TWI740774B - Angle-adjustable bearing component and bearing system using the bearing component - Google Patents

Abstract

The present invention provides a load-bearing system suitable for installing a photovoltaic panel, which includes a load-bearing component, a load-bearing section steel installed on the load-bearing component, a fixed component and a load-bearing frame; and the clamping plate of the fixed component is arranged On the load-bearing section steel, the load-bearing frame is clamped on the clamping wing of the clamping plate, and the locking member is fixed through the clamping plate and the load-bearing frame; mainly to allow the operator to see the environment at the time , After the bearing system is adjusted to a predetermined inclination angle by the adjustment piece of the bearing assembly, the steel section and the adjustment piece are respectively locked with the technical feature, thereby achieving the effect of making the assembly more convenient for the operator.

Description

Angle-adjustable bearing component and bearing system using the bearing component

The present invention is related to the carrying system of the photovoltaic panel, in particular to a carrying component with an adjustable angle and a carrying system using the carrying component.

Photoelectric panels (such as solar panels) are generally installed on the carrying system first and set up in high places or open places. Moreover, in order to obtain sufficient sunlight, the photovoltaic panels installed on the carrying system need to further adjust the angle according to the local environment. That is, as the "photoelectric board mounting system" disclosed in the Republic of China Invention Patent Announcement No. TWI707112 No. B (the following reference numbers refer to the reference numbers listed in the embodiments of the aforementioned patent cases) and shown in the figures, it includes a A supporting device 110 for carrying one or more photovoltaic panels, and a supporting device 130 connected to the supporting device 110; and the supporting device 130 includes a supporting leg 131, a supporting member 133, and a supporting leg 135. The supporting member 133 is adjustably pivoted to one end of the supporting leg 131, and the supporting device 110 is connected to the supporting member 133; the opposite end of the supporting leg 131 is pivoted to the supporting leg 135, wherein the supporting leg 135 has a protruding positioner 1355; and by adjusting the supporting device 130, the supporting device 110 can present a lying state or a reclining state, wherein, in the lying state, the supporting leg 131 is vertical On the supporting surface 13511 of the supporting leg 135, in the reclining state, the supporting leg 131 and the supporting surface 13511 of the supporting leg 135 are inclined at a predetermined angle, so that the supporting leg 131 is blocked. Made at the position of the positioner 1355 of the support foot 135, so that the photoelectric board can be adjusted by The technical feature of the angle of the supporting device 130 makes the supporting device 110 present a lying state or a reclining state, so that the photoelectric plate can obtain sufficient sunlight.

However, the "photoelectric panel mounting system" disclosed in the aforementioned patents still needs improvement, which means that although the angle of the supporting device 130 can be adjusted to make the supporting device 110 present a flat state or a reclining state However, in the reclining state, the supporting leg 131 of the supporting device 130 and the supporting surface 13511 of the supporting foot 135 must be inclined at a predetermined angle, and the supporting leg 131 must be blocked. The position of the positioner 1355 made on the supporting foot 135 must be fixed. As a result, the supporting device 130 and the carrying device 110 can only be fixed under a specific inclination angle, which is not Effective assembly.

In order to overcome the technical defects listed above that the fixing can only be completed at a specific tilt angle, the present invention provides a load-bearing system suitable for installing a photovoltaic panel (for example: solar panel), the load-bearing system includes a load-bearing system Component, a load-bearing section steel (for example: C-shaped steel or ㄇ-shaped steel, etc.) installed on the load-bearing component, a fixing component, and a load-bearing frame; wherein, the fixing component includes a clamping plate and a locking member, and The clamping plate has a clamping wing, and the clamping plate of the fixing assembly is set at a predetermined position of the load-bearing section steel, so that the load-bearing frame is clamped on the clamping wing of the clamping plate, and The locking member is fixed by passing through the clamping plate and the supporting frame.

