Temporary water pipe supporting device for construction site

Abstract

The utility model relates to the technical field of building appliances, in particular to a temporary water pipe supporting device for a construction site, which comprises a supporting platform, supporting legs are arranged at two ends of the supporting platform, a rotary limiting component matched with the supporting platform is arranged at one end of each supporting leg, and a fixing frame matched with the ground is arranged at the other end of each supporting leg. A telescopic stabilizing assembly is arranged between the two fixing frames. A damping suspension arm assembly is arranged on the supporting platform, a damping clamping assembly matched with a water pipe is arranged at the bottom end of the damping suspension arm assembly, and damping supporting arm assemblies matched with the damping clamping assembly are arranged on the supporting legs. Through the advantages of high adaptability, adjustability, shock absorption performance, stability, easiness in mounting and dismounting, simplicity and convenience in operation, compact structure and the like, the construction efficiency is improved, the safety of a construction site is enhanced, and an efficient, safe and practical solution is provided for water pipe support in building construction.

Description

TECHNICAL FIELD

[0001] The utility model relates to the technical field of building appliances, especially relates to a water pipe temporary support device for construction site. BACKGROUND

[0002] In the construction process, especially in the engineering stage involving water supply and drainage, fire fighting and other systems, a large number of water pipes need to be temporarily placed, transported or installed. However, water pipes are usually large in size, heavy in weight and smooth in surface, and are prone to rolling and sliding when placed directly on the ground, which may not only cause damage to the water pipes themselves, but also may cause safety hazards on the construction site. Therefore, a water pipe temporary support device that can provide stable support, facilitate transportation and have shock absorption function is particularly important. Traditional support methods such as simple wooden racks and iron racks, although to some extent solve the problem of water pipe placement, have limitations in transportation flexibility, shock absorption effect and adaptation to complex terrain, and cannot meet the needs of modern construction for high efficiency, safety and fine management.

[0003] However, the existing water pipe temporary support device for construction site still has some problems. First, the ground at the construction site is often uneven, and conventional support devices cannot guarantee the horizontal placement of water pipes under various terrain conditions, which may cause uneven stress on the water pipes and increase the risk of damage. Second, different construction stages and different specifications of water pipes require different support lengths, and the existing devices often cannot conveniently adjust the length and may shake or become unstable during extension, affecting the support effect. In addition, when transporting or subjected to external impact, water pipes are prone to stress concentration due to vibration, leading to material fatigue or even rupture. The existing support devices often lack effective shock absorption design and cannot effectively protect the water pipes from damage.

[0004] How to solve the above technical problems is the subject faced by the utility model. SUMMARY

[0005] To solve the problems of the prior art, the utility model provides a water pipe temporary support device for construction site, which is safe and reliable in design. Through the cooperative work of the support platform, support legs, rotary limiting components and stable rope components, the water pipe for construction site is stably supported, conveniently transported and shock-protected, effectively solving the problems of uneven ground at the construction site, difficult support length adjustment and lack of shock protection.

[0006] The utility model solves the technical problems by adopting the following technical scheme: a water pipe temporary support device for construction site, comprising a support platform, support legs are arranged at both ends of the support platform, a rotary limiting component is arranged at one end of the support leg and matched with the support platform, a fixing frame matched with the ground is arranged at the other end of the support leg, and an extension stable component is arranged between the two fixing frames.

[0007] The support platform is provided with a damping boom assembly, the bottom end of the damping boom assembly is provided with a damping clamping assembly matched with the water pipe, and the support leg is provided with a damping support arm assembly matched with the damping clamping assembly.

[0008] Further, the rotation limiting assembly comprises two fixed discs symmetrically arranged at one end of the support platform, a stable sleeve frame is arranged between the fixed discs, the stable sleeve frame is provided with a clamping groove matched with the support leg, and the stable sleeve frame is provided with a fastening screw rod matched with the support leg.

[0009] The stable sleeve frame is provided with a rotating shaft matched with the fixed disc, the stable sleeve frame is provided with a movable disc matched with the fixed disc, a plurality of movable holes are uniformly arranged on the movable disc along the circumferential direction of the movable disc, the fixed disc is provided with a positioning hole, and the positioning hole is provided with a positioning rod matched with the movable hole.

