KR20240008188A - Mounting Structure For Plate Member To A Frame - Google Patents

Abstract

The present invention relates to a structure for inserting a plate member into a frame, and includes a pair of frames formed to face each other on the inner peripheral surfaces 11f of the upper and lower horizontal frames 11 arranged in parallel and at intervals while facing each other of the frame 10. horizontal groove (3); And a pair of vertical grooves 5 formed facing each other on the inner peripheral surface 13f of the left and right vertical frames 13 of the frame 10, which are disposed in parallel and spaced apart from each other, respectively. The vertical groove 5 includes a first groove wall member 51 that protrudes inward from the inner peripheral surface 13f of the vertical frame 13 to form a groove wall on one side of the vertical groove 5; a second groove wall member (53) protruding inward from the inner peripheral surface (13f) of the vertical frame (13) to form the other groove wall of the vertical groove (5); and a groove wall hanging groove (55) formed concavely on the inner peripheral surface (13f) of the left and right vertical frames (13), respectively. Accordingly, the first groove wall member, the plate member, and the second groove wall member are attached to the frame. By fixing them in sequence, the assembly work of the plate members to the vertical grooves of the vertical frame can be performed very conveniently and stably.

Description

A structure for attaching a plate member to a frame {Mounting Structure For Plate Member To A Frame}

The present invention relates to a structure for inserting a plate member into a frame. More specifically, in order to insert a plate member such as glass or a plate into a frame such as a sliding or swinging door or a partition wall, the present invention is manufactured separately from the frame and used together with the plate member. It relates to a structure in which a plate member is inserted into a frame that is assembled in the form of a frame.

In general, indoor structures such as doors and partition walls are manufactured by inserting glass or plates into a grid-shaped frame rather than being manufactured as a single part. An example of an assembly structure manufactured by assembling doors, etc. in this way is the single-layer glass joint of the window frame shown in Figure 1 (Registered Utility Model No. 20-0302212).

As shown in FIG. 1, this coupler is a coupler for inserting glass (g) into a frame composed of the horizontal window frame 110 and the vertical window frame 120, and is connected to the window glass insertion hole 117 of the horizontal window frame 110. ) and is structured to be inserted into the window glass insertion hole 127 of the vertical window frame 120.

However, the conventional glass coupler as described above is designed to fix the glass (g) by inserting it into the window glass inserts 117 and 127. As shown in FIG. 1, the window glass inserts 117 and 127 are all in the form of grooves. Because. The door is closed in the front and back directions. Because of this, there was a problem in that it was difficult or very difficult to insert the glass (g) into the window glass insertion holes (117, 127) after the top, bottom, left, and right window frames (110, 120) of the door frame were all assembled.

Accordingly, in order to insert the glass (g) into the window glass insertion hole (117,127), instead of assembling all four window frames (110,120) on the top, bottom, left, and right, three of them are assembled first, and then the first three window frames (110,120) are assembled. After inserting the glass (g) into the glass (g) assembly space created by ), there is no choice but to assemble the remaining piece. Therefore, the man-hours and working time of the overall assembly work significantly increase, which in turn reduces the efficiency of door manufacturing.

KR 20-0302212

The present invention was proposed to solve the problems of the conventional single-layer glass joint as described above, and the work of assembling a plate member such as glass or a plate into a frame such as a door or a partition wall is performed by controlling the binding force of the frame to the plate member. Alternatively, the purpose is to make it more convenient without reducing the fixing force.

In order to achieve this purpose, the present invention includes a pair of horizontal grooves formed to face each other on the inner peripheral surfaces of the upper and lower horizontal frames arranged in parallel and at intervals while facing each other of the frame so as to fit the upper and lower edges of the plate member; and a pair of vertical grooves formed while facing each other on the inner peripheral surface of the left and right vertical frames of the frame, which are disposed in parallel and spaced apart from each other, facing each other, so as to sandwich the left and right end edges of the plate member. The vertical groove includes: a first groove wall member that is coupled to the inner peripheral surface of the left and right vertical frames and protrudes inward from the inner peripheral surface of the vertical frame to form a groove wall on one side of the vertical groove; second groove wall members respectively coupled to the left and right inner peripheral surfaces of the vertical frame so as to be spaced apart from each other in parallel with the corresponding first groove wall members and protruding inward from the inner peripheral surface of the vertical frame to form a groove wall on the other side of the vertical groove; and a groove wall hanging groove formed concavely on the inner peripheral surface of the left and right vertical frames to couple the first and second groove wall members 51 and 53, respectively. It provides a structure for inserting a plate member into a frame including a.

