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Embedded mesh exhibition frame
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A frame and slot technology, applied in the directions of cards, instruments, display devices, etc., can solve the problems that the slot cannot be randomly selected, the visual effect of the screen is not good, and the installation styles of the screen are few. Easy-to-install effect
Active Publication Date: 2018-06-22
JIANGSU HAWK DISPLAY APPLIANCE CO LTD
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Abstract
Description
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Problems solved by technology
Since the aluminum alloy profiles that make up the frame of the pull-net display rack currently have only two cloth inserting grooves, the cloth inserting grooves cannot be selected arbitrarily when embedding the screen, and there are few installation styles of the screen, and whether it is a single or multiple screens installed on the display rack, The aluminum alloy profiles will be exposed, which will affect the appearance, and the visual effect of the picture is not good, especially for two or more than two mesh-embedded exhibits spliced into a large picture, due to the exposed aluminum alloy profiles, the picture will be split
Method used
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Embodiment 1
[0068] See Figure 1 to Figure 19 , this embodiment has two columns A and two beams B, each of which is a type I profile 1, and a type I corner piece 3 is arranged between the adjacent ends of the column A and the beam B, corresponding to each type I corner piece 3 There are two mirror-symmetric Type I connectors 2 . Column A and crossbeam B can each be one I-shaped profile, or can be composed of multiple I-shaped profiles.
[0069] See Figure 5 The above-mentioned I-shaped profile 1 has a base body 1-1 and an inlaid body 1-2, and the base body 1-1 includes a first base riser 1-11, a second base riser 1-12 and connected to the first base riser, The base horizontal plate 1-13 on the bottom surface of the second base vertical plate, the inlaid body 1-2 includes the first inlaid horizontal plate 1-21, the second inlaid horizontal plate 1-22, the third inlaid horizontal plate 1-2 23. The fourth horizontal board 1-24, the first vertical board 1-25 and the second vertical board ...
Embodiment 2
[0080] See Figure 21 to Figure 36 , the present embodiment has two columns A and two beams B, each of which is a Type II profile 11, and a Type II corner piece 13 is provided between the adjacent ends of the column A and the beam B, corresponding to each Type II corner piece. There are two type II connectors 12 that are mirror-symmetrical. The column A and the beam B can each be a type II profile, or can be composed of multiple type II profiles.
[0081] See Figure 24 , the type II profile 11 has a matrix 11-1 and an inlay 11-2, and the matrix 11-1 of the type II profile 11 has a first matrix horizontal plate 11-11, a second matrix horizontal plate 11-13, a first The base riser 11-12 and the second base riser 11-14, the rectangular space surrounded by the above four plates is the main cavity 11-c of the base 11-1, and the embedded cloth body 11-2 of the type II profile includes the first Embedding riser 11-21, second embedding riser 11-22, third embedding riser 11-23, clo...
Embodiment 3
[0090] See Figure 37 to Figure 51 , the present embodiment has two columns A and two beams B, the columns and beams are respectively III-shaped profiles 21, and the adjacent ends of the columns A and beams B are provided with III-type corner pieces 23, corresponding to each Type-III corner piece. There are two mirror-symmetric type III connectors 22 . The column A and the beam B can each be a type III profile, or can be composed of multiple type III profiles.
[0091] See Figure 40 , the type III profile 21 has a base 21-1 and an inlay 21-2, the base 21-1 of the type III profile 21 has a base vertical plate 21-11, a base horizontal plate 21-12 and an arc-shaped base slant plate 21-13, the inlaid body 21-2 of the III-type profile 21 has a first inlaid vertical board 21-21, a second inlaid vertical board 21-22, a third inlaid vertical board 21-23, and is connected to the first , the second and third fabric inlay bottom plates 21-24 on the bottom surface of the fabric inlay ...
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Abstract
A fabric-embedded pop-up display frame. Upright posts (A) and cross beams (B) are all profiles (1); a corner member (3) is provided between adjacent ends of each upright post (A) and each cross beam (B); two connecting members (2) of which mirror images are symmetrical are provided corresponding to each corner member (3); basal bodies (2-1) of the two connecting members (2) of which mirror images are symmetrical are respectively inserted into main cavities (1-c) of the two profiles (1); insertion bodies (2-3) of the two connecting members (2) are respectively inserted into two insertion portions (3-c) of the basal bodies (3-1) of the corresponding corner member (3), so to implement the connection between the upright post (A) and the cross beam (B); front fabric embedding slots (1-a) of the profile (1) are respectively connected to corresponding front fabric embedding channels (3-a) in the corner member (3) by front abutment channels (2-a) of the connecting member (2); a side fabric embedding slot (1-b) of the profile (1) is connected to a side fabric embedding slot (1) of the corner member (3) by a side abutment channel (2-b) of the connecting member (2), so as to form one or two annular front fabric embedding slots and two or one annular side fabric embedding slot on a frame. According to the present frame, different fabric embedding slots are selected for mounting a fabric, there are multiple mounting forms of the fabric, and the profiles (1) can be wrapped when the fabric is embedded in appropriate fabric embedding slots, so that the profiles (1) of the display will not be exposed, and a good visual effect of the fabric is achieved.
Description
technical field [0001] The invention relates to a frame of an inlaid mesh display. Background technique [0002] For inlaid mesh exhibits, the profiles that make up the frame usually have two inlaid grooves. Example Application Publication No. 105761640 A’s invention patent application discloses a backlit stretch net display rack. The four sides of the display rack are connected to the backlight straight rods with grooves through the corner slotted plastic parts at both ends of the rack, and the left and right sides or up and down of the other side The left and right four sides can be connected by conventional straight rods; or the two sides and eight sides of the display rack are connected to the straight rods with grooved backlight through the corner plastic parts with grooves at both ends. The straight rods with grooves are composed of several backlight straight rods. The straight rod is a right-angled triangle straight rod, and two mutually perpendicular grooves are set...
Claims
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Application Information
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