[0010] Further, the fixed frame is provided with a fixed foot matched with the ground, the telescopic stable assembly comprises a clamping U-shaped frame matched with the fixed frame, the clamping U-shaped frame is provided with a bracing rod matched with the fixed frame, the clamping U-shaped frame is provided with a fastening frame, a fastening telescopic rod is arranged between the two fastening frames, the two ends of the fastening telescopic rod are provided with a fastening sleeve frame matched with the fastening frame, and the fastening sleeve frame is provided with a fastening screw matched with the fastening frame.

[0011] Further, the damping boom assembly comprises a damping frame arranged on the support platform, the damping frame is provided with a movable frame slidingly matched with the damping frame, the damping frame is provided with a damping spring matched with the movable frame, and the movable frame is provided with a rope unit connected with the damping clamping assembly.

[0012] The damping clamping assembly comprises two clamping half-round frames, the clamping half-round frames are provided with clamping screws matched with the water pipe, one of the clamping half-round frames is provided with a connecting frame matched with the rope unit, a fixed screw rod is arranged between the two clamping half-round frames, and the clamping half-round frames are provided with a boom ring matched with the damping support arm assembly.

[0013] Preferably, two structure designs of the rope unit are provided, which are as follows:

[0014] Firstly, the rope unit comprises a movable winch arranged on the movable frame, the movable winch is provided with a hinge rope, the movable frame and the damping frame are provided with a through groove for penetrating the hinge rope, the movable frame is provided with a limiting circular frame matched with the movable winch, and the limiting circular frame is provided with a limiting screw rod matched with the movable winch.

[0015] Secondly, the hanging rope unit includes a limiting cylinder arranged on the movable frame, a hanging rope arranged in the limiting cylinder, a fastening anchor arranged on the limiting cylinder and matched with the hanging rope, and a damping groove arranged on the damping frame and matched with the hanging rope.

[0016] Further, the damping support arm assembly includes a sliding groove arranged on the support leg, a movable sleeve frame arranged in the sliding groove, a stabilizing screw arranged on the support leg and matched with the movable sleeve frame, a support arm arranged in the movable sleeve frame, and a clamping rod arranged on the movable sleeve frame and matched with the support arm.

[0017] The support arm is provided with a connecting U-shaped frame matched with the damping clamping assembly at one end of the damping clamping assembly, the connecting U-shaped frame is provided with a connecting clamping rod matched with the damping clamping assembly, the connecting U-shaped frame is provided with a reset cavity matched with the connecting clamping rod, the connecting clamping rod penetrates through the reset cavity, the connecting clamping rod is provided with a reset plate matched with the connecting U-shaped frame, and the connecting clamping rod is sleeved with a reset spring matched with the reset plate.

[0018] Further, the support platform is provided with a stabilizing rope assembly matched with the telescopic stabilizing assembly; the stabilizing rope assembly includes a fixed hook arranged on the support platform, a plurality of movable sleeves sleeved on the telescopic stabilizing assembly, a positioning screw arranged on the movable sleeve and matched with the telescopic stabilizing assembly, a movable hook arranged on the movable sleeve, and a stabilizing rope arranged between the fixed hook and the movable hook.

[0019] The design of the support device allows it to be used in different terrains and ground conditions. The rotation limiting assembly allows the support leg to adapt to uneven ground, ensuring the stability of the device. This adaptability allows the device to be reliably used in a variable construction site environment.

[0020] The design of the telescopic stabilizing assembly allows the support device to quickly adjust the span according to the length of the water pipe and the construction requirements. This flexibility allows construction personnel to quickly install and adjust the device according to the actual situation, improving construction efficiency. At the same time, the close cooperation and fastening design between the parts ensure the stability of the telescoping process, avoiding shaking or instability.

[0021] The utility model discloses a double damping system. On the one hand, the damping suspension arm assembly is combined through the damping frame, the movable frame and the damping spring, effectively absorbs the vibration of the water pipe in the carrying process, and protects the water pipe from being damaged. On the other hand, the damping support arm assembly is designed through the sliding groove, the movable sleeve frame, the support arm, the connecting U frame, the connecting clamping rod, the reset cavity, the reset plate and the reset spring, provides additional support and damping, and further enhances the protection effect on the water pipe.

