TWI821034B - Building material panel connectors - Google Patents

Abstract

This invention is a building material panel connector that connects the building material panel and the wall, and it includes a wall connector, a limiter, and an upper building material connector. One end of the wall connecting piece upwardly abuts the bottom side of the supporting building material plate body. The limiting piece is connected to the wall connecting piece and protrudes upward. The upper building material connecting piece can be separated upward and pressed downwardly against the wall connecting piece, and has a limiting hole running through it, and the limiting piece can be detachably set in the limiting hole. During use, the wall connecting piece is fixed to the wall, and then the upper building material connecting piece that has been combined with the building material plate is pressed downward against the wall connecting piece, and the limiting hole is set with a limiting piece. This creation does not require hands to reach between the building material panel and the wall, so there is no need to reserve space for hand operation and the distance to the wall and the distance to the ground can be greatly reduced. This creation simplifies installation and brings the building material panel closer to the wall and floor.

Description

Building material panel connectors

This invention relates to a connector between a building material panel and a wall, especially a dry construction connector.

In the prior art, when installing building material panels on walls, dry construction is often used to fix the building material panels if the building material panels are heavy or safety is of great concern.

Please refer to Figure 11. Common dry construction uses a set of connectors 91 between the wall and the building material panel. The connector 91 includes two L-shaped plates 911. The upright plates of the two L-shaped plates 911 are respectively ( (in various ways) are locked on the wall 93 and the building material plate 92, and the horizontal plates of the two L-shaped plates 911 are stacked up and down and then locked and fixed with a carriage bolt 912 and a nut 913, thereby fixing the building materials The plate body 92 is fixed on the wall 93 through two L-shaped plates 911 .

However, the aforementioned connector 91 has two disadvantages:

First, it is necessary to leave a certain distance between the wall 93 and the building material panel 92, at least more than ten centimeters, so that the hand can reach in to lock the carriage bolt 912 and nut 913, so in this way To combine, the building material panel 92 will not be close to the wall 93 and will cause compression of the indoor space. Especially now that housing prices are high and every inch of land is precious, if the building material panels 92 of the four walls 93 of a room are moved inward, the overall indoor space will shrink a lot, which will greatly affect the usable space.

Second, even if a certain distance has been left between the wall 93 and the building material panel 92, when the connector 91 is to be installed on the bottom side of the lowermost building material panel 92, the lowermost building material panel 92 is still connected to the ground. A certain distance must be left, otherwise it will be impossible to reach under the building material plate 92 to lock the building material. There are carriage bolts 912 and nuts 913 behind the plate body 92, but this means that the bottom building material plate body 92 cannot fit the ground, so it is seriously unsightly, and it also makes it easy for dust and foreign matter to enter the wall 93 and the building material plate body from below. The space between 92.

Therefore, the connectors of building material panels in the prior art really need to be improved.

In view of the aforementioned shortcomings and shortcomings of the prior art, the present invention provides a building material panel connector that is easy to install and can significantly shorten the distance between the building material panel and the wall and the distance between the building material panel and the ground.

In order to achieve the above creative purpose, the technical means used in this creation is to design a building material panel connector, which is used to connect a wall and a building material panel. The building material panel connector includes a wall connector, and the wall connector The piece is integrally bent and formed, an outer end of the wall connecting piece is used to press upward to support a bottom side of the building material panel, and an inner end of the wall connecting piece is used to be combined with the wall; a limiting piece, It is connected to the wall connector and protrudes upward; an upper building material connector can be separated upward and downwardly attached to the wall connector, and the upper building material connector includes a connected upper building material binding section And an upper connecting section; the upper building material connecting section is used to combine the building material board; the upper connecting section is pressed downwardly against the wall connector, and a limit hole is formed through the upper connecting section, and the limit hole is formed through the upper connecting section. The hole is detachably sleeved on the limiting component.

