KR101202579B1 - The control apparatus for window project and casement - Google Patents

Abstract

The present invention relates to a device for controlling a project or case of a window and door, in particular, a slider block mounted to the window frame, a hook engaging portion that is coupled or separated by the slider block by the movement of the hook, and the hook engaging portion is provided Including a hinge, the hook is engaged with the slider block by the movement of the hook to operate the project, or the hook is separated from the slider block to operate the case to ensure stable operation without shaking during the project The present invention relates to a control device that can be planned while also stably selecting projects and cases.

Projects, cases, hooks

Description

The control apparatus for window project and casement

The present invention relates to a device for controlling a project or case of a window and door, in particular, a slider block mounted to the window frame, a hook engaging portion that is coupled or separated by the slider block by the movement of the hook, and the hook engaging portion is provided Including a hinge, the hook is engaged with the slider block by the movement of the hook to operate the project, or the hook is separated from the slider block to operate the case to ensure stable operation without shaking during the project The present invention relates to a control device that can be planned while also stably selecting projects and cases.

In general, windows have a single open method such as a bottom open method or a side open method, but a window which combines a bottom open method and a side open method is commonly used in Europe.

Usually, the lower open window is called a project window and the side open window is called a casement window.

That is, as shown in FIG. 1A, driving the handle H to open the side of the window SF is called a casement operation, and as shown in FIG. 1B, the lower side of the window SF is shown. It is said that the project works.

Such case actuation or project actuation is generally achieved by the interaction of components, ie hardware, surrounding the window frame BF. Hereinafter, a description will be given with reference to FIG. 2.

In general, the operation of the hardware is due to the operation of the handle (H), when the handle (H) is the operating plate 20 is in motion. At this time, the L-shaped connection band 30 is installed at one side end of the operation plate 20, usually in the corner, and moves in conjunction with the movement of the operation plate 20.

On the other hand, one side end of the connection band 30 is formed with a tooth extension portion 42 for tooth engagement with the actuation plate 30 to achieve a firm coupling.

On the other hand, the other end of the connection band 30 is equipped with a connector (C), the hook (1) mounted on the connector (C) is moved in conjunction with the movement of the connection band (30).

Of course, the same tooth extension 42 as described above is also formed at the other end of the connection band 30 to achieve a firm coupling.

By such a configuration, the hook 1 is operated by the handle H to control the casement or the project.

Since the hardware as described above is a general configuration, a detailed description thereof will be omitted.

However, in the case of the general hardware configuration as described above, when the window case moves, that is, the side fixed to the hinge, that is, the hinge side when the left or right side is opened, the phenomenon occurs. In other words, the case must be firmly supported at the hinge side fixed during the movement, there was a problem that the stable case operation is difficult because the hinge side is shaken during normal case operation.

In addition, in the case of the hardware configuration, there is a problem in that it is inconvenient to use because it is not sure control in case and project control.

The present invention is to solve the above problems, further comprising a slider block mounted to the window frame, a hook engaging portion coupled to or separated from the slider block by the movement of the hook, and a hinge provided with the hook locking portion When the hook slider is located at the opening of the slider block, the casement operation is performed, and when the position is other than the opening part, the case operation is performed so that the casement operation can be stably operated without shaking during the casement operation. It is characterized by stable control of the unit.

Conventionally, there is a problem that the hinge side is shaken when the case is supported, and there is a problem that the project and the case are not controlled stably. However, according to the present invention, it is possible to achieve stable case operation without shaking during operation of the case. It is effective to control project and casement stably.

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

The present invention is a projected and casement combination window for controlling the project operation and casement operation of the window window by moving the hook (1) by the operation of the handle as shown in Figure 3, the slider block 200 mounted to the window frame And, it is composed of a hook engaging portion 100 which is coupled or separated with the slider block 200 by the movement of the hook 1, and the hinge 300 is equipped with the hook engaging portion 100.

