Automatic lamp strip assembling equipment

Abstract

The utility model discloses automatic lamp strip assembling equipment which comprises a machine frame, the machine frame is provided with a material channel used for conveying a chain, a chain buckling mechanism used for buckling chain accessories, a first dragging mechanism used for dragging the chain, and a second dragging mechanism used for dragging the chain, the chain buckling mechanism comprises two inclined guide rails, a first rodless air cylinder and two sliding table air cylinders arranged on the first rodless air cylinder. Each guide rail is sequentially provided with a macro lens, a first air cylinder, a rotating air cylinder, a supporting air cylinder and a second air cylinder, the macro lens, the first air cylinder, the rotating air cylinder, the supporting air cylinder and the second air cylinder are used for detecting whether the directions of the chain accessories are consistent or not, and when the directions of the chain accessories are inconsistent, the rotating air cylinders rotate the chain accessories with the inconsistent directions by 180 degrees; the supporting air cylinder ejects out to abut against the chain accessories in the different directions, and meanwhile the first air cylinder ejects out to fix the adjacent chain accessories so as to avoid mutual interference.

Description

Technical Field

[0001] The utility model relates to the technical field of light strip assembly, in particular to automatic light strip assembly equipment. Background Art

[0002] Some LED light strips are chain-type light strips, which are made of multiple chain parts that are buckled in sequence, and a lens is installed on each chain part. The chain-type light strip can be universally bent. At present, before extruding this type of chain-type LED light strip, the chain parts need to be buckled into a chain one by one. The existing buckling equipment generally has only one incoming material guide rail, which has low production efficiency, and sometimes the direction of the chain parts is inconsistent, resulting in low assembly accuracy. Utility Model Content

[0003] The purpose of the utility model is to solve at least one of the technical problems existing in the prior art and to provide an automatic assembly device for light strips that can improve assembly accuracy and production efficiency.

[0004] According to the automatic assembly equipment of the light strip of the embodiment of the utility model, the frame is provided with a material channel for conveying the chain and a chain fastening mechanism for fastening the chain accessories distributed in sequence along the material channel, and a first dragging mechanism for dragging the chain. The chain fastening mechanism includes two inclined guide rails, a first rodless cylinder and two slide cylinders arranged on the first rodless cylinder. Each of the guide rails is provided with a macro lens for detecting whether the direction of the chain accessories is consistent, a first cylinder, a rotating cylinder, a supporting cylinder arranged above the rotating cylinder, and a second cylinder. When the directions of the chain accessories are inconsistent, the rotating cylinder rotates the chain accessories with inconsistent directions by 180 degrees, and the supporting cylinder The cylinder is pushed out to abut the chain accessories that are inconsistent in direction, and at the same time, the first cylinder is pushed out to fix adjacent chain accessories to avoid mutual interference; the frame is provided with a third cylinder located above the material channel, and each of the slide cylinders is provided with a carrier block for carrying the chain accessories, and the first rodless cylinder reciprocates along the vertical direction of the guide rail to drive the carrier block to dock with the corresponding guide rail and the material channel respectively, and a rotating structure is provided between each of the slide cylinders and the first rodless cylinder to align the assembly position of the chain accessories on the corresponding carrier block with the chain accessories on the material channel, and the third cylinder is pushed downward to buckle the chain accessories on the carrier block and the chain accessories on the material channel.

[0005] According to some embodiments of the utility model, the rotating structure includes a rotating plate and a slider arranged under the rotating plate, a rotating shaft arranged on the rotating plate and a fourth cylinder abutting against the slider, the sliding table cylinder is provided on the top of the rotating plate, and the slider is arranged on the first rodless cylinder.

[0006] According to some embodiments of the utility model, it also includes a lens mounting mechanism arranged between the chain buckling mechanism and the first dragging mechanism, the lens mounting mechanism includes a positioning track arranged below the material channel, an upper baffle plate and a cylinder assembly arranged on the material channel, the upper baffle plate is provided with a connected chain inlet and a chain outlet, the material channel passes through the chain inlet and the chain outlet in sequence, the lens is located below the material channel through the positioning track to be aligned with the buckling position on the chain, the cylinder assembly is actuated to buckle the lens to the corresponding buckling position, and the chain with the lens installed is sent out from the chain outlet.