When using this creation, first fix the wall connector that has been combined with the limiter on the wall, and then place the upper building material connector that has been combined with the building material plate downwards against the wall connector, and make the upper building material connector The limit hole can be set with the limit member on the wall connector. In this way, the wall connector will support the building material panel through the upper building material connector, and the limiting member will pass through the limit hole to limit the horizontal movement of the upper building material connector and the building material panel, thereby effectively fixing the building material panel. body. wall connector fixed to When it is on the wall, since the building material panel has not been installed yet, there will be no obstruction and it can be easily installed. After the wall connector is installed, you only need to place the building material panel downward through the upper building material connector (aligned with the limiter) and connect it to the wall. There is no need to put your hands between the building material panel and the wall. Therefore, there is no need to reserve space for hand operation and the distance between the building material panel and the wall can be greatly reduced. Even though this invention is used on the bottom building material panel The same operation is performed on the bottom side of the building material panel without reserving space between the bottom side of the building material panel and the ground. Therefore, the distance between the bottom building material panel and the ground can also be greatly reduced. This creation greatly simplifies the installation process and allows the building material panels to be closer to the walls and floors, thereby achieving the creative purpose of expanding the space.

In order to achieve the above creative purpose, the technical means used in this creation is to design a building material panel connector, which is used to connect a wall and a building material panel. The building material panel connector includes a wall connector, and the wall connector The piece is integrally bent and formed. An outer end of the wall connector is used to press upward to support a bottom side of the building material panel. An inner end of the wall connector is used to be combined with the wall; on the wall connector There is a limiting hole formed through; an upper building material connector, which can be separated upward and downwardly attached to the wall connector; the upper building material connector includes a connected upper building material binding section and an upper connecting section; The upper building material connecting section is used to combine the building material panel; the upper connecting section is pressed downwardly against the wall connecting piece; a limiting piece is connected to the upper building material connecting piece and protrudes downward. Separately pass through the limiting hole of the wall connecting piece.

In another embodiment, the installation process is roughly the same as the above. The only difference is that when the building material panel is placed downwardly on the wall connector through the upper building material connector (aligned with the limit hole), the upper building material connector is The limiter is inserted downward into the limiter hole of the wall connector. Other than that, everything is the same as described above. Therefore, this embodiment can also achieve the purpose of convenient installation and making the building material panel closer to the wall and the ground.

In order to achieve the above creative purpose, the technical means used in this creation is to design a building material panel connector, which is used to connect a wall and two building material panels. The two building material panels are spaced up and down. The building material panel connector It includes a wall connector, which is integrally bent and formed. An outer end of the wall connector is used to press upward against a bottom side of the building material panel supporting the upper part. An inner end of the wall connector is used to to be combined with the wall; a limiter, which is connected to the wall connector and protrudes upward; an upper building material connector, which can be separated upward and pressed downwardly against the wall connector, and the upper building material connector is The component includes an upper building material binding section and an upper connecting section that are connected; the upper building material binding section is used to combine the building material panel above; the upper connecting section abuts downwardly on the wall connecting piece, and the upper connecting section A limiting hole is formed through the connecting section, and the limiting hole is detachably sleeved on the limiting piece; a lower building material connector is combined below the wall connector, and the lower building material connector includes a connected A lower building material binding section and a lower connecting section; the lower building material binding section is used to combine with the building material panel below; the lower connecting section is upwardly connected to the wall connector.

In another embodiment, it is not used for the bottom building material panel, but for connecting two upper and lower building material panels at the same time. In this yet another embodiment, the lower building material connecting piece is first connected to the wall. The connecting pieces are fixed to each other, and then the lower building material connecting piece is fixed to the lower building material plate body. During actual operation, after the lower building material panel is fixed to the wall (by other means), the wall connector connected to the lower building material connector will be pressed against the wall at the same time, and then the wall connector can be fixed to the wall as usual. Just put it on the wall, and then place the upper building material plate downwards on the wall connector through the upper building material connector (aligned with the limit hole). This embodiment can thereby connect two upper and lower building material panels, and can also achieve the purpose of convenient installation and making the building material panels closer to the wall.

Furthermore, in the building material panel connector, the limiting member includes a bolt and a nut. The bolt penetrates upward through the wall connector and is locked and fixed with the nut; the nut is located on the upper surface of the wall connector. In the limit hole of the building material connector.

Furthermore, in the building material panel connector, the limiting member is movably connected to the wall connector and can be fixed at a plurality of positions along the movement trajectory.

Furthermore, in the building material panel connector, the upper building material binding section of the upper building material connector is coupled to the building material panel through an upper binding member.

