Display frame connector

Abstract

The utility model relates to a kind of display frame connectors (100), the connector (100) is arranged between first display body (10) and second display body (20), the connector (100) includes cushion block connecting body (200) and connecting bolt (300), wherein, the cushion block connecting body (200) is connected on the first display body (10), the cushion block connecting body (200) has a locking position (L), the cushion block connecting body (200) includes cushion block (210) and conversion body (220), wherein, the conversion body (220) is pivoted in the cushion block (210), a plurality of locking structures (221) are provided on the conversion body (220), the conversion body (220) can move in the cushion block (210), so that one the locking structure (221) is in the locking position (L) position.

Description

Technical Field

[0001] This utility model relates to a connector, and more particularly to a display frame connector used in LED display platforms to assemble display frames onto LED displays. Background Technology

[0002] As we all know, LED displays, as an image display device, are now widely used in various display fields, such as in showrooms and various exhibitions.

[0003] like Figure 1 As shown, in various display fields, the construction of an LED display platform generally consists of two parts: an LED display screen 1 and a display frame 2. Several LED display screens 1 are spliced ​​together to form an overall LED display screen 3. The display frame 2 is installed on one side of the overall LED display screen 3. When in use, the overall LED display screen 3 is powered on and illuminates to display promotional images and information. An advertising cloth 4 is installed on the display frame 2, and the advertising cloth 4 displays static information.

[0004] The advantages of the aforementioned LED display platform in practical use are described in detail below.

[0005] First, the aforementioned LED display platform includes an image display section and an advertising cloth display section. The image display section uses the overall LED display screen 3 to emit light and display promotional images and information, while the advertising cloth display section uses the advertising cloth 4 to display static information. The overall display methods are diverse and can significantly improve the display effect.

[0006] Secondly, since the display frame 2 combined with the advertising cloth 4 also has a display function, the display frame 2 can replace part of the display function of the overall LED display screen 3. However, since the cost of the display frame 2 is relatively low, the structure of the display frame 2 can significantly reduce the cost of the traditional LED display platform, thereby significantly reducing the overall display cost.

[0007] However, in actual use, the display frame 2 usually has a variety of sizes and specifications. Different sizes of display frames 2 have different locking structures. Traditional LED displays 1 usually cannot be connected with display frames 2 of different sizes, which is the main drawback of traditional technology. Summary of the Invention

[0008] The technical solution adopted by this utility model is: a display frame connector (100), which is disposed between the first display body (10) and the second display body (20), and is used to connect the first display body (10) and the second display body (20) together.

[0009] The connector (100) includes a pad connector (200) and a connector (300), wherein the pad connector (200) is connected to the first display body (10) and the pad connector (200) has a locking position (L).

[0010] The pad connector (200) includes a pad (210) and a converter (220), wherein the converter (220) is pivotally connected in the pad (210), and the converter (220) is provided with a plurality of locking structures (221). The converter (220) is movable in the pad (210) so that one of the locking structures (221) is in the locked position (L).

[0011] The connecting bolt (300) is provided with a locking head (310), which passes through the second display body (20). The locking head (310) can be locked in the locking structure (221) of the converter (220) at the locking position (L).

[0012] The second display body (20) has several through holes (21), and the connecting bolt (300) passes through one of the through holes (21) of the second display body (20).

[0013] The beneficial effects of this utility model are as follows: This utility model provides a display frame connector (100), which is disposed between a first display body (10) and a second display body (20). The connector (100) is used to connect the first display body (10) and the second display body (20) together. The connector (100) includes a pad connector (200) and a connecting bolt (300). The pad connector (200) is connected to the first display body (10). The pad connector (200) has a locking position (L). The pad connector (200) includes a pad (210) and a conversion body (220). The conversion body (220) is pivotally connected to the pad (210). The conversion body (220) is provided with a plurality of locking structures (221). The conversion body (220) can move in the pad (210) so that one of the locking structures (221) is in the locking position (L). Attached Figure Description

[0014] Figure 1 This is a schematic diagram of the existing technology.

[0015] Figure 2 This is a schematic diagram of the connector of this utility model.

[0016] Figure 3 This is an assembly diagram of the connector of this utility model.

