JPH028451A - Fixing device for coping - Google Patents

Abstract

PURPOSE:To make a coping firmly installed at either of a reentrant part or an outside angle part of a parapet by forming a holder made from a joint holder and engaging holders, and by making them separable. CONSTITUTION:A top board 1A and side boards 1B and 1C, that are hung down from both sides of the top board 1A and the provided with projecting pieces 1D and 1E respectively at the lower ends, are integrally structured to form a coping 1 with a roughly channel-shaped section. Then, the coping 1 is fixed with a joint holder 3 and a holder 2 formed of supporting pieces, supporting the top board 1A being attached against the inside of the top board 1A, and engaging holders 4 and 5 at the left and right having leg pieces 4H and 5H that are to engage with the projecting pieces 1D and 1E of the coping 1. These engaging holders 4 and 5 are structured separably from the joint holders 3 so that they can correspond to a reentrant part and an outside angle part of a parapet 8.

Description

[Detailed description of the invention]

The present invention relates to a device for attaching a cap to the top of a parapet formed by pouring concrete around the roof of a building, etc. The purpose of the invention is to securely attach the cap to the large corners and protruding corners of the parapet. Our objective is to provide a Kasagi mounting device that allows for. Next, one embodiment of the present invention will be described according to the drawings.
In the figure, reference numeral 1 is a Kasagi, which is formed by extruding a light alloy material such as aluminum laminate into a spiral cross section. In the cross section, 1A is the top plate of the Kasagi 1, which is formed into a flat plate. Side plates IB and IC are integrally formed at both ends,
The side plates IB and IC are each formed at a predetermined angle with respect to the top plate 1A, and the both side plates 1B and IC are arranged substantially parallel to each other and are endowed with elastic deformability. Furthermore, protrusions 1D and 1F that protrude inward from each other are formed at the lower ends of the both side plates 1B and the IC, respectively. Next, a description will be given of a mounting device S for mounting the above-mentioned cap 1 at the straight portion A, the projecting corner B, and the entering corner C of the parapet 8. As shown in FIGS. 2 and 3, this device S consists of a boulder 2, an adjustment member 6, and bolts 7, etc., and the holder 2 has a joint holder 3 and locking holders 4, 5, etc. on both left and right sides. It consists of The holders 2 are arranged at predetermined intervals along the longitudinal direction of the top surface 8A of the parapet 8 in order to attach the caps 1. 3 is the joint holder described above, and the cross section is approximately C.
Formed in a mold shape, the lip 3△ and the lip 3B. A fitting groove 3C is formed between the groove 3B and the groove 3B. Further, a locking protrusion 3F is provided along the longitudinal direction of the lower surface of the lip 3B. Reference numeral 4 denotes a locking holder that is fitted on the left side of the joint holder 3 as shown in the figure and locks the Kasagi 1 outdoors, and 4A is a web to which the locking holder 4 is attached, which is provided horizontally, and is attached to the left and right ends of the joint holder 3 as shown in the figure. The upper part is 4B. 4C is formed, and for attachment, a deep groove portion 4D is formed on the upper surface side of the web 4A, and a shallow groove portion 4E is formed on the lower surface side. Note that the upper piece 4c is formed to be slightly shorter than the hanging piece 4B. Further, a support piece 4F is formed at the upper end of the upper piece IB and extends to the left side in the figure, and the upper surface side of this support piece 4F is in contact with the outdoor side of the top plate 1A of the Kasagi 1 and is supported at a predetermined inclination angle. A slanted surface 4G is formed. Furthermore, a leg piece 41 whose lower end opens toward the left in the figure is integrally formed at the end of the support piece 4F. Furthermore, a fitting piece 4J is integrally formed at the upper end of one of the upper pieces 4C and is inclined downwardly to the right side in the drawing along the mounting inclination angle of the top plate 1A of the Kasagi 1, and a joint bolt is formed on the upper surface of the fitting piece 4J. A locking protrusion 4K for firmly fitting into the fitting groove 3C of No. 3 is formed. Also,
Installation

[An elongated hole 4L is provided in approximately the center of the nozzle 1b 4A. Reference numeral 5 denotes a locking holder that is fitted on the right side of the joint holder 3 as shown in the figure, and locks the Kasagi 1 outdoors. 5A is a web on which the locking holder 5 is attached, and is provided horizontally at the left and right ends of the joint holder 3 as shown in the figure. The upper layer is 5B. 5C, a deep groove portion 5D is formed on the upper surface side of the attachment web 5A, and a shallow groove portion 5F is formed on the lower surface side. In addition, at the upper end of the upper piece 5C, there is a support piece 5F that extends to the right side in the figure.