Furthermore, in the building material panel connector, the upper connecting member includes a spreading sleeve and a bolt, the spreading sleeve is used to penetrate the building material panel body, and the bolt penetrates the upper building material connecting member. section, and is inserted into the expansion sleeve, so that the expansion sleeve is expanded and pressed against the inner wall surface of the building material board.

Furthermore, in the building material panel connector, the lower building material connector is coupled to the bottom of the wall connector through the limiting member.

Furthermore, in the building material panel connector, the limiting member includes a bolt and a nut, and the bolt penetrates upward through the lower connecting section of the lower building material connector and the wall connector, and is connected with the bolt. The cap is locked and fixed to lock and fix the lower building material connector and the wall connector; the nut is located in the limiting hole of the upper building material connector.

Furthermore, in the building material panel connector, the lower building material binding section of the lower building material connector is coupled to the building material panel below through a lower connecting member.

In order to achieve the above creative purpose, the technical means used in this creation is to design a building material panel connector, which is used to connect a wall and a building material panel. The building material panel connector includes a wall connector, and the wall connector The piece is integrally bent and formed, and a top end of the wall connecting piece is used to be combined with the wall; a limiting piece is connected to the wall connecting piece and protrudes laterally; A first building material connector, which can be laterally separated and abutted against the wall connector, the first building material connector includes a connected first building material binding section and a first connecting section; the first building material binding section The first connection section is used to combine the building material board; the first connection section is transversely abutted on the wall connector, and a limit hole is formed through the first connection section, and the limit hole is detachably sleeved on the limit positioning piece and obtain the support of the limiting piece.

In order to achieve the above creative purpose, the technical means used in this creation is to design a building material panel connector, which is used to connect a wall and a building material panel. The building material panel connector includes a wall connector, and the wall connector The piece is integrally bent and formed, and a top end of the wall connecting piece is used to be combined with the wall; a limiting hole is formed through the wall connecting piece; a first building material connecting piece can be laterally separated and attached to the wall On the connector, the first building material connector includes a connected first building material binding section and a first connecting section; the first building material binding section is used to combine the building material panel; the first connecting section is laterally abutted On the wall connector; a limiter, which is connected to the first building material connector and protrudes laterally, and can detachably penetrate the limiter hole of the wall connector and abut against the limiter. The hole wall is supported.

In order to achieve the above creative purpose, the technical means used in this creation is to design a building material panel connector, which is used to connect a wall and two building material panels. The two building material panels are spaced up and down. The building material panel connector It includes a wall connector, which is integrally bent and formed, and a top end of the wall connector is used to be combined with the wall; a limiter, which is connected to the wall connector and protrudes laterally; a first A building material connector that can laterally detachably abut against the wall connector. The first building material connector includes a connected first building material binding section and a first connecting section; the first building material binding section is used for To combine one of the building material panels; the first connecting section is close to the wall connector, and a limiting hole is formed through the first connecting section, and the limiting hole is detachably sleeved on the limiting hole pieces; A second building material connector, which is coupled to the side of the wall connector opposite to the first building material connector, the second building material connector includes a connected second building material binding section and a second connecting section; The second building material connecting section is used to combine with another building material panel; the second connecting section is laterally connected to the wall connecting piece.

10: Wall connector

11: long hole

12: Limit hole

20: Limiting parts

21:bolt

22: Nut

30: Upper building material connectors

31: Upper building material combination section

32: Upper connection section

321: Limit hole

40:Lower building material connectors

41: Lower building material binding section

42: Lower connection section

50: Upper binding piece

51:Open the sleeve

52:bolt

60: Lower binding piece

61:Open the sleeve

62: Bolt

70:Building materials panel

71: Installation slot

80: Wall

10A: Wall connector

12A: Limit hole

20A: Limiting parts

30A: The first building materials connector

31A: The first building materials combination section

32A: First connecting section

321A: Limit hole

40A: Second building material connector

41A: The second building materials combination section

42A: Second connecting section

70A:Building materials panel

80A: Wall

91: Connector

911:L-shaped plate

912: carriage bolt

913: Nut

92:Building materials panel

93:Wall

Figure 1 is a three-dimensional appearance view of the first embodiment of the invention.