[0007] According to some embodiments of the utility model, a lens feeding device is also included, which includes a second vibration plate and a second material channel connected to the second vibration plate, the positioning track is connected to the second material channel, and the material channel and the positioning track are respectively hollow to facilitate the cylinder assembly to push out the lens to engage with the corresponding snap-on position.

[0008] According to some embodiments of the present invention, a soldering device is further included which is arranged behind the first dragging mechanism, and the soldering device includes a soldering channel for passing the lamp board.

[0009] According to some embodiments of the utility model, a slope pressing device is further included, which is arranged behind the soldering device. The slope pressing device includes an upper slope pressing mold and a lower slope pressing mold that are relatively arranged and can be closed. A slope pressing channel that can pass the lamp board is formed between the upper slope pressing mold and the lower slope pressing mold.

[0010] According to some embodiments of the utility model, it also includes a light board buckling mechanism and a second dragging mechanism for dragging the light strip / chain, which are sequentially arranged behind the slope pressing device. The light board buckling mechanism includes a pressure wheel arranged directly above the material channel, and a groove is provided on the pressure wheel. The light board is located between the pressure wheel and the material channel. When the second dragging mechanism steps, the pressure wheel rotates with the chain drag to buckle the positioning hole of the light board with the positioning column of the chain, and the groove is correspondingly pressed on the slope stamped on the light board.

[0011] According to some embodiments of the utility model, it also includes a back plate feeding device and a back plate buckling mechanism arranged between the light board buckling mechanism and the second dragging mechanism, the back plate feeding device includes a third vibration disk and a third material channel connected to the third vibration disk, the back plate buckling mechanism includes a pin guide rail, a suction fixture, a fifth cylinder, a sixth cylinder, and a seventh cylinder, a plurality of pins are distributed on the pin guide rail, the pins pass through the forming slope of the light board, the third material channel is located between the fifth cylinder and the sixth cylinder and is connected to the fifth cylinder, the fifth cylinder is arranged on the pin guide side, the seventh cylinder is located on the other side of the pin guide rail, the sixth cylinder pushes out to push the back plate to the bottom of the suction fixture so that the suction fixture sucks the back plate, so that the fifth cylinder pushes the back plate to the installation position so that the back plate and the light board form an installation angle, one end of the back plate has been clamped in the clamping position on one side of the chain, and the seventh cylinder pushes out to clamp the other end of the back plate into the clamping position on the other side of the chain, thereby completing the installation of the back plate.

[0012] According to some embodiments of the utility model, the first dragging mechanism includes a finger cylinder and a second rodless cylinder capable of sliding back and forth along the material channel, the finger cylinder being arranged on the material channel to clamp / loosen the chain, and the second rodless cylinder being arranged above the finger cylinder to drive the finger cylinder to move back and forth.

[0013] The automatic assembly equipment for light strips according to the embodiment of the utility model has at least the following beneficial effects: the macro lens identifies whether the directions of the chain accessories on the guide rails are consistent. If they are inconsistent, rotation adjustment is performed by rotating the cylinder and the supporting cylinder, thereby improving the accuracy of assembly; and, since there are two guide rails, there are also two slide cylinders. While the first rodless cylinder drives the slide cylinder at one end to reciprocate to correspond one-to-one with the corresponding guide rails to dock the incoming materials, the slide cylinder at the other end is rotated through the rotating structure to align and buckle with the chain assembly position on the material channel. The chain buckling efficiency is high, thereby improving production efficiency.

[0014] Additional aspects and advantages of the present invention will be given in part in the following description, and in part will become apparent from the following description, or will be learned through the practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] The specific implementation of the utility model is further described below in conjunction with the accompanying drawings;

[0016] Figure 1 This is one of the structural diagrams of the automatic assembly equipment for light strips;

[0017] Figure 2 This is the second structural diagram of the automatic assembly equipment for light strips;

[0018] Figure 3 yes Figure 1The enlarged view of the local A in the middle;

[0019] Figure 4 yes Figure 2 The enlarged view of the part B in the middle;

[0020] Figure 5 yes Figure 1 The enlarged view of the part C in the middle;

[0021] Figure 6 yes Figure 1 The enlarged view of the local D in the middle;

[0022] Figure 7 This is the third structural diagram of the automatic assembly equipment for light strips;

[0023] Figure 8 yes Figure 7 Enlarged view of the detail E in the middle. DETAILED DESCRIPTION

[0024] This section will describe in detail the specific embodiments of the utility model. The preferred embodiments of the utility model are shown in the accompanying drawings. The purpose of the accompanying drawings is to supplement the description of the text part of the specification with graphics, so that people can intuitively and vividly understand each technical feature and the overall technical solution of the utility model, but it cannot be understood as a limitation on the protection scope of the utility model.

