JP3123763U - Building tile support material - Google Patents

Abstract

An object of the present invention is to provide a ridge tile support material in which a ridge rafter for fixing a ridge tile to a base plate and a ridge reinforcing bracket are integrated.
The roof tile is formed in an inverted Y shape by a ridge tile support portion for connecting and supporting the ridge tile via a nail body and a substantially mountain-shaped hem portion connected to the lower portion of the roof tile support portion. It is placed longitudinally along the base plate, and the left and right sides of the bottom surface of the skirt are connected and fixed to the base plate by nails, and the roof tiles are respectively fixed to the left and right of the top surface of the base. A ridge tile support material, characterized in that a groove portion for guiding the placement of a nail body is formed along the longitudinal direction on each of the upper surfaces of the ridge tile support portion and the left and right hem portions, respectively. It was decided to use the roof tile support material.
[Selection] Figure 1

Description

  The present invention relates to a ridge tile support material that combines and functions as both a ridge rafter and a ridge reinforcement bracket for fixing a ridge tile to a field board.

  Conventionally, as a roof ridge structure, as shown in FIG. 10, a structure in which a ridge tile 53 is fixed to a ridge rafter 52 is generally used. However, the ridge rafter 52 is arranged on a field plate 54 of a ridge A ′. When installing, as shown in the figure, the ridge reinforcing metal fitting 51 is attached on the base plate 54 of the ridge A ′, and the ridge reinforcing metal fitting 51 is disposed.

  As a construction procedure of such a conventional ridge structure, first, ridge reinforcing brackets 51 are arranged at several positions while maintaining a certain interval on the base plate 54 of the ridge portion A ′ of the roof. The rafter 52 is handed over and the ridge reinforcing bracket 51 and the ridge rafter 52 are fixed.

Next, the plaster 56 is applied so as to cover the ridge reinforcing bracket 51 and the ridge rafter 52 fixed in this manner and also to the roof tile 55 located at the uppermost part fixed to the field board 54. In addition, mortar may be used instead of the plaster 56, and a waterproof tape or the like may be attached instead of these.

Furthermore, the roof tiles 53 are arranged on the plaster 56 so that the top of the roof tile 53 comes directly above the base plate 54 of the tower A ′, and screws are attached from the top of each roof tile 53 to the inside of the roof rafter. The ridge tile 53 is fixed to the field board 54 by inserting or driving a fixing nail. Reference numeral 57 denotes a pier.

However, in the conventional ridge structure described above, since the separate ridge reinforcing bracket 51 is used to dispose the ridge rafter 52, first, the ridge reinforcing bracket 51 is temporarily attached to the base plate 54 as described above. After fixing, the ridge rafter 52 must be attached to the ridge reinforcing bracket 51. Therefore,
Inevitably, it was time consuming and time consuming to construct, which resulted in high costs.

Also, the ridge tile is fixed by inserting a screw or driving a fixed nail from the top of the ridge tile to the inside of the ridge rafter. It could not be fixed and the durability was poor.

Therefore, in order to solve the above problems, in the present invention according to claim 1, a ridge tile support portion for connecting and supporting a ridge tile via a nail body and a substantially mountain-shaped hem portion connected to the lower portion of the same tile support portion. And is formed in a longitudinal shape along the roof base plate of the roof ridge, so that the left and right sides of the bottom of the skirt are connected and fixed to the base plate by a nail body, A roof tile support material that supports and fixes the roof tiles on the left and right sides of the top surface of the hem, and guides the nail body to the top surfaces of the roof tile support section and the left and right hem parts, and regulates the place where the roof is placed. It is intended to provide a ridge tile support material characterized in that a groove portion to be formed is formed along the longitudinal direction.

  According to a second aspect of the present invention, there is provided a roof tile support material comprising a spacer that is interposed between the skirt portion and the field plate, and that can cope with a gradient of the field plate. It is to be provided.

