Foldable embedded comprehensive wiring practical training platform and implementation method thereof

Abstract

The invention relates to the technical field of building intelligent engineering, in particular to a foldable embedded comprehensive wiring practical training platform which comprises a frame, an access area module, a management room module, a vertical shaft, a wiring device, an operation panel and a folding panel. The frame is composed of a first stand column, a first cross beam, a longitudinal beam and a folding device and is built through screws, and the access area module is composed of a second stand column, a second cross beam, a building group subsystem, a wire inlet room subsystem, an equipment room subsystem and a pipeline or vertical shaft wire groove; according to the invention, a plurality of wiring modes such as concealed pipes, wire ducts, buckle type open wires and overhead wiring are integrated through embedded wiring channels, the terminal forming test of telephone lines, network cables, cable television lines, aviation cables and optical fibers and cables is covered, and the platform adopts a layered operation interface, supports 3-5 groups of cooperative work, and is convenient to use. Through various types of cable laying, terminal forming and troubleshooting training, students can systematically master the whole-process skill of comprehensive wiring, so that the practice and cooperation capabilities are remarkably improved.

Description

Technical Field

[0001] The present invention relates to the technical field of building intelligent engineering, and particularly to a foldable embedded integrated wiring training platform and a method for realizing the same. Background Art

[0002] With the rapid development of information technology, the construction of intelligent buildings has become an important part of modern buildings. As the "nervous system" of intelligent buildings, the integrated wiring system undertakes various functions such as data transmission, voice communication, and video monitoring. However, due to the concealment and security requirements of communication integrated wiring, the building integrated wiring system is usually embedded in concealed parts of the building, such as walls, ceilings, floors, etc. However, this layout brings many inconveniences to students during on-site visits and practical operations. In the teaching process, traditional intelligent buildings are difficult to meet the needs of students for in-depth understanding and practical operation of the integrated wiring system, especially in terms of safety, work station arrangement, and skill training effect, there are obvious deficiencies.

[0003] Therefore, aiming at the problem that the above traditional training platform is difficult to meet the needs of students for in-depth understanding and practical operation of the integrated wiring system during teaching, a foldable embedded integrated wiring training platform and a method for realizing the same can be designed. Summary of the Invention

[0004] In order to overcome the problem that the traditional training platform is difficult to meet the needs of students for in-depth understanding and practical operation of the integrated wiring system during teaching.

[0005] The technical solution of the present invention is: a foldable embedded integrated wiring training platform, including a frame, an access area module, a management room module, a shaft, a wiring device, an operation panel, and a folding panel; the frame is composed of a first column, a first cross beam, a longitudinal beam, and a folding device, and is built by screws. The access area module is composed of a second column, a second cross beam, a campus subsystem, an entrance facility subsystem, an equipment room subsystem, a duct or shaft cable tray. The management room module is composed of a first management room subsystem, a second management room subsystem, a third management room subsystem, a fourth management room subsystem, and a fifth management room subsystem. The shaft is composed of a shaft low trough, a shaft cover plate, and a bracket. The wiring device is composed of a top wiring rack, a middle wiring rack, a bottom wiring rack, and a side wiring rack. The operation panel is composed of an installation slot formed by a mesh panel and a box combination, concealed pipes, exposed wires, cable trays, and aviation cable plugs. The folding panel is composed of a bearing, a rotating shaft, a sliding track, a latch, a support point, an operation interface, and a sub-lock hole.

[0006] The access area module is used to complete the routing, wiring, termination, and testing functions of the campus, entrance facility, and equipment room subsystems;

[0007] The management room module is placed in the subsystem on each floor of the intelligent building, and is used to realize the integrated termination of the routing of voice phones, video TVs, network cables, fiber optic cables, and aviation cables respectively;

[0008] The shaft is used to realize the routing from the central computer room of the intelligent building and the management room to the management rooms on each floor, that is, the vertical subsystem (backbone subsystem);

[0009] The wire routing device is used for the wiring, binding, and turning of cables;

[0010] The operation panel is used for the work area subsystem to complete the termination and testing of traditional cable terminals;

[0011] The folding panel is used for the expansion of the work area subsystem.

