TWI746078B - Stone corner reinforcement iron piece and installation method of corner stone - Google Patents

Abstract

This creation is used to strengthen and fix the iron piece of stone at the corner and the stone installation method using the iron piece. The reinforced iron piece is mainly formed by the slab body, and is set on the top or bottom side of the stone, so it is not affected. It is limited to the size of the space between the stone and the wall, and can be used at the corner or beside the door frame and window frame of the smaller width stone. In this creation, the combination board is attached to the top side of the two stones, and the two stones are inserted through two bolts respectively. Therefore, the stone fixed on the wall can pull the stone with a smaller width and is inconvenient to fix on the wall, thereby avoiding Stones with small widths fall easily. Finally, in this creation, the same two stones can be further arranged on top of the aforementioned two stones, whereby a set of reinforced iron pieces can be connected in series with four stones to further prevent stones with a smaller width from falling, thereby maintaining public safety.

Description

Stone corner reinforcement iron piece and installation method of corner stone

This creation department relates to a strengthening and fixing iron piece used for the stone at the corner and a stone installation method using the iron piece.

Stone is a building material widely used indoors and outdoors, which can create an elegant appearance. However, the disadvantage of stone is that it has a certain weight, so once it falls off the wall, it may cause great danger. Therefore, in the prior art, There is often an iron piece between the stone and the wall to strengthen the bond, so as to reduce the possibility of the stone falling off.

However, the iron parts of the prior art need to occupy a certain amount of space in use. However, some stone materials are used at corners or beside door frames and window frames, and their width is small (for example, less than 10 cm). Technical iron parts are used for fixing, so small materials are often just glued to the wall, but the way of adhesion is not strong enough. Long-term sun, rain and wind pressure will reduce its viscosity, so the small materials are easy to fall after a long time. , Which may cause danger to pedestrians below.

In view of the aforementioned shortcomings and deficiencies of the prior art, this creation provides a method for installing stone corner reinforcement iron pieces and corner stones, which can be used for smaller stones at corners or beside door frames and window frames, so that these stones can be stabilized. Fixed.

In order to achieve the above creative purpose, the technical means used in this creation is to design a stone corner reinforced iron piece, which is used to abut two stones, each stone has a pin hole formed on the top side, and the stone corner reinforced iron piece includes a The combined board is provided with a main stone abutment portion for abutting against the top side of one of the stones, the main stone abutment portion is formed with at least one main pin hole, the at least one main pin hole The position corresponds to the position of the pin hole of the stone that it abuts; a pair of stone abutment part is used to abut the top side of the other stone, and the auxiliary stone abutment part is formed with at least one pair of bolt holes , The position of the at least one auxiliary pin hole corresponds to the position of the pin hole of the stone that it abuts; the joint plate is further provided with a wall connection part, which connects the main stone abutment part and the auxiliary stone abutment part, And a wall connecting hole is formed; the joint plate is a right-angled triangle plate body, the main stone abutment part and the auxiliary stone abutment part are respectively located on two mutually perpendicular sides of the right-angled triangle, and the wall connection part is located in the right-angled triangle Two bolts; one of the bolts penetrates the at least one main bolt hole of the main stone abutment portion, and is used to penetrate the bolt hole of the stone that is abutted by the main stone abutment portion; the other The plug penetrates the at least one auxiliary pin hole of the auxiliary stone abutment portion, and is used to penetrate the plug hole of the stone that is abutted by the auxiliary stone abutment portion.

In order to achieve the above creative purpose, this creation further provides an installation method of corner stone, which fixes a first stone on the wall, and then places a combined board on the top side of the first stone and the top of the second stone. Side, wherein the width of the second stone is smaller than the width of the first stone, and the extension direction of the second stone is different from the extension direction of the first stone; On the top side of the first stone and the top side of the second stone; the combination The board is provided with a main stone abutment part and a pair of stone abutment parts, the two pins respectively penetrate the main stone abutment part and the auxiliary stone abutment part; the joint plate is further provided with a wall connection part, which connects the main stone The abutment part and the auxiliary stone abutment part are formed with a wall connecting hole; the bonding plate is a right-angled triangle plate body, the main stone abutment part and the auxiliary stone abutment part are located at two mutually perpendicular right-angled triangles. The wall connecting part is located on the hypotenuse of the right triangle; the wall is fixed with a wall connecting piece, so that the two ends of a connecting plate are respectively attached to the connecting plate and the wall connecting piece, and the screw is used to lock the The wall connecting hole of the connecting board and the connecting board is locked, and the connecting board and the wall connecting piece are locked by screws.

