KR100590704B1 - Door panel detachable structure - Google Patents

Abstract

The present invention is a glass door (D) hinged to one side of both walls (W) or both frames (F), and the glass panel (G) fixed to the other side of both walls (W) or both frames (F). In the door panel detachable structure for close contact or separation, the first upright bar 10 coupled to the glass door D and the first upright bar of the glass door D pivoted as being coupled to the glass panel G. The second upright bar 20 to which the 10 is in close contact or separation, the first profile 30 coupled to the first upright bar 10, and the second profile 40 coupled to the second upright bar 20. ), The first upright bar 10 is formed with a first recess 11 into which a glass door D is fitted on one side thereof, and a first guide groove 12 formed on the other side thereof; The second upright bar 20 has a second recess 21 in which the glass panel G is fitted on one side thereof, a second guide groove 22 is formed on the other side thereof, and a first upright on the other side thereof. An extension bar 23 in which the surface of the bar 10 is in close contact is extended; The first profile 30 includes a first guide rail 32 inserted into the first guide groove 12, a first contact part 34 connected to the first guide rail 32, and a first contact part. (34) includes a magnet 36 embedded therein; The second profile 40 includes a second guide rail 42 inserted into the second guide groove 22, a second close contact portion 44 connected to the second guide rail 42, and a second close contact portion. (44) comprising a magnet 46 embedded therein;

Description

Door panel detachable structure {a structure for closing door panel to glass panel}

1 is a front view showing a state in which the door panel detachable structure according to the invention installed on the glass booth,

FIG. 2 is a perspective view along line II-II of FIG. 1. FIG.

<Description of Signs of Major Parts of Drawings>

10 ... 1st upright bar 10a ... Socket groove

11 ... first recess 11a ... projection

12 ... 1st guide groove 20 ... 2nd upright bar

20a, 20b ... Socket groove 21 ... Second groove

22 ... 2nd guide groove 23 ... Extension bar

24 ... Subguide groove 30 ... First profile

32 ... first guide rail 34 ... first contact part

34a ... first slope 36 ... magnet

40 ... 2nd profile 42 ... 2nd guide rail

44 ... second contact portion 44a ... second slope

46 ... magnet 50 ... buffer profile

60 ... headbar

The present invention relates to a door panel detachable structure that allows the glass door rotated to the fixed glass panel to be kept in close contact.

Glass booths are widely applied in exhibition halls, homes and apartments, and the scope of application is gradually increasing. In particular, the shower booth, which is an example of the glass booth, is more used for the purpose of implementing a dry bathroom because it prevents water from splashing when showering. The construction of the glass booth is performed by installing a frame on a wall in advance, fixing the glass panel to the frame, and installing a rotating glass door.

However, when the glass door is closed, the glass door and the glass panel, which are fragile, cannot be brought into close contact with each other, so there is no choice but to form a gap between the glass door and the glass panel. There was a problem that the water vapor is discharged.

The present invention has been made to solve the above problems, an object of the present invention is to provide a door panel detachable structure that can be maintained in close contact with the fixed glass panel when the glass door is closed.

In order to achieve the above object, the door panel detachable structure according to the present invention,

The glass doors (D) hinged to one side of both walls (W) or both frames (F) and the glass panel (G) fixed to the other side of both walls (W) or both frames (F) in close contact or separation. In the door panel detachable structure to, the first upright bar 10 coupled to the glass door (D), and the first upright bar of the glass door (D) rotated as being coupled to the glass panel (G) ( 10 is a second upright bar 20 is in close contact or separation, the first profile 30 is coupled to the first upright bar 10, and the second profile is coupled to the second upright bar 20 ( 40),

The first upright bar 10 is formed with a first groove portion 11 into which a glass door D is fitted on one side thereof, and a first guide groove 12 formed on the other side thereof; The second upright bar 20 has a second recess 21 in which the glass panel G is fitted on one side thereof, a second guide groove 22 is formed on the other side thereof, and a first edge at the other side thereof. An extension bar 23 in which the surface of the upright bar 10 is in close contact is extended; The first profile 30 may include a first guide rail 32 inserted into the first guide groove 12, a first contact part 34 connected to the first guide rail 32, and the A magnet 36 embedded in the first contact portion 34; The second profile 40 may include a second guide rail 42 inserted into the second guide groove 22, a second contact part 44 connected to the second guide rail 42, and the And a magnet 46 embedded in the second contact portion 44.

In the present invention, the extension bar 23 is formed with a sub guide groove 24, the sub guide groove 24, the first upright bar 10 is an extension bar of the second upright bar 20. A cushioning profile 50 is provided which buffers when it is in close contact with 23.

In the present invention, the cross section of the first contact portion 34 is a right triangle shape as a whole, the cross section of the second contact portion 44 is a right triangle shape as a whole, the first upright bar 10 is the first When the second upright bar 20 is in close contact with each other, the first inclined surface 34a of the first close contact portion 34 and the second inclined surface 44a of the second close contact portion 44 are installed to be spaced apart from each other.

Hereinafter, with reference to the accompanying drawings will be described in detail the door panel detachable structure according to the present invention.

1 is a front view illustrating a state in which a door panel detachable structure according to the present invention is installed on a glass booth, and FIG. 2 is a perspective view taken along a line II-II of FIG. 1.

The door panel detachable structure according to the present invention is adopted to place two panels in close contact with or separated from each other, and in this embodiment, a glass door (D) hinged to one side of both walls (W) or both frames (F). And a glass booth composed of a glass panel G fixed to the other side and a head bar 60 installed between both walls W or both frames F to support the glass panel G from above. This will be described by taking an example.

