with shackle 211, described The end set of second cross-arm 22 has drag hook 221, the tapered structure of gib head of the drag hook 221 so that the hook of the drag hook 221 Head madial wall is inclined plane, and the section of the gib head 221 from top to bottom gradually increases, on the mounting end of first cross-arm 21 Carrying axle 23, first cross-arm 21 and second horizontal stroke are respectively arranged with the upside of the mounting end of side and second cross-arm 22 Backwards to setting, the carrying axle 23 of first cross-arm 21 and second cross-arm 22 is stuck in the corresponding suspension hook 122 load 22, The shackle 211 and the drag hook 221 are located in the upper support single tube 12 through the mounting hole 121, the drag hook 221 Catch on the shackle 211.Run through the body of rod specifically, being formed in the multi-functional electroduct tower of the present embodiment on upper support single tube 12 Mounting hole 121, and the first cross-arm 21 and the second cross-arm 22 in cross biling assembly 2 are correspondingly arranged on shackle 211 and drag hook 221, Wherein, the tapered structure of the gib head of drag hook 221 so that during drag hook 221 is connected with shackle 211, drag hook 221 can be gradual Lacing wire shackle 211, so that the first cross-arm 21 and the second cross-arm 22 clamp upper support single tube 12；Importantly, pacifying During dress, cross-arm can be by the way of the vertical lifting of routine so that the carrying axle 23 on cross-arm first hangs over suspension hook 122 On, cross-arm is then gradually laid flat, and during being laid flat, the first cross-arm 21 and the second cross-arm 22 will pass through shackle 211 and drag hook 221 tighten together, and in order to improve connection reliability, can the first cross-arm 21 and the second cross-arm 22 mounting end it is following It is connected using less bolt with upper support single tube 12, for prior art, cross-arm horizontal need not lift, together When, live work high above the ground is also reduced to adjust the step of end face of cross-arm is alignd with the mounting surface of upper support single tube 12, it is only necessary to Cross-arm is hung over can complete to pre-install on suspension hook 122, also, be saved greatly for cross-arm of the prior art fixation The bolt of amount, the time of operating personnel's work high above the ground is reduced, improves field erected efficiency.

Further, the bottom of upper support single tube 12 is provided with locating ring 123, the diameter of the locating ring 123 by Up to taper into down, the locating ring 123 is inserted in the upper flange plate 131.Specifically, during tower body 1 is assembled, , can be by the more convenient completion upper support single tube 12 of locating ring 123 and upper after upper support single tube 12 is lifted Ring flange 131 is alignd, and because locating ring 123 is in funnel-form, locating ring 123 can be oriented to so that upper support single tube 12 Entirety is automatically positioned alignment after falling on upper flange plate 131, so as to reduce the time of worker's work high above the ground, reduces the labor of worker Fatigue resistance.Preferably, in order to realize upper support single tube 12 and the pretension after lifting of upper flange plate 131, the side wall of locating ring 123 Open slot 124 is further opened with, and reinforcement 134 is additionally provided with the support tube 133, the ground of reinforcement 134 leans against described On the outer wall of locating ring 123.Specifically, because the diameter of locating ring 123 from top to bottom tapers into, the lower end of locating ring 123 Portion can not be inserted into upper flange plate 131 by resistance, and during upper support single tube 12 is gradually fallen, locating ring 123 diameters relative with upper flange plate 131 gradually increase, and continue lower backwardness, and locating ring 123 is set by the lower section of upper flange plate 131 The clamping of reinforcement 134, and open slot 124 can realize that locating ring 123 is deformed.

The multi-functional electroduct tower of the present embodiment, the downside of tower body uses the pipe support of bottom three, and the upside of tower body uses top Support single tube, the pipe support of bottom three can avoid excessive using single-pipe tower bottom caliber and cause what manufacturing cost and difficulty increased to ask Topic produces, and upper support single tube can directly lift overall fixation in installation process at the scene, can avoid using steelframe again The problem of tower needs to build splicing top tower body in high-altitude, you can to reduce manufacturing cost on the whole, the scene of can improving again Installation effectiveness；Wherein, installing space is cooperatively formed using two ring flanges and support tube, bundling antenna is arranged on installing space In, the antenna in disparate modules, which is arranged in installing space, to be independent of each other, and can install multiple modularizations at the top of tower body Antenna, space availability ratio is effectively raised, realize that power transmission tower is used for communication tower, realize functional diversities；In addition, vertically-supplying air Power generator is arranged on the top of modularization antenna by connection component, between the upper cushion socket and lower mounting seat in connection component It is spaced apart by honeycomb shock-absorbing sleeve, honeycomb shock-absorbing sleeve can play above-below direction and circumferencial direction buffering vibration to upper cushion socket Effect, security implication is caused to tower body so as to reduce caused vibrations in vertical wind power generator operation, truly realized Wind-power electricity generation is carried out using power transmission tower, realizes that multi-functional electroduct tower is easy to live Fast Installation to improve installation effectiveness, and carry Space-efficient.

