JPS6344505Y2 - - Google Patents

Description

[Detailed explanation of the invention] (Industrial application field) This invention is an adjustment device for attaching a cap made of metal etc. to the top of a parapet formed by pouring concrete around the roof of a building, etc. It is related to.

(Conventional technology and its problems) Conventionally, parapets formed around buildings, etc., have been placed with concrete and the top surface has not been finished flat, resulting in irregularities in the width and length directions. Since the height is quite large, a mounting adjustment holder is used to absorb the unevenness and maintain the cap in a good state of attachment, and the cap is attached to the top surface of the parapet via this holder. This holder supports the Kasagi by engaging the flared leg pieces formed at both left and right ends with protrusions formed at both ends of the Kasagi in the width direction, so it is compatible with the width of the Kasagi. A holder is required, and the same holder cannot be used for caps of different widths. Therefore,
Various holders must be prepared to match the various widths of Kasagi. However, if the same holder could be used for caps of different widths, there would be no need to prepare various holders to accommodate the various widths of caps, which would result in unnecessary manufacturing and manufacturing of parts.
It saves on storage, etc., and has great economic benefits.

Therefore, in the present invention, the adjustment holder for attaching the cap to the top surface of the parapet is divided into a fixed holder and a locking holder so that the cap can be attached according to the width of the cap, and the cap can be easily fixed. The purpose of this invention is to provide a mounting adjustment device for a Kasagi.

(Means for Solving the Problems) In order to solve the above-mentioned problems, the present invention has a substantially groove-shaped cross section in which side plates are integrally formed that hang down on both sides of an inclined top plate and have protrusions at the lower ends. This is a cap mounting adjustment device for fitting a cap to the top surface of a parapet in a crown shape, which includes a fixing part fixed to the top of the parapet with a mounting screw, and a cap that expands toward the fixing part and has a cap that expands toward the top of the parapet. Each holder, which has an engaging part that engages with the projecting piece of the Kasagi and a support part that supports the end of the top plate of the Kasagi at a predetermined inclination angle, engages and supports the fixed holder serving as the fixing part and the left and right sides of the Kasagi. The left and right locking holders are divided into left and right locking holders of different heights, one for outdoor use and one for indoor use, which serve as the engaging portion and the support portion, and the left and right locking holders are attached to the mounting portions at the left and right ends of the fixed holder. The mounting parts of the stop holders are attached to each other to form an integrated holder, and the left and right projecting pieces and the inclined shape of the Kasagi are attached to the engaging parts and supporting parts of the left and right stop holders of the holder fixed to the top surface of the parapet. The capacitors are attached to the ends of the top plate so that the height position of the caps can be adjusted.

(Embodiment) Next, an embodiment of the present invention will be described with reference to the drawings. In the figure, 1 is a cap, which is formed by extrusion molding a light alloy material such as aluminum into a roughly lip groove-shaped cross section. In the cross section, 1A is the top plate of the Kasagi 1, which is formed into a flat plate, and side plates 1B and 1C are integrally formed at both ends, and the side plate 1B is oriented at a predetermined angle with respect to the top plate 1A. It is formed and given elastic strain ability,
Further, the side plates 1C are formed at a predetermined angle with respect to the top plate 1A and are given elastic deformability, and protrusions 1D and 1E protrude inward from each other at the lower ends of these side plates 1B and 1C. are formed respectively.

The attachment adjustment device S for attaching the above-mentioned cap 1 to the parapet 3 consists of a holder 2 and an adjustment member 4, and the holder 2 further consists of a fixed holder 2A and locking holders 2B and 2C on both left and right sides.

The holders 2 are arranged at predetermined intervals in the longitudinal direction of the top surface 3A of the parapet 3 in order to fit the caps 1 therein. The fixed holder 2A is formed with a lip groove-shaped cross section, and a fitting groove 7 is formed between the web 5 and the lip 6, and a line of elongated holes 8 are formed through the web 5. Also,
A screw hole 6A having a substantially C-square cross section is formed at the lip 6 of the fitting groove 7. The left side (outdoor side) locking holder 2B has a locking part 9 fixed to the left end surface of the fixed holder 2A, a hook-shaped support piece 10 projecting upward, and a lower end facing outward. The open leg pieces 11 are integrally formed, and a screw hole 6a of the fixed holder 2A is provided at a predetermined position of the fastening part 9.
A screw hole 12 that is aligned with the fixing portion 9 is provided through the screw hole 12, and a locking protrusion 13 is formed on the surface of the fastening portion 9 that comes into contact with the fixed holder 2A in order to strengthen the fastening. In addition, the right side (indoor side) locking holder 2C is
A locking portion 9' fixed to the right end surface of the fixed holder 2A, a support piece 10' projecting upward, and a leg piece 11' whose lower end is open outward are integrally formed to form a locking holder. It is formed shorter than 2B, and the fastening part 9'
The screw hole 6 of the fixed holder 2A is in the specified position.
A screw hole 12' that is aligned with the screw hole 12' is provided through the screw hole 12', and a locking protrusion 13 is formed on the surface of the fastening portion 9' that comes into contact with the fixed holder 2A in order to strengthen the fastening. Reference numeral 4 denotes adjustment members 4 that are attached to the left and right sides of the lower surface side of the web 5 of the fixing member 2A, and are formed into a rectangular trapezoid shape from, for example, semi-hard synthetic resin or synthetic rubber, and extend in the height direction. Many cut grooves 4A
is provided so that the single piece 4B can be separated at an arbitrary height.

