Integrated intelligent tablet power supply controller wiring device

Abstract

The utility model provides an integral intelligent tablet power controller wiring device, including intelligent tablet power controller main part, wiring protection cover, upper to be connected wire clamping block, to be connected wire clamping ring, drive connecting rod, one side of intelligent tablet power controller main part has total wiring slot, total wiring slot bottom has bottom wiring platform, total wiring slot both sides have protection cover connecting groove, wiring protection cover is adapted to total wiring slot, wiring protection cover connects total wiring slot, wiring protection cover inserts to total wiring slot inside, the side of wiring protection cover towards protection cover connecting groove has protection cover connecting column, protection cover connecting column is adapted to protection cover connecting groove, protection cover connecting column connects protection cover connecting groove, and protection cover connecting column slides in protection cover connecting groove inside, the side of wiring protection cover away from protection cover connecting column has end protection board.

Description

Technical Field

[0001] This utility model relates to the field of power controllers, and in particular to a wiring device for an integrated intelligent flat panel power controller. Background Technology

[0002] An existing patent (publication number: CN223007094U) proposes a power controller with convenient wiring, including a wiring clip housing. Inside the wiring clip housing, there is a current connection push rod, and one end of the current connection push rod is fixedly connected to a conical fixing block. However, this device requires "the operator to place the connecting wire between the wire locking moving plate and the wire locking fixed plate, and fix it by screwing the wire fixing screw." The wire fixing screw is small, and relatively delicate operation is required when operating the wire fixing screw, which limits the operation when wiring an integrated intelligent flat panel power controller. Summary of the Invention

[0003] This utility model addresses the aforementioned shortcomings of the existing technology by providing an integrated intelligent flat panel power controller wiring device. When wiring an integrated intelligent flat panel power controller, the device places the wire to be wired between the bottom wire slot and the top wire slot. After pressing down the wiring protective cover, the drive board drives the inner connecting rod to move the platform forward, causing the upper wire-to-be-wired clip to approach the bottom wiring platform until both sets of wire-to-be-wired clips, the bottom wire slot, and the top wire slot are all pressed tightly against the side of the wire to be wired. This device offers a large operating range.

[0004] The objective of this utility model is achieved through the following technical solution: A wiring device for an integrated intelligent flat panel power controller includes an intelligent flat panel power controller body, a wiring protective cover, an upper wiring block, a wiring ring, and a drive linkage. The intelligent flat panel power controller body has a main wiring groove on one side, a bottom wiring platform at the bottom of the main wiring groove, and protective cover connecting grooves on both sides of the main wiring groove. The wiring protective cover is adapted to the main wiring groove and is connected to the main wiring groove. The wiring protective cover is inserted into the main wiring groove. The side of the wiring protective cover facing the protective cover connecting groove has a protective cover connecting post, which is adapted to the protective cover connecting groove and is connected to the protective cover connecting groove. The protective cover connecting post slides inside the protective cover connecting groove. The side of the wiring protective cover away from the protective cover connecting post has an end protective plate, and the bottom of the end protective plate has a wiring platform docking groove, which is adapted to the bottom wiring platform.

[0005] The junction box docking slot connects to the bottom junction box, and the junction box docking slot is sleeved on the outside of the bottom junction box. The bottom junction box has a bottom line Pica slot at the top, and the junction box docking slot has an outer line Pica slot at the top. The wiring protective cover is provided with an upper waiting-to-be-connected card block, and the upper waiting-to-be-connected card block has a top line Pica slot inside. The bottom line Pica slot and the top line Pica slot are both fixedly connected to the waiting-to-be-connected card ring. The waiting-to-be-connected card ring has a waiting-to-be-connected card claw on its inner side. The upper waiting-to-be-connected card block has side positioning post support platforms on both sides. The bottom of the side positioning post support platform has a card block positioning slide post. The bottom junction box has side positioning post connecting platforms on both sides. The side positioning post connecting platforms are adapted to the card block positioning slide posts, and the side positioning post connecting platforms are connected to the card block positioning slide posts.

[0006] The positioning slide block slides inside the side positioning column connecting platform. The positioning slide block and the side positioning column connecting platform are connected by a spring. Both the upper terminal block and the bottom terminal platform have external connecting rod mounting platforms. The external connecting rod mounting platform of the upper terminal block is located on the side of the side positioning column bearing platform facing the protective cover connecting groove. The external connecting rod mounting platform of the bottom terminal platform is located on the side of the side positioning column connecting platform facing the protective cover connecting groove.

