TWM682234U - Perforated floor slab of mezzanine steel platform - Google Patents

Abstract

A perforated floor slab for a mezzanine-style steel platform comprises a floor slab body having a main board and two connecting side plates. The two connecting side plates are erected on either side of the main board. Each connecting side plate has a plurality of through holes spaced equally apart. Furthermore, a reinforcing piece extends inwardly from one end of each connecting side plate, opposite to the main board. The main board has a plurality of longitudinally arranged through holes at the corresponding positions of the reinforcing plates. Because the floor slab itself is made of steel, this design is more durable than conventional wood flooring, has a longer service life, and its smooth surface reduces the likelihood of gaps at joints. Furthermore, the reinforcing plates further enhance the structural strength of the floor slab.

Description

Perforated floor slab of mezzanine steel platform

This work relates to a floor structure, specifically a perforated floor slab for a mezzanine steel platform.

Note that the mezzanine platform is a modular mezzanine composed of a plurality of square tubular columns and a plurality of primary and secondary beam structures. The square tubular columns are located beneath the primary and secondary beam structures to support them, and multiple floor slabs are laid on top of these beam structures for stacking goods.

However, most of the aforementioned floor slabs are made of spliced wood planks, but their surface flatness is poor, resulting in large horizontal tolerances during use. Furthermore, wood planks have poor fire resistance and are unsuitable for humid environments, leading to poor structural strength and posing certain safety hazards.

In light of this, drawing upon years of experience in the manufacturing, development, and design of related products, the creator, after detailed design and careful evaluation, has ultimately arrived at a truly practical creation that addresses the aforementioned objectives.

This invention discloses a perforated floor slab for a mezzanine-style steel platform, comprising a floor slab body having a main plate and two connecting side plates. The two connecting side plates are erected on either side of the main plate, and each connecting side plate has a plurality of through holes spaced equally apart. Furthermore, each connecting side plate has a reinforcing piece extending inward from one end opposite the main plate. The main plate has a plurality of longitudinally arranged through holes corresponding to the reinforcing pieces.

With the aforementioned structure, since the floor slab itself is made of steel, this invention is more durable and has a longer service life than conventional wooden boards. Its surface is smooth, reducing the likelihood of gaps at joints. Furthermore, the reinforcing plates further enhance the structural strength of the floor slab. Moreover, the main board has longitudinally arranged through holes corresponding to each reinforcing plate, allowing construction workers to insert a nail gun through these holes and drive screws into the crossbeam located below the reinforcing plate to secure the floor slab to the crossbeam.

100: Perforated floor slab of mezzanine steel platform

10: Floor slab itself

11: Motherboard

111: Piercing Hole

12: Combined side panels

121: Perforation

122: Strengthening tablets

[Figure 1] is a perspective view of a preferred embodiment of this invention.

[Figure 2] is a front view of a preferred embodiment of this invention.

[Figure 3] is a side view of a preferred embodiment of this invention.

[Figure 4] is a top view of a preferred embodiment of this invention.

Please refer to Figures 1 to 4, which disclose a perforated floor slab 100 for a mezzanine-style steel platform, comprising:

A floor slab body 10 is generally rectangular in shape. The floor slab body 10 has a main board 11 and two connecting side plates 12. The two connecting side plates 12 are erected on both sides of the main board 11. Each connecting side plate 12 has a plurality of through holes 121 for fastening to another floor slab body (not shown). The through holes 121 are elliptical in shape and are evenly spaced. Furthermore, each connecting side plate... One end of the side panel 12, different from the main panel 11, extends inwardly with a reinforcing plate 122. The main panel 11 has a plurality of longitudinally arranged through holes 111 corresponding to each reinforcing plate 122, allowing construction workers to easily pass a nail gun through each through hole 111 and drive screws into the crossbeam (not shown) located below the reinforcing plate 122 to secure the floor slab body 10 to the crossbeam.

The material of the floor slab itself 10 is steel.

To further understand the structural features, technical methods, and intended effects of this work, its usage will be described below. This will provide a deeper and more concrete understanding of the work.

Referring again to Figure 1, because the floor slab body 10 is made of steel, it is more durable and has a longer service life than conventional wooden boards. Its surface is smooth, reducing the likelihood of gaps at joints. Furthermore, the reinforcing plates 122 further enhance the structural strength of the floor slab body 10. Moreover, the main board 11 has longitudinally arranged through holes 111 corresponding to each reinforcing plate 122. Construction workers can pass a nail gun through each through hole 111 and drive screws into the crossbeam located below each reinforcing plate 122 to secure the floor slab body 10 to the crossbeam.

It is worth mentioning that the perforations 111 also allow for ventilation of the floor slab body 10.

In conclusion, this invention possesses exceptional advancement and practicality compared to similar products. Furthermore, a thorough review of domestic and international technical data on this type of structure has revealed no prior art with the same construction. Therefore, this invention fulfills the requirements for a utility model patent, and this application is hereby filed in accordance with the law.

However, the above description is merely one preferred embodiment of this invention. Therefore, any equivalent structural changes made by applying this specification and the scope of the patent application should be included within the scope of this invention.

100: Perforated floor slab of mezzanine steel platform

10: Floor slab itself

11: Motherboard

111: Piercing Hole

12: Combined side panels

121: Perforation

122: Strengthening tablets

Claims (3)

A perforated floor slab for a mezzanine-style steel platform, comprising: The floor slab body comprises a main board and two connecting side plates. The two connecting side plates are erected on either side of the main board. Each connecting side plate has a plurality of through holes spaced equally apart. Furthermore, a reinforcing piece extends inward from one end of each connecting side plate opposite to the main board. The main board has a plurality of longitudinally arranged through holes corresponding to each reinforcing piece. The perforated floor slab of the mezzanine steel platform as described in claim 1, wherein the material of the floor slab itself is steel. The perforated floor slab of the mezzanine steel platform as described in claim 1, wherein the perforations are elliptical in shape.