A building construction fence device

Abstract

A kind of construction fence device, including construction baffle, baffle outer frame, concrete block, rear reinforcing shelf, telescopic insert plate, telescopic insert sleeve, positioning insert rod, rectangular backing plate, the construction baffle is adapted to baffle outer frame, construction baffle is inserted into baffle outer frame, construction baffle connects baffle outer frame, baffle outer frame lower portion both ends have outer frame lower bar, outer frame lower bar lower portion connects concrete block, a group of concrete blocks are distributed at baffle outer frame both ends, concrete block is placed on ground, rear reinforcing shelf side surface connects construction baffle, rear reinforcing shelf both ends connect baffle outer frame, rear reinforcing shelf side surface has a first connecting lug, telescopic insert plate upper portion has insert plate upper sleeve, insert plate upper sleeve side surface and first connecting lug are fitted, first connecting lug is symmetrically arranged on both sides of insert plate upper sleeve, insert plate upper sleeve is connected first connecting lug by a first pivot.

Description

Technical Field

[0001] This utility model relates to the field of building construction, and in particular to a building construction enclosure device. Background Technology

[0002] An existing patent (publication number: CN116696147A) discloses a fencing device for prefabricated building construction, comprising a shielding part, a bottom supporting part, and an inclined supporting part. The shielding part consists of a baffle and a frame for fixing the baffle. The frame is composed of two sets of deformable rods that are interlocked in a rotating and unfolded state, with an adjustable width. Both sets of deformable rods are equipped with quick-connect mechanisms for locking the baffle. The bottom supporting part is connected to the frame by a plug-in connection and is an internally hollow and sealed cavity for holding liquid. The length of the cavity is adjustable to reduce or increase the liquid capacity. However, the placement of the support plate on the ground requires a flat surface; otherwise, the entire fencing may tilt due to the tilting of the support plate. Summary of the Invention

[0003] This utility model addresses the aforementioned shortcomings of existing technologies by providing a construction site fencing device with shaft connections at both ends. This allows the fencing to flexibly adjust the length and angle of the telescopic poles according to the slope of the construction site, ensuring that the fencing always remains vertical. This device is suitable for construction sites with uneven ground and slopes.

[0004] The objective of this utility model is achieved through the following technical solution: A construction site enclosure device includes a construction baffle, a baffle outer frame, concrete blocks, a rear reinforcement frame, a telescopic insert, a telescopic sleeve, a positioning rod, and a rectangular pad. The construction baffle is adapted to the baffle outer frame and is inserted into the baffle outer frame. The construction baffle is connected to the baffle outer frame. The lower ends of the baffle outer frame have lower frame rods, and the lower parts of the lower frame rods are connected to the concrete blocks. A group of concrete blocks are distributed at both ends of the baffle outer frame and placed on the ground. The side of the rear reinforcement frame is connected to the construction baffle, and both ends of the rear reinforcement frame are connected to the baffle outer frame. The side of the rear reinforcement frame has a first connecting ear. The upper part of the telescopic insert has a top sleeve, the side of which fits against the first connecting ear. The first connecting ear is symmetrically arranged on both sides of the top sleeve, and the top sleeve is connected to the first connecting ear through a first rotating shaft.

[0005] The lower part of the telescopic insert plate is adapted to the telescopic sleeve. The telescopic insert plate is inserted into the telescopic sleeve and slides inside the telescopic sleeve. The upper part of the telescopic sleeve has an upper sleeve tube. The telescopic insert plate has movable positioning holes. The positioning holes correspond to the upper sleeve tube. The positioning rod passes through the upper sleeve tube and the positioning hole in sequence. The upper part of the positioning rod has a rod upper plate. The upper part of the rod upper plate has a rod handle. The lower surface of the rod upper plate is in contact with the upper sleeve tube. Beneficial effects

[0006] 1. The outer frame of this utility model is internally connected to the construction baffle, and the outer frame of the baffle is structurally fixed to the construction baffle. The two ends of the outer frame of the baffle are connected to the lower rod of the outer frame and fixed to the concrete block. The concrete block provides counterweight to the outer frame of the baffle, ensuring the stable placement of the fence on the ground and preventing the construction baffle from tipping over. The two ends of the rear reinforcement frame are connected to the outer frame of the baffle and the rear reinforcement frame is connected to the construction baffle. The rear reinforcement frame is used to install and fix the construction baffle. The outer frame of the baffle provides structural fixation to the construction baffle. With the double reinforcement of the rear reinforcement frame, the structural strength of the main body of the fence is significantly improved, effectively resisting external impact and avoiding deformation and damage to the fence. The upper sleeve of the telescopic insert plate is connected to the first connecting ear through the first rotating shaft, so that the telescopic insert plate is connected to the rear shaft of the fence. The telescopic insert plate can rotate on the rear side of the fence. The lower part of the telescopic insert plate is inserted into the telescopic sleeve. The telescopic insert plate and the telescopic sleeve form a telescopic rod. The positioning rod passes through the upper tube of the sleeve and the positioning hole in sequence. The positioning rod positions the telescopic length of the telescopic insert plate and the telescopic sleeve to prevent the telescopic rod from extending and retracting freely.

