Computer network communication cable laying auxiliary device

Abstract

A computer network communication cable laying auxiliary device comprises a lower supporting plate, a guide sliding rod, an upper pressing plate, a rotating screw rod, an internal thread locking sleeve, a supporting frame body, a center shaft, a rotating sleeve, a pin, an inclined pull rod and a moving wheel, a plurality of lower supporting plate grooves are formed in the upper portion of the lower supporting plate, and a plurality of upper pressing plate grooves are formed in the lower portion of the upper pressing plate. The lower surface of the upper pressing plate is attached to the upper surface of the lower supporting plate, the upper pressing plate groove corresponds to the lower supporting plate groove vertically, the lower portion of the cable is inserted into the lower supporting plate groove, the upper portion of the cable is inserted into the upper pressing plate groove, the lower portions of the guide sliding rods are connected with the lower supporting plate, and the guide sliding rods are distributed on the upper portion of the lower supporting plate. A group of guide sliding rod holes are distributed in the upper pressing plate, guide sliding rods are matched with the guide sliding rod holes, the guide sliding rods penetrate through the guide sliding rod holes and slide in the guide sliding rod holes, and anti-falling blocking pieces are arranged on the upper portions of the guide sliding rods.

Description

Technical Field

[0001] The utility model relates to the field of computer network communication, in particular to a computer network communication cable laying auxiliary device. Background Art

[0002] The existing patent (publication number: CN112653024A) proposes a communication cable auxiliary laying device for communication construction, which relates to the field of communication construction. The communication cable auxiliary laying device for communication construction includes a base plate and a support column. The four corners of the lower surface of the base plate are provided with rollers. The upper surface of the base plate is fixedly connected with a fixing plate. The upper surface of the fixing plate is provided with a first arc groove. The upper surface of the fixing plate is fixedly connected with three groups of first clamping plates. The bottom end of the support column is fixedly connected with a base. The base is fixedly connected to the ground. The upper surface of the support column is provided with a second arc groove. This device places the cable extension end on the cable roller in the first arc groove on the upper surface of the fixing plate. The first clamping plate is rotated. However, there is only one arc groove for placing cables, and it is impossible to pull and lay multiple cables at the same time. Summary of the invention

[0003] In view of the above-mentioned deficiencies in the prior art, the utility model provides a device for pulling cables composed of a lower support plate, an upper pressure plate, and an inclined pull rod. Compared with workers directly dragging cables, the device is more convenient and ensures the laying spacing between multiple cables. It is a computer network communication cable laying auxiliary device.

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

[0005] A computer network communication cable laying auxiliary device comprises a lower support plate, a guide slide bar, an upper pressure plate, a rotating screw, an internal thread locking sleeve, a support frame, a central axis, a rotating sleeve, a pin, an inclined pull rod, and a moving wheel. The upper part of the lower support plate has a plurality of lower support plate grooves, and the lower part of the upper pressure plate has a plurality of upper pressure plate grooves. The lower surface of the upper pressure plate fits with the upper surface of the lower support plate, and the upper pressure plate groove corresponds to the lower support plate groove up and down. The lower part of the cable is inserted into the lower support plate groove, and the upper part of the cable is inserted into the upper pressure plate groove. The lower part of the guide slide bar is connected to the lower support plate, a group of guide slide bars are distributed on the upper part of the lower support plate, the upper pressure plate has a guide slide bar hole, and a group of guide slide bar holes are distributed on the upper pressure plate. The guide slide bar is adapted to the guide slide bar hole, the guide slide bar passes through the guide slide bar hole, the guide slide bar slides in the guide slide bar hole, and the upper part of the guide slide bar has an anti-slip baffle.

[0006] The lower part of the lower support plate is connected to a moving wheel, and multiple moving wheels are distributed at the bottom of the lower support plate. A clearance groove is provided on the side of the lower support plate. The rotating screw rod is provided with a rotating screw lower sleeve, which is adapted to the clearance groove. The rotating screw lower sleeve is inserted into the clearance groove, and the rotating screw lower sleeve is connected to the clearance groove shaft, and the rotating screw lower sleeve rotates in the clearance groove.

[0007] The upper pressure plate has a rotating screw hole, the rotating screw is adapted to the rotating screw hole, the rotating screw passes through the rotating screw hole, the rotating screw slides up and down in the rotating screw hole, the internal thread locking sleeve has an internal thread hole, the upper part of the rotating screw is adapted to the internal thread hole, the upper part of the rotating screw is inserted into the internal thread hole, the rotating screw rotates in the internal thread hole, the lower surface of the internal thread locking sleeve is in contact with the upper surface of the upper pressure plate, and the outer side of the internal thread locking sleeve is provided with multiple handles.

