CN210685555U - Modular multifunctional lamp pole tower - Google Patents

Abstract

The utility model belongs to modularization multi-functional lamp shaft tower, especially a modularization multi-functional lamp shaft tower, upright square intubate is being consolidated on the base, the shaft tower main part that comprises square steel pipe cup joints the cooperation on the square intubate of base, and it is as an organic whole through the bolt rigid coupling, the lightning rod is being consolidated on the top of shaft tower main part, upper end rigid coupling at the shaft tower main part is holding the pole a little at the station, the shaft tower main part comprises the body of rod for its basic length by 3 meters long square steel pipe, the equipartition is setting up through-hole and bolted connection hole on four faces of the body of rod, to the shaft tower main part that comprises the body of rod more than two, be connected through angle steel subassembly and/or sleeve between its adjacent body of rod. The utility model discloses rational in infrastructure, sharing shaft tower forms such as set communication, monitoring, advertisement, check out test set realize the high standardized design of shaft tower, can increase and decrease in a flexible way, can satisfy communication equipment and hang at other equipment hanging.

Description

Modular multifunctional lamp pole tower

Technical Field

The utility model belongs to modularization multifunctional lamp shaft tower, especially a modularization multifunctional lamp shaft tower.

Background

With the arrival of 5G construction, communication towers with the length of below 20 meters are in vigorous demand. Social resource sharing is a current trend, and a communication base station not only appears in the form of a communication tower, but also is in the form of a shared tower integrating communication, monitoring, advertising, detection equipment and the like. The tower that can satisfy communication equipment mount at present and other equipment mounts is many in kind, and the form is different, does not form standardized product.

The existing towers are different in form and are designed in a one-station-one mode, and the universality of components is poor. In the face of the current explosive 5G construction requirement, the following problems exist in the prior art:

1. one-stop one-design can not realize product stock, and the construction efficiency is influenced.

2. At present, each main material component and the mounting component of the tower are not universal, and the tower is increased and reduced in the later period and is difficult to realize. The tower mast is difficult to move and use.

3. At present, other mounting difficulties are increased if the pole tower is needed, mounting holes are difficult to reserve, and threading holes are difficult to reserve.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a multi-functional lamp shaft tower of modularization, its is rational in infrastructure, and sharing shaft tower forms such as set communication, monitoring, advertisement, check out test set realize the high standardized design of shaft tower, can increase and decrease in a flexible way, can satisfy communication equipment and hang at other equipment carriers.

The purpose of the utility model is realized like this: the utility model provides a modularization multi-functional lamp shaft tower, the rigid coupling is upright square intubate on the base, the shaft tower main part that comprises square steel pipe cup joints the cooperation on the square intubate of base, and as an organic whole through the bolt rigid coupling, the lightning rod is being rigid coupling on the top of shaft tower main part, the upper end rigid coupling of shaft tower main part is being held the pole in a little station, the shaft tower main part comprises the body of rod for its basic length by 3 meters long square steel pipe, the equipartition is setting up through-hole and bolted connection hole on four faces of the body of rod, to the shaft tower main part that comprises the body of rod more than two, be connected through angle steel subassembly and/or sleeve between its adjacent body of rod.

The utility model discloses the innovation adopts national standard square steel as shaft tower main material to set up equidistant standard hole on main material and be used for body of rod to connect, the accessory installation is fixed and the threading. Meanwhile, the main material of the tower, the mounting accessories and the connecting bolt standards are unified by the design, the height of the tower can be flexibly increased and decreased, and the hanging objects of the tower can be flexibly increased and decreased.

The main contents are as follows:

1. main materials of the tower: national standard square steel is adopted. Selecting proper size standard according to different tower heights and different hanging loads

A component.

2. The main material connection mode: the main material is provided with standard holes at equal intervals. The main material with the same size will not pass through the angle steel back plate

Connecting with a tower; the main materials with different sizes are connected through the conversion flange, so that the height of the tower can be flexibly increased and decreased.