[0012] Preferably, the frame is an integral frame structure of 700*2600*1800mm, and support legs or universal wheels are provided at the bottom of the frame.

[0013] Preferably, the management room module is divided into a two-sided general flexible management room subsystem and a position-fixed management room subsystem. The position-fixed management room subsystem is the standard configuration subsystem. The general flexible management room subsystem divides the area through the third column of 1800mm, and flexibly increases the positions for cable wiring and equipment installation.

[0014] Preferably, the low slot of the shaft is respectively provided with turning openings on three horizontal wire routing bridges to realize the turning of the cable from vertical wire routing to horizontal wire routing.

[0015] Preferably, the top wire routing rack is composed of a strong wire slot, a weak wire slot, a weak current wire routing rack, and a partition. The partition is used for binding cables.

[0016] Preferably, the middle wire routing rack and the bottom wire routing rack adopt an embedded cable wire routing design.

[0017] Preferably, the side wire routing rack is designed to go up and down.

[0018] Preferably, the folding panel is composed of a bearing, a rotating shaft, a sliding track, a latch, a support point, an operation interface, and a sub-lock hole. The folding panel is connected to the frame through the rotating shaft to realize the folding and unfolding functions.

[0019] The implementation method of the foldable embedded integrated wiring training platform, which includes the foldable embedded integrated wiring training platform as described above, and its steps are as follows:

[0020] The first step is to build the frame: According to the platform size and structure design, build a frame composed of a first column, a first cross beam, a longitudinal beam, and a folding device;

[0021] Step 2, install the access area module: Install the access area module on the left side of the framework, including the second vertical column, the second cross beam, the building complex subsystem, the entrance room subsystem, the equipment room subsystem, and the pipeline or shaft cable tray;

[0022] Step 3, install the management room module: Install the management room module at an appropriate position of the framework to realize the functions of cable termination and routing selection;

[0023] Step 4, install the shaft: Install the shaft on the longitudinal beam of the framework to realize the routing function of the vertical subsystem;

[0024] Step 5, install the cable routing device: Install the cable routing device at the top, middle and bottom of the framework for cable wiring, binding and turning;

[0025] Step 6, install the operation panel: Install the operation panel in the working area of the framework to complete the termination and testing of traditional cable terminals;

[0026] Step 7, install the folding panel: The folding panel can be installed on the framework as needed to expand the working area subsystem.

[0027] Preferably, in Step 5, the cable laying path is successively the building complex subsystem, the entrance room subsystem, the equipment room subsystem, the central computer room, the vertical subsystem, the management room, the horizontal subsystem, and the working area subsystem.

[0028] Advantages of the present invention:

[0029] The foldable and embedded integrated wiring training platform and its implementation method. The training platform integrates seven subsystems including the building complex subsystem, the entrance room subsystem, the equipment room subsystem, the vertical subsystem, the management room subsystem, the horizontal subsystem, and the working area subsystem, reducing the floor area by more than 40%. The hinge design of the folding panel and the rotating shaft enables rapid folding while supporting the expansion of the working area subsystem. The embedded cable routing channel integrates multiple wiring methods such as concealed pipes, cable trays, snap-in exposed wires, and overhead wiring, covering the termination and testing of telephone lines, network cables, cable TV lines, aviation cables, and fiber optic cables. In addition, the platform adopts a hierarchical operation interface, supporting 3 - 5 groups to work together, with each group consisting of 4 to 6 people. Not only can each group independently operate different subsystems, but also they can conduct training synchronously. Thus, through various types of cable laying, termination, and fault troubleshooting training, students can systematically master the full process skills of integrated wiring, and thereby significantly improve their practical and collaborative abilities. Description of the Drawings

[0030] Figure 1 It is a schematic plan view of the integrated wiring training platform of the present invention;

[0031] Figure 2 It is a schematic plan view of the framework of the present invention;

[0032] Figure 3 Left view of the access area module of the present invention;

[0033] Figure 4 Front view of the shaft of the present invention;

[0034] Figure 5 Top view of the shaft of the present invention;

[0035] Figure 6 Schematic plan view of the cable tray of the present invention;

[0036] Figure 7 Cross-sectional view of the top cable tray of the present invention;

[0037] Figure 8 Schematic plan view of the folding panel of the present invention.

