KR200173322Y1 - Pocket frame assembly for sliding door - Google Patents

Abstract

The present invention has a problem in that the cost is increased as the material waste is severe and the construction time is long as the material is cut and installed every time the sliding door is installed; A guide frame supporting a roller coupled to the upper side of the sliding door and guiding movement of the sliding door, an upper frame coupled to the guide frame to support the guide frame and fixed to the ceiling, and one end of which is located above the center of the upper frame. Fastening and the other end is embedded in the ceiling slab fixed bolt for supporting the upper frame, the upper horizontal adjustment bolt is installed on both edges of the upper frame to maintain the horizontal of the upper frame, and the floor finishing line of the room A lower frame for preventing the sliding door sliding, a lower horizontal adjustment bolt for adjusting the horizontal of the lower frame, and a lower frame for fixing the lower frame to support the lower frame By being composed of frames; By standardizing various materials for the installation of the sliding door, the construction can be performed quickly and accurately, and the pocket frame of the sliding door can increase the aesthetics and save materials through the firmness and clean finish after construction.

Description

Pocket frame assembly for sliding door {

The present invention relates to a wall-mounted sliding door that is embedded and hidden in a wall when the door is opened, and more particularly, to a pocket frame of a sliding door that supports and guides the sliding door.

Generally, doors are divided into sliding type and sliding type according to the opening and closing method. In the case of the case of opening and closing type, the hinge structure is installed between the wall and the door to open and close the door as the door is rotated. In the case of the case of the sliding type, the rail is installed at the bottom of the door to move the door and move along the rail. have.

The sliding type has a disadvantage that the door width is relatively large compared to the sliding type, which takes up a lot of space for installation and adversely affects safety and privacy, but the sliding type does not require a separate space when opening or closing the door. Therefore, it has the advantage that it can be used in the space where the opening door is not allowed.

Sliding doors have been used from whales, both east and west, but in recent years, the shape has changed with the construction of concrete buildings. That is, when installing a sliding door type, when installing a pocket to open the door, the door is embedded in the pocket to minimize the area occupied by the door. This type of sliding door is called a pocket sliding door, and the present invention relates to a pocket frame of a sliding door that supports the sliding door of the pocket sliding door and guides the movement of the sliding door.

Unlike the conventional method, the pocket sliding door has a form in which a sliding door is supported from an upper side, and only a device for guiding the movement of the sliding door is installed in the lower part of the sliding door. That is, the frame which supports a door is provided in the upper side of the door, and only the frame of the grade which prevents the door shake is provided in the lower side.

Therefore, in the case of installing the frame to support the sliding door when installing the sliding door, the steel plate, pipes and wood, etc. are properly cut and installed according to the needs of the work, and these are mutually joined using stud bolts or the like. By doing so, the frame supports the sliding door.

However, the conventional installation method of the sliding door configured as described above is to cut and install the material every time the work is a waste of materials and the construction time is long, it is difficult to maintain the horizontal level of each frame is a problem that consumes a lot of manpower during construction have.

In addition, when the door is embedded in the wall, the rear side of the door may be shaken from side to side, and thus there is another problem that the door may be damaged.

The present invention has been devised to solve the above problems of the prior art, by standardizing and supplying each material required for the construction of the sliding door, to shorten the construction time of the sliding door and to improve the accuracy of the construction, and to be robust even after construction. The purpose of the present invention is to provide a pocket frame of a sliding door that can maintain and at the same time prevent other products from being damaged during use and enhance the customer's satisfaction by enhancing the appearance finish.

1 is a side cross-sectional view showing a pocket frame of a sliding door according to the present invention,

FIG. 2 is a detailed view of portion 'A' of FIG. 1;

Figure 3 and Figure 4 is an installation state diagram showing a state in which the pocket frame of the sliding door according to the present invention,

Figure 5 is a side cross-sectional view showing a pocket frame of a sliding door having a dual structure,

6 and 7 is a state diagram showing the installation state of the pocket frame of the sliding door having a dual structure.

