TW201542913A - Metal building materials structure innovation - Google Patents

Abstract

This invention relate to a metal building materials structure innovation, which include a metal building material. Said metal building material having a structure portion, a flat portion and a combine portion, and said structure portion and flat portion can be plural. Inside said structure portion is provided with a guide groove to set a reinforced plate to increase the section that the locking element use to lock the metal building material, and increase the locking strength between said metal building material and the locking element to improve the wind pressure strength of the roof. Said combine portion is located on both sides of the house. When combined with the adjacent metal building material, beneath the combine portion will formed a hanging slot to hang the hanging objects and keep the direction of the hanging objects. And said hanging objects can bear the weight of pipeline fire, drain line, power line, signal line and light steel frame to enhance the usefulness of metal building materials.

Description

Metal building materials structure innovation

The invention relates to the structural innovation of the metal building materials, mainly for providing a guiding groove on the inner side of the structural part of the metal building material, so as to extend the reinforcing plate, thereby increasing the section of the locking component locking metal building material and strengthening the bolting component. The strength of the lock with the metal building materials to increase the wind pressure resistance of the roof; and when the adjacent metal building materials are combined with each other, a suspension groove can be formed under the joint portion, and the suspension member can be hung therein, and the suspension member can be held. The direction is sufficient to carry the installation of fire-fighting pipelines, drainage pipelines, power pipelines, signal pipelines and light steel frames to increase the weight of metal building materials.

According to the current metal building, in order to strengthen the roof structure, a floor panel 1 (see Figs. 1 and 2) is laid on the steel frame, and then laid over the upper plane 11 of the structural portion 10 of the floor panel 1. The metal plate 2, and in order to integrate the floor panel 1 with the metal plate 2, the constructor will bolt down from the metal plate 2 to the structural portion 10 of the floor panel 1 with the self-tapping screws 20, and penetrate the floor panel 1 The upper plane 11 of the structural portion 10. However, due to the consideration of manufacturing cost, the thickness of the metal sheet used in the commercially available floor panel 1 is getting thinner and thinner. Therefore, when the constructor bolts the self-tapping screws 20 from the metal plate 2 to the structural portion 10 of the floor panel 1 and penetrates the upper plane 11, the thread of the self-tapping screw 20 and the structural portion of the floor panel 1 are actually The locking state of 10 does not exceed one-half of the tooth pattern, resulting in a false lock between the self-tapping screw 20 and the structural portion 10 of the floor panel 1. When there is a slight wind pressure, especially for factory use. Large metal buildings, all of which are more than 10 meters in height and open space. Therefore, the roof of metal buildings is often subjected to severe wind pressure, and the wind pressure directly destroys the self-tapping screws 20 and the floor panel 1 structural part 10 The false lock between the two is opened from the bottom of the floor panel, affecting the roof structure and safety of the building.

Secondly, the traditional metal wave board is laid directly on the steel frame and self-tapping. The screw is bolted down from the structural part of the wave board to the steel frame. Similarly, the metal wave board and the self-tapping screw are also a kind of false lock, which cannot resist the strong wind pressure. Therefore, in the typhoon days, it is often seen. The roof of a metal building was opened by strong wind pressure, causing accidental injury.

According to the current building, the metal building materials are used as the floor. The main reason is to fill the concrete above the metal building materials to form the floor between the floors. Compared with the floors, it is below the floor of the upper floor, which becomes the lower floor. In the ceiling, in order to solve the current building pipelines, the method of clear construction is adopted to facilitate maintenance. Therefore, the above-mentioned metal building materials as ceilings must have the function of suspending pipelines. According to the invention No. I262975, the side wall of the hanging opening of the floor panel is provided with an inwardly extending fastening end, and the fastening end is hooked by the hanging hook, so that the hanging hook can be fixed. Or, as in the new type No. 162335, a small opening is formed in the suspension groove of the wave-shaped reinforcing body of the floor panel, and an appropriate space is formed inside the small opening, and a support surface is formed, and the suspension groove can be used as the positioning block. The side is placed in, and then the boom is bolted, so that the positioning block and the boom can be fully combined, and the hanger of the article is convenient. However, the above two prior technologies are unable to withstand heavy hanging objects, such as fire pipes, drain pipes, etc., and the second case is also because the direction is also changed, and the installation and construction are time-consuming and cannot meet the demand.

