JP3163534U - Exterior wall tile peeling prevention buried container - Google Patents

Abstract

An object of the present invention is to provide an outer wall tile peeling prevention buried container which prevents mortar and tiles applied to the wall surface of a concrete structure from peeling off. A buried cone 2 has a substantially cone shape or a cylindrical shape, and a ring 5 made of an engineer plastic material having flexibility, a support column 8 with a projection, a support rod 8, and a cylindrical body are formed in the central portion of the buried cone 2. An engagement frame 3 is formed. In addition, the cylinder 10 portion of the engagement frame 3 described above is connected to the bottom of the cylinder 10 of the engagement frame 3 in the state where the screw tube 4 is combined with the round separator of the mold frame. An embedded wall body 12 is formed by embedding so as to project on one side, and the outer wall tile is prevented from peeling off by forming the embedded body 12, a separate shaft foot 14 and a cap 16 with a shaft foot hole 15. The buried control 1 is configured. [Selection] Figure 1

Description

  The present invention relates to an outer wall tile peeling prevention buried container that can effectively prevent the outer wall tile from peeling off in a concrete structure.

  Conventionally, as a buried concrete for preventing peeling of outer wall tiles in a concrete structure, a concave portion is provided on one side of a buried concrete main body made of a mortar material, and a cylindrical body with an engagement edge, a ring with a support bar, a protrusion are provided in the concave portion. A technology that can prevent the outer wall tiles from being peeled off in a concrete structure by placing an engaging frame comprising a support column with a portion into the recessed portion and using a buried tube combined with a screw pipe at the lower portion of the engaging frame. Invented by the applicant. (For example, see Patent Document 1)

Utility Model Registration No. 3161096

Problems that the device tries to solve

  The technique disclosed in the above-mentioned utility model registration No. 3161096 is an effective technique for improving the adhesion of the mortar applied to the outer wall of the concrete structure and preventing the peeling of the outer wall tile stuck thereon.

  However, this buried concrete embeds a screw tube inside the center, and on one side of the opposite side, the outer periphery of the engaging frame is banked with high-strength mortar to prevent the intrusion of the cast concrete. Although an edge was provided, the size of the parts was increased, and as a result, the embedded main body became larger and heavier structurally. In addition, since the configuration is complicated, five molds are required for molding, so that it takes a lot of manufacturing time, resulting in high production costs, and troublesome handling and transportation costs.

  In addition, the engaging frame must be flush with the recessed part of the embedded main body, so it is not used because it requires skill to apply the mortar that is the finishing material of the concrete structure to the engaging frame. It was difficult for workers to increase the work speed.

Means for solving the problem

  In order to eliminate the disadvantages and inconveniences of the conventional mortar bonding aids according to the present invention, according to claim 1, the embedded concrete is substantially cone-shaped or cylindrical, and the central part of the buried concrete is flexible. An engaging frame consisting of a ring made of an engineered plastic material, a strut with projections, a support rod and a cylinder is formed, and a screw tube attached to a round separator of the formwork is formed below the cylinder of the engagement frame In the combined state, the embedded frame body is formed by embedding the cylindrical body portion of the engaging frame so as to project on one side of the embedded controller, and the embedded controller body and the separate shaft The outer wall tile anti-debonding padding with a pair of feet and a cap with a shaft foot hole.

  According to a second aspect of the present invention, the outer wall tile is provided with a waterproof wall in the middle of the above-described screw tube, and is used as an anti-debonding buried wall.

  According to a third aspect of the present invention, the outer wall tile peeling prevention buried container is provided with a fitting edge that engages with the screw pipe at the lower portion of the cylindrical body.

Effect of device

  The tile peeling prevention buried concealment according to the present invention is a conventional one in which a screw tube is buried on one side and an embedding main body made by projecting an upper part of an engagement frame made of an engineer plastic material is combined with a separate shaft foot and cap. Therefore, it is possible to provide a tile peeling prevention buried container which can obtain the following advantages and effects as compared with the conventional product by the present applicant.

