Constructional engineering anti-collapse device

Abstract

An anti-collapse device for constructional engineering comprises a building pipeline, a protective outer rod, an inner fixing sleeve, an outer semicircular buckle plate, I-shaped plates, bolts and nuts, I-shaped plate lower arc plates are arranged on the lower portions of the I-shaped plates, the inner side faces of the I-shaped plate lower arc plates are attached to the outer side face of the building pipeline, and the four I-shaped plates are evenly distributed on the axial side of the building pipeline. The upper portion of the I-shaped plate is provided with an I-shaped plate upper arc plate, the upper portion of the I-shaped plate upper arc plate is provided with an upper arc plate upper groove, the side face of the protective outer rod is provided with protective rod side circular plates, the lower portions of the protective rod side circular plates are matched with the upper arc plate upper groove and inserted into the upper arc plate upper groove, and the adjacent protective rod side circular plates are attached to each other. The outer side face of an upper arc plate of the I-shaped plate is attached to the inner side face of the inner fixing sleeve, the inner fixing sleeve is provided with an outer rod clamping groove, and the protective outer rod is matched with the outer rod clamping groove and inserted into the outer rod clamping groove.

Description

TECHNICAL FIELD

[0001] The utility model relates to the field of building engineering especially relates to a building engineering anti-collapse device. BACKGROUND

[0002] The prior art (publication number: CN217977970U) provides an anti-collapse device for building engineering water supply and drainage construction, which comprises a first protective pipe, a mounting sleeve and a second protective pipe, a mounting block is arranged at the top of one end of the first protective pipe, a mounting sleeve is arranged at the end of the mounting block away from the first protective pipe, an adjusting rod is arranged in the mounting sleeve, a connecting block is arranged at the top of the adjusting rod, a second protective pipe is arranged at the end of the connecting block close to the first protective pipe, an adjusting nut is arranged at the top of the end of the first protective pipe away from the mounting block, and an adjusting bolt is arranged in the adjusting nut in a threaded manner. However, the first protective pipe and the second protective pipe of this device protect the pipe from the outside in the transverse direction, and the protection length is short, so the entire pipe cannot be protected. SUMMARY

[0003] The utility model provides a kind of safety protection to the outside of building pipeline by adding four protective outer rods outside building pipeline, prevent building pipeline from being subjected to misplacement pressure at the butt joint during use in building engineering to cause collapse or disconnection, so that the entire building pipeline is reinforced and the resistance performance is improved during laying and installation.

[0004] The utility model aims to realize by following technical scheme:

[0005] A kind of building engineering anti-collapse device, including building pipeline, protective outer rod, inner fixed sleeve, outer semicircle buckle plate, I-beam, bolt, nut, the lower part of the I-beam has I-beam lower arc plate, I-beam lower arc plate inner side surface is attached to the outside of building pipeline, four I-beams are evenly distributed in building pipeline shaft side, the upper part of the I-beam has I-beam upper arc plate, I-beam upper arc plate upper part has upper arc plate upper groove, protective outer rod side surface has protective rod side round plate, protective rod side round plate lower part is adapted to upper arc plate upper groove, protective rod side round plate lower part is inserted into upper arc plate upper groove, adjacent protective rod side round plate is attached, I-beam upper arc plate outside surface is attached to inner fixed sleeve inside surface, inner fixed sleeve has outer rod clamping groove, protective outer rod is adapted to outer rod clamping groove, and protective outer rod is inserted into outer rod clamping groove.

[0006] The upper part of the outer rod clamping groove has side plate clamping groove, protective rod side round plate upper part is adapted to side plate clamping groove, and the upper part of adjacent protective rod side round plate is inserted into side plate clamping groove, and the side surface of the inner fixed sleeve has fixed sleeve side plate, which is symmetrically arranged at both ends of the inner fixed sleeve, and each inner fixed sleeve corresponds to an I-beam, and adjacent fixed sleeve side plates are attached.