[0025] In the description of the present invention, it should be understood that descriptions involving orientation, such as up, down, front, back, left, right, etc., indicating orientations or positional relationships, are based on the orientations or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation on the present invention.

[0026] In the description of the present utility model, "several" means one or more, "more" means more than two, "greater than", "less than", "exceed" etc. are understood to exclude the number itself, and "above", "below", "within" etc. are understood to include the number itself. If there is a description of "first" or "second", it is only used for the purpose of distinguishing the technical features, and cannot be understood as indicating or implying the relative importance or implicitly indicating the number of the indicated technical features or implicitly indicating the order of the indicated technical features.

[0027] Reference Figures 1 to 8The utility model discloses an automatic assembly device for a light strip, comprising a frame, a material channel 100 for conveying a chain, a chain fastening mechanism 10 for fastening chain accessories, a lens mounting mechanism 20 for mounting a lens on the chain, a first dragging mechanism 30, a soldering device 40 for soldering a light board 300, a slope pressing device 50 for pressing a slope on the light board 300, a light board fastening mechanism 60 for fastening the light board 300 and the chain, and a back plate fastening mechanism for fastening a back plate to the light board 300. 70, a second dragging mechanism 80; also includes a chain feeding device for conveying chain accessories, a lens feeding device for conveying lenses, and a backplane feeding device for conveying backplanes, the chain feeding device is connected to the feeding port of the chain fastening mechanism 10, the lens feeding device is connected to the positioning track 21, and the backplane feeding device is connected to the feeding port of the backplane fastening mechanism 70; also includes a first reel 91 and a second reel 92 arranged at the end of the material channel 100, the first reel 91 is used to reel up the light board 300, and the second reel 92 is used to reel up the light strip or chain.

[0028] like Figure 3 As shown, the chain feeding device includes a first vibration plate 101 and a first material channel connected to the first vibration plate 101, the chain buckling mechanism 10 includes an inclined guide rail 110 connected to the first material channel, a first rodless cylinder 111 and a slide cylinder 112 arranged on the first rodless cylinder 111, the guide rail 110 is provided with a macro lens 113 for detecting whether the directions of the chain accessories are consistent, a first cylinder 11, a rotating cylinder 114, a supporting cylinder 115 and a second cylinder 12 arranged above the rotating cylinder 114 in sequence, when the directions of the chain accessories are inconsistent, the rotating cylinder 114 rotates the inconsistent chain accessories by 180 degrees, the supporting cylinder 115 is pushed out to abut the inconsistent chain accessories, and at the same time the first cylinder 11 is pushed out to fix the adjacent chain accessories In order to avoid mutual interference, the frame is provided with a third cylinder 13 located above the material channel 100, the slide cylinder 112 is provided with a carrier block 119 for carrying chain accessories, the first rodless cylinder 111 reciprocates along the vertical direction of the guide rail 110 to drive the carrier block 119 to dock with the guide rail 110 and the material channel 100 respectively, and the chain accessories on the guide rail 110 move down to the carrier block 119 when the second cylinder 12 is released; a rotating structure is provided between the slide cylinder 112 and the first rodless cylinder 111 to align the assembly position of the chain accessories on the carrier block 119 with the chain accessories on the material channel 100, and the third cylinder 13 is pushed out to buckle the chain accessories on the carrier block 119 and the chain accessories on the material channel 100, and this cycle is repeated to complete the buckling of the chain accessories to form a chain.

