TWM497685U - Roof insulation system - Google Patents

Description

Roof insulation system

The present invention relates to building structures, and more particularly to a roof convection heat insulating structure.

According to the iron house construction, it has the advantages of light weight, easy construction and low cost. Referring to FIG. 1 , a roof structure 10 of a conventional tin house is shown, which mainly includes four pillars 11 (only one side of the two pillars 11 is shown in FIG. 1 ), and an H-shaped steel 12 connection is provided between the pillars 11 . A C-shaped steel 13 arranged at a plurality of intervals between the H-beams 12 is used to form a support structure, and finally the wave plate 14 is laid on the plurality of C-shaped steels 13, thereby forming a roof structure 10 of a conventional iron house.

However, the wave plate 14 is made of a metal material and is relatively easy to absorb heat, and the heat energy radiated by the sun accounts for more than 80% of the radiant heat. The metal wave plate 14 quickly absorbs the solar heat energy into the house after exposure, so that the heat energy is The refraction of the interior of the house cannot be dissipated, resulting in the use of high temperature inside the iron house and the difficulty of heat dissipation. Not only the comfort is not good, but also the demand for cooling air is large, and it is not environmentally friendly and consumes energy.

In order to improve the condition that the iron house is easy to store heat and is not easy to dissipate heat, PS insulation board, styrofoam, foam cement, glass fiber foil paper, PU foam insulation material have been set up in the iron roof. Improvement techniques such as materials or calcium citrate ceilings, in an attempt to reduce the indoor temperature by the above-mentioned plates. However, the heat insulating effect of the aforementioned sheet material is limited, and the sheet itself has the disadvantages of being easy to be exposed to sunlight, aging, moisture and mildew, resulting in a short service life and having to be replaced every few years. It is particularly noteworthy that most of the aforementioned sheets are flammable materials, resulting in insufficient safety of the iron house. Therefore, there is a need for improvement in the convection heat insulation structure of the roof of the Tin House.

The purpose of the novel creation is to provide a roof insulation system, which is mainly provided with a plurality of insulation panels above or below a C-shaped steel constituting one of the roof support structures, to utilize the insulation layer of the insulation panel and the double-sided aluminum foil reflection The layer performs radiant heat and thermal insulation to provide a durable and thermally insulating tin roof insulation system.

According to the present invention, a roof insulation system according to the present invention includes: a support structure having two H-shaped steels disposed opposite to each other, and a plurality of C-shaped steels spaced at both ends and the two H Each of the C-shaped steels is formed with an intermediate portion and a lower side wing and an upper side wing extending in the same direction, so that each of the C-shaped steels is consolidated with the lower side wing and the H-shaped steel; and the plurality of beads are arranged at intervals in the plural The upper side wing of the C-shaped steel, and the bead is disposed at an intersection with the C-shaped steel; the plurality of heat-insulating plates each have a relatively long side and a second short side, so that the long sides of the plurality of insulating boards are adjacently arranged in the plurality The upper side of the C-shaped steel, and the adjacent sides of any two adjacent heat-insulating plates are correspondingly disposed on the bead, each of the heat-insulating plates has a heat-insulating layer and a reflective layer of two aluminum foils; and a wave plate is disposed on the a plurality of heat insulating plates, the plurality of screw lock members are inserted into the wave plate and the heat insulation plate to be locked with the upper side wing of the C-shaped steel; if the roof insulation system reflects the radiant heat through the reflective layer of the heat insulation plate, and Conducted by its thermal insulation layer.

In addition, the novel roof insulation system may further be disposed under the C-shaped steel, and the plurality of beads are arranged on the lower wing of the plurality of C-shaped steel at intervals, and the bead is arranged in cross with the C-shaped steel. Having the plurality of heat shields stacked on the upper side of the plurality of C-shaped steels, and the long sides of any two adjacent heat shields are correspondingly fitted to the bead, so that the plurality of screw locks are placed on the bead The stacked long side of any two adjacent heat insulating panels and the bead are locked with the upper side wing of the C-shaped steel; then the wave plate is inserted into the wave plate through the screw locking member and locked with the upper side wing of the C-shaped steel.

Preferably, in the above-mentioned roof heat insulation system of the present invention, the H-shaped steel is formed with a vertical portion and an upper horizontal portion and a lower horizontal portion at opposite ends of the vertical portion, and the lower horizontal portion is further combined with at least one vertical column to constitute the Supporting structure; each C-shaped steel is welded and consolidated with its lower side wing and the upper transverse part of the H-shaped steel.

Preferably, in the foregoing roof heat insulation system of the present invention, the heat insulation layer of the heat insulation board is a polyethylene bubble structure, and the reflection layer is an aluminum foil layer structure, thereby, when the iron house is exposed to sunlight, the heat insulation layer is permeable. The aluminum foil reflective layer on the surface of the board reflects most of the radiant heat, and further blocks the heat conduction by the polyethylene bubble layer, which greatly reduces the radiant heat energy entering the house.

