Fabricated thin-wall cavity reinforced concrete power distribution cabinet base

Abstract

The utility model discloses an assembly type thin-wall cavity reinforced concrete power distribution cabinet base, and solves the problem of how to design an assembly type base which is convenient to hoist and move and can be reused. On the flat ground, a first prefabricated thin-wall cavity reinforced concrete support block (1), a second prefabricated thin-wall cavity reinforced concrete support block (2), a third prefabricated thin-wall cavity reinforced concrete support block (3) and a fourth prefabricated thin-wall cavity reinforced concrete support block (4) are arranged in a square array, and transverse gaps (5) and longitudinal gaps (6) are formed; a distribution box (11) is arranged among the top end face of the first prefabricated thin-wall cavity reinforced concrete support block (1), the top end face of the second prefabricated thin-wall cavity reinforced concrete support block (2), the top end face of the third prefabricated thin-wall cavity reinforced concrete support block and the top end face of the fourth prefabricated thin-wall cavity reinforced concrete support block. Field combination is simple, operation is easy, and the device can well adapt to the environment of a construction site.

Description

TECHNICAL FIELD

[0001] The utility model relates to a kind of concrete pedestals, in particular to a kind of fabricated thin-walled cavity reinforced concrete power distribution cabinet pedestal. BACKGROUND

[0002] In civil construction site, primary power distribution cabinet is needed to be configured, power transmission line from power supply unit is introduced into primary power distribution cabinet, and the output line in power distribution cabinet is connected with each secondary distribution box of construction site, to provide power supply for each power consumption area and equipment of site;The primary power distribution cabinet of prior art is arranged on fixed power distribution cabinet pedestal, and the power distribution cabinet pedestal is generally fixed by brick, and cable introduction groove is reserved, and the structure has the following problems: (1) the pedestal cannot move with the movement of construction site, (2) the pedestal needs to be removed and reinstalled when construction is completed, causing waste of labor and materials. SUMMARY

[0003] The utility model provides a kind of fabricated thin-walled cavity reinforced concrete power distribution cabinet pedestal, solve the technical problem of how to design a kind of assembled base of hoisting and moving and repeated use.

[0004] The utility model solves the above technical problems by the following technical solutions:

[0005] A kind of fabricated thin-walled cavity reinforced concrete power distribution cabinet pedestal, including first prefabricated thin-walled cavity reinforced concrete support block, second prefabricated thin-walled cavity reinforced concrete support block, third prefabricated thin-walled cavity reinforced concrete support block, fourth prefabricated thin-walled cavity reinforced concrete support block and distribution box, the structure of first prefabricated thin-walled cavity reinforced concrete support block, the structure of second prefabricated thin-walled cavity reinforced concrete support block, the structure of third prefabricated thin-walled cavity reinforced concrete support block and the structure of fourth prefabricated thin-walled cavity reinforced concrete support block are all same, on flat ground, first prefabricated thin-walled cavity reinforced concrete support block, second prefabricated thin-walled cavity reinforced concrete support block, third prefabricated thin-walled cavity reinforced concrete support block, fourth prefabricated thin-walled cavity reinforced concrete support block are arranged in mouth character shape array, and transverse gap and longitudinal gap are formed;Distribution box is arranged between the top end surface of first prefabricated thin-walled cavity reinforced concrete support block, the top end surface of second prefabricated thin-walled cavity reinforced concrete support block, the top end surface of third prefabricated thin-walled cavity reinforced concrete support block and the top end surface of fourth prefabricated thin-walled cavity reinforced concrete support block.

[0006] The first transverse limiting angle steel and the second transverse limiting angle steel are arranged between the top end surface of the first prefabricated thin-walled cavity reinforced concrete support block and the top end surface of the third prefabricated thin-walled cavity reinforced concrete support block, and the first longitudinal limiting angle steel and the second longitudinal limiting angle steel are arranged between the top end surface of the second prefabricated thin-walled cavity reinforced concrete support block and the top end surface of the fourth prefabricated thin-walled cavity reinforced concrete support block; the first transverse limiting angle steel, the second transverse limiting angle steel, the first longitudinal limiting angle steel and the second longitudinal limiting angle steel form a mouth-shaped limiting frame, and the lower end of the distribution box is arranged in the mouth-shaped limiting frame; the power distribution box leading-in cable is arranged in the transverse gap, and the power distribution box leading-out cable is arranged in the longitudinal gap.

[0007] The first prefabricated thin-walled cavity reinforced concrete support block is a cuboid, a hollow hole in the shape of a cuboid is arranged in the first prefabricated thin-walled cavity reinforced concrete support block, and a main reinforcement framework and a stirrup are embedded in the first prefabricated thin-walled cavity reinforced concrete support block outside the hollow hole.