For this reason, the inventors have accumulated years of experience in the manufacture and design of related metal building materials, and have studied the problems of the aforementioned conventional persons, and have invented the present case.

The object of the present invention is to provide a guiding groove inside the structural part of the metal building material, so as to extend the reinforcing plate, when laying a metal plate above the metal building material, and tying the component (usually a self-tapping screw) When the metal plate is bolted down to the structural part of the metal building material, it can be locked at the same time to the structural part and the reinforcing plate, and the positive locking is achieved, the wind pressure resistance of the roof is improved, and when the adjacent metal building materials are combined with each other, A suspension slot can be formed under the joint portion, and the suspension member can be hung therein, and the direction of the suspension member can be maintained, which is sufficient for carrying the installation of the fire pipeline, the power pipeline, the signal pipeline and the light steel frame, so as to improve the practicability of the metal building materials. .

In order to achieve the above object, the metal building material structure innovation of the present invention is to provide a structural portion and a flat plate portion of the metal building material, and the structural portion and the flat plate portion are plural, and are in the foregoing structural portion. The side is provided with a guiding groove for extending the reinforcing plate, so that the bolting component simultaneously locks the structural part and the reinforcing plate, thereby improving the bolting effect and increasing the wind pressure resistance capability of the roof.

The structural innovation of the metal building materials of the present invention is formed by forming a suspension groove at the joint portion of the metal building materials. When the adjacent metal building materials are combined with each other, the suspension groove is used as the suspension member, and the suspension member is the first component and the first component. The two components are combined, so that the direction of the suspension member can be maintained at any time, and a perforation is reserved in the suspension member to pass through the bolting component and lock the fire-fighting pipeline, the drainage pipeline, the power pipeline, the signal pipeline of the building and Light steel frame, to enhance the weight bearing capacity of metal building materials.

3‧‧‧Metal building materials

3a‧‧‧Metal building materials

30‧‧‧Structural Department

31‧‧‧ Flat section

300‧‧‧Upper plane

301‧‧‧ side faces

302‧‧‧ Straight wall

303‧‧‧Bending

32‧‧‧ guiding slot

320‧‧‧Bottom bent end

Width of d1‧‧‧

D2‧‧‧Width

33‧‧‧Combination Department

330‧‧‧ first joint

331‧‧‧Second junction

34‧‧‧suspension slot

340‧‧‧ openings

341‧‧‧Folding angle

342‧‧‧ hanging bends

4‧‧‧Strengthened board

5‧‧‧Metal plates

50‧‧‧Equipment components

6‧‧‧ hanging parts

60‧‧‧ first component

61‧‧‧second component

600, 610‧‧‧ first plane

601, 611‧‧‧ perforation

602, 612‧‧‧ second plane

603, 613‧‧‧ perforation

604, 614‧‧‧ third plane

605, 615‧‧‧ hanging parts

606, 616‧‧‧ arc-shaped concave corner

620‧‧‧Equipment components

621‧‧‧Equipment components

Figure 1 is a view of a conventional metal building material.

2 is a state diagram of a conventional metal building material and a metal plate.

Figure 3 is an exploded view of the first embodiment of the metal building material of the present invention.

Figure 4 is a partial enlarged view of the first embodiment of the metal building material of the present invention.

Figure 5 is a front elevational view of a first embodiment of the metal building material of the present invention.

Fig. 6 is a partial view showing the first embodiment of the metal building material of the present invention combined with a metal plate.

Fig. 7A is a view showing a second embodiment of the metal building material of the present invention.

Fig. 7B is a view showing a third embodiment of the metal building material of the present invention.

Fig. 7C is a view showing the fourth embodiment of the metal building material of the present invention.

Fig. 7D is a view showing a fifth embodiment of the metal building material of the present invention.

Fig. 7E is a view showing the sixth embodiment of the metal building material of the present invention.

Fig. 7F is a view showing the seventh embodiment of the metal building material of the present invention.