[0022] The damping clamping assembly of the utility model is composed of two clamping semicircle frames, fixes the water pipe through clamping screws, and is suitable for water pipes of different diameters. The lifting rope unit provides two structural designs, and the movable winch + hinged rope structure can easily adjust the length of the suspension arm through the movable winch, and the limiting cylinder + lifting rope structure ensures the stability of the lifting rope through the fastening anchor, and both can conveniently adjust the suspension height and position of the water pipe and improve the carrying flexibility.

[0023] The stable rope assembly of the utility model is matched with the fixing hook, the movable sleeve, the positioning screw, the movable hook and the stable rope, assists in fixing the telescopic stable assembly, enhances the stability of the whole device under complex working conditions, and further reduces the shaking or instability risk of the device caused by external factors. DRAWINGS

[0024] Figure 1 It is a three-dimensional structure schematic view under the first visual angle of the utility model;

[0025] Figure 2 It is an enlarged schematic view of A of the utility model;

[0026] Figure 3 It is an enlarged schematic view of B of the utility model;

[0027] Figure 4 It is a three-dimensional structure schematic view under the second visual angle of the utility model;

[0028] Figure 5 It is an enlarged schematic view of C of the utility model;

[0029] Figure 6 It is an enlarged schematic view of D of the utility model;

[0030] Figure 7 It is an enlarged schematic view of E of the utility model;

[0031] Wherein, the drawing mark is: 100, support platform; 200, support leg; 210, sliding groove; 300, rotation limiting assembly; 310, fixed disc; 320, stable sleeve frame; 321, clamping groove; 322, fastening screw; 323, rotating shaft; 330, movable disc; 340, positioning rod; 400, fixed frame; 401, fixed foot; 410, telescopic stable assembly; 411, clamping U frame; 412, top support rod; 413, fastening frame; 414, fastening telescopic rod; 415, fastening sleeve frame; 416, fastening screw; 500, shock absorbing boom assembly; 510, shock absorbing frame; 520, movable frame; 530, shock absorbing spring; 540, rope unit; 541, movable winch; 542, limiting round frame; 543, limiting screw; 544, limiting cylinder; 545, hoisting rope; 600, shock absorbing clamping assembly; 610, clamping semicircular frame; 620, clamping screw; 700, shock absorbing support arm assembly; 710, movable sleeve frame; 720, stable screw; 730, support arm; 740, fastening rod; 750, connecting U frame; 760, connecting clamping rod; 800, stable rope assembly; 810, fixed hook; 820, movable sleeve; 830, movable hook. Specific embodiments

[0032] Reference Figures 1 to 7 As shown in the drawings, a water pipe temporary support device for construction site, including support platform 100, both ends of the support platform 100 are provided with support leg 200, one end of the support leg 200 is provided with rotation limiting assembly 300 matched with the support platform 100, the other end of the support leg 200 is provided with fixed frame 400 matched with the ground, two fixed frames 400 are provided with telescopic stable assembly 410.

[0033] The support platform 100 is provided with shock absorbing boom assembly 500, the bottom end of the shock absorbing boom assembly 500 is provided with shock absorbing clamping assembly 600 matched with the water pipe, the support leg 200 is provided with shock absorbing support arm assembly 700 matched with the shock absorbing clamping assembly 600.

[0034] Specifically, the support platform 100 is the main component of the device, and both ends of the platform are provided with support legs 200 connected with the platform through a rotating limiting assembly 300, allowing the legs to rotate within a certain angle to adapt to uneven ground. The other end of the support leg 200 is connected with a fixing frame 400, which can be fixed to the ground to provide a stable support base. The two fixing frames 400 are connected through a telescopic stabilizing assembly 410, allowing the device to adjust the length as needed to adapt to the support needs of water pipes of different sizes, ensuring that water pipes of different stages and specifications can be properly supported. At the same time, the support platform 100 is provided with a damping boom assembly 500, and the bottom end is provided with a damping clamping assembly 600 for fixing the water pipe. This can effectively reduce the vibration of the water pipe when it is moved or subjected to external impact, protecting the water pipe from damage. The damping support arm assembly 700 is located on the support leg 200 and cooperates with the damping boom assembly 500 to effectively reduce stress concentration of the water pipe when subjected to force, protecting the integrity of the water pipe.