[0008] Beneficial effects: 1. The upper pressing plate of the utility model is placed above the lower supporting plate, so that the upper pressing plate groove is opposite to the lower supporting plate groove, and the upper pressing plate groove and the lower supporting plate groove cooperate to clamp and fix the cables placed in the lower supporting plate groove, preventing the cables from detaching from the device during the laying of computer network communication cables. The guide slide bar passes through the guide slide bar hole, and a group of guide slide bars cooperate to position the upper pressing plate, ensuring that the upper pressing plate groove and the lower supporting plate groove correspond to each other up and down, preventing the displacement of the clamping force of the cables during the laying of computer network communication cables. The lower sleeve of the rotating screw is inserted into the giving way groove and connected to its shaft, so that the rotating screw is connected to the lower supporting plate and the rotating screw can rotate at the same time. The rotating screw is set to a rotatable structure, which is convenient for the cables to be moved from the lower support plate and the upper pressing plate. The upper pressure plate is slid upward to increase the distance between the two, and the cable is placed in the groove of the lower support plate, and then the rotating screw is rotated to make the rotating screw relative to the rotating screw hole, and then the upper pressure plate is slid downward to make the rotating screw pass through the rotating screw hole, and the upper part of the rotating screw is inserted into the internal thread hole, and the internal thread locking sleeve is rotated to make the internal thread locking sleeve rotate on the rotating screw while applying a downward thrust to the upper pressure plate, so that the distance between the lower support plate and the upper pressure plate becomes smaller, thereby increasing the clamping force on the cable, and preventing the cable from slipping out of the upper pressure plate groove and the lower support plate groove under reverse pulling force during the laying of computer network communication cables.

[0009] 2. The lower sleeve of the inclined pull rod of the utility model is connected to the side connecting ear shaft, and the inclination angle of the inclined pull rod is adjustable, which is convenient for workers of different heights to pull, and the moving wheels make the movement of the device more convenient. The lower support plate, the upper pressure plate, and the inclined pull rod form a device for pulling cables, which is more convenient than workers directly dragging cables and ensuring the laying spacing between multiple cables. The support frame is fixed to the ground by pins, and multiple cables are blocked by multiple support frame upper plates. In the laying of computer network communication cables, knotting and entanglement of multiple cables are prevented during the simultaneous laying and pulling process. The central axis supports the cables through the rotating sleeve, and in the laying of computer network communication cables, the cables are prevented from being dragged on the ground and caused to be worn when the device pulls the cables. When working, the cable head on the cable stick is first fixed to the pulling cart, and the pulling cart is moved. A support frame is placed at each section where the pulling cart passes, so that the cables are kept clearly distributed and the cable wear is prevented during the laying of computer network communication cables. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] Figure 1 This is a left axonometric view of a computer network communication cable laying auxiliary device described in the utility model.

[0011] Figure 2 This is a right axonometric view of a computer network communication cable laying auxiliary device described in the utility model.

[0012] Figure 3 This is the first cross-sectional view of the lower support plate and the upper pressure plate described in the utility model.

[0013] Figure 4 This is the second cross-sectional view of the lower support plate and the upper pressure plate described in the utility model.

[0014] Figure 5 This is an axonometric view of the lower support plate described in the present utility model.

[0015] Figure 6 This is an axonometric view of the upper pressing plate described in the utility model.

[0016] Figure 7 This is an axonometric view of the rotating screw described in the utility model.

[0017] Figure 8 It is a cross-sectional view of the internal thread locking sleeve described in the utility model.

[0018] Fig. 9 This is an axonometric view of the support frame described in the utility model. DETAILED DESCRIPTION

[0019] The utility model is further described in detail below according to the accompanying drawings and embodiments:

[0020] Embodiment 1:

[0021] A computer network communication cable laying auxiliary device includes a lower support plate 01, a guide slide bar 04, an upper pressure plate 07, a rotating screw 11, an internal thread locking sleeve 13, a support frame 16, a central axis 18, a rotating sleeve 19, a pin 20, an inclined pull rod 21, and a moving wheel 23. The upper portion of the lower support plate 01 has a plurality of lower support plate grooves 02, and the lower portion of the upper pressure plate 07 has a plurality of upper pressure plate grooves 08. The lower surface of the upper pressure plate 07 is in contact with the upper surface of the lower support plate 01, and the upper pressure plate grooves 08 correspond to the lower support plate grooves 02 up and down. The upper pressure plate 07 is placed above the lower support plate 01 so that the upper pressure plate grooves 08 are opposite to the lower support plate grooves 02. The upper pressure plate grooves 08 cooperate with the lower support plate grooves 02 to clamp and fix the cables placed in the lower support plate grooves 02. To prevent the cable from detaching from the device during cable laying, the lower part of the cable is inserted into the lower support plate groove 02, and the upper part of the cable is inserted into the upper pressure plate groove 08. The lower part of the guide slide bar 04 is connected to the lower support plate 01, and a group of guide slide bars 04 are distributed on the upper part of the lower support plate 01. The upper pressure plate 07 has a guide slide bar hole 09, and a group of guide slide bar holes 09 are distributed on the upper pressure plate 07. The guide slide bar 04 is adapted to the guide slide bar hole 09, and the guide slide bar 04 passes through the guide slide bar hole 09. A group of guide slide bars 04 cooperate to position the upper pressure plate 07 to ensure that the upper pressure plate groove 08 corresponds to the lower support plate groove 02. In the laying of computer network communication cables, the misalignment of the two is prevented, which causes the clamping force of the cable to be offset. The guide slide bar 04 slides in the guide slide bar hole 09, and the upper part of the guide slide bar 04 has an anti-slip baffle 05.