Figure 2 is a schematic diagram of the installation process of the first embodiment of this invention.

Figure 3 is an exploded view of the first embodiment of the invention.

Figure 4 is a schematic side cross-sectional view of the first embodiment of the present invention in use.

Figure 5 is a three-dimensional appearance view of the second embodiment of the invention.

Figure 6 is a schematic side cross-sectional view of the second embodiment of the invention in use.

Figure 7 is a schematic side cross-sectional view of the third embodiment of the present invention in use.

Figure 8 is a schematic side cross-sectional view of the fourth embodiment of the present invention in use.

Figure 9 is a schematic side cross-sectional view of the fifth embodiment of the present invention in use.

Figure 10 is a schematic side cross-sectional view of the sixth embodiment of the present invention in use.

Figure 11 is a schematic side view of a prior art building material panel connector in use.

Please refer to Figure 4, Figure 6 and Figure 7. There are three embodiments of the building material panel connector of the present invention. The first embodiment (Figure 4) is used to connect a wall 80 and two building material panels 70. Two building materials The plates 70 are spaced up and down. The second embodiment (Fig. 6) and the third embodiment (Fig. 7) are used to connect a wall 80 and a building material plate 70.

Please refer to FIGS. 1 to 4 . In the first embodiment of the present invention, the building material panel connector includes a wall connector 10 , a limiting member 20 , an upper building material connector 30 and a lower building material connector 40 .

An outer end of the wall connector 10 is used to abut upwardly against a bottom side of the building material panel 70 above, and an inner end of the wall connector 10 is used to be combined with the wall 80 . In this embodiment, the wall connecting member 10 is an L-shaped plate, but it is not limited to this. In this embodiment, the wall connector 10 is formed with an elongated hole 11 for the limiting member 20 to pass through and extends toward the wall 80 , but it can also be changed into a round hole, or even without a hole.

The limiting member 20 is connected to the wall connecting member 10 and protrudes upward. The limiting component 20 may be an independent component coupled (including inseparably coupled, such as welding) to the wall connector 10 , or may be an integrally formed part of the wall connector 10 . In this embodiment, the limiting member 20 includes a bolt 21 and a nut 22, but is not limited thereto.

The upper building material connector 30 can be separated upward and pressed downwardly against the wall connector 10 . "Separately and downwardly" means that it can be picked up and separated at any time. In other words, the upper building material connector 30 does not include the upper building material connector 30 . 30 and the wall connector 10 are locked together with screws and nuts in a manner that cannot be separated at any time.

The upper building material connecting piece 30 includes a connected upper building material combining section 31 and an upper connecting section 32. The upper building material combining section 31 is used to combine with the upper building material panel 70. The upper building material combining section 31 can be combined with the building material panel by itself. The body 70 (for example, inserted obliquely into the building material plate body 70, or even adding various colloids such as reinforcement glue), or the building material plate body 70 can also be combined through other parts. For example, in this embodiment, the upper building material binding section 31 It is coupled to the upper building material panel 70 through an upper coupling member 50 . Preferably, the upper coupling member 50 includes a spreading sleeve 51 and a bolt 52 . The expansion sleeve 51 is used to be inserted into an installation groove 71 of the building material plate body 70 . The bolts 52 penetrate the upper building material binding section 31 and are inserted into the expansion sleeve 51, so that the expansion sleeve 51 The upper building material connecting section 31 and the upper building material plate 70 are fixed together by being stretched and pressed against the inner wall surface of the installation groove 71 . However, the structure of the upper connecting piece 50 is not limited to this.

The upper connecting section 32 is pressed downwardly against the wall connecting piece 10, and a limiting hole 321 is formed through the upper connecting section 32. The limiting hole 321 is detachably sleeved on the limiting piece 20, whereby the upper building material connecting piece 30 can be picked up at any time and separated from the limiting member 20 and the wall connecting member 10 . In this embodiment, the cross-sectional area of the limiting hole 321 is larger than the cross-sectional area of the limiting member 20. This allows a slight horizontal movement to facilitate the upper building material connector 30 to set the limiting member 20, but it is not limited to this. , the cross-sectional area of the limiting hole 321 can also be the same as the cross-sectional area of the limiting member 20, so that the horizontal position of the upper building material connecting member 30 can be accurately controlled.