According to a third aspect of the present invention, there is provided a ridge tile support material in which the ridge tile support portion and the skirt portion are integrally formed of foamed resin.

According to a fourth aspect of the present invention, there is provided a ridge tile support material characterized in that a spacer holding portion for holding the spacer is formed on the lower surface of the skirt portion.

Further, in the present invention according to claim 5, the ridge tile support material is characterized in that the spacer holding portion is a concave line into which at least a part of the spacer can be fitted.

Moreover, in this invention of Claim 6, the said spacer is formed in the substantially chevron shape which has the inclined surface corresponding to the gradient of the said base plate, and the protruding item | line part fitted to the said spacer holding part on the upper surface of the said spacer It is intended to provide a ridge tile support material characterized by the formation of.

Furthermore, the present invention of claim 7 is to provide a ridge tile support material characterized in that the spacer is constituted by a small piece having flexibility that can be mounted in the spacer holding portion.

According to the first aspect of the present invention, an inverted Y-shape is formed by a ridge tile support portion for connecting and supporting a ridge tile via a nail body and a substantially chevron-shaped hem portion connected to the lower portion of the same tile support portion. And placed longitudinally along the base plate of the roof ridge, so that the left and right sides of the bottom of the hem are connected and fixed to the base plate by nails, respectively, A roof tile support material for arranging and fixing the roof tiles, and guides driving of the nail body to each of the top surfaces of the roof tile support portion and the left and right hem portions, and a groove portion that regulates the driving position along the longitudinal direction. By using the ridge tile support material characterized by being formed, the nails that fix the ridge tile support material to the roof can be reliably driven into the desired location, and workability is significantly improved. In the roof ridge The structure is simplified to a structure in which a ridge tile support material is interposed between the field plate and the ridge tile, and the construction is completed by simply fixing the ridge tile support material to the field plate. By fixing the roof tile, the roof tile can be fastened to the base plate, so that the labor required for construction can be reduced and the construction time can be shortened.

According to the second aspect of the present invention, the spacer is provided between the skirt portion of the ridge tile support material and the base plate of the ridge portion so as to cope with the gradient of the base plate of the ridge portion. It has the effect that can be applied to roofs with various slopes. According to the third aspect of the present invention, the ridge tile support portion and the skirt portion are integrally formed of foamed resin, so that it does not corrode even in rain water or condensed water, and is acidic or alkaline. Because it is strong, it can withstand the use environment related to acid rain, which has recently become a serious problem, and has a higher nail retention force than wood, and has a high anti-scattering effect in the event of a typhoon disaster and is highly durable. In addition, it has the same workability as wood, can be nailed and screwed, and has a low water absorption rate, so it can withstand long-term inventory, and there is no quality variation such as warping or bending during that time, and high-precision construction is possible. Workability is good because it is possible. Furthermore, since it is extremely light, reducing the weight of the roof reduces the burden on the housing structure, which is advantageous for shaking such as earthquakes.

According to this invention of Claim 4, the spacer holding part which hold | maintains the said spacer was formed in the lower surface of the said skirt part of a ridge tile support material, and the effect which makes a spacer easy to hold | maintain and fixes to a fixed position Have

According to this invention of Claim 5, the spacer holding | maintenance part formed in the ridge tile support material was made into the concave line which can fit at least one part of a spacer, What kind of size and shape spacer As well as the effect of reducing costs by reducing the volume of the roof tile support material.

According to this invention of Claim 6, the said spacer is formed in the substantially chevron shape which has the inclined surface corresponding to the gradient of the baseplate of a ridge part, and fits a spacer holding part on the upper surface of the spacer. By forming the ridges, it can be adapted to any steep roof, and this state is maintained by fitting the ridge tile support body consisting of the ridge tile support portion and the hem portion and the spacer in place. It is integrated and has the effect of stably supporting the ridge tile support with the entire mountain-shaped spacer.