[0022] Embodiment 2:

[0023] The lower part of the lower support plate 01 described in the utility model is connected to the moving wheel 23, and multiple moving wheels 23 are distributed at the bottom of the lower support plate 01. The moving wheel 23 makes the movement of the device more convenient. The side of the lower support plate 01 has a yield groove 06, and the rotating screw 11 continues to have a rotating screw lower sleeve 12. The rotating screw lower sleeve 12 is adapted to the yield groove 06, and the rotating screw lower sleeve 12 is inserted into the yield groove 06. The rotating screw lower sleeve 12 is connected to the yield groove 06 axis, and the rotating screw lower sleeve 12 rotates in the yield groove 06. The rotating screw lower sleeve 12 is inserted into the yield groove 06 and connected to its axis, so that the rotating screw 11 is connected to the lower support plate 01 and the rotating screw 11 can rotate at the same time. The rotating screw 11 is set to a rotatable structure to facilitate the cable from the lower support plate 01 and the upper pressure plate 07 side to prevent the two from being between them during the laying of computer network communication cables.

[0024] Embodiment 3:

[0025] The upper pressing plate 07 of the utility model has a rotating screw hole 10, and the rotating screw 11 is adapted to the rotating screw hole 10. The rotating screw 11 passes through the rotating screw hole 10, and the rotating screw 11 slides up and down in the rotating screw hole 10. The internal thread locking sleeve 13 has an internal thread hole 15. The upper part of the rotating screw 11 is adapted to the internal thread hole 15. The upper part of the rotating screw 11 is inserted into the internal thread hole 15, and the rotating screw 11 rotates in the internal thread hole 15. The lower surface of the internal thread locking sleeve 13 fits with the upper surface of the upper pressing plate 07. When the cable is placed in the lower support plate 01 and the upper pressing plate 07, the rotating screw 11 is rotated to a horizontal state, and the distance between the two is enlarged when the upper pressing plate 07 is slid upward. , place the cable in the lower support plate groove 02, then rotate the rotating screw 11 so that the rotating screw 11 is opposite to the rotating screw hole 10, and then slide the upper pressure plate 07 downward to make the rotating screw 11 pass through the rotating screw hole 10, insert the upper part of the rotating screw 11 into the internal thread hole 15, rotate the internal thread locking sleeve 13 so that the internal thread locking sleeve 13 rotates on the rotating screw 11 and applies a downward thrust to the upper pressure plate 07, so that the distance between the lower support plate 01 and the upper pressure plate 07 becomes smaller, thereby increasing the clamping force on the cable, and preventing the cable from slipping out of the upper pressure plate groove 08 and the lower support plate groove 02 under reverse tension during the laying of computer network communication cables. There are multiple handles 14 on the outside of the internal thread locking sleeve 13.

[0026] Embodiment 4:

[0027] The lower part of the lower support plate 01 of the utility model has a side connecting ear 03, and the lower part of the inclined pull rod 21 has a lower sleeve 22 of the inclined pull rod. The lower sleeve 22 of the inclined pull rod is axially connected to the side connecting ear 03. The inclination angle of the inclined pull rod 21 can be adjusted to facilitate the pulling of workers of different heights. The lower support plate 01, the upper pressure plate 07, and the inclined pull rod 21 form a device for pulling cables, which is more convenient than workers directly dragging cables and ensures the laying spacing between multiple cables. The upper part of the support frame 16 has multiple support frame upper plates 17, and the rotating sleeve 19 is sleeved on the central axis 18. The rotating sleeve 19 rotates on the central axis 18. The two ends of the central axis 18 are connected to the support frame upper plate 17. The central axis 1 8 The cables are supported by a rotating sleeve 19 to prevent the cables from being dragged on the ground and caused to be worn when the device pulls the cables during the laying of computer network communication cables. The pins 20 pass through the support frame 16 and are inserted into the soil. The support frame 16 is fixed to the ground by the pins 20. Multiple cables are blocked by multiple support frame upper plates 17 to prevent the cables from being knotted and entangled during the laying and pulling of multiple cables at the same time during the laying of computer network communication cables. When working, the cable head on the cable stick is first fixed to the pulling cart, and the pulling cart is moved. A support frame 16 is placed at each section where the pulling cart passes, so that the cables are kept clearly distributed and the cables are prevented from being worn during the laying of computer network communication cables.

