Controller circuit board bare board automatic test equipment
A technology of automatic testing equipment and circuit boards, which is applied in electronic circuit testing, electrical testing/monitoring, instruments, etc., can solve the problems of high labor input cost, dependence on manual inspection, and low detection accuracy, so as to save testing time and reduce labor costs. Labor intensity and manpower input cost, the effect of high work efficiency
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Embodiment 1
[0018] as attached figure 1 And attached figure 2 As shown in the figure, a controller circuit board bare board automatic testing equipment, which includes a circuit board bare board conveying mechanism 2, a positioning mechanism Ⅰ 3, a positioning mechanism Ⅱ 4, a circuit board bare board lifting mechanism 8 and a docking mechanism 5;
[0019] The bare circuit board conveying mechanism 2 is used to transport the bare circuit board 11 to be tested from the first position to the test station, or from the test station to the second position; wherein, the first position and the The second position is set on both sides of the bare circuit board conveying mechanism; the first position is the connection between the front conveying dock and the bare circuit board conveying mechanism 2, and the second position It is the connection between the bare circuit board conveying mechanism 2 and the buffer area of the rear connecting station. Bare boards that have been tested;
[0020] T...
Embodiment 2
[0033] The difference between this embodiment and embodiment 1 is:
[0034] as attached Figure 4 And attached Figure 7As shown, this embodiment provides a specific implementation of the bare circuit board conveying mechanism. The bare circuit board conveying mechanism 2 includes a guide rail I 202 and a guide rail II 203 arranged in parallel, and a Belt I 209, and belt II 210 set on the guide track II 203, and a belt drive mechanism for driving the belt I 209 and the belt II 210 to move synchronously; wherein, the belt I 209 and the belt II 210 are narrow belts that move synchronously , the belt I 209 is set opposite to the belt II 210 for supporting and transporting the bare circuit board 11 to be tested. The rotation of the belt driving mechanism further drives the rotation of the belt I 209 and the belt II 210, thereby driving the bare circuit board 11 to be tested to move along the moving guide track I 202 and the guide track II 203, thereby realizing the transportatio...
Embodiment 3
[0039] The difference between this embodiment and the foregoing embodiment is:
[0040] as attached Figure 5 And attached Figure 6 As shown, the bare circuit board conveying mechanism 2 is also provided with a width adjustment component, and the width adjustment component includes a screw rod I 206, a screw rod II 204 and a guide rod 207 arranged in parallel, and is connected with the screw rod I 206 and the wire The sprocket transmission assembly connected with the rod II 204, and the hand wheel connected with the sprocket transmission assembly; the screw rod I 206 and the screw rod II 204 are respectively connected with the guide track II 203 with threads, so that the screw rod When I 206 and the screw rod II 204 rotate, the guide rail II 203 moves linearly along the guide rod 207 . Wherein, the sprocket transmission assembly includes a sprocket I arranged on the screw I 206, a sprocket II arranged on the screw II 204, and a roller connected between the sprocket I and th...
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