According to this invention of Claim 7, since it comprised with the small piece which has the flexibility in which the said spacer was mountable in a spacer holding | maintenance part, the effect which enabled drastic cost reduction and construction simplification was enabled. Have.

The ridge tile support material according to the present invention combines the functions of the ridge rafter and the ridge reinforcement bracket, which were conventionally used to fix the ridge tile to the roof, thereby reducing the time and labor required for construction. It can be shortened and the cost can be reduced. Moreover, the nail body for fixing the roof tile support material to the roof does not slide, and it can be driven into the desired place without fail, and the workability Is significantly improved.

That is, the ridge tile support material according to the present embodiment is formed in an inverted Y shape by a ridge tile support portion that connects and supports the ridge tile via a nail body, and a substantially mountain-shaped hem portion that is continuous with the lower portion of the ridge tile support portion. Formed in a longitudinal direction along the ridge portion of the roof, and the skirt portion is connected and fixed to the ridge portion with a nail body, and the ridge tile support portion and the left and right hems A groove portion that guides the driving of the nail body and regulates the driving portion is formed on each upper surface of the portion along the longitudinal direction.

The groove part is hard because the material of the roof tile support material is foamed resin, and the friction coefficient is small,
When the nail body is driven, it is slippery and unstable, and it is difficult to position the nail body at the point where the nail body should be driven, making it difficult to work. ing.

When actually constructing a ridge using such a ridge tile support material, the ridge portion of the ridge tile support material is straddled along the slope of the base plate 54 of the ridge portion, and a certain interval is provided in the right and left groove portions of the skirt portion. Hold the nail for fixing as a nail body in several places and fix the ridge tile support material to the base plate.

At this time, as described above, the nail for fixing the nail body is formed along the longitudinal direction while guiding the driving of the nail body on each of the upper surfaces of the left and right hem portions and restricting the driving location. Without slipping, it can be surely driven into a desired location, and workability is remarkably improved.

Next, the roof tiles are arranged and fixed on the upper surfaces of the left and right hem portions of the fixed roof tile support material, respectively, and plaster or mortar is applied so as to be applied to the roof tiles.

Next, place the roof tiles on the plaster or mortar so that the top of the roof tiles is directly above the top of the roof tiles, and place the tile fixing nails from the top of each roof tile to the inside of the roof tile support material. Drive in and fix the ridge tile to the base plate.

Also in this case, since the groove is formed on the upper surface of the ridge tile support portion, the fixing nail can be reliably driven into the ridge tile support portion.

Thus, by using the ridge tile support material according to the present invention, the structure of the roof ridge is simplified to a structure in which the ridge tile support material is interposed between the base plate and the ridge tile. The construction is completed by simply fixing the ridge tile support material to the base plate, and fixing the ridge tile to this allows the ridge tile to be fastened to the base plate and cannot be reliably positioned at the point where the nail body should be driven. Where the work is difficult, workability can be improved by sufficiently holding and stabilizing the nail tip in the groove.

In addition, the main building tile support material is formed by integrally molding the building tile support portion and the hem portion with foamed resin,
It is rich in durability, workability, and nail holding power, and is very inexpensive and can be reduced in cost.

Furthermore, the main building tile support material can be configured as follows as another embodiment in order to be able to cope with roofs of various slopes.

That is, it is configured to include a spacer that is interposed between the skirt portion of the ridge tile support material described above and the base plate 54 of the ridge portion of the roof, and that can cope with the gradient of the base plate 54 of the ridge portion. is there.

In addition, a spacer holding portion for holding the spacer can be formed on the lower surface of the skirt portion of the ridge tile support material. By providing the spacer holding portion, the spacer is connected to the base plate 54 of the skirt portion and the ridge portion. Can be held stably during

Moreover, it is preferable that the spacer holding part is formed so that at least a part of the spacer can be fitted.

That is, since the spacer can be adapted to roofs having various slopes by being interposed between the skirt portion of the ridge tile support material and the base plate, the size, shape, and the like thereof are arbitrary.