[0007] Beneficial effects: 1. When performing wiring operations for the integrated intelligent flat panel power controller, the wire to be wired is placed between the bottom wire slot and the top wire slot. After pressing down the wiring protective cover, the drive board drives the inner connecting rod to move forward, so that the upper wire to be wired block approaches the bottom wiring platform until both sets of wire to be wired rings and the bottom wire slot and top wire slot are pressed tightly against the side of the wire to be wired. The operating range is large, no fine operation is required, the operation is more convenient, and the connection process is more convenient.

[0008] 2. The inner side of the wire-to-wire clamp ring of this utility model has a wire-to-wire claw, which can make multi-point contact with the wire to be connected, making the connection between the wire-to-wire clamp ring and the wire to be connected more stable and increasing the stability of the device after wiring is completed.

[0009] 3. The bottom and top wire slots of this utility model can help clamp the wire sheath to be connected, thereby sharing the force on the connection point between the wire sheath and the wire sheath when the wire is being connected, and further increasing the stability of the device after the connection is completed.

[0010] 4. In this utility model, the driven wheel connecting platform is rotatably connected to the driven wheel, so that when the drive plate drives the inner connecting rod to drive the overall movement of the platform through the driven wheel, the friction between the driven wheel and the drive plate is rotational friction, thereby effectively reducing the friction between the drive plate and the driven wheel, thereby reducing the wear of the drive plate during use, and thus reducing the failure rate of this device during use. Attached Figure Description

[0011] Figure 1 This is a schematic diagram of the wiring device structure of the integrated intelligent flat panel power controller described in this utility model.

[0012] Figure 2 This is a partial structural diagram of the wiring device for the integrated intelligent flat panel power controller described in this utility model.

[0013] Figure 3 This is a diagram showing the installation state of the internal connecting rod drive platform described in this utility model.

[0014] Figure 4 This is a partial top view of the wiring device for the integrated intelligent flat panel power controller described in this utility model.

[0015] Figure 5 This is a schematic diagram of the main structure of the intelligent flat panel power controller described in this utility model.

[0016] Figure 6 This is a schematic diagram of the wiring protection cover structure described in this utility model. Detailed Implementation

[0017] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments: Example 1: A wiring device for an integrated intelligent flat panel power controller includes an intelligent flat panel power controller body 1, a wiring protective cover 3, an upper wiring block 11, a wiring ring 17, and a drive linkage 21. The intelligent flat panel power controller body 1 has a main wiring groove 2 on one side, a bottom wiring platform 4 at the bottom of the main wiring groove 2, and protective cover connecting grooves 5 on both sides of the main wiring groove 2. The wiring protective cover 3 is adapted to the main wiring groove 2 and is connected to the main wiring groove 2. The wiring protective cover 3 is inserted into the main wiring groove 2. The side of the wiring protective cover 3 facing the protective cover connecting groove 5 has a protective cover connecting post 6, which is adapted to the protective cover connecting groove 5 and is connected to the protective cover connecting groove 5. The protective cover connecting post 6 slides inside the protective cover connecting groove 5. The side of the wiring protective cover 3 away from the protective cover connecting post 6 has an end protective plate 7, and the bottom of the end protective plate 7 has a wiring platform docking groove 26, which is adapted to the bottom wiring platform 4.