Additionally, the first groove wall member includes: a first groove wall portion extending up and down along the inner peripheral surface of the vertical frame to form a groove wall on one side of the vertical groove, and protruding in a right angle direction from the inner peripheral surface of the vertical frame; and a first support portion that extends up and down along the inner peripheral surface of the vertical frame and is bent at a right angle from the first groove wall portion to support the load transmitted from the plate member through the first groove wall portion and is in close contact with the inner peripheral surface of the vertical frame. It is preferable to include ;.

In addition, the groove wall hanging groove has a dovetail-shaped cross-sectional shape, and the first groove wall member is aligned with one edge of the groove wall hanging groove at a first bending point where the first groove wall portion and the first support portion meet. It is desirable to have a first locking protrusion that protrudes and is bent to one side so as to be caught.

In addition, the groove wall hanging groove is preferably provided with a first finishing protrusion protruding from the bottom surface so that the first locking protrusion is aligned with the one corner and then deformed by an external force to fix the first locking protrusion.

In addition, the second groove wall member includes a second groove wall portion extending up and down along the inner peripheral surface of the vertical frame to form a groove wall on the other side of the vertical groove, and protruding in a right angle direction from the inner peripheral surface of the vertical frame. and a second support portion that extends up and down along the inner peripheral surface of the vertical frame and is bent at a right angle from the second groove wall portion to support the load transmitted from the plate member through the second groove wall portion and is in close contact with the inner peripheral surface of the vertical frame. It is preferable to include ;.

In addition, the groove wall hanging groove has a dovetail-shaped cross-sectional shape, and the second groove wall member is aligned with the other edge of the groove wall hanging groove at a second bending point where the second groove wall portion and the second support portion meet. It is desirable to have a second locking protrusion that protrudes and is bent to the other side so as to be caught.

In addition, the groove wall hanging groove is preferably provided with a second finishing protrusion protruding from the bottom surface so that the second locking protrusion is aligned with the other edge and then deformed by an external force to fix the second locking protrusion.

In addition, it is preferable that at least one of the first groove wall member and the second groove wall member has a wedge member interposed between the plate member and the plate member, so that the plate member inserted into the vertical groove is fixed by the wedge member. do.

According to the structure of inserting a plate member into a frame of the present invention, the first and second groove wall members forming the vertical grooves of the frame, such as a partition, are separated from the frame, and therefore, when assembling a plate member such as glass into the frame, 1 First, the groove wall member or the second groove wall member is fixed to the frame, and before completing the vertical groove by fixing the remaining corresponding second groove wall member or first groove wall member to the frame, first, the inside of the first groove wall member or the second groove wall member is After arranging the plate member, by fixing the second groove wall member or the first groove wall member corresponding to the opposite side to the frame, the assembly work of the plate member to the vertical groove of the vertical frame can be performed very conveniently and stably. In other words, the fixing force of the vertical groove to the plate member can be stably maintained, while assembling the plate member into the vertical groove can be performed very conveniently.

Figure 1 is a partially cut perspective view showing a conventional glass coupler.
Figure 2 is a perspective view of a partition to which a structure for inserting a plate member into a frame according to an embodiment of the present invention is applied.
Figure 3 is an enlarged view of portion A of Figure 2.
Figure 4 is a cross-sectional view of part B of Figure 2.
Figure 5 is a plan view of Figure 3.
Figure 6 is an exploded view of Figure 4.
Figure 7 is a diagram illustrating the process of assembling a plate member to a frame by inserting the plate member into the frame according to an embodiment of the present invention.

