TH22879U - Aluminum frame structure with expansion joints on four sides without using bolts. - Google Patents

Abstract

------05/10/2023------(OCR) The aluminum sliding frame structure with four-sided extension without nuts has the appearance of being composed of a main aluminum frame (10) which is a rectangular frame consisting of the top frame (1), the bottom frame (2), the left frame (3), and the right frame (4). The top frame (1) can be assembled with the top aluminum frame piece (20), the right aluminum frame piece (30), the left aluminum frame piece (40), and the bottom aluminum frame piece (50) with a number of L-shaped plates and a number of locking tabs without nuts. ------------ The aluminum sliding frame with a network of upper, lower, left, and right side light panel cross-sections has an aluminum sliding frame (10) which is a rectangular frame consisting of the top wall (1), the bottom wall (2), the left wall (3), and the right wall (4) with a number of vertical pieces (5), angular pieces (6), curved pieces, or receiving grooves (7) which are installed and assembled into The upper window frame section (20), the lower window frame section (30), the left window frame section (40), the right window frame section (50), and a number of vertical sections (5), angled sections (6), curved sections, or groove sections (7) will have a mechanical assembly with a number of locking tabs for installing the aluminum sliding frame (10) into the upper window frame section (20), the lower window frame section (30), the left window frame section (40), and the right window frame section (50) in a network structure.

Claims (1)