Finally it should be noted that：Above example is only to illustrate the technical solution of the utility model, rather than its limitations； Although the utility model is described in detail with reference to the foregoing embodiments, it will be understood by those within the art that： It can still modify to the technical scheme described in foregoing embodiments, or which part technical characteristic is carried out etc. With replacement；And these modifications or replacement, the essence of appropriate technical solution is departed from various embodiments of the utility model technology The spirit and scope of scheme.

Claims (5)

1. a kind of multi-functional electroduct tower, including tower body and at least one set of cross biling assembly, cross biling assembly described in every group is included backwards The first cross-arm and the second cross-arm set, it is characterised in that also include multiple modularizations including antenna module, the antenna module Antenna, the modularization antenna include two ring flanges, support tube and bundling antenna, and the support tube is arranged on two methods Between blue disk, installing space is formed between two ring flanges, the bundling antenna is arranged in the installing space；It is described Tower body includes bottom pipe support, middle part connector and upper support single tube, and the bottom pipe support includes three supports being parallel to each other Steel pipe, more connecting rods is welded between adjacent two supporting steel pipes, the middle part connector includes support tube and three Connecting tube, three connecting tube oblique welds the support tube side wall and be uniformly distributed around the support tube, the company The bottom of adapter connects with the corresponding supporting steel pipe, and the upper support single tube is connected to the top of the support tube, First cross-arm and second cross-arm are arranged on the upper support single tube, and multiple modularization antennas are from the bottom to top The top of the upper support single tube is sequentially arranged in, the two neighboring modularization antenna is fixed by the ring flange to be connected Connect.

2. multi-functional electroduct tower according to claim 1, it is characterised in that on the modularization antenna at top Wind-power electricity generation component is additionally provided with, the wind-power electricity generation component includes vertical wind power generator and connection component, the connection group Part includes upper cushion socket, lower mounting seat and honeycomb shock-absorbing sleeve, and the lower surface of the upper cushion socket offers shoulder hole, the lower peace The upper surface of dress seat is provided with the mounting post to raise up, and the honeycomb shock-absorbing sleeve is enclosed in the mounting post, the mounting post It is inserted in the honeycomb shock-absorbing sleeve in the shoulder hole, the upper cushion socket and the lower mounting seat are bolted one Rise, the vertical wind power generator is arranged on the upper cushion socket, and the lower mounting seat is fixed on the modularization at top On antenna.

3. multi-functional electroduct tower according to claim 2, it is characterised in that the side wall of the mounting post is provided with damping Coating, beam is additionally provided between the upper cushion socket and the lower mounting seat, metal-rubber set is also cased with outside the bolt, The metal-rubber set is clipped between the head of the bolt and the edge of the upper cushion socket.

4. multi-functional electroduct tower according to claim 1, it is characterised in that around the support tube in the installing space Periphery be evenly equipped with three pieces shielding cut-off, it is described shielding cut-off upper and lower end parts weld two ring flanges between, the screen The inner side edge for covering cut-off is welded in the side wall of the support tube, and it is empty to form installation between adjacent two pieces of shielding cut-offs Between, it is provided with the bundling antenna in each installation subspace.

5. multi-functional electroduct tower according to claim 1, it is characterised in that opened in the side wall of the upper support single tube Provided with mounting hole, the mounting hole runs through the upper support single tube, and the upper support single tube is located at the upper of the mounting hole Portion is additionally provided with suspension hook；The mounting end of first cross-arm is provided with shackle, and the end set of second cross-arm has drag hook, The tapered structure of gib head of the drag hook, on the upside of the mounting end of first cross-arm and on the mounting end of second cross-arm Side is respectively arranged with carrying axle, first cross-arm and second cross-arm backwards to setting, first cross-arm and described second The carrying axle of cross-arm is stuck in the corresponding suspension hook, and the shackle and the drag hook pass through the mounting hole site in the top Support in single tube, the drag hook catches on the shackle.