In detail, the door panel detachable structure according to the present invention includes glass doors (D) hinged to one side of both walls (W) or both frames (F), and both walls (W) and both frames (F). The glass panel (G) is fixed to the other side of the contact or separation to each other. The door panel detachable structure is such that the first upright bar 10 coupled to the glass door D and the first upright bar 10 of the glass door D rotated as being coupled to the glass panel G closely adhere to each other. Or a second upright bar 20 to be separated, a first profile 30 coupled to the first upright bar 10, and a second profile 40 coupled to the second upright bar 20. . In addition, first and second sockets 15 and 25 for finishing are installed at ends of the first upright bar 10 and the second upright bar 20.

The first upright bar 10 is formed with a first recess 11 in which the glass door D is fitted on one side thereof, and a first guide groove 12 on the other side thereof. At this time, a plurality of protrusions (11a) is formed on the inner side of the recess 11, the glass door (D) to be described later is firmly coupled. Then, the first upright bar 10 is formed with a socket groove 10a to which the first socket is coupled for finishing the end thereof.

The second upright bar 20 has a second recess 21 in which the glass panel G is fitted on one side thereof, a second guide groove 22 is formed on the other side thereof, and a first upright on the other side thereof. The extension bar 23 is in contact with the surface of the bar 10 is extended. The upright bar 20 is supported at the bottom of the upright bar in the vertical direction. In addition, the second upright bar 20 is provided with socket grooves 20a and 20b to which the second socket for coupling to the head bar 60 together with the finish of the end thereof is coupled.

The first profile 30 includes a first guide rail 32 inserted into the first guide groove 12, a first contact part 34 connected to the first guide rail 32, and a first contact part. 34 includes a magnet 36 embedded therein. At this time, the first guide rail 32 is made of a hard material as compared with the first contact portion 34, and the cross section of the first contact portion 34 is a right triangle shape as a whole.

The second profile 40 includes a second guide rail 42 inserted into the second guide groove 22, a second close contact portion 44 connected to the second guide rail 42, and a second close contact portion. 44 includes a magnet 46 embedded therein. At this time, the second guide rail 42 is made of a hard material as compared with the second contact portion 44, the cross section of the second contact portion 44 is a right triangle shape as a whole.

On the other hand, it is preferable that the sub-guide groove 24 is formed in the extension bar 23, the sub-guide groove 24 is a buffer profile for cushioning when the first upright bar 10 is in close contact with the extension bar ( 50) is installed.

When the first upright bar 10 is in close contact with the second upright bar 20, the first inclined surface 34a of the first intimate portion 34 and the second inclined surface 44a of the second intimate portion 44 are formed. It is installed to be spaced apart from each other.

According to the above structure, in order to close the glass door D, the glass door D is rotated to be installed in the first profile 30 and the second upright bar 20 installed in the first upright bar 10. The second profile 40 is close to each other. Then, the first profile 30 and the second profile 40 are kept close by the magnetic force of the magnets 36 and 46 embedded in the first profile 30 and the second profile 40, respectively. Therefore, the first upright bar 10 is maintained in close contact with the second upright bar 20. At this time, even when the glass door D is suddenly rotated so that the first upright bar 10 collides strongly with the second upright bar 20, the buffer profile 50 installed in the second upright bar 20 is formed. 1 absorbs the impact force of the upright bar (10) minimizes the possibility of damage to the glass door or glass panel.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible.

According to the door panel detachable structure according to the present invention as described above, the first upright bar coupled to the glass door, and the second upright bar coupled to the glass panel, each of the first and second upright bars are magnets By employing the first and second profiles having a built-in and inclined surface, there is an effect that it is possible to maintain a close contact with the glass panel when the glass door is closed.

Claims (3)

The glass doors (D) hinged to one side of both walls (W) or both frames (F) and the glass panel (G) fixed to the other side of both walls (W) or both frames (F) in close contact or separation. In the door panel detachable structure to A second upright bar 10 coupled to the glass door D, and a second upright bar 10 of the glass door D rotated as being coupled to the glass panel G, in close contact or separation. It includes an upright bar 20, a first profile 30 coupled to the first upright bar 10, and a second profile 40 coupled to the second upright bar 20. The first upright bar 10 is formed with a first groove portion 11 into which a glass door D is fitted on one side thereof, and a first guide groove 12 formed on the other side thereof; The second upright bar 20 has a second recess 21 in which the glass panel G is fitted on one side thereof, a second guide groove 22 is formed on the other side thereof, and a first edge at the other side thereof. An extension bar 23 in which the surface of the upright bar 10 is in close contact is extended; The first profile 30 may include a first guide rail 32 inserted into the first guide groove 12, a first contact part 34 connected to the first guide rail 32, and the A magnet 36 embedded in the first contact portion 34; The second profile 40 may include a second guide rail 42 inserted into the second guide groove 22, a second contact part 44 connected to the second guide rail 42, and the And a magnet (46) embedded in the second close contact portion (44). The method of claim 1, Sub extension grooves 24 are formed in the extension bar 23, Door panel, characterized in that the sub-guide groove 24 is provided with a buffer profile 50 for cushioning when the first upright bar 10 is in close contact with the extension bar 23 of the second upright bar 20. Detachable structure. The method of claim 2, The cross section of the first contact portion 34 is a right triangle shape as a whole, the cross section of the second contact portion 44 is a right triangle shape as a whole, When the first upright bar 10 is in close contact with the second upright bar 20, the first inclined surface 34a of the first close contact portion 34 and the second inclined surface of the second close contact portion 44. Door panel detachable structure, characterized in that the 44a is installed to be spaced apart from each other.

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