For example, by changing the thickness toward the ends of the left and right portions of the spacer, the gradient of the upper surface of the spacer is equal to the gradient of the lower surface of the bottom of the roof tile support material, and the gradient of the lower surface of the spacer is Something that is equal to the gradient is considered.

For example, it is good to form in the substantially mountain shape which has the inclined surface corresponding to the gradient of a ridge part, and to form the protruding item | line part fitted to the said spacer holding part on the upper surface of this spacer.

Therefore, it is possible to adapt to any steep roof, and the ridge tile support body is stably supported by the entire mountain-shaped spacer, and the ridge portion is fitted on the spacer holding portion on the upper surface of the spacer. By forming the ridge tile support and the spacer in a fixed position, this state is maintained, and the ridge tile support and the spacer can be integrated.

Or you may comprise with the small piece which has the flexibility which enabled mounting | wearing in a spacer holding | maintenance part.

For example, as an example in which the spacer is made of a small piece having flexibility, a tube made of a synthetic resin may be cut into a ring, and such a configuration can greatly reduce costs and simplify construction. It can be.

As described above, the ridge tile support material has a structure including a spacer, and the ridge tile support material has a spacer holding portion that holds the spacer on the bottom surface of the ridge tile support material. It is possible to cope with a sloped roof, and any size and shape spacer can be easily mounted and held at a low position.

In this embodiment, by preparing a spacer that matches the slope of the roof, it is possible to cope with roofs of any slope, and for the construction, it is only necessary to fix the roof tile support and the spacer to the base plate at the same time. When the foundation is completed and the roof tile is fixed to the floor tile, the roof tile can be fastened to the base plate. As in the previous embodiment, the labor required for the construction is reduced and the construction time can be shortened.
Example 1
Hereinafter, an embodiment of a roof tile support material 1 according to the present invention will be described with reference to the drawings.

FIG. 1 is a perspective view of a ridge tile support material according to the present invention, FIG. 2 is a cross-sectional view of the ridge tile support material according to the present invention, and FIG. 3 is a view of a roof ridge using the ridge tile support material according to the present invention. It is explanatory drawing which shows a structure.

As shown in FIG. 1 and FIG. 3, the ridge tile support material 1 is connected to the ridge tile support portion 2 for connecting and supporting the ridge tile 11 via a tile fixing nail 13 as a nail body, and the lower portion of the same roof tile support portion 2. An inverted Y-shape is formed by the skirt 3 having a substantially mountain shape.

That is, the ridge tile support portion 2 has a shape in which the top surface is curved in a gentle arc shape and gradually widened downward.

Further, the skirt 3 extends obliquely downward with a predetermined inclination in the left-right direction from the lower portion of the ridge tile support portion 2, and the skirt 3 can be disposed in a longitudinal shape along the ridge A of the roof. . Further, the upper corner portion of the extended end portion of the skirt portion 3 is rounded with rounded corners, thereby increasing the strength and reducing the volume of the roof tile support material 1 to realize cost reduction.

Further, on the lower surface of the skirt 3, a center engaging portion 4 a is formed by penetrating the center of the lower surface of the skirt 3 in a semicircular shape along the longitudinal direction, and on the left and right sides of the lower surface of the skirt 3. The left and right engaging portions 4b and 4b are formed by forming rectangular notches along the longitudinal direction.

When the central engagement portion 4a has a slight difference between the gradient at the lower surface of the skirt portion 3 of the roof tile support member 1 and the gradient at the base plate 54 of the roof ridge portion A, the central engagement portion 4a has a semicircle. The difference can be absorbed by a large space penetrating in an arc shape, and the main building tile support material 1 can be applied to the base plate 54 of the ridge portion A of the roof without any trouble.

Although the functional surfaces of the left and right engaging portions 4b and 4b will be described in detail in the second embodiment, the volume of the ridge tile support material 1 is equal to the volume of each of the left and right engaging portions 4b and 4b and the central engaging portion 4a. This makes it possible to reduce costs.