Hereinafter, the structure of inserting a plate member into a frame according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The plate member fitting structure according to the present invention, as shown by reference numeral 1 in FIG. 2, relates to a structure for assembling a plate member (P) such as a glass plate to the frame 10 of a structure such as a partition or sliding door. , As shown enlarged in Figure 3, it largely consists of a pair of horizontal grooves (3) and a pair of vertical grooves (5).

Here, the horizontal groove 3 is a groove for inserting the upper and lower end edges Eh of the plate member P, and as shown enlarged in FIG. 3, the horizontal frame 11 disposed horizontally among the frame 10 ) is formed concavely on the inner peripheral surface (11f), and extends parallel to the center line of the horizontal frame (11) to fit the upper and lower edge edges (Eh) of the plate member (P). At this time, as shown in FIG. 3, the horizontal grooves 3 are formed in pairs so as to face each other on the inner peripheral surfaces of the upper and lower pairs of horizontal frames 11. For this purpose, the upper and lower pairs of horizontal frames 11 are the upper and lower ends of the frame 10 and are arranged side by side, facing each other, at intervals so as to surround one plate member P.

The vertical groove 5 is a groove for inserting the left and right end edges Ev of the plate member P, and as shown in FIG. 5, the inner peripheral surface of the vertical frame 13 of the frame 10 ( It is formed concavely on 13f) and extends parallel to the center line of the vertical frame 13 to fit the left and right edge edges Eh of the plate member P. At this time, as shown in FIGS. 2 and 3, the vertical grooves 5 are also formed in pairs so as to face each other on the inner peripheral surfaces of a pair of left and right vertical frames 13. For this purpose, a pair of left and right vertical frames 13 are left and right ends of the frame 10, and are arranged side by side, facing each other, at intervals so as to surround one plate member P.

In addition, each vertical groove 5 is largely formed by assembling the first groove wall member 51, the second groove wall member 53, and the groove wall hanging groove 55, as shown in FIGS. 2 to 5. .

Here, the first groove wall member 51 is a member for making one of the front and rear groove walls forming the vertical groove 5. If the upper part in the drawing of FIG. 5 is considered the front of the frame 10, the vertical groove 5 ) to create the front groove wall. As shown in FIGS. 4 and 5, the first groove wall member 51 forming the front groove wall of the vertical groove 5 is attached to the inner peripheral surface 13f of the left and right vertical frames 13 through the groove wall hanging groove 55. ) are respectively coupled and fixed to the inner peripheral surface 13f, and protrude inward from the inner peripheral surface 13f, that is, to the right in the drawing, thereby forming one groove wall of the vertical groove 5, that is, the front groove wall.

For this purpose, the first groove wall member 51 is composed of a first groove wall portion 61 and a first support portion 62, as shown in FIGS. 2 to 6, and the first groove wall portion 61 is vertically It protrudes in a right angle direction from the inner peripheral surface 13f of the frame 13 and extends vertically along the inner peripheral surface 13f to form the front groove wall of the vertical groove 5. In addition, the first support portion 62 is bent at a right angle at the upper first groove wall portion 61 and extends vertically along the inner peripheral surface 13f of the vertical frame 13, so that the plate member P is then vertically grooved. It is fitted in close contact with (5) and supports loads such as moments generated in the first groove wall member (51) when the first groove wall portion (61) is pressed. However, the first support portion 62 may not only be in close contact with the stomach inner peripheral surface 13f, but may also be further attached using double-sided tape or screws. At this time, as shown in FIG. 5, the vertical frame 13 forms fitting protrusions 15 vertically along the front edge of the inner peripheral surface to fit the distal end of the first support portion 62 to provide the first support. It is also possible to strengthen the adhesion between the portion 62 and the inner peripheral surface 13f.

Likewise, the second groove wall member 53 is a member for making another one of the front and rear groove walls forming the vertical groove 5. If the lower part in the drawing of FIG. 5 is referred to as the rear of the frame 10, the vertical groove 5 Create a rear groove wall. As shown in FIGS. 4 and 5, the second groove wall member 53 forming the rear groove wall of the vertical groove 5 is attached to the inner peripheral surface 13f of the left and right vertical frames 13 through the groove wall hanging groove 55. ) are respectively coupled to and fixed adjacent to the first groove wall member 51, and protrude inward from the inner peripheral surface 13f of the vertical frame 13, that is, to the right in the drawing, so as to protrude from the other groove wall of the vertical groove 5. That is, it forms a rear groove wall.