[0035] Further, the rotating limiting assembly 300 includes two fixed discs 310 symmetrically arranged at one end of the support platform 100, a stable sleeve frame 320 is arranged between the fixed discs 310, the stable sleeve frame 320 is provided with clamping grooves 321 cooperating with the support legs 200, and the stable sleeve frame 320 is provided with fastening screws 322 cooperating with the support legs 200.

[0036] The stable sleeve frame 320 is provided with a rotating shaft 323 rotatingly cooperating with the fixed disc 310, the stable sleeve frame 320 is provided with a movable disc 330 cooperating with the fixed disc 310, the movable disc 330 is uniformly provided with a plurality of movable holes in the circumferential direction of the movable disc 330, the fixed disc 310 is provided with a positioning hole, and the positioning hole is provided with a positioning rod 340 cooperating with the movable hole.

[0037] Specifically, the fixed disc 310 is symmetrically arranged at one end of the support platform 100 and connected with the stable sleeve frame 320 through the rotating shaft 323, allowing the support leg 200 to rotate around the rotating shaft 323, the movable disc 330 cooperates with the fixed disc 310 through the positioning hole and the movable hole, and the rotating angle is locked through the positioning rod 340, ensuring the stability of the support leg 200 at the selected angle. In addition, the fastening screw 322 passes through the clamping groove 321 on the stable sleeve frame 320 and is connected with the support leg 200, further reinforcing the connection between the support leg 200 and the rotating limiting assembly 300 and preventing loosening.

[0038] Further, the fixing frame 400 is provided with a fixing foot 401 matched with the ground; the telescopic stabilizing assembly comprises a clamping U-shaped frame 411 matched with the fixing frame 400, the clamping U-shaped frame 411 is provided with a top supporting rod 412 matched with the fixing frame 400, the clamping U-shaped frame 411 is provided with a fastening frame 413, two fastening frames 413 are provided with a fastening telescopic rod 414, both ends of the fastening telescopic rod 414 are provided with a fastening sleeve frame 415 matched with the fastening frame 413, and the fastening sleeve frame 415 is provided with a fastening screw 416 matched with the fastening frame 413.

[0039] Specifically, the fixing frame 400 is in contact with the ground and is stably connected with the ground through the fixing foot 401; in the telescopic stabilizing assembly, the clamping U-shaped frame 411 is matched with the fixing frame 400 and is adjusted in length through the top supporting rod 412 to adapt to different support requirements, and the fastening frame 413, the fastening telescopic rod 414, the fastening sleeve frame 415 and the fastening screw 416 form a telescopic fixing structure to ensure the stability and structural strength during telescopic adjustment.

[0040] Further, the shock-absorbing boom assembly 500 comprises a shock-absorbing frame 510 arranged on the support platform 100, the shock-absorbing frame 510 is provided with a movable frame 520 slidably matched with the shock-absorbing frame 510, the shock-absorbing frame 510 is provided with a shock-absorbing spring 530 matched with the movable frame 520, and the movable frame 520 is provided with a hoisting rope unit 540 connected with the shock-absorbing clamping assembly 600.

[0041] The shock-absorbing clamping assembly 600 comprises two clamping semi-circular frames 610 provided with clamping screws 620 matched with water pipes, one of the clamping semi-circular frames 610 is provided with a connecting frame matched with the hoisting rope unit 540, a fixing screw is arranged between the two clamping semi-circular frames 610, and the clamping semi-circular frame is provided with a boom ring frame matched with the shock-absorbing support arm assembly.