The ridge tile support material 1 according to the present embodiment has the ridge tile support portion and the skirt portion integrally formed of foamed resin, that is, the ridge tile support portion and the skirt portion are formed by extruding high impact polystyrene, which is a foamed resin. Therefore, it is easy to manufacture, and does not corrode even in rainwater or condensed water, and is resistant to acidity and alkalinity, so it can withstand the use environment related to acid rain, which has recently become a serious problem. Furthermore, the nail retention force is equivalent to 2.5 times that of wood, and it has a high anti-scattering effect in the event of a typhoon disaster and is highly durable.

In addition, it is possible to handle nails and screws with the same workability as wood used as a ridge rafter in the past, and it has a low water absorption rate so that it can withstand long-term inventory, such as warping and bending during that time. Workability is good because there is no quality variation and high-precision construction is possible. Furthermore, since it is extremely light, the burden on the housing structure is reduced by reducing the weight of the roof, which is advantageous for shaking such as an earthquake.

In the above configuration, the present invention is characterized by guiding the driving of the fixing nails 12 to the upper surfaces of the roof tile support portion 2 and the left and right skirt portions 3, and the groove portion for restricting the driving portion in the longitudinal direction. It is in forming along. In this embodiment, the groove portions, which are the main parts of the present invention, are provided in the roof tile support portion 2 as the support portion side groove portion 6 and provided in the skirt portion 3 as the skirt portion side groove portion 5.
Will be described separately.

That is, in this embodiment, the support portion side groove portion 6 is formed in the approximate center of the top surface of the roof tile support portion 2, and the hem portion side groove portion 5 is predetermined on the upper surface of the skirt portion 3 from the extended end portion side. It is formed at a distance.

By providing the skirt side groove portion 5 and the support portion side groove portion 6, the fixing nail 12 for fixing the main building tile support material 1 to the roof and the tile fixing nail 13 can be surely desired without slipping. The workability can be remarkably improved.

  As an actual construction example using the ridge tile support material 1, an example will be described with reference to FIG.

First, the ridge tile support material 1 is straddled over the base plate 54 of the ridge portion A of the roof, and the skirt 3 of the same tile support material 1 is laid.
A plurality of fixing nails 12 are driven at fixed intervals along the left and right skirt side grooves 5 formed in the left and right sides to fix the ridge tile support 1 to the base plate 14. At this time, a screw may be used instead of the fixing nail 12.

At this time, the hem portion side groove portion 5 that guides the driving of the fixing nail 12 and restricts the driving portion is formed on the upper surfaces of the left and right hem portions 3 along the longitudinal direction of the hem portion 3. Therefore, the fixing nail 12 can be reliably driven into a desired place without sliding, and workability is remarkably improved.

The roof tiles 15 are disposed and fixed on the left and right upper surfaces of the skirt 3 of the roof tile support material 1 thus fixed, and the plaster or mortar 10 is applied so as to cover the roof tiles 15. In addition, a waterproof tape etc. may be stuck instead of the plaster or the mortar 10.

Next, the roof tile 11 is disposed on the plaster or mortar 10 so that the top of the roof tile 11 comes directly above the base plate 54 of the roof tower A, and the roof tile support material is provided from the top of each roof tile 11. The roof tile 11 is fixed to the base plate 14 by driving the tile fixing nails 13 into the interior of the roof tile 11. At this time, the roof tile support section 2
Since the support portion side groove portion 6 is formed on the upper surface of the roof, the roof tile fixing nail 13 can be reliably driven into the roof tile support portion 2. Also in this case, a screw may be used in place of the roof tile fixing nail 13.

As described above, when the roof ridge A is constructed using the ridge tile support 1 according to the present invention, the structure of the roof ridge A includes the ridge tile support 1 between the field board 14 and the ridge tile 11. The groundwork is completed simply by fixing the ridge tile support 1 to the base plate 14, and the ridge tile 11 is fixed to the base plate 14 by fixing the ridge tile 11 thereto. As a result of reducing the labor required for construction, construction time can be shortened.