In addition, in this embodiment, the limiting member 20 is movably connected to the wall connecting member 10 toward the wall 80 , and can be fixed at a plurality of positions along the movement trajectory. Specifically, the limiting member 20 is a bolt 21 and a nut 22, which can be fixed at different positions on the long hole 11 of the wall connector 10, thereby adjusting the position of the limiting member 20. The building material connector 30 is positioned closer to or further away from the wall 80 .

The lower building material connector 40 is coupled to the bottom of the wall connector 10 . The lower building material connector 40 includes a connected lower building material coupling section 41 and a lower connecting section 42 ; the lower connecting section 42 is coupled upward to the wall connector 10 . The connection between the lower connecting section 42 and the wall connecting piece 10 can be achieved in many ways. In this embodiment, the lower connecting section 42 is combined with the lower part of the wall connecting piece 10 through the limiting member 20 , and the bolts 21 of the limiting member 20 After upwardly penetrating the lower connecting section 42 and the wall connector 10, it is locked and fixed with the nut 22, thereby locking and fixing the lower building material connector 40 and the wall connector 10, and the nut 22 is located at the limit of the upper building material connector 30. In the hole 321, but not limited to this, the lower connecting section 42 can also fix the wall connecting piece 10 through components other than the limiting piece 20 or other means.

The lower building material binding section 41 is used to combine with the building material panel 70 below. The lower building material binding section 41 can be combined with the building material panel 70 by itself (for example, inserted into the building material panel 70 obliquely, or even with various colloids such as reinforcement glue). ), or the building material panel 70 can also be combined with other parts. For example, in this embodiment In the middle, the lower building material connecting section 41 is connected to the lower building material panel 70 through the lower connecting piece 60 . Preferably, the lower coupling member 60 includes a spreading sleeve 61 and a bolt 62 . The expansion sleeve 61 is used to be inserted into a mounting groove 71 of the building material panel 70 . The bolts 62 penetrate the lower building material binding section 41 and are inserted into the expansion sleeve 61, so that the expansion sleeve 61 is expanded and pressed against the inner wall of the installation groove 71, thereby connecting the lower building material coupling section 41 with the The lower building material panels 70 are fixed together, but the structure of the lower connecting member 60 is not limited to this.

The first embodiment is used when two upper and lower building material panels 70 are connected at the same time. In other words, it is not used on the uppermost or lowermost building material panel 70 .

When installing the first embodiment, first combine the lower building material connector 40 that has been pre-combined with the wall connector 10 (preferably through the limiting member 20) to the lower building material panel 70 (preferably through the lower connecting member 60). at the top side of the inner side; therefore, when the lower building material panel 70 is fixed to the wall 80 (as described in detail later), the wall connector 10 combined with the lower building material connector 40 will just abut against the wall 80, so it is convenient Connect the wall connector 10 to the wall 80; then place the upper building material connector 30 that has been pre-joined with the upper building material panel 70 downwardly against the wall connector 10, and make the upper building material connector 30 The position hole 321 can be sleeved with the limiting member 20 on the wall connector 10 .

In this way, the lower building material panel 70 and wall 80 will support the upper building material panel 70 through the wall connector 10 and the upper building material connector 30 , and the limiting member 20 will pass through the limiting hole 321 to limit the upper building material. The horizontal movement of the connecting piece 30 and the building material panel 70 above can effectively fix the building material panel 70 . When the wall connector 10 is fixed on the wall, since the upper building material panel 70 has not yet been installed, there will be no obstruction and can be easily installed. After the wall connector 10 is installed, it is only necessary to pass the upper building material panel 70 through the upper building material connector. 30 (align the limiter 20) and place it downward on the wall connector 10. There is no need to extend your hand between the building material board 70 and the wall 80. Therefore, there is no need to reserve space for hand operation and the building material board can be greatly reduced. The distance between the body 70 and the wall 80. This creation greatly simplifies the installation process and allows the building material panel 70 to be closer to the wall 80, thereby achieving the creative purpose of expanding the space.