[0042] Preferably, two kinds of structure designs of the hoisting rope unit 540 are provided, which are specifically as follows:

[0043] Firstly, the hoisting rope unit 540 comprises a movable winch 541 arranged on the movable frame 520, the movable winch 541 is provided with a hinge rope, the movable frame 520 and the shock-absorbing frame 510 are provided with a through groove for penetrating the hinge rope, the movable frame 520 is provided with a limiting circular frame 542 matched with the movable winch 541, and the limiting circular frame 542 is provided with a limiting screw 543 matched with the movable winch 541.

[0044] Secondly, the hanging rope unit 540 comprises a limiting cylinder 544 arranged on the movable frame 520, a hanging rope 545 arranged in the limiting cylinder 544, and a fastening anchor arranged on the limiting cylinder 544 and matched with the hanging rope 545, and the damping frame 510 is provided with a damping groove matched with the hanging rope 545.

[0045] Specifically, the damping frame 510 is fixed on the support platform 100, connected with the movable frame 520 through the damping spring 530 to provide damping function, and the movable frame 520 is connected with the damping clamping assembly 600 through the hanging rope unit 540 to realize the suspension and position adjustment of the water pipe. In addition, the hanging rope unit 540 has two structural designs, one is the movable winch 541 + hinged rope, and the other is the limiting cylinder 544, anchor + hanging rope 545, both of which can realize the adjustment of the length of the hanging arm and have the functions of limiting and fastening to ensure the stability of the hanging arm in the working process. In the damping clamping assembly 600, the clamping semicircular frame 610 is fixed on the water pipe through the clamping screw 620 to provide stable clamping, and the connecting frame is matched with the hanging rope unit 540 to connect the clamping semicircular frame 610 with the hanging rope unit 540 to realize the hanging, and the fixed screw connects the two clamping semicircular frames 610 to ensure the overall stability of the clamping assembly.

[0046] Further, the damping support arm assembly 700 comprises a sliding groove 210 arranged on the support leg 200, an active sleeve frame 710 arranged in the sliding groove 210, a stable screw 720 arranged on the support leg 200 and matched with the active sleeve frame 710, a support arm 730 arranged in the active sleeve frame 710, and a clamping rod 740 arranged on the active sleeve frame 710 and matched with the support arm 730.

[0047] The support arm 730 is provided with a connecting U-shaped frame 750 matched with the damping clamping assembly 600 at one end close to the damping clamping assembly 600, the connecting U-shaped frame 750 is provided with a connecting clamping rod 760 matched with the damping clamping assembly 600, the connecting U-shaped frame 750 is provided with a reset cavity matched with the connecting clamping rod 760, the connecting clamping rod 760 penetrates through the reset cavity, the connecting clamping rod 760 is provided with a reset plate matched with the connecting U-shaped frame 750, and the connecting clamping rod 760 is sleeved with a reset spring matched with the reset plate.

[0048] Specifically, the sliding groove 210, the movable sleeve frame 710, the stable screw 720 and the like constitute the sliding structure of the movable sleeve frame 710, which is fixed on the support leg 200 through the stable screw 720, and the position of the support arm 730 can be adjusted as needed; the support arm 730, the clamping rod 740, the connecting U-shaped frame 750, the reset spring and the like constitute the auxiliary support structure, which is connected with the damping clamping assembly 600 through the connecting U-shaped frame 750, the clamping rod 760 slides in the reset cavity and is provided with a restoring force by the reset spring, so as to ensure that the water pipe is provided with additional support and damping during the carrying process.

[0049] Further, the support platform 100 is provided with a stable rope assembly 800 matched with the telescopic stable assembly 410, which is used to further enhance the stability of the support platform 100.

[0050] The stable rope assembly 800 comprises a fixed hook 810 arranged on the support platform 100, a plurality of movable sleeves 820 arranged on the telescopic stable assembly 410, a positioning screw arranged on the movable sleeve and matched with the telescopic stable assembly 410, and a movable hook 830 arranged on the movable sleeve 820, and a stable rope arranged between the fixed hook 810 and the movable hook 830.

[0051] Specifically, through the fixed hook 810 and the movable hook 830, and cooperating with the stable rope between the fixed hook 810 and the movable sleeve 820, an auxiliary stable system for the telescopic stable assembly 410 is formed, so that the support device is firmly fixed on the ground, the device is prevented from moving or tilting during the construction process, and the stability of the entire device under complex working conditions is enhanced.

