JPH0740596Y2 - Scaffolding log support for tiled roof - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to a scaffolding log support base for tiled roofs used in building a house.

(Prior Art) When constructing a house, first, the roof is roofed, and then the work on the wall surface is started. Therefore, for example, for the outer wall of the second floor, it may be necessary for the worker to work on the roof by climbing on the roof tiles and applying mortar.In such a case, workability, safety, etc. From the point of view, it is common to assemble scaffolds for work using scaffolding boards or logs on the roof.

In particular, as shown in Fig. 3, when working considerably above, scaffolding is assembled using vertical logs B1 and horizontal logs B2 for scaffolding, but fixing above log B1 is done using a purlin on the roof, etc. It is easy to do, but the lower part of the log B1 is fixed with a rope and a wire that extends horizontally in the lower direction (not shown) in the same way as the scaffolding plate, and the log B1 perpendicular to the log is fixed. Since the lower end is fixed, there is a problem that the assembling work is complicated and the safety is insufficient.

(Problems to be Solved by the Invention) An object of the present invention is to provide a support base that can easily fix the lower end of a scaffold log on a tiled roof.

(Means for Solving the Problem) Therefore, a scaffolding log support for a tiled roof according to the present invention is a scaffolding log support for a tiled roof that is placed on a sloping tiled roof and fixes the lower end of a vertical log for scaffolding. It has at least two support legs that are placed laterally on the first and second tile roofs arranged in the vertical direction at a predetermined interval and are locked, and each support leg has a substantially triangular shape. A leg body including a horizontal side portion, a vertical side portion, and an inclined side portion, and a locking piece portion fixed to the tip of the horizontal side portion of the leg body and locked to the upper edge of the first roof tile. The horizontal sides and the vertical sides of the leg body are made of a rigid metal plate, and the tips of the horizontal sides are placed on the first roof tile and the lower ends of the vertical sides are placed on the second roof tile. The horizontal side portion can be held substantially horizontally by the vertical side portion, and the inclined side portion is made of a flexible thin metal plate. Substantially the whole is deformed and placed along the first and second tiled roofs to enable surface contact, while a support plate is placed and fixed between the horizontal sides of the leg bodies of the plurality of support legs for support. It is characterized in that a protruding annular portion with which the lower end of the vertical scaffolding log can be engaged is formed in the middle of the plate in the longitudinal direction.

The supporting leg is a scaffolding leg for a roof of the applicant of the present application (Japanese Utility Model Application No. 63-1).
No. 35709 and Japanese Utility Model Application No. 1-444182) can be used. The supporting leg uses a metal plate having rigidity on the horizontal side and the vertical side to form a rigid structure having a triangular cross section.

On the other hand, the inclined side portion is preferably formed so as to be deformable by contact with the roof tile. This is because the roof tile is easily cracked immediately when the load is applied improperly, and the load is dispersed and received by bringing the inclined sides into surface contact to prevent the roof tile from cracking.

Further, the support plate also needs to have the same rigidity as the leg body. Furthermore, the protruding annular portion on the support plate is preferably adapted to the cross-sectional shape of the lower end portion of the scaffold log, and it may be formed generally in a circular shape. Further, although the protruding annular portion usually adopts a bottom closed form, it may adopt a penetrating form.

According to the present invention, the support leg is formed into a substantially right-angled triangular shape, and the tip of the support leg is inserted between the overlapping roof tiles to lock the support leg on the roof tile and tilt it. Since a substantially horizontal support plate is held on the roof and a projecting annular portion is formed on the support plate, the lower end of the vertical log for scaffolding can be easily fitted into the projecting annular portion so that the scaffolding log can be used as a work platform. Can be assembled easily and quickly, and workability and safety can be greatly improved.

In addition, the load from the support plate is distributed to the multiple support legs, and the inclined sides of the support legs are in surface contact with the upper and lower roof tiles to distribute the load. it can.

(Embodiment) An embodiment of the present invention will be described below with reference to the drawings. 1 and 2 show a scaffolding log support base for a roof according to an embodiment of the present invention. The roof 1 has a plurality of roof tiles 2a, 2b, 2c ...
Is laid, on which three or four support legs 3 are disposed, and the support legs are used to form a support base.
As shown in the figure, scaffold logs are assembled to form a scaffold for work.

The supporting leg 3 comprises a supporting plate 4 and a triangular leg body 5 supporting the supporting plate 4, and the supporting plate 4 is a rigid metal plate, and a protruding annular portion corresponding to the lower end shape of the scaffolding log is formed at the center of the upper surface thereof. 41 is welded together. On the other hand, the leg body 5 is composed of L-shaped first and second iron plates 6 and 7 and a stainless thin plate 8, and the vertical wall portion of the first iron plate 6 has two bolt holes 6a and 6b. The vertical wall of the second iron plate 7 has 3
Two bolt holes 7a, 7b, 7c are formed, and the first and second iron plates 6, 7 are bolt holes 6a, 6b and two bolt holes 7a, 7b or 7b, 7c on the upper side or the lower side. They are connected to each other by inserting 9 and screwing them into a nut 10. A nail driving hole 7d is formed in the upper end of the vertical wall of the second iron plate 7.

