TWM610020U - Combined structure of door frame material and door plate - Google Patents

Abstract

A combined structure of door frame material and door panel, comprising two horizontal frames each having a set of joint surfaces and a set of plate grooves, each group of plate grooves has a friction fixing coating that covers and joins the inner groove wall, and both ends of each horizontal frame are respectively positioned at A plurality of screw clamps on the end surface, two horizontal frames are set on a door panel by a plate assembly groove, the lower side and the friction fixing coating of the inner groove wall is clamped against the front and back surfaces of the door panel to be fixed; the two vertical frames respectively have one side surface And a second set of plate grooves, each of the second set of plate grooves has a friction fixing coating that covers and joins the inner groove wall, and the two vertical frames abut against both ends of the two horizontal frames with the side contact surface and use the second set of plates The groove sets are set on both sides of the door panel, and the friction fixing coating of the inner groove wall is clamped against the front and back surfaces of the door panel to be fixed; and the plurality of screws are threaded through the two vertical frames and the screw sets are fixed by the plurality of screw clamps at both ends of each horizontal frame.

Description

Combined structure of door frame material and door panel

This creation relates to the technical field of door leaf combined structures, in particular to a combined structure of door frame materials and door panels.

The door mainly consists of two structures: a door frame and a door leaf. The door leaf is also called the door leaf. At present, metal, plastic, glass and other materials are generally used (such as the main structure of metal and plastic materials with inlaid glass door panels); for use in different areas of the home The function (such as door, bedroom door, bathroom door or other ventilation doors, etc.) chooses different door leaf materials, and the construction techniques and precautions are also different.

The reason is that glass material (or acrylic material) is light in weight and has a lighting effect, and is widely used as the door panel material of various door leaves. It is installed and used in the slot reserved by the metal frame material; and in the slot In order to prevent the sliding and loosening of the glass door panel and strengthen the fixation when the embedded group is installed, the general practice is to glue and fix the gap between the front and back surfaces of the glass door panel and the embedded groove.

For example, the Republic of China Announcement No. 269349 "Improved the structure of the door leaf of the iron door" new patent, in its claim 1, the length of the two pieces of glass is shorter than the inner length of the upper and lower thin frames, and only an angle of inclination is enough. Putting the glass into the upper and lower thin frames, and fixing the sides with silicone glue is the main feature."

In addition, according to the new patent of Announcement No. 322114 "Improved Structure of Viewing Door (Second Case)", in its claim 1, "The glass plate is mainly glued to the inside and outside of the aforementioned anti-theft grille, except for its beauty. The middle door can be tightly closed to reinforce the effects of blocking, sound insulation, and windshield, and the middle door has the effect of viewing through the perspective effect of the glass plate;".

However, the combination of the conventional door frame material and the glass due to the gluing operation fixed by the silicone rubber tends to increase the complexity of the assembly process, and cause the extension of the working hours and the delay of the construction period.

The main purpose of this creation is to provide friction fixing coatings on the inner grooves of the longitudinal and horizontal frames of the combined door panel, respectively, to provide the friction fixing coating to the front and back surfaces of the door panel when the door is assembled. A frictional fixing effect can be formed, and the door panel can be prevented from sliding and loosening without gluing and fixing, which effectively simplifies the assembly process and shortens the working hours.

In order to achieve the above-mentioned purpose and effect, this invention creates a combined structure of door frame material and door panel, including:

A door panel.

The two horizontal frames respectively have a set of joints and a set of plate grooves, each set of plate grooves is recessed on the set of joints and has a friction fixing coating that covers and joins the inner groove wall, and the two ends of each horizontal frame are respectively There are a plurality of screw clamps on the end surfaces, the two horizontal frames are set on the upper and lower sides of the door panel with plate assembly grooves, and the friction fixing coating on the inner groove wall of each assembly plate groove is clamped against the front and back surfaces of the door plate to be fixed.

The two vertical frames respectively have a side surface and a second set of plate grooves, each of the second set of plate grooves is recessed on the side surface and has a friction fixing coating that covers and joins the inner groove wall, the two vertical frames Use the side contact surface to abut against both ends of the two horizontal frames and respectively set the second set of plate grooves on both sides of the door panel, and each second set of plate grooves is clamped against the door panel by the friction fixing coating on the inner groove wall The front and back surfaces are fixed.

And a plurality of screws are screwed through the two vertical frames and the screws are fixed on the plurality of screw clamps on the two ends of each horizontal frame.

Please refer to the first to sixth pictures, this invention creates a door frame material and door panel combined structure, including: a door panel 30.