[0028] Embodiment 5:

[0029] The installation steps of the utility model are as follows: first, connect a plurality of moving wheels 23 to the lower part of the lower support plate 01, insert the lower sleeve 12 of the rotating screw into the give way groove 06 and connect them axially, pass the guide slide bar 04 through the guide slide bar hole 09 to connect the lower support plate 01, connect the lower sleeve 22 of the inclined pull rod to the side connecting ear 03 axis, place the cable in the lower support plate groove 02, slide the upper pressure plate 07 downward, pass the rotating screw 11 through the rotating screw hole 10, insert the upper part of the rotating screw 11 into the internal threaded hole 15, put the rotating sleeve 19 on the central axis 18, connect the two ends of the central axis 18 to the upper plate 17 of the support frame, and pass the pin 20 through the support frame 16 and insert it into the soil.

[0030] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. It should be pointed out that a person skilled in the art can make several improvements and modifications without departing from the technical principle of the present invention, and these improvements and modifications should also be regarded as within the protection scope of the present invention.

Claims

1. A computer network communication cable laying auxiliary device, characterized in that : It comprises a lower support plate (01), a guide slide bar (04), an upper pressure plate (07), a rotating screw (11), an internal thread locking sleeve (13), a support frame (16), a central shaft (18), a rotating sleeve (19), a pin (20), an inclined pull rod (21), and a moving wheel (23). The upper part of the lower support plate (01) has a plurality of lower support plate grooves (02), and the lower part of the upper pressure plate (07) has a plurality of upper pressure plate grooves (08). The lower surface of the upper pressure plate (07) is in contact with the upper surface of the lower support plate (01), and the upper pressure plate groove (08) corresponds to the lower support plate groove (02) up and down. The lower part of the cable Insert the cable into the lower support plate groove (02), insert the upper part of the cable into the upper pressure plate groove (08), the lower part of the guide slide bar (04) is connected to the lower support plate (01), a group of guide slide bars (04) are distributed on the upper part of the lower support plate (01), the upper pressure plate (07) has a guide slide bar hole (09), a group of guide slide bar holes (09) are distributed on the upper pressure plate (07), the guide slide bar (04) is adapted to the guide slide bar hole (09), the guide slide bar (04) passes through the guide slide bar hole (09), the guide slide bar (04) slides in the guide slide bar hole (09), and the upper part of the guide slide bar (04) has an anti-slip baffle (05).

2. A computer network communication cable laying auxiliary device according to claim 1, characterized in that The lower part of the lower support plate (01) is connected to a moving wheel (23), and a plurality of moving wheels (23) are distributed at the bottom of the lower support plate (01). The side of the lower support plate (01) is provided with a clearance groove (06). The rotating screw (11) is provided with a rotating screw lower sleeve (12), and the rotating screw lower sleeve (12) is adapted to the clearance groove (06). The rotating screw lower sleeve (12) is inserted into the clearance groove (06), and the rotating screw lower sleeve (12) is axially connected to the clearance groove (06). The rotating screw lower sleeve (12) rotates in the clearance groove (06).

3. A computer network communication cable laying auxiliary device according to claim 2, characterized in that The upper pressing plate (07) has a rotating screw hole (10), the rotating screw (11) is adapted to the rotating screw hole (10), the rotating screw (11) passes through the rotating screw hole (10), the rotating screw (11) slides up and down in the rotating screw hole (10), the internal thread locking sleeve (13) has an internal thread hole (15), the upper part of the rotating screw (11) is adapted to the internal thread hole (15), the upper part of the rotating screw (11) is inserted into the internal thread hole (15), the rotating screw (11) rotates in the internal thread hole (15), the lower surface of the internal thread locking sleeve (13) is in contact with the upper surface of the upper pressing plate (07), and the outer side of the internal thread locking sleeve (13) has a plurality of handles (14).

4. A computer network communication cable laying auxiliary device according to claim 3, characterized in that The lower support plate (01) has a side connection ear (03) at its lower portion, and the lower portion of the inclined pull rod (21) has an inclined pull rod lower sleeve (22), and the inclined pull rod lower sleeve (22) is axially connected to the side connection ear (03).

5. The computer network communication cable laying auxiliary device according to claim 1 is characterized in that The upper part of the support frame (16) is provided with a plurality of support frame upper plates (17), a rotating sleeve (19) is sleeved on the central shaft (18), the rotating sleeve (19) rotates on the central shaft (18), two ends of the central shaft (18) are connected to the support frame upper plates (17), and a pin (20) passes through the support frame (16) and is inserted into the soil.

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