In addition, before the upper building material panel 70 is installed (placed downward), in addition to installing the upper building material connector 30 on the bottom side of the inner wall surface, another set of the present invention can also be installed on the top side of the inner wall surface. The lower building material connector 40 and the wall connector 10, in this way, when the upper building material panel 70 abuts the wall connector 10 through the upper building material connector 30 and is sleeved on the limiting member 20, the upper building material panel 70 Another set of wall connectors 10 of the present invention on the top side of the board body 70 is also close to the wall surface 80. In the same manner, multiple pieces of building material boards 70 and multiple sets of the present invention can be easily and continuously installed upward.

Please refer to Figures 5 and 6. The second embodiment of the present invention is similar to the first embodiment. The difference is that the second embodiment is used on the bottom side of the lowest building material panel 70 and does not have a lower building material connector. 40. When used in this way, first fix the wall connector 10 combined with the limiting member 20 on the wall 80, and then place the upper building material connector 30 combined with the building material panel 70 downwardly against the wall connector 10. And the limiting hole 321 is sleeved with the limiting member 20 .

When the wall connector 10 is fixed on the wall 80, since the building material panel 70 has not yet been installed, there will be no obstruction and it can be easily installed. In addition, in the second embodiment, in addition to the fact that there is no need to reserve space for hand operation between the building material panel 70 and the wall 80 , there is also no need to reserve a hand operation space between the bottom side of the lowest building material panel 70 and the ground. space (because the wall connector 10 is installed first before the building material panel 70 is placed), the distance between the lowest building material panel 70 and the ground can be greatly reduced to prevent dust and foreign matter from easily entering the building material panel from the excessive gap below. 70's rear.

Please refer to Figure 7. The third embodiment of the present invention is similar to the second embodiment. The difference is that the limiting member 20 of the second embodiment is connected to the wall connector 10, and the upper building material connector 30 has a limiting hole. 321 sets the limiter 20 downward, but the limiter 20 of the third embodiment is connected to the upper building material connector 30 and protrudes downward, and the limiter hole 12 is modified to be formed on the wall connector 10, so The upper building material connector 30 has the limiter 20 passing through the limiting hole 12 downward. In this way, the upper building material connector 30 and the building material panel 70 can also be installed in a placed manner, thereby eliminating the need to connect the building material panel 70 and the building material panel 70 . Complex operations are performed between the walls 80 to bring the building material panel 70 closer to the wall and the ground, thereby expanding the space.

The aforementioned first to third embodiments are used upright on the wall, but the invention is not limited thereto. The fourth to sixth embodiments can also be used horizontally on the ceiling, or can be used on inclined walls. Wait a minute.

Please refer to Figure 8. The fourth embodiment is similar to the first embodiment (Figure 4). It can be seen that the first embodiment is used horizontally. In other words, the upper building material connector 30 of the first embodiment is used horizontally. In the fourth embodiment, the first building material connecting piece 30A is changed, the upper building material connecting section 31 and the upper connecting section 32 are changed to the first building material connecting section 31A and the first connecting section 32A respectively, and the lower building material connecting piece 40 is changed to the second building material connecting piece 30A. The building material connecting piece 40A, the lower building material connecting section 41 and the lower connecting section 42 are changed to the second building material connecting section 41A and the second connecting section 42A respectively, the limiter 20A is changed to laterally protruding, and the wall connecting piece 10A is changed to the top connecting wall 80A. (ceiling) and so on, and the building material panel 70A is supported by the hole wall of the limiting hole 321A downwardly against the limiting member 20A. In this way, the aforementioned creative purpose of making the building material panel 70A closer to the ceiling can also be achieved. . Other detailed features of the first embodiment can also be applied to the fourth embodiment, and will not be repeated here. In addition, the aforementioned "horizontal" is not limited to being completely horizontal.

Please refer to Figure 9. The fifth embodiment is similar to the second embodiment (Figure 6). It can be seen that the second embodiment is used horizontally. In other words, the upper building material connector 30 of the second embodiment is used horizontally. In the fifth embodiment, it is changed to the first building material connecting piece 30A, the upper building material connecting section 31 and the upper connecting section 32 are changed to the first building material connecting section 31A and the first connecting section 32A respectively, and the limiting member 20A is changed to laterally protruding. The wall connector 10A is changed to have its top end connected to the wall 80A (ceiling), etc., and the building material plate 70A is changed to be supported downwardly against the limiter 20A through the hole wall of the limiter hole 321A, so that the aforementioned use can also be achieved. The building material panel 70A is closer to the creative purpose of the ceiling and wall. It should also be noted that, in order to further improve the installation stability, the building material panel 70A can use this invention on one side (near the wall) (only hanging rather than completely fixed), and use existing technology on the other side. Completely fixed method, which is more stable. Other detailed features of the second embodiment can also be applied to the fifth embodiment, and will not be repeated here. In addition, the aforementioned "horizontal" is not limited to being completely horizontal.