[0038] Explanation of reference numerals: 1, frame; 2, access area module; 3, management room module; 4, shaft; 5, cable routing device; 6, operation panel; 7, folding panel; 11, folding device; 12, first column; 13, first cross beam; 14, longitudinal beam; 21, second column; 22, second cross beam; 23, campus subsystem; 24, entrance facility subsystem; 25, equipment room subsystem; 26, pipe or shaft cable tray; 31, first management room subsystem; 32, second management room subsystem; 33, third management room subsystem; 34, fourth management room subsystem; 35, fifth management room subsystem; 41, low slot of the shaft; 42, shaft cover plate; 43, bracket; 51, top cable tray; 52, middle cable tray; 53, bottom cable tray; 54, side cable tray; 71, bearing; 72, rotating shaft; 511, strong current cable slot; 512, weak current cable slot; 513, weak current cable tray; 514, partition; 73, sliding track and bolt; 74, support point; 75, operation interface; 76, sub-lock hole. Detailed implementation manners

[0039] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

[0040] Please refer to Figures 1 - 8, the present invention provides an embodiment: a foldable embedded integrated wiring training platform, including a frame 1, an access area module 2, a management room module 3, a shaft 4, a wiring device 5, an operation panel 6 and a folding panel 7; the frame 1 is composed of a first column 12, a first cross beam 13, a longitudinal beam 14 and a folding device 11, and is built by screws. The access area module 2 is composed of a second column 21, a second cross beam 22, a building complex subsystem 23, an entrance room subsystem 24, an equipment room subsystem 25, a pipe or shaft wire duct 26. The management room module 3 is composed of a first management room subsystem 31, a second management room subsystem 32, a third management room subsystem 33, a fourth management room subsystem 34 and a fifth management room subsystem 35. The shaft 4 is composed of a shaft low slot 41, a shaft cover plate 42 and a bracket 43. The wiring device 5 is composed of a top wiring rack 51, a middle wiring rack 52, a bottom wiring rack 53 and a side wiring rack 54. The operation panel 6 is composed of an installation slot formed by a mesh panel and a box combination, concealed pipes, exposed wires, wire ducts and aviation cable plugs. The folding panel 7 is composed of a bearing 71, a rotating shaft 72, a sliding track and a latch 73, a support point 74, an operation interface 75 and a sub-lock hole 76. The access area module 2 is used to complete the routing, wiring, termination and testing functions of the building complex, entrance room and equipment room subsystems. The management room module 3 is placed in the subsystems on each floor of the intelligent building, and is used to realize the integrated termination of the routing of voice telephones, video TVs, network cables, fiber optic cables and aviation cables respectively. The shaft 4 is used to realize the routing from the central computer room and management room of the intelligent building to the management rooms on each floor, that is, the vertical subsystem (backbone subsystem). The wiring device 5 is used for the wiring, binding and turning of cables. The operation panel 6 is used for the work area subsystem to complete the termination and testing of traditional cable terminals. The folding panel 7 is used for the expansion of the work area subsystem.

[0041] Please refer to Figures 1 - 2 , in this embodiment, the frame 1 is an overall frame structure of 700*2600*1800mm. Support legs or universal wheels are provided at the bottom of the frame 1. The stability and movement of the platform can be realized through the universal wheels, which is suitable for a small space in the training environment, and needs to be folded and put back in place after use. The support columns can be used to adapt to a space that does not need to be moved and has a large training environment.

[0042] Please refer to Figures 1 - 5 , in this embodiment, the management room module 3 is divided into a two-sided universal and flexible management room subsystem and a position-fixed management room subsystem. The position-fixed management room subsystem is a standard subsystem. The universal and flexible management room subsystem divides the area through a 1800mm third column, which flexibly increases the positions for cable wiring and equipment installation, and is beneficial to the expansion of equipment or the compatibility with new technologies. The shaft low slot 41 is respectively provided with turning openings on three horizontal wiring bridges to realize the turning of cables from vertical wiring to horizontal wiring.

[0043] Please refer to Figures 6 - 7, in this embodiment, the top cable rack 51 is composed of a strong current cable duct 511, a weak current cable duct 512, a weak current cable rack 513 and a partition 514. The partition 514 is used for binding cables. The middle cable rack 52 and the bottom cable rack 53 adopt an embedded cable routing design, and the side cable rack 54 is designed to run up and down.