The load-bearing component includes an adjustment piece and a section steel; the adjustment piece has an assembly part and two angle adjustment wings, one side of the two angle adjustment wings is connected to one end of the assembly part, and the two The other side of the angle adjustment wing is facing away from the assembly part A pivoting hole is protruded in the direction, and a long angle adjustment hole is penetrated by the two angle adjusting wings near the assembly part; and the section steel system has an opening and a peripheral wall, and the opening direction is The opening direction of the pivot hole of the angle adjusting wing of the adjusting piece is staggered, and the peripheral wall is penetrated with a first through hole and a second through hole. The first through hole corresponds to the two angle adjusting wings of the adjusting piece. The pivot hole, and a first fixing member pivotally sets the first through hole of the section steel and the position of the pivot hole of the two angle adjusting wings of the adjusting member, and the second through hole corresponds to the position of the adjusting member. The two angle adjusting holes of the two angle adjusting wings; wherein the section steel is pivoted to a predetermined angle in a clockwise or counterclockwise direction with the pivot hole of the adjusting member as the pivot point, so that the first fixing member It is tightly locked at the positions of the two pivot holes of the adjusting member and the first perforation of the section steel, and the second perforation of the section steel and the two angle adjustments of the adjusting member are penetrated by a second fixing member After the hole is locked. In this way, the operator can visualize the environment at the time, adjust the bearing system to a predetermined inclination angle by the adjusting member of the bearing assembly, and then lock the load-bearing system to the first fixing member and the second fixing member respectively. Compared with the prior art, the profiled steel and the adjusting part are fixed, which is more convenient for assembly.

1: Carrying system

100: Carrying components

200: Load-bearing steel

600: fixed components

601: Card board

602: Card Wing

603: Barrier

605: lock firmware

700: Carrying frame

10: Base

11: Fixed connection part

111: fixed hole

113: positioning hole

13: Support Wing

131: Support section

15: Kazhiyuan

20: adjustment parts

21: Assembly Department

211: Assembly hole

213: positioning hole

23: Angle adjustment wing

230: accommodating space

231: pivot hole

231A: The first fixing part

233: Angle adjustment hole

233A: second fixing part

25: recess

30: section steel

31: opening

33: Zhou wall

331: first piercing

333: second perforation

40: stop parts

41: Baffle board

43: Blocking Wings

431: limit segment

45: accommodating space

50: Carrying plate

501: top surface

503: Bottom

51: Locking part

511: Locking hole

53: Buttress

91: lock firmware

92: lock firmware

L1: The first imaginary line

L2: The second imaginary line

L3: The third imaginary line

Q1: Imaginary center point

θ1: The first predetermined included angle

θ2: second predetermined included angle

1B: Carrying system

100B: Carrying components

200B: Load-bearing steel

600B: fixed components

601B: Card board

603B: Barrier

700B: Carrying frame

20B: Adjusting parts

30B: section steel

40B: Blocking parts

50B: Carrying plate

91B: Lock firmware

FIG. 1 is a three-dimensional schematic diagram of the first preferred embodiment of the present invention, and mainly discloses a carrying system.

Fig. 2 is a schematic side view of Fig. 1.

FIG. 3 is a schematic side view similar to FIG. 2, which mainly reveals that the carrying system is in a predetermined inclined state.

Fig. 4 is a three-dimensional schematic diagram of part of the components of Fig. 1, mainly exposing a load-bearing component.

FIG. 5 is an exploded and three-dimensional schematic diagram of each component of FIG. 4.

Fig. 6 is a schematic cross-sectional view of part of the components of Fig. 4.

FIG. 7 is a schematic side view of an adjusting member of the carrying assembly disclosed in FIG. 4.

FIG. 8 is a three-dimensional schematic diagram of some components of FIG. 3, which mainly reveals that the carrying assembly is in a predetermined inclined state.

Fig. 9 is a schematic cross-sectional view of part of the components of Fig. 8.

FIG. 10 is a schematic side view of the second preferred embodiment of the present invention, which mainly discloses another carrying system.

FIG. 11 is a three-dimensional schematic view of part of the components of 10, which mainly discloses the carrying component of the second preferred embodiment.

The applicant first explains here that throughout the specification, including the embodiments described below and the claims in the scope of the patent application, the directional terms are all based on the various diagrams listed in the [Illustrated Brief Description] of this case. The direction is the reference. Secondly, in the following embodiments and drawings, the same element numbers represent the same or similar elements or their structural features. Moreover, the detailed structure, features, assembly or use, manufacturing and other methods of the present invention will be described in the following detailed description of the embodiments. However, those with ordinary knowledge in the field of the present invention should be able to understand that these detailed descriptions The examples listed in the present invention are only used to support the explanation that the present invention can be realized in practice, and are not used to limit the scope of patent application of the present invention.

