CN211048258U - Insulating anti-bird cone barrel for distribution network - Google Patents

Abstract

The utility model provides a pair of join in marriage net with insulating anti-bird awl bucket, a serial communication port includes sleeve and chassis, insulating anti-bird awl bucket structure is to open structure, use the cramp to fix awl bucket structure after the rubber coating, the awl bucket can effectively cover and join in marriage metal parts such as net double cross arm construction bolt, make birds can't nest, awl bucket and pole laminating are inseparable, can prevent sleet water seepage, sleeve and chassis design inclination increase fillet transition, prevent ponding dirt accumulation, the chassis bottom sets up the oblique angle and supports, increase structural strength, prevent that the wind from blowing to warp. The insulating anti-bird cone barrel is made of a high-molecular silicon rubber material, so that the insulating anti-bird cone barrel is good in weather resistance, and the silicon rubber has elasticity and can be tightly attached to an electric pole to prevent looseness and seepage. The utility model provides an insulating anti-bird awl bucket, mainly used join in marriage net double cross arm and the protection of staple bolt birds easily nest department is connected to the pole, simple structure, and the cost is very low, and the anti-bird effect is showing.

Description

Insulating anti-bird cone barrel for distribution network

Technical Field

The utility model relates to an anti-bird device, especially at the anti-bird device of electric power pole and two cross arm staple bolts junctions.

Background

The bird preventing equipment for preventing birds from nesting for the existing distribution network mainly comprises a wind bird repelling device and a bird repelling spacer, and mainly has the problems of large volume and weight, inconvenience in installation, limited protection capability, short service life and the like. The height of the existing wind-driven bird repeller and bird-repelling place holder after the installation of distribution network bird-preventing equipment is high and prominent, a large amount of space can be occupied, and the later-stage line maintenance operation is seriously influenced.

The existing wind-driven bird repeller and bird repellent space occupying equipment mainly comprise engineering plastics, are poor in weather resistance when used outdoors, short in service life and easy to replace, and can cause environmental pollution when replaced.

Present wind-force drives bird ware and drives bird spacer and use the metal to connect, and it is inconvenient to dismantle, takes a lot of work and takes the material, and the metal surface has the galvanizing coat heavy metal when equipment is scrapped to be changed, can cause the pollution to the environment.

Disclosure of Invention

To current bird device of nesting of preventing that volume weight is big on the contrary, the operation is inconvenient, and life is short, influences technical shortcoming such as circuit fortune dimension operation, the utility model provides a simple structure, the lower high-efficient bird device of preventing of cost.

The technical effect of the utility model is realized through following technical scheme:

an insulating anti-bird cone barrel for a distribution network is characterized by being of a split structure and comprising a sleeve, a base plate and a split structure connecting device, wherein the connecting part of the sleeve and the base plate is designed with inclination to increase fillet transition. The design is to open structure, and field operation is convenient, uses connecting device to fix the awl bucket lamella after the rubber coating, and insulating anti-bird awl bucket leakproofness is good, and is firm reliable, and sleeve and chassis junction design inclination increase fillet transition prevent ponding long-pending dirty. The chassis is internally provided with the bevel support, so that the structural strength is improved, and the deformation caused by wind blowing is prevented.

The distribution network insulation can be designed into a two-lobe, four-lobe or six-lobe split structure.

The chassis is square or round, and an oblique angle support is arranged inside the chassis.

The connecting device is a cramp or a turnbuckle.

The insulating anti-bird cone barrel material is a high molecular silicon rubber material formed by linear polysiloxane. The organic silicon has better thermal stability, irradiation resistance and weather resistance than other high polymer materials, and the service life of the organic silicon in natural environment can reach dozens of years. Because the silicon rubber has elasticity, the insulating anti-bird cone barrel can be tightly attached to the electric pole after being fixed by the cramp, and the anti-loosening and anti-seepage effects are achieved.

The insulating anti-bird cone barrel is arranged at the connecting hoop of the double cross arms and the electric pole.

Sleeve length and diameter the chassis can be customized according to pole and strain insulator cross arm size. When the device is used, the coverage area of the chassis can effectively cover metal parts such as double-cross-arm mounting bolts and the like, so that birds cannot nest on the device. The sleeve is closely attached to the electric pole, so that rainwater leakage can be prevented.

