Forest fire prevention signal relay support

Abstract

A forest fire prevention signal relay support comprises a signal relay, a left limiting plate, a lower guide rod, a rectangular sliding frame plate, a right fixing plate, a supporting pipe, a positioning buckle plate, a supporting plate, a rotating top plate, an arc-shaped guide rod and an upper guide rod, the lower portion of the right fixing plate is provided with a fixing plate lower plate, and the upper portion of the supporting pipe is connected with the fixing plate lower plate; the lower portion of the left limiting plate is provided with a left limiting plate lower plate, the right side of the lower guide rod is connected with a right fixing plate, the left side of the lower guide rod is connected with the left limiting plate lower plate, the upper portion of the left limiting plate is provided with a left limiting plate upper plate, the left side of the upper guide rod is connected with the left limiting plate upper plate, and the right side of the upper guide rod is connected with the right fixing plate. The signal repeater is matched with the rectangular sliding frame plate, the signal repeater is inserted into the rectangular sliding frame plate, the upper part of the rectangular sliding frame plate is provided with a frame plate upper plate, the upper guide rod penetrates through the frame plate upper plate, and the upper guide rod slides in the frame plate upper plate.

Description

Technical Field

[0001] The utility model relates to the field of forest fire prevention, in particular to a signal relay support for forest fire prevention. Background Technique

[0002] The existing patent (publication number: CN218124847U) proposes an outdoor support for a wireless signal relay device, including an installation shell and a repeater body. The repeater body is installed in the installation shell, and a fixed support structure is provided at the lower end of the installation shell. The fixed support structure includes: an installation block, an extension rod, a cone head, two operation shells, four connection components, and four support components. However, fixed bolts are embedded in the inner side walls of both sides of the installation shell of this device. This threaded connection method is inconvenient to operate during the later disassembly, inspection, and repair of the repeater body. The repeater body needs to be removed by removing the bolts from the shell. Summary of the Invention

[0003] Aiming at the above-mentioned deficiencies of the existing technology, the utility model provides a signal relay support for forest fire prevention. When the signal repeater needs to be repaired, the rectangular sliding frame plate can be moved to the right, and then the top plate side plate is rotated to disconnect from the signal repeater. At this time, the signal repeater can be taken out, and the operation is convenient.

[0004] The purpose of the utility model is achieved through the following technical solutions:

[0005] A signal relay support for forest fire prevention includes a signal repeater, a left limit plate, a lower guide rod, a rectangular sliding frame plate, a right fixing plate, a support tube, a positioning buckle plate, a support plate, a rotating top plate, an arc guide rod, and an upper guide rod. The lower part of the right fixing plate has a lower fixing plate of the fixing plate. The upper part of the support tube is connected to the lower fixing plate of the fixing plate. The lower part of the left limit plate has a lower plate of the left limit plate. The right side of the lower guide rod is connected to the right fixing plate, and the left side of the lower guide rod is connected to the lower plate of the left limit plate. The upper part of the left limit plate has an upper plate of the left limit plate. The left side of the upper guide rod is connected to the upper plate of the left limit plate, and the right side of the upper guide rod is connected to the right fixing plate. The left side surface of the signal repeater is in contact with the left limit plate. The signal repeater is adapted to the rectangular sliding frame plate. The signal repeater is inserted into the rectangular sliding frame plate. The upper part of the rectangular sliding frame plate has an upper plate of the frame plate. The upper guide rod passes through the upper plate of the frame plate, and the upper guide rod slides in the upper plate of the frame plate.

[0006] The lower part of the rectangular sliding frame plate has a lower plate of the frame plate. The lower guide rod passes through the lower plate of the frame plate, and the lower guide rod slides in the lower plate of the frame plate. A lower spring is sleeved on the lower guide rod. The left side of the lower spring abuts against the lower plate of the frame plate, and the right side of the lower spring abuts against the right fixing plate. An upper spring is sleeved on the upper guide rod. The left side of the upper spring abuts against the upper plate of the frame plate, and the right side of the upper spring abuts against the right fixing plate.