Please refer to FIGS. 1 and 2 first, which are a load-bearing system 1 for installing a photovoltaic panel (such as a solar panel) disclosed in the first preferred embodiment of the present invention. The load-bearing system The 1 series includes two load-bearing components 100, two load-bearing steel sections 200 (for example: C-shaped steel or ㄇ-shaped steel, etc.), two fixed components 600 and two load-bearing frames 700, wherein any one of the fixed components 600 is basically composed of one It is composed of a card board 601 and a barrier 603.

Please refer to FIGS. 1, 2, and 4 to 7, which are the carrier assembly 100 of the carrier system 1 disclosed in the first preferred embodiment of the present invention, which includes a base 10, an adjustment member 20, One section steel 30 (for example: C section steel or ㄇ section steel, etc.), one blocking member 40 and two load-bearing plate members 50.

The base 10 has a fixing portion 11, two supporting wings 13 and four locking walls 15; one side of the two supporting wings 13 is connected to opposite ends of the fixing portion 11 respectively, and the The other side of the two supporting wings 13 protrudes away from the fixing portion 11 to form a supporting section 131 at the end, so that the base 10 can be straddled on the corrugated board by virtue of the technical feature of the two supporting wings 13 It is the function of other objects that can be connected and fixed; and the four locking walls 15 are opposed to each other and connected to the fixing portion 11, so that the two locking walls 15 are located between the two supporting wings 13 In addition, the ends of the four locking walls 15 all protrude upward in the direction away from the fixing portion 11; and the fixing portion 11 is provided with a fixing hole 111 and surrounding the fixing hole. Four positioning holes 113 are arranged around the aperture 111 at predetermined intervals. It is worth mentioning that only one locking wall 15 of the base 10 can be provided, and only one positioning hole 113 of the fixing portion 11 can be provided.

Please refer to FIGS. 4 to 7 again, and the adjusting member 20 has a connecting portion 21, two angle adjusting wings 23, and four concave portions 25; the connecting portion 21 of the adjusting member 20 is correspondingly disposed on the base 10 On the fixing portion 11, one side of the two angle adjusting wings 23 is connected to the opposite ends of the assembly portion 21, and the other side of the two angle adjusting wings 23 is facing away from the assembly The direction of the portion 21 protrudes upwards, so that the adjusting member 20 is U-shaped as a whole and forms an accommodating space 230, wherein the two angle adjusting wings 23 of the adjusting member 20 are respectively connected to the two supports of the base 10 The wings 13 are on the same side. In addition, the other side of any angle adjusting wing 23 away from the assembling part 21 is provided with a pivot hole 231, and any one of the angle adjusting wings 23 is close to the assembling part 21. An elongated angle adjustment hole 233 is penetrated on one side of the angle adjustment wing 23, and the pivot hole 231 and the angle adjustment hole 233 of the two angle adjustment wings 23 are arranged opposite to each other with the accommodating space 230 therebetween. Please refer to FIG. 7 again, any one of the angle adjustment holes 233 is arranged in a concave arc shape with the pivot hole 231 as the center, and the center of the aperture defining the pivot hole 231 has an imaginary center point Q1, and from the pivot The imaginary center point Q1 of the hole 231 extends toward the two ends of the angle adjustment hole 233 to form a first imaginary line L1 and a second imaginary line L2, and is connected to the group from the imaginary center point Q1 of the pivot hole 231. The direction of the portion 21 extends vertically to form a third imaginary line L3, and it is defined that the first imaginary line L1 and the third imaginary line L3 intersect at the imaginary center point Q1 of the pivot hole 231 to form a first predetermined included angle θ1, and The intersection of the second imaginary line L2 and the third imaginary line L3 at the imaginary center point Q1 of the pivot hole 231 forms a second predetermined included angle θ2, where the first and second predetermined included angles θ1 and θ2 are the angles It is less than 80 degrees. In addition, when the angles of the first and second predetermined included angles θ1 and θ2 are greater than 80 degrees, the bearing assembly 100 as a whole is difficult to support and is prone to tipping due to the excessively large angle. The four recesses 25 are opposed to each other in pairs and are located on opposite sides of the assembling portion 21, so that the two recesses 25 are located between the two angle adjusting wings 23. Preferably, the four Each concave portion 25 corresponds to the four locking walls 15 of the base 10; when the assembly portion 21 of the adjusting member 20 is correspondingly provided on the fixing portion 11 of the base 10, the base 10 The four locking walls 15 of 10 are respectively locked in the positions of the four recesses 25 of the adjusting member 20, so that the assembling portion 21 of the adjusting member 20 is fixed at On the fixing portion 11 of the base 10; and the connecting portion 21 is provided with a connecting hole 211 and four positioning holes 213 arranged at predetermined intervals around the aperture of the connecting hole 211, the adjusting piece The assembling hole 211 of the assembling portion 21 of 20 corresponds to the position of the fixing hole 111 of the fixing portion 11 of the base 10, and the four positioning holes 213 of the adjusting member 20 respectively correspond to the position of the fixing hole 111 The positions of the four positioning holes 113 of the base 10. It is worth mentioning that the assembling hole 211 of the assembling portion 21 can also be provided with only one assembling hole 211, which corresponds to the position of the positioning hole 113 of the fixing portion 11 of the base 10; and the concave portion of the adjusting seat 20 The 25 series can only be provided with at least one, and corresponding to the position of the locking wall 15 of the base 10; and the adjustment member 20 can also only be provided with the angle adjustment wing 23, and the angle adjustment wing 23 is pierced with the The pivot hole 231 and an elongated angle adjustment hole 233.