The utility model provides a join in marriage net with insulating anti-bird awl bucket, simple structure, simple to operate does not have the influence basically to later stage circuit maintenance, uses awl bucket structure to prevent that the bird effect is showing, uses polymer silicon rubber material weatherability strong, and long service life is pollution-free to the environment, the utility model discloses inner structure strengthens, can prevent effectively that the wind from blowing the deformation.

Drawings

FIG. 1: two-petal type split distribution network insulating anti-bird cone barrel stereogram

FIG. 2: two lamella formula are run from opposite directions and are joined in marriage a lamella home view of insulating anti-bird awl bucket for net

FIG. 3: section view A-A in FIG. 2

FIG. 4: two lamella formula are run from opposite directions and are joined in marriage a lamella left side view of insulating anti-bird awl bucket for net

FIG. 5: two-petal type split distribution network insulating anti-bird cone barrel bottom view

In the figure: 1. the structure comprises a sleeve, 2 parts of a chassis, 3 parts of a connecting device, 4 parts of an oblique angle support and 5 parts of an oblique angle increasing fillet.

Detailed Description

Example (b):

the insulating anti-bird cone barrel for the distribution network is of a split structure and comprises a sleeve 1, a base plate 2, a connecting device 3 of the split structure of the insulating anti-bird cone barrel for the distribution network, an oblique angle support 4 on the base plate of the insulating anti-bird cone barrel for the distribution network, and a fillet 5 for transition at the joint of the sleeve and the base plate.

The split structure is arranged into two split parts, the structure is fixed by the fastening nails after gluing, the insulating anti-bird cone barrel is made of high polymer silicon rubber materials of linear polysiloxane, and the anti-bird cone barrel is tightly attached to the electric pole after being fixed by the fastening nails because the silicon rubber has elasticity, so that the looseness can not occur. The high molecular silicon rubber material has strong weather resistance, can be used for more than 20 years, and has no pollution to the environment.

The sleeve height of insulating anti-bird awl bucket is 200mm, and the chassis is square, covers the long wide 350mm scope, and the chassis is inside to be equipped with oblique angle and supports 4, supports on two cross arms.

Install insulating anti-bird awl bucket and can effectively cover metal parts such as two cross arm construction bolts behind connection staple bolt department of two cross arms and electric pole, make birds unable at last nest. The sleeve is closely attached to the electric pole, so that rainwater leakage can be prevented. The design inclination of sleeve and chassis junction increases the fillet transition, prevents effectively that ponding from long-pending dirty. Inside increases the oblique angle and supports, increases structural strength, can effectively prevent wind and blow the deformation.

In this embodiment, the chassis is square, and those skilled in the art can set the chassis to be circular according to a specific application scenario.

In this embodiment, insulating anti-bird awl bucket establishes to set up to two lamellas and run from opposite directions, and the technical staff in the field can set the awl bucket into four lamellas or six lamella formula and run from opposite directions according to the mounting structure of pole and two cross arms.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it should be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; such modifications and substitutions do not depart from the spirit and scope of the embodiments of the present invention.

Claims (7)

1. An insulating anti-bird cone barrel for a distribution network is characterized by being of a split structure and comprising a sleeve (1), a base plate (2) and a connecting device (3) of the split structure, wherein a slope increasing fillet (5) is arranged at the joint of the sleeve and the base plate for transition, and an oblique angle support (4) is arranged inside the base plate.

2. The insulating anti-bird bucket for distribution networks of claim 1, wherein the insulating anti-bird bucket is designed to be split in two, four or six lobes.

3. The insulated anti-bird cone bucket for distribution networks of claim 1, wherein the base plate is square or circular.

4. The insulating anti-bird cone bucket for distribution networks of claim 1, wherein the connecting means is a pintle or a turnbuckle.

5. The insulating anti-bird cone barrel for the distribution network of claim 1, wherein the material of the insulating anti-bird cone barrel is a high molecular silicone rubber material consisting of linear polysiloxane.

6. The insulating anti-bird cone bucket for the distribution network of claim 1, wherein the insulating anti-bird cone bucket is installed at a connection hoop of the double cross arms and the electric poles of the distribution network.

7. The insulating anti-bird cone bucket for distribution networks of claim 1 or claim 3, wherein the sleeve length and diameter, the chassis shape and size can be set according to the pole and double cross arm dimensions.

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