Preferably, in the foregoing roof heat insulation system of the present invention, the screw lock member is a self-tapping screw to fast fix the components.

With regard to the techniques, means and other effects of the present invention in order to achieve the above objects, a preferred embodiment is described in detail with reference to the drawings.

[study]

10‧‧‧ Roof structure

11‧‧‧ pillar

12‧‧‧H-beam

13‧‧‧C steel

14‧‧‧ Wave board

[This new type]

20‧‧‧Support structure

21‧‧‧H-beam

211‧‧‧ vertical

212‧‧‧Upper

213‧‧‧ lower section

22‧‧‧C steel

221‧‧‧Intermediate

222‧‧‧lower wing

223‧‧‧Upper wing

23‧‧‧ Column

30‧‧‧Belt

40‧‧‧ Thermal insulation board

41‧‧‧Longside

42‧‧‧ Short side

43‧‧‧Insulation

44‧‧‧reflective layer

45‧‧‧ screw lock

50‧‧‧ wave board

51‧‧‧Rocks

52‧‧‧ Flat section

53‧‧‧ Screw locks

Figure 1 is a schematic view of the roof structure of a conventional tin house.

2 is a perspective exploded view of the first embodiment of the novel roof insulation system.

3 is a perspective view of a first embodiment of the novel roof insulation system of the present invention.

Figure 4 is a side elevational view of the first embodiment of the novel roof insulation system.

Figure 5 is a front elevational view of the first embodiment of the novel roof insulation system.

Figure 6 is a perspective partial exploded view of a second embodiment of the novel roof insulation system.

Figure 7 is a perspective view of a second embodiment of the novel roof insulation system of the present invention.

Figure 8 is a schematic cross-sectional view showing the structure of the heat insulating material of the novel roof insulation system.

Please refer to FIG. 2 to FIG. 8 to illustrate a specific embodiment of the novel roof insulation system.

As shown, the novel roof insulation system includes a support structure 20, a plurality of beadings 30, a plurality of insulation panels 40, and a wave board 50; wherein the bead 30, the heat insulation panel 40, and the wave board 50 are assembled The supporting structure 20 has two implementations, one of which is the first embodiment shown in FIG. 2 to FIG. 5, showing a specific structure in which the heat insulating panel 40 is disposed above the supporting structure 20, and the second is as follows. The second embodiment shown in Figs. 6 and 7 shows a specific structure in which the heat insulating panel 40 is disposed below the support structure 20. The specific structural form of the two embodiments and the assembly process thereof will be described below one by one.

2 to 5, a first embodiment of the novel roof insulation system is shown, wherein the support structure 20 has two H-shaped steels 21 disposed opposite to each other, the H-shaped steel 21 is formed with a longitudinal portion 211 and located at the longitudinal direction. An upper lateral portion 212 and a lower lateral portion 213 of the opposite ends of the portion 211 are further connected to at least one of the uprights 23, and a plurality of C-shaped steels 22 are arranged between the two H-shaped steels 21, each of which is C The steel 22 is connected to the two H-shaped steels 21 at both ends thereof, and each of the C The steel piece 22 is formed with an intermediate portion 221 and a lower side flap 222 and an upper side flap 223 extending in the same direction, so that each of the C-shaped steel 22 is welded and fixed by the lower side flap 222 and the upper cross portion 212 of the H-shaped steel 21; the plurality of beads 30 The strips 30 are disposed on the upper side 223 of the plurality of C-shaped steels 22, and the strips 30 are disposed at an intersection with the C-shaped steel 22. In the embodiment, the bead 30 is an elongated sheet-like iron structure for supporting The heat shield 40 also provides a slitting function to stably arrange the heat shield 40 between the C-shaped steel 22 and the wave plate 50.

The plurality of thermal insulation panels 40 each have a pair of opposite long sides 41 and opposite two short sides 42 such that the plurality of longitudinal edges 41 of the plurality of insulating panels 40 are adjacently disposed on the upper side 223 of the plurality of C-shaped steels 22, and any two phases The adjacent side of the adjacent side of the insulating panel 40 is disposed on the bead 30, and each of the insulating panels 40 has a heat insulating layer 43 and a reflective layer 44 made of aluminum foil as shown in FIG. The polyethylene bubble material of the waterproof and flameproof function, the reflective layer 44 is preferably a pure aluminum foil layer structure; and the wave plate 50 is disposed on the plurality of heat insulation boards 40, so that the plurality of screw lock members 53 are disposed on the wave board 50 and the partition The hot plate 40 is then locked to the upper side 223 of the C-shaped steel 22; if so, the roof insulation system reflects the radiant heat through the reflective layer 44 of the insulating panel 40 and insulates thermal energy through its insulating layer 43. In the embodiment, the screw members 45, 53 are preferably self-tapping screws.