[0008] The utility model discloses a power distribution cabinet base is designed as four cavity concrete support blocks, only need to level the ground in the construction site in the power distribution cabinet arrangement, according to the size of power distribution cabinet, four support blocks are arranged at intervals on the flat ground, and the four support blocks can be used as supports. BRIEF DESCRIPTION OF DRAWINGS

[0009] Figure 1 It is the structure schematic diagram of the utility model in the overhead direction;

[0010] Figure 2 It is the structure schematic diagram of the first prefabricated thin-walled cavity reinforced concrete support block 1 of the utility model;

[0011] Figure 3 It is the embedded steel structure schematic diagram in the first prefabricated thin-walled cavity reinforced concrete support block 1. DETAILED DESCRIPTION

[0012] The utility model will be described in detail in combination with the drawings:

[0013] The utility model provides a kind of fabricated thin-walled cavity reinforced concrete power distribution cabinet pedestal, including first prefabricated thin-walled cavity reinforced concrete support block 1, second prefabricated thin-walled cavity reinforced concrete support block 2, third prefabricated thin-walled cavity reinforced concrete support block 3, fourth prefabricated thin-walled cavity reinforced concrete support block 4 and distribution box 11, the structure of first prefabricated thin-walled cavity reinforced concrete support block 1, the structure of second prefabricated thin-walled cavity reinforced concrete support block 2, the structure of third prefabricated thin-walled cavity reinforced concrete support block 3 and the structure of fourth prefabricated thin-walled cavity reinforced concrete support block 4 are identical, on flat ground, first prefabricated thin-walled cavity reinforced concrete support block 1, second prefabricated thin-walled cavity reinforced concrete support block 2, third prefabricated thin-walled cavity reinforced concrete support block 3, fourth prefabricated thin-walled cavity reinforced concrete support block 4 are mutually spaced, present mouth character shape array arrangement, and form with transverse gap 5 and longitudinal gap 6, these gaps facilitate the layout of power distribution cabinet cable;Distribution box 11 is arranged between the top end surface of first prefabricated thin-walled cavity reinforced concrete support block 1, the top end surface of second prefabricated thin-walled cavity reinforced concrete support block 2, the top end surface of third prefabricated thin-walled cavity reinforced concrete support block 3 and the top end surface of fourth prefabricated thin-walled cavity reinforced concrete support block 4;According to the size of distribution box 11, to decide the distance between two prefabricated thin-walled cavity reinforced concrete support blocks;Each prefabricated thin-walled cavity reinforced concrete support block is hollow, with the characteristics of relatively light weight, light degree big and easy to move and carry.

[0014] First transverse limiting angle steel 7 is arranged between the top end surface of first prefabricated thin-walled cavity reinforced concrete support block 1 and the top end surface of second prefabricated thin-walled cavity reinforced concrete support block 2, second transverse limiting angle steel 8 is arranged between the top end surface of third prefabricated thin-walled cavity reinforced concrete support block 3 and the top end surface of fourth prefabricated thin-walled cavity reinforced concrete support block 4, first longitudinal limiting angle steel 9 is arranged between the top end surface of first prefabricated thin-walled cavity reinforced concrete support block 1 and the top end surface of third prefabricated thin-walled cavity reinforced concrete support block 3, and second longitudinal limiting angle steel 10 is arranged between the top end surface of second prefabricated thin-walled cavity reinforced concrete support block 2 and the top end surface of fourth prefabricated thin-walled cavity reinforced concrete support block 4;First transverse limiting angle steel 7, second transverse limiting angle steel 8, first longitudinal limiting angle steel 9 and second longitudinal limiting angle steel 10 form a mouth character shape limiting frame, and the lower end of distribution box 11 is arranged in the mouth character shape limiting frame;Distribution box lead-in cable 12 is arranged in transverse gap 5, and distribution box lead-out cable 13 is arranged in longitudinal gap 6;The limiting angle steel is connected on the top end surface of prefabricated thin-walled cavity reinforced concrete support block by pre-buried bolt 17, and the four limiting angle steels form the limiting frame of the lower end of distribution box 11, to realize the positioning of distribution box 11, and the limiting angle steel and pre-buried bolt 17 can also be used as the grounding wire of power distribution cabinet.