[0044] Please refer to Figure 1 , Figure 8 , in this embodiment, the folding panel 7 is composed of a bearing 71, a rotating shaft 72, a sliding track and a latch 73, a support point 74, an operation interface 75 and a sub-lock hole 76. The folding panel 7 is connected to the frame 1 through the rotating shaft 72 to realize the folding and unfolding functions. The bearing 71 is welded on the first upright column 12 of the frame 1, and the rotating shaft 72 is rotatably connected inside it. The sliding track and the latch 73 are welded on the rotating shaft 72. The stable sliding of the folding panel 7 can be ensured through the sliding track. And the support point 74 in the folding panel 7 has elasticity. After the operation interface 75 is unfolded, it can support the weight of the operation interface 75 and play a supporting role, thereby stabilizing the folding area. The lock hole 76 can strengthen the connection between the frame 1 and the folding panel 7 when folded.

[0045] A method for realizing a foldable embedded integrated wiring training platform, which includes the foldable embedded integrated wiring training platform as described above, and its steps are as follows:

[0046] The first step is to build the frame 1: According to the platform size and structure design, build the frame 1 composed of the first upright column 12, the first cross beam 13, the longitudinal beam 14 and the folding device 11;

[0047] The second step is to install the access area module 2: Install the access area module 2 on the left side of the frame 1, including the second upright column 21, the second cross beam 22, the building complex subsystem 23, the entrance facility subsystem 24, the equipment room subsystem 25, and the pipeline or shaft cable duct 26;

[0048] The third step is to install the management room module 3: Install the management room module 3 at an appropriate position on the frame 1 to realize the functions of cable termination and routing selection;

[0049] The fourth step is to install the shaft 4: Install the shaft 4 on the longitudinal beam 14 of the frame 1 to realize the routing function of the vertical subsystem;

[0050] The fifth step is to install the cable routing device 5: Install the cable routing device 5 at the top, middle and bottom of the frame 1 for cable wiring, binding and turning;

[0051] The sixth step is to install the operation panel 6: Install the operation panel 6 in the working area of the frame 1 to complete the traditional cable terminal termination and testing;

[0052] Step 7: Install the folding panel 7: The folding panel 7 can be installed on the frame 1 as needed to expand the workspace subsystem.

[0053] In the fifth step, the cable laying path is successively the campus subsystem 23, the entrance facility subsystem 24, the equipment room subsystem 25, the central computer room, the vertical subsystem, the telecommunications closet, the horizontal subsystem, and the work area subsystem.

[0054] Through the above steps, by using the foldable structure and the embedded cable routing channel design, the reduction of the floor area and the flexibility of cable routing are achieved. Also, by adopting a hierarchical operation interface, multi-group collaborative work is supported, the training efficiency and the skill training effect are improved, and it is easy to build and move, facilitating use in different training environments, so as to solve the problem that the traditional training platform is difficult to meet the students' in-depth understanding and practical operation requirements for the comprehensive cabling system during teaching.

[0055] The embodiments of the present invention have been described in detail above in conjunction with the accompanying drawings. However, the present invention is not limited to the above embodiments, and various changes can be made without departing from the spirit of the present invention within the scope of knowledge possessed by those skilled in the art.