------05/10/2566------(OCR) 1. The structure of an aluminum frame with expandable, matte finish, without nuts, consists of a main aluminum frame (10) which is a rectangular frame and consists of the top frame (1), the bottom frame (2), the left frame (3), and the right frame (4). Inside the aluminum frame (10), a sliding glass door set is installed for use. The special feature is that the top frame (1) can be connected to the top aluminum frame (20) which is a rectangular frame. Inside the top aluminum frame (20), a sliding glass door set is installed for use. The bottom wall of the top aluminum frame (20) is connected to the left frame (1) of the main aluminum frame (10) to prevent sliding back and forth in the vertical and horizontal directions. The top frame (1) in the left position has the first L-shaped vertical and horizontal panel (L1). The top frame (1) in the right position has the second L-shaped vertical and horizontal panel. (L2) The lower wall of the upper aluminum frame (20) on the left side has a third L-shaped vertical and horizontal plate (L3). The end of the third L (L1) has a first tab (D1) for locking into the first L (L1). The lower wall of the upper aluminum frame (20) on the right side has a fourth L-shaped vertical and horizontal plate (14). The end of the fourth L (L1) has a second tab (D2) for locking into the second L (L2). The main aluminum frame (10) and the upper aluminum frame (20) are assembled together at the positions of the first L (L1), the second L (L2), the third L (L3), and the fourth L (14) respectively to prevent vertical and horizontal sliding. b. The right side frame (4) is assembled with the right aluminum frame (30), which is rectangular in shape. Inside the right aluminum frame (30), a set of siding glass panels is installed for use. The left wall of the right aluminum frame (30) is assembled with the right frame (4) of the main aluminum frame (10) to prevent vertical and horizontal sliding. Thus, the right frame (4) at one position has a first receiving socket (B1) which is a U-shaped groove. The left wall of the right aluminum frame (30) at the left position has a first pin (C1) which is an I-shaped bar. The main aluminum frame (10) and the right aluminum frame (30) are assembled together at the first receiving position (B1) and the first pin (C1) to prevent vertical and horizontal sliding. The left frame (3) can be assembled with the left aluminum frame (40) which is a square frame. Inside the left aluminum frame (40), a sliding glass panel set is installed for use. The right wall of the left aluminum frame (40) is assembled with the left frame (3) of the main aluminum frame (10) to prevent vertical and horizontal sliding. Thus, the left frame (3) at the top position There will be a fifth L-shaped vertical and horizontal plate (L5) on the left side frame (3) at the bottom position. There will be a sixth L-shaped vertical and horizontal plate (L6) on the right wall of the left aluminum frame (40) at the top position. There will be a seventh L-shaped vertical and horizontal plate (17) at the end of the seventh L (L7) with a third tab (D3) for locking into the sixth L (L6) on the right wall of the left aluminum frame (40) at the bottom position. There will be an eighth L-shaped vertical and horizontal plate (L8) at the end of the eighth L (L8) with a fourth tab (D4) for locking into the fifth L (LS). The main aluminum frame (10) and the left aluminum frame (40) will be assembled together at the fifth L (L5), sixth L (L6), seventh L (L7), and eighth L (L8) positions respectively to prevent vertical and horizontal sliding. The bottom frame (2) will be assembled with The bottom aluminum frame (50) is rectangular in shape, and inside the bottom aluminum frame (50) a sliding glass panel is installed for use. The top wall of the bottom aluminum frame (50) is connected to the bottom frame (2) of the main aluminum frame (10) to prevent vertical and horizontal sliding as follows: The bottom frame (2) on the left has a vertical and horizontal L-shaped panel number nine (L9). The bottom frame (2) on the right has a vertical and horizontal L-shaped panel number ten (L10). The top wall of the bottom aluminum frame (50) on the left has a vertical and horizontal L-shaped panel number eleven (L1 1), with the end of the eleventh L (LI 1) having a fifth tab (D5) for locking into the ninth L (L9). The top wall of the bottom aluminum frame (50) on the right has a vertical and horizontal L-shaped panel number twelve (L 12), with the end of the twelveth L (L12) has a sixth tab (D6) for locking into the tenth L (L10), where the main aluminum frame (10) and the lower aluminum frame (50) are assembled together at the positions of the ninth L (L9), the tenth L (L10), the eleventh L (L11), and the twelfth L (L12), respectively, to prevent vertical and horizontal sliding at one position of the lower frame (2). Specifically, inside the main aluminum frame (10), there are insect-proof parts, which are horizontal upper E (E1) and horizontal lower E (E2) facing each other. ------------ 1. Aluminum sliding frame with cross-sectional components for upper, lower, left, and right light openings, in a network structure, has the following characteristics: The aluminum sliding frame (10) is a rectangular frame consisting of an upper wall (1), a lower wall (2), a left wall (3), and a right wall (4). Inside the aluminum sliding frame, a set of sliding glass panels is installed for use. It has the following special characteristics: The aluminum sliding frame (10) on the upper wall (1) consists of vertical parts (5), angled parts (6), curved parts, or grooves (7), one or more of which are installed together to create the first rectangular light opening. The upper light opening frame (20) consists of vertical parts (5), angled parts (6), curved parts, or grooves (7), one or more of which are installed together to create the first rectangular light opening. The aluminum sliding frame (10) on the lower wall (2) shall consist of a number of vertical pieces (5), angled pieces (6), curved pieces or groove pieces (7) which are installed together to create a second rectangular light opening. The lower light opening frame (30) shall consist of a number of a number of vertical pieces (5), angled pieces (6), curved pieces or groove pieces (7) which are installed together to create a second rectangular light opening. The aluminum sliding frame (10) on the left wall (3) shall consist of a number of a number of vertical pieces (5), angled pieces (6), curved pieces or groove pieces (7) which are installed together to create a third rectangular light opening. The left light opening frame (40) shall consist of A certain number of vertical parts (5), angled parts (6), curved parts or grooves (7) are installed onto the left wall (3) to create the third rectangular window. The aluminum sliding frame (10) on the right wall (4) consists of a certain number of vertical parts (5), angled parts (6), curved parts or grooves (7) or a combination of them, which are installed onto the right window frame to create the fourth rectangular window. The right window frame (50) consists of a certain number of vertical parts (5), angled parts (6), curved parts or grooves (7) or a combination of them, which are installed onto the right wall (4) to create the fourth rectangular window. A certain number of vertical parts (5), angled parts (6), curved parts or grooves (7) are of a mechanical nature with a certain number of locking tabs for Install the aluminum sliding frame (10) onto the upper transom frame section (20), lower transom frame section (30), left transom frame section (40), and right transom frame section (50) in a network structure.