Further, the front end portion and the rear end portion of the stainless steel thin plate 8 are fixed to the bent end portion of the horizontal wall portion of the first iron plate 6 and the bottom wall portion of the second iron plate 7 by rivets or the like. Is bent downward, and the bent end portion 8a of the stainless thin plate 8 is the third and first roof tiles 2a and 2b arranged in the vertical direction.
It is inserted in the gap between them and locked to the upper edge of the first roof tile 2b, and the stainless thin plate 8 is placed on the first roof tile 2b and the second roof tile 2c below it while deforming. The roof tiles 2b and 2c can be interviewed as a whole.

As described above, the first and second iron plates 6 and 7 and the stainless steel thin plate 8 constitute the leg body 5 having a substantially right triangle shape having horizontal sides, vertical sides and inclined sides, and The side portion is provided so that the distance between the rear ends of the horizontal side portion and the inclined side portion can be adjusted, and the front end portion 8a of the stainless thin plate 8 and the locking piece portion 11 fixed to the front end of the leg body 5. Has become.

The support plate 4 is placed on the horizontal wall portion of the first iron plate 6 and is replaceably fixed by a fastening thumbscrew 42.

Next, the usage method will be described. When assembling a scaffold for work on the roof 1, the roof tile 2a on the upper side is slightly lifted and the tip locking piece 11 of the support leg 3 is inserted, and this is attached to the upper edge of the first roof tile 2b on the lower side. While locking, stainless thin plate 8
Is placed on the first roof tile 2b and the second roof tile 2c below it, and two or three support legs 3 are similarly installed on the roof tile at the same position in the lateral direction. Support plate 4 on the horizontal side of 3
Is placed substantially horizontally and is fixed by a thumbscrew 42, and the protruding annular portion 41 causes the vertical scaffold log B to be attached as shown in FIG.
Can be fixed by engaging the lower end (see FIG. 2) and fixing the upper end to the main house of the second-floor roof with a nail or the like, and a horizontal log can be engaged between the pair of logs B, B to form a scaffold.

By the way, Japanese Utility Model Publication No. 51-64020 and Japanese Utility Model Publication No. 58-12825.
As shown in Japanese Patent Publication No. 2, a support leg structure in which all three sides of a substantially triangular shape are made of rigid members, and as shown in Japanese Utility Model Publication No. 3-4851 a front end locking plate and a rear end height adjustment support. A supporting leg structure for mounting a stand on a roof tile is known, and it is also possible to adopt such a supporting leg structure for a log support stand. However, the roof tile easily breaks easily depending on how the load is applied, and the supporting leg structure does not follow the roof tile at the inclined side of the supporting leg well, and the supporting leg structure receives the load only on a part of the roof tile. There is concern about cracks in the roof tiles.

On the other hand, in this embodiment, since the inclined side portion of the support leg 3 is formed of a flexible metal thin plate, the inclined side portion bends and follows the roof tiles 2b and 2c and comes into surface contact as a whole, The load of the support table is distributed and received. Moreover, since at least two support legs 3 are used and the support plate 4 is fixed between them to receive the load of the log B, the load is distributed to each support leg 3, and as a result, one roof tile has a problem. The load to such a level does not act and the roof tiles can be reliably prevented from cracking.

[Brief description of drawings]

FIG. 1 is a perspective view of a scaffolding log support base for a roof according to an embodiment of the present invention, FIG. 2 is a side view showing a usage state of the above-mentioned scaffolding legs for a roof, and FIG. 3 is an assembly of scaffolding logs on a roof. It is explanatory drawing which shows an example. 1 ... Roof, 2, 2a, 2b, 2c, 2d ... Roof tile, 3 ... Support leg, 4 ... Support plate, 41 ... Projected annular part, 5 ... Leg body

Claims (1)

[Scope of utility model registration request] 1. A scaffolding log support for a tiled roof, which is mounted on a sloping roofing tile and fixes the lower end of a vertical log for scaffolding, comprising first and second roofing tiles 2b and 2c arranged vertically. 2b and 2c are provided with at least two support legs 3 and 3 which are laterally placed at a predetermined interval and locked, and each support leg 3 has a substantially triangular horizontal side portion and a vertical side portion. And a slanting side portion, and a locking piece portion 11 fixed to the tip of the horizontal side portion of the leg body 5 and locked to the upper edge of the first roof tile 2b. The horizontal side and the vertical side of 5 are made of a metal plate having rigidity, and the tip of the horizontal side is placed on the first roof tile 2b and the lower end of the vertical side is placed on the second roof tile 2c. The horizontal side portion can be held substantially horizontally by the vertical side portion, and the inclined side portion is made of a flexible metal thin plate.
While being deformed along the second tiled roofs 2b and 2c to be placed in surface contact with each other, a rigid support plate 4 is placed between the horizontal portions of the leg bodies 5 of the plurality of support legs 3 and 3. A fixed scaffolding log support base for tiled roof, characterized in that a protruding annular portion 41 with which the lower end of a vertical scaffolding log B can be engaged is formed in the middle of the supporting plate 4 in the longitudinal direction.