The two horizontal frames 10 are aluminum extruded frame materials and respectively have a set of joints 11 and a set of plate grooves 12, each set of plate grooves 12 is recessed in the set of joints 11 and has a friction covering and joining the inner groove wall The coating layer A is fixed, and both ends of each horizontal frame 10 are respectively provided with a plurality of screw clamps 13 on the end surface. The two horizontal frames 10 are assembled on the upper and lower sides of the door panel 30 by the assembly groove 12, and each assembly panel The groove 12 is clamped and fixed against the front and back surfaces of the door panel 30 by the friction fixing coating A on the inner groove wall.

The two vertical frames 20 are aluminum extruded frame materials and respectively have a side surface 21 and a second set of plate grooves 22, each of the second set of plate grooves 22 is recessed on the side surface 21 and has a cover combined with the inner groove A friction fixing coating A of the wall, the two vertical frames 20 abut against the two ends of the two horizontal frames 10 with the side joint surface 21, and are respectively set on both sides of the door panel 30 with a second set of plate grooves 22, and Each second set of plate grooves 22 is clamped against the front and back surfaces of the door panel 30 by the friction fixing coating A on the inner groove wall and fixed.

And a plurality of screws 40 are threaded through the two vertical frames 20 and the screws are fixed to the plurality of screw clamps 13 on the two ends of each horizontal frame 10.

The foregoing is the main technical feature of the main embodiment of the creation, which corresponds to the content of the first item of the patent application in this case, so that the purpose and implementation type of the creation can be known in detail, and the technical features described in the other subsidiary application patent scope are correct The detailed description or additional technical features of the first item in the scope of patent application are not used to limit the scope of the first item in the scope of patent application. It should be understood that the first item in the scope of the patent application in this case does not necessarily include the scope of the remaining subsidiary patent applications. Technical characteristics.

As mentioned above, in this creation, the friction fixing coating A is clamped against the front and back surfaces of the door panel 30 by the two horizontal frames 10 set on the inner groove wall of the panel assembly groove 12 of the door panel 30 to form a friction fixing effect. And the two longitudinal frames 20 are set on the inner groove wall of the second set of plate grooves 22 of the door panel 30. The friction fixing coating A is clamped against the front and back surfaces of the door panel 30 to form a friction fixing effect, and no glue is needed. The fixing can effectively prevent the door panel 30 from sliding and loosening.

The features of each component of this creation are described in further detail below. In the first to second figures above, the friction fixing coating A is a powder baking varnish with a thickness of 50~150μm, so the powder baking varnish structure itself has The abrasion resistance of the door panel 30 can form a firm combination with a better friction effect when it is clamped against the front and back surfaces of the door panel 30, and the door panel 30 can be effectively prevented from sliding and loosening without the need for glue to fix.

Secondly, as shown in the third to fifth figures, the two vertical frames 20 respectively have two limiting ribs 23 located on both sides of the side surface 21, and the two limiting ribs 23 protrude toward the horizontal frame 10 and abut against the horizontal Limiting positions are formed on both sides of the frame 10. Therefore, the positioning of the horizontal frame 10 by abutting against the two limiting ribs 23 accelerates the assembly operation and improves the firmness of the combination of the horizontal frame 10 and the vertical frame 20.

Furthermore, as shown in the third to sixth figures, the two vertical frames 20 respectively have an outer side surface 24 located on the opposite side of the side connecting surface 21, and the side connecting surface 21 has a plurality of coupling holes 211 corresponding to the screw clamps 13. The outer side surface 24 has a plurality of perforations 242 corresponding to each coupling hole 211, and the plurality of perforations 242 provide that each screw 40 is fixed to the coupling hole 211 by a plurality of screw clamps 13 corresponding to a screw set, and the two vertical frames 20 respectively have a cover set and each There are a plurality of hole covers 243 of the perforations 242. Therefore, the shielding effect of the perforations 242 of the hole cover 243 is used to prevent the embroidering of the screw 40 caused by the dust entering the vertical frame 20.

Moreover, in the first figure, it further includes a plurality of horizontal frames 50 located between the two horizontal frames 10, and the plurality of horizontal frames 50 are respectively fixed and fixed to the two joint surfaces 21 of the two vertical frames 20 with two ends abutting against each other. The door panel 30 is divided into plural pieces.

In addition, as shown in Figures 4 to 6, the friction fixing coating A provided on the inner wall of the plate groove 12 further extends to cover the outer surface of the horizontal frame 10, and the inner groove wall of the second plate groove 22 The provided friction fixing coating A further extends to cover the outer surface of the vertical frame 20.