That is, the hook engaging portion 100 is controlled by the hook (1) to engage or separate from the slider block 200 to enable the casement or project operation.

Hereinafter, the configuration of the present invention will be described in more detail with reference to the following examples.

In this embodiment, as shown in FIG. 4, the slider block 200 is formed of a plate-shaped body 210 fixed to a window frame, and rails formed on both sides of the body 210 so as to face each other. 220 and a predetermined portion of the rail 220 is removed to form an open portion 230.

In addition, the hook engaging portion 100 is composed of a hinge plate 110 and the hook slider 120, the hinge plate 110 is to penetrate on the surface of the main body 111 and the body 111 of the plate shape. It consists of a slit 111a formed.

The main body 111 has a plate shape as shown in Figure 4, one side is rotatably coupled to the hinge (not shown) and a slit 111a is formed on the surface. At this time, in order to be rotatably coupled to the hinge it is preferable to have a hinge coupling portion 112 formed with a hinge pin insertion hole (112a) on one side of the main body 111.

In addition, the slit 111a is formed to penetrate the surface of the main body 111.

Meanwhile, the hook slider 120 moves along the slit 111a and is interlocked with the slider 122 and the slider 122 which are inserted into the slider block 200 and move, and the slit 111a. It consists of a hook holder 121 that moves on.

The slider 122 has a plate shape to move in a state fitted to the rail 220 of the slider block 200.

The hook holder 121 is configured to be hooked to the hook, and in this embodiment, has a "c" shape in order to be hooked to the hook as shown in FIG.

That is, since the hook slider 120 including the slider 122 and the hook holder 121 must move along the slit 111a according to the movement of the hook, the slider 122 and the hook holder 121 mutually move. It must be integrally formed or fixed.

In the present embodiment, a protrusion bar 121a protruding from one side of the hook holder 121 and moving along the slit 111a of the hinge plate 110 to fix the slider 122 and the hook holder 121 to each other. Is provided, the slider 122 is formed with the insertion hole (122a) is inserted into the protruding bar (121a).

In this configuration, when the hook holder 121 is moved by the hook, the protrusion bar 121a of the hook holder 121 is inserted into the insertion hole 122a and fixed to each other, so that the slider 122 is It is to move along the rail 220 of the slider block 200.

Meanwhile, as described above, the hook holder 121 is moved up and down by the hook, and the casement is operated when the slider 122 is positioned at the opening 230, as described above.

By the way, the hook is fitted to the hook holder 121, but is not securely fixed. Therefore, in the case of the case, the hook may be separated from the hook holder 121, so that, for example, the left side of the window can be opened while the lower right side of the window can be opened for accurate casement and project control. You may not be able to. In order to prevent this phenomenon, a device for locking the hook and the hook holder 121 is required.

The hook lock 130 is for this purpose. The hook lock 130 is mounted on the hinge plate 110, that is, the main body 111, and has a “U” shape to allow the hook holder 121 to be inserted thereinto.

In other words, if the hook is inserted into the hook lock 130 in a state in which the hook is inserted into the hook holder 121, the hook cannot be detached, thereby preventing the operation of the project at the source and enabling stable casement operation. .

It is possible to control the operation of the project and the operation of the case by the configuration described above, with reference to Figures 5a to 5c will be described in more detail.

5A illustrates a case of the case in which the left side of the window is opened. That is, the slider 122 moving inside the rail 220 of the slider block 200 is located in the opening 230 of the rail 220.

This is because the hook holder 121 is moved by the handle in a state where the hook is inserted in the center of the hook holder 121 having a "c" shape, thereby causing the hook holder 121 to be moved, and thus the hook holder 121. And by positioning the slider 122 fixed to the opening 230. .

In other words, since the slider 122 is located at the opening 230, the slider 122 can rotate based on a hinge (not shown), thereby enabling a casement movement, and firmly by the hinge plate 110. It is supported so that it can prevent shaking during the project.

