TWM625173U - window frame - Google Patents

Abstract

A frame member of a window frame includes a bearing unit. The carrying unit includes an outer carrying wall adjacent to the outdoor and laterally disposed, an outer rail protruding upward and straight from the outer carrying wall, an inner carrying wall adjacent to the indoor and laterally disposed above the inner side of the outer carrying wall, An inner rail protruding upwards straight from the inner carrier wall, and a connecting wall extending upward from the inner side edge of the outer carrier wall to the inner side of the inner rail and connected to the inner carrier wall, the inner carrier wall has At least one drainage hole is arranged between the inner rail and the connecting wall and communicates up and down. The frame member is designed with the at least one drainage hole arranged on the inner support wall, so that the liquid entering the inner side can be discharged smoothly, so it has a good drainage effect.

Description

window frame

The new model relates to a window frame, in particular to a frame member of the window frame which is suitable for the installation of doors and windows and allows water to be discharged.

In general building structures, for factors such as lighting and ventilation, a hollow window frame is usually set on a wall, and two windows that can slide left and right respectively are installed in the window frame. The window frame includes a frame member located at the bottom, and the frame member has an inner rail groove and an outer rail groove which are parallel to the inside and outside and are respectively provided for the windows. When it rains, although the windows can be moved to a closed state where the windows are staggered side by side to block the rain, the rain may still pass along the overlap of the windows, and the windows and the The gap between the window frames flows into the window frame, and forms accumulated water in the frame at the bottom. If the accumulated water is not discharged in time, it may rise over the frame and flow inward into the room, or be splashed by strong winds. into the room, thereby affecting the living environment.

At present, the industry has developed a variety of drainage devices applied to the window frame, which mainly include a drainage hole connected to the inside and the outside on an outer side wall of the frame, and a windshield seat is installed at the drainage hole, which can be used to enter the window frame. The rainwater in the outer rail groove is directly drained from the drainage hole. However, when the wind and rain are strong, or the outdoor wind blows inward to the indoor direction, the rainwater will flow into the inner rail groove, but since there is no drainage structure on the inside of the frame, it will accumulate in the inner rail groove. The rainwater inside is difficult to drain, and even easily overflows or splashes into the room, so the drainage effect is not good, and the design still needs to be improved.

Therefore, the object of the present invention is to provide a frame member of a window frame which can at least overcome the shortcomings of the prior art.

Therefore, the frame member of the novel window frame includes a bearing unit. The carrying unit includes an outer carrying wall adjacent to the outdoor and laterally disposed, an outer rail protruding upward and straight from the outer carrying wall, an inner carrying wall adjacent to the indoor and laterally disposed above the inner side of the outer carrying wall, An inner rail protruding upwards straight from the inner carrier wall, and a connecting wall extending upward from the inner side edge of the outer carrier wall to the inner side of the inner rail and connected to the inner carrier wall, the inner carrier wall has At least one drainage hole is arranged between the inner rail and the connecting wall and communicates up and down.

The utility model has the following functions: by arranging the at least one drainage hole on the inner support wall, the inner water can be effectively drained smoothly, and the drainage effect is good.

Referring to Figures 1, 2, and 3, an embodiment of the frame member of the new window frame, the window frame 1 is a hollow rectangular frame body, suitable for setting in a wall (not shown) of a building, and It can be installed for an inner window 21, an outer window 22 and a screen window 23. When in use, the inner window 21 can slide toward the outer window 22 and overlap with the outer window 22 in a windowed state (as shown in Figure 2). (shown), and a closed window state (as shown in FIG. 1 ) that slides away from the outer window 22 and is staggered side by side with the outer window 22 (as shown in FIG. 1 ). In addition, the setting of the screen window 23 can also be omitted in the design. Explain again.

The frame member 3 is an extruded aluminum profile, which is arranged at the bottom of the window frame 1 in this embodiment. Of course, the frame member 3 can also be symmetrically arranged on the top of the window frame 1, as well as on the left and right sides. It is not limited to this embodiment. The frame member 3 is generally a step-shaped seat that extends from left to right and gradually rises from the outside to the inside, and includes a bearing unit 4 , a base unit 5 , and an installation unit 6 .

