KR200346978Y1 - door safe apparatus - Google Patents

Abstract

Disclosed is a glass door safety device that prevents a safety accident caused by a glass door and a glass door or a part of a body between the glass door and the door frame when the door is opened and closed. This safety device has a pair of fixings having fixed channels 31a coupled to opposite edges of glass doors 21 and 22 adjacent to each other at one end and forming fixing grooves 31c at each other end. A fixing member 31 having a jaw 31b and a coupling jaw 32b coupled to the fixing groove 31c of each fixing member 31 and held by the fixing jaw 31b is formed and the coupling channel 32a. The coupling member 32 is formed and elastically deformable, and a coupling rib 33a coupled to each coupling channel 32a on one side is formed, and a buffer passage 33b is formed on the other side, and a buffer member capable of elastic deformation. 33). Such a safety device can prevent the body damage and impact that may be caused by a part of the body between the glass door or between the glass door and the door frame. In addition, by blocking the gap between the glass door and the glass door to improve the sound insulation, windproof and insulation function. In addition, when the shock absorbing member is damaged and is required to be replaced, the coupling member 32 and the shock absorbing member 33 may be combined, and then the fixing member 31 may be coupled in the perpendicular direction in the longitudinal direction to facilitate replacement. do.

Description

Door safe apparatus

The present invention relates to a glass door safety device having an improved structure to prevent the safety accident caused by a part of the body between the glass door and the glass door or the glass door and the door frame when entering the glass door, and to facilitate the replacement of the damaged guard.

Tempered glass doors, which are usually used as the materials for entrance doors, are mainly used for maximizing interior and display effects in buildings in crowded areas, department stores, government offices, schools, hospitals, etc.

The tempered glass door is to increase the strength by remaining the compressive stress in the surface layer of the glass, it is disposed between the door frame of both sides of the entrance is installed in the case of a hinge type rotatably mounted to the upper and lower door frame respectively.

In addition, the tempered glass door can be divided into a single type to apply a single tempered glass, and a double type to apply two sheets of tempered glass, and when the accessor pushes or pulls from the inside or the outside using the handle of the tempered glass door, and then release it. It is configured to close automatically.

However, when the tempered glass door closes automatically after the accessor enters and exits, it is restored at a high speed. In the case of the double, the wrist or finger is reinforced between the tempered glass door and the tempered glass door due to the carelessness of the person. In between the glass door and the side door frame, the impact on the hand or finger bruised, severely cut, etc. In particular, children often have a problem of safety accidents.

In addition, external noise, wind, dust, etc. are introduced into the room through the gaps between the tempered glass doors or between the tempered glass doors and the door frame.

To this end, a shock absorbing member is used at the end of the door to prevent safety accidents and to prevent sound insulation and heat insulation.

FIG. 1 shows an example of a safety device, in which a buffer member 10 is attached to an end side of the glass door 9 so that the body is prevented by the buffer member 10 when the glass doors 9 cross each other. Ensure protection.

However, this structure has to separate the fixing frame itself for fixing the glass door in order to replace it when the shock absorbing member 10 is damaged by long use, this separation has a problem that is not easy.

In addition, in the conventional case by having a structure attached to the end side of the glass door 9, the body is damaged if the glass door 9 continues to be closed while a part of the body is sandwiched between the glass door (9). That is, such a structure minimizes the impact of the stuck body, but does not protect the body itself.

In addition, the gap between the glass door (9) is still generated, so that the outside noise, wind, dust, etc. are introduced into the room through this, it does not solve the soundproof, windproof, thermal insulation problems.

The present invention has been devised to solve the above problems, it is possible to prevent the body damage through the gap between the glass door and the glass door when using the glass door, and can easily replace the buffer member even if the buffer member is damaged. The purpose is to provide a glass door safety device.

Another object of the present invention is to provide a glass door safety device that can effectively prevent the outside noise, wind, dust, etc. to enter the room through the gap between the glass door and the glass door.