Fig. 7G is a view showing the eighth embodiment of the metal building material of the present invention.

Fig. 7H is a view showing a ninth embodiment of the metal building material of the present invention.

Figure 7I is a view of a tenth embodiment of the metal building material of the present invention.

Figure 8 is a view of the adjacent metal building materials of the present invention before being joined to each other.

Figure 9 is a view showing the adjacent metal building materials of the present invention combined with each other.

Figure 10 is a partial enlarged view of the adjacent metal building materials of the present invention combined with each other.

Fig. 11 is a view showing the first action of the joint portion of the adjacent metal building materials of the present invention and the suspension member.

Fig. 12 is a second assembly operation of the joint portion of the adjacent metal building materials of the present invention and the suspension member.

Fig. 13 is a third joint operation of the joint portion of the adjacent metal building material of the present invention and the suspension member.

Figure 14 is an exploded view of the suspension of the present invention.

Figure 15 is a combination view of the suspension of the present invention.

In this way, in order to enable the examiner to fully understand the structural innovation of the metal building materials of the present invention, the following is a description of the following: FIG. 3 to FIG. 6 are the first embodiment of the metal building material structure innovation of the present invention, and the present invention at least includes: metal building materials 3. The structural portion 30 and the flat plate portion 31 are provided, and the structural portion 30 and the flat plate portion 31 are singular or plural, and are not limited, depending on the width of the metal building material. The structural portion 30 is provided with an upper surface 300 and two side surfaces 301. The two side surfaces 301 are retracted downward from the two sides of the upper surface 300 at an angle to form a straight wall surface 302, and then Extending to the bent portion 303 to engage with the flat portion 31; or the two side surfaces 301 may also be retracted downward from the two sides of the upper surface 300 at an angle to continue to extend the bent portion 303 downwardly The flat portion 31 is engaged, and the section of the straight wall 302 is omitted.

As shown in FIG. 4, the inner side of the structural portion 30 of the metal building material 3 is provided with a guiding groove 32. The guiding groove 32 is formed at the same time when the structural part is formed, and it is ideal if it is processed afterwards. The guiding groove 32 is slightly above the upper surface 300 and the two side surfaces 301, so that the width d1 of the corresponding lower bending end 320 of the guiding groove 32 is smaller than the width d2 of the guiding groove. In this way, after the construction of the metal building material 3 is completed, the guiding groove 32 is extended therein as the reinforcing plate 4, and the width of the reinforcing plate 4 is generally close to the width d2 of the guiding groove 32. Therefore, the width of the reinforcing plate 4 is The width d1 of the lower bending end 320 corresponding to the guiding groove 32 is such that the reinforcing plate 4 is stably mounted in the guiding groove 32 and is positioned (see FIGS. 5 and 6).

As shown in FIG. 6, after the metal plate 5 is laid over the structural portion 30 of the metal building material 3, the constructor can bolt the component 50 (usually a self-tapping screw) to the metal tapping plate 5, and lock into the metal building material. The upper plane 30 of the structural portion 30 of the 3 is simultaneously locked in the guiding slot 32 In the reinforcing plate 4, the reinforcing plate 4 is made of a metal material, and of course, the length of the guiding groove 32 close to the metal building material 3 is optimal, and even if it is a line segment, it is indispensable, and even the bolting member 50 In the bolting process, a large locking drilling force is generated, and the reinforcing plate 4 has been integrated with the guiding groove 32 of the metal building material 3, and the reinforcing plate 4 cannot be pushed downward, so that the plugging component can be finally obtained. It maintains the optimal locking state with the structural part 30 and the reinforcing plate 4 of the metal building material 3, and enhances the bolting effect, which is sufficient to increase the wind pressure resistance of the metal building roof and strengthen the structural safety of the metal building.

Secondly, the reinforcing plate of the present invention cannot be directly disposed inside the structural part of the conventional metal building material of FIG. 1 because the conventional metal building material of FIG. 1 cannot provide proper support of the reinforcing plate, and the constructor uses the bolting component from the metal plate. When the lower tapping bolt is passed through the upper plane of the structural part of the metal building material, the end of the bolting component will touch the reinforcing plate with a strong locking drilling force, and the reinforcing plate will be moved downward and deviated from an angle. The problem that the plugging component cannot be inserted into the reinforcing plate is more obvious, and it is obvious that the present invention is practical and progressive.