A method of attaching the cap 1 in the above embodiment will be explained. First, when assembling the holder 2 to match the width of the cap 1 to be attached to the parapet 3,
It may be adjusted depending on the length of the fixed holder 2A. In other words, the fixed holder 2A according to the Kasagi width
The fixing parts 9, 9' of the left and right fixing holders 2B, 2C are brought into contact with the end faces, the screw holes 12, 12' and the screw hole 6a are aligned, and the screw holes 6a are fastened with the mounting bolts 14'.

Furthermore, a hole is drilled in the top surface 3A of the parapet 3 using an electric drill or the like, and an anchor member is buried therein. If the top surface 3A of the parapet 3 is formed into a rough surface and there is a difference in height, in order to install the cap 1 horizontally at a predetermined height, first mount the holder 2 at a predetermined height. Since it is necessary to attach it horizontally, the single piece 4B of the adjusting member 4 attached to the holder 2 is cut out along the cut groove 4A to adjust it according to the height difference on the top surface 3A of the parapet 3.

After that, fix the mounting screw 15 to the holder 2A.
It is inserted into the elongated hole 8 and fixed to the anchor member 16 with screws. At this time, the holder 2 adjusts its position in the width direction of the parapet 3 along its elongated hole 8, and adjusts the position of the holder 2 in the width direction of the parapet 3.
The positions are the same width positions. Through this procedure, the holder 2 is made by cutting off the single piece 4B of the adjustment member 4 according to the height difference of the top surface 3A at the mounting position.
The fixed holders 2A of the holders 2 are supported horizontally at a predetermined height, and the fixed holders 2A of each holder 2 arranged at a predetermined interval on the top surface 3A of the parapet 3 are also supported horizontally at the same height. The supporting pieces 10, 10' of the locking holders 2B and 2C are supported and fixed in a shape, and the upper surface side of the fixed holder 2A is
A space T is formed by this.

Therefore, as mentioned above, the top surface 3A of the parapet 3
When the cap 1 is pressed so as to cover each holder 2 fixed to the parapet 3 from above, the protrusions 1D and 1E of the cap 1 slide into contact with both locking holders 2B and 2C of each holder 2, and the side plate 1B , 1C are elastically expanded and expanded, and the top plate 1A curves downward, but the space T formed on the upper surface side of the fixed holder 2A allows the top plate 1A to slide downward. Then, the protrusions 1D and 1E of the cap 1 engage with the locking holders 2B and 2C, so the cap 1 is locked to the holder 2. At this time, the top plate 1A of the Kasagi 1 is received by the support piece 10 of the left locking holder 2B, and the support piece 1 of the right locking holder 2C.
0', and the top plate 1A is supported downward to the right at a predetermined inclination angle with respect to the horizontal fixed holder 2A.

In this way, the cap 1 attached to the top surface 3A of the parapet 3 is held by the holder 2 disposed at a predetermined height via the adjustment member 4, so that the cap 1 is fixed at a predetermined height. It is supported horizontally in the longitudinal direction at a height of 1, prevents tilting in the longitudinal direction with respect to the adjacent cap 1, and the end faces are also at the same height, preventing displacement of the joint of the cap 1 and allowing the fitting of the drainage joint tool. It is easy to put on and watertightness is improved, and the top plate 1A of the cap 1 is held at a predetermined angle of inclination to improve drainage in a predetermined direction. In addition, fixed holder 2A
Since the space T is formed on the top surface, there is no interference even if the top plate 1A moves downward in a curved shape when the cap 1 is installed, so the cap 1 can be easily installed. can. In addition, in order to deal with variations in the width dimension of the parapet 3, that is, the width dimension of the Kasagi 1, the holder 2 is prepared in advance with fixed holders 2A of various lengths corresponding to the various Kasagi widths, and from among them, Either use a compatible fixed holder 2A, or cut the long fixed holder 2A to a length that matches the width of the Kasagi, and use it by assembling the holder 2 that matches the width of the Kasagi 1. At least the left and right locking holders 2
B and 2C can be used for caps of various widths. In addition, screw holes 1 of both locking holders 2B and 2C
By making holes 2 and 12′ vertically elongated,
Both locking holders 2B for the fixed holder 2A,
Since the height position of the support pieces 10, 10' of the 2C can be adjusted arbitrarily, especially when the width dimension of the cap board 1 is wide, the end faces of the joints of the cap board 1 can be easily aligned, which is convenient. be.