Please refer to FIG. 6 and FIG. 7 to explain the structure of the second embodiment of the novel roof insulation system. The member of the second embodiment is the same as that of the first embodiment, and the main purpose is that the heat insulating plate 40 is disposed under the support structure 20; wherein the plurality of pressure bars 30 are arranged at intervals on the lower side wings 222 of the plurality of C-shaped steels 22, The beading 30 is disposed in crosswise with the C-shaped steel 22; the plurality of insulating panels 40 are stacked on the lower side 222 of the plurality of C-shaped steels 22 with the long sides 41 overlapping, and any two adjacent insulating panels 40 The long side 41 is correspondingly coupled to the bead 30, so that the plurality of screw locks 45 are disposed on the long side 41 of the any two adjacent heat insulation panels 40 and the bead 30 and the C-shaped steel 22 The lower side wing 222 is locked; the wave plate 50 is disposed on the upper side wing 223 of the plurality of C-shaped steel 22, so that the plurality of screw lock members 53 are inserted into the wave plate 50 and locked with the upper side wing 223 of the C-shaped steel 22; Another roof insulation system that provides the insulation panel 40 below the support structure 20 is provided.

In the present invention, the arrangement of the screw lock 53 is limited to the figure, and is mainly disposed along the ridge portion 51 or the flat plate portion 52 of the wave plate 50 according to actual construction requirements, and this.

In summary, the above-mentioned roof insulation system can achieve the above-mentioned effects such as heat insulation. It has already met the requirements for patent application, and has filed a patent application according to law, praying for review and early granting of patents. Debian.

20‧‧‧Support structure

21‧‧‧H-beam

22‧‧‧C steel

221‧‧‧Intermediate

222‧‧‧lower wing

223‧‧‧Upper wing

23‧‧‧ Column

30‧‧‧Belt

40‧‧‧ Thermal insulation board

50‧‧‧ wave board

51‧‧‧Rocks

52‧‧‧ Flat section

53‧‧‧ Screw locks

Claims (6)

A roof insulation system comprising: a support structure having two H-shaped steels disposed opposite to each other, the plurality of C-shaped steels being spaced apart from each other and connected to the two H-shaped steels, each of the C-shaped steels forming an intermediate portion and the same direction Extending one of the lower side flaps and one of the upper side flaps, so that each of the C-shaped steels is consolidated with the lower side flaps and the H-shaped steel; a plurality of beading strips are arranged at intervals on the upper side flaps of the plurality of C-shaped steels, and the bead is formed with the C-shaped steel Cross-arrangement; a plurality of heat-insulating panels each having a relatively long side and a relatively short side, such that the long sides of the plurality of insulating panels are adjacently disposed on the upper side of the plurality of C-shaped steels, and any two adjacent insulating layers The long side abutting portion of the plate is correspondingly disposed on the bead, each of the heat insulating plates has a heat insulating layer and a reflective layer of two aluminum foils; and a wave plate is disposed on the plurality of heat insulating plates to allow the plurality of screw lock members to be placed The wave board and the heat insulation board are then locked with the upper side wing of the C-shaped steel; if the roof insulation system reflects the radiant heat through the reflective layer of the heat insulation board, and is insulated by the heat insulation layer. A roof insulation system comprising: a support structure having two H-shaped steels disposed opposite to each other, the plurality of C-shaped steels being spaced apart from each other and connected to the two H-shaped steels, each of the C-shaped steels forming an intermediate portion and the same direction Extending one of the lower side flaps and one of the upper side flaps, so that each of the C-shaped steels is consolidated with the lower side flaps and the H-shaped steel; a plurality of beading strips are arranged at intervals on the lower side flaps of the plurality of C-shaped steels, and the bead is formed with the C-shaped steel Cross setting a plurality of heat insulation panels each having a heat insulation layer and a reflective layer of two aluminum foils, each of the heat insulation panels having opposite long sides and opposite short sides, such that the plurality of heat shields are stacked side by side on the plurality of C The lower side of the steel profile, and the long sides of any two adjacent heat insulation panels are correspondingly coupled to the bead, so that the plurality of screw lock members are placed on the long sides of the two adjacent heat insulation panels and the beading a lower side wing of the C-shaped steel; and a wave plate disposed on the upper side wing of the plurality of C-shaped steel, the plurality of screw lock members are inserted into the wave plate and locked with the upper side wing of the C-shaped steel; The thermal system reflects the radiant heat through the reflective layer of the thermal shield and isolates the thermal energy through its thermal barrier. The roof insulation system according to claim 1 or 2, wherein the wave plate is formed with a plurality of rib portions and a plurality of flat plate portions which are arranged at intervals. The roof insulation system according to claim 1 or 2, wherein the H-shaped steel is formed with a longitudinal portion and an upper transverse portion and a lower lateral portion at opposite ends of the vertical portion, the lower transverse portion being at least A column is assembled; each of the C-shaped steel is consolidated with its lower side wing and the upper transverse portion of the H-shaped steel. The roof insulation system according to claim 1 or 2, wherein the heat insulation layer of the heat insulation board is a polyethylene bubble structure, and the reflection layer is an aluminum foil layer structure. The roof insulation system of claim 1 or 2, wherein the screw lock is a self-tapping screw.