Please refer to FIGS. 4 and 5 again, and one end of the section steel 30 (for example, C-shaped steel or ㄇ-shaped steel, etc.) is accommodated in the accommodation space 230 of the U-shaped adjustment member 20, so that the two of the section steel 30 The peripheral wall 33 respectively corresponds to the position of the two angle adjusting wings 23 of the adjusting member 20, and the direction of the opening 31 of the section steel 30 is directed toward one of the sides of the U-shaped adjusting member 20 provided with the recesses 25, Wherein, the two opposite peripheral walls 33 of the section steel 30 are respectively provided with a first through hole 331 and a second through hole 333, so that the distance between the first through hole 331 and the second through hole 333 is The spaces are arranged in pairs, and the first perforations 311 of the section steel 30 correspond to the positions of the pivot holes 231 on the two angle adjustment wings 23 of the U-shaped adjusting member 20, and the section steel The second through holes 333 of 30 respectively correspond to the positions of the angle adjusting holes 233 on the two angle adjusting wings 23 of the U-shaped adjusting member 20.

Please refer to FIGS. 4 to 6 again, and the blocking member 40 has a blocking plate portion 41 and two blocking wing portions 43, and one side of the two blocking wing portions 43 is respectively connected to the blocking plate Department The two opposite ends of 41, and the other side of the two blocking wing portions 43 protrude upward in a direction away from the blocking plate portion 41, so that the blocking member 40 is C-shaped or U-shaped as a whole to form a container. In the accommodating space 45, the outer wall surface of any one of the blocking wing portions 43 is recessed toward the accommodating space 45 to form a limiting section 431.

The two load-bearing plates 50 each have a top surface 501 and a bottom surface 503 opposite to the top surface 501, and any one of the load-bearing plates 50 is presented by bending the top surface 501 toward the bottom surface 503 L-shaped, and thus defined as a locking portion 51 and an abutting portion 53 connected to the locking portion 51, wherein any locking portion 51 of the supporting board 50 is penetrated with a locking hole 511 . It is worth mentioning that only one bearing plate 50 can also be provided, as long as the abutting portion 53 of the bearing plate 50 is flat and facing upwards.

The above are the technical features of a carrying system 1 and its components disclosed in the first preferred embodiment of the present invention for installing a photovoltaic panel (for example: solar panel). Please refer to it again when assembling 1 to 4, the two supporting components 100 are first separated by a predetermined distance, so that the two supporting wings 13 of the base 10 of any one of the supporting components 100 straddle a predetermined fixed corrugated board or Other objects that can be connected and fixed, and the assembling portion 21 of the adjusting member 20 is correspondingly disposed on the fixing portion 11 of the base 10, so that the two angle adjusting wings 23 of the adjusting member 20 are different from the The two supporting wings 13 of the base 10 are located on the same side. At this time, the assembly hole 211 of the assembly portion 21 of the adjusting member 20 corresponds to the position of the fixing hole 111 of the fixing portion 11 of the base 10. And the four positioning holes 213 of the adjusting member 20 respectively correspond to the positions of the four positioning holes 113 of the base 10, so that the four locking walls 15 of the base 10 are respectively locked in Adjusting the positions of the four recesses 25 of the adjusting member 20 allows the assembling portion 21 of the adjusting member 20 to be fixed on the fixing portion 13 of the base 10; preferably, another A locking member 91 (for example: screw, rivet or limit screw, etc.) is sequentially inserted through the assembly hole 211 of the adjusting member 20 and the fixing hole 111 of the base 10 and then fixed on a predetermined corrugated board or other It can be connected to a fixed object; more preferably, another four bolts (not shown in the figure) can be used to pass through the four positioning holes 213 of the adjusting member 20 and the base in sequence. The four fixing holes 113 of 10 are then fixed on a predetermined corrugated board or other objects that can be connected and fixed to enhance the fixing effect.