(Effect of the invention) Now, the present invention has a cap that hangs down on both sides of the sloping top plate and has an integrally formed side plate with a protruding piece at the lower end and has a substantially groove-shaped cross section. This is an attachment adjustment device for a cap that is fitted to a parapet, and includes a fixing part that is fixed to the top of a parapet with a mounting screw, and an engaging part that expands toward the fixing part and engages with a projecting piece of the cap. and a support part that supports the end of the top plate of the Kasagi at a predetermined angle of inclination. It is divided into left and right locking holders of different lengths, one for outdoor use and one for indoor use, and the mounting parts of the left and right locking holders are respectively attached to the mounting receivers at the left and right ends of the fixed holder. An integrated holder is formed, and the Kasagi is attached to the engaging portions and supporting portions of the left and right locking holders of the holder fixed to the top surface of the parapet, and supported by the left and right projecting pieces and the end of the inclined top plate, respectively. The structure is such that the height position can be adjusted. Therefore, even if there is a difference in height on the top surface of the parapet, the fixed holder can be installed horizontally at a predetermined height very easily, so there is no need to worry about twisting or tilting of the cap, or misalignment of the joint of the cap. This prevents the kasagi from falling, holds the kasagi horizontally at a predetermined height, and improves the watertightness of the joint. At the time of installation, the curvature of the top plate is allowed, so it can be installed extremely labor-savingly without any interference, and the holder can be installed in advance with fixed holders (fixing parts) of various lengths according to the width of each type of Kasagi. You can create a holder that fits the width of the Kasagi by preparing a fixed part that fits the width of the Kasagi, or by cutting a long fixed part to a length that fits the width of the Kasagi. Since it is only necessary to assemble and use it, at least the left and right locking holders (locking portions) can be used for caps of various widths. In addition, by making the screw holes of both locking parts long holes in the vertical direction, the height position of the support pieces of both locking parts with respect to the fixed part can be adjusted arbitrarily, so the width dimension of the Kasagi can be adjusted as desired. If the width is wide, it is easy to match the end faces of the joints of the Kasagi.
This is an extremely practical device for installing and adjusting a Kasagi.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, with FIG. 1 being a sectional view and FIG. 2 being an exploded perspective view of the holder. 1...Kasagi, 1A...Top plate, 1B, 1C...Side plate, 1D, 1E...Protrusion piece, 2...Holder, 2A
... Fixed holder, 2B, 2C ... Locking holder, 3 ... Parapet, 10, 10' ... Support piece,
11, 11'...Leg piece, 15...Mounting screw, S
...Mounting adjustment device.

Claims (1)

[Scope of utility model registration request] This is a cap mounting adjustment device for fitting a cap that has a substantially groove-shaped cross section into a crown shape on the top surface of a parapet, which hangs down from both sides of an inclined top plate and is integrally formed with side plates having protruding pieces at the lower end. A fixing part is fixed to the top of the parapet with a mounting screw, an engaging part that spreads toward the fixing part and engages with the protruding piece of the cap, and an end of the top plate of the cap is fixed to a predetermined position. Each holder has a support part that supports at an inclination angle, and each holder has a fixed holder that serves as the fixing part, and the engaging part that engages and supports the left and right sides of the Kasagi, and a support part that is used for outdoor use and indoor use of different lengths. The mounting parts of the left and right locking holders are respectively attached to the mounting parts at the left and right ends of the fixed holder to form an integrated holder, and the top surface of the parapet is divided into left and right locking holders. The Kasagi is attached to the engaging portions and supporting portions of the left and right locking holders of the holder fixed to the holder, and is supported by the protrusions on the left and right sides of the Kasagi and the end of the inclined top plate, respectively, so that the height position of the Kasagi can be adjusted. Kasagi's mounting adjustment device is characterized by: