Environmentally friendly fiberglass grating for building

Abstract

An environmentally friendly fiberglass grille for building, comprising a first fiberglass grille body, on the front end of the first fiberglass grille body, a first fiberglass grille body fixing plate is fixedly installed; a second fiberglass grille body, on the front end of the second fiberglass grille body, a first insertion through hole for inserting a connecting plate of the first fiberglass grille body is provided, and on the rear end of the second fiberglass grille body, a number of second fiberglass grille body connecting plates are fixedly installed; a third fiberglass grille body, on the front end of the third fiberglass grille body, a second insertion through hole for inserting the connecting plate of the second fiberglass grille body is provided; through the first insertion through hole and the second insertion through hole on the second fiberglass grille body and the third fiberglass grille body, a first fiberglass grille body, a number of second fiberglass grille bodies and a third fiberglass grille body can be installed and connected together, realizing the disassembly and assembly of the grille, and having strong operability.

Description

Technical Field

[0001] The present invention relates to the technical field of fiberglass products, and particularly to an environmentally friendly fiberglass grating for building use. Background Art

[0002] Fiberglass is a kind of composite material. Due to its unique performance advantages, fiberglass materials have been widely used in more than a dozen related industries such as aerospace, railway, decorative architecture, household furniture, advertising display, arts and crafts gifts, building materials and sanitary wares, yacht mooring, sports materials, environmental sanitation projects, etc., and have been highly praised. Fiberglass products are also different from traditional material products and are much superior to traditional products in terms of performance, use, and lifespan attributes. In construction operations, since there will be a lot of dust during the operation, many particles will float in the air, and the noise generated during the operation will have a certain impact on the nearby residents. Therefore, an environmentally friendly fiberglass grating for building use that can be spliced is proposed. Summary of the Invention

[0003] The technical problem to be solved by the present invention is to provide an environmentally friendly fiberglass grating for building use that can be spliced in view of the deficiencies of the prior art.

[0004] The technical problem to be solved by the present invention is realized through the following technical solutions, including:

[0005] A first fiberglass grating body, on the front end portion of the first fiberglass grating body, a first fiberglass grating body fixing plate is fixedly installed. A plurality of bolt holes are opened on the first fiberglass grating body fixing plate, and a plurality of first fiberglass grating body connecting plates are fixedly installed on the rear end portion of the first fiberglass grating body;

[0006] A second fiberglass grating body, on the front end portion of the second fiberglass grating body, a first insertion through hole for inserting the first fiberglass grating body connecting plate is opened. A plurality of second fiberglass grating body connecting plates are fixedly installed on the rear end portion of the second fiberglass grating body, and a plurality of groups of bolt holes are opened on the second fiberglass grating body connecting plates;

[0007] A third fiberglass grating body, on the front end portion of the third fiberglass grating body, a second insertion through hole for inserting the second fiberglass grating body connecting plate is opened. On the rear end portion of the third fiberglass grating body, a third fiberglass grating body fixing plate is fixedly installed, and a plurality of bolt holes are opened on the third fiberglass grating body fixing plate;

[0008] Rubber pads are adhered to the inner walls of the first insertion through hole and the second insertion through hole.

[0009] Preferably, mounting plates are fixedly installed on the tops of the first fiberglass grille body, the second fiberglass grille body, and the third fiberglass grille body. A number of groups of clamps are fixedly installed on each mounting plate. Each group of clamps includes two rods rotatably installed on the mounting plate. Springs are provided at the other ends of the two rods. The two ends of the springs are respectively fixed to the ends of the two rods. A number of spray pipe receiving openings are provided on the tops of the first fiberglass grille body, the second fiberglass grille body, and the third fiberglass grille body. A clamping space for the spray pipe for releasing water vapor is formed by the springs between the two rods and the inner circumferential surface of the spray pipe receiving openings.

[0010] Preferably, 11 groups of clamps are respectively provided on the first fiberglass grille body, the second fiberglass grille body, and the third fiberglass grille body, and the gaps between adjacent groups of clamps are the same.

[0011] Preferably, three first fiberglass grille body connecting plates are provided on the first fiberglass grille body, and three first insertion through holes are provided;

[0012] Three second fiberglass grille body connecting plates are provided on the second fiberglass grille body, and three second insertion through holes are provided;

[0013] Three third fiberglass grille body fixing plates are provided on the third fiberglass grille body;

[0014] The cross sections of the first fiberglass grille body connecting plate, the first insertion through hole, the second fiberglass grille body connecting plate, and the second insertion through hole are all rectangular. Among the two same second fiberglass grille bodies, the second fiberglass grille body connecting plate of one of the second fiberglass grille bodies can be inserted into the first insertion through hole of the other second fiberglass grille body;

[0015] A number of groups of bolt holes are provided on the first fiberglass grille body connecting plate, the first insertion through hole, and the second insertion through hole.