An inclined surface 5G is formed on the upper surface side of the support piece 5F, which abuts against the indoor side of the top plate 1A of the cap 1 and supports it at a predetermined angle of inclination. Further, a leg piece 5H whose lower end opens to the right in the figure is integrally formed at the end of the support piece 5. In addition, the top plate 1A of the Kasagi 1 is attached to the upper end of one of the top pieces 5B.
A fitting piece 5J is integrally formed that tilts upward to the left side in the figure along the mounting inclination angle, and a locking protrusion is provided on the upper surface of the fitting piece 5J for firmly fitting into the fitting groove 3C of the joint holder 3. 5K has been formed. Furthermore, an elongated hole 5L is provided through the mounting tab 5A at approximately the center thereof. Next, the operation and effects of this embodiment configured as described above will be explained. Now, in order to attach the cap 1 in the above embodiment to the straight part △ of the parapet 8, as shown in FIG.
Assemble. That is, the left and right locking holders 4 and 5 are fitted into the fitting grooves 3C at both ends of the joint boulder 3 via their fitting pieces 4J and 5J. At this time of fitting, the fitting piece 4J fits into the fitting groove 30 of the side holder 3. Adjust the insertion amount of 5J so that the width of the holder 2 after assembly is the same as the width of the cap 1. The joint holder 3 and the locking holder 4.5 are connected by their locking protrusions 3F, 4 and 5 interlocking with each other. When this joint holder 3 and the left and right locking holders 4, 5 are connected, the slopes 4G, 5G formed on the top surface of the joint holder 3 and the top surface of the support pieces 4F, 5F of the locking holder 4.5. are constructed so that they are on the same plane. Furthermore, a hole is drilled at a predetermined position on the top surface 8A of the parapet 8 using an electric drill or the like, and an anchor member 9 is buried therein. Then, the locking holder 4 of the holder 2
, 5 are installed using long holes 41.5 penetrated through the webs 4A and 5A.
The boulder 2 is temporarily fixed by inserting the hole 7 into the L and screwing it into the anchor member 9. And the locking holder 4
．． J on the inclined surface of 5 and the top surface of joint holder 3.
In order to abut and support the top plate 1A of the zigzag 1 at a predetermined inclination angle, the single piece 6B of the adjustment member 6 is cut out along the cut groove 6A and adjusted. Attach locking holders 4 and 5 in a row (Puweb 4A, 5
After adjusting the inclination of the holder 2 by inserting it into the lower surface of the triangle, the bolt 7 is fully tightened for installation. During this final tightening, the tightening force is absorbed by the adjustment member 6 inserted into the lower surface of the webs 4A, 5A so as to sandwich the bolt 7 between them, thereby preventing the entire holder 2 from deforming. According to the IC, corner holders 2 are arranged at predetermined intervals on the top surface 8A of the parapet 8.
When the Kasagi 1 is pressed to cover the parapet 8 from above, the protruding piece ID of the Kasagi 1, 1E is the leg piece 4H2 of the holder 2.
5 are in sliding contact with each other, the side plate 1B and IC are elastically expanded, and the projecting pieces ID and IE of the cap 1 are engaged with the leg pieces 4H and 5H of the holder 2, so that the cap 1 is fixed to the holder 2. At this time, the top plate 1A of the Kasagi 1 is in contact with the inclined surfaces 4G and 5G of the support pieces 4F and 5F of the locking holders 4 and 5 of the holder 2 and the upper surface of the joint holder 3, and is supported at a predetermined angle of inclination. There is. Therefore, since the holder 2 is installed in a predetermined position while being prevented from being deformed by the tightening force of the bolt 7, the caps 1 are connected in a normal state, so that the end face shapes of the adjacent caps 1 are also different. Since it is normal, it becomes easy to align the end faces of the connection part, and watertightness can be improved. Next, when installing the Kasagi 1, a worker stands on the Kasagi 1 during or after construction, and the top plate 1A of the Kasagi 1 is deformed into a curved shape. .5 Since the sloped surfaces 4G, 5G and the upper surface of the joint holder 3 are in contact with the top plate 1A of the Kasagi 1 over the entire length, deformation of the top plate IA at the same portions is prevented and the leg piece 4H of the holder 2. Since the engaging portions between 5H and the projections ID and IE of the Kasagi 1 are not reached, disengagement can be prevented. Next, attach the Kasagi to the protruding corner B of the parapet (as shown in Figure 1).
To explain the case where it is attached to the inside corner C), in this case, the locking holder 4 or 5 is separated from the joint holder 3 and used alone.