[0029] Furthermore, there are two first material channels, and correspondingly, there are two guide rails 110, each guide rail 110 is provided with a corresponding macro lens 113, a first cylinder 11, a rotating cylinder 114 and a second cylinder 12, and there are two corresponding slide cylinders 112, each slide cylinder 112 is provided with a carrier block 119 for carrying chain accessories, and the first rodless cylinder 111 reciprocates along the vertical direction of the guide rail 110 to drive each carrier block 119 to dock with the corresponding guide rail 110 and material channel 100 respectively, and a rotating structure is provided between each slide cylinder 112 and the first rodless cylinder 111 to align the chain accessories on the corresponding carrier block 119 with the assembly position of the chain accessories on the material channel 100, and when one of the slide cylinders 112 is docked with the corresponding guide rail 110, the chain accessories on the other slide cylinder 112 are simultaneously aligned with the assembly position of the chain accessories on the material channel 100 to complete the buckling, thereby improving the chain buckling efficiency.

[0030] Furthermore, the rotating structure includes a rotating plate 116, a slider disposed below the rotating plate 116, a rotating shaft 118 disposed on the rotating plate 116, and a fourth cylinder 14 abutting against the slider, a slide cylinder 112 is disposed on the top of the rotating plate 116, and the slider is disposed on the first rodless cylinder 111. When the fourth cylinder 14 is ejected, the slider moves, so that the rotating plate 116 rotates around the rotating shaft 118 until the object block 119 is aligned with the material channel 100.

[0031] like Figure 1 The lens feeding device includes a second vibration plate 102 and a second material channel 200 connected to the second vibration plate 102. Figure 4 The lens installation mechanism 20 includes a positioning track 21 arranged below the material channel 100, an upper baffle 22 and a cylinder assembly 23 arranged on the material channel 100, the upper baffle 22 is provided with a chain feed port 221 and a chain discharge port connected, the material channel 100 passes through the chain feed port 221 and the chain discharge port in sequence, the positioning track 21 is connected with the second material channel 200, the lens enters the positioning track 21 through the second material channel 200, the positioning track 21 is located below the material channel 100 to align the lens with the buckling position on the chain, the material channel 100 and the positioning track 21 are respectively hollow so that the cylinder assembly 23 can push the lens out to buckle with the corresponding buckling position, the chain with the lens installed is sent out from the chain discharge port and passes through the first dragging mechanism 30, the first dragging mechanism 30 can drag the chain to step along the material channel 100, the first dragging mechanism 30 drags the chain to step an assembly distance, and each subsequent chain buckling operation will step an assembly distance.

[0032] like Figure 5The first drag mechanism 30 and the second drag mechanism 80 have the same structure. The first drag mechanism 30 includes a finger cylinder 31 and a second rodless cylinder 32 that can slide back and forth along the material channel 100. The finger cylinder 31 is arranged on the material channel 100 to clamp / release the chain, and the second rodless cylinder 32 is arranged above the finger cylinder 31 to drive the finger cylinder 31 to move back and forth. The specific action mode of the first drag mechanism 30 is: the finger cylinder 31 first clamps the chain, the second rodless cylinder 32 slides forward a step, the finger cylinder 31 releases the chain and slides back to the original position through the second rodless cylinder 32.

[0033] The soldering device 40 includes a soldering channel for passing the lamp board 300 and a tinning fixture 41, a soldering gun 42, and a plate brushing device 43 arranged on both sides of the soldering channel. A first over-mold fixture 201 is arranged in front of the tinning fixture 41 to detect the size of the lamp board 300. The lamp board 300 with the lamp beads soldered is rolled up in the first reel 91. The lamp board 300 passes through the first over-mold fixture 201 and the tinning fixture 41 around the first guide wheel group 93. The second dragging mechanism 80 drags the lamp board 300 to pass through the first over-mold fixture 201 and the tinning fixture 41. The belt moves forward, and the pads on the lamp board 300 stay at the tinning fixture 41 for tinning. The cylinder drives the solder gun 42 to move downward to the pads, and the tin wires on both sides are automatically fed with tin. The tin paddle overflows to the pads on both sides and covers the pads to complete the tinning. Then the cylinder drives to raise the solder gun 42. After the second dragging mechanism 80 drags the light belt forward for several steps, the pads on the lamp board 300 are dragged to the bottom of the brush plate device 43, which is used to wash the pads back and forth.