[0052] In use, the support platform 100 and all related assemblies are taken out from the storage place and ensured to be intact. According to actual needs, the placement position and direction of the support platform 100 are determined. Then, the support platform 100 is placed at a position where the water pipe needs to be supported, and is ensured to be horizontally stable, and the position and direction of the support platform 100 are adjusted according to the requirements of the site terrain and the position of the water pipe. Then, the support legs 200 are installed at both ends of the support platform 100 and are ensured to be firmly connected to the support platform 100, the length of the support legs 200 is adjusted to adapt to the height of the ground and the support height of the water pipe, and the rotation limiting assembly 300 is adjusted so that the support legs 200 are at the correct angle and direction. Then, the telescopic stable assembly 410 is installed between the two fixed frames 400, and the length thereof is ensured to meet the support requirements of the water pipe, and the length of the telescopic stable assembly 410 is adjusted according to the specifications and length of the water pipe, so that the telescopic stable assembly 410 is closely connected with the water pipe and provides stable support.

[0053] Subsequently, the damping suspension arm assembly 500 is installed on the support platform 100, and its position is adjusted so that the damping clamping assembly 600 is located below the required support position of the water pipe, ensuring that the damping clamping assembly 600 is in close contact with the water pipe without causing damage to the water pipe, selecting the appropriate rope unit 540 structure according to the actual situation and installing it on the damping suspension arm assembly 500, while ensuring that the rope unit 540 is connected tightly with the damping clamping assembly 600, which can provide stable support and damping effect.

[0054] Subsequently, the damping support arm assembly 700 is installed on the support leg 200, ensuring that the sliding groove 210 and the movable sleeve frame 710 are connected tightly, and the stable screw 720 is adjusted to ensure the stability of the support arm 730, ensuring that the connecting U-shaped frame 750 cooperates well with the damping clamping assembly 600, providing reliable support and damping effect. According to the needs of the site, the length of the stable rope assembly 800 is adjusted and connected to the fixed hook 810 on the support platform 100 and the movable hook 830 on the movable sleeve 820, ensuring that the stable rope can provide additional support and enhance the stability of the device.

[0055] Finally, after the installation is completed, the device is comprehensively checked to ensure that all components are connected tightly, correctly positioned. If necessary, the positions and lengths of the various components are adjusted to ensure that the water pipe is fully supported and stable

[0056] The technical features not described in the utility model can be realized by or using the prior art, which will not be described here. Of course, the above description is not a limitation of the utility model, and the utility model is not limited to the above examples. Changes, modifications, additions or replacements made by ordinary skilled in the art within the essential scope of the utility model should also be within the protection scope of the utility model.

Claims

1. A water pipe temporary support device for construction site, characterized in that: it comprises a support platform (100), both ends of the support platform (100) are provided with support legs (200), one end of the support leg (200) is provided with a rotation limiting assembly (300) matched with the support platform (100), the other end of the support leg (200) is provided with a fixing frame (400) matched with the ground, and a telescopic stabilizing assembly (410) is arranged between the two fixing frames (400); a damping boom assembly (500) is arranged on the support platform (100), a damping clamping assembly (600) matched with the water pipe is arranged at the bottom end of the damping boom assembly (500), and a damping support arm assembly (700) matched with the damping clamping assembly (600) is arranged on the support leg (200).

2. The water pipe temporary support device for construction site according to claim 1, characterized in that: the rotation limiting assembly (300) comprises two fixed discs (310) symmetrically arranged at one end of the support platform (100), a stable sleeve frame (320) is arranged between the fixed discs (310), the stable sleeve frame (320) is provided with clamping grooves (321) matched with the support leg (200), and the stable sleeve frame (320) is provided with fastening screws (322) matched with the support leg (200); a rotating shaft (323) matched with the fixed disc (310) is arranged on the stable sleeve frame (320), a movable disc (330) matched with the fixed disc (310) is arranged on the stable sleeve frame (320), a plurality of movable holes are uniformly arranged on the movable disc (330) along the circumferential direction of the movable disc (330), a positioning hole is arranged on the fixed disc (310), and a positioning rod (340) matched with the movable hole is arranged in the positioning hole.