[0007] 2. The lower sleeve of the telescopic sleeve of this utility model is connected to the second connecting ear via a second rotating shaft, connecting the lower part of the telescopic sleeve to the telescopic sleeve. This connects the rectangular pad to the lower shaft of the telescopic rod. The rectangular pad is rotatable and can be fixed to the ground with pins, thus fixing the lower part of the entire telescopic rod. This provides support for one side of the construction barrier, ensuring the strength of the barrier and preventing deformation or collapse upon impact. The telescopic length is precisely positioned using a positioning rod, and both ends are shaft-connected, allowing the barrier to flexibly adjust the length and angle of the telescopic rod according to the slope of the construction site, ensuring the barrier always remains vertical and adaptable to uneven ground and sloping construction scenarios. Attached Figure Description

[0008] Figure 1 This is a front axonometric drawing of a construction site enclosure device according to the present invention.

[0009] Figure 2 This is a rear-view axonometric drawing of a construction site enclosure device according to the present invention.

[0010] Figure 3 This is a cross-sectional view of a construction site enclosure device according to the present invention.

[0011] Figure 4 This is a rear view of a construction site enclosure device according to the present invention. Detailed Implementation

[0012] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments: Example 1: A construction site enclosure device includes a construction baffle 01, a baffle outer frame 02, concrete blocks 03, a rear reinforcement frame 05, a telescopic insert 08, a telescopic sleeve 11, a positioning rod 13, and a rectangular pad 17. The construction baffle 01 is adapted to the baffle outer frame 02 and is inserted into the baffle outer frame 02. The construction baffle 01 is connected to the baffle outer frame 02. The lower ends of the baffle outer frame 02 have lower frame rods 04, and the lower parts of the lower frame rods 04 are connected to the concrete blocks 03. A group of concrete blocks 03 are distributed at both ends of the baffle outer frame 02 and placed on the ground. The baffle outer frame 02 supports the construction baffle 01. The structure of the barrier 01 is fixed. The outer frame 02 of the barrier is connected to the lower frame rod 04 at both ends and fixed to the concrete block 03. The concrete block 03 provides counterweight to the outer frame 02 of the barrier, ensuring the stable placement of the barrier on the ground and preventing the construction barrier 01 from tipping over. The side of the rear reinforcement frame 05 is connected to the construction barrier 01, and the two ends of the rear reinforcement frame 05 are connected to the outer frame 02 of the barrier. The rear reinforcement frame 05 fixes the construction barrier 01 in place, and the outer frame 02 provides structural fixation for the construction barrier 01. With the double reinforcement of the rear reinforcement frame 05, the structural strength of the barrier body is significantly improved, effectively resisting external impacts and preventing the barrier from deforming and being damaged. The rear reinforcement plate 05 has a first connecting ear 06 on its side, and the telescopic insert plate 08 has an insert plate sleeve 09 on its upper part. The side of the insert plate sleeve 09 fits against the first connecting ear 06. The first connecting ear 06 is symmetrically arranged on both sides of the insert plate sleeve 09. The insert plate sleeve 09 is connected to the first connecting ear 06 through the first rotating shaft 07, so that the telescopic insert plate 08 is connected to the rear shaft of the fence. The telescopic insert plate 08 can rotate on the rear side of the fence.

[0013] Example 2: The lower part of the telescopic insert plate 08 of this utility model is adapted to the telescopic sleeve 11. The telescopic insert plate 08 is inserted into the telescopic sleeve 11, and the lower part of the telescopic insert plate 08 slides inside the telescopic sleeve 11. The telescopic insert plate 08 and the telescopic sleeve 11 form a telescopic rod. The upper part of the telescopic sleeve 11 has an upper sleeve tube 12. The telescopic insert plate 08 has movable positioning holes 10, which correspond to the upper sleeve tube 12. The positioning rod 13 passes through the upper sleeve tube 12 and the positioning holes 10 in sequence. The upper part of the positioning rod 13 has a rod upper plate 14, and the upper part of the rod upper plate 14 has a rod handle 15. The lower surface of the rod upper plate 14 is in contact with the upper sleeve tube 12. The positioning rod 13 positions the telescopic length of the telescopic insert plate 08 and the telescopic sleeve 11 to prevent the telescopic rod from freely extending and retracting.