[0018] Example 2: The junction box docking slot 26 of this utility model connects to the bottom junction box 4. The junction box docking slot 26 is fitted on the outside of the bottom junction box 4. The bottom junction box 4 has a bottom wire Pica slot 9 at the top, and the junction box docking slot 26 has an outer wire Pica slot 8 at the top. The wiring protective cover 3 is provided with an upper wire-to-be-connected card block 11 inside. The upper wire-to-be-connected card block 11 has a top wire Pica slot 16 inside. When performing wiring operations for the integrated intelligent flat panel power controller, the wire to be connected is placed between the bottom wire Pica slot 9 and the top wire Pica slot 16. After pressing down the wiring protective cover 3, the drive plate 14 drives the inner connecting rod drive platform 22 forward, so that the upper wire-to-be-connected card block 11 approaches the bottom junction box 4 until both sets of wire-to-be-connected card rings 17 and the bottom wire Pica slot 9 and the top wire Pica slot 16 are pressed tightly against the side of the wire to be connected. The operating range is large, no fine operation is required, the operation is more convenient, and the connection process is more convenient. Each part is fixedly connected to the wire clamping ring 17. The bottom wire clamping groove 9 and the top wire clamping groove 16 can help clamp the wire sheath to be connected, thereby sharing the force on the connection point between the wire clamping ring 17 and the wire to be connected when the wire is subjected to force, further increasing the stability of this device after the connection is completed. The wire clamping ring 17 has a wire clamping claw 18 on the inside. The wire clamping claw 18 can make multi-point contact with the wire to be connected, making the connection between the wire clamping ring 17 and the wire to be connected more stable, increasing the stability of this device after the connection is completed. The upper wire clamping block 11 has side positioning post support platforms 12 on both sides. The bottom of the side positioning post support platform 12 has a block positioning slide 13. The bottom wiring platform 4 has side positioning post connecting platforms 10 on both sides. The side positioning post connecting platforms 10 are adapted to the block positioning slide 13 and the side positioning post connecting platforms 10 are connected to the block positioning slide 13.

[0019] Example 3: The positioning slide 13 of the present invention slides inside the side positioning column connecting platform 10. The positioning slide 13 and the side positioning column connecting platform 10 are connected by a spring. The upper terminal block 11 and the bottom terminal platform 4 both have external connecting rod mounting platforms 19. The external connecting rod mounting platform 19 of the upper terminal block 11 is located on the side of the side positioning column bearing platform 12 facing the protective cover connecting groove 5. The external connecting rod mounting platform 19 of the bottom terminal platform 4 is located on the side of the side positioning column connecting platform 10 facing the protective cover connecting groove 5.

[0020] Example 4: The outer connecting rod mounting platform 19 of this utility model has an outer connecting rod mounting ear 20 on its side, and an inner connecting rod driving platform 22 is provided on both sides of the bottom wiring platform 4. An inner connecting rod mounting ear 23 is provided on both sides of the inner connecting rod driving platform 22. One side of the driving connecting rod 21 is rotatably connected to the outer connecting rod mounting ear 20, and the other side of the driving connecting rod 21 is rotatably connected to the inner connecting rod mounting ear 23.

[0021] Example 5: The inner connecting rod drive platform 22 of this utility model has a driven wheel connecting platform 24 on its side. The driven wheel connecting platform 24 is rotatably connected to the driven wheel 25. The driven wheel connecting platform 24 and the driven wheel 25 are rotatably connected, so that when the drive plate 14 drives the inner connecting rod drive platform 22 forward through the driven wheel 25, the friction between the driven wheel 25 and the drive plate 14 is rotational friction, thereby effectively reducing the friction between the drive plate 14 and the driven wheel 25, thereby reducing the wear of the drive plate 14 during use, and thus reducing the failure rate of this device during use. The wiring protective cover 3 has a drive plate 14 on its inner side, and the drive plate 14 is pressed against the side of the driven wheel 25. The bottom of the drive plate 14 has a cutting plate 15.

[0022] Example 6: The installation steps of this utility model are as follows: Insert the positioning slide 13 of the upper wire-to-wire card block 11 into the side positioning column connecting platform 10 of the intelligent flat panel power controller body 1; connect the side positioning column connecting platform 10 and the positioning slide 13 of the card block with a spring; rotatably connect one side of the drive rod 21 to the outer connecting rod mounting ear 20 of the intelligent flat panel power controller body 1 and the upper wire-to-wire card block 11; rotatably connect the other side of the drive rod 21 to the inner connecting rod mounting ear 23 of the inner connecting rod drive platform 22; and connect the driven wheel connecting platform 24 of the inner connecting rod drive platform 22 to the driven wheel... The wheel 25 is rotated and connected, and the top wire slot 16 of the upper wire card block 11 and the bottom wire slot 9 of the intelligent flat panel power controller body 1 are fixedly connected to the wire card ring 17. The wiring protection cover 3 is inserted into the main wiring slot 2 of the intelligent flat panel power controller body 1, so that the protective cover connecting post 6 of the wiring protection cover 3 is inserted into the protective cover connecting slot 5 of the intelligent flat panel power controller body 1, so that the wiring platform docking slot 26 of the wiring protection cover 3 is fitted onto the outside of the bottom wiring platform 4 of the intelligent flat panel power controller body 1. The installation of this device is completed.