3. The water pipe temporary support device for construction site according to claim 1, characterized in that: the fixing frame (400) is provided with a fixing foot (401) matched with the ground; the telescopic stabilizing assembly comprises a clamping U-shaped frame (411) matched with the fixing frame (400), the clamping U-shaped frame (411) is provided with a jacking rod (412) matched with the fixing frame (400), the clamping U-shaped frame (411) is provided with a fastening frame (413), a fastening telescopic rod (414) is arranged between the two fastening frames (413), both ends of the fastening telescopic rod (414) are provided with a fastening sleeve frame (415) matched with the fastening frame (413), and the fastening sleeve frame (415) is provided with a fastening screw (416) matched with the fastening frame (413).

4. The water pipe temporary support device for construction site according to claim 1, characterized in that: ​ The damping boom assembly (500) comprises a damping frame (510) arranged on the support platform (100), the damping frame (510) is arranged with a movable frame (520) in sliding fit with the damping frame (510), the damping frame (510) is arranged with a damping spring (530) in fit with the movable frame (520), and the movable frame (520) is arranged with a hoisting rope unit (540) connected with the damping clamping assembly (600); The damping clamping assembly (600) comprises two clamping semi-circular frames (610), the clamping semi-circular frames (610) are arranged with clamping screws (620) matched with water pipes, one of the clamping semi-circular frames (610) is arranged with a connecting frame matched with the hoisting rope unit (540), a fixing screw is arranged between the two clamping semi-circular frames (610), and the clamping semi-circular frames are arranged with boom ring frames matched with the damping support arm assembly.

5. The water pipe temporary support device for construction sites according to claim 4, characterized in that: The hoisting rope unit (540) comprises a movable winch (541) arranged on the movable frame (520), the movable winch (541) is arranged with a hinged rope, the movable frame (520) and the damping frame (510) are arranged with through grooves for the hinged rope, the movable frame (520) is arranged with a limiting circular frame (542) matched with the movable winch (541), and the limiting circular frame (542) is arranged with a limiting screw (543) matched with the movable winch (541).

6. The water pipe temporary support device for construction sites according to claim 4, characterized in that: The hoisting rope unit (540) comprises a limiting cylinder (544) arranged on the movable frame (520), the limiting cylinder (544) is arranged with a hoisting rope (545), the limiting cylinder (544) is arranged with a fastening anchor matched with the hoisting rope (545), and the damping frame (510) is arranged with a damping groove matched with the hoisting rope (545).

7. The water pipe temporary support device for construction sites according to claim 1, characterized in that: The damping support arm assembly (700) comprises a sliding groove (210) opened in the support leg (200), the sliding groove (210) is arranged with a movable sleeve frame (710), the support leg (200) is arranged with a stabilizing screw (720) matched with the movable sleeve frame (710), the movable sleeve frame (710) is arranged with a support arm (730), and the movable sleeve frame (710) is arranged with a clamping rod (740) matched with the support arm (730). The support arm (730) is provided with a connecting U-shaped frame (750) matched with the damping clamping assembly (600) at one end close to the damping clamping assembly (600), the connecting U-shaped frame (750) is provided with a connecting clamping rod (760) matched with the damping clamping assembly (600), the connecting U-shaped frame (750) is provided with a reset cavity matched with the connecting clamping rod (760), the connecting clamping rod (760) penetrates through the reset cavity, the connecting clamping rod (760) is provided with a reset plate matched with the connecting U-shaped frame (750), and the connecting clamping rod (760) is sleeved with a reset spring matched with the reset plate.

8. A water pipe temporary support device for construction sites according to claim 1, characterized in that: The support platform (100) is provided with a stable rope assembly (800) matched with the telescopic stable assembly (410); The stable rope assembly (800) comprises a fixed hook (810) arranged on the support platform (100), a plurality of movable sleeves (820) are sleeved on the telescopic stable assembly (410), the movable sleeves are provided with positioning screws matched with the telescopic stable assembly (410), the movable sleeves (820) are provided with movable hooks (830), and the fixed hook (810) and the movable hook (830) are provided with a stable rope.

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