Please refer to Figure 10. The sixth embodiment is similar to the third embodiment (Figure 7). It can be seen that the third embodiment is used horizontally. In other words, the upper building material connector 30 of the third embodiment is used horizontally. In the sixth embodiment, it is changed to the first building material connecting piece 30A, the upper building material connecting section 31 and the upper connecting section 32 are changed to the first building material connecting section 31A and the first connecting section 32A respectively, and the limiting member 20A is changed to protrude laterally. The wall connecting piece 10A is changed to have its top end connected to the wall 80A (ceiling), etc., and the building material panel 70A is changed to be supported by the limiting piece 20A downwardly against the hole wall of the limiting hole 12A, so that the aforementioned use can also be achieved. The building material panel 70A is closer to the creative purpose of the ceiling and wall. It should also be noted that, in order to further improve the installation stability, the building material panel 70A can use this invention on one side (near the wall) (only hanging rather than completely fixed), and use existing technology on the other side. Completely fixed method, which is more stable. Other detailed features of the third embodiment can also be applied to the sixth embodiment, and will not be repeated here. In addition, the aforementioned "horizontal" is not limited to being completely horizontal.

The above descriptions are only preferred embodiments of the present invention, and do not limit the present invention in any form. Although the present invention has been disclosed as above in terms of preferred embodiments, it is not intended to limit the present invention. Any technical field that has A person with ordinary knowledge can use the technical content disclosed above to make some changes or modify it into equivalent embodiments with equivalent changes without departing from the scope of the technical solution of this invention. Technical Essence of the Creation Any simple modifications, equivalent changes, and modifications made to the above embodiments still fall within the scope of the technical solution of this creation.

10: Wall connector

20: Limiting parts

21:bolt

22: Nut

30: Upper building material connectors

32: Upper connection section

321: Limit hole

40:Lower building material connectors

50: Upper binding piece

60: Lower binding piece

70:Building materials panel

Claims (13)