7A to 7H are various embodiments 2 to 9 of the metal building material 3 of the present invention. The metal building materials of the present invention are not limited to those shown in the drawings, as long as the reinforcing plate 4 can be disposed inside the structural portion 30. The guide grooves 32 are all covered by the present invention.

As shown in FIG. 7I, in the tenth embodiment of the metal building material of the present invention, the metal building materials of the present invention are applied to various metal wave plates. The tenth embodiment includes at least: a metal building material 3a, a structural portion 30 and a flat plate portion 31, and the foregoing structural portion. 30 and the flat plate portion 31 are singular or plural, and are not limited, depending on the width of the metal building material. The structural portion 30 is provided with an upper surface 300 and two side surfaces 301, and the two side surfaces 301 are outwardly formed at a certain angle from both sides of the upper surface 300. The inner side of the structural portion 30 of the metal building material 3a is provided with a guiding groove 32. The guiding groove 32 is formed at the same time when the structural portion is formed, and it is ideal if it is processed afterwards. 32 is present slightly above the upper plane 30 and the side edges 301, so that the width d1 of the corresponding lower bending end 320 of the guiding groove 32 is smaller than the width d2 of the guiding groove. In this way, after the construction of the metal building material 3a is completed, the guiding groove 32 is extended as the reinforcing plate 4, and the width of the reinforcing plate 4 is generally close to the width d2 of the guiding groove 32. Therefore, the width of the reinforcing plate 4 is Greater than the guide slot 32 corresponds to the width d1 of the lower bent end 320, so that the reinforcing plate 4 is firmly mounted in the guiding groove 32 and presents positioning (refer to FIGS. 5 and 6). The constructor can suspend the component 50 (usually a self-tapping screw) from the metal building material 3a to the lower tapping bolt, and lock into the upper plane 30 of the structural portion 30 of the metal building material 3a, and at the same time, the locking is located in the guiding groove 32. The reinforcing plate 4 allows the bolting member and the structural portion 30 of the metal building material 3a and the reinforcing plate 4 to maintain an optimal locking state, thereby improving the wind pressure resistance of the roof of the metal building and strengthening the structural safety of the metal building. The same has.

8 to 12, in which the adjacent metal building materials of the present invention are combined with each other, the metal building materials 3 are simultaneously formed with a first joint portion 330 and corresponding to the first joint portion 330 on both sides thereof during molding. The second joint portion 331 is such that when the adjacent metal building materials 3, 3a are combined with each other, the first joint portion 330 of the metal building material 3 and the second joint portion 331 of the metal building material 3a can be combined with each other to form the joint portion 33. A suspension groove 34 is formed below the joint portion 33. The suspension groove 34 is provided with an opening 340. The opening 340 is formed by two symmetrical corners 341, and a suspension bend is formed on both sides of the opening 340. The portion 342 (as shown in FIGS. 10 and 11) is configured such that the suspension member 6 is disposed such that the suspension groove 34 and the hanging members 605, 615 of the suspension member 6 are similar in shape, which facilitates the combination of the suspension groove 34 and the hanging member of the suspension member 6. .

