Distribution structure for switching and mounting power distribution cabinet to foundation

Abstract

The utility model discloses a distribution structure for switching and installing a power distribution cabinet to a foundation, and the structure comprises a sliding rail A, and the bottom surface of the end part of the sliding rail A is disposed on a transport vehicle; the sliding rail B is connected with the sliding rail A; the sliding rail C is connected with the sliding rail B, and the bottom surface of the end part of the sliding rail C is mounted on a power distribution concrete foundation; the sliding support assembly is used for supporting four corners of the bottom surface of the power distribution cabinet; and the sliding support assembly can be in sliding fit with any one of the sliding rails A, the sliding rails B and the sliding rails C correspondingly in sequence. The four corners of the bottom of the power distribution cabinet are stably supported by the four supporting plates of the sliding supporting assembly and are not suspended, so that the power distribution cabinet is transferred to a power distribution concrete foundation through the sliding rail A, the sliding rail B and the sliding rail C, and the power distribution cabinet integrated with electric devices is not transported in a suspended state. The problem that large potential safety hazards exist when the power distribution cabinet integrated with electric devices is transported in a suspended state is solved.

Description

Technical Field

[0001] The utility model relates to a distribution structure in which a power distribution cabinet is transferred and installed to a foundation, and belongs to the technical field of power distribution construction. Background Art

[0002] Before the distribution cabinet is installed on the distribution concrete foundation, the distribution cabinet is on the transport vehicle. In most cases, there is a height difference between the distribution concrete foundation and the transport vehicle. Most of the distribution cabinets are unloaded from the transport vehicle first, and then transported and transferred by a transport device (see Chinese patent announcement number CN216684536U) to be installed on the distribution concrete foundation.

[0003] Although the conveying rollers can support the bottom of the distribution cabinet, they can only support part of the bottom of the distribution cabinet, causing the bottom part of the distribution cabinet to be suspended in the air. There are great safety hazards in transporting the distribution cabinet with integrated electrical components in a suspended state. Utility Model Content

[0004] In order to solve the above technical problems, the utility model provides a distribution structure in which a power distribution cabinet is transferred and installed to a foundation.

[0005] The utility model is realized through the following technical solutions.

[0006] The utility model provides a distribution structure for installing a power distribution cabinet to a foundation, comprising:

[0007] Slide rail A, the bottom surface of the end of the slide rail A is installed on the transport vehicle;

[0008] Slide rail B connected to slide rail A;

[0009] Slide rail C connected with slide rail B, the bottom surface of the end of slide rail C is installed on the distribution concrete foundation;

[0010] It also includes a sliding support component for supporting the four corners of the bottom surface of the distribution cabinet. The sliding support component can be slidably matched with the slide rail A, the slide rail B, and the slide rail C in any corresponding order.

[0011] The bottom surface of the end of the slide rail A is contacted with a telescopic component A, the bottom of both ends of the slide rail B are correspondingly contacted with two spaced telescopic components B, and the bottom surface of the end of the slide rail C is contacted with a telescopic component C.

[0012] The sliding support assembly includes a sliding sleeve that can slideably cooperate with any one of the sliding rails A, B or C in sequence, and the sliding sleeves are four spaced apart and distributed at four corners; a rolling ball is installed on the bottom surface of the sliding sleeve to rollably cooperate with the sliding rail A, B or C; a telescopic part D is fixedly connected to the top surface of the sliding sleeve, and a support plate is fixedly connected to the top of the telescopic part D.

[0013] The telescopic member A, telescopic member B and telescopic member C are all hydraulic telescopic rods.

[0014] The sliding sleeves located on the same slide rail A, slide rail B or slide rail C are fixedly connected by a position-adjusting telescopic member A. The sliding sleeves located on the spaced slide rails A, slide rail B or slide rail C are fixedly connected by a position-adjusting telescopic member B.

[0015] The position-adjusting telescopic component A and the position-adjusting telescopic component B are threaded telescopic rods.