<Description of the code | symbol about the principal part of drawing>

1: sliding door 3: wall exterior wall

11: guide frame 11 ': stopper

12: upper frame 13: fixing bolt

14: upper horizontal adjustment bolt 15: length adjustment

16: lower horizontal adjustment bolt 17: length adjustment

18: lower frame 19: fixed frame

20: noise prevention plate 21: gap frame

The present invention for achieving the above object is a guide frame for supporting the roller coupled to the upper side of the sliding door and to guide the movement of the sliding door, and the upper frame coupled to the guide frame to support the guide frame and fixed to the ceiling and A fixing bolt supporting one upper end of the upper frame and an upper end of the upper frame being buried in a ceiling slab to support the upper frame, and installed at both edges of the upper frame to maintain the horizontal level of the upper frame. A lower frame for preventing shaking of the sliding door by using an adjustment bolt, a protrusion formed at the center of the floor, and a protrusion formed in the center, and a lower horizontal adjustment provided at the lower side of the lower frame to adjust the horizontality of the lower frame. The bolt is connected to the lower end of the lower frame and A fixed frame for supporting a side frame characterized in that configured.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The pocket frame of the sliding door of the present invention supports the roller 2 coupled to the upper side of the sliding door 1 as shown in Figures 1 to 4 and guide frame 11 for guiding the movement of the sliding door (1) ), An upper frame 12 coupled to the guide frame 11 to support the guide frame 11 and fixed to the ceiling, and one end is fastened to the upper side of the center of the upper frame 12, and the other end is the ceiling side. Fixing bolt 13 embedded in the slab to support the upper frame 12, and the upper horizontal adjustment bolt 14 is installed on both edges of the upper frame 12 to maintain the horizontal of the upper frame 12 And, the lower frame 18 and the lower side of the lower frame 18 to prevent the shaking of the sliding door 1 by using a protrusion 18 'formed in the center and installed in accordance with the floor finishing line (DLL) of the room Is installed on the lower frame Lower horizontal adjustment bolt 17 for adjusting the horizontal of the (18), fixed frame 19 connected to the lower end of the lower frame 18 to support the lower frame 18, and the upper horizontal adjustment bolt ( 14 is installed between the middle fixing plate 22 to maintain the gap between the two and to fix the position, and between the sliding door (1) and the wall outer wall (3) to prevent noise (such as noise prevention plate) 20).

The upper horizontal adjusting bolt 14 and the lower horizontal adjusting bolt 16 are fastening ends 14b and 16b fastened to the frames 12 and 18, and fixed ends 14a and 16a fixed to the slab. Composed to the fastening end portion 14b, 16b and the fixed end portion 14a, 16a are rotated at the same time is composed of a length adjusting port (15) (17) to change the overall length, the noise prevention plate 20 For example, a styrofoam steel plate to which both sides of the styrofoam are attached, or a honeycomb steel plate having a honeycomb shape between the iron plates is mainly used.

In addition, the upper frame 12 is installed so that one side is in close contact with the inside of the wall outer wall 3 and the other side is spaced apart from the inside of the wall outer wall 3 to some extent, the gap frame 21 is provided to the thickness of the whole wall The gap between the upper frame 12 and the wall outer wall 3, which is varied depending on the shape, is prevented. Therefore, the size of the gap frame 21 is changed according to the number of the noise prevention plate 20 used.

The pocket frame of the sliding door of the present invention configured as described above is constructed as follows.

When constructing the ceiling-side slab, one end of the fixing bolt 13 and the upper horizontal adjustment bolt 14 is embedded in the installation position of the sliding door 1, as shown in FIG. In addition, one end of the fixed frame 19 and the lower horizontal adjustment bolt 16 is buried in the bottom at the bottom, and the lower frame 18 is coupled to the fixed frame 19 so that the upper surface of the lower frame 18 is finished with the bottom. Make sure it matches the line (DLL). Here, it is natural that the lower frame 18 is kept horizontally in the front and rear and left and right by using the length adjusting mechanism 17 of the lower horizontal adjusting bolt 16.

Thereafter, the upper frame 12 is coupled to the fixing bolt 13 and the upper horizontal adjusting bolt 14, and the guide frame 11 is coupled to the upper frame 12. Of course, the upper and lower frames 12 also have to be horizontally maintained in front and rear and left and right by using the length adjusting holes 15 of the upper horizontal adjusting bolts 14 and the fixing bolts 13 and the upper horizontal adjusting bolts 14. It is also natural to properly arrange the load so that the load of the sliding door 1 can be supported relatively evenly.