The advantage of this creation is that the reinforced iron parts of this creation are mainly formed by slabs and are set on the top or bottom side of the stone. Therefore, it is not limited to the size of the space between the stone and the wall, nor does it differ from the space between the stone and the wall. Other iron pieces interfere with each other, so it can be used on the stone with smaller width at the corner or beside the door frame and window frame.

And this creation uses a combination plate to stick to the top side of the stone of the general width and the stone of the smaller width, and then use two pins to penetrate the two stones respectively, so it has a general width and can be fixed by existing iron pieces. The stone on the wall can be pulled through the bolt and the coupling plate to hold the stone with a small width which is inconvenient to be fixed on the wall with the existing iron pieces, so that it can effectively prevent the stone with a small width from falling easily.

In addition, the same two stone materials can be further arranged above the aforementioned two stone materials. At this time, the bonding plate is located or abutting on the bottom side of the two further stones, and the two bolts penetrate upwardly through the two stone materials. With this set of creations, a total of four stones can be connected in series (two of the stones are of normal width and can be fixed on the wall with existing iron pieces), so that any stone with a smaller width can be connected to two firmly fixed The stone of the general width on the wall can further reduce the possibility of falling of the stone of smaller width. And when the creation is set between the two adjacent sets of stone, it is equivalent to All the stones below are connected in series, and each stone with a smaller width will have a set of original creations. Therefore, the possibility of falling of the stone with a smaller width can be greatly increased, thereby maintaining public safety.

10: Combination board

11: The main stone abutment department

111: main pin hole

12: Deputy stone abutment department

121: Secondary pin hole

13: Wall connection

131: Wall connection hole

20: connecting plate

30: Wall assembly

40: latch

51: First Stone

52: The second stone

53: The third stone

54: The fourth stone

55: Stone

56: Stone

57: Stone

60: Existing iron parts

70: Wall

Fig. 1 is a schematic top view of the first embodiment of this creation when in use.

Figure 2 is a schematic front view of the first embodiment of this creation when used.

Fig. 3 is a three-dimensional schematic diagram of the first embodiment of this creation used in an L-shaped stone.

Figure 4 is a schematic top view of the second embodiment of this creation when used.

Figures 5 and 6 are three-dimensional schematic diagrams of the third embodiment of the present creation when in use.

Fig. 7 is a three-dimensional schematic diagram of the fourth embodiment of the present creation when in use.

Figure 8 is a schematic top view of the fourth embodiment of the present creation when in use.

Fig. 9 is a three-dimensional schematic diagram of the fourth embodiment of this creation used in an L-shaped stone.

In the following, in conjunction with the drawings and the preferred embodiments of this creation, the technical means adopted by this creation to achieve the predetermined creation purpose are further explained.

Please refer to Figure 1 and Figure 2. The stone corner reinforcing iron piece of this creation is used to connect two stones 51, 52 (the first stone 51 and the second stone 52) in series, and the stone corner reinforcing iron piece is used to hold the stone from above. Two stones 51, 52 prevent the two stones 51, 52 from falling outward; in addition, the stone corner reinforcement iron piece of this creation can further connect two more stones 53, 54 (the third stone 53 and the fourth stone 54) in series, Two more stones 53 and 54 in series are located above the original two stones 51 and 52 respectively. The stone corner reinforcement iron pieces are used to pull from below and can even support the two stones 53 and 54 that are further connected in series. Therefore, this creation is better A total of four stones 51, 52, 53, 54 can be connected in series.

Wherein, a pin hole is formed on the top side of each stone material 51, 52 located below, and a pin hole is formed on the bottom side of each stone material 53, 54 located above.

Please refer to Figures 1 to 3, the stone corner reinforcement iron piece of this creation includes a coupling plate 10 and two bolts 40. The coupling plate 10 is provided with a main stone abutment portion 11 and a pair of stone abutment portions 12.