[0016] The beneficial effect of the utility model is that the four support plates of the sliding support assembly at the four corners of the bottom of the distribution cabinet are stably supported without being suspended in the air, and are transferred to the distribution concrete foundation through the slide rails A, B, and C, so that the distribution cabinet with integrated electrical components is not transported in a suspended state, which solves the problem of major safety hazards in transporting the distribution cabinet with integrated electrical components in a suspended state. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is a structural schematic diagram of the utility model;

[0018] Figure 2 It is a structural schematic diagram of the sliding support assembly of the utility model;

[0019] Figure 3 It is a schematic diagram of the main view of the power distribution cabinet of the utility model on the slide rail A;

[0020] Figure 4 It is a schematic diagram of the main view of the power distribution cabinet of the utility model on the slide rail B;

[0021] Figure 5 It is a schematic diagram of the main view of the power distribution cabinet of the utility model on the slide rail C;

[0022] In the figure: 1-slide rail A; 2-slide rail B; 6-slide rail C; 11-transport vehicle; 12-power distribution concrete foundation; 13-power distribution cabinet; 21-telescopic part A; 22-telescopic part B; 23-telescopic part C; 3-sliding support assembly; 31-slide sleeve; 32-roller ball; 33-telescopic part D; 34-support plate; 35-positioning telescopic part A; 36-positioning telescopic part B; 5-work site. DETAILED DESCRIPTION

[0023] The technical solution of the utility model is further described below, but the scope of protection required is not limited to the description.

[0024] like Figures 1 to 5 shown.

[0025] The present application discloses a distribution structure in which a power distribution cabinet is transferred and installed to a foundation, comprising:

[0026] When in use, the slide rail A1 is installed on the transport vehicle 11, the slide rail B2 is connected to the slide rail A1, and the slide rail C6 is installed on the power distribution concrete foundation 12, and the slide rail C6 is connected to the slide rail B2; the slide rail A1, the slide rail B2 and the slide rail C6 are all two parallel rails.

[0027] The bottom surface of the end of the slide rail A1 is contacted with a telescopic member A21, the bottom of both ends of the slide rail B2 is contacted with two spaced telescopic members B22, and the bottom surface of the end of the slide rail C6 is contacted with a telescopic member C23.

[0028] It also includes a sliding support assembly 3 that supports the four corners of the bottom surface of the power distribution cabinet 13. The sliding support assembly 3 includes a sliding sleeve 31 that can slide with the slide rail A1, the slide rail B2, or the slide rail C6, and the sliding sleeve 31 is distributed at four corners at intervals; the bottom surface of the sliding sleeve 31 is installed with a rolling ball 32 that can roll with the slide rail A1, the slide rail B2, or the slide rail C6; the top surface of the sliding sleeve 31 is fixedly connected to a telescopic member D33, and the top of the telescopic member D33 is fixedly connected to a support plate 34. After the telescopic member D33 is raised, the bottom corner 131 of the bottom surface of the power distribution cabinet 13 is suspended in the air without contacting the transport vehicle 11 or the power distribution concrete foundation 12. After the telescopic member D33 is lowered, the bottom corner 131 of the bottom surface of the power distribution cabinet 13 is not suspended in the air and can be supported on the transport vehicle 11 or the power distribution concrete foundation 12. The four support plates 34 support the four corners of the bottom surface of the power distribution cabinet 13. The telescopic member A21, telescopic member B22, telescopic member C23 and telescopic member D33 are all hydraulic telescopic rods.

[0029] The sliding sleeves 31 located on the same slide rail A1, slide rail B2 or slide rail C6 are fixedly connected by a position adjusting telescopic member A35, and the distance between the sliding sleeves 31 located on the same slide rail A1, slide rail B2 or slide rail C6 is controlled by telescopic adjustment of the position adjusting telescopic member A35; the sliding sleeves 31 located on the interval slide rails A1, slide rail B2 or slide rail C6 are fixedly connected by a position adjusting telescopic member B36, and the distance between the sliding sleeves 31 located on the interval slide rails A1, slide rail B2 or slide rail C6 is controlled by telescopic adjustment of the position adjusting telescopic member B36. The widths of the four support plates 34 are adapted to the bottom surfaces of different distribution cabinets 13. The position adjusting telescopic member A35 and the position adjusting telescopic member B36 are threaded telescopic rods.