[0007] The inner side of the outer semicircular buckle plate is attached to the outer side of the inner fixing sleeve, the outer semicircular buckle plate has buckle plate convex grooves, two buckle plate convex grooves are distributed on the outer side of the outer semicircular buckle plate, the adjacent fixing sleeve side plates are adapted to the buckle plate convex grooves, and the adjacent fixing sleeve side plates are inserted into the buckle plate convex grooves.

[0008] A set of outer semicircular buckle plates are symmetrically arranged on both sides of the building pipeline, the outer semicircular buckle plate side has a buckle plate side baffle, the inner fixing sleeve side is attached to the buckle plate side baffle, the upper and lower symmetric inner fixing sleeve has a corresponding buckle plate side baffle direction opposite, the outer semicircular buckle plate has a buckle plate side connecting plate at both ends, and the symmetric buckle plate side connecting plates are attached. Beneficial effects

[0009] 1、The inner side of the arc plate is attached to the building pipeline, the side circular plate of the protection rod is inserted into the upper groove of the upper arc plate, the outer protection rod is supported by the I-shaped plate, the spacing between the outer protection rod and the building pipeline is fixed, the adjacent protection rod side circular plate is inserted into the upper groove of the upper arc plate, the butt joint of the adjacent outer protection rod is located in the middle position of the upper arc plate of the I-shaped plate, the relative position of the I-shaped plate and the outer protection rod is ensured, the inner fixing sleeve is buckled on the outer side of the upper arc plate of the I-shaped plate, the adjacent protection rod side circular plate is inserted into the side plate clamping groove, the relative position of the adjacent protection rod side circular plate is limited by the side plate clamping groove, the butt joint of the two is ensured, the continuity of the plurality of outer protection rods is ensured, the adjacent fixing sleeve side plate is inserted into the buckle plate convex groove, the adjacent inner fixing sleeve is connected with an outer semicircular buckle plate, the butt joint of the adjacent inner fixing sleeve is prevented in the building engineering, and the side surface of the adjacent inner fixing sleeve is aligned by the buckle plate side baffle.

[0010] 2、The symmetric outer semicircular buckle plates are connected by bolts and nuts, the I-shaped plate, the inner fixing sleeve and the outer semicircular buckle plate are fixed on the outer side of the building pipeline, the butt joint of the plurality of adjacent outer protection rods is ensured, the outer side of the building pipeline is safely protected by the four outer protection rods arranged on the outer side of the building pipeline, the butt joint is prevented from being subjected to misalignment pressure and causing collapse or disconnection in use of the building pipeline in the building engineering, and the building pipeline is reinforced and the resistance performance is improved during installation. BRIEF DESCRIPTION OF DRAWINGS

[0011] Figure 1 A structural schematic view of the building engineering anti-collapse device.

[0012] Figure 2 A half-sectional view of the building engineering anti-collapse device.

[0013] Figure 3 A partial sectional view of the building engineering anti-collapse device.

[0014] Figure 4 The internal fixing sleeve structure schematic view is used for the utility model.

[0015] Figure 5 The external semicircle buckle plate structure schematic view is used for the utility model. CONCRETE EMBODIMENT

[0016] The utility model will be further explained in detail according to the drawings and examples:

[0017] Example 1:

[0018] A kind of construction engineering anti-collapse device, including building pipeline 01, protective outer pole 02, internal fixing sleeve 03, external semicircle buckle plate 07, I-beam 11, bolt 15, nut 16, the lower part of I-beam 11 has I-beam lower arc plate 14, I-beam lower arc plate 14 inner side and the outer side of building pipeline 01 are attached, four I-beams 11 are evenly distributed in building pipeline 01 axle side, the upper part of I-beam 11 has I-beam upper arc plate 12, I-beam upper arc plate 12 upper part has upper arc plate upper groove 13, protective outer pole 02 side has protective pole side round plate 17, protective pole side round plate 17 lower part is adapted to upper arc plate upper groove 13, protective pole side round plate 17 lower part is inserted into upper arc plate upper groove 13, so that the butt joint of adjacent protective outer pole 02 is at the intermediate position of the upper part of I-beam upper arc plate 12, ensure the transverse relative position of I-beam 11 and protective outer pole 02, I-beam 11 is supported to protective outer pole 02, so that the interval between protective outer pole 02 and building pipeline 01 is fixed, at the same time, I-beam 11 is supported to protective outer pole 02, adjacent protective pole side round plate 17 is attached, the outer side of I-beam upper arc plate 12 and the inner side of internal fixing sleeve 03 are attached, internal fixing sleeve 03 has outer pole clamping groove 05, protective outer pole 02 is adapted to outer pole clamping groove 05, and protective outer pole 02 is inserted into outer pole clamping groove 05.