[0014] Example 3: The telescopic sleeve 11 of this utility model has a lower sleeve 16 at its lower part, and a rectangular pad 17 has a second connecting ear 18. The side of the lower sleeve 16 fits against the second connecting ear 18. The lower sleeve 16 is connected to the second connecting ear 18 through a second rotating shaft 19. A set of telescopic plates 08 are symmetrically arranged on the side of the rear reinforcing frame plate 05. The lower surface of the rectangular pad 17 fits against the ground, so that the lower part of the telescopic sleeve 11 is connected to the telescopic sleeve 11, and the rectangular pad 17 is axially connected to the lower part of the telescopic rod. The rectangular pad 17 can rotate and can be fixed to the ground by a pin, thereby fixing the lower part of the entire telescopic rod and supporting one side of the fence with the upper part of the set of telescopic rods, ensuring the strength of the construction baffle 01 and preventing the fence from deforming or tipping over when it is impacted. The telescopic length is precisely positioned by the positioning rod 13, and both the upper and lower ends are shaft connection structures, which allows the fence to flexibly adjust the length and angle of the telescopic rod according to the ground slope of the construction site, ensuring that the fence always remains in a vertical state and is suitable for construction scenarios with uneven ground and slopes.

[0015] Example 4: The installation steps of this utility model are as follows: First, insert the construction baffle 01 and connect it to the outer frame 02. Then, connect the lower rod 04 of the outer frame to the concrete block 03. Connect the rear reinforcement plate 05 to the construction baffle 01. Connect both ends of the rear reinforcement plate 05 to the outer frame 02. Connect the upper sleeve 09 of the insert plate to the first connecting ear 06 through the first rotating shaft 07. Connect the lower sleeve 16 of the insert to the second connecting ear 18 through the second rotating shaft 19. Insert the telescopic insert plate 08 into the telescopic insert 11. Align the positioning insertion hole 10 with the upper tube 12 of the insert. Pass the positioning rod 13 through the upper tube 12 of the insert and the positioning insertion hole 10 in sequence.

[0016] 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 construction site enclosure device, characterized in that: The system includes a construction baffle (01), a baffle outer frame (02), concrete blocks (03), a rear reinforcement plate (05), a telescopic insert (08), a telescopic sleeve (11), a positioning rod (13), and a rectangular pad (17). The construction baffle (01) is adapted to the baffle outer frame (02). The construction baffle (01) is inserted into the baffle outer frame (02). The construction baffle (01) is connected to the baffle outer frame (02). The lower ends of the baffle outer frame (02) have lower frame rods (04). The lower part of the lower frame rods (04) is connected to the concrete blocks (03). A set of concrete blocks (03) are placed on the baffle. The outer frame (02) of the plate is distributed at both ends, the concrete block (03) is placed on the ground, the side of the rear reinforcement plate (05) is connected to the construction baffle (01), the two ends of the rear reinforcement plate (05) are connected to the baffle outer frame (02), the side of the rear reinforcement plate (05) has a first connecting ear (06), the upper part of the telescopic insert plate (08) has an insert plate sleeve (09), the side of the insert plate sleeve (09) is in contact with the first connecting ear (06), the first connecting ear (06) is symmetrically arranged on both sides of the insert plate sleeve (09), and the insert plate sleeve (09) is connected to the first connecting ear (06) through the first rotating shaft (07).

2. The construction site enclosure device according to claim 1, characterized in that: The lower part of the telescopic insert plate (08) is adapted to the telescopic sleeve (11). The telescopic insert plate (08) is inserted into the telescopic sleeve (11). The lower part of the telescopic insert plate (08) slides inside the telescopic sleeve (11). The upper part of the telescopic sleeve (11) has an upper sleeve tube (12). The telescopic insert plate (08) has movable positioning holes (10). The positioning holes (10) correspond to the upper sleeve tube (12). The positioning rod (13) passes through the upper sleeve tube (12) and the positioning hole (10) in sequence. The upper part of the positioning rod (13) has a rod upper plate (14). The upper part of the rod upper plate (14) has a rod handle (15). The lower surface of the rod upper plate (14) is in contact with the upper sleeve tube (12).

3. A construction site enclosure device according to claim 2, characterized in that... The telescopic sleeve (11) has a lower sleeve (16) at the bottom and a rectangular pad (17) has a second connecting ear (18). The side of the lower sleeve (16) is in contact with the second connecting ear (18).

4. A construction site enclosure device according to claim 2, characterized in that: The lower sleeve (16) is connected to the second connecting ear (18) via the second pivot (19). A set of telescopic inserts (08) are symmetrically arranged on the side of the rear reinforcing frame (05). The lower surface of the rectangular pad (17) is in contact with the ground.

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