When the installation of the frame is completed as described above, the guide frame 11 and the upper frame 12 supports the sliding door 1 by coupling the roller 2 of the sliding door 1 to the guide frame 11. . At this time, the sliding door (1) is formed with a recess so that the protrusion (18 ') formed in the lower frame 18 can be inserted, so that the sliding door (1) does not move from side to side while moving. .

In addition, in order to block noise from being generated through the outer wall 3 of the wall in which the sliding door 1 is embedded, a noise preventing plate 20 is provided between the sliding door 1 and the wall outer wall 3. The noise prevention plate 20 may vary in number depending on the thickness of the wall, and a gap frame may be formed in the gap between the upper frame 12 and the inner surface of the wall outer wall 3 formed according to the installation of the noise prevention plate 20. 210 is installed so that the upper frame 12 does not shake.

3 and 4 show a state in which the pocket frame of the sliding door according to the present invention is installed, Figure 3 shows that the sliding door 1 is embedded only between one wall outer wall (3), Figure 4 The sliding door 1 is embedded between both wall outer walls 3.

5 to 7 show another embodiment of the pocket frame of the sliding door according to the present invention. That is, it shows a pocket frame for a sliding door having a dual structure, characterized in that the structure of the guide frame 11 and the structure of the lower frame 18 is double, the other components of the above example Same as the configuration. In particular, Figure 6 and Figure 7 shows the installation state of the pocket frame, Figure 6 shows that the sliding door 1 is embedded only between one wall outer wall (3), Figure 7 shows the outer wall of both walls ( It shows that the sliding door 1 was embedded in all in between 3).

The sliding door 1 installed in the pocket frame of the sliding door constructed and installed as described above has a roller 11 ′ provided on the upper side of the door 1 when the door 1 is moved to guide the guide frame 11. It is not shaken and is not shaken from side to side by the protrusion 18 'of the lower frame 18 inserted into the recess of the lower side of the door 1, opening and closing of the door is smooth and noise is hardly generated. . Of course, it is necessary to install a stopper 11 'at the end of the guide frame 11 (in the case of both recessed type), so as not to make excessive movement when opening and closing the sliding door 1.

As such, the pocket frame of the sliding door of the present invention standardizes various materials for installing the sliding door, so that construction can be performed quickly and accurately, and the aesthetics can be increased and material saving can be achieved through the robustness and clean finish after construction. There is an advantage to that.

Claims (6)

A guide frame supporting a roller coupled to the upper side of the sliding door and guiding movement of the sliding door, an upper frame coupled to the guide frame to support the guide frame and fixed to the ceiling, and one end of which is located above the center of the upper frame. Fastening and the other end is embedded in the ceiling slab fixed bolt for supporting the upper frame, the upper horizontal adjustment bolt is installed on both edges of the upper frame to maintain the horizontal of the upper frame, and the floor finishing line of the room The lower frame for preventing the shaking of the sliding door using a protrusion formed in accordance with the center portion, and the lower horizontal adjustment bolt installed on the lower side of the lower frame to adjust the horizontal of the lower frame, and connected to the lower end of the lower frame To a fixed frame that supports the lower frame Pocket frame of the sliding door, characterized in that configured. The method of claim 1, The horizontal adjustment bolt is a pocket of the sliding door comprising a fastening end which is fastened to the frame, a fixed end fixed to the slab, and a length adjusting tool for changing the overall length by being rotated at the same time coupled to the fastening end and the fixed end frame. The method of claim 1, The upper horizontal adjustment bolt is a pocket frame of the sliding door, characterized in that it has an intermediate fixing plate to maintain the spacing of the two bolts and to fix its position. The method of claim 1, Pocket frame of the sliding door, characterized in that the noise prevention plate is installed between the sliding door and the wall outer wall. The method of claim 4, wherein The noise preventing plate is a styrofoam steel plate bonded to both sides of the styrofoam or a pocket frame of the sliding door, characterized in that one of the honeycomb steel plate provided with a honeycomb shape between the iron plate is used. The method of claim 1, The upper frame is one side is in close contact with the inside of the outer wall of the wall and the other side is installed to be spaced apart from the inner wall of the wall to a certain degree, so that a gap frame is provided to prevent the gap between the upper frame and the outer wall of the wall, depending on the thickness of the wall The pocket frame of the sliding door characterized in that.