Moreover, the provision of the skirt portion side groove portion 5 and the support portion side groove portion 6 makes it difficult to position the fixing nail 12 and roof tile fixing nail 13 at the point where the nail is to be driven, and makes it difficult to perform the operation in the groove portion. Workability can be improved by sufficiently holding and stabilizing the tip.

In the present embodiment, the support-side groove 6 formed on the top surface of the roof tile support 2 and the skirt-side grooves 5 and 5 provided on the upper surfaces of the left and right skirts 3 and 3 are formed in a semicircular shape. However, it is not necessarily limited to such a shape. For example, in the case of the skirt portion side groove portion 5, FIG.
As shown in FIG. 4, the convex portion 16 may be formed along the longitudinal direction of the skirt portion 3, and the recess 17 formed on the upper side of the convex portion 16 may be used as the skirt portion side groove portion 5.

Even with such a configuration, the nail is easily guided to the driving location by bringing the nail tip into contact with the convex portion 16, and the nail tip is held and stabilized at the driving location by the recess 17, so that the fixing nail 12 can be driven efficiently. The

(Example 2)
Next, as another example of a roof tile support material according to the present invention, a roof tile support material 1 ′ that can be applied to roofs having various slopes will be described. In addition, the code | symbol used uses the same code | symbol about the same component as Example 1. FIG.

As shown in FIGS. 4 and 5, the ridge tile support material 1 ′ according to the present embodiment is configured to attach the ridge tile 11 to the tile fixing nail 1.
A roof tile having the same configuration as that of the first embodiment, which is formed in an inverted Y-shape by a roof tile support portion 2 connected and supported through a base 3, and a substantially mountain-shaped hem portion 3 connected to the lower portion of the roof tile support portion 2. The support member 1 is provided with a spacer 8 interposed between the roof tile support member 1 and the field board 14 and capable of dealing with the gradient formed on the left and right sides of the field board 54 of the building part A. .

The spacer 8 in this embodiment is provided between the skirt 3 and the base plate 54 of the ridge A so as to be able to cope with roofs having various slopes. The slope of the lower surface of the spacer 8 is equal to the slope of the base plate 54 of the ridge A and is formed in a substantially mountain shape.

And as demonstrated in Example 1 mentioned above, the ridge tile support material 1 is formed with the center engaging part 4a and the left and right engaging parts 4b, 4b, and these are for holding and stabilizing the spacer 8. It functions as a spacer holding part.

That is, on the upper surface of the spacer 8, the main convex portion 9 ′ a and the sub convex portions 9 ′ b, 9 ′ are formed on the upper surface of the spacer 8 so as to be engaged with the engaging portions 4 a, 4 b, 4 b as the spacer holding portions. b is formed so that the spacer 8 can be stably held between the skirt 3 and the base plate 54 of the ridge A.

Furthermore, the upper corners of the left and right extended ends of the spacer 8 are rounded with a corner like the skirt 3 of the roof tile support material 1 to increase the strength and reduce the volume of the spacer 8 to reduce the cost. is doing.

  An example in which the ridge portion A is constructed using such a ridge tile support material 1 'is shown in FIG.

When the ridge part A is actually constructed using the ridge tile support material 1 ′ having the spacer 8, first, the spacer 8 that matches the slope of the roof plate 54 of the ridge part A of the roof is selected, and the spacer 8 is used as the ridge tile. It engages and engages with each of the engaging portions 4a, 4b, 4b of the support body 1, and in this state, it straddles the field board 54 of the ridge A of the roof. Similar to Example 1.