The carrier unit 4 includes an outer carrier wall 41 adjacent to the outdoor and laterally disposed, an outer rail 42 protruding upward and straight from the outer carrier wall 41 for the installation of the outer window 22 , and a space between the outer carrier wall 41 . An outer side wall 43 whose outer edge protrudes upwards and is located on the outer side of the outer rail 42 , and an outer side wall 43 which protrudes upward from the outer carrier wall 41 and is located between the outer rail 42 and the outer side wall 43 for the screen window 23 installed side rails 44, an inner carrier wall 45 that is adjacent to the room and laterally disposed above the inner side of the outer carrier wall 41, and an inner carrier wall 45 that protrudes upward straightly for the installation of the inner window 21. The rail 46, an inner side wall 47 protruding upward from the inner side edge of the inner carrier wall 45 and located inside the inner rail 46, and an inner side wall 47 extending upward from the inner side edge of the outer carrier wall 41 to the inner side of the inner rail 46 A connecting wall 48 connected to the inner carrying wall 45, an outer sealing seat 49 disposed on the outer edge of the inner carrying wall 45 and opening outward, and an inner sealing seat 49 disposed on the inner wall 47 and opening outward Block 40. The outer carrier wall 41 , the outer side wall 43 and the connecting wall 48 cooperate to define an outer rail groove 31 , and the inner carrier wall 45 cooperates with the inner side wall 47 to define an inner rail groove 32 . The groove 32 is located above the inner side of the outer rail groove 31 .

The outer support wall 41 extends downwards gradually from the inside to the outside, so as to facilitate the rainwater to be discharged downstream and outward. The outer support wall 41 has a reinforcement portion 411 located at the bottom of the outer rail 42 and connected to support the outer rail 42 . The reinforcement portion 411 protrudes and expands to increase the thickness, which can strengthen the structure and increase the supporting strength. The outer side wall 43 can block outdoor rainwater from directly entering the outer rail groove 31 . The inner support wall 45 has two drainage holes 451 respectively disposed on the left and right sides. The drainage holes 451 are located between the inner rail 46 and the connecting wall 48 and communicate up and down for the inner rail groove 32 The rainwater or other liquids directly flow downward into the outer rail groove 31 and then discharge outward. The drainage holes 451 are all oblong in the left and right directions, but the shape is not limited to this, and can also be rectangular, circular It should be noted that the number of drainage holes 451 is not limited to two, and may be one, three or more than three according to actual needs. The inner side wall 47 can prevent the rainwater of the inner rail groove 32 from directly flowing into the room. The outer sealing seat 49 is suitable for accommodating an outer sealing member 24, and the inner sealing seat 40 is suitable for accommodating an inner sealing member 25. The outer sealing member 24 and the inner sealing member 25 are both sealing rubber strips or sealing wool strips. They can be used to contact and press the inner side surfaces of the outer window 22 and the inner window 21 respectively, so as to further enhance the effects of water resistance, wind resistance and sound insulation.

The base unit 5 includes an outer base wall 51 extending downward from the outer side of the bearing unit 4 and bent inward at the bottom end, and an inner base extending downward from the inner side of the bearing unit 4 and bent outward at the bottom end The wall 52 , a base wall 53 laterally connecting the outer base wall 51 and the inner base wall 52 , and two connecting walls 54 that are spaced apart and extend upward from the base wall 53 to the carrying unit 4 . It should be noted that the number of connecting walls 54 is not limited to two, and may be one, three or more than three according to actual needs.

The mounting unit 6 includes a plurality of mounting ribs 61 formed on the opposite sides of the carrying unit 4 and the base unit 5 . The connection with the outer carrier wall 41, and the connection between the connection wall 48 and the inner carrier wall 45, but the implementation is not limited to this, each of the mounting ribs 61 is C-shaped, suitable for a Self-tapping screws (not shown) are screwed in to be combined with the frame members on the left and right sides of the window frame 1, and can also increase the structural strength of the wall.

When the outdoor is in a weathered weather or is cleaned by water spray, liquid such as rainwater or water liquid flows into the frame member 3 through the overlap of the outer window 22 and the inner window 21 and the gap between the window frame 1 and the frame member 3, and When continuing to infiltrate into the inner rail groove 32, the liquid will directly flow down from the drainage holes 451 into the outer rail groove 31, and then be guided and discharged outwards without overflowing or splashing into the room. Moreover, the dead angle of the inner rail groove 32 can be effectively eliminated so that the accumulated water can be discharged smoothly, the breeding of mosquitoes and flies can be avoided, and the indoor living environment can be maintained.

To sum up, in the frame member of the window frame of the present invention, by arranging the drainage holes 451 on the inner support wall 45, the liquid splashed into the inner rail groove 32 can be directly leaked down into the outer rail. The groove 31 is discharged to the outside, and will not accumulate in the inner rail groove 32, and will not overflow into the room, so it can have a good and smooth drainage effect, and can indeed achieve the purpose of the present invention.