[0007] The right fixed plate is connected to the side connecting ear. The right side of the rotating top plate is connected to the side connecting ear through a rotating shaft. The support block is connected to the right fixed plate. The lower surface of the rotating top plate is in contact with the support block. The left side of the rotating top plate has a top plate side plate, and the left side surface of the top plate side plate is in contact with the signal repeater. The right side of the arc-shaped guide rod is connected to the right fixed plate. The arc-shaped spring is sleeved on the arc-shaped guide rod. The arc-shaped guide rod is inserted into the rotating top plate and slides within the rotating top plate. The right side of the arc-shaped spring abuts against the right fixed plate, and the lower part of the arc-shaped spring abuts against the rotating top plate. Beneficial effects

[0008] 1. The upper part of the support tube of the present utility model is connected to the lower plate of the fixed plate to support the device. The device is fixed in one place through the fixed support tube. The left limit plate and the right fixed plate are connected through the upper guide rod and the lower guide rod in an up-and-down cooperation. At the same time, the upper guide rod and the lower guide rod are used in cooperation to position and guide the rectangular sliding frame plate. During the use of the forest fire prevention signal repeater support, the vertical and front-back movement of the rectangular sliding frame plate is prevented. The upper spring and the lower spring apply a thrust to the upper plate and the lower plate of the frame plate, causing the rectangular sliding frame plate to move to the left. The rectangular sliding frame plate supports and fixes the signal repeater, fixing the signal repeater inside the device. The left side of the left limit plate limits the left side of the signal repeater. The rotating top plate is connected to the side connecting ear through a rotating shaft, enabling the rotating top plate to be axially connected to the right fixed plate. The rotating top plate can rotate. The support block is fixed on the side surface of the right fixed plate. The support block supports the rotating top plate and limits the rotation angle of the rotating top plate. Rotating the rotating top plate makes the top plate side plate fit with the signal repeater. The left limit plate and the top plate side plate cooperate left and right to clamp and fix the signal repeater, preventing the signal repeater from moving left and right during the use of the forest fire prevention signal repeater support.

[0009] 2. The arc-shaped guide rod of the present utility model is fixed on the right fixed plate. The arc-shaped guide rod guides the arc-shaped spring. The arc-shaped spring applies an axial thrust to the rotating top plate with the right fixed plate as the support. During the use of the forest fire prevention signal repeater support, it prevents the rotating top plate from rotating and causing the top plate side plate to disconnect from the signal repeater. When it is necessary to repair the signal repeater, the rectangular sliding frame plate can be moved to the right, and then the top plate side plate is disconnected from the signal repeater. At this time, the signal repeater can be taken out, and the operation is convenient. Connect the cable connector to the bottom interface of the signal repeater, pass the cable through the strip-shaped side socket and place it inside the support tube to protect the cable. The support plate is installed and fixed on the support tube. The buckle side plate is inserted into the support plate to fix the positioning buckle on the signal repeater. The cable is placed in the fixed cavity, preventing the cable from falling out of the support tube during the use of the forest fire prevention signal repeater support and ensuring the position of the cable. This device is convenient for installation and operation. Description of the drawings

[0010] Figure 1 It is a top-down axonometric view of a forest fire prevention signal repeater support according to the present utility model.

[0011] Figure 2An axonometric view from below of a forest fire prevention signal relay bracket according to the present utility model.

[0012] Figure 3 A magnified front view of a forest fire prevention signal relay bracket according to the present utility model.

[0013] Figure 4 A top view of a forest fire prevention signal relay bracket according to the present utility model.