In Fig. 4), the locking holder 4 (5) is installed by inserting the bolt 7 into the long hole 4L (5L) made in the tab 4A (5A) and attaching it to the protruding corner B ( Large corner C
) is screwed onto the anchor member 9 buried in a predetermined location on the top surface of the web 4. For installation, fully tighten bolts 7 to port 1. Therefore, when the edges are butted together like a picture frame at the protruding corner B (large corner C), when a part of the cap 1 is pressed, the cap 1
The outdoor side (indoor side) side plate 1B (1F) is elastically expanded, and the projecting piece 1D (1E) is attached to the leg piece 41-1 of the holder 2.
(5H), the upper surface 4G (5G) of the support piece 4F (5F) of the locking holder 4 (5) abuts the inner surface of the top plate 1A held at the predetermined angle of inclination, and the respective protruding corners In B, the top plate 1A is supported on the outdoor side, and in large corner C, the top plate 1A is supported on the indoor side. Therefore, since the protruding corner part 81 corner part C Gumo Kasagi 1 of the parapet is firmly attached to the part of the corner where the V is abutted in the shape of a picture frame, it is protected from wind and impact, and the corner joints are mutually secure. Since they are aligned with each other, watertightness is significantly improved, and the caps 1 can be attached to the straight portions and corner portions of the parapellers 1 with a common member. In addition, in another embodiment shown in FIG. 6, the left and right locking holders 4
, 5 is slightly changed, and the shape of the joint holder 3 is also slightly changed accordingly,
To explain this in detail according to the figure, in the figure, 24 is a locking holder on the left side of the figure, 24A is a web on which the locking holder 24 is attached, and its lower surface 24B is formed horizontally.
The upper surface 24C of the same web 24A is the joint holder 2
3 is attached and the holder 23 abuts and supports the top plate 1A of the Kasagi 1 at a predetermined angle of inclination. It gradually becomes thicker toward the left tip. In addition, leg pieces 24D, 24D are protruded from the lower right side of the web 24A in the figure to form a groove 24E, and an elongated hole 24F is penetrated through the approximately central portion of the web 24A where the groove 24E is formed. There is. Further, for attachment, a leg piece 24G whose lower end opens toward the left side in the drawing is formed on the left end of the web 24A, and a mounting piece 24H having a hook-shaped cross section is formed on the upper surface 24C near the same end. There is. Note that the top surface 24. of this mounting piece 24H.
J is formed to be flush with the upper surface of the joint holder 23 when the joint holder 23 is attached. 25 is a locking holder attached to the right side of the joint holder 23 in the figure; 25A is a web on which the holder 25 is attached; the lower surface 25B thereof is formed horizontally;
The upper surface 25C of the same web 25A is the joint holder 2
3 and the holder 23 abuts and supports the top plate 1A of the Kasagi 1 at a predetermined angle of inclination, the top plate 1A is mounted on an inclined surface along the angle of inclination, and the web 25△ is not shown in the figure. The fabric is gradually thinner toward the tip. Further, a recessed groove 25D is formed on the lower left side of the web 25A in the figure, and an elongated hole 25F is provided through approximately the center of the tongue 25A in the area where the recessed groove 25D is formed. Further, for attachment, a leg piece 25F is formed at the right end of the web 25A as shown in the figure, and a leg piece 25F whose lower end opens toward the right side in the figure is formed, and an attachment piece 25G having a hook-shaped cross section is formed on the upper surface 25C near the same end. . The top surface 25H of this mounting piece 25G is formed to be flush with the top surface of the joint boulder 23 when the joint 1 to holder 23 are attached. Therefore, in this example, as in the previous example, the Kasagi 1 can be used as the straight part A for the parapet 8. In addition, the left and right locking holders 24, 25 can be separated from the joint holder 23, so that the protruding corner 81 Can be used as C,
It has the same effect as the previous example. As described above, the present invention has a cap board that is hung downward on both sides of the top plate and has a grooved cross section and is integrally formed with side plates having protrusions at the lower end, and is tilted downward toward the indoor side with respect to the top surface of the parapet. This is a mounting device for a cap that is fitted in a crown shape, and the device is composed of a holder and a mounting bolt, and the holder is attached to the joint holder and the inner surface of the top plate of the cap on the indoor and outdoor sides of the cap. It consists of a support piece that contacts and supports the top plate, and left and right locking holders that hold the leg pieces that engage with the protruding pieces of the cap, and these left and right locking holders are attached to the inside and outside corners of the parapet. By configuring the joint holder so that it can be separated from the joint holder, it is possible to engage in a normal state and easily align the end face with the adjacent cap, increasing watertightness. , installation of the Kasagi becomes extremely easy. Furthermore, the locking boulder can be separated from the joint holder and used independently depending on the type of parapet, so it can be easily fixed even on the caps at the projecting corners and large corners of the parapet. Even if an external force is applied to the cap and the holder is deformed, the engagement between the cap and the holder will not come off. [BRIEF DESCRIPTION OF THE DRAWINGS] The figures show one embodiment of the present invention, in which Fig. 1 is a plan view showing how the cap is installed, Fig. 2 is an exploded perspective view, and Fig. 3 is an exploded perspective view of the cap installed on a straight section of a parapet. Enlarged longitudinal sectional view showing the embodiment, No. 4
