CN211448028U

CN211448028U - Intelligence pole base

Info

Publication number: CN211448028U
Application number: CN201921859980.5U
Authority: CN
Inventors: 马庆丽; 于银凤; 杨怡然; 娄亮; 徐宁
Original assignee: Henan Electric Power Engineering Co ltd
Current assignee: Henan Electric Power Engineering Co ltd
Priority date: 2019-10-31
Filing date: 2019-10-31
Publication date: 2020-09-08
Anticipated expiration: 2029-10-31

Abstract

The utility model provides an intelligence pole base, first support post middle part is equipped with cross connection's second support post and third support post, the crosspoint of second support post and third support post is on first support post, and first support post middle part still is equipped with cross connection's fourth support post and fifth support post, the crosspoint of fourth support post and fifth support post is on first support post. The plane that second support post and third support post place and the plane mutually perpendicular at fourth support post and fifth support post place, the utility model discloses can form crisscross three-dimensional setting through first support column, second support column, third support column fourth support column and fifth support column, increase with ground area of contact, the dual connection on stand and ground improves the steadiness of cement pole, and fundamentally keeps the vertical state of cement pole like this, can effectively prevent the slope of cement pole.

Description

Intelligence pole base

Technical Field

The utility model relates to an electric power construction technical field, concretely relates to intelligence pole base.

Background

Electrical poles are electrical bridges used as the main components of electrical transportation systems. After the cement pole is installed, due to factors such as seasonal changes, geological conditions and operation time, the cement pole is often caused to be inclined, the normal operation of a distribution line is seriously threatened, and therefore the inclined cement pole needs to be righted. The traditional telegraph pole straightening operation mode is that under the premise of power failure, a pull rope is fixed at a pole tip, and then the pull rope is pulled manually to straighten the telegraph pole; at present, a crane or a field ground anchor and other modes are usually adopted to right a cement pole, but the righting work is often influenced due to terrain limitation. Particularly, the crane is adopted for righting, and righting work can be finished only when power failure occurs to related distribution lines.

The low-voltage overhead line is used for residential life and agricultural production, and is mostly supported and erected by a cement electric pole. When the concrete pole is erected, the concrete pole is generally hoisted and righted by a crane, and the erection is very simple. Because when the pole is initially installed, the soil is soft, the pole during erection often inclines, so that the crane can erect a second pole only after one pole is completely erected, and the erection efficiency is low. For example, the upright rod centralizer with chinese patent No. 201320216893.4 is designed for hoisting electric poles.

After the cement pole is installed, due to factors such as seasonal changes, geological conditions and operation time, the cement pole is often caused to be inclined, the normal operation of a distribution line is seriously threatened, and therefore the inclined cement pole needs to be righted. The traditional telegraph pole straightening operation mode is that under the premise of power failure, a pull rope is fixed at a pole tip, and then the pull rope is pulled manually to straighten the telegraph pole; at present, a crane or a field ground anchor and other modes are usually adopted to right a cement pole, but the righting work is often influenced due to terrain limitation. Particularly, the crane is adopted for righting, and righting work can be finished only when power failure occurs to related distribution lines.

After the pole was installed, along with live time's continuous extension, the soil property became reality, sclerosis, and the state of erectting of pole is also stereotyped basically. If the mast is tilted during this process, righting will be very difficult for the following reasons: when the electric pole is righted, the electric pole must occupy the ground space on the righting side, so 1, if the soil and the stone in the space are not cleared, the soil and the stone are necessarily strongly extruded, the required external force is extremely large, engineering machinery such as a crane and a bulldozer must be generally adopted, and even if the engineering machinery is used for righting by strength, the defect that the electric pole is easily pushed and folded exists; 2. if the space soil and stone are to be removed, if the soil and stone are to be removed by manually operating a shovel, firstly, the soil and stone on the earth surface are harder, the shovel is used for digging more difficult, secondly, in order to make the shovel convenient to dig, a larger amount of upper soil and stone are dug, and then the shovel can dig the lower soil and stone deeply, namely, the space on the righting side of the excavated pole is a cone with a large upper end and a small lower end, so that the time and labor are wasted, the labor intensity is high, the efficiency is low, and if the shovel is completed by engineering machinery such as an excavator, the problems of limitation of terrain and traffic and the high righting cost exist.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to prevent the pole slope, for solving above-mentioned problem, the utility model provides an intelligence pole base.