Claims

1. Foldable embedded integrated wiring training platform, comprising a frame (1), an access area module (2), a management room module (3), a shaft (4), a wiring device (5), an operation panel (6) and a folding panel (7); characterized in that: The frame (1) consists of a first vertical column (12), a first cross beam (13), a longitudinal beam (14) and a folding device (11), and is built with screws. The access area module (2) consists of a second vertical column (21), a second cross beam (22), a building complex subsystem (23), an entrance room subsystem (24), an equipment room subsystem (25), a pipeline or shaft cable tray (26). The management room module (3) consists of a first management room subsystem (31), a second management room subsystem (32), a third management room subsystem (33), a fourth management room subsystem (34) and a fifth management room subsystem (35). The shaft (4) consists of a shaft low trough (41), a shaft cover plate (42), and a bracket (43). The cable routing device (5) consists of a top cable routing rack (51), a middle cable routing rack (52), a bottom cable routing rack (53) and a side cable routing rack (54). The operation panel (6) consists of an installation slot formed by a mesh panel and a box combination, concealed pipes, exposed wires, cable trays, and aviation cable plugs; The access area module (2) is used to complete the routing, cabling, termination and testing functions of the building complex, entrance room and equipment room subsystems; The management room module (3) is placed in the subsystems on each floor of the intelligent building and is used to realize the integrated termination of the routing of voice telephones, video TVs, network cables, fiber optic cables, and aviation cables respectively; The shaft (4) is used to realize the routing from the central computer room and management room of the intelligent building to the management rooms on each floor, that is, the vertical subsystem; The cable routing device (5) is used for cabling, binding and turning of cables; The operation panel (6) is used for the work area subsystem to complete the termination and testing of traditional cable terminals; The folding panel (7) is used for the expansion of the work area subsystem.

2. The foldable embedded integrated wiring training platform according to claim 1, wherein: The frame (1) is an overall frame structure of 700*2600*1800mm, and support legs or casters are provided at the bottom of the frame (1).

3. The foldable embedded integrated wiring training platform according to claim 1, characterized in that: The management room module (3) is divided into a two-sided general and flexible management room subsystem and a position-fixed management room subsystem. The position-fixed management room subsystem is a standard subsystem. The general and flexible management room subsystem divides the area through a 1800mm third vertical column, flexibly increasing the positions for cable routing and equipment installation.

4. The foldable embedded integrated wiring training platform according to claim 1, wherein: The shaft low trough (41) is respectively provided with turning openings on three horizontal cable routing bridges to realize the turning of cables from vertical routing to horizontal routing.

5. The foldable embedded integrated wiring training platform according to claim 1, characterized in that: The top cable routing rack (51) consists of a strong current cable tray (511), a weak current cable tray (512), a weak current cable routing rack (513) and a partition (514). The partition (514) is used for binding cables.

6. The foldable embedded integrated wiring training platform according to claim 1, characterized in that: The middle cable routing rack (52) and the bottom cable routing rack (53) adopt an embedded cable routing design.

7. The foldable embedded integrated wiring training platform according to claim 1, wherein: The side cable routing rack (54) is designed to run up and down.

8. The foldable embedded integrated wiring training platform according to claim 1, wherein: The folding panel (7) consists of a bearing (71), a rotating shaft (72), a sliding track and a latch (73), a support point (74), an operation interface (75) and a sub-lock hole (76). The folding panel (7) is connected to the frame (1) through the rotating shaft (72) to realize the folding and unfolding functions.

9. Implementation method of a foldable embedded integrated wiring training platform, characterized in that: Including the foldable embedded integrated wiring training platform according to any one of claims 1-8, the steps are as follows: The first step is to build the framework (1): According to the platform size and structure design, build the framework (1) composed of the first upright column (12), the first cross beam (13), the longitudinal beam (14) and the folding device (11); The second step is to install the access area module (2): Install the access area module (2) on the left side of the framework (1), including the second upright column (21), the second cross beam (22), the building complex subsystem (23), the entrance facility subsystem (24), the equipment room subsystem (25), the pipeline or shaft cable tray (26); The third step is to install the management room module (3): Install the management room module (3) at an appropriate position of the framework (1) to realize the functions of cable termination and routing selection; The fourth step is to install the shaft (4): Install the shaft (4) on the longitudinal beam (14) of the framework (1) to realize the routing function of the vertical subsystem; The fifth step is to install the cable routing device (5): Install the cable routing device (5) at the top, middle and bottom of the framework (1) for cable wiring, binding and turning; The sixth step is to install the operation panel (6): Install the operation panel (6) in the working area of the framework (1) to complete the termination and testing of traditional cable terminals; The seventh step is to install the folding panel (7): The folding panel (7) can be installed on the framework (1) as needed to expand the working area subsystem.

10. The implementation method of the foldable embedded integrated wiring training platform according to claim 9, characterized in that: In the fifth step, the cable laying path is successively the building complex subsystem (23), the entrance facility subsystem (24), the equipment room subsystem (25), the central computer room, the vertical subsystem, the management room, the horizontal subsystem, and the working area subsystem.

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