[0014] Figure 5 A sectional view from below of a forest fire prevention signal relay bracket according to the present utility model. Detailed implementation manners

[0015] The present utility model will be further described in detail below with reference to the drawings and embodiments:

[0016] Embodiment 1:

[0017] A forest fire prevention signal relay bracket includes a signal repeater 01, a left limit plate 02, a lower guide rod 04, a rectangular sliding frame plate 05, a right fixing plate 07, a support pipe 11, a positioning buckle plate 12, a support plate 14, a rotating top plate 15, an arc guide rod 17, and an upper guide rod 22. The lower part of the right fixing plate 07 has a lower fixing plate 10 of the fixing plate. The upper part of the support pipe 11 is connected to the lower fixing plate 10 of the fixing plate. The upper part of the support pipe 11 is connected to the lower fixing plate 10 of the fixing plate to support the device. The device is fixed at one place by fixing the support pipe 11. The lower part of the left limit plate 02 has a lower left limit plate 03. The right side of the lower guide rod 04 is connected to the right fixing plate 07, and the left side of the lower guide rod 04 is connected to the lower left limit plate 03. The upper part of the left limit plate 02 has an upper left limit plate 21. The left side of the upper guide rod 22 is connected to the upper left limit plate 21, and the right side of the upper guide rod 22 is connected to the right fixing plate 07. The left side surface of the signal repeater 01 is in contact with the left limit plate 02, and the left side of the signal repeater 01 is limited by the left limit plate 02. The signal repeater 01 is adapted to the rectangular sliding frame plate 05. The signal repeater 01 is inserted into the rectangular sliding frame plate 05. The upper part of the rectangular sliding frame plate 05 has an upper frame plate 23. The upper guide rod 22 passes through the upper frame plate 23, and the upper guide rod 22 slides within the upper frame plate 23.

[0018] Embodiment 2:

[0019] The lower part of the rectangular sliding frame plate 05 of the utility model has a lower plate 06 of the frame plate. The lower guide rod 04 passes through the lower plate 06 of the frame plate, and the lower guide rod 04 slides within the lower plate 06 of the frame plate. The left limiting plate 02 and the right fixing plate 07 are connected through the upper and lower cooperation of the upper guide rod 22 and the lower guide rod 04. At the same time, the rectangular sliding frame plate 05 is positioned and guided through the cooperation of the upper guide rod 22 and the lower guide rod 04, preventing the vertical and front-back movement of the rectangular sliding frame plate 05 during the use of the forest fire prevention signal relay bracket. The lower spring 09 is sleeved on the lower guide rod 04, with the left side of the lower spring 09 abutted against the lower plate 06 of the frame plate and the right side of the lower spring 09 abutted against the right fixing plate 07. The upper spring 08 is sleeved on the upper guide rod 22, with the left side of the upper spring 08 abutted against the upper plate 23 of the frame plate and the right side of the upper spring 08 abutted against the right fixing plate 07. The upper spring 08 and the lower spring 09 exert a thrust on the upper plate 23 of the frame plate and the lower plate 06 of the frame plate, causing the rectangular sliding frame plate 05 to move to the left. The rectangular sliding frame plate 05 supports and fixes the signal repeater 01, fixing the signal repeater 01 inside the device.

[0020] Embodiment 3:

