KR200499200Y1 - End sealing device of push frame for perfect windscreen - Google Patents

Abstract

In a door including a door vertical frame and a door horizontal frame, a sealing member of a push frame projecting from the door vertical frame may include a finishing plate including a first windbreak guide formed on an upper surface corresponding to a vertical windbreak member provided on the push frame and a second windbreak guide formed parallel to the first windbreak guide corresponding to a horizontal windbreak member provided on the door horizontal frame, at least one fixed insertion portion extending downward from a lower surface of the finishing plate, and a fixed hook extending downward from a lower surface of the finishing plate corresponding to a catch portion formed on the push frame.

Description

{END SEALING DEVICE OF PUSH FRAME FOR PERFECT WINDSCREEN}

The present invention relates to an airtight member including a finishing cover and a windbreak member for forming a perfect windbreak structure in a door.

Buildings or other structures include at least one door, and the door is typically of the swing, sliding, and revolving type. People or objects enter and exit the building through the door, and the inside and outside of the building are separated by closing the door.

However, accidents in which a part of the body gets caught in the gap of the door during the process of opening and closing the door can often occur, and cases in which objects get caught and cause damage to the objects often occur. Recently, it is common to use doors made of tempered glass in the entrances of large buildings such as buildings, and since such large tempered glass is heavy and hard, if a person's hand or part of the body gets caught in a large glass door, it can cause serious injury to the hand or body.

Several designs and designs have been disclosed to prevent injuries to fingers, hands, etc. caused by door bodies such as large glass doors. Among them, Utility Model No. 20-242276 relates to a "frame for a tempered glass door," and soundproofing and windproofing effects can be expected by using a raised bar.

In addition, registered patent No. 10-2221573 relates to a door frame and a guide piece for preventing detachment, wherein a windbreak member is formed at the end of the push frame to block wind from flowing in through the gap in the door.

The push frame is used for the purpose of protecting fingers and the like, but since windbreaks cannot be installed at the upper and lower ends, it can cause wind to come in.

Although windbreak members are sometimes installed vertically on the horizontal frame of the door, since the push frame moves in the longitudinal direction, its movement may be restricted by other windbreak members as the push frame moves inward.

The present invention provides a finishing cover for a push frame that can form a perfect windbreak without any gaps, without restricting the movement of the push frame mounted on the vertical frame of the door.

The present invention provides a finishing cover for a push frame that allows easy installation of a windbreak member while preventing movement and gap formation due to additional pushing by specifying a direction.

The present invention provides a finishing cover of a push frame capable of forming a complete windbreak by arranging windbreak members in two or three layers in parallel.

According to an exemplary embodiment of the present invention for achieving the objects of the present invention described above, a finishing cover of a push frame projecting from the door vertical frame, in a door including a door vertical frame and a door horizontal frame, may include a finishing plate including a first windbreak guide formed on an upper surface corresponding to a vertical windbreak member provided on the push frame and a second windbreak guide formed parallel to the first windbreak guide corresponding to a horizontal windbreak member provided on the door horizontal frame, at least one fixed insertion portion extending downward from a lower surface of the finishing plate, and a fixed hook extending downward from a lower surface of the finishing plate corresponding to a catch portion formed on the push frame.

A first windbreak guide corresponding to the vertical windbreak member of the push frame and a second windbreak guide corresponding to the horizontal windbreak member of the door horizontal frame can be arranged in parallel to form at least a double windbreak structure.

In addition, the second windbreak member of the second windbreak guide and the horizontal windbreak member of the door horizontal frame are misaligned, and the first windbreak member of the first windbreak guide is limited to the inner wall of the push frame, so that even if the push frame is pushed inward, mutual interference by the windbreak members can be blocked, and a complete windbreak can be formed.

To this end, the first windbreak guide may include a first catch formed at the proximal end of the push frame, and the second windbreak guide may include a second catch formed at the distal end of the push frame.

Fixed inserts are provided left and right with respect to the direction of movement of the push frame, and fixed hooks can be provided at the front or rear between the fixed inserts.

The first windbreak guide is positioned on both sides of the finishing plate, the second windbreak guide can be positioned between the first windbreak guides, and the first windbreak member of the first windbreak guide can also be positioned so as to be misaligned with the horizontal windbreak member of the horizontal door frame.

The end cover of the push frame of the present invention can form a perfect windbreak without any gaps above and below the push frame without restricting the movement of the push frame mounted on the vertical frame.

The end cover of the push frame of the present invention can easily install a windbreak member while preventing movement and gap formation due to additional pushing by specifying a direction.