[0017] Figure 4 This is a schematic diagram of the rotation of the converter body of this utility model.

[0018] Figure 5 This is a schematic diagram of the connecting bolt of this utility model.

[0019] Figure 6 This is a schematic diagram of the pad connector of this utility model being connected to the first display body.

[0020] Figure 7 This is a three-dimensional structural diagram of the pad block connector of this utility model.

[0021] Figure 8 This is a schematic diagram showing the connection of the pad block connector of this utility model to the four corners of the back of the first display body.

[0022] Figure 9 This is a schematic diagram of the reverse side structure of the pad block connector of this utility model.

[0023] Figure 10 This is an exploded view of the structure of the pad block connector of this utility model.

[0024] Figure 11 This is another exploded view of the structure of the pad block connector of this utility model.

[0025] Figure 12 This is a schematic diagram of the converter disk of this utility model. Detailed Implementation

[0026] like Figures 2 to 12 As shown, a display frame connector (100) is disposed between a first display body (10) and a second display body (20) for connecting the first display body (10) and the second display body (20) together.

[0027] In specific implementation, the first display body (10) is an LED display screen (5), the second display body (20) is a display frame (6), or the first display body (10) is a display frame (6), the second display body (20) is an LED display screen (5), or both the first display body (10) and the second display body (20) are LED display screens (5), or both the first display body (10) and the second display body (20) are display frames (6).

[0028] like Figure 3 As shown, the display frame (6) is provided with a frame groove (7), and the edge of the advertising cloth (8) can be inserted into the frame groove (7) to fix the advertising cloth (8) on the display frame (6).

[0029] like Figures 2 to 3 As shown, the connector (100) includes a pad connector (200) and a connector (300), wherein the pad connector (200) is connected to the first display body (10) and the pad connector (200) has a locking position (L).

[0030] The pad connector (200) includes a pad (210) and a converter (220), wherein the converter (220) is pivotally connected in the pad (210), and the converter (220) is provided with a plurality of locking structures (221). The converter (220) is movable in the pad (210) so that one of the locking structures (221) is in the locked position (L).

[0031] The connecting bolt (300) is provided with a locking head (310), which passes through the second display body (20). The locking head (310) can be locked in the locking position (L) in a locking structure (221) of the converter (220) to connect the first display body (10) and the second display body (20) together through the pad connector (200) and the connecting bolt (300).

[0032] like Figure 6 As shown, the first display body (10) has a first thickness dimension (H1), the second display body (20) has a second thickness dimension (H2), and the pad connector (200) has a pad thickness dimension (H). When the pad connector (200) is connected to the first display body (10), the overall thickness dimension of the first display body (10) is the sum of the first thickness dimension (H1) and the pad thickness dimension (H).

[0033] In other words, the overall thickness of the first display body (10) can be changed through the pad connector (200) to meet specific usage requirements. In specific implementation, the second thickness (H2) is equal to the sum of the first thickness (H1) and the pad thickness (H), H2=H1+H.

[0034] In practice, the second display body (20) is provided with several through holes (21), and the connecting bolt (300) is inserted into one of the through holes (21) of the second display body (20).

[0035] like Figure 7As shown, in a specific implementation, the pad (210) has a first pad arm (211) and a second pad arm (212), wherein the conversion body (220) is pivotally connected to the first pad arm (211) and the second pad arm (212) respectively.

[0036] In practice, the first pad arm (211) and the second pad arm (212) are vertically connected together.

[0037] like Figure 8 As shown, in specific implementation, both the first display body (10) and the second display body (20) are rectangular, and the pad block connector (200) is connected to the four corners of the back of the first display body (10).

[0038] Among them, the two pad block connectors (200) in the vertical position correspond to each other, wherein the locking structure (221) of the converter (220) in the second pad block arm (212) of one pad block connector (200) corresponds to the locking structure (221) of the converter (220) in the first pad block arm (211) of the other pad block connector (200).

[0039] One of the locking structures (221) forms a vertical locking position (P1) with another of the locking structures (221).

[0040] The second display body (20) is locked in the vertical locking position (P1) by two of the connecting bolts (300).