[0016] Preferably, the bolt holes on the first fiberglass grille body connecting plate, the first insertion through hole, the second fiberglass grille body connecting plate, and the second insertion through hole are all composed of four groups of bolt holes. Each group of bolt holes is composed of two horizontal rows of bolt holes, and each horizontal row of bolt holes has six.

[0017] Preferably, transverse baffles are fixedly installed on the bottoms of the first fiberglass grille body, the second fiberglass grille body, and the third fiberglass grille body, and grooves for accumulating dust are provided on the transverse baffles.

[0018] Compared with the prior art, the beneficial technical effects of the present invention are as follows: Through the first insertion through holes and the second insertion through holes on the second fiberglass grille body and the third fiberglass grille body, a first fiberglass grille body, several second fiberglass grille bodies, and a third fiberglass grille body can be installed and connected together, realizing the disassembly and assembly of the grille, with strong operability. The rubber pads on the inner walls of the first insertion through holes and the second insertion through holes can enable the first fiberglass grille body, several second fiberglass grille bodies, and the third fiberglass grille body after connection to have slight misalignment due to the presence of the rubber pads. That is to say, due to the deformation of the rubber pads, the first fiberglass grille body, several second fiberglass grille bodies, and the third fiberglass grille body after connection have stronger practicability. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 is a schematic structural diagram of the present invention before use;

[0020] Figure 2 is a schematic structural diagram of the present invention during use;

[0021] Figure 3 is another schematic structural diagram of the present invention during use;

[0022] Figure 4 is a schematic enlarged partial structural diagram of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0023] The following further describes the specific technical solutions of the present invention with reference to the accompanying drawings, so as to facilitate those skilled in the art to further understand the present invention without restricting its rights.

[0024] Example 1, referring to Figure 1 —4, an environmentally friendly fiberglass grille for building use, comprising

[0025] A first fiberglass grille body 1, on the front end of the first fiberglass grille body 1, a first fiberglass grille body fixing plate 2 is fixedly installed. A plurality of bolt holes are opened on the first fiberglass grille body fixing plate 2. On the rear end of the first fiberglass grille body 1, a plurality of first fiberglass grille body connecting plates 3 are fixedly installed;

[0026] A second fiberglass grille body 4, on the front end of the second fiberglass grille body 4, a first insertion through hole 5 for inserting the first fiberglass grille body connecting plate 3 is opened. On the rear end of the second fiberglass grille body 4, a plurality of second fiberglass grille body connecting plates 6 are fixedly installed. A plurality of groups of bolt holes are opened on the second fiberglass grille body connecting plates 6;

[0027] The third fiberglass grating body 7 is provided with a second insertion through hole 8 at the front end thereof that can be inserted into the second fiberglass grating body connecting plate 6. A third fiberglass grating body fixing plate 10 is fixedly installed at the rear end of the third fiberglass grating body 7, and a plurality of bolt holes are provided in the third fiberglass grating body fixing plate 10;

[0028] Rubber pads 9 are adhered to the inner walls of the first insertion through hole 5 and the second insertion through hole 8. The cross-sections of the first fiberglass grating body 1, the second fiberglass grating body 4, and the third fiberglass grating body 7 are rectangular; the cross-section of the rubber pad 9 is rectangular. The setting of the rubber pad 9 allows for slight misalignment of the connected first fiberglass grating body 1, several second fiberglass grating bodies 4, and the third fiberglass grating body 7 after the rubber pad 9 is squeezed and deformed, which has good practicability.

[0029] Embodiment 2: For the environmentally friendly building fiberglass grating described in Embodiment 1, mounting plates 11 are fixedly installed on the tops of the first fiberglass grating body 1, the second fiberglass grating body 4, and the third fiberglass grating body 7. A plurality of sets of clamps are fixedly installed on each mounting plate 11. Each set of clamps includes two rods 12 rotatably installed on the mounting plate 11. Springs 13 are provided at the other ends of the two rods 12, and the two ends of the spring 13 are respectively fixed to the ends of the two rods 12. A plurality of spray pipe receiving openings 14 are provided on the tops of the first fiberglass grating body 1, the second fiberglass grating body 4, and the third fiberglass grating body 7. A clamping space for a spray pipe for releasing water vapor is formed by the spring 13 between the two rods 12 and the inner peripheral surface of the spray pipe receiving opening 14. The cross-section of the spray pipe receiving opening 14 is semi-circular; the cross-section of the rod 12 is rectangular; the cross-section of the mounting plate 11 is rectangular.