Next, please refer to FIGS. 4 to 9 together, and then place one end of the section steel 30 in the accommodating space 230 of the adjusting member 20 of the load bearing assembly 100, and allow the two peripheral walls 33 of the section steel 30 to The first through holes 311 respectively correspond to the positions of the pivot holes 231 on the two angle adjustment wings 23 of the adjusting member 20, and then a first fixing member 231A (such as a screw, a rivet or a stop screw, etc.) is used ) Pass through the first through holes 311 of the section steel 30 and the pivot holes 231 on the two angle adjustment wings 23 of the adjusting member 20, and use the imaginary center point Q1 of the pivot hole 231 as the reference pivot point , And then, let the second perforation 333 of the two peripheral walls 33 of the section steel 30 respectively correspond to the position of the angle adjustment hole 233 on the two angle adjustment wings 23 of the adjustment member 20, and then by a second The fixing member 233A (such as a screw, a rivet or a stop screw, etc.) penetrates the second through holes 333 of the section steel 30 and the position of the angle adjustment hole 233 on the two angle adjustment wings 23 of the adjustment member 20, The section steel 30 is pivoted to a predetermined angle in a clockwise or counterclockwise direction, and the predetermined angle is limited by the first predetermined included angle θ1 or the second predetermined included angle θ2. A fixing piece 231A and the second fixing piece 233A are locked separately, so that the angle adjustment wing 23 of the section steel 30 and the adjustment piece 20 is inclined. At this time, the blocking plate portion 41 of the blocking member 40 is clamped at the opening 31 of the section steel 30, and the two blocking wing portions 43 of the blocking member 40 are respectively clamped. Between the first fixing member 231A and the second fixing member 233A, preferably, the limiting section 431 of the second blocking wing portion 43 of the blocking member 40 is respectively limited and clamped to the first A fixing member 231A and the second fixing member 233A.

Next, please refer to FIGS. 1 to 3, 8 and 9 together, and then set the two load-bearing plates 50 at the other end of the section steel 30 so that the locking portion 51 of the two load-bearing plates 50 is The locking holes 511 are arranged oppositely, and are fixed by a locking member 92 (for example: screws, rivets or limit screws, etc.) through the locking holes 511 of the two load-bearing plates 50 and the section steel 30. At this time, the abutting portion 53 of the two load-bearing plates 50 forms a flat surface; then, the two load-bearing steel sections 200 are respectively installed on the abutting portions of the two load-bearing plates 50 of the two load-bearing assemblies 100. The flat surface formed by the part 53 makes the two load-bearing steel sections 200 arranged in parallel in the same direction; then, the clamping plate 601 of the two fixing components 600 is set at a predetermined position of the two load-bearing steel sections 200, so that the two load-bearing steel sections 200 The supporting frames 700 are respectively clamped in the two clamping wings 602 of the clamping plates 601 of the two fixing assemblies 600, and the two supporting frames 700 are separated from each other by a predetermined distance, thereby, The blocking member 603 of the fixing assembly 600 is clamped between the two supporting frames 700, so that the blocking member 603 of any one of the fixing assembly 600 corresponds to the position of the clamping plate 601, and passes through a locking member 605 (for example ：Screws, rivets or limit screws, etc.) are inserted through the two components of the clamping plate 601 and the barrier 603 at the same time to strengthen the effect of fixing the two load-bearing frames 700; finally, the photovoltaic panel to be installed (for example, (: solar panel) is installed in the two supporting frames 700 of the supporting system 1 to complete the assembly process of the supporting system 1 disclosed in the first preferred embodiment of the present invention. It is worth mentioning that, depending on actual site requirements, only one load-bearing section steel 200, one load-bearing frame 700 and one fixing assembly 600 may be provided.