That is, as shown in FIG. 5B, the hinge plate 110 is separated from the slider block 200 to rotate about the hinge, thereby performing casement operation.

FIG. 5C shows a state of use in which such a configuration is mounted on the window frame and the window sill, and FIG. 5D shows the hinge as viewed from the opposite side.

Hereinafter, the operation of the project in which the lower side of the window is opened will be described with reference to FIGS. 6A to 6B.

In order for the project operation, the hinge plate 110 should not be separated from the slider block 200. In addition, the hook that is mounted to the window frame while being fitted to the hook holder 121 should be detachable from the hook holder 121.

In order to perform this operation, the positions of the hook holder 121 and the slider 122 should be located at a position other than the opening 230 of the rail 220.

That is, when the slider 122 is located outside the opening 230, for example, the slider 122 and the hook holder 121 are separated from the hook lock 130 to the rail 220. If it is set in the locked state, the separation phenomenon as in the case of the case does not occur.

In addition, as described above, when the slider 122 and the hook holder 121 are pulled out, the hook may be freely separated from the hook holder 121 so that the lower part of the window frame may be opened, and as a result, the project operation may be performed. Will be done.

This operation is shown in Figure 6b.

As described above, the present invention enables the project and the casement combined window, to prevent the shaking of the hinge side during the casement and stably control the operation of the project and the casement.

Meanwhile, in the present embodiment, the left side is opened as an example of the casement, and the lower side of the window is opened as an example, but the present invention is not limited thereto.

1a and 1b is a conceptual diagram showing a conventional casement and project operation,

2 is an exploded perspective view of a conventional hardware device,

Figure 3 is an exploded perspective view showing the separation of the configuration of the present invention,

Figure 4 is an exploded perspective view of the slider block and the hook engaging portion of the present invention,

5a is an exploded perspective view of a hook catching part and a slider block during casement;

5b to 5d is a use state diagram showing a use state at the time of the case,

Figure 6a is an exploded perspective view of the hook hook and the slider block during the project

6B is a use state diagram showing a use state in a project.

<Description of the symbols for the main parts of the drawings>

100: hook engaging portion 110: hinge plate

111: main body 111a: slit

112: hinge coupling portion 112a: hinge pin insertion hole

120: hook slider 121: hook holder

121a: protrusion bar 122: slider

122a: insertion hole 130: hook lock

200: slider block 210: main body

220: rail 230: opening

300: hinge 1: hook

Claims (4)

In the project and case combined use windows for moving the hook to control the window operation and the casement operation by operating the handle, Further comprising a slider block mounted to the window frame, a hook engaging portion coupled to or separated from the slider block by the movement of the hook, and a hinge provided with the hook locking portion, The slider block is composed of a plate-shaped body fixed to the window frame, a rail formed on both sides of the main body in a "c" shape facing each other, and an opening portion in which a predetermined portion of the rail is removed and opened. The hook engaging portion has a plate-like shape, one side of the hinge plate is formed with a slit on the surface of the main body rotatably coupled to the hinge, and the movement along the slit, one side is caught by the hook, the other side the slider block It is composed of a hook slider that is inserted into the rail of the movement to move according to the movement of the hook, Projection and casement control apparatus of the window and door, characterized in that the case operation when the hook slider is located in the opening of the slider block and the project operation when the hook slider is located other than the opening. The method of claim 1, The hook slider further comprises a hook holder having a "c" shape to be hooked to the hook project and case control device of the windows and doors. The method of claim 2, The hook slider has a protrusion bar protruding on one side of the hook holder and moving along the slit of the hinge plate, and coupled to the hook holder and moving along the rail of the slider block, and an insertion hole into which the protrusion bar is inserted. Project and casement control device for windows and doors further comprising a slider. The method of claim 3, wherein And a hook lock mounted on the hinge plate and having a “U” shape to allow the hook holder to be inserted.

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