For this purpose, as shown in FIGS. 2 to 6, the second groove wall member 53 is again composed of a second groove wall portion 63 and a second support portion 64, and the second groove wall portion 63 is vertically aligned. It protrudes in a right angle direction from the inner peripheral surface 13f of the frame 13 and extends vertically along the inner peripheral surface 13f to form the rear groove wall of the vertical groove 5. In addition, the second support portion 64 is bent at a right angle in the upper second groove wall portion 63 and extends vertically along the inner peripheral surface 13f of the vertical frame 13, so that the plate member P is then vertically grooved. It is fitted in close contact with (5) and supports loads such as moments generated in the second groove wall member (53) when the second groove wall portion (63) is pressed. However, the second support part 64 is not only in close contact with the inner peripheral surface 13f of the stomach, but can be further attached using double-sided tape or screws, but unlike the first support part 62, it is not attached to the inner peripheral surface 13f. You don't have to. This is because, by creating a wedge 67 at the tip of the second groove wall portion 63 and interposing the wedge member 57 between the plate member P, the second groove wall member 53 is in close contact with the inner peripheral surface 13f. This is because it can be maintained as is. At this time, as shown in FIG. 5, the vertical frame 13 forms fitting protrusions 15 vertically along the rear edge of the inner peripheral surface, so as to fit the distal end of the second support portion 64 to provide the second support. It is also possible to strengthen the adhesion between the portion 64 and the inner peripheral surface 13f.

The groove wall hanging groove 55 is a member for coupling the first and second groove wall members 51 and 53 to the inner peripheral surface 13f of the left and right vertical frames 13, as shown in FIGS. 2 to 6, The left and right vertical frames 13 are each concavely formed on the inner peripheral surface 13f, and the first and second groove wall members 51 and 53 can be changed into any shape as long as they can be fixed to the vertical frames 13. possible.

For example, as shown in FIGS. 5 and 6, the groove wall hanging groove 55 may have an angular cross-sectional shape at both front and rear ends in a dovetail shape. Accordingly, the angled front edge 71 of the groove wall hook 55 has the shape of a lock groove. At this time, the first groove wall member 51 is a first groove wall portion 61 and a first support portion 62 where the first groove wall portion 61 and the first support portion 62 meet, as shown in FIG. 1 A first locking protrusion 65 protrudes at the bending point. Accordingly, the first locking protrusion 65 is gradually bent forward and protrudes so as to be aligned with and caught by the upper front end edge 71.

Likewise, the angled rear edge 72 of the groove wall hanging groove 55 also has the shape of a locking groove, and in this case, the second groove wall member 53 is shown in FIG. 5 so that it can be fitted and coupled to the rear edge 72. As shown, the second locking protrusion 66 protrudes at the second bending point where the second groove wall portion 63 and the second support portion 64 meet. Accordingly, the second locking protrusion 66 is gradually bent backward and protrudes so as to be aligned with and caught by the upper rear edge 72.

In addition, the groove wall hanging groove 55 has first and second grooves protruding from the bottom surface 73, as shown in FIGS. 5 and 6, in order to increase the coupling force to the first and second groove wall members 51 and 53. Second finishing protrusions 75 and 76 may be provided. At this time, the first and second finishing protrusions (75,76) are located adjacent to the first and second stopping protrusions (65,66), respectively, so that the first and second stopping protrusions (65,66) are located at the front and rear edges. After being aligned with (71, 72), the first and second locking protrusions (65, 65, 66) Doubles the fixing force.