  First, since the engaging frame attached to the buried con- tent is a projecting method, the buried con is considerably smaller than the conventional one, and the weight is also reduced to one half of the conventional one. As a result, a large number of boxes can be stored, so storage and transportation costs can be greatly reduced, and the number of components is simple, so only two molds are required, so the manufacturing cost is also conventional. Can be produced at a low cost. In addition, during construction, after placing concrete with a shaft foot and cap on the buried concrete body, removing the formwork and then pulling out the shaft foot also removes the cap, leaving a space around the engagement frame Since it can be formed, a gap can be formed around the engagement frame as in the conventional product using concrete in the field without providing an edge in the embedded main body, so that it is a functional embedded controller that makes it easy to apply mortar.

  In addition, since the main engaging frame is projected from the buried concrete, the mortar to be applied at the time of construction is also easy to apply, so even if you are not an expert, the work speed can be greatly increased so you can work It is efficient, and it is possible to construct a tiled building that can be tiled on it with a stable exterior.

  In addition, even if the outer wall surface is cracked due to an earthquake, etc., the support frame of the engineer plastic engagement frame that bites into the mortar is stretched to prevent the mortar and tiles from peeling off as shown in FIG. It is a tile peeling prevention buried con that obtains a characteristic action that can be performed, and is a buried compact that is small and light, simple and inexpensive to manufacture.

It is a perspective view which lacked a part showing an embodiment of a tile peeling prevention embedding by the present invention. It is a perspective view which shows the engagement frame semi-embedded in the buried component main body by this invention. It is sectional drawing which shows the state which combined the tile peeling prevention buried concrete in this invention. This figure shows the procedure for construction using the tile peeling prevention buried container according to the present invention. (A) The figure is the figure where the device of this invention is attached using a mold and a clamp after attaching the round separator of the mold. is there. (B) The figure shows the concrete placed in the formwork. (C) The figure is a view with the fastening tool and the formwork removed. (D) The figure shows the shaft foot removed and the cap removed. (E) The figure shows mortar applied to the outer wall surface and the engaging frame. (F) The figure is a reference figure completed by attaching exterior tiles to the mortar surface. FIG. 3 is a reference diagram illustrating a state in which a tile exterior structure using a tile peeling prevention buried container according to the present invention has been peeled off due to strong shaking such as an earthquake.

  The embodiment of the tile peeling prevention buried con according to the present invention is a perspective view shown in FIG. 1, the engagement frame shown in FIG. 2, the sectional view showing the combined state of the peeling prevention buried concess shown in FIG. 3, and the construction example shown in FIG. This will be described with reference to the drawing and the reference diagram showing the state of the building in FIG.

  In the present invention, the buried concrete 2 forming the anti-peeling buried concrete 1 is made of mortar, the size is about 20 mm in height, and the diameter is about 35 mm. The tile peeling prevention buried con 1 is formed by embedding a metal screw tube 4 on the large diameter side. In addition, although the above-mentioned buried container 2 is substantially cone-shaped, it may be cylindrical.

  The details will be described below. The above-mentioned buried concealment 2 is substantially cone-shaped with a mortar material. The engagement frame 3 semi-embedded in the center of the small-diameter side of the buried conceal 2 is made of an engineer plastic material that is thin but strong and has an appropriate flexibility. As shown in FIG. 2, four fixed length columns 7 having protrusions 6 at the ends are attached to four lower portions of the ring 5 having a height of about 21 mm and a diameter of about 27 mm. A circular engagement frame 3 is formed by attaching a cylindrical body 10 with an engagement edge 9 connected to the four support rods 8 and 8 from the site to the center in the middle. In a state where the screw tube 4 made of metal and provided with the waterproof wall 11 in the middle is combined, an embedding formation is performed such that the upper portion of the engagement frame 3 protrudes from the outer surface of the embedding container 2. The embedded main body 12 is formed.

  Further, the embedded controller body 12 formed as described above has a shaft foot 14 with a locking collar 13 formed separately on the engagement frame 3 side, and a shaft foot having a size covering the engagement frame 3. The tile peeling prevention buried container 1 is configured by combining the caps 16 with the holes 15 into one set.