That is, the right and left skirt side grooves 5 formed in the skirt 3 of the ridge tile support main body 1 'are fixedly spaced and driven by several fixing nails 12 at several locations, so that the ridge tile support 1 and the spacer 8 are simultaneously placed on the base plate. 14 and then dispose and fix the roof tiles 15 on the left and right upper surfaces of the skirt 3 of the ridge tile support material 1, respectively, and apply the plaster or mortar 10 so as to cover the roof tiles 15;
The roof tiles 11 are arranged on the plaster or mortar 10 so that the top of the roof tile 11 is directly above the base plate 54 of the roof tower A, and the roof tiles of the roof tile support material 1 are placed from the top of each roof tile 11. The roof tile 11 may be fixed to the base plate 14 by driving the tile fixing nails 13 into the support portion 2.

Thus, if the roof ridge part A is constructed using the ridge tile support 1 'according to the present invention, it is possible to cope with roofs of various slopes. Moreover, in this case as well, the roof ridge structure is simplified to a structure in which the ridge tile support material 1 and the spacer 8 are interposed between the base plate 14 and the ridge tile 11, and the construction is also performed in accordance with this. The groundwork is completed simply by fixing the spacer 1 and the spacer 8 to the baseboard 14 at the same time. By fixing the roof tile 11 to this, the roof tile 11 can be fastened to the baseboard 14, and the work required for construction is reduced. Construction time can be shortened.

By the way, the spacer 8 is intended to be applicable to roofs of various slopes by being interposed between the skirt 3 and the base plate 54 of the ridge A.

Therefore, as shown in FIG. 6, the flexible small piece 18 can be used as the spacer 8.

That is, the bent portion 21 having an arc shape in cross section is connected to one end edge of the seating surface 20 that is formed to fit within the left and right engaging portions 4b formed on the bottom surface of the bottom portion 3 of the roof tile support material 1 as a spacer holding portion. The configuration is set up.

Thus, the cost can be greatly reduced and the construction can be simplified by configuring the spacer with small pieces.

In addition, an adhesive tape 19 is attached to the seating surface 20 that forms the bottom surface of the small piece 18, and the adhesive tape 19 can be easily bonded to the left and right engaging portions 4b, 4b of the ridge tile support material 1, thereby improving workability. It is increasing.

The spacer 8 composed of the small pieces 18 thus mounted together with the roof tile support material 1 is the base plate 14.
By being fixed with the fixing nail 12, it is appropriately crushed and becomes a gradient suitable for the field board 54 of the roof ridge A. A plurality of spacers 8 can be provided depending on the gradient. (Refer to FIG. 7) When actually performing construction using the roof tile support material 1 ′ having the spacer 8 composed of the small pieces 18, first, a spacer holding portion formed on the lower surface of the skirt 3 as shown in FIG. What is necessary is just to mount | wear with the adhesive tape 19 hold | maintaining a fixed space | interval in the right-and-left engaging parts 4b and 4b.

In addition, the small piece 18 should just be the magnitude | size and shape which can be accommodated in the right-and-left engaging part 4b, 4b of the ridge tile support material 1, and should be easy to integrate with the ridge tile support material 1, and it replaces with the said structure, for example, is a tube shape made from a synthetic resin. The thing etc. which rounded the thing can be used.

Example 3
Next, as another embodiment of the present invention, a ridge tile support material 1 "capable of directly supporting a ridge tile will be described below. The same reference numerals are used for the same constituent elements as those of the embodiments described above. I will explain.

  As shown in FIGS. 8 and 9, the ridge tile support member 1 ″ according to the present embodiment is characterized by the structure of the ridge tile support portion 2 ″ having a sufficient height and directly supporting the ridge tile 11.

In the lower part of the roof tile support portion 2 ″, the bottom portion 3 having a substantially mountain shape is provided in the same manner as described above.
"" Is connected and formed into an inverted Y shape to form a roof tile support 1 "a.

  In this embodiment, it is assumed that the spacer 8 ″ that can cope with the slope of the roof surface is provided.