[0019] Example 2:

[0020] The upper part of outer pole clamping groove 05 has side plate clamping groove 06, protective pole side round plate 17 upper part is adapted to side plate clamping groove 06, and the upper part of adjacent protective pole side round plate 17 is inserted into side plate clamping groove 06, and internal fixing sleeve 03 is buckled on the outer side of I-beam upper arc plate 12, adjacent protective pole side round plate 17 is inserted into side plate clamping groove 06, and the abutment of adjacent protective pole side round plate 17 is limited by side plate clamping groove 06, to ensure that the two are connected, prevent the two from being disconnected when being pressed in construction engineering, ensure the continuity of multiple protective outer poles 02, and the side of internal fixing sleeve 03 has fixed sleeve side plate 04, fixed sleeve side plate 04 is symmetrically arranged at both ends of internal fixing sleeve 03, and each internal fixing sleeve 03 corresponds one I-beam 11, and adjacent fixed sleeve side plates 04 are attached.

[0021] Embodiment 3

[0022] The outer semicircle buckle plate 07 has a buckle protruding groove 08, and the two buckle protruding grooves 08 are distributed on the outer side of the outer semicircle buckle plate 07; the adjacent fixed sleeve side plate 04 is adapted to the buckle protruding groove 08; the adjacent fixed sleeve side plate 04 is inserted into the buckle protruding groove 08, so that the adjacent inner fixed sleeve 03 is connected with the outer semicircle buckle plate 07, and the adjacent inner fixed sleeve 03 is prevented from being disconnected in the construction engineering; and the buckle side baffle 09 makes the side surfaces of the adjacent inner fixed sleeves 03 aligned.

[0023] Embodiment 4

[0024] A group of outer semicircle buckle plates 07 are symmetrically arranged on both sides of the building pipeline 01; the outer semicircle buckle plate 07 has a buckle side baffle 09 on the side surface; the inner fixed sleeve 03 is attached to the buckle side baffle 09; the corresponding buckle side baffles 09 on the upper and lower symmetric inner fixed sleeves 03 are in opposite directions; the outer semicircle buckle plate 07 has a buckle side connecting plate 10 at both ends; the symmetric buckle side connecting plates 10 are attached to each other; the bolt 15 passes through the symmetric buckle side connecting plates 10 and is connected with the nut 16; the symmetric outer semicircle buckle plates 07 are connected through the bolt 15 and the nut 16, so that the I-shaped plate 11, the inner fixed sleeve 03 and the outer semicircle buckle plate 07 are kept in a fixed state on the outer side of the building pipeline 01, thereby ensuring the butt joint of a plurality of adjacent protective outer rods 02, the device adds four protective outer rods 02 on the outer side of the building pipeline 01 to safely protect the outer side of the building pipeline 01, prevents the butt joint of the building pipeline 01 from being subjected to dislocation pressure during use, and causes collapse or disconnection, so that the entire building pipeline 01 is reinforced and the resistance performance is improved during laying and installation.