[0030] In Embodiment 2, by installing a plurality of sets of clamps on the first fiberglass grating body 1, the second fiberglass grating body 4, and the third fiberglass grating body 7, during the construction process, in order to reduce the dust pollution of the environment caused by construction, a spray pipe that can spray water vapor is placed on the construction fence to increase the humidity of the air, so that the dust in the air can be brought to the ground by the water droplets. Through the two rods 12 in each set of clamps, the other ends of the two rods 12 are in contact due to the presence of the spring 13. When the spray pipe is placed in the spray pipe receiving opening 14, the two rods 12 will stretch the spring 13 due to the presence of the spray pipe. At this time, the pulling force of the spring 13 will cause the bottoms of the two rods 12 to clamp the spray pipe on the spray pipe receiving opening 14, preventing the spray pipe from vibrating and skewing due to construction operations to a certain extent.

[0031] Example 3. An environmentally friendly fiberglass grille for building use as described in Example 2. 11 sets of clamps are respectively provided on the first fiberglass grille body 1, the second fiberglass grille body 4, and the third fiberglass grille body 7, and the gaps between adjacent two sets of clamps are the same.

[0032] Example 4. An environmentally friendly fiberglass grille for building use as described in Example 3. Three first fiberglass grille body connecting plates 3 are provided on the first fiberglass grille body 1, and three first insertion through holes 5 are provided;

[0033] Three second fiberglass grille body connecting plates 6 are provided on the second fiberglass grille body 4, and three second insertion through holes 8 are provided;

[0034] Three third fiberglass grille body fixing plates 10 are provided on the third fiberglass grille body 7;

[0035] The cross sections of the first fiberglass grille body connecting plate 3, the first insertion through hole 5, the second fiberglass grille body connecting plate 6, and the second insertion through hole 8 are all arranged in a rectangular shape. Among the two same second fiberglass grille bodies 4, the second fiberglass grille body connecting plate 6 of one of the second fiberglass grille bodies 4 can be inserted into the first insertion through hole 5 of the other second fiberglass grille body 4;

[0036] A number of groups of bolt holes are opened on the first fiberglass grille body connecting plate 3, the first insertion through hole 5, and the second insertion through hole 8.

[0037] Example 5. An environmentally friendly fiberglass grille for building use as described in Example 4. The bolt holes on the first fiberglass grille body connecting plate 3, the first insertion through hole 5, the second fiberglass grille body connecting plate 6, and the second insertion through hole 8 are all composed of four groups of bolt holes. Each group of bolt holes is composed of two horizontal rows of bolt holes, and six bolt holes are provided in each horizontal row.

[0038] Example 6. An environmentally friendly fiberglass grille for building use as described in Example 5. A transverse baffle 15 is fixedly installed at the bottom of the first fiberglass grille body 1, the second fiberglass grille body 4, and the third fiberglass grille body 7, and a groove 16 for accumulating dust is opened on the transverse baffle 15.

[0039] In Example 6, due to the design of the groove 16 on the transverse baffle 15, part of the dust can be deposited in the groove 16. When cleaning the road surface, the groove 16 can be cleaned with a water pipe or a dust collector, so that the dust blocked by the first fiberglass grille body 1, the second fiberglass grille body 4, and the third fiberglass grille body 7 can freely fall into the groove 16 and the dust in the groove 16 can be centrally processed and is convenient to clean.