The main stone abutment portion 11 is used to abut the top side of the first stone 51 and is used to be located or abut the bottom side of the third stone 53. The main stone abutment portion 11 is formed with at least one main pin hole 111, The position of the pin hole 111 corresponds to the position of the pin hole of the first stone 51, and corresponds to the position of the pin hole of the third stone 53, so that one of the pins 40 can penetrate through one of the main pin holes 111 and the first stone below The pin hole of 51 and the pin hole of the third stone 53 above. When the number of the main bolt holes 111 is plural, they are arranged at intervals along the width direction of the stone, so as to conveniently correspond to the bolt holes at different positions on the stone, or multiple bolts can be inserted on one stone.

The auxiliary stone abutment portion 12 is used to abut on the top side of the second stone 52 and is used to be located or abut on the bottom side of the fourth stone 54. The auxiliary stone abutment portion 12 is formed with at least one pair of bolt holes 121, The position of the pin hole 121 corresponds to the position of the pin hole of the second stone 52, and corresponds to the position of the pin hole of the fourth stone 54, whereby the other pin 40 can penetrate through one of the pair of pin holes 121 and the second stone below The pin hole of 52 and the pin hole of the fourth stone 54 above. When the number of the auxiliary pin holes 121 is plural, they are arranged at intervals along the width direction of the stone, so as to conveniently correspond to the pin holes at different positions on the stone, or it is also possible to insert a plurality of pins on one stone.

Please refer to FIG. 3, in a preferred embodiment, the first stone 51 and the third stone 53 are stones having a general width and can be fixed on the wall 70 by using existing iron pieces 60, the second stone 52 and the fourth stone 54 is a stone that has a small width and is inconvenient to fix the existing iron piece 60 on the wall 70, but it is not limited to this, and can be reversed.

Please refer to Figure 1. In addition, in the stone corner reinforcement iron piece of this creation, the corner refers to that the first stone 51 and the second stone 52 extend in different directions, so the two stones 51 and 52 form a corner, and this creation is not It is limited to use at corners or beside door frames and window frames.

Please refer to FIG. 3, in addition, the stone material (such as the second stone 52 and the fourth stone 54) that has a small width and is inconvenient to fix on the wall 70 with the existing iron pieces 60 is not limited to the linear stone. It can be an L-shaped stone 55. At this time, the L-shaped stone 55 is used in corners, and the L-shaped stone 55 can be used with two sets of original creations to connect the stones 56 and 57 on both sides in series.

In addition, the stones (such as the second stone 52 and the fourth stone 54) that have a small width or are located at corners or beside door frames and window frames can also be fixed on the wall 70 by using existing iron pieces 60 if they have enough space. At this time, the stone itself has been fixed on the wall 70, but further setting of this creation can also strengthen the mutual fixation of the plural stones 55, 56, 57 connected in series by this creation.

Please refer to Figure 1. In the first embodiment of the stone corner reinforcement iron piece of this creation, the combined plate 10 is a long plate body and is bent into two vertical sections. The main stone abutment portion 11 and the auxiliary stone The stone abutting parts 12 are respectively located on two sections of the combined board 10. In addition, the number of the main pin hole 111 of the main stone abutment portion 11 is one, and the main pin hole 111 is a long hole, so that the pin holes at different positions on the stone can be used through screws.

Please refer to Fig. 4, in the second embodiment of the stone corner reinforcement iron part of the present creation, the joint plate 10 is a long plate body extending in a straight line, and the main stone abutment part 11 and the auxiliary stone abutment part 12 are respectively located in the joint Both ends of the board 10. When in use, the combined board 10 extends diagonally to the top side of the two stone materials 51 and 52.

Please refer to Figures 5 and 7, the joint plate 10 of the stone corner reinforcement iron piece of the present creation may further be provided with a wall connecting part 13, which connects the main stone abutment part 11 and the auxiliary stone abutment part 12. In addition, a wall connecting hole 131 is formed, whereby the coupling board 10 can be further coupled to the wall 70 with other parts through the wall connecting hole 131 to further strengthen the fixation. In a preferred embodiment, the parts connecting the wall connecting hole 131 and the wall 70 include a connecting plate 20 and a wall connecting member 30.

The connecting plate 20 is a long plate body. One end of the connecting plate 20 is screwed to the wall connecting hole 131 of the wall connecting portion 13 of the connecting plate 10, and the other end of the connecting plate 20 is screwed to the wall connecting piece 30. In the embodiment, the wall connecting piece 30 is an L-shaped iron piece, but it is not limited to this.