The figure is an enlarged vertical cross-sectional view showing an embodiment installed at the projecting corner of a parapet, Figure 5 is an enlarged vertical cross-sectional view showing an example installed at a large corner of a parapet, and Figure 6 is a left and right locking holder and joint. FIG. 7 is an enlarged longitudinal sectional view showing another embodiment of the holder. 1...Kasagi 1^...Top plate 1B, IC...Side plate ID IE...Protruding piece 2...Holder 45...Lock holder 485H...Leg piece 7...Installation Bolt 8...Parapet 8A...Top Applicant Riken Light Metal Industry Co., Ltd. Agent Patent Attorney Oka 1) Hikoaki Hide Specifications Director General of the Patent Office Yoshi 1) Takeshi Moon 2. Indication of the original utility model registration application 1980 Utility Model Registration Application No. 020749 1982 Utility Model Registration Application No. 108154 3 Name of the invention Kasagi attachment device 4 Relationship with the person making the amendment Case: Patent applicant Address 3-Magagane, Shizuoka City, Shizuoka Prefecture 2-1 Name: Riken Light Metal Industry Co., Ltd. (Name) Representative: Ryo Ishihara 5, Agent Address: 1, Nagoya Chamber of Commerce and Industry Building, 2-10-19 Sakae, Naka-ku, Nagoya City, 460 Nari-I-Na Kasaki no Torii Structure 2, Claim 7, Contents of Amendment (1) First, the full text of the specification has been amended as shown in the attached sheet. Detailed Description of the Invention (Industrial Application Field) This invention is formed by placing = J concrete around the roof of a building, etc., respectively. Regarding the caps attached in a crown shape to the 10th part of the parapet, for details, please refer to the caps attached to the protruding corner or the large corner of the same parapet in a crown shape.
'Regarding lli construction. (Prior Art and Problems to be Solved) Conventionally, various structures have been developed for attaching a cap to the top of a parapet. The kasagi (= J) for the part was not sufficiently taken. - In terms of the cross-sectional shape of the kasagi, it hangs down from both edges of the top board and the same large board in the direction of F, and is inside the parapeller 1. It is formed into a generally mouth-shaped cross section with side edges that extend outward, and the top plate is installed downwardly at a predetermined angle toward the indoor side. :1-Boo Kasagi is made by cutting the Kasagi members having the same cross-sectional shape as the Kasagi at a predetermined angle of inclination in order to butt and connect them in a substantially I-shape so that the protruding corners or large corners are aligned. The diagonal abutting portions are joined by welding means to form a two-boo cap, and the straight portions of the cap at both ends are attached to the parapet via the diagonal holders. In the installation configuration using the joint holder, since the length of the diagonal butt part of the corner cap is long, a part of the butt corner will sag due to its own weight, and this will cause the joint holder's engagement part of the corner cap to twist. Problems that can cause the holder to deform, and when a slight external force such as wind or snow is applied, the corner caps will become twisted and the corner caps will become deformed, leading to the corner caps falling off. There is a problem that becomes especially noticeable when the width of the parapet is large, and as shown above] - In the case of a nare Kasagi, the influence of external forces such as wind force is extremely large, which is not seen when descending on a long Kasagi. The present invention was made in order to solve the above-mentioned conventional problems, and the present invention was made to solve the above-mentioned conventional problems.
An object of the present invention is to provide a structure for attaching a nera kasagi that can be reliably and firmly attached without twisting or the like. (Means for Solving the Problems) In order to solve the problem, Parapera 1~
A holder consisting of a part of the locking holder on the inside and outside of the door and a joint holder is arranged in the width direction of the parabella 1 on both ends of the corner cap at the projecting corner or large corner of the door. Attach the holder to the top of the indoor side and the top of the outdoor side of the parapet at the projecting corner or large corner through the indoor and outdoor mounting holes of the holder, respectively, and tighten with bolts, Near the indoor end and near the outdoor end of the top plate at both ends are supported at a predetermined inclination angle by the above-mentioned indoor/outdoor connections + l = support surfaces formed on the upper surface of a part of the holster, and Both side plates of the kasagi are respectively locked to the leg pieces formed at the outer ends of a part of the indoor/outdoor locking holder, while the projecting corners of the parabella 1~-
At the corner part or inside corner part, there is an attachment that can be worn on the 10th side of a part of the same coop (-supports the corner part of the 21-ner Kasagi and the side plate of the support part). A corner locking boulder connected with a leg J) that slopes downwardly to the side of the parapeller 1~ in order to cover the parapeller 1~
-N The above = 1 for the vicinity of one end of a corner on a part of the I page surface.