However, the above are only examples of the present invention, which should not limit the scope of the present invention. Any simple equivalent changes and modifications made in accordance with the scope of the patent application for this new model and the contents of the patent specification are still within the scope of the present invention. within the scope of this new patent.

1: Window frame 21: Inner window 22: Exterior windows 23: Screen window 24: Outer seal 25: inner seal 3: Frame parts 31: Outer rail groove 32: Inner rail groove 4: Bearing unit 41: Outer load wall 411: Strengthening Department 42: Outer rails 43: Outer side wall 44: Side rails 45: Inner loading wall 451: Drainage hole 46: Inner rail 47: Inner side wall 48: Connection wall 49: Outer seal 40: Inner seal 5: Base unit 51: Outer base wall 52: Inner base wall 53: Subbase Wall 54: Connecting Walls 6: Installation unit 61: Mounting Ribs

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, wherein: 1 is a perspective view viewed from an indoor perspective, illustrating a state in which an embodiment of the frame member of the novel window frame is disposed at the bottom of the window frame, and is installed for an inner window and an outer window; FIG. 2 is an incomplete perspective sectional view viewed from an indoor perspective, illustrating a state in which the inner window, the outer window and a screen window are installed in this embodiment; and FIG. 3 is a cross-sectional side view illustrating a use state in which an inner seal and an outer seal are accommodated in this embodiment.

21: Inner window

22: Exterior windows

23: Screen window

24: Outer seal

25: inner seal

3: Frame parts

31: Outer rail groove

32: Inner rail groove

4: Bearing unit

41: Outer load wall

411: Strengthening Department

42: Outer rails

43: Outer side wall

44: Side rails

45: Inner loading wall

451: Drainage hole

46: Inner rail

47: Inner side wall

48: Connection wall

49: Outer seal

40: Inner seal

5: Base unit

51: Outer base wall

52: Inner base wall

53: Subbase Wall

54: Connecting Walls

6: Installation unit

61: Mounting Ribs

Claims (10)

A frame part of a window frame, comprising: A carrying unit, comprising an outer carrying wall adjacent to the outdoor and laterally disposed, an outer rail protruding upward and straight from the outer carrying wall, and an inner carrying wall adjacent to the indoor and laterally disposed above the inner side of the outer carrying wall , an inner rail protruding straight upward from the inner carrier wall, and a connecting wall extending upward from the inner side edge of the outer carrier wall to the inner side of the inner rail and connected with the inner carrier wall, the inner carrier wall There is at least one drainage hole which is arranged between the inner rail and the connecting wall and communicates up and down. The frame member of the window frame as claimed in claim 1, wherein the outer support wall has a reinforcing portion that connects and supports the outer rail and protrudes and expands to increase the thickness. The frame member of the window frame according to claim 1, wherein the carrying unit further comprises an inner side wall protruding upward from the inner side edge of the inner carrier wall and located on the inner side of the inner rail. The frame member of the window frame according to claim 3, wherein the carrying unit further comprises an outer side wall protruding upward from the outer side edge of the outer carrier wall and located outside the outer rail. The frame member for a window frame as claimed in claim 3, wherein the carrying unit further comprises an inner sealing seat disposed on the inner side wall and opening outward, the inner sealing seat being suitable for accommodating an inner sealing member. The frame member of the window frame according to claim 5, wherein the carrying unit further comprises an outer sealing seat disposed on the outer side edge of the inner carrying wall and having an opening facing outward, and the outer sealing seat is suitable for accommodating an outer sealing seat pieces. The frame member of the window frame as claimed in claim 1, wherein the outer support wall gradually extends downwardly inclined from the inside to the outside. The frame member of the window frame as claimed in claim 1, wherein the carrying unit further comprises a side rail protruding upward from the outer carrying wall and located on the outer side of the outer rail. The frame member for a window frame according to any one of claims 1 to 8, wherein the frame member further comprises a base unit, and the base unit includes an outer base wall extending downward from the outer side of the carrying unit , an inner base wall extending downwards from the inner side of the carrying unit, a sub-base wall laterally connecting the outer base wall and the inner base wall, and at least one joint extending upward from the sub-base wall to connect the carrying unit wall. The frame member of the window frame according to claim 9, wherein the frame member further comprises a mounting unit, and the mounting unit includes a plurality of mounting ribs formed on the carrying unit and the base unit.

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