In addition, in a preferred embodiment, the connecting plate 20 can adjust the relative position of the connecting plate 10 and the wall connecting member 30. Specifically, the holes at both ends of the connecting plate 20 and the wall connecting holes 131 are all elongated holes, thereby To achieve the purpose of adjusting the relative position.

Please refer to Figures 5 and 6, the third embodiment of the stone corner reinforcement iron piece of the present creation is substantially the same as the second embodiment, but the middle section of the joint plate 10 is a wall connecting portion 13, and a wall connecting hole 131 is formed. Therefore, it can be further connected to the wall 70 through the connecting plate 20 and the wall connecting member 30.

Please refer to Figure 7 and Figure 8. The fourth embodiment of the stone corner reinforcement iron piece created by this invention is roughly the same as the third embodiment, but the bonding plate 10 is a right triangle, in which the main stone abutment part 11 and the auxiliary stone paste The backrest portions 12 are respectively located on two mutually perpendicular sides of the right-angled triangle, and the wall connecting portion 13 is located on the hypotenuse of the right-angled triangle.

Please refer to Figure 9, when the combined board 10 has a wall connecting portion 13 and can be further combined with the wall 70, this creation can also be used on the L-shaped stone 55, whereby the L-shaped stone 55 can pass through both at the same time. The composition is created and connected to the wall 70 and the stones 56 and 57 on both sides, thereby greatly strengthening the fixation.

For the installation method of the corner stone in this creation, please refer to Fig. 1. First, a first stone 51 with a general width is fixed on the wall 70. At this time, the existing iron or other methods can be used.

Next, a second stone material 52 with a smaller width is set beside the first stone material 51. The extension direction of the second stone material 52 is different from the extension direction of the first stone material 51, so the second stone material 52 and the first stone material 51 form a corner ; At this time, the second stone 52 can be supported by other means, for example, a set of the original creation (combined board 10) is also set below, or through the existing iron 60 (for example, FIG. 3).

Please refer to FIG. 2, afterwards, the bonding board 10 is placed on the top side of the first stone 51 and the top side of the second stone 52, and the bonding board 10 is penetrated with two pins 40, and the two plugs 40 are respectively penetrated through the first stone. The pin holes on the top side of the stone 51 and the pin holes on the top side of the second stone 52. The bolts 40 can be set on the two stone materials 51 and 52 first, and then the joint board 10 can be put up.

Afterwards, a third stone 53 and a fourth stone 54 are respectively arranged above the first stone 51 and the second stone 52, and the pin holes on the bottom side of the third stone 53 and the bottom side of the fourth stone 54 The bolt holes are respectively sleeved with two bolts 40, and the third stone 53 is fixed on the wall 70. Among them, the third stone 53 and the fourth stone 54 can be supported by pressing down on the joint board 10, but not limited to this. The third stone 53 and the fourth stone 54 can also be spaced apart from the joint board 10, and so on. The third stone 53 and the fourth stone 54 can be hooked downward through the plug 40 to prevent them from falling off.

Finally, you can continue to assemble the fifth stone and the sixth stone above the third stone 53 and the fourth stone 54 according to the aforementioned method, so that there will be a set of original creations (combined board 10 and bolt 40) above and below each stone. ), which greatly strengthens the fixation.

In addition, the corner stone installation method of this creation can further allow the bonding plate 10 to be fixed on the wall 70. For example, when the first stone 51 and the second stone 52 are installed, wall fasteners can be further fixed on the wall 70. 30. After the connecting plate 10 is pressed against the top side of the first stone 51 and the second stone 52, the two ends of the connecting plate 20 are respectively pressed against the connecting plate 10 and the wall connecting piece 30, and adjusted to appropriate relative positions , The connecting plate 20 and the connecting plate 10 are locked by screws, and the connecting plate 20 and the wall connecting piece 30 are locked by screws.

The reinforced iron piece of this creation is mainly formed by the slab body, and is set on the top or bottom side of the stone, so it is not limited to the size of the space between the stone and the wall, nor does it interfere with other iron pieces. Therefore, it can be used on the stone with smaller width at the corner or beside the door frame and window frame.

This creation uses the combined board 10 to abut the top side of the stone 51 with a general width and the stone 52 with a smaller width, and then use two bolts 40 to penetrate the two stones 51, 52 respectively, so they have a general width. The stone 51 fixed on the wall 70 with the existing iron 60 can be used, and the stone 52 with a small width inconvenient to be fixed on the wall 70 with the existing iron 60 can be pulled through the bolt 40 and the coupling plate 10. It can effectively prevent the stone 52 with a smaller width from falling off easily.