- To install the locking holder, fasten it with the mounting hole I through the mounting hole of the web, and attach the top plate of a part of the corner of the corner cap to the support surface of the support piece of the corner locking holder. The corner cap is supported at a predetermined inclination angle by the corner cap, and the corner cap is configured such that a side plate on one side of the corner cap is elastically locked to a leg piece of the corner lock holder. . (Function) With the above configuration, both ends of the corner cap are supported by the holder and can hold the joint part with the long cap installed on the straight part, and a part of the protruding corner Alternatively, at a part of the inside corner, a part of the corner cap for the corner is locked and supported by a corner locking boulder, thereby acting to resist external force. (Embodiment) Next, an embodiment of the present invention will be described according to the drawings. The Kasagi member 1 is made by extrusion molding a light alloy such as aluminum so that the cross section along the width direction is approximately in the shape of a mouth. A pair of indoor and outdoor side plates 1B and 1G are integrally installed, each hanging from the indoor and outdoor edges, and the top plate 1A is inclined toward the indoor side at a predetermined angle with respect to both side plates 1B and IC, and both sides are connected to each other. Board 1B,
1C is formed almost parallel and has an elastic strain capacity of llI;l
! :J has been done. Furthermore, projecting edges 1D and 1F that project inward from each other are formed at the lower ends of both side plates 1B and 1C, respectively. The long Kasagi member 1 is attached to the straight part A of 8, and the protruding corner B and large corner C follow the shape of the parapet entrance and exit corner. Kasagi members 1a, 1 as short as possible
The abutted ends of a, 1b, and 1b are cut at a predetermined inclination angle, and the mutual oblique abutment parts 1d are joined to form an out-corner corner capacitor whose planar shape is generally oval or hook-shaped, and 1 and an inward corner cope. -2 is formed on the Kasagi and the protruding corner B J5
It is capped at the σ-input corner C. Next, the attachment device S1 for attaching the above-mentioned Kasagi member 1 and the corner Kasagi to the straight part Δ and the protruding corner part 81 of the parallel part 1 and 2 to the corner part C will be explained. As shown in FIGS. 2 and 3, this device S1 consists of a holder 2, an adjustment member 6, and a mounting bolt 7, and the holder 2 further includes joins 1 to holders 3 and a locking holder part 4 for outdoor use. and a locking holder part 5 for indoor use. The holders 2 are respectively attached along the width direction on the top surface 8Δ of the parapet 8 at the linear portion A of the parapet 1-8, and a plurality of holders 2 are attached at predetermined intervals on the top surface 8A in the longitudinal direction. The elongated Kasagi member 1 is then installed. Reference numeral 3 denotes a joint holder that is separably attached to a part 4.5 of a locking holder for indoor and outdoor use, and is formed in a substantially C-shaped cross section, and has a web 3Δ forming the bottom and lips forming both sides. A fitting groove 30 is formed between 3B and 3B. Furthermore, locking protrusions 3E are provided on the inner ends of the lower surfaces of both lips 3B, respectively, in a longitudinal direction. Reference numeral 4 denotes a part of a locking holder for outdoor use which is connected to the left side of the joint holder 3 in a detachable manner in order to lock the Kasagi member 1 outdoors.
A mounting number J web 4A for fastening to the outdoor side on the top surface 8A of the parapet 8 is formed horizontally. At the same time, a deep groove 40 is formed on the upper surface side of the mounting tab 4Δ, and a shallow groove 42 is formed on the lower surface side. d3, the upper piece 4C is formed to be slightly shorter than the upper piece 4B. Roughly speaking, a support piece 4F is formed at the upper end of the upper piece 4B and extends to the left side in the drawing, and the upper surface of this support piece 4F is in contact with the vicinity of the outdoor end of the top plate 1Δ of the Kasagi member 1. In order to support this outdoor end (near J) at a predetermined inclination angle, a support surface 4G that tilts downward toward the indoor side is formed. In order to elastically lock the outer plate IB, a leg piece 41-1 tilted downward to the left side in the drawing is integrally formed.Furthermore, a fitting groove 3C for the joint holder 3 is provided at the upper end of one of the upper pieces 4C. A fitting piece 4 is inclined slightly downward to the right in the figure in accordance with the installation inclination angle of the top plate 1A of the Kasagi member 1 in order to be inserted and connected inside.