3. The hanging objects are connected through the standard holes of the main material, and the connecting holes of the hanging members are consistent with the holes of the main material

And various devices can be flexibly mounted at different heights and directions.

The utility model discloses it is rational in infrastructure, the sharing shaft tower forms such as communication, monitoring, advertisement, check out test set have been assembled, have realized the high standardized design of shaft tower, can increase and decrease in a flexible way, have satisfied communication equipment and have hung at other equipment hanging.

Drawings

It is right to combine the attached drawing below the utility model discloses it is right to combine the figure, and figure 1 is 3m for the shaft tower main part the utility model discloses main structure schematic view, figure 2 is 6m for the shaft tower main part the utility model discloses main structure schematic view, figure 3 is 9m for the shaft tower main part the utility model discloses main structure schematic view, figure 4 is 12m for the shaft tower main part the utility model discloses main structure schematic view, figure 5 is base main structure schematic view, figure 6 is the overlooking structure schematic diagram of figure 5, and figure 7 is the main structure schematic view of the body of rod, and figure 8 is angle iron subassembly main structure schematic view, and figure 9 is sleeve main structure schematic, and figure 10 is the overlooking structure schematic diagram of figure 9.

Detailed Description

A modularized multifunctional lamp pole tower is disclosed, as shown in figures 1, 2, 3, 4, 5, 6, 7, 8, 9 and 10, an upright square insertion tube 10 is fixedly connected to a base 1, a pole tower main body formed by square steel tubes is sleeved and matched on the square insertion tube 10 of the base and fixedly connected into a whole through bolts, a lightning rod 6 is fixedly connected to the top end of the pole tower main body, a micro-station holding pole 5 is fixedly connected to the upper end of the pole tower main body, the pole tower main body is a pole body 2 formed by 3 meters of square steel tubes serving as the base length, through holes 3 and bolt connecting holes 4 are uniformly distributed and arranged on four surfaces of the pole body, and for the pole tower main body formed by more than two pole bodies 2, the adjacent pole bodies 2 are connected through connecting angle steel assemblies 7 and/or sleeves 8 and fastened through bolts. The base 1 is structurally characterized in that an upright square insertion tube 10 is fixedly connected to a square bottom plate 9, bolt connection holes 4 and through holes 3 corresponding to bolt connection holes 4 and through holes 3 of a matched rod body 2 are formed in the tube surface of the upper portion of the square insertion tube 10, upright reinforcing plates 11 are fixedly connected between four surfaces of the lower portion of the square insertion tube 10 and the square bottom plate 9 in an evenly distributed mode, and ground anchor connection holes 12 are evenly distributed and arranged on the square bottom plate 9. The square bottom plate 9 of the base is a square bottom plate, the side length of which is 320-420mm, the height of the square insertion tube 10 is 350-500mm, the square insertion tube 10 is a square steel tube, and the side length of the cross section of which is 145-205 mm. The cross section of the rod body 2 is a square steel pipe, the side length of the steel pipe is 160-220mm, through holes 3 are uniformly distributed on the axis of the rod body 2, the distance between every two uniformly distributed through holes 3 is 200mm, the aperture of each through hole 3 is 40mm, the height of each through hole 3 is staggered by 25mm, four bolt connecting holes 4 which are symmetrical to each other are uniformly distributed on the rod body surfaces of the upper part and the lower part of each through hole 3, the aperture of each bolt connecting hole 4 arranged on each rod body surface is 21.5mm, and the aperture of the rest of open holes is 12 mm. The connecting angle steel assembly 7 is composed of four angle steels 13, connecting holes 14 corresponding to bolt connecting holes 4 on the half surface of the rod body 2 are respectively arranged on two surfaces of each angle steel, half holes 15 corresponding to through holes 3 of the rod body are arranged on the edges of two right-angle surfaces of each angle steel 13, and the length of each group of connecting angle steel 13 is 400-600 mm. The sleeve 8 is composed of a bottom plate 16, an upright square upper sleeve 17 fixed on the top of the bottom plate 16, a reinforcing plate 11 uniformly distributed between the lower part of the upper sleeve 17 and the bottom plate 16, an upright square lower sleeve 18 fixed on the back of the bottom plate 16, and bolt connecting holes 4 and through holes 3 corresponding to the bolt connecting holes 4 and the through holes 3 on the rod body surface of the rod body 2 matched with the upper sleeve 17 and the lower sleeve 18 respectively.