1 is a schematic view showing a conventional glass door device,

Figure 2 is a schematic front view showing a glass door device employing the stabilizer of the present invention,

Figure 3 is a perspective view of the main part of the glass door safety device of the present invention,

Figure 4 is a perspective view of the main portion of the glass door safety device of the present invention

5 is another embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

21,22 ... glass door 30,40 ... protector

31 ... fixed member 32 ... coupled member

33.Buffer member

The present invention to achieve the above object is a glass door in which a pair of glass doors are installed adjacent to each other rotatably,

A fixing member having a pair of fixing jaws formed at each one end thereof and having a fixing channel coupled to opposite edges of the glass doors adjacent to each other, and having a fixing groove formed at each other end thereof;

A coupling member coupled to the fixing groove of each of the fixing members, the coupling jaw being formed to be coupled to the fixing jaw, the coupling channel being formed, and the elastic member being deformable;

A coupling rib is formed on one side and coupled to each coupling channel, and a buffer passage is formed on the other side, and the shock absorbing member is elastically deformable.

The shock absorbing member has a finishing rib extending to surround the outer peripheral surface of the fixing member is formed, characterized in that formed of a rubber member.

According to the features of the present invention, the glass door safety device of the present invention has a structure in which the shock absorbing member is coupled to the edge of the adjacent glass door, even if a part of the body is pinched in the gap of the glass door, greatly reduce the damage of the body by the shock absorbing member To be able.

In addition, the buffer member coupled to the edge of each glass door can be assembled in contact with each other, thereby greatly reducing the gap between the glass doors, thereby minimizing the effects of dust, noise and wind.

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

The glass door safety device of the present invention reduces the gap between the glass door and the glass door, and also minimizes the damage even if a part of the body is caught in these gaps and can easily replace the damaged guard.

As shown in FIG. 2, the glass door stabilizer of the present invention is provided with a pair of glass doors 21 and 22 so as to be rotatable with each other.

Adjacent edges of the respective glass doors 21 and 22 are guards 30 and 40 coupled to block the gap of the glass doors.

3 and 4, the guards 30 and 40 have fixed channels 31a coupled to opposite edges of the glass doors 21 and 22 adjacent to each other at one end thereof, respectively. A fixing member 31 having a pair of fixing jaws 31b forming a fixing groove 31c at the other end thereof, and being coupled to the fixing grooves 31c of each of the fixing members 31, and the fixing jaw 31b. Coupling jaws 32b are formed to be coupled to each other, and coupling channels 32a are formed and elastically deformable coupling members 32 are formed, and coupling ribs 33a are coupled to the respective coupling channels 32a on one side. And the buffer passage 33b is formed on the other side and consists of a buffer member 33 capable of elastic deformation.

Since the guards 30 and 40 have the same structure, the guard 30 is representatively shown in FIG. 4 and the guard 40 is omitted.

The fixing member 31 was formed of metal so as to be firmly coupled with the glass doors 21 and 22.

The coupling member 31 is formed of a plastic material capable of elastic deformation, so that the coupling member 31 can be coupled to the fixing groove 31c by elastic deformation.

The shock absorbing member 33 has a finishing rib 33c extending to surround the outer circumferential surface of the fixing member 31, and is formed of a rubber member so as to be soft during body contact.

The assembly of the glass door safety device as described above is as follows.

Referring to FIG. 4, first, the coupling rib 33a of the shock absorbing member 33 is coupled to the coupling channel 32a of the coupling member 32. At this time, the coupling rib 33a is coupled to the lower end of the coupling member 32.

Subsequently, the coupling member 32 to which the shock absorbing member 33 is coupled is forcibly coupled to the fixing groove 31c of the fixing member 31.

That is, the coupling member 32 is elastically deformed and pressed while pressing the coupling member 32 to the fixing groove 31c of the fixing member 31 in the direction of the arrow shown in FIG. 4.

As described above, the surfaces of the guards 30 and 40 having completed coupling block the gap between the fixing member 31 and the shock absorbing member 33 by the finishing rib 33c as shown in FIGS. 2 and 3. To improve.