The above are the technical features of the carrying system 1 and its components disclosed in the first preferred embodiment of the present invention for installing a photovoltaic panel. Compared with the prior art, its effects are as follows:

First, the pivot hole 231 and the angle adjustment hole 233 are provided by the adjustment member 20 of the carrier assembly 100 of the carrier system 1, and the angle adjustment hole 233 is formed with the pivot hole 231 as the center of the circle. It is arranged in a concave arc shape and defines the technical feature that the center of the aperture of the pivoting hole 231 has an imaginary center point Q1, so that the section steel 30 of the load-bearing assembly 100 takes the imaginary center point Q1 of the pivoting hole 231 of the adjusting member 20 as the imaginary center point Q1 Reference pivot point, and allow the section steel 30 to pivot clockwise or counterclockwise to the predetermined angle, until the section steel 30 and the adjustment member 20 present a predetermined inclination state, the purpose is to let the daylight The angle between the light incident on the photovoltaic panel placed on the carrying system 1 is as close as possible to the vertical state, thereby improving the energy storage efficiency of the photovoltaic panel; finally, the first fixing member 231A is tightly locked to the adjusting member The position of the pivot hole 231 of the 20 is tightly locked at the position of the angle adjustment hole 233 of the adjustment member 20 through the second fixing member 233A; in this way, there is no need to add additional components as in the prior art. The ability to complete the tilted state can indeed significantly improve the convenience when adjusting the overall tilt angle of the carrying assembly 100.

Second, the blocking plate 41 of the blocking member 40 of the supporting component 100 of the supporting system 1 is clamped at the opening 31 of the section steel 30, and the two blocking wing portions 43 of the blocking member 40 The technical features such as the first fixing member 231A and the second fixing member 233A are respectively clamped, so that the section steel 30 is gradually tightened and locked by the first fixing member 231A and the second fixing member 233A. There is no deformation phenomenon, and the integrity of the overall structure of the carrying assembly 100 is maintained.

Third, with the technical feature that the stopper 40 of the load bearing assembly 100 of the load bearing system 1 can be assembled, it can be passed by the operator after both the section steel 30 and the adjustment member 20 have completed the predetermined inclined state. The opening 31 of the section steel 30 is selectively installed or unloaded. In this way, the flexibility of the overall assembly of the load-bearing assembly 100 can be improved.

Please refer to FIGS. 10 and 11, which are another supporting system 1B for installing a photovoltaic panel (such as a solar panel) disclosed in the second preferred embodiment of the present invention, which includes two supporting components 100B and two Load-bearing steel 200B (for example: C-shaped steel or ㄇ-shaped steel, etc.), two fixed components 600B and two load-bearing frames 700B, wherein any one of the fixed components 600B is basically composed of a clamping plate 601B and a barrier 603B composition. Since the technical features and functions of the components of the carrying system 1B are the same as those of the first preferred embodiment disclosed above, they will not be mostly inked here.

In the second preferred embodiment of the present invention, the difference from the first preferred embodiment is that any load-bearing component 100B is provided with only one adjusting member 20B and one steel section 30B (for example: C Shaped steel or "shaped steel, etc.), a blocking member 40B and two bearing plate members 50B, that is, there is no need to provide the base as disclosed in the first preferred embodiment. When the case where the photovoltaic panel is to be installed belongs to the ground, the carrying system 1B can be inserted through the assembly hole of the adjusting member 20B through a locking member 91B (for example: screws, rivets or limit screws, etc.) Then, it is directly fixed in the predetermined ground, so that the bearing system 1B achieves the function of the column type.

100: Carrying components

10: Base

11: Fixed connection part

13: Support Wing

131: Support section

20: adjustment parts

21: Assembly Department

23: Angle adjustment wing

231A: The first fixing part

233: Angle adjustment hole

233A: second fixing part

30: section steel

31: opening

33: Zhou wall

40: stop parts

50: Carrying plate

501: top surface

51: Locking part

53: Buttress

91: lock firmware

Claims (9)