The end cover of the push frame of the present invention can form a complete windbreak by arranging the windbreak members in two or three layers in parallel.

FIG. 1 is a drawing for explaining a closing cover of a push frame according to one embodiment of the present invention.
Figure 2 is a drawing for explaining the specific structure of the finishing cover of Figure 1.
Figure 3 is a drawing for explaining the assembly of the finishing cover and windbreak member of Figure 1.
FIG. 4 is a drawing for explaining a door and a finishing cover according to one embodiment of the present invention.
Figure 5 is a drawing for explaining the connection between the push frame and the finishing cover of Figure 4.
FIG. 6 is a drawing for explaining the operation of a door frame and a finishing cover according to one embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the attached drawings, but the present invention is not limited or restricted by the embodiments. For reference, in this description, the same numbers refer to substantially the same elements, and the contents described in other drawings under the above rules may be cited and described, and the contents that are judged obvious to those skilled in the art or are repeated may be omitted.

FIG. 1 is a drawing for explaining a finishing cover of a push frame according to one embodiment of the present invention, FIG. 2 is a drawing for explaining a specific structure of the finishing cover of FIG. 1, FIG. 3 is a drawing for explaining assembly of the finishing cover and a windbreak member of FIG. 1, FIG. 4 is a drawing for explaining a door frame and a finishing cover according to one embodiment of the present invention, FIG. 5 is a drawing for explaining a connection between the push frame and the finishing cover of FIG. 4, and FIG. 6 is a drawing for explaining the operation of the door frame and the finishing cover according to one embodiment of the present invention.

Referring to FIGS. 1 to 6, a door according to one embodiment of the present invention can be formed using a door vertical frame (100) and a door horizontal frame (200). A push frame (130) can be provided on the door vertical frame (100), and can be extended through an outer receiving portion (112) formed on a side of the door vertical frame (100).

As shown in Fig. 6, the door vertical frame (100) may include a chassis body, a push frame (130), and a finishing cover (300). The top and bottom of the door vertical frame (100) may be connected to the door horizontal frame (200), and a door with this structure may be provided as a vertical frame for a revolving door, a swing door, etc.

In this regard, the door vertical frame (100) may include an inner receiving portion for receiving a plate such as tempered glass and an outer receiving portion (112) for receiving a push frame (130), and the bottom of the outer receiving portion (112) may be a partition wall connecting the left and right side walls, and the partition walls connecting the left and right may be formed in one or more, and the inner receiving portion may also be formed in various shapes or dimensions depending on the structure of the door to be received.

The door vertical frame (100) and the door horizontal frame (200) can be formed through aluminum extrusion molding, and can be protected by an exterior material made of stainless steel for external protection and appearance formation.

A push frame (130) is inserted and mounted in the longitudinal direction in the outer receiving portion (112) of the door vertical frame (100), and the push frame (130) is hollow and can define an outer wall portion (132) and an inner wall portion (134). Supports can be protruded or extended on both sides of the inner wall portion (134) of the push frame (130) to prevent the push frame (130) from being separated from the outer receiving portion (112).

The push frame (130) can also be formed by extruding aluminum, and a receiving portion that can receive a vertical windbreak member (140) is formed at the top, and two vertical windbreak members (140) can be formed vertically and in parallel. The vertical windbreak member (140) can be equipped with a windbreak material such as mohair or elastic material inserted in the longitudinal direction.

In this embodiment, the vertical windbreak member (140) is inserted in the longitudinal direction, but in some cases, the receiving portion may be formed in a groove shape and adhered thereto using double-sided tape, etc.

Various springs such as coil springs, plate springs, wire springs, etc. may be interposed between the outer receiving portion (112) and the push frame (130), and as shown in (a) of FIG. 6, the springs may have the function of elastically supporting the push frame (130).

The finishing cover (300) may include a finishing plate (310), two fixed inserts (340) extending downward from the left and right of the finishing plate (310), and a fixed hook (350) formed corresponding to a catch (136) formed on a push frame (130).

On the upper surface of the closing plate (310), a first windbreak guide (320) formed corresponding to the vertical windbreak member (140) of the push frame (130) and a second windbreak guide (330) formed corresponding to the horizontal windbreak member (240) provided on the door horizontal frame (200) may be provided.

The first windbreak guide (320) and the second windbreak guide (330) can be formed parallel to each other, and a first windbreak member (360) can be inserted into the first windbreak guide (320), and a second windbreak member (370) can be inserted into the second windbreak guide (330).