In the glass door safety device as described above, the gap between the adjacent glass doors 21 and 22 is blocked by the guards 30 and 40. That is, the buffer member 33 coupled to the outside of the guards 30 and 40 is formed of a rubber member capable of elastic deformation, so that mutual contact installation is possible. As a result, the gap between the glass doors 21 and 22 can be blocked, thereby preventing external dust, wind, and noise.

In addition, the present invention is coupled to the buffer member 33 when the user pulls the buffer member 33 coupled to the coupling member 32 when damage such as tearing of the buffer member 33 occurs due to long-term use of the glass door. Separate from the member 32, the coupling member 32 is separated from the fixing member 31 using a knife or the like. The coupling rib 33a of the newly replaced shock absorbing member 33 is coupled to the coupling channel 32a of the newly replaced engaging member 32, and the coupling member 32 to which the shock absorbing member 33 is coupled is fixed. 31 is forcibly coupled to the fixing groove 31c. Therefore, the present invention can easily replace the damaged buffer member without disassembling the glass door fixing frame 41, unlike the prior art.

In addition, even when a part of the body is caught between the glass doors 21 and 22 when the glass doors 21 and 22 are opened and closed, the shock and damage are greatly reduced by the buffer member 33. In particular, the hollow buffer passage (33b) is formed in the buffer member 33 can further prevent the impact and damage.

Figure 5 shows another embodiment of the present invention, the engaging groove 31d is formed on the inner surface of the fixing groove 31c of the fixing member 31, the outer surface of the coupling member 32 It has a structure in which the elastic piece 32c is elastically coupled to the locking groove 31d. In this case, after the coupling member 32 and the shock absorbing member 33 are coupled to the fixing member 31 together, the coupling member 32 and the shock absorbing member 33 are firmly coupled to prevent the separation.

When the coupling member 32 and the buffer member 33 are removed from the fixing member 31 for the replacement of the shock absorbing member 33, the elastic piece 32c may be damaged. In this case, the damaged coupling member 32 may be damaged. Replace with another one.

In addition, the coupling member 32 and the buffer member 33 is firmly coupled by the separation prevention jaw (32d) 33d formed in a corresponding shape so as to engage with each other, as shown.

The present invention as described above is not limited to the above embodiments and can be practiced with many modifications without departing from the spirit and scope of the present application. In other words, the guard 30, 40 in the above embodiment has been described as an example that is installed on the glass door and the glass door, but needless to say that it can be installed between the glass door and the door frame.

It is possible to prevent the body damage and impact that may be caused by a part of the body between the glass door or the glass door and the door frame as described above.

In addition, by blocking the gap between the glass door and the glass door to improve the sound insulation, windproof and insulation function.

In addition, when the shock absorbing member is damaged and is required to be replaced, the coupling member 32 and the shock absorbing member 33 may be combined, and then the fixing member 31 may be coupled in the perpendicular direction in the longitudinal direction to facilitate replacement. do.

Claims (4)

In the glass door that a pair of glass doors are adjacent to each other installed rotatably, A pair of fixing jaws 31b each having a fixed channel 31a coupled to opposite edges of the glass doors 21 and 22 adjacent to each other at one end thereof and forming a fixing groove 31c at each other end thereof. A fixed member 31 formed with The coupling member 32 is coupled to the fixing groove 31c of each of the fixing members 31, and the coupling jaw 32b is formed to be held in the fixing jaw 31b, the coupling channel 32a is formed, and the elastic member is elastically deformable. )Wow, Glass door safety device characterized in that the coupling rib (33a) is formed on one side is coupled to each coupling channel (32a) and the buffer passage (33b) is formed on the other side and the buffer member 33 is elastically deformable. The method of claim 1, wherein the engaging groove 31d is formed in the inner surface of the fixing groove 31c of the fixing member 31, the outer surface of the coupling member 32 is elastically in the locking groove (31d) Glass door safety device, characterized in that the formed elastic piece (32c) to be coupled. [3] The glass door safety device according to claim 1 or 2, wherein the shock absorbing member (33) extends a closing rib (33c) finishing to surround the outer circumferential surface of the fixing member (31). The glass door safety device according to claim 1 or 2, wherein the buffer member (33) is formed of a rubber member.