Alternate feeding mechanism for mobile phone screens

Abstract

The utility model relates to the technical field of detection equipment, in particular to an alternate feeding mechanism for mobile phone screens, which comprises an alternate feeding assembly. The alternate feeding assembly comprises a left alternate platform assembly, a right alternate platform assembly and a middle alternate platform assembly. The left alternating platform assembly comprises a left alternating base, a lifting left alternating platform and a left alternating transverse moving assembly. The right alternating platform assembly comprises a right alternating base, a right alternating platform and a right alternating transverse moving assembly. The middle alternating platform assembly comprises a middle alternating base, a first alternating platform, a second alternating platform and a middle alternating transverse moving assembly. The first alternating platform and the left alternating platform are correspondingly arranged; and the second alternating platform and the right alternating platform are correspondingly arranged. According to the mobile phone screen feeding device, by arranging the alternating feeding assembly, the first alternating platform and the left alternating platform can conduct alternating feeding, the second alternating platform and the right alternating platform can conduct alternating feeding, and therefore the feeding speed of mobile phone screens can be greatly increased.

Description

Technical Field

[0001] The utility model relates to the technical field of detection equipment, in particular to an alternating feeding mechanism for a mobile phone screen. Background Art

[0002] In the modern smartphone manufacturing process, the quality inspection of mobile phone screens is a key link to ensure product quality. Since mobile phone screens need to be strictly tested during the production process to ensure their effectiveness in actual use, most manufacturers currently choose to integrate multiple inspection mechanisms into one device, which can test multiple mobile phone screens at the same time.

[0003] However, in actual operation, the existing loading mechanism can only place the mobile phone screens one by one in the test mechanism. This single, linear loading method has the following problems:

[0004] Since the loading mechanism can only load materials one by one, each loading process takes a lot of time, resulting in low overall inspection efficiency.

[0005] The existing feeding mechanisms are unable to feed materials simultaneously or alternately, which limits the use efficiency of the testing equipment and fails to maximize the advantages of multiple testing mechanisms working simultaneously.

[0006] The method of loading materials one by one requires operators to operate frequently, which increases labor intensity and is also prone to human errors, further affecting production efficiency. Utility Model Content

[0007] The purpose of the utility model is to provide an alternate feeding mechanism for a mobile phone screen in view of the above-mentioned deficiencies in the prior art.

[0008] The purpose of the utility model is achieved through the following technical solutions: an alternating feeding mechanism for a mobile phone screen, comprising an alternating feeding assembly;

[0009] The alternating loading assembly includes a left alternating platform assembly, a right alternating platform assembly and a middle alternating platform assembly; the left alternating platform assembly includes a left alternating base, a left alternating platform movable on the left alternating base, and a left alternating lateral movement assembly for driving the left alternating base to move laterally; the right alternating platform assembly includes a right alternating base, a right alternating platform movable on the right alternating base, and a right alternating lateral movement assembly for driving the right alternating base to move laterally;

[0010] The middle alternating platform assembly includes a middle alternating base arranged between a left alternating base and a right alternating base, a first alternating platform arranged on one side of the middle alternating base for lifting and lowering, a second alternating platform arranged on the other side of the middle alternating base for lifting and lowering, and a middle alternating transverse movement assembly for driving the middle alternating base to move transversely; the first alternating platform is arranged correspondingly to the left alternating platform; the second alternating platform is arranged correspondingly to the right alternating platform.

[0011] The utility model is further configured as follows: the left alternating base is provided with a left alternating cylinder; the output end of the left alternating cylinder is connected to the left alternating platform; the left alternating base is provided with a left alternating slide rail; and the left alternating platform is provided with a left alternating slider which is slidably connected to the left alternating slide rail.

[0012] The utility model is further configured as follows: the right alternating base is provided with a right alternating cylinder; the output end of the right alternating cylinder is connected to the right alternating platform; the right alternating base is provided with a right alternating slide rail; the right alternating platform is provided with a right alternating slider which is slidably connected to the right alternating slide rail.

[0013] The utility model is further configured that a first alternating cylinder is provided on one side of the middle alternating base; an output end of the first alternating cylinder is connected to a first alternating platform; a first alternating slide rail is provided on one side of the middle alternating base; the first alternating platform is provided with a first alternating slider slidably connected to the first alternating slide rail;

[0014] A second alternating cylinder is provided on the other side of the middle alternating base; the output end of the second alternating cylinder is connected to the second alternating platform; a second alternating slide rail is provided on the other side of the middle alternating base; the second alternating platform is provided with a second alternating slider slidably connected to the second alternating slide rail.

[0015] The utility model is further configured such that the left alternating transverse movement component, the right alternating transverse movement component and the middle alternating transverse movement component are all linear modules; the left alternating transverse movement component, the right alternating transverse movement component and the middle alternating transverse movement component are arranged in parallel.

[0016] The utility model is further configured that the left alternating platform, the right alternating platform, the first alternating platform and the second alternating platform are all provided with alternating vacuum adsorption holes.

[0017] The utility model is further configured to include a feed conveying assembly and a feed manipulator assembly; the feed manipulator assembly is arranged between the feed conveying assembly and the alternating feeding assembly;

[0018] The feeding conveying assembly comprises a feeding conveying belt; the feeding manipulator assembly comprises a feeding seat arranged at one end of the feeding conveying belt.

[0019] The utility model is further configured that the feeding robot also includes a feeding adsorption plate, a feeding longitudinal movement component for driving the feeding adsorption plate to move longitudinally, a feeding transverse movement component for driving the feeding adsorption plate to move transversely, a feeding lifting component for driving the feeding adsorption plate to lift and lower, and a feeding rotating component for driving the feeding adsorption plate to rotate.

[0020] The utility model is further configured as follows: the feed longitudinal movement component is arranged on the feed seat; the feed transverse movement component is arranged at the output end of the feed longitudinal movement component; the feed lifting component is arranged at the output end of the feed transverse movement component; the feed rotating component is arranged at the output end of the feed lifting component; the adsorption plate is arranged at the output end of the feed rotating component; the feed transverse movement component, the feed longitudinal movement component and the feed lifting component are all linear modules; the feed rotating component is a motor; and a scanner is arranged at the output end of the feed transverse movement component.

[0021] The utility model is further configured that an ion wind rod is provided on the top of the feed conveyor belt.

[0022] Beneficial effects of the utility model: the utility model can make the first alternating platform and the left alternating platform perform alