JP2013204318A5

JP2013204318A5 -

Info

Publication number: JP2013204318A5
Application number: JP2012075245A
Authority: JP
Filing date: 2012-03-28
Publication date: 2014-05-08
Anticipated expiration: 2032-03-28

Description

本発明に係るタイル施工治具１０の第３の特徴は、上記第１又は２の特徴に加えて、前記押え部材１５に、前記シャフト１２の雄ネジ溝部１３に螺合する雌ネジ穴部１８と、この雌ネジ穴部１８へシャフト１２を案内するテーパ面１９とが形成されている点にある。
本発明に係るタイル施工治具１０の第４の特徴は、隣接するタイル体Ｔの表面を平らにするタイル施工治具であって、前記隣接するタイル体Ｔを裏面側から支持する底板１１に、前記タイル体Ｔの表面側へ突出するシャフト１２が設けられ、このシャフト１２の雄ネジ部１３に螺合して前記シャフト１２の突出方向に略直交する当接面１４で前記隣接するタイル体Ｔを表面側から押える押え部材１５を有し、前記シャフト１２に、前記雄ネジ部１３と底板１１の間に形成された平板部１６が設けられ、この平板部１６は、前記底板１１とシャフト１２を分離可能とする分離部１７が形成され、前記分離部１７は、長手方向を有した薄肉部である点にある。 A third feature of the tile construction jig 10 according to the present invention is that, in addition to the first or second feature, a female screw hole 18 that is screwed into the male screw groove 13 of the shaft 12 to the holding member 15. And a tapered surface 19 for guiding the shaft 12 to the female screw hole 18 is formed.
A fourth feature of the tile construction jig 10 according to the present invention is a tile construction jig for flattening the surface of the adjacent tile body T, and the bottom plate 11 that supports the adjacent tile body T from the back surface side. A shaft 12 that protrudes to the surface side of the tile body T is provided, and the adjacent tile body at the contact surface 14 that is screwed into the male screw portion 13 of the shaft 12 and substantially orthogonal to the protruding direction of the shaft 12. A pressing member 15 for pressing T from the front surface side is provided, and the shaft 12 is provided with a flat plate portion 16 formed between the male screw portion 13 and the bottom plate 11, and the flat plate portion 16 is connected to the bottom plate 11 and the shaft. The separation part 17 which makes 12 separable is formed, The said separation part 17 exists in the point which is a thin part with a longitudinal direction.

これらの特徴により、本発明に係るタイル施工治具１０は、タイル体Ｔを裏面側から支持する底板１１から突出するシャフト１２に平板部１６を設けることで、平板部１６をタイル体Ｔの側端面に当接させて、シャフト１２の雄ネジ溝部１３に螺合させた押え部材１５を捩じったとしても、底板１１が連れ廻ることを防ぐことが可能となる。
このため、底板１１に取っ手などの廻り止めを設けたり、この廻り止めを把持する空間も必要がなく、建物の躯体とタイル体Ｔの間に接着剤やセメント、モルタル、コンクリートを充填された状態で面合わせも可能となる。
更には、雄ネジ溝部１３の直径Ｄより幅広な平板部１６とする（つまり、雄ネジ溝部１３の直径Ｄよりも平板部１６の板幅Ｗを大きくする）場合は、押え部材１５を捩じる際に生じる回転モーメントを、雄ネジ溝部１３より幅が広い平板部１６で、回転中心からより広範囲に亘って分散して受けることが可能となる。
これと同時に、回転モーメントを分散できることで、単位体積当りにかかる回転モーメントがより小さくなるため、幅狭な雄ネジ溝部１３に分離部１７を設けた場合よりも、幅広な平板部１６に分離部１７を設けた場合の方が、押え部材１５の捩じりによって、過度に分離することが抑制できる。 Due to these features, the tile construction jig 10 according to the present invention provides the flat plate portion 16 on the side of the tile body T by providing the flat plate portion 16 on the shaft 12 protruding from the bottom plate 11 that supports the tile body T from the back surface side. Even if the presser member 15 brought into contact with the end surface and screwed into the male thread groove 13 of the shaft 12 is twisted, the bottom plate 11 can be prevented from being rotated.
For this reason, there is no need to provide a detent such as a handle on the bottom plate 11 or a space for grasping the detent, and a state in which an adhesive, cement, mortar, or concrete is filled between the building frame and the tile T. It is also possible to meet with each other.
Furthermore, if a wide flat plate portion 16 than the diameter D of the male screw groove 13 (i.e., increasing the plate width W of the flat plate portion 16 than the diameter D of the male screw groove 13), twist the pressing member 15 It is possible to receive the rotational moment generated at the time of dispersion with a flat plate portion 16 wider than the male screw groove portion 13 over a wider range from the rotation center.
At the same time, since the rotation moment can be dispersed, the rotation moment per unit volume becomes smaller. Therefore, the separation portion is provided in the flat plate portion 16 which is wider than the case where the separation portion 17 is provided in the narrow male screw groove portion 13. In the case where 17 is provided, excessive separation due to twisting of the pressing member 15 can be suppressed.