J is integrally formed in a protruding manner, and on the upper surface of the fitting piece 4J, a fitting piece 4J is fitted into the fitting groove 3C of the joint holder 3.
The locking protrusion 4 has a sawtooth cross section to firmly fit and connect the
K is formed. Also, for installation, there is a mounting bolt 7 at approximately the center of the web 4A.
A long hole 4L is provided through the hole 4L. Reference numeral 5 denotes a part of a locking boulder for indoor use that is separably connected to the right side of the joint holder 3 in the figure in order to lock the Kasagi member 1 indoors.
For fastening the web 5A to the indoor side on the top surface 8A of the parapet 8, a web 5A is provided horizontally, and upper mounting pieces 5B are provided at the left and right ends of the web 5A. 5C are vertically arranged, and deep grooves 5D are formed on the upper surface side of the mounting tabs 5A, and shallow grooves 5E are formed on the lower surface side. Further, a support piece 5F is formed at the upper end of the upper piece 5C and extends to the right side in the drawing, and the upper surface side of this support piece 5F abuts near the indoor end of the top plate 1A of the Kasagi member 1, so that it can be used indoors. In order to support the vicinity of the end portion A4 at a predetermined inclination angle, a support surface 5G is formed that is inclined downward toward the indoor side. Further, a leg piece 5 is integrally formed at the end of the support piece 5F and is inclined downwardly to the right in the figure in order to elastically lock the inner plate 1C of the cap member 1. In addition, the upper end of one of the upper pieces 5B is slightly tilted upward to the left in the figure in correspondence with the installation inclination angle of the top plate 1A of the Kasagi member 1 in order to insert and connect the di-in mill holder 3 into the fitting 1M3c. A fitting piece 5J is integrally formed,
A locking protrusion 5K having a sawtooth cross section is formed on the upper surface of the fitting piece 5J to firmly fit and connect the fitting piece 5J fitted into the fitting groove 3C of the joint holder 3. Further, a long hole 5L through which the mounting bolt 7 is inserted is provided in the center of the take-up web 5Δ. To attach the holder 2 to the top surface 8A of the straight section of the parapeller 1-8, as shown in FIG. Indoor locking holder part 4゜5 fitting pieces 4J, 5J
Part 4.5 of both locking holders for indoor and outdoor use by inserting the
are tightly attached to the join 1 to the boulder 3, respectively, and both the locking holder parts 4 and 5 are connected. At the time of this connection, join l
- Adjust the amount of fitting of the fitting pieces 4J and 5J into the fitting groove 3C of the holder 3 to match the length of the boulder 2 after assembly to the width of the Kasagi member 1. In addition, the joint holder 3 and both locking holder parts 4 and 5 are the locking protrusion 3F and the locking protrusion 4.
, 5 and 5 are interlocked and tightly attached to each other. Furthermore, an anchor member 9 is buried in a predetermined position on the top surface 8A of the parapet 8. And both locking holders part 4
, 5 are inserted into the long holes 4L, 5L and screwed into the anchor member 9 to temporarily fix the boulder 2. and,
A single piece 6B of the adjustment member 6 is attached to support the top plate 1Δ of the Kasagi member 1 at a predetermined angle of inclination by the support surfaces 4G, 5G of the two engaging boulder parts 4, 5 and the upper surface of the joint holder 3. Adjust the height of the adjustment member 6 by cutting it off along the notch groove 6A, and attach the mounting number knob of both locking holder parts 4.5 so that the side J and 7 are fitted into the groove 6C. After adjusting the inclination angle of the holder 2 by inserting it into the lower surface side of 4A and 5A, fully tighten the handles 1 to 7. Then, when the Kasagi member 1 is placed over each i+\ruder 2 arranged at a predetermined interval on the top surface 8Δ of the straight part A of the parapet 8 and the Kasagi member 1 is pushed down from above, the projecting edge of the Kasagi member 1 is 1D,
The IE slides into contact with the leg pieces 4+-1, 51-1 of the holder 2, and the side &IF3. The IC is elastically expanded, and the projecting edges ID and IF of the Kasagi member 1 are the leg pieces 41-1 of the holder 2. 5H, the side plates IB and 1G of the Kasagi part +A1 are elastically locked to both the leg pieces 4l-1 and 5t, respectively, and the top plate 1Δ of the Kasagi member 1 is engaged with the both locking holders part 4.5. is in contact with the support surfaces 4G, 5G and the upper surface of the joint holder 3, and is supported at a predetermined inclination angle.Next, attach 1 to the protruding corner corner caps on the Ir1 parts of the protruding corner parts B of the rosettes 1 to 8. To explain the case where the projecting corner B of this parabella 1-8 has an abbreviated planar shape or a substantially hooked shape in order to follow the shape of the projecting corner B, [formed in a shape]- Short Kasagi members 1a on the left and right sides of the nare Kasagi 1.A holder 2 is disposed at a predetermined position on the top surface 8A of the parapeller 1-8 in order to hang the ends of 1a. The web 4-A and the cap member 1a can be attached to the outdoor top surface of a part of the protruding corner of the parapet 8. In order to attach the support piece 4=F for supporting 1a and the side plate 1A. A pair of]-ner locking boulders (in this case, for example, the locking holder part 4 for the outdoor side of the holder 2 is shown as an example (In addition, - is added to each number @4.) 4' is arranged perpendicularly to the outdoor end on the top surface 8A of the protruding corner B, and the outdoor side of the holder 2 is placed at the straight part A. In the same manner as when tightening the locking holder part 4 for the
7 through the mounting holes. Then, when 1 is placed over the protruding corner cap and pressed from above the protruding corner B, the side plates IB and IC on both ends of 1 are placed on the protruding corner cap and the locking holder parts 4 and 5 of the holder 2 are placed on the protruding corner cap.