[0015] The first prefabricated thin-walled cavity reinforced concrete support block 1 is cuboid, a hollow hole 16 in the shape of a cuboid is arranged in the first prefabricated thin-walled cavity reinforced concrete support block 1, and a main reinforcement framework 14 and a stirrup 15 are embedded in the first prefabricated thin-walled cavity reinforced concrete support block 1 outside the hollow hole 16; a pre-embedded bolt 17 is embedded on the top end face of the first prefabricated thin-walled cavity reinforced concrete support block 1; the prefabricated thin-walled cavity reinforced concrete support block can be made and poured on the construction site, for example, as shown in the drawings, a vertical pouring formwork is first erected, then a reinforcement framework is arranged and concrete is poured to obtain the prefabricated thin-walled cavity reinforced concrete support block. Figure 3 The first prefabricated thin-walled cavity reinforced concrete support block 1 is cuboid, a hollow hole 16 in the shape of a cuboid is arranged in the first prefabricated thin-walled cavity reinforced concrete support block 1, and a main reinforcement framework 14 and a stirrup 15 are embedded in the first prefabricated thin-walled cavity reinforced concrete support block 1 outside the hollow hole 16; a pre-embedded bolt 17 is embedded on the top end face of the first prefabricated thin-walled cavity reinforced concrete support block 1; the prefabricated thin-walled cavity reinforced concrete support block can be made and poured on the construction site, for example, as shown in the drawings, a vertical pouring formwork is first erected, then a reinforcement framework is arranged and concrete is poured to obtain the prefabricated thin-walled cavity reinforced concrete support block.

Claims

1. An assembled thin-walled cavity reinforced concrete power distribution cabinet base, comprising a first prefabricated thin-walled cavity reinforced concrete support block (1), a second prefabricated thin-walled cavity reinforced concrete support block (2), a third prefabricated thin-walled cavity reinforced concrete support block (3), a fourth prefabricated thin-walled cavity reinforced concrete support block (4) and a power distribution box (11), the structure of the first prefabricated thin-walled cavity reinforced concrete support block (1), the structure of the second prefabricated thin-walled cavity reinforced concrete support block (2), the structure of the third prefabricated thin-walled cavity reinforced concrete support block (3) and the structure of the fourth prefabricated thin-walled cavity reinforced concrete support block (4) are all the same, characterized in that, On the flat ground, the first prefabricated thin-walled cavity reinforced concrete support block (1), the second prefabricated thin-walled cavity reinforced concrete support block (2), the third prefabricated thin-walled cavity reinforced concrete support block (3) and the fourth prefabricated thin-walled cavity reinforced concrete support block (4) are arranged in a mouth-shaped array and form a transverse gap (5) and a longitudinal gap (6); a distribution box (11) is arranged between the top end surface of the first prefabricated thin-walled cavity reinforced concrete support block (1), the top end surface of the second prefabricated thin-walled cavity reinforced concrete support block (2), the top end surface of the third prefabricated thin-walled cavity reinforced concrete support block (3) and the top end surface of the fourth prefabricated thin-walled cavity reinforced concrete support block (4).

2. The prefabricated thin-walled cavity reinforced concrete power distribution cabinet base according to claim 1, characterized in that, A first transverse limiting angle steel (7) is arranged between the top end surface of the first prefabricated thin-walled cavity reinforced concrete support block (1) and the top end surface of the second prefabricated thin-walled cavity reinforced concrete support block (2), a second transverse limiting angle steel (8) is arranged between the top end surface of the third prefabricated thin-walled cavity reinforced concrete support block (3) and the top end surface of the fourth prefabricated thin-walled cavity reinforced concrete support block (4), a first longitudinal limiting angle steel (9) is arranged between the top end surface of the first prefabricated thin-walled cavity reinforced concrete support block (1) and the top end surface of the third prefabricated thin-walled cavity reinforced concrete support block (3), and a second longitudinal limiting angle steel (10) is arranged between the top end surface of the second prefabricated thin-walled cavity reinforced concrete support block (2) and the top end surface of the fourth prefabricated thin-walled cavity reinforced concrete support block (4); the first transverse limiting angle steel (7), the second transverse limiting angle steel (8), the first longitudinal limiting angle steel (9) and the second longitudinal limiting angle steel (10) form a mouth-shaped limiting frame, and the lower end of the distribution box (11) is arranged in the mouth-shaped limiting frame; a distribution box leading-in cable (12) is arranged in the transverse gap (5), and a distribution box leading-out cable (13) is arranged in the longitudinal gap (6).

3. The prefabricated thin-walled cavity reinforced concrete power distribution cabinet base according to claim 1 or 2, characterized in that, The first prefabricated thin-walled cavity reinforced concrete support block (1) is in the shape of a cuboid, a hollow hole (16) in the shape of a cuboid is arranged in the first prefabricated thin-walled cavity reinforced concrete support block (1), a main reinforcement framework (14) and a stirrup (15) are embedded in the first prefabricated thin-walled cavity reinforced concrete support block (1) outside the hollow hole (16); a pre-embedded bolt (17) is embedded on the top end surface of the first prefabricated thin-walled cavity reinforced concrete support block (1).

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