The first windbreak member (360) can correspond to the vertical windbreak member (140), and can be formed longer than the first windbreak guide (320) and can extend to the end of the vertical windbreak member (140). The second windbreak member (370) can correspond to the horizontal windbreak member (240) of the door horizontal frame (200), and can be formed longer than the second windbreak guide (330), but can be extended in a direction opposite to the first windbreak member (360) and can extend to the position of the horizontal windbreak member (240) or the door horizontal frame (200).

The first windbreak guide (320) and the second windbreak guide (330) can be arranged parallel to each other, and by the first windbreak member (360) and the second windbreak member (370) inserted therein, a windbreak structure of at least two layers can be formed, as shown in FIG. 6.

In addition, the second windbreak member (370) inserted into the second windbreak guide (330) and the horizontal windbreak member (240) of the door horizontal frame (200) may be arranged to be misaligned from each other. In addition, the first windbreak member (360) inserted into the first windbreak guide (320) may be restricted from passing beyond the inner wall of the push frame (130). As shown in (b) of FIG. 6, even if the push frame (130) is pushed inward, mutual interference by the windbreak members can be blocked, and a double or more windbreak structure can be maintained to form a complete windbreak.

Referring to (b) of FIG. 2, the first windbreak guide (320) may include a first catch (322) formed at the proximal end of the push frame (130), that is, an end adjacent to the door horizontal frame (200), and the second windbreak guide (330) may include a second catch (332) formed on the original side of the push frame (130) at an opposite position to the first catch (322). Accordingly, as illustrated in FIG. 3, the direction in which the first windbreak member (360) is inserted and the direction in which the second windbreak member (370) is inserted in the finishing cover (300) may be opposite to each other, and the position that can be entered without being passed through by the first catch (322) and the second catch (332) may also be limited.

The fixed insertion part (340) can be provided on both left and right sides with respect to the direction of movement of the push frame (130), and the fixed hook (350) can be provided at the front or rear between the fixed insertion parts (340). The fixed hook (350) can be fixed to the catch part (136) to secure the finishing cover (300). Another catch part (138) can be formed on the outer wall part (132), and the fixed hook can also be formed on both front and rear sides.

The first windbreak guide (320) may be formed on both sides of the finishing plate (310), the second windbreak guide (330) may be positioned centrally between the first windbreak guides (320), and the first windbreak member (360) of the first windbreak guide (320) may also be positioned so as to be misaligned with the horizontal windbreak member (240) of the door horizontal frame (200), and the installed width may also be formed narrower than the horizontal windbreak member (240).

As described above, although the present invention has been described with reference to preferred embodiments thereof, it will be understood by those skilled in the art that various modifications and changes may be made to the present invention without departing from the spirit and scope of the present invention as set forth in the claims below.

100 : Door vertical frame 200 : Door horizontal frame
130 : Push Frame 300 : Finish Cover
140: Vertical windbreak member 240: Horizontal windbreak member
310 : Closing plate 320 : 1st windbreak guide
330: Second windbreak guide 340: Fixed insert
350: Fixed hook 360: 1st windbreak member
370: Second windbreak

Claims (4)

In a door including a door vertical frame and a door horizontal frame, a sealing member of a push frame projecting from the door vertical frame,
A finishing plate including a first windbreak guide formed on an upper surface corresponding to a vertical windbreak member provided on the push frame and a second windbreak guide formed parallel to the first windbreak guide corresponding to a horizontal windbreak member provided on the door horizontal frame;
At least one fixed insert extending downwardly from the bottom surface of said finishing plate; and
A fixed hook extending downward from the bottom surface of the finishing plate corresponding to the catch formed on the above push frame;
The first windbreak guide is formed on the upper surface of the finishing plate so as to overlap the vertical windbreak member vertically, and the second windbreak guide is formed on the upper surface of the finishing plate so as to be misaligned with the horizontal windbreak member.
A sealing member of a push frame, characterized in that the second windbreak guide forms a second catch formed on the fabric of the push frame, so that a windbreak member inserted into the second windbreak guide protrudes from the proximal end of the push frame.
In the first paragraph,
A sealing member of a push frame, characterized in that the first windbreak guide includes a first catch formed at an end of the push frame.
In the first paragraph,
A sealing member of a push frame, characterized in that the fixed insertion portion is provided left and right with respect to the moving direction of the push frame, and the fixed hook is provided at the front or rear between the fixed insertions.
In the first paragraph,
A sealing member of a push frame, characterized in that the first windbreak guide is located on both sides of the closing plate, and the second windbreak guide is located between the first windbreak guides.

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