[0030] The transport vehicle 11 transports the distribution cabinet 13 to the work site 5 to correspond to the distribution concrete foundation 12, and the telescopic member D33 is lowered, and the four support plates 34 support the four corners of the bottom surface of the distribution cabinet 13, such as Figure 3 The telescopic member D33 pulls the distribution cabinet 13 up, and the sliding sleeve 31 slides from the slide rail A1 of the distribution cabinet 13 to the slide rail B2 and rests. Figure 4Remove the slide rail A1 and the telescopic member A21; slide rail B2 is telescopically lowered through the telescopic member B22, and slide rail C6 is telescopically lowered through the telescopic member C23. After the slide rail C6 is installed on the distribution concrete foundation 12, the sliding sleeve 31 slides the distribution cabinet 13 from the slide rail B2 to the slide rail C6 and leaves it still. Figure 5 Then the telescopic member D33 descends, and the telescopic member D33 descends and is supported on the distribution concrete foundation 12.

[0031] Since the four corners of the bottom of the distribution cabinet 13 are stably supported by the sliding support assembly 3 and are not suspended in the air, and then transferred to the distribution concrete foundation 12 through the slide rails A1, B2, and C6, the distribution cabinet with integrated electrical components is not transported in a suspended state, which solves the problem of major safety hazards in transporting the distribution cabinet with integrated electrical components in a suspended state.

Claims

1. A distribution structure in which a power distribution cabinet is transferred and installed to a foundation, characterized in that: include: A slide rail A (1), the bottom surface of the end of the slide rail A (1) is installed on a transport vehicle (11); A slide rail B (2) connected to the slide rail A (1); A slide rail C (6) connected to the slide rail B (2), the bottom surface of the end of the slide rail C (6) being installed on a power distribution concrete foundation (12); It also includes a sliding support assembly (3) for supporting the four corners of the bottom surface of the power distribution cabinet (13). The sliding support assembly (3) can be slidably matched with the slide rail A (1), the slide rail B (2), and the slide rail C (6) in any corresponding order.

2. The distribution structure of the power distribution cabinet installed on the foundation according to claim 1, characterized in that: The bottom surface of the end of the slide rail A (1) is contacted with a telescopic member A (21), the bottom of both ends of the slide rail B (2) is correspondingly contacted with two spaced telescopic members B (22), and the bottom surface of the end of the slide rail C (6) is contacted with a telescopic member C (23).

3. The distribution structure of the power distribution cabinet installed on the foundation according to claim 1, characterized in that: The sliding support assembly (3) comprises a sliding sleeve (31) which can be slidably matched with the sliding rail A (1) or the sliding rail B (2) or the sliding rail C (6) in sequence, and the sliding sleeve (31) is divided into four sliding sleeves (31) distributed at four corners at intervals; a rolling ball (32) is installed on the bottom surface of the sliding sleeve (31) to be rolling matched with the sliding rail A (1) or the sliding rail B (2) or the sliding rail C (6); a telescopic member D (33) is fixedly connected to the top surface of the sliding sleeve (31), and a support plate (34) is fixedly connected to the top of the telescopic member D (33).

4. The distribution structure of the power distribution cabinet being transferred and installed to the foundation according to claim 2, characterized in that: The telescopic member A (21), telescopic member B (22) and telescopic member C (23) are all hydraulic telescopic rods.

5. The distribution structure of the power distribution cabinet installed on the foundation according to claim 3, characterized in that: The sliding sleeves (31) located on the same sliding rail A (1) or sliding rail B (2) or sliding rail C (6) are fixedly connected via a position-adjusting telescopic component A (35); the sliding sleeves (31) located on the spaced sliding rails A (1) or sliding rails B (2) or sliding rails C (6) are fixedly connected via a position-adjusting telescopic component B (36).

6. The distribution structure of the power distribution cabinet installed on the foundation according to claim 5, characterized in that: The position-adjusting telescopic component A (35) and the position-adjusting telescopic component B (36) are threaded telescopic rods.

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