[0034] like Figure 8 The slope pressing device 50 includes an upper slope pressing mold 51 and a lower slope pressing mold 52 which are relatively arranged and can be closed, and a slope pressing channel for passing the light board 300 is formed between the upper slope pressing mold 51 and the lower slope pressing mold 52. The slope pressing device 50 performs stamping and forming on the light board 300. Specific implementation method: the upper and lower slope pressing molds 52 are pushed by cylinders to close and press the light board 300 into shape. When the upper and lower slope pressing molds 52 are about to close, the finger cylinders 31 at both ends release the clamped light board 300. When the upper and lower molds are closed, the light boards 300 at both ends move toward the slope pressing molds to form. At this time, the upper and lower slope pressing molds 52 are in a closed state, and the second dragging mechanism 80 performs a moving action and moves a certain distance. After the finger cylinders at both ends clamp the light board 300 again, the upper and lower slope pressing molds 52 open the molds, and the second dragging mechanism 80 performs a reset action to return to the position where the light board 300 is pressed into shape. Subsequent actions are repeated as described above. The second guide wheel set 94 is disposed between the slope pressing device 50 and the lamp board buckling mechanism 60 , and the lamp board 300 after slope pressing enters the lamp board buckling mechanism 60 through the second guide wheel set 94 .

[0035] like Figure 8The light board buckling mechanism 60 includes a light board channel for passing the light board 300 and the chain. The light board buckling mechanism 60 includes a pressure wheel 61 arranged directly above the material channel 100. The pressure wheel 61 is provided with a groove 62. The pressure wheel 61 can be composed of multiple pressure wheels, and the pressing effect is good. A light board channel is formed between the pressure wheel 61 and the material channel 100. The light board 300 is located between the pressure wheel 61 and the material channel 100. When the second dragging mechanism 80 steps, the pressure wheel 61 rotates with the chain drag to buckle the positioning hole of the light board 300 with the positioning column of the chain, and the groove 62 is pressed on the slope stamped on the light board 300 accordingly. The back plate feeding device includes a third vibration plate 103 and a third material channel 104 connected to the third vibration plate 103. The back plate buckling mechanism 70 includes a pin guide rail 71, a suction fixture 76, a fifth cylinder 72, a sixth cylinder 73, and a seventh cylinder 74. A plurality of pins 75 are distributed on the pin guide rail 71. The chain of the lamp board 300 is inserted into the inner side of the forming slope by the pin 75. The pin 75 plays a role in tensioning the lamp board 300 to prevent the subsequent hole position of the lamp board 300 from being misaligned with the chain positioning column. The chain of the lamp board 300 with the pin 75 inserted enters the pin guide rail 71, and the back plate is buckled on the chain of the lamp board 300 on the pin guide rail 71. Specific method: the back plate flows into the third material channel 104 through vibration on the third vibration plate 103. The third material channel 104 is located between the fifth cylinder 72 and the sixth cylinder 73 and is connected to the fifth cylinder 72. The fifth cylinder 72 is set on the side of the pin guide rail 71, and the seventh cylinder 74 is located on the other side of the pin guide rail 71. The sixth cylinder 73 pushes out to push the back plate to the bottom of the suction fixture 76 so that the suction fixture 76 sucks the back plate, which is convenient for the fifth cylinder 72 to push the back plate to the installation position so that the back plate and the light board 300 form an installation angle. One end of the back plate has been stuck in the position on one side of the chain. The seventh cylinder 74 pushes out to stick the other end of the back plate into the position on the other side of the chain, thereby completing the installation of the back plate, and resetting the suction fixture 76 and other actions. When the pin 75 comes to the exit end of the pin guide rail 71 guide rail 110, the small cylinder pushes the pin 75 to the inner side of the forming slope, and the pin 75 falls into the storage box. The second over-molding jig 202 is disposed between the fastening mechanism of the light board 300 and the second dragging mechanism 80 to perform over-molding detection on the light strip. The light strip after the back panel installation is wound onto the second reel 92 via the second over-molding jig 202 and the second dragging mechanism 80 .

[0036] like Figure 1 , 2 As shown in FIG. 7 , it also includes an inspection lens 95 , which is located between the light board buckling mechanism 60 and the second over-molding fixture 202 to inspect the light strip.