Meanwhile, either or both of the first groove wall member 51 or the second groove wall member 53, for example, as shown in FIG. 5, the second groove wall member 53 is wedged between the plate member (P). Member 57 may be interposed. As shown in FIG. 6, this wedge member 57 is an elastic member in the form of a thin and long barrel, and is located between the first and second groove wall members 51 and 53 as shown in FIG. 5, that is, the vertical groove 5. In the state where the plate member (P) is inserted, the fixing force of the vertical groove (5) and the plate member (P) is doubled by being interposed between the second groove wall portion (63) of the second groove wall member (53) and the plate member (P). You can do it. At this time, as shown in FIG. 5, a wedge 67 can be processed at the tip of the second groove wall portion 63 to facilitate insertion of the wedge member 57.

Now, the operation of the structure for inserting the plate member into the frame according to the preferred embodiment of the present invention will be described as follows.

As shown in Figure 2 by the structure (1) for inserting the plate member into the frame of the present invention, in order to assemble the plate member (P) such as a glass plate to the frame 10 of a structure such as a partition or sliding door, as shown in Figure 7 As shown in (a), first, the first groove wall member 51 is fitted and coupled to the groove wall hanging groove 55 formed on the inner peripheral surface 13f of the vertical frame 13. For this purpose, the first locking protrusion 65 of the first groove wall member 51 is inserted into the front end edge 71 of the groove wall hanging groove 55, and the first support portion 62 of the first groove wall member 51 is inserted into the front end edge 71 of the groove wall hanging groove 55. ) is glued or attached on the inner peripheral surface (13f) of the vertical frame (13). Then, if there is a first finishing protrusion (75), the first finishing protrusion (75) is bent toward the first locking protrusion (65) by an external force to restrain the first locking protrusion (65) so that it is attached to the groove wall hanging groove (55). The first groove wall member 51 is coupled.

Next, as shown in (b) in FIG. 7, the plate member P is inserted into the horizontal groove 3 so as to come into close contact with the rear surface of the first groove wall portion 61 of the first groove wall member 51.

Then, as shown in (c) in FIG. 7, the first groove wall member 51 is fitted and coupled to the groove wall hanging groove 55 formed on the inner peripheral surface 13f of the vertical frame 13. That is, the second locking protrusion 66 of the second groove wall member 53 is inserted into the rear edge 72 of the groove wall hanging groove 55. At this time, the second groove wall member 53 is connected to the inner peripheral surface (13f) through the wedge member 57 that is pressed between the plate member P and the second groove wall portion 63 in the next step (d) of FIG. 7. Since it is in close contact with the groove wall hanging groove 55, there is no need to glue or attach the second support portion 64 to the inner peripheral surface 13f. Then, if there is a second finishing protrusion (76), the second finishing protrusion (76) is bent toward the second locking protrusion (66) by an external force to restrain the second locking protrusion (66). It is possible to increase the binding strength of the rear end edge 72. However, at this time, the second finishing protrusion 76 can be bent by inserting a tool through a sufficient gap between the plate member P and the second groove wall portion 63.

Finally, as shown in (d) in FIG. 7, the second groove wall member 53 is vertically aligned by inserting or press-fitting the wedge member 57 between the plate member P and the second groove wall portion 63. The frame 13 is brought into close contact with the inner peripheral surface 13f, and at the same time, the plate member P is inserted into the vertical groove 5 and fixed through the second groove wall member 53. In this way, the plate member is inserted into the frame of the present invention. Through (1), the plate member (P) can be simply and firmly inserted into the frame (10) and fixed.

Although the specific implementation of the present invention has been described above as an example, these are for illustrative purposes only and are not intended to limit the scope of protection of the present invention. It will be apparent to those skilled in the art that various substitutions, modifications, and changes can be made without departing from the technical spirit of the present invention.