[0025] Embodiment 5

[0026] The installation steps of the utility model are as follows: first, the I-shaped plate lower arc plate 14 is buckled on the outer side of the building pipeline 01; the protective rod side circular plate 17 on the side surface of the adjacent protective outer rod 02 is attached; the protective rod side circular plate 17 is inserted into the upper arc plate upper groove 13; the inner fixed sleeve 03 is buckled on the outer side of the I-shaped plate upper arc plate 12; the protective outer rod 02 is inserted into the outer rod clamping groove 05; the adjacent protective rod side circular plate 17 is inserted into the side plate clamping groove 06; the adjacent fixed sleeve side plate 04 is inserted into the buckle protruding groove 08; and the bolt 15 passes through the symmetric buckle side connecting plates 10 and is connected with the nut 16.

[0027] The above is only the preferred embodiment of the utility model, and is not used for limiting the utility model, and it should be pointed out that, for ordinary skilled persons in the technical field, a plurality of improvements and modifications can be made without departing from the technical principles of the utility model, and these improvements and modifications should be regarded as the protection range of the utility model.

Claims

1. A construction engineering anti-collapse device, characterized in that : Including building pipe (01), protective outer pole (02), inner fixed sleeve (03), outer semicircle buckle plate (07), I plate (11), bolt (15), nut (16), the lower part of the I plate (11) has I plate lower arc plate (14), the inner side of the I plate lower arc plate (14) is combined with the outer side of the building pipe (01), four I plates (11) are evenly distributed in the shaft side of the building pipe (01), the upper part of the I plate (11) has I plate upper arc plate (12), the upper part of the I plate upper arc plate (12) has upper arc plate upper groove (13), the side of the protective outer pole (02) has protective pole side round plate (17), the lower part of the protective pole side round plate (17) is adapted to the upper arc plate upper groove (13), the lower part of the protective pole side round plate (17) is inserted into the upper arc plate upper groove (13), adjacent protective pole side round plates (17) are combined, the outer side of the I plate upper arc plate (12) is combined with the inner side of the inner fixed sleeve (03), the inner fixed sleeve (03) has outer pole clamping groove (05), the protective outer pole (02) is adapted to the outer pole clamping groove (05), and the protective outer pole (02) is inserted into the outer pole clamping groove (05).

2. A device for preventing collapse in construction work according to claim 1, characterized in that : The upper part of the outer pole clamping groove (05) has a side plate clamping groove (06), the upper part of the protective pole side round plate (17) is adapted to the side plate clamping groove (06), and the upper part of the adjacent protective pole side round plate (17) is inserted into the side plate clamping groove (06), the side of the inner fixed sleeve (03) has a fixed sleeve side plate (04), the fixed sleeve side plate (04) is symmetrically arranged at both ends of the inner fixed sleeve (03), each inner fixed sleeve (03) corresponds to an I plate (11), and adjacent fixed sleeve side plates (04) are combined.

3. A construction collapse prevention device according to claim 2, wherein : The inner side of the outer semicircle buckle plate (07) is combined with the outer side of the inner fixed sleeve (03), the outer semicircle buckle plate (07) has buckle plate convex groove (08), two buckle plate convex grooves (08) are distributed on the outer side of the outer semicircle buckle plate (07), adjacent fixed sleeve side plates (04) are adapted to the buckle plate convex groove (08), and adjacent fixed sleeve side plates (04) are inserted into the buckle plate convex groove (08).

4. A construction collapse prevention device according to claim 3, wherein : A group of outer semicircle buckle plates (07) are symmetrically arranged at both sides of the building pipe (01), the side of the outer semicircle buckle plate (07) has buckle plate side baffle (09), the side of the inner fixed sleeve (03) is combined with the buckle plate side baffle (09), and the directions of the corresponding buckle plate side baffles (09) of the upper and lower symmetrical inner fixed sleeves (03) are opposite.

5. A device for preventing slumping in construction work according to claim 1, characterized in that : The two ends of the outer semicircle buckle plate (07) have buckle plate side connecting plates (10), the symmetrical buckle plate side connecting plates (10) are combined, and the bolt (15) passes through the symmetrical buckle plate side connecting plates (10) and is connected with the nut (16).

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