The purpose of the utility model is realized with the following mode:

the utility model provides an intelligence pole base, including bury underground with underground first support post, first support post middle part is equipped with cross connection's second support post and third support post, the intersect of second support post and third support post is on first support post, and first support post middle part still is equipped with cross connection's fourth support post and fifth support post, the intersect of fourth support post and fifth support post is on first support post. The plane of the second supporting upright column and the plane of the third supporting upright column are vertical to the plane of the fourth supporting upright column and the plane of the fifth supporting upright column.

And the intersection point of the second support upright and the third support upright is superposed with the intersection point of the fourth support upright and the fifth support upright.

And one ends of the first support upright post, the second support upright post, the third support upright post, the fourth support upright post and the fifth support upright post are fixedly connected with the support platform above the ground.

The first supporting upright post, the second supporting upright post, the third supporting upright post, the fourth supporting upright post, the fifth supporting upright post and the supporting platform are formed by integrally pouring reinforced concrete.

Compared with the prior art, the utility model discloses can form crisscross three-dimensional setting through first support column, second support column, third support column fourth support column and fifth support column, increase with ground area of contact, stand and the dual connection on ground improve the steadiness of cement pole, fundamentally keeps the vertical state of cement pole like this, can effectively prevent the slope of cement pole.

Drawings

FIG. 1 is a schematic view of the installation of a first support column, a second support column, and a third support column.

Fig. 2 is a schematic illustration of the installation of the first support column, the fourth support column, and the fifth support column.

The support structure comprises a support platform 1, a first support upright post 2, a second support upright post 3, a third support upright post 4, a fourth support upright post 5 and a fifth support upright post 6.

Detailed Description

As shown in fig. 1 to 2, an intelligent electric pole base comprises a first supporting upright 2 buried underground, wherein a second supporting upright 3 and a third supporting upright 4 which are connected in a cross manner are arranged in the middle of the first supporting upright 2, the cross point of the second supporting upright 3 and the third supporting upright 4 is arranged on the first supporting upright 2, a fourth supporting upright 5 and a fifth supporting upright 6 which are connected in a cross manner are further arranged in the middle of the first supporting upright 2, and the cross point of the fourth supporting upright 5 and the fifth supporting upright 6 is arranged on the first supporting upright 2. The plane of the second supporting upright 3 and the third supporting upright 4 is vertical to the plane of the fourth supporting upright 5 and the fifth supporting upright 6.

The intersection point of the second support column 3 and the third support column 4 coincides with the intersection point of the fourth support column 5 and the fifth support column 6.

And one ends of the first support upright post 2, the second support upright post 3, the third support upright post 4, the fourth support upright post 5 and the fifth support upright post 6 are fixedly connected with the support platform 1 above the ground.

The first support upright post 2, the second support upright post 3, the third support upright post 4, the fourth support upright post 5, the fifth support upright post 6 and the support platform 1 are formed by integrally pouring reinforced concrete.

The working process of the utility model is as follows: ramming at the assigned position, form supporting platform 1 district, punch at 1 district middle part of supporting platform and form 2 holes of first support post, then punch in 1 district week side slant of supporting platform, form 3 holes of second support post respectively, the third stand hole, fourth stand hole and fifth stand hole, and all hand over on first support post hole, then put into the reinforcing bar, pour cement to it, form first support post, the second support post, the third support post, fourth support post and fifth support post, and the supporting platform 1 in the supporting platform 1 district of top, form for integrative pouring, accomplish the operation.

While the preferred embodiments of the present invention have been described, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the general inventive concept, and it is intended to cover all such changes and modifications as fall within the true spirit and scope of the invention.

Claims

1. The utility model provides an intelligence pole base which characterized in that: including burying underground with underground first support post, first support post middle part is equipped with cross connection's second support post and third support post, the intersect of second support post and third support post is on first support post, and first support post middle part still is equipped with cross connection's fourth support post and fifth support post, the intersect of fourth support post and fifth support post is on first support post.

2. The intelligent pole base as recited in claim 1, further comprising: the plane of the second supporting upright column and the plane of the third supporting upright column are vertical to the plane of the fourth supporting upright column and the plane of the fifth supporting upright column.

3. The intelligent pole base as recited in claim 1, further comprising: and the intersection point of the second support upright and the third support upright is superposed with the intersection point of the fourth support upright and the fifth support upright.

4. The intelligent pole base as recited in claim 1, further comprising: and one ends of the first support upright post, the second support upright post, the third support upright post, the fourth support upright post and the fifth support upright post are fixedly connected with the support platform above the ground.

5. The intelligent pole base as recited in claim 3, further comprising: the first supporting upright post, the second supporting upright post, the third supporting upright post, the fourth supporting upright post, the fifth supporting upright post and the supporting platform are formed by integrally pouring reinforced concrete.