[0023] The above description is only a preferred embodiment of the present utility model and is not intended to limit the present utility model. It should be noted that for those skilled in the art, several improvements and modifications can be made without departing from the technical principles of the present utility model, and these improvements and modifications should also be considered within the protection scope of the present utility model.

Claims

1. A wiring device for an integrated intelligent flat panel power controller, characterized in that: The system includes a smart flat panel power controller body (1), a wiring protection cover (3), an upper wiring block (11), a wiring ring (17), and a drive linkage (21). The smart flat panel power controller body (1) has a main wiring groove (2) on one side, a bottom wiring platform (4) at the bottom of the main wiring groove (2), and protective cover connecting grooves (5) on both sides of the main wiring groove (2). The wiring protection cover (3) is adapted to the main wiring groove (2) and is connected to the main wiring groove (2). The wiring protection cover (3) is inserted into the main wiring groove (2). The wiring protective cover (3) has a protective cover connecting post (6) on the side facing the protective cover connecting groove (5). The protective cover connecting post (6) is adapted to the protective cover connecting groove (5). The protective cover connecting post (6) is connected to the protective cover connecting groove (5). The protective cover connecting post (6) slides inside the protective cover connecting groove (5). The wiring protective cover (3) has an end protective plate (7) on the side away from the protective cover connecting post (6). The bottom of the end protective plate (7) has a wiring platform docking groove (26). The wiring platform docking groove (26) is adapted to the bottom wiring platform (4).

2. The wiring device for the integrated intelligent flat panel power controller according to claim 1, characterized in that: The junction box docking slot (26) connects to the bottom junction box (4). The junction box docking slot (26) is fitted on the outside of the bottom junction box (4). The bottom junction box (4) has a bottom wire Pica slot (9) at the top and an outer wire Pica slot (8) at the top of the junction box docking slot (26). The wiring protective cover (3) is provided with an upper wire-to-be-connected card block (11). The upper wire-to-be-connected card block (11) has a top wire Pica slot (16) inside. The bottom wire Pica slot (9) and the top wire Pica slot (16) are both fixed inside. Connect the wire-to-be-connected ring (17), the wire-to-be-connected ring (17) has a wire-to-be-connected claw (18) on the inside, the upper wire-to-be-connected block (11) has a side positioning post support platform (12) on both sides, the side positioning post support platform (12) has a block positioning slide (13) at the bottom, the bottom wiring platform (4) has a side positioning post connecting platform (10) on both sides, the side positioning post connecting platform (10) is adapted to the block positioning slide (13), and the side positioning post connecting platform (10) is connected to the block positioning slide (13).

3. The integrated intelligent flat panel power controller wiring device according to claim 2, characterized in that: The positioning slide (13) of the card block slides inside the side positioning column connecting platform (10). The positioning slide (13) of the card block and the side positioning column connecting platform (10) are connected by a spring. Both the upper card block to be wired (11) and the bottom wiring platform (4) have external connecting rod mounting platforms (19). The external connecting rod mounting platform (19) of the upper card block to be wired (11) is located on the side of the side positioning column bearing platform (12) facing the protective cover connecting groove (5). The external connecting rod mounting platform (19) of the bottom wiring platform (4) is located on the side of the side positioning column connecting platform (10) facing the protective cover connecting groove (5).

4. The integrated intelligent flat panel power controller wiring device according to claim 3, characterized in that: The outer connecting rod mounting platform (19) has an outer connecting rod mounting ear (20) on its side. The bottom connecting platform (4) has an inner connecting rod driving platform (22) on both sides. The inner connecting rod driving platform (22) has an inner connecting rod mounting ear (23) on both sides. One side of the driving rod (21) is rotatably connected to the outer connecting rod mounting ear (20), and the other side of the driving rod (21) is rotatably connected to the inner connecting rod mounting ear (23).

5. The integrated intelligent flat panel power controller wiring device according to claim 3, characterized in that: The inner linkage drive platform (22) has a driven wheel connecting platform (24) on its side. The driven wheel connecting platform (24) is rotatably connected to the driven wheel (25). The wiring protective cover (3) has a drive plate (14) on its inner side. The drive plate (14) is pressed against the side of the driven wheel (25). The bottom of the drive plate (14) has a cutting plate (15).

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