[0041] Among them, the two pad block connectors (200) in the lateral position correspond to each other, wherein the locking structure (221) of the converter (220) in the second pad block arm (212) of one pad block connector (200) corresponds to the locking structure (221) of the converter (220) in the first pad block arm (211) of the other pad block connector (200).

[0042] One of the locking structures (221) forms a lateral locking position (P2) with another locking structure (221).

[0043] The second display body (20) is locked in the lateral locking position (P2) by two of the connecting bolts (300).

[0044] like Figures 9 to 11 As shown, in a specific implementation, the pad (210) includes a rotating shaft (213) and a limiting post (214).

[0045] The converter (220) includes a pivot hole (222), an arc groove (223), and a protrusion plate (224).

[0046] The rotating shaft (213) is pivotally connected in the rotating shaft hole (222), the limiting post (214) is set in the arc groove (223), and several locking structures (221) are set on the protruding plate (224), which protrudes from the outside of the pad (210).

[0047] The converter (220) can rotate around the pivot (213), and the rotation angle of the converter (220) can be limited by the limiting post (214) and the arc groove (223).

[0048] The converter (220) is rotatable relative to the pad (210) so that the different locking structures (221) are in the locked position (L).

[0049] In practice, the locking structure (221) is a bolt hole, and the locking head (310) of the connecting bolt (300) is a bolt head. The bolt head is screwed into the bolt hole to connect the first display body (10) and the second display body (20) together.

[0050] like Figure 9 As shown, in a specific implementation, the pad (210) also includes an inner arc wall (215), and the tail end (225) of the converter (220) slides against the inner arc wall (215) to further limit the rotation trajectory of the converter (220) relative to the pad (210).

[0051] like Figure 10 As shown, in a specific implementation, the pad (210) is provided with several fixing bolts (216), and the pad connector (200) can be fixedly assembled on the back of the first display body (10) by the several fixing bolts (216).

[0052] In practice, the pad (210) is also provided with a cloth-filling groove (217), and the edge of the advertising cloth (8) can be inserted into the cloth-filling groove (217).

[0053] In practice, several positioning spring beads (231) are provided between the pad (210) and the converter (220), and the positioning spring beads (231) can be used to position the converter (220) at a specific gear.

[0054] like Figures 10 to 12As shown, in a specific implementation, the pad connecting body (200) also includes a conversion disk (240), which is disposed on the pad (210). The conversion disk (240) is provided with several disk locking structures (241). The conversion disk (240) can rotate relative to the pad (210) so that different disk locking structures (241) correspond to the locking position (L).

[0055] In practice, the locking structure (241) of the disc body is the same as the locking structure (221), both of which are bolt holes.

[0056] In practice, the pad (210) has a disc hole (242), and the conversion disc (240) is rotatably mounted in the disc hole (242) by means of a pressure plate (243).

[0057] like Figures 3 to 9 As shown, a specific application example of this utility model is described as follows: the first display body (10) is an LED display screen (5), the second display body (20) is a display frame (6), and the connector (100) has two locking structures (221) on the conversion body (220) of the pad connector (200).

[0058] The two locking structures (221) are M6 and M8 bolt holes respectively. The conversion disc (240) is provided with two disc body locking structures (241), which are also M6 and M8 bolt holes respectively. The locking heads (310) of the two connecting bolts (300) are M6 and M8 bolt heads respectively.

[0059] When the locking structure (221) of the M6 ​​bolt hole is in the locked position (L), rotate the conversion disc (240) so that the disc locking structure (241) of the M6 ​​bolt hole corresponds to the locked position (L). At this time, select the connecting bolt (300) of the M6 ​​bolt head and screw the connecting bolt (300) into the corresponding M6 bolt hole to connect the first display body (10) and the second display body (20) together.

[0060] When the locking structure (221) of the M8 bolt hole is in the locked position (L), rotate the conversion disk (240) so that the disk locking structure (241) of the M8 bolt hole corresponds to the locked position (L). At this time, select the connecting bolt (300) of the M8 bolt head and screw the connecting bolt (300) into the corresponding M8 bolt hole to connect the first display body (10) and the second display body (20) together.