[0037] That is, the chain fastening mechanism 10, the lens installation mechanism 20, the first dragging mechanism 30, the soldering device 40, the slope pressing device 50, the light board fastening mechanism 60, the back plate fastening mechanism 70 and the second dragging mechanism 80 are sequentially distributed along the material channel 100. After the chain accessories are formed into a chain by the chain fastening mechanism 10, they are automatically moved to the lens installation mechanism 20 along the material channel 100 under the drag of the first dragging mechanism 30. Here, since the positioning track 21 is located below the material channel 100, the lens on the positioning track 21 can be automatically installed on the chain through the action of the cylinder assembly 23 without manual installation. Next, install The chain with the lens is automatically moved to the lamp board buckling mechanism 60 along the material channel 100 under the drag of the first drag mechanism 30. At the same time, the lamp board 300 is dragged by the second drag mechanism 80 and sequentially passes through the soldering channel for soldering, passes through the slope pressure channel for slope pressure forming, and then enters the lamp board channel to buckle with the chain, and then enters the back plate buckling mechanism 70 along the material channel 100 to complete the back plate buckling to form a lamp strip. After being detected by the second over-molding fixture 202, the second drag mechanism 80 is connected to the lamp strip to simultaneously drag the lamp board 300, the chain and the lamp strip along the material channel 100, and finally the lamp strip is reeled to the second reel 92. During the assembly process of the entire lamp strip, the chain and the lamp board 300 are dragged by the first drag mechanism 30 and the second drag mechanism 80, and automatically move along the material channel 100, and gradually complete the corresponding processes until the lamp strip is assembled, saving manpower and improving production efficiency.

[0038] In the assembly equipment, the macro lens 113 identifies whether the directions of the chain accessories on the guide rail 110 are consistent. If they are inconsistent, the rotating cylinder 114 and the supporting cylinder 115 are used to make rotation adjustments, thereby improving the accuracy of assembly. In addition, while the first rodless cylinder 111 drives the slide cylinder 112 at one end to reciprocate to correspond to the corresponding guide rail 110 one by one to dock the incoming materials, the slide cylinder 112 at the other end rotates through the rotating structure to align and buckle with the chain assembly position on the material channel 100, and the chain buckling efficiency is high.

[0039] It is easy for those skilled in the art to understand that the above preferred embodiments can be freely combined and superimposed without conflict.

[0040] The above are only preferred embodiments of the present invention, and are not intended to limit the patent scope of the present invention. All equivalent structural changes made using the contents of the present invention specification and drawings under the utility model concept, or directly or indirectly applied in other related technical fields are included in the patent protection scope of the present invention.

Claims

1. A light strip automatic assembly device, characterized in that: include: A frame, the frame is provided with a material channel (100) for conveying a chain, a chain fastening mechanism (10) for fastening chain accessories and sequentially distributed along the material channel (100), and a first dragging mechanism (30) for dragging the chain, the chain fastening mechanism (10) comprising two inclined guide rails (110), a first rodless cylinder (111), and two slide cylinders (112) arranged on the first rodless cylinder (111), each of the guide rails (110) is sequentially provided with a macro lens (113) for detecting whether the directions of the chain accessories are consistent, a first cylinder (11), a rotating cylinder (114), a supporting cylinder (115) arranged above the rotating cylinder (114), and a second cylinder (12), when the directions of the chain accessories are inconsistent, the rotating cylinder (114) rotates the chain accessories with inconsistent directions by 180 degrees, and the supporting cylinder (115) is pushed out to abut against the direction of the chain accessories. Towards inconsistent chain accessories, and at the same time, the first cylinder (11) is pushed out to fix adjacent chain accessories to avoid mutual interference; the frame is provided with a third cylinder (13) located above the material channel (100), each of the slide cylinders (112) is provided with a carrier block (119) for carrying the chain accessories, the first rodless cylinder (111) reciprocates along the vertical direction of the guide rail (110) to drive the carrier block (119) to dock with the corresponding guide rail (110) and the material channel (100), a rotating structure is provided between each of the slide cylinders (112) and the first rodless cylinder (111) to align the assembly position of the chain accessories on the corresponding carrier block (119) with the chain accessories on the material channel (100), and the third cylinder (13) is pushed out downward to buckle the chain accessories on the carrier block (119) and the chain accessories on the material channel (100).

2. The automatic light strip assembly equipment according to claim 1, characterized in that: The rotating structure comprises a rotating plate (116), a slider arranged below the rotating plate (116), a rotating shaft (118) arranged on the rotating plate (116) and a fourth cylinder (14) abutting against the slider, the sliding table cylinder (112) is arranged on the top of the rotating plate (116), and the slider is arranged on the first rodless cylinder (111).