The outer plate 1B of the corner part of the protruding corner cap 1 is elastically attached to the leg pieces 4H and 51-1 of the parapet 8. A part of the top plate 1△ is elastically locked to the piece 4-H, and is attached to the protruding corner Kasagi of 1]-na. They are each supported by a bearing surface 4-G of a corner locking holder 4' disposed in the section. In addition, 2 is attached to the inside corner Kasagi at the top of the large corner C of the parapet 8 (in case of hanging, in the large corner C of this parapet 1-8, the doujin corner C is attached to the left and right straight part A side). ] - The top surface of the parapeller 1-8 is placed on the left and right sides of the parapeller 1-8 to fit the ends of the 0-shaku kasagi members 1b and 1b. The holder 2 is arranged at a predetermined position of 8A, and
A mounting web 5''A that can be worn on the inside corner of the parapet 1-8, a support piece 5-1 for supporting the Kasagi members 1b and 1b, and a side plate 1C. A pair of ]-ner locking holders (in this case, for example, a locking bolt for the indoor side of the holder 2 - part 5 is shown as an example. Note that each number 5 is given a '.) 5- is the top surface 8 of the inside corner part C.
△ Straight section A arranged perpendicularly to the indoor end of the top
In the same way as when tightening the locking holder part 5 for the indoor side of the holder 2, the installation is done by tightening the mounting holes (to 7) through the holes 5'L of the web 5-Δ.
Put 2 over the inside corner Kasagi from above the large corner C and push it 1F, and the side plates 1B on both ends of 2 are placed on the inside corner Kasagi. Piece 41-1.5H is elastically attached, and the inside plate 1C of part of the corner of 2 is attached to the inside corner Kasagi from Parapella 1 to 8.
Corner locking holder 5 installed on the corner of the
The top plate 1A, which is elastically locked to the leg pieces 5-H of the parapets 5-H and located at the inside corner Kasagi, is disposed on the support surface 5G of the locking holder part 5 and a part of the inside corner of the parapeller 1-8. are supported by the support surfaces 5"G of the corner locking holders 5-. Since this embodiment is constructed as described above, the outer corner corner caps 1 and the inner corner caps 1 and 1 are supported respectively. Both ends of 2 are attached to the holder 2 arranged on the straight part A side of the parapet 8, and the holder 2 is attached to the corner cap.
A part of the "-" is supported by being fixed to the corner stop holders 1' and 5- attached to the protruding corners B and J: and the inner corner C of the parapeller 1-8. -Na Kasagi 1. It can prevent part of the corner of 2 from sagging due to its own weight, and it can also prevent the corner of 2 from sagging due to its own weight.
This prevents twisting of the holder 2 and deformation of the holder 2. 2 can be stably and firmly locked and supported, and the watertightness of the connection part with the long capping member 1 can be ensured. Note that one mounting device S2 shown in FIG. 6 indicates another aspect of the mounting device S1. , 5 is slightly changed and the shape of the joint 1 and the boulder 3 is changed accordingly.This will be described in detail with reference to the drawings, where 24 is not shown. Part of the locking boulder for the outdoor side on the left, 24△ is a part of the locking boulder 24
The lower surface 24B of the web 24B is horizontal, and the upper surface 24G of the web 24A has a joint bolt 23 attached thereto, and the top plate 1A of the Kasagi member 1 is held at a predetermined angle of inclination using the holder 23. Attachment of large plate 1△ for abutting support 1- (formed on an inclined surface along the slope angle of the same wear 24)
A is formed to be gradually thicker toward the bottom left side in the figure. Further, leg pieces 24D, 24D are protruded from the right side face of the web 24A to form a groove 24F.
