TWM548195U - Corrugated sheet structure with pitch fine-tuning function - Google Patents

Description

Wave plate structure with micro-adjustment function

The creation system provides a wave plate structure with a micro-adjustment function, which provides a fine adjustment of the pitch between adjacent ridges, so that when the wave plate covers the traditional wave plate, the pitch of the bulge can be appropriately adjusted and improved. Covers the adhesion and windproof and waterproof performance.

Referring to the first figure, the conventional (five-groove) wave plate 100 has a flat plate shape, and five upwardly tapered conical sills 101 are equally spaced thereon, and the tapered ridges 101 on both sides are Can be used to overlap each other. Please also refer to the second figure, in order to achieve the heat insulation performance, the foam layer 102 is formed on the bottom of the wave board 100, and the tapered protrusion 101 on one side is reserved without the foam layer 102 to facilitate the adjacent two waves 100. They are assembled by overlapping each other, and the foamed layer 102 is used for heat insulation. As shown in the third figure, the wave board 100 is laid on the truss 110 of the roof, and then assembled and fixed by the screws 105 and assembled to each other.

However, after checking the wave plate 100 for many years, it is often caused by the climatic temperature difference and strong typhoon, which causes the looseness between the wave plate 100 and the screw 105, and thus the rust and water leakage. therefore It must be re-repaired or refurbished after being installed for many years. In recent years, it is often covered by a second layer of refurbishment. That is, as shown in the third and fourth figures, the second wave board 200 is covered directly on the old wave board 100, but the second layer. The tenon 201 of the wave board 200 is higher than the tenon 101 of the first layer of the wave board 100, so that the second layer of the protrusion 201 can cover the head of the screw 105 fixing the first layer of the wave board 100, and then the screw is used. The second layer of the wave plate 200 and the first layer of the wave plate 100 are fixed to the roof truss 110 to achieve the refurbishing performance.

But check, directly cover the second wave board 200 on the old wave board 100. Although it does not need to dismantle the old wave board 100 project, and cover the second layer of wave board 200, it is more heat-insulating and waterproof, but the actual project is often because of the old one. The pitch of the ten points of the one layer of the wave plate 100 is different from the pitch of the tenon 201 of the second layer of the wave plate 200, thereby causing the deflection of the screw 205 when the screw 205 is fixed or the gap 300 between the first layer of the wave plate 100 and the second layer of the wave plate 200, Affects adhesion and windproof and waterproof performance.

The main purpose of this creation is to provide a wave-plate structure with micro-adjustment function, which provides a continuous small arc-shaped undulation by the plate between adjacent spurs of the wave plate, and provides the pitch between adjacent ridges. It can be adjusted in a slight range, so that when the wave board is covered on the traditional wave board, the pitch of the bulge can be adjusted moderately, and the coverage adhesion and the windproof and waterproof performance can be improved.

50‧‧‧ wave board

51‧‧‧ Telescopic waves

52‧‧‧垅

100‧‧‧ wave board

101‧‧‧ convex

102‧‧‧Foam layer

105‧‧‧ Screw

110‧‧‧ Roof truss

200‧‧‧ wave board

201‧‧‧ convex

205‧‧‧ screws

300‧‧‧ gap

L1‧‧‧ compression pitch

L2‧‧‧ stretching pitch

The first picture is a conventional wave plate end view.

The second picture is the end view of the traditional heat shield.

The third figure is an exploded view of the traditional second layer of wave plate cover.

The fourth picture is a conventional second layer wave plate cover end view.

The fifth picture is the end view of the wave board.

The sixth picture is a schematic diagram of the fine-tuning of the wave board pitch.

The seventh picture is the exploded view of the traditional wave board cover of the original wave board.

The eighth picture is the end view of the traditional wave board covered with the wave board.

A preferred embodiment of the wave structure having the micro-adjustment function of the present invention will be described in detail with reference to the drawings.

Referring to the fifth figure, the end face 50 of the present wave plate has a flat shape, and five upward tapered ridges 52 are equally spaced thereon, and the tapered ridges 52 on both sides are assembled for mutual overlap. By. Referring to the sixth figure, the plate body between the adjacent tenons 52 of the present wave plate 50 is formed into a continuous small arc-shaped undulating telescopic wave 51, so that the continuous small circular arc-shaped telescopic wave 51 is used. Compression, the pitch of adjacent tenons 52 can be made The compression pitch L1 is shortened, and the stretching pitch L2 is formed by the stretching of the continuous small circular arc stretching waves 51, so that the creation wave plate 50 has the function of micro-adjustment distance, and achieves the intended purpose. By.

As shown in the seventh figure, the creation wave plate 50 directly covers the old wave plate 100 to form a second layer, because the tenon 52 is higher than the tension 101 of the first layer (old) wave plate 100, so that the second layer The tenon 52 can cover the head of the screw 105 for fixing the first layer of the wave board 100, and then the screw 205 extends through the tenon 52 of the creative wave board 50 and the tenon 101 of the first layer of the wave board 100. The wave board 50 and the first wave board 100 are fixed on the roof truss 110 for finishing performance.

Please refer to the eighth figure, when the creative wave plate 50 is mounted on the conventional old wave board 100, the plate body between the adjacent tenons 52 is formed into a continuous small arc-shaped undulating telescopic wave 51. Therefore, by compressing or stretching the continuous small circular arc-shaped telescopic waves 51, the pitch can be appropriately adjusted to conform to the pitch of the old corrugated plate 100, which is expected to improve the coverage adhesion and the windproof and waterproof performance.

Further, the upper surface of the creation wave board 50 (including the telescopic wave 51 and the tenon 52) can be coated with a special-purpose material or a color coating layer by a technique such as co-extrusion molding during molding to increase diversification and practical benefits. .

50‧‧‧ wave board

51‧‧‧ Telescopic waves

52‧‧‧垅

L1‧‧‧ compression pitch

L2‧‧‧ stretching pitch

Claims (2)

A wave plate structure with a micro-adjustment function, in particular, a wave plate end surface having a flat shape, and an upwardly tapered conical yoke is equally spaced thereon, and tapered conical ridges on both sides are available for assembly with each other, wherein The plate between the adjacent ridges of the wave plate forms a continuous small circular arc undulating shape, and provides a fine amplitude adjustment of the pitch between adjacent ridges. The wave plate structure having the micro-adjustment function according to the first aspect of the patent application, wherein the surface of the wave plate is covered with a special-purpose material or a color coating layer.