Claims (6)

1. The utility model provides a multi-functional lamp shaft tower of modularization which characterized by: upright square intubate (10) is being rigid coupling on base (1), the shaft tower main part that comprises square steel pipe cup joints the cooperation on square intubate (10) of base, and as an organic whole through the bolt rigid coupling, lightning rod (6) is being rigid coupling on the top of shaft tower main part, pole (5) are being embraced in little station to the upper end rigid coupling of shaft tower main part, the shaft tower main part comprises the body of rod (2) for its basic length by 3 meters long square steel pipe, the equipartition is setting up through-hole (3) and bolted connection hole (4) on four faces of the body of rod, to the shaft tower main part that comprises body of rod (2) more than two, be connected through angle steel subassembly (7) and/or sleeve (8) between its adjacent body of rod (2), and through the bolt-up.

2. The modular multi-function light tower of claim 1, wherein: the structure of base (1) is for being the rigid coupling upright square intubate (10) on square bottom plate (9), setting up on the tube side on square intubate (10) upper portion and the body of rod (2) bolt connection hole (4) that cooperate, corresponding bolt connection hole (4) and through-hole (3), the equipartition is being fixed upright reinforcing plate (11) between four faces and square bottom plate (9) of square intubate (10) lower part, the equipartition is setting up ground anchor connecting hole (12) on square bottom plate (9).

3. The modular multi-function light tower of claim 1, wherein: the square bottom plate (9) of the base is a square bottom plate, the side length of the square bottom plate is 320-420mm, the height of the square insertion pipe (10) is 350-500mm, the square insertion pipe (10) is a square steel pipe, and the side length of the cross section of the square insertion pipe is 145-205 mm.

4. The modular multi-function light tower of claim 1, wherein: the cross section shape of the rod body (2) is a square steel pipe, the side length of the square steel pipe is 160-220mm, through holes (3) are uniformly distributed on the axis of the surface of the rod body (2), the interval of the uniformly distributed through holes (3) is 200mm, the aperture of each through hole (3) is 40mm, the height of each through hole (3) is staggered by 25mm, four bolt connecting holes (4) which are mutually symmetrical are uniformly distributed and arranged on the rod body surfaces of the upper part and the lower part of each through hole (3), the aperture of each bolt connecting hole (4) arranged on the rod body surface is 21.5mm, and the apertures of other holes are 12 mm.

5. The modular multi-function light tower of claim 1, wherein: the structure of the connecting angle steel assembly (7) is composed of four angle steels (13), connecting holes (14) corresponding to bolt connecting holes (4) on the half surface of the rod body (2) are respectively arranged on two surfaces of each angle steel, half holes (15) corresponding to through holes (3) of the rod body are arranged on the edges of two right-angle surfaces of each angle steel (13), and the length of each group of connecting angle steel group angle steels (13) is 400-600 mm.

6. The modular multi-function light tower of claim 1, wherein: the sleeve (8) is structurally characterized in that an upright square upper sleeve (17) is fixedly connected to the upper surface of a bottom plate (16), reinforcing plates (11) are uniformly distributed between the lower part of the upper sleeve (17) and the bottom plate (16), an upright square lower sleeve (18) is fixedly connected to the back surface of the bottom plate (16), and bolt connecting holes (4) and through holes (3) which correspond to the bolt connecting holes (4) and the through holes (3) on the rod body surface of a rod body (2) matched with the upper sleeve and the lower sleeve (17 and 18) are respectively arranged on the four surfaces of the upper sleeve and the lower sleeve (17 and 18).

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