  Since the tile peeling prevention buried con 1 according to the present invention is configured as described above, the buried con 2 is made of mortar adapted to concrete, and the engagement frame 3 semi-embedded on one side thereof is durable even if it is thin. A circular engaging frame 3 made of engineer plastic material such as nylon resin having flexibility is projected outside the embedded con 2 and the columns 7 and 7 of the engaging frame 3 are embedded with the columns 7 with the protrusions 6. 2, the embedded controller body 12 that is semi-embedded is formed, so that the embedded controller body 12 that extends when the engagement frame 3 is pulled strongly but does not separate from the embedded controller 2 is formed.

  In addition, the embedded concrete body 12 is combined with a shaft foot 13 conventionally used when forming a mold and a cap 16 covering the protruding portion of the engaging frame 3 of the embedded concrete body 12 to prevent tile peeling. Since it becomes Con 1, when the formwork B and the shaft foot 14 are removed, the upper part of the engaging frame 3 protrudes outside the buried container 2, so that it is easy to apply mortar E as a base material of the outer wall of the structure. A tile peeling prevention buried container 1 is formed.

  Next, the construction procedure of the outer wall of the structure using the tile peeling prevention buried con 1 as described above will be described below with reference to construction examples shown in FIGS.

  First, as shown in FIG. 4A, the tile peeling prevention buried container 1 of the present invention is attached to the end of the round separator A, and then the clamping tool is used. After forming the mold B with C, the concrete D is placed. Further, when the fastening tool C and the formwork B are removed after the concrete D is hardened, the shaft foot 14 and the cap 16 remain flush with the wall surface of the structure in a state where they are combined with the embedded main body 12 as shown in FIG.

  Further, when the shaft foot 14 is removed from the state as shown in (d), the cap 16 engaged with the locking collar 13 is also removed, so that the outer wall surface is coated with mortar E as a base material ( C) It can be applied evenly and evenly on the engaging frame 3 and the wall surface protruding as shown in the figure, and when a tile F as an exterior material is pasted thereon, it is beautiful as shown in (f) Complete tiled exterior construction.

  In the construction as described above, when the tile peeling prevention buried container 1 of the present invention product is attached, even if the outer wall surface is cracked due to an earthquake or the like, the engineer plastic engagement frame 3 in which the mortar bites. Since the support column 7 is stretched, peeling of the mortar E and tile F can be minimized as shown in FIG. Furthermore, during construction, the cap 16 is also removed in conjunction with the shaft foot 14 being pulled out after the formwork C is removed after the concrete foot D and the cap 16 are placed on the buried concrete body 12. Since the periphery of the engagement frame 3 can be formed in a vacant state, it is possible to create a gap around the engagement frame 12 as in the conventional product by concrete D in the field without providing an edge in the embedded main body 12. It becomes a buried container.

  The material of the buried con 2 in the tile peeling prevention buried con 1 of the present invention is preferably a mortar material, but may be made of a synthetic resin. The shape of the engagement frame 4 is circular, but it may be square, and any engineer plastic other than nylon may be used as long as it has flexibility.

DESCRIPTION OF SYMBOLS 1 Tile exfoliation prevention embedding 2 Buried con 3 Engagement frame 4 Screw pipe 5 Ring 6 Protrusion 7 Prop 8 Support rod 9 Engagement edge 10 Cylindrical body 11 Waterproofing wall 12 Buried main body 13 Locking collar 14 Shaft foot 15 Shaft foot Hole 16 Cap A Round separator B Formwork C Fastening tool D Concrete E Mortar F Tile

Claims (3)

  A buried concrete that can prevent the tiles of a concrete structure from peeling off. The buried concrete is substantially cone-shaped or cylindrical, and has a ring and a bump made of a flexible engineer plastic material at the center of the buried concrete. An engagement frame comprising a support column with a portion, a support bar, and a cylindrical body is formed, and the above-described engagement frame is combined with a threaded tube attached to a round separator of a mold at the lower portion of the cylindrical body of the engagement frame. The buried body body is formed by embedding so that the cylindrical body portion projects from one side of the buried container, and the buried body body, a separate shaft foot and a pair of shaft foot hole caps are combined. An anti-debonding buried wall for exterior wall tiles.   2. The outer wall tile peeling prevention embedding container according to claim 1, wherein the screw tube is provided with a waterproof wall in the middle.   3. The outer wall tile peeling prevention embedded container according to claim 1 or 2, wherein an engagement edge with which the screw tube is engaged is provided at a lower portion of the cylindrical body.

Images