Claims

1. A display frame connector (100) disposed between a first display body (10) and a second display body (20), the connector (100) being used to connect the first display body (10) and the second display body (20) together, characterized in that: The connector (100) includes a pad connector (200) and a connector (300), wherein the pad connector (200) is connected to the first display body (10) and the pad connector (200) has a locking position (L). The pad connector (200) includes a pad (210) and a converter (220), wherein the converter (220) is pivotally connected to the pad (210), and the converter (220) is provided with several locking structures (221). The converter (220) is movable within the pad (210) to position one of the locking structures (221) in the locked position (L). The connecting bolt (300) is provided with a locking head (310), which passes through the second display body (20). The locking head (310) can be locked in the locking structure (221) of the converter body (220) at the locking position (L). The second display body (20) has several through holes (21), and the connecting bolt (300) passes through one of the through holes (21) of the second display body (20).

2. The display frame connector as described in claim 1, characterized in that: The pad (210) has a first pad arm (211) and a second pad arm (212), wherein the conversion body (220) is pivotally connected in the first pad arm (211) and the second pad arm (212), respectively.

3. A display frame connector as described in claim 2, characterized in that: The first pad arm (211) is vertically connected to the second pad arm (212).

4. A display frame connector as described in claim 2, characterized in that: Both the first display body (10) and the second display body (20) are rectangular. The pad block connectors (200) are connected to the four corners of the back of the first display body (10). The two pad block connectors (200) in the vertical position correspond to each other. The locking structure (221) of the converter (220) in the second pad block arm (212) of one pad block connector (200) corresponds to the locking structure (221) of the converter (220) in the first pad block arm (211) of the other pad block connector (200). The locking structure (221) and the locking structure (221) form a vertical locking position (P1). The second display body (20) is locked in the vertical locking position (P1) by two connecting bolts (300). Among them, the two pad block connectors (200) in the lateral position correspond to each other. The locking structure (221) of the conversion body (220) in the second pad block arm (212) of one pad block connector (200) corresponds to the locking structure (221) of the conversion body (220) in the first pad block arm (211) of the other pad block connector (200). The locking structure (221) and the locking structure (221) form a lateral locking position (P2). The second display body (20) is locked in the lateral locking position (P2) by two connecting bolts (300).

5. A display frame connector as described in claim 1, characterized in that: The pad (210) includes a pivot (213) and a limiting post (214). The converter (220) includes a pivot hole (222), an arc groove (223), and a protrusion plate (224). The rotating shaft (213) is pivotally connected to the rotating shaft hole (222), the limiting post (214) is disposed in the arc-shaped groove (223), and several locking structures (221) are disposed on the protruding plate (224), which protrudes from the outside of the pad (210). The converter (220) can rotate around the pivot (213). The rotation angle of the converter (220) can be limited by the limiting post (214) and the arc groove (223). The converter (220) can rotate relative to the pad (210) so that different locking structures (221) are in the locking position (L).

6. A display frame connector as described in claim 5, characterized in that: The pad (210) also includes an inner arc wall (215), the tail end (225) of the converter (220) slides against the inner arc wall (215) to further limit the rotation trajectory of the converter (220) relative to the pad (210).

7. A display frame connector as described in claim 5, characterized in that: The pad (210) is provided with several fixing bolts (216), which can be used to fix the pad connector (200) to the back of the first display body (10).

8. A display frame connector as described in claim 5, characterized in that: The pad (210) is also provided with a cloth-filling groove (217), into which the edge of the advertising cloth (8) can be inserted.

9. A display frame connector as described in claim 5, characterized in that: Several positioning spring beads (231) are provided between the pad (210) and the converter (220), and the converter (220) can be positioned at a specific gear by means of the positioning spring beads (231).

10. A display frame connector as described in claim 1, characterized in that: The pad block connector (200) also includes a conversion disc (240), which is disposed on the pad block (210). The conversion disc (240) is provided with several disc locking structures (241). The conversion disc (240) can rotate relative to the pad block (210) so that different disc locking structures (241) correspond to the locking position (L). The pad block (210) is provided with a disc hole (242), and the conversion disc (240) is rotatably assembled in the disc hole (242) by a pressure plate (243).

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