As described above, the present invention uses two horizontal frames 10 respectively and has a friction fixing coating A covering and combined with the inner groove wall of each group of plate grooves 12, and the two vertical frames 20 have a covering and combined with each second group of plates A friction fixing coating A on the inner groove wall of the groove 22 can indeed break through the combination of the conventional door leaf frame material and glass door panel. The gluing operation fixed by silicone glue will increase the disadvantages of process and man-hours, thereby achieving the following advantages:

1. The friction fixing coating A provided on the inner groove wall through the plate assembly groove 12 of each horizontal frame 10 is clamped against the front and back surfaces of the door panel 30 to form a friction fixing effect, and the second assembly plate groove 22 of each vertical frame 20 The friction fixing coating A provided on the inner groove wall is clamped against the front and back surfaces of the door panel 30 to form a friction fixing effect.

2. The door panel 30 can be prevented from sliding and loosening without gluing and fixing, effectively simplifying the assembly process and shortening the working hours.

10: horizontal border 11: group junction 12: Assembling board slot 13: Screw clamp 20: Vertical border 21: Side joint 211: Combination hole 22: The second set of board slots 23: limit rib 24: Outer side 242: Perforation 243: hole cover 30: door panel 40: Screw 50: Transverse frame A: Friction fixing coating

The first picture is a schematic diagram of the creation of the three-dimensional combination. The second picture is a three-dimensional schematic diagram of a combination of a horizontal frame and a vertical frame. The third picture is a three-dimensional exploded schematic diagram of the creation of a horizontal frame, a vertical frame, and multiple screws. The fourth figure is a schematic cross-sectional view of the section IV-IV in the first figure. The fifth figure is a schematic cross-sectional view of the line V-V in the first figure. The sixth figure is a schematic cross-sectional view of the line VI-VI in the first figure.

10: horizontal border

20: Vertical border

30: door panel

50: Transverse frame

Claims (6)

A combined structure of door frame material and door panel, including: A door panel The two horizontal frames respectively have a set of joints and a set of plate grooves, each set of plate grooves is recessed on the set of joints and has a friction fixing coating that covers and joins the inner groove wall, and the two ends of each horizontal frame are respectively There are a plurality of screw clamps located on the end surface, the two horizontal frames are set on the upper and lower sides of the door panel with plate assembly grooves, and the friction fixing coating on the inner groove wall of each assembly plate groove is clamped against the front and back surfaces of the door plate to be fixed; The two vertical frames respectively have a side surface and a second set of plate grooves, each of the second set of plate grooves is recessed on the side surface and has a friction fixing coating that covers and joins the inner groove wall, the two vertical frames Use the side contact surface to abut against both ends of the two horizontal frames and respectively set the second set of plate grooves on both sides of the door panel, and each second set of plate grooves is clamped against the door panel by the friction fixing coating on the inner groove wall The front and back surfaces are fixed; And a plurality of screws are screwed through the two vertical frames and the screws are fixed on the plurality of screw clamps on the two ends of each horizontal frame. The combined structure of door frame material and door panel according to claim 1, wherein the friction fixing coating is a powder baking varnish with a thickness of 50-150 μm. The door frame material and door panel combined structure according to claim 1, wherein the two vertical frames respectively have two limiting ribs located on both sides of the side joint surface, and the two limiting ribs protrude toward the horizontal frame and abut against the horizontal frame A limit is formed on both sides. The door frame material and door panel combined structure according to claim 1, wherein the two longitudinal frames respectively have an outer side surface located on the opposite side of the side connecting surface, the side connecting surface has a plurality of connecting holes corresponding to each screw clamp, and the outer side surface There are a plurality of perforations corresponding to each coupling hole, and the plurality of perforations provide that each screw is fixed to the coupling hole by a plurality of screw clamps corresponding to the screw group, and the two vertical frames respectively have a plurality of hole covers with each perforation of the cover group. The combined structure of door frame material and door panel according to claim 1, which further comprises a plurality of horizontal partition frames located between the two horizontal frames, and the plurality of horizontal partition frames are respectively joined to the two joint surfaces of the two vertical frames with two ends abutting against each other. Fix and divide the door panel into plural pieces. The door frame material and door panel combined structure according to claim 2, wherein the friction fixing coating provided on the inner groove wall of the plate groove further extends to cover the outer surface of the horizontal frame, and the inner groove wall of the second group plate groove The provided friction fixing coating further extends to cover the outer surface of the vertical frame.

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