[0021] The connecting side connecting ear 20 is connected to the right fixing plate 07 of the utility model. The right side of the rotating top plate 15 is connected to the connecting side connecting ear 20 through the rotating shaft 27, enabling the rotating top plate 15 to be axially connected to the right fixing plate 07. The rotating top plate 15 can rotate. The support block 19 is connected to the right fixing plate 07, and the lower surface of the rotating top plate 15 is in contact with the support block 19. The support block 19 is fixed on the side surface of the right fixing plate 07, supporting the rotating top plate 15 and limiting the rotation angle of the rotating top plate 15. The left side of the rotating top plate 15 has a top plate side plate 16, and the left side surface of the top plate side plate 16 is in contact with the signal repeater 01. By rotating the rotating top plate 15, the top plate side plate 16 is brought into contact with the signal repeater 01. The left limiting plate 02 and the top plate side plate 16 cooperate left and right to clamp and fix the signal repeater 01, preventing the left and right movement of the signal repeater 01 during the use of the forest fire prevention signal relay bracket. The right side of the arc-shaped guide rod 17 is connected to the right fixing plate 07. The arc-shaped spring 18 is sleeved on the arc-shaped guide rod 17. The arc-shaped guide rod 17 is inserted into the rotating top plate 15 and slides within the rotating top plate 15. The right side of the arc-shaped spring 18 is abutted against the right fixing plate 07, and the lower part of the arc-shaped spring 18 is abutted against the rotating top plate 15. The arc-shaped guide rod 17 is fixed on the right fixing plate 07, guiding the arc-shaped spring 18. The arc-shaped spring 18 exerts an axial thrust on the rotating top plate 15 with the right fixing plate 07 as the support, preventing the rotation of the rotating top plate 15 from causing the disconnection between the top plate side plate 16 and the signal repeater 01 during the use of the forest fire prevention signal relay bracket. When the signal repeater 01 needs to be repaired, the rectangular sliding frame plate 05 can be moved to the right, and then the top plate side plate 16 is rotated to disconnect from the signal repeater 01. At this time, the signal repeater 01 can be taken out, and the operation is convenient.

[0022] Embodiment 4:

[0023] On the side of the support tube 11 of the utility model, there is a strip-shaped side socket 24. Connect the cable joint to the bottom interface of the signal repeater 01, pass the cable through the strip-shaped side socket 24 and place it inside the support tube 11 to protect the cable. The positioning buckle plate 12 is buckled on the outside of the support tube 11. Both ends of the positioning buckle plate 12 have buckle side insertion plates 13. The support plate 14 is connected to the support tube 11 and is fixedly installed on the support tube 11. The buckle side insertion plate 13 is adapted to the support plate 14, and the buckle side insertion plate 13 is inserted into the support plate 14. Inside the positioning buckle plate 12, there is a fixed insertion plate 26, which is adapted to the strip-shaped side socket 24. The fixed insertion plate 26 is inserted into the strip-shaped side socket 24. The fixed insertion plate 26 has a fixed cavity 25. The cable is placed in the fixed cavity 25 to fix the positioning buckle plate 12 on the signal repeater 01. The cable is placed in the fixed cavity 25 to prevent the cable from falling out of the support tube 11 during the use of the forest fire prevention signal relay bracket and ensure the position of the cable. This device is convenient to install and operate.

[0024] Example 5:

[0025] The installation steps of the utility model are as follows: First, connect the upper part of the support tube 11 to the lower plate 10 of the fixed plate, connect the left lower limiting plate 03 to the left side of the lower guide rod 04, connect the left upper limiting plate 21 to the left side of the upper guide rod 22, pass the lower guide rod 04 through the lower plate 06 of the frame plate, put the lower spring 09 on the lower guide rod 04, connect the right fixed plate 07 to the right side of the lower guide rod 04, pass the upper guide rod 22 through the upper plate 23 of the frame plate, put the upper spring 08 on the upper guide rod 22, connect the right fixed plate 07 to the right side of the upper guide rod 22, connect the side connection ear 20 to the right fixed plate 07, connect the right side of the rotating top plate 15 to the side connection ear 20 through the rotating shaft 27, connect the support block 19 to the right fixed plate 07, insert the signal repeater 01 into the rectangular sliding frame plate 05 so that the left side of the signal repeater 01 is in contact with the left limiting plate 02, make the left side surface of the top plate side plate 16 in contact with the signal repeater 01, connect the support plate 14 to the support tube 11, connect the upper part of the cable to the signal repeater 01, pass the cable through the strip-shaped side socket 24 and insert it into the support tube 11, insert the fixed insertion plate 26 into the strip-shaped side socket 24, and insert the buckle side insertion plate 13 into the support plate 14.