この他、タイル施工方法は、前記隣接するタイル体Ｔを下方から底板１１で支持し、前記シャフト１２を、前記底板１１からタイル体Ｔの表面側まで上方突出させ、前記隣接するタイル体Ｔを上方から押え部材１５の当接面１４で押える場合もある。 In addition, tile construction method, the supports adjacent tiles member T in the bottom plate 11 from below, the shaft 12, the bottom plate 11 is upwardly protruding to the surface side of the tile body T from the adjacent tiles body T In some cases, the contact surface 14 of the pressing member 15 may be pressed from above.

又、隣接するタイル体Ｔを、下方から底板１１で支持し且つ上方から押え部材１５の当接面１４で押える場合には、床面にタイル体Ｔを施工する際などは、建物の躯体とタイル体Ｔの間に充填したセメントや接着剤等が流動することがなく、タイル体Ｔの面一状態を、更に安定に保ったまま躯体への取付けが出来、仕上りの良さ、作業の迅速化につながる。
Further, when the adjacent tile body T is supported by the bottom plate 11 from below and pressed by the contact surface 14 of the pressing member 15 from above, when the tile body T is constructed on the floor surface, The cement or adhesive filled between the tile bodies T does not flow, and the tile body T can be attached to the cabinet while maintaining a more stable surface, resulting in good finish and speeding up the work. Leads to.

Claims

A tile construction jig for flattening the surface of an adjacent tile body (T),
The bottom plate (11) that supports the adjacent tile body (T) from the back side is provided with a shaft (12) that protrudes to the surface side of the tile body (T),
A presser that is screwed into the male thread groove (13) of the shaft (12) and presses the adjacent tile body (T) from the surface side with a contact surface (14) substantially orthogonal to the protruding direction of the shaft (12). Having a member (15),
The shaft (12) is provided with a flat plate portion (16) formed between the male screw groove portion (13) and the bottom plate (11),
The flat plate portion (16) is wider than the diameter (D) of the male screw groove portion (13) and is formed with a separation portion (17) capable of separating the bottom plate (11) and the shaft (12). Tile construction jig characterized by

The tile construction according to claim 1, wherein the separation part (17) is a thin part having a longitudinal direction along a radial direction (L) substantially orthogonal to a protruding direction of the shaft (12). Ingredients.

A female screw hole portion (18) screwed into the male screw groove portion (13) of the shaft (12) and a taper for guiding the shaft (12) to the female screw hole portion (18). The tile construction jig according to claim 1, wherein a surface (19) is formed.

A tile construction jig for flattening the surface of an adjacent tile body (T),
The bottom plate (11) that supports the adjacent tile body (T) from the back side is provided with a shaft (12) that protrudes to the surface side of the tile body (T),
A presser that is screwed into the male thread portion (13) of the shaft (12) and presses the adjacent tile body (T) from the surface side by the contact surface (14) substantially orthogonal to the protruding direction of the shaft (12). Having a member (15),
The shaft (12) is provided with a flat plate portion (16) formed between the male screw portion (13) and the bottom plate (11),
The flat plate portion (16) is formed with a separation portion (17) that allows the bottom plate (11) and the shaft (12) to be separated.
The separation part (17) is a tile construction jig characterized by being a thin part having a longitudinal direction.

While supporting the adjacent tile body (T) with the bottom plate (11) from the back side,
A presser member (15) is screwed into the male screw groove (13) of the shaft (12) protruding from the bottom plate (11) to the surface side of the tile body (T), and the shaft ( 12) The surface of the adjacent tile body (T) is flattened by pressing the adjacent tile body (T) from the surface side with the contact surface (14) substantially orthogonal to the protruding direction of 12).
In the separation part (17) formed in the flat plate part (16) wider than the diameter (D) of the male screw groove part (13) between the male screw groove part (13) and the bottom plate (11), the bottom plate ( 11) A tile construction method characterized by separating the shaft (12).