1: Structure of inserting plate members into the frame
3: horizontal groove 5: vertical groove
10: frame 11: horizontal frame
13: vertical frame 15: insertion protrusion
51: first groove wall member 53: second groove wall member
55: Groove wall hanging groove 57: Wedge member
61: first groove wall portion 62: first support portion
63: second groove wall portion 64: second support portion
65: first locking protrusion 66: second locking protrusion
67: Cuneate 75: First closing protuberance
76: Second finishing protrusion Eh: Top and bottom edges
Ev: Left and right edges P: Plate member

Claims (8)

As long as they are formed to face each other on the inner peripheral surfaces 11f of the upper and lower horizontal frames 11, which are arranged at intervals in parallel while facing each other of the frame 10, so as to fit the upper and lower end edges Eh of the plate member P. a pair of transverse grooves (3); and
Formed to face each other on the inner peripheral surface 13f of the left and right vertical frames 13 of the frame 10, which are arranged at intervals in parallel while facing each other so as to sandwich the left and right end edges Ev of the plate member P. It consists of a pair of vertical grooves (5);
Each of the vertical grooves 5 is,
A first groove wall member (51) is coupled to the inner peripheral surface (13f) of the left and right vertical frames (13) and protrudes inward from the inner peripheral surface (13f) of the vertical frame (13) to form one groove wall of the vertical groove (5). ;
The vertical grooves ( A second groove wall member 53 forming the other groove wall of 5); and
A frame comprising a groove wall hanging groove (55) concavely formed on the inner peripheral surface (13f) of the left and right vertical frames (13) to couple the first and second groove wall members (51, 53). Structure for inserting plate members. In claim 1,
The first groove wall member 51 is,
A first groove wall portion extending up and down along the inner peripheral surface (13f) of the vertical frame (13) to form a groove wall on one side of the vertical groove (5), and protruding in a right angle direction from the inner peripheral surface (13f) of the vertical frame (13) 61); and
It extends up and down along the inner peripheral surface (13f) of the vertical frame (13), and is formed at a right angle to the first groove wall portion (61) to support the load transmitted from the plate member (P) through the first groove wall portion (61). A structure for inserting a plate member into a frame, comprising: a first support portion (62) bent and in close contact with the inner peripheral surface (13f) of the vertical frame (13). In claim 2,
The groove wall hanging groove 55 has a dovetail-shaped cross-sectional shape,
The first groove wall member 51 is aligned with one edge 71 of the groove wall hanging groove 55 at a first bending point where the first groove wall portion 61 and the first support portion 62 meet. A structure for inserting a plate member into a frame, characterized in that it has a first locking protrusion (65) that is bent and protrudes to one side so as to be caught. In claim 3,
The groove wall hanging groove 55 is deformed by an external force after the first locking protrusion 65 is aligned with the one edge 71 and protrudes from the bottom surface to fix the first locking protrusion 65. A structure for inserting a plate member into a frame characterized by having a first finishing protrusion (75). In claim 1,
The second groove wall member 53 is,
A second groove wall portion extends up and down along the inner peripheral surface 13f of the vertical frame 13 to form the other groove wall of the vertical groove 5, and protrudes in a right angle direction from the inner peripheral surface 13f of the vertical frame 13 ( 63); and
It extends up and down along the inner peripheral surface (13f) of the vertical frame (13), and is formed at a right angle to the second groove wall portion (63) to support the load transmitted from the plate member (P) through the second groove wall portion (63). A structure for inserting a plate member into a frame, comprising a second support portion (64) that is bent and comes into close contact with the inner peripheral surface (13f) of the vertical frame (13). In claim 5,
The groove wall hanging groove 55 has a dovetail-shaped cross-sectional shape,
The second groove wall member 53 is aligned with the other edge 72 of the groove wall hanging groove 55 at a second bending point where the second groove wall portion 63 and the second support portion 64 meet. A structure for inserting a plate member into a frame, characterized in that it has a second locking protrusion (66) that is bent and protrudes to the other side so as to be caught. In claim 6,
The groove wall hanging groove 55 is deformed by an external force after the second locking protrusion 66 is aligned with the other edge 72 and protrudes from the bottom surface to fix the second locking protrusion 66. A structure for inserting a plate member into a frame characterized by having a second finishing protrusion (76). The method according to any one of claims 1 to 7,
At least one of the first groove wall member 51 or the second groove wall member 53 has a wedge member 57 interposed between the plate member P and the plate member inserted into the vertical groove 5. A structure for inserting a plate member into a frame, characterized in that (P) is fixed by the wedge member (57).

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