F is yours. Further, a leg piece 24G whose lower end opens toward the left side in the figure is formed at the left end of the mounting web 24A, and a support piece 24H having a hook-shaped cross section is formed at the upper surface 24G near the same end. Note that this support piece 24
The support surface 24J of H is formed to be flush with the upper surface of the holter 23 to the joint 1 when the joint 1-boulder 23 is attached. Reference numeral 25 denotes a part of the locking holder that is attached to the indoor side of the joint holder 23 on the right side in the drawing, and 25Δ is a web on which the locking holder part 25 is attached, the lower surface 25B of which is formed horizontally; Also, the top surface 25C of the same T-blade 25△
Attach the join 1 to the holder 23 and support the top plate 1△ of the Kasagi member 1 at a predetermined angle of inclination with the same holder 23. It is formed on an inclined surface along the corner, and the T-blade 25△ is formed gradually thinner toward the tip of the cloth shown in the figure.
” There is a recess 1iI112 on the bottom left side of the reweb 25△ in the figure.
5 D is formed and these four parts? l'I'125]D is formed, and a long hole 25[1.1 is provided in the center of the 7C part (</σ door neb 25Δ. At the right end of 25△ in the drawing, a leg 1', 25 F, whose lower end is directed to the right in the drawing, is formed.
In addition, a support box 25G having an Ifli surface shape is formed on a surface near the same end. Note that the support surface 25 +-1 of this support piece 25G is formed to be flush with the top surface of the holder 23 from the shift 1 in 1. ing. therefore,
In this mounting device S2 as well, the Kasagi member 1 can be used as the straight part △ for the parapeller 1-8 as in the previous example. Since it can be separated, it is arranged at a part of the corner of the protruding corner 81 of the parapet 8 and the corner C of the parapet 8, and a part of the corner 1 is secured to the protruding corner cap, and a part of the corner 2 is secured to the inlet corner cap. It can be used for the parapet, and the same effect as the previous example can be enjoyed. The ICX part 2 is attached to the halter, and part of the ICX 2 l-na is latched and supported by the corner latching holders attached to the protruding and large corners of the parapet. This prevents the corner cap from sagging due to its own weight, and also prevents the corner cap from twisting or deforming the holder due to external forces such as ICN wind or snowfall.]
It is possible to stably and firmly lock and support the inner cap, and to ensure watertightness of the connecting portion with the elongated cap member.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, and FIG. 1 shows a long capping member and a mounting board for the protruding corner and large corner on the top of the parapeller 1 to the right of the protruding and large corners. Fig. 2 is an exploded perspective view of the mounting device;
The figure is a longitudinal cross-sectional view showing the structure of the cap member attached to the straight part of the parapet, and Figure 4 shows the structure of the cap member attached to the protruding corner of the parapet 1. Show? I longitudinal section,
Fig. 5 is a longitudinal cross-sectional view showing the mounting structure of the cope-capsule mounted on the inside corner of the parapet, and Fig. 6 is a longitudinal cross-sectional view showing the mounting structure of the coop-kasagi installed in the inner corner of the parapet. 1...Kasagi member 1A...Top plate 113iC...Side plate 2.22...Holter 3.23...Joint holder 4.24...Outdoor side holder holder part 5.25.・・・
Indoor surveying locking holder part 4-35-...]-] Boo holder 7...Mounting port 1-8...To parapeller 1 A...Straight section B...Protruding corner C ... 1 for the inside corner ... 2 for the outside corner ... Inner corner Kasagi Kasagi Applicant Uken Light Metal Industry Co., Ltd. Agent Patent attorney Oka 1) Hidehiko

Claims (1)

[Claims] In a mounting device for attaching a cap to the top of a parapet, side panels each having a protruding edge on the inner surface of the lower end are hung from both sides of a top board arranged side by side on the top of the parapet. A pair of left and right locking holders are separably connected to both ends of the joint holder placed horizontally along the width direction and are attached to the indoor and outdoor top surfaces of the parapet. A fitting piece protruding from the inner end of the locking holder to be removably fitted to the end of the joint holder, a mounting web for fastening to the top surface of the parapet, and the top plate. a support piece that is inscribed in the mounting web and horizontally installed above the outside of the mounting web to support the cap; and a leg piece that is inclined outwardly and downwardly to engage the projecting edge and engage the side plate. A mounting device for a Kasagi characterized by the fact that the and.