Finally, the bolt 40 and the joint board 10 of this creation can be further provided with two stones 53 and 54 that are hooked above, so that a group of this creation can connect a total of four stones in series, and when the upper and lower adjacent stones are all set When creating, it is equivalent to connecting all the upper and lower stones in series, so the possibility of falling stones of smaller widths can be greatly increased, thereby maintaining public safety.

The above description is only the preferred embodiment of the creation, and does not limit the creation in any form. Although the creation has been disclosed in the preferred embodiment as above, it is not intended to limit the creation. Any technical field has Generally knowledgeable persons, without departing from the scope of this creative technical solution, can use the technical content disclosed above to make slight changes or modifications to equivalent embodiments with equivalent changes. However, any content that does not deviate from this creative technical solution is based on this Any simple modifications, equivalent changes and modifications made to the above embodiments by the technical essence of the creation still fall within the scope of the technical solution for creation.

10: Combination board

40: latch

55: Stone

56: Stone

57: Stone

60: Existing iron parts

Claims (5)

A stone corner reinforcing iron piece, which is used to abut two stones, each stone has a pin hole formed on the top side. For abutting against the top side of one of the stones, the main stone abutting portion is formed with at least one main pin hole, and the position of the at least one main pin hole corresponds to the position of the pin hole of the stone that it abuts; A pair of stone abutment part for abutting against the top side of another stone, the auxiliary stone abutment part is formed with at least one pair of bolt holes, and the position of the at least one pair of bolt holes corresponds to the abutting The position of the pin hole of the stone; the joint plate is further provided with a wall connecting part, which connects the main stone abutment part and the auxiliary stone abutment part, and forms a wall connection hole; the joint plate is a right-angled triangle plate body , The main stone abutment portion and the auxiliary stone abutment portion are respectively located on two mutually perpendicular sides of a right-angled triangle, and the wall connecting portion is located on the hypotenuse of the right-angled triangle; two latches; one of the latches penetrates the main stone The at least one main pin hole of the abutting portion is used to penetrate the pin hole of the stone that is abutted by the main stone abutting portion; the other plug penetrates the at least one auxiliary pin hole of the auxiliary stone abutting portion , And used to pierce the pin hole of the stone that is abutted by the auxiliary stone abutment part. The stone corner reinforcement iron piece according to claim 1, wherein the number of the at least one main pin hole of the main stone abutting portion is one, and the main pin hole is a long hole. The stone corner reinforcement iron piece according to claim 1, further comprising: a connecting plate, which is a long plate body, one end of the connecting plate is screwed to the wall connecting hole of the wall connecting portion of the connecting plate ； A wall connecting piece, the other end of the connecting plate is screwed to the wall connecting piece. A method for installing corner stone, which fixes a first stone on a wall, and then places a combined board on the top side of the first stone and the top side of a second stone, wherein the width of the second stone is smaller than the The width of the first stone, and the extension direction of the second stone is different from the extension direction of the first stone; two bolts penetrate through the joint plate, and the two bolts are respectively penetrated on the top side of the first stone and the second The top side of the second stone; the combined board is provided with a main stone abutment part and a pair of stone abutment parts, the two bolts respectively penetrate the main stone abutment part and the auxiliary stone abutment part; the combined board is further provided with a wall The connecting part connects the main stone abutment part and the auxiliary stone abutment part, and forms a wall connecting hole; the joint plate is a right-angled triangle plate body, the main stone abutment part and the auxiliary stone abutment part are respectively Located on two mutually perpendicular sides of a right-angled triangle, the wall connecting part is located on the hypotenuse of the right-angled triangle; a wall connecting piece is fixed on the wall, so that two ends of a connecting plate are respectively attached to the connecting plate and the wall connecting The connecting plate and the wall connecting hole of the connecting plate are locked by screws, and the connecting plate and the wall connecting piece are locked by screws. The method for installing corner stone materials according to claim 4, wherein after two pins are respectively inserted on the top side of the first stone material and the top side of the second stone material, a third stone material and a fourth stone material are further separated It is arranged above the first stone and the second stone, and the bottom side of the third stone and the bottom side of the fourth stone are respectively sleeved with the two bolts, and the third stone is fixed on the wall.

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