A building material panel connector, which is used to connect a wall and a building material panel. The building material panel connector includes a wall connector. The wall connector is integrally bent and formed. An outer end of the wall connector is A bottom side of the building material panel is supported upward, and an inner end of the wall connector is used to be combined with the wall; a limiter is connected to the wall connector and protrudes upward; an upper building material The connecting piece can be separated upward and attached downwardly to the wall connecting piece. The upper building material connecting piece includes a connected upper building material binding section and an upper connecting section; the upper building material binding section is used to combine the building materials. The plate body; the upper connecting section is pressed downwardly against the wall connecting piece, and a limiting hole is formed through the upper connecting section, and the limiting hole is detachably sleeved on the limiting piece. The building material panel connector as described in claim 1, wherein the limiting member includes a bolt and a nut, the bolt penetrates upward through the wall connector and is locked and fixed with the nut; the nut is located on the upper In the limit hole of the building material connector. The building material panel connector according to claim 1 or 2, wherein the limiting member is movably connected to the wall connector and can be fixed at a plurality of positions along the movement trajectory. The building material panel connector as claimed in claim 1 or 2, wherein the upper building material connecting section of the upper building material connector is combined with the building material panel through an upper connecting piece. The building material panel connector as claimed in claim 4, wherein the upper connecting member includes a spreading sleeve and a bolt, the spreading sleeve is used to penetrate the building material panel body, and the bolt penetrates the upper building material connecting member. section, and is inserted into the expansion sleeve, so that the expansion sleeve is expanded and pressed against the inner wall surface of the building material board. A building material panel connector used to connect a wall and a building material panel. The building material panel connector includes A wall connector, the wall connector is integrally bent and formed, an outer end of the wall connector is used to press upward to support a bottom side of the building material panel, and an inner end of the wall connector is used to be combined with The wall; the wall connecting piece has a limiting hole formed through it; an upper building material connecting piece can be separated upward and downwardly attached to the wall connecting piece, and the upper building material connecting piece includes a connected upper building material The combination section and an upper connection section; the upper building material connection section is used to combine the building material panel; the upper connection section is pressed downwardly against the wall connector; a limiter is connected to the upper building material connector , and protrudes downward, and can be detachably penetrated through the limiting hole of the wall connector. A building material panel connector is used to connect a wall and two building material panels. The two building material panels are spaced up and down. The building material panel connector includes a wall connector, and the wall connector is integrally bent and formed. An outer end of the wall connector is used to press upward against a bottom side of the building material panel above the support, and an inner end of the wall connector is used to be combined with the wall; a limiting member is connected to the wall On the connecting piece, and protruding upward; an upper building material connecting piece, which can be separated upward and downwardly attached to the wall connecting piece, the upper building material connecting piece includes a connected upper building material connecting section and an upper connecting section ; The upper building material connecting section is used to combine with the building material plate above; the upper connecting section is pressed downwardly against the wall connector, and a limiting hole is formed through the upper connecting section, and the limiting hole can be separated The ground is sleeved on the limiting piece; a lower building material connector is combined below the wall connector, and the lower building material connector includes a connected lower building material connecting section and a lower connecting section; the lower building material connecting section is used to Combined with the building material plate below; the lower connecting section is combined upward with the wall connector. The building material panel connector as claimed in claim 7, wherein the lower building material connector is coupled to the bottom of the wall connector through the limiting member. The building material panel connector as described in claim 8, wherein the limiting member includes a bolt and a nut, and the bolt penetrates upwards through the lower connecting section of the lower building material connector and the wall connector, and is connected with the bolt. The cap is locked and fixed to lock and fix the lower building material connector and the wall connector; the nut is located in the limiting hole of the upper building material connector. The building material panel connector as claimed in any one of claims 7 to 9, wherein the lower building material connecting section of the lower building material connector is coupled to the lower building material panel through a lower connecting member. A building material panel connector, which is used to connect a wall and a building material panel. The building material panel connector includes a wall connector. The wall connector is integrally bent and formed. A top end of the wall connector is used to Combined with the wall; a limiter, which is connected to the wall connector and protrudes laterally; a first building material connector, which can be laterally separated and abutted against the wall connector, the first building material connector It includes a connected first building material combining section and a first connecting section; the first building material combining section is used to combine the building material panel; the first connecting section is transversely abutted against the wall connector, and the third A limiting hole is formed through a connecting section. The limiting hole is detachably sleeved on the limiting member and is supported by the limiting member. A building material panel connector, which is used to connect a wall and a building material panel. The building material panel connector includes a wall connector. The wall connector is integrally bent and formed. A top end of the wall connector is used to Combined with the wall; the wall connector has a limiting hole formed through it; a first building material connector that can be laterally separated and attached to the wall connector, the first building material connector includes a connected A first building material combining section and a first connecting section; the first building material combining section is used to combine the building material panel; the first connecting section is laterally abutted against the wall connector; A limiter, which is connected to the first building material connector and protrudes laterally, and can detachably penetrate the limiter hole of the wall connector and obtain support against the hole wall of the limiter hole. . A building material panel connector is used to connect a wall and two building material panels. The two building material panels are spaced up and down. The building material panel connector includes a wall connector, and the wall connector is integrally bent and formed. A top end of the wall connecting piece is used to be combined with the wall; a limiting piece is connected to the wall connecting piece and protrudes laterally; a first building material connecting piece can be laterally separated and attached to the wall connecting piece On the component, the first building material connecting piece includes a connected first building material combining section and a first connecting section; the first building material combining section is used to combine one of the building material panels; the first connecting section abuts On the wall connecting piece, a limiting hole is formed through the first connecting section, and the limiting hole is detachably sleeved on the limiting piece; a second building material connecting piece is combined with the wall connecting piece Opposite to the side of the first building material connector, the second building material connector includes a connected second building material binding section and a second connecting section; the second building material binding section is used to combine another building material plate body ; The second connecting section is laterally combined with the wall connecting piece.