  The height of the ridge tile support portion 2 ″ is sufficiently high, and the entire top surface of the ridge tile support body 1 ″ a and the top of the ridge tile 11 can be connected directly to support the roof tile 11. It can be supported stably over a long period of time.

Accordingly, the center engaging portion 4 ″ a formed by piercing the bottom center of the skirt portion 3 ″ along the longitudinal direction also leaves the insertion portion of the tile fixing nail 13 above the ridge tile support portion 2 ″. The cost is reduced by reducing the volume of the roof tile support 1 ″ a.

Therefore, the main projection 9 ″ a of the spacer 8 ″ that engages with the central engagement portion 4 ″ a does not necessarily need to be fitted with the central engagement portion 4 ″ a, and the roof tile support 1 ″ a and the spacer 8 ″. As long as the protrusions can be mounted without being displaced and can be maintained in this state.

As an actual construction example using the ridge tile support material 1 ", an example is shown in FIG. 9, but the construction procedure is not different from the above-described embodiments. The difference is that the ridge tile 11 is directly disposed on the support portion 2 ". The ridge tile support material 1" according to this embodiment.
In addition to the effects described above, the height of the roof tile support portion 2 "is sufficiently high, so that the entire top surface of the roof tile support body 1" a and the roof tile Since the top part of 11 can be connected and supported directly, the roof tile 11 can be supported stably over a long period of time.

It is a perspective view of the ridge tile support material which concerns on this invention. It is sectional drawing of the ridge tile support material which concerns on this invention. It is explanatory drawing which shows the structure in the ridge part of the roof using the ridge tile support material which concerns on this invention. It is explanatory drawing which fitted the ridge tile support body and the spacer. It is explanatory drawing which shows the structure in the ridge part of the roof using a ridge tile support body and a spacer. It is explanatory drawing of the spacer comprised with the small piece which has flexibility. It is explanatory drawing which attached the spacer comprised with the small piece which has flexibility to the ridge tile support body. It is explanatory drawing which fitted the ridge tile support body and spacer which support the direct ridge tile which concerns on this invention. It is explanatory drawing which shows the structure in the ridge part of the roof using the ridge tile support material which supports the direct ridge tile which concerns on this invention. It is explanatory drawing which shows the structure in the ridge part of the conventional roof.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Building tile support material 2 Building tile support part 3 Bottom part 4a Center engaging part 4b Left-right engaging part 5 Bottom part side groove part 6 Support part side groove part 8 Spacer 11 Building tile 14 Base plate 15 Bar roof

Claims (7)

The roof tile is formed into an inverted Y-shape with a roof tile support section for connecting and supporting the roof tile via a nail body, and a substantially mountain-shaped hem that is connected to the bottom of the roof tile support section. Placed in a longitudinal shape, and the left and right sides of the bottom surface of the hem are connected and fixed to the base plate by nails,
A ridge tile support material for arranging and fixing a roof tile on the left and right sides of the upper surface of the hem, respectively, for guiding the driving of the nail body to each of the upper surfaces of the ridge tile support portion and the left and right hem portions, A ridge tile support material, characterized in that a regulating groove is formed along the longitudinal direction. The ridge tile support material according to claim 1, further comprising a spacer interposed between the skirt portion and the field plate so as to be able to cope with a gradient of the field plate. The said roof tile support part and the said skirt part were integrally molded with foamed resin.
Or the ridge tile support material of Claim 2. The ridge tile support material according to any one of claims 1 to 3, wherein a spacer holding portion that holds the spacer is formed on a lower surface of the skirt portion. The ridge tile support material according to claim 4, wherein the spacer holding portion is a groove in which at least a part of the spacer can be fitted. The spacer is formed in a substantially chevron shape having an inclined surface corresponding to the gradient of the field plate, and a ridge portion fitted to the spacer holding portion is formed on the upper surface of the spacer. The roof tile support material according to 4 or 5. The ridge tile support material according to claim 4 or 5, wherein the spacer is configured by a small piece having flexibility that can be mounted in the spacer holding portion.

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