14 and 15, the suspension member 6 of the present invention is a combination of a first member 60 and a second member 61. The first member 60 and the second member 61 are each provided with a first plane 600, 610. The first planes 600, 610 are each provided with perforations 601, 611, and the perforations 601, 611 are singular; or two; or more than two, depending on actual needs. The first element 60 and the second element 61 are respectively provided with second planes 602 and 612, which are located above the first planes 600 and 610, and the second planes 602 and 612 are respectively provided with through holes 603 and 613. 613 can be single or two or more, depending on actual demand. The first element 60 and the second element 61 are respectively provided with third planes 604 and 614, which are located above the second planes 602 and 612, and the third planes 604 and 614 are provided with hanging members 605 and 615. The hanging members 605 and 615 are formed as inverted triangles, and arc-shaped concave corners 606 and 616 are disposed at the junction with the third planes 604 and 614, and the third plane 604 of the first component 60 and the second component 61 are disposed. The third plane 614 is disposed in a reverse direction, that is, the third plane 604 of the first component 60 is bent from the front side of the second plane 602, and the third plane 614 of the second component 61 is from the second plane. 612 The rear side is bent, such that when the first element 60 and the second element 61 are abutted against each other, that is, above the first plane 600 of the first element and above the first plane 610 of the second element 61, the first plane is The perforations 601 and 611 of the 600 and 610 are close to the concentric state to facilitate the setting of the embedding member 620 to facilitate the fixation of the first component 60 and the second component 61, and to allow the second component 60 to be second. The plane 602 is in close contact with the front side of the second plane 612 of the second component 61, and the through holes 603, 613 of the second planes 602, 612 are close to the concentric state, so as to facilitate the setting of the bolting component 621 for bolting The fire-fighting pipeline, the power pipeline, the signal pipeline and the light steel frame are carried, and the hanging members 605, 615 of the aforementioned suspension member 6 are deployed outward to maintain an appropriate distance.

11 to 13, when the adjacent metal building materials 3 are combined with each other to form the joint portion 33, and the suspension groove 34 of the joint portion 33 is provided as the suspension member 6, the first member of the suspension member 6 is firstly used. 60 and the second member 61 abut each other, and the hanging members 605, 615 of the suspension member 6 and the suspension groove 34 in the same direction (as shown in Figure 11), at this time, the hanger 6 of the suspension member 605, The 615 extends upward into the suspension slot 34 (Fig. 12), and then rotates the suspension member 6 by an angle of about 90 degrees, so that the hanging members 605, 615 of the suspension member 6 are perpendicular to the suspension slot 34 (as shown in the figure). 13), the two hanging members 605, 615 of the suspension member 6 can be simultaneously combined with the groove wall of the hanging slot 34, so that the distance between the two hanging members 605, 615 is formed, so that the suspension member 6 and the suspension are suspended. The combination of the grooves 34 forms a face, ensuring that the suspension member 6 is maintained in a certain direction with the suspension groove 34 and is not easily rotated. Thus, the bolting member 620 and the bolting member 621 of the suspension member 6 or the bolting member 621 can be utilized to embed the fire-fighting pipeline, the drain pipeline, the power pipeline, the signal pipeline and the light steel frame, and because of the foregoing The suspension member 6 can be kept in a certain direction, so it is easy to be installed and installed, and the weight of the metal building materials can be increased to meet the current setting of the open pipe of the building, which is convenient for future replacement and maintenance.

In summary, the present invention provides a reinforcing plate on the inner side of the structural part of the metal building material, in addition to the fact that the thickness of the metal material used for forming the metal building material is changed, and the metal building material is required to be used as the inner layer of the roof. The ability to press, the bolting component must be able to fully lock and fix the metal plate and the metal building materials. Moreover, when the metal building material is used as the ceiling of the building, it can match the trend of the pipeline installation of the current building, and is a combination of metal building materials. The suspension member 6 with special structure is placed underneath, which makes it easier for the constructor to install and install the fire in the building. Pipeline, drainage pipeline, power pipeline, signal pipeline and light steel frame, it can be seen that the present invention has practical, novel and progressive, and is the composition of this case.

3‧‧‧Metal building materials

30‧‧‧Structural Department

31‧‧‧ Flat section

300‧‧‧Upper plane

301‧‧‧ side faces

302‧‧‧ Straight wall

303‧‧‧Bending

32‧‧‧ guiding slot

320‧‧‧Bottom bent end

Width of d1‧‧‧

D2‧‧‧Width

4‧‧‧Strengthened board

5‧‧‧Metal plates

50‧‧‧Equipment components

Claims (19)