3. The automatic light strip assembly equipment according to claim 1, characterized in that: The invention also comprises a lens mounting mechanism (20) arranged between the chain buckling mechanism and the first dragging mechanism (30), wherein the lens mounting mechanism (20) comprises a positioning track (21) arranged below the material channel (100), an upper baffle plate (22) and a cylinder assembly (23) arranged on the material channel (100), wherein the upper baffle plate (22) is provided with a chain inlet (221) and a chain outlet that are connected to each other, and the material channel (100) passes through the chain inlet (221) and the chain outlet in sequence, and the lens is located below the material channel (100) through the positioning track (21) to be aligned with the buckling position on the chain, and the cylinder assembly (23) is actuated to buckle the lens to the corresponding buckling position, and the chain with the lens mounted is sent out from the chain outlet.

4. The automatic light strip assembly equipment according to claim 3, characterized in that: The invention also comprises a lens feeding device, which comprises a second vibration plate (102) and a second material channel (200) connected to the second vibration plate (102); the positioning track (21) is connected to the second material channel (200); the material channel (100) and the positioning track (21) are respectively hollow so that the cylinder assembly (23) can push out the lens to engage with the corresponding engaging position.

5. The automatic light strip assembly equipment according to claim 3, characterized in that: It also includes a soldering device (40) arranged behind the first dragging mechanism (30), and the soldering device (40) includes a soldering channel for passing the lamp board (300).

6. The automatic light strip assembly equipment according to claim 5, characterized in that: It also includes a slope pressing device arranged behind the soldering device, the slope pressing device (50) comprising an upper slope pressing mold (51) and a lower slope pressing mold (52) which are arranged opposite to each other and can be closed, and a slope pressing channel that can pass the lamp board is formed between the upper slope pressing mold (51) and the lower slope pressing mold (52).

7. The automatic light strip assembly equipment according to claim 6, characterized in that: It also includes a light board buckling mechanism (60) and a second dragging mechanism (80) for dragging the light strip / chain, which are sequentially arranged behind the slope pressing device. The light board buckling mechanism (60) includes a pressure wheel (61) arranged directly above the material channel (100). The pressure wheel (61) is provided with a groove (62). The light board (300) is located between the pressure wheel (61) and the material channel (100). When the second dragging mechanism (80) steps, the pressure wheel (61) rotates along with the chain drag to buckle the positioning hole of the light board (300) with the positioning column of the chain, and the groove (62) is correspondingly pressed on the slope stamped on the light board (300).

8. The automatic light strip assembly equipment according to claim 7, characterized in that: The invention also includes a back plate feeding device and a back plate fastening mechanism (70) arranged between the light board fastening mechanism and the second dragging mechanism. The back plate feeding device includes a third vibration plate (103) and a third material channel (104) connected to the third vibration plate (103). The back plate fastening mechanism (70) includes a pin guide rail (71), a suction fixture (76), a fifth cylinder (72), a sixth cylinder (73), and a seventh cylinder (74). A plurality of pins (75) are distributed on the pin guide rail (71). The pins (75) pass through the forming slope of the light board (300). The third material channel (104) is located at the fifth cylinder (72). ) and the sixth cylinder (73) and is connected to the fifth cylinder (72), the fifth cylinder (72) is arranged on the side of the pin guide rail (71), and the seventh cylinder (74) is located on the other side of the pin guide rail (71), the sixth cylinder (73) pushes out to push the back plate to the bottom of the suction fixture (76) so that the suction fixture (76) sucks the back plate, which is convenient for the fifth cylinder (72) to push the back plate to the installation position so that the back plate and the light board (300) form an installation angle, one end of the back plate has been stuck in the position on one side of the chain, and the seventh cylinder (74) pushes out to stick the other end of the back plate into the position on the other side of the chain, thereby completing the installation of the back plate.

9. The automatic light strip assembly equipment according to claim 1, characterized in that: The first dragging mechanism (30) comprises a finger cylinder (31) and a second rodless cylinder (32) capable of sliding back and forth along the material channel (100), wherein the finger cylinder (31) is arranged on the material channel (100) to clamp / loosen the chain, and the second rodless cylinder (32) is arranged above the finger cylinder (31) to drive the finger cylinder (31) to move back and forth.

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