[0026] The above are only the preferred embodiments of the utility model and are not used to limit the utility model. It should be pointed out that for those of ordinary skill in the art in this technical field, without departing from the technical principle of the utility model, several improvements and modifications can still be made, and these improvements and modifications should also be regarded as the protection scope of the utility model.

Claims

1. A forest fire prevention signal relay bracket, characterized in that The invention comprises a signal repeater (01), a left limit plate (02), a lower guide rod (04), a rectangular sliding frame plate (05), a right fixed plate (07), a support tube (11), a positioning buckle plate (12), a support plate (14), a rotating top plate (15), an arc-shaped guide rod (17), and an upper guide rod (22), wherein the lower part of the right fixed plate (07) comprises a fixed plate lower plate (10), the upper part of the support tube (11) is connected to the fixed plate lower plate (10), the lower part of the left limit plate (02) comprises a left limit plate lower plate (03), the right side of the lower guide rod (04) is connected to the right fixed plate (07), and the left side of the lower guide rod (04) is connected to the left limit plate The upper part of the left limit plate (02) has a left limit plate upper plate (21), the left side of the upper guide rod (22) is connected to the left limit plate upper plate (21), the right side of the upper guide rod (22) is connected to the right fixed plate (07), the left side of the signal repeater (01) is in contact with the left limit plate (02), the signal repeater (01) is adapted to the rectangular sliding frame plate (05), the signal repeater (01) is inserted into the rectangular sliding frame plate (05), the upper part of the rectangular sliding frame plate (05) has a frame plate upper plate (23), the upper guide rod (22) passes through the frame plate upper plate (23), and the upper guide rod (22) slides in the frame plate upper plate (23).

2. A forest fire prevention signal relay bracket according to claim 1, characterized in that The lower part of the rectangular sliding frame plate (05) has a frame plate lower plate (06), the lower guide rod (04) passes through the frame plate lower plate (06), the lower guide rod (04) slides in the frame plate lower plate (06), the lower spring (09) is sleeved on the lower guide rod (04), the left side of the lower spring (09) is against the frame plate lower plate (06), the right side of the lower spring (09) is against the right fixed plate (07), the upper spring (08) is sleeved on the upper guide rod (22), the left side of the upper spring (08) is against the frame plate upper plate (23), and the right side of the upper spring (08) is against the right fixed plate (07).

3. A forest fire prevention signal relay bracket according to claim 2, characterized in that The right fixed plate (07) is connected to the side connecting ear (20), the right side of the rotating top plate (15) is connected to the side connecting ear (20) through the rotating shaft (27), the support block (19) is connected to the right fixed plate (07), the lower surface of the rotating top plate (15) is in contact with the support block (19), the left side of the rotating top plate (15) is provided with a top plate side plate (16), the left side of the top plate side plate (16) is in contact with the signal repeater (01), the right side of the arc guide rod (17) is connected to the right fixed plate (07), the arc spring (18) is sleeved on the arc guide rod (17), the arc guide rod (17) is inserted into the rotating top plate (15), the arc guide rod (17) slides in the rotating top plate (15), the right side of the arc spring (18) is against the right fixed plate (07), and the lower part of the arc spring (18) is against the rotating top plate (15).

4. A forest fire prevention signal relay bracket according to claim 3, characterized in that The side of the support tube (11) has a strip-shaped side insertion opening (24), the positioning buckle plate (12) is buckled on the outside of the support tube (11), both ends of the positioning buckle plate (12) have buckle plate side plug plates (13), the support plate (14) is connected to the support tube (11), the buckle plate side plug plates (13) are adapted to the support plate (14), and the buckle plate side plug plates (13) are inserted into the support plate (14).

5. A forest fire prevention signal relay bracket according to claim 1, characterized in that The positioning buckle plate (12) has a fixed plug plate (26) inside, the fixed plug plate (26) is adapted to the strip side plug port (24), the fixed plug plate (26) is inserted into the strip side plug port (24), the fixed plug plate (26) has a fixed cavity (25), and the cable is placed in the fixed cavity (25).

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