The invention relates to a metal building material structure innovation, which comprises at least: a metal building material, a structural part and a flat part, wherein the inner side of the structural part is provided with a guiding groove for extending the reinforcing plate, which is convenient for bolting the component and locking the structural part and the reinforcing plate, and the lifting bolt Set the effect and increase the wind pressure resistance of the roof. According to the innovation of the metal building material structure described in claim 1, the guiding groove provided on the inner side of the structural part of the metal building material is disposed slightly above the plane and the side surfaces of the structural part. According to the innovation of the metal building material structure described in claim 1, wherein the width d1 of the corresponding lower bending end of the guiding groove of the structural part of the metal building material is smaller than the width d2 of the guiding groove, when the guiding groove is used as the reinforcing plate Thereafter, the width of the reinforcing plate is generally close to the width of the guiding groove, and the width of the reinforcing plate is larger than the width d1 of the corresponding lower bending end of the guiding groove, so that the reinforcing plate is stably mounted on the guiding groove, and Positioning. The invention relates to a metal building material structure innovation, which comprises at least: a metal building material, a structural part and a flat part, wherein the inner side of the structural part is provided with a guiding groove, so as to extend the reinforcing plate, which facilitates the bolting of the component and simultaneously locks the structural part and the reinforcing plate to enhance The effect of tying and increasing the wind-resistant strength of the roof; the joint of the metal building materials is located on both sides of the metal building materials. When the adjacent metal building materials are combined with each other, a suspension groove can be formed under the joint portion to be suspended. The hanging member is composed of a first component and a second component. When the suspension component is coupled with the suspension slot, the first component and the second component of the suspension component are formed by the hanging component. Appropriate distance, the combination of the suspension member and the suspension groove forming surface ensures that the suspension member maintains a certain direction with the suspension groove, and the perforation provided by the first member and the second member of the suspension member is used as the bolting member. It is installed and bolted to carry various types of pipelines or light steel frames to enhance the practicality of metal building materials. According to the innovation of the metal building material structure described in claim 4, the guiding groove provided on the inner side of the structural part of the metal building material is disposed above the upper surface of the structural part and slightly above the side surfaces. According to the innovation of the metal building material structure described in claim 4, wherein the width d1 of the corresponding lower bending end of the guiding groove of the structural part of the metal building material is smaller than the width d2 of the guiding groove, when the guiding groove is used as the reinforcing plate Thereafter, the width of the reinforcing plate is generally close to the width of the guiding groove, and the width of the reinforcing plate And larger than the width d1 of the corresponding lower bending end of the guiding groove, the reinforcing plate is stably mounted on the guiding groove and positioned. According to the innovation of the metal building material structure described in claim 4, wherein the two sides of the metal building material are respectively formed with a first joint portion and a second joint portion corresponding to the first joint portion, when the adjacent two metal building materials are combined with each other, Forming a joint portion by combining a first joint portion of one metal building material with a second joint portion of another metal building material, and forming a joint groove below the joint portion, wherein the hanging groove is provided with an opening, and the opening is composed of two The symmetrical folding angle is formed on the upper side of the opening to form a hanging bending portion for the hanging member, so that the hanging groove and the hanging member are similar in shape, which is advantageous for the combination of the hanging groove and the hanging member. The metal building material structure innovation according to claim 4, wherein the first element and the second element of the suspension member are each provided with a first plane, the first plane is provided with a perforation, and the first element and the second element are respectively provided. The second plane is located above the first plane, and the second plane is provided with a perforation, and the first element and the second element are each provided with a third plane, which is located above the second plane, and above the third plane a third surface of the first element is opposite to the third plane of the second element, that is, the third plane of the first element is bent from the front side of the second plane, and the foregoing The third plane of the second element is bent from the rear side of the second plane, and when the first element and the second element abut each other, that is, the first plane of the first element is placed above the first plane of the second element The perforations provided in the first plane are close to the concentric state, so as to facilitate the setting of the bolting component, the first component and the second component are combined and fixed, and the second plane of the first component is closely attached to the second Second flat component The front side, and the perforations provided in the second plane are close to a concentric state, so as to facilitate the setting of the bolting elements for bolting and carrying various types of pipelines or light steel frames, and allowing the first element and the second element to be The hangers are deployed outwardly to maintain an appropriate distance. The metal building material structure innovation according to claim 