[0040] When the above-mentioned environmentally friendly fiberglass grille for building is in use, the first fiberglass grille fixing plate 2 of a first fiberglass grille body 1 can be fixed to the wall by bolts. The first insertion through hole 5 of a second fiberglass grille body 4 is inserted into the first fiberglass grille connecting plate 3 of the first fiberglass grille body 1 and fixed to each other by bolts. According to requirements, several other second fiberglass grille bodies 4 can be used. The first insertion through hole 5 of the other second fiberglass grille bodies 4 is inserted into the second fiberglass grille connecting plate 6 of the first second fiberglass grille body 4 and fixed to each other by bolts, so as to realize the splicing and use of multiple second fiberglass grille connecting plates 6. Finally, the second insertion through hole 8 on the third fiberglass grille body 7 is inserted into the second fiberglass grille connecting plate 6 of the last second fiberglass grille body 4 and fixed to each other by bolts. Finally, the third fiberglass grille fixing plate 10 of the third fiberglass grille body 7 is fixed to the other side wall by bolts to complete the use of the environmentally friendly fiberglass grille for building;

[0041] It should be noted that the transverse baffle 15 on the bottom of the first fiberglass grille body 1, the second fiberglass grille body 4 and the third fiberglass grille body 7 has a groove 16 formed on the top of the transverse baffle 15. However, the bottom cross-section of the transverse baffle 15 is rectangular and can be inserted into the soil for subsequent fixation. The transverse baffle 15 can be buried in the soil by embedding to assist in fixing the first fiberglass grille body 1, the second fiberglass grille body 4 and the third fiberglass grille body 7.

Claims

1. An environmentally friendly fiberglass grille for building use, characterized in that: including, a first fiberglass grating body, on the front end of the first fiberglass grating body, a first fiberglass grating body fixing plate is fixedly installed, on the first fiberglass grating body fixing plate, a number of bolt holes are provided, and on the rear end of the first fiberglass grating body, a number of first fiberglass grating body connecting plates are fixedly installed; a second fiberglass grating body, on the front end of the second fiberglass grating body, a first insertion through hole for inserting the first fiberglass grating body connecting plate is provided, on the rear end of the second fiberglass grating body, a number of second fiberglass grating body connecting plates are fixedly installed, and on the second fiberglass grating body connecting plates, a number of groups of bolt holes are provided; a third fiberglass grating body, on the front end of the third fiberglass grating body, a second insertion through hole for inserting the second fiberglass grating body connecting plate is provided, on the rear end of the third fiberglass grating body, a third fiberglass grating body fixing plate is fixedly installed, and on the third fiberglass grating body fixing plate, a number of bolt holes are provided; rubber pads are adhered to the inner walls of the first insertion through hole and the second insertion through hole; mounting plates are fixedly installed on the tops of the first fiberglass grating body, the second fiberglass grating body and the third fiberglass grating body, and a number of groups of clamps are fixedly installed on each mounting plate. Each group of clamps includes two rods rotatably installed on the mounting plate. Springs are provided at the other ends of the two rods, and the two ends of the springs are respectively fixed to the ends of the two rods. A number of spray pipe receiving openings are provided on the tops of the first fiberglass grating body, the second fiberglass grating body and the third fiberglass grating body, and a clamping space for the spray pipe for releasing water vapor is formed by the springs between the two rods and the inner peripheral surface of the spray pipe receiving opening; 11 groups of clamps are respectively provided on the first fiberglass grating body, the second fiberglass grating body and the third fiberglass grating body, and the gaps between adjacent groups of clamps are the same; three first fiberglass grating body connecting plates are provided on the first fiberglass grating body, and three first insertion through holes are provided; three second fiberglass grating body connecting plates are provided on the second fiberglass grating body, and three second insertion through holes are provided; three third fiberglass grating body fixing plates are provided on the third fiberglass grating body; the cross sections of the first fiberglass grating body connecting plate, the first insertion through hole, the second fiberglass grating body connecting plate and the second insertion through hole are all rectangular. Among the two same second fiberglass grating bodies, the second fiberglass grating body connecting plate of one second fiberglass grating body can be inserted into the first insertion through hole of the other second fiberglass grating body; a number of groups of bolt holes are provided on the first fiberglass grating body connecting plate, the first insertion through hole and the second insertion through hole; the cross sections of the first fiberglass grating body, the second fiberglass grating body and the third fiberglass grating body are rectangular; the cross section of the rubber pad is rectangular.

2. The fiberglass grille for environmental protection building according to claim 1, characterized in that: The bolt holes on the first fiberglass grating body connecting plate, the first insertion through hole, the second fiberglass grating body connecting plate, and the second insertion through hole are all composed of four groups of bolt holes. Each group of bolt holes is composed of two horizontal rows of bolt holes, and each horizontal row of bolt holes has six.

3. An environmentally friendly fiberglass grille for building use according to claim 2, characterized in that: A transverse baffle is fixedly installed on the bottoms of the first fiberglass grating body, the second fiberglass grating body, and the third fiberglass grating body. A groove for accumulating dust is formed on the transverse baffle.

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