A load-bearing component, comprising: an adjusting member having a set of connecting parts and two angle adjusting wings; one side of the two angle adjusting wings is connected to one end of the connecting part, and the other of the two angle adjusting wings The side system protrudes in the direction away from the assembling part and passes through a pivot hole, and the position of the two angle adjusting wings close to the assembling part passes through an elongated angle adjusting hole; and a profiled steel with An opening and a peripheral wall; the opening direction is staggered with the opening direction of the pivot hole of the angle adjusting wing of the adjusting member, the peripheral wall is penetrated with a first through hole and a second through hole; the first through hole is a pair The pivot hole of the two angle adjusting wings of the adjustment piece should be adjusted, and the first through hole of the section steel and the position of the pivot hole of the two angle adjusting wings of the adjusting piece shall be pivoted by a first fixing piece; The two perforations correspond to the two angle adjustment holes of the two angle adjustment wings of the adjustment piece; wherein, the section steel is pivoted clockwise or counterclockwise to the pivot hole of the adjustment piece. After a predetermined angle, the first fixing member is tightly locked at the positions of the two pivot holes of the adjusting member and the first perforation of the section steel, and a second fixing member is passed through the first hole of the section steel. The two perforations and the two angle adjusting holes of the adjusting member are then locked. The load bearing component according to claim 1, further comprising a base, the base has a fixing part, and the assembly part of the adjusting member corresponds to and is assembled to the fixing part of the base. The load-bearing component according to claim 2, wherein the base has a locking wall, and the locking wall protrudes from the fixed connection portion toward the assembly connection portion of the adjustment member; wherein, the adjustment member is There is a concave part corresponding to the locking wall of the base, so that the locking wall of the base is clamped and fixed to the concave part of the adjusting member. The load-bearing component according to claim 3, wherein the base further includes two supporting wings, one side of the two supporting wings is respectively connected to opposite ends of the fixing portion of the base, and the other of the two supporting wings One side protrudes in a direction away from the fixing portion and forms a supporting section; wherein, the angle adjusting wing of the adjusting piece and the supporting wing of the base are located on the same side. The load-bearing component according to claim 2, wherein the base further includes two supporting wings, one side of the two supporting wings is respectively connected to opposite ends of the fixing portion of the base, and the other of the two supporting wings One side protrudes in a direction away from the fixing portion and forms a supporting section; wherein, the angle adjusting wing of the adjusting piece and the supporting wing of the base are located on the same side. The load bearing assembly according to any one of claims 1 to 5, wherein the angle adjustment hole of the angle adjustment wing of the adjustment member is arranged in a concave arc shape with the pivot hole as the center, and defines the pivot hole The center of the aperture has an imaginary center point, and a first imaginary line and a second imaginary line respectively extend from the imaginary center point of the pivot hole toward the two ends of the angle adjustment hole, and from the imaginary center point of the pivot hole The center point extends perpendicular to the direction of the connecting portion to form a third imaginary line, and it is defined that the first imaginary line and the third imaginary line intersect at the imaginary center point of the pivot hole and form a first predetermined included angle, and The second imaginary line Intersect the third imaginary line at the imaginary center point of the pivot hole and form a second predetermined included angle; wherein, the section steel uses the pivot hole of the adjusting member as a pivot point and pivots in a clockwise or counterclockwise direction to The predetermined angle is limited by the first predetermined angle or the second predetermined angle. A load-bearing system, comprising: a load-bearing component as described in claim 6, a load-bearing section steel, a fixing component and a load-bearing frame; wherein the load-bearing component further includes a load-bearing plate, which is arranged on the section steel of the load-bearing component At the other end of the, the load-bearing section steel is installed on the load-bearing plate of the load-bearing assembly; wherein the fixing assembly includes a clamping plate and a locking member, and the clamping plate has a clamping wing; The clamping plate of the fixing assembly is set on the load-bearing section steel, so that the load-bearing frame is clamped on the clamping wing of the clamping plate, and the locking member passes through the clamping plate and the supporting frame And fixed. The carrying system according to claim 7, wherein the carrying assembly further includes a blocking member having a blocking plate portion and two blocking wing portions, and one side of the two blocking wing portions is connected to the The opposite ends of the blocking plate part, and the other side of the two blocking wing parts protrudes away from the blocking plate part, wherein the blocking plate part of the blocking member is clamped on the section steel At the opening, the two blocking wings of the blocking member are respectively clamped on the first fixing member and the second fixing member. The carrying system according to claim 8, wherein the outer wall surfaces of the two blocking wing parts of the blocking member of the carrying assembly are all recessed to form a limit section, and the respective limit stops are clamped on the first fixing member and The second fixing member.

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