4, wherein the perforations provided in the first plane of the suspension member and the first plane of the second component are single; or two; or two or more. The metal building material structure innovation according to claim 4, wherein the perforations provided in the second plane of the first component and the second component of the suspension member are one or two or more. The metal building material structure innovation according to claim 4, wherein the hanging member is an inverted triangle, and the arc-shaped concave corner is disposed at the joint of the third plane. According to the innovation of the metal building material structure described in claim 4, when the hanging groove of the joint formed by the combination of the adjacent two metal building materials is combined with the hanging member, the first element and the second element of the hanging piece are firstly placed on each other. And let the hanging piece of the suspension piece keep the same direction as the hanging groove, and then extend the hanging piece of the hanging piece into the hanging slot, and then rotate the hanging piece by about 90 degrees to let the hanging piece hang The mounting member is perpendicular to the suspension slot to allow the suspension member to fully engage the suspension slot to maintain the suspension member in the direction of the suspension slot. A metal building material structure innovation, comprising at least: a metal building material, comprising a structural part, a flat part and a joint part, wherein the joint part is located on both sides of the metal building material, and when the adjacent metal building materials are combined with each other, a hanging groove can be formed under the joint part The suspension member is suspended by the first component and the second component. When the suspension component is coupled with the suspension slot, the first component and the second component of the suspension component are suspended. The arrangement forms a proper distance, and the combination of the suspension member and the suspension groove forming surface ensures that the suspension member maintains a certain direction with the suspension groove, and the perforation of the first member and the second member of the suspension member is The bolting elements are pierced and arranged to carry various types of pipelines or light steel frames. According to the innovation of the metal building material structure described in claim 13, wherein the two sides of the metal building material are respectively formed with a first joint portion and a second joint portion corresponding to the first joint portion, when the adjacent two metal building materials are combined with each other, Forming a joint portion by combining a first joint portion of one metal building material with a second joint portion of another metal building material, and forming a joint groove below the joint portion, wherein the hanging groove is provided with an opening, and the opening is composed of two The symmetrical folding angle is formed on the upper side of the opening to form a hanging bending portion for the hanging member, so that the hanging groove and the hanging member are similar in shape, which is advantageous for the combination of the hanging groove and the hanging member. The metal building material structure innovation according to claim 13, wherein the first element and the second element of the suspension member are respectively provided with a first plane, and the first plane is provided with a perforation, and the first element and the second element are respectively provided with The second plane is located above the first plane, and the second plane is provided with a through hole. The first element and the second element are each provided with a third plane, which is located above the second plane. A hanging member is disposed above the third plane, and the third plane of the first component is opposite to the third plane of the second component, that is, the third plane of the first component is before the second plane The side is bent, and the third plane of the second element is bent from the rear side of the second plane. When the first element and the second element abut each other, the first plane of the first element is placed in the second plane. Above the first plane of the component, the perforations provided in the first plane are close to a concentric state to facilitate the setting of the plugging component, the first component and the second component are combined and fixed, and the second component is second The plane is in close contact with the front side of the second plane of the second component, and the perforations provided by the second plane are close to a concentric state, so as to facilitate the setting of the bolting component for tying the puller to carry various pipelines or light steel frames. And the hanging members of the first element and the second element are outwardly deployed to maintain an appropriate distance. The metal building material structure innovation according to claim 13, wherein the first element of the suspension member and the first plane of the second element are provided with a single perforation; or two; or two or more. The metal building material structure innovation according to claim 13, wherein the perforations of the first element of the suspension member and the second plane of the second element are provided in a single or two or more. The metal building material structure innovation according to claim 13, wherein the hanging member is an inverted triangle, and the arc-shaped concave corner is disposed at the joint of the third plane. According to the metal building material structure innovation described in claim 13, wherein the suspension groove of the joint formed by the combination of the adjacent two metal materials and the suspension member is combined with the first component and the second component of the suspension member. And let the hanging piece of the suspension piece keep the same direction as the hanging groove, and then extend the hanging piece of the hanging piece into the hanging slot, and then rotate the hanging piece by about 90 degrees to let the hanging piece hang The mounting member is perpendicular to the suspension slot to allow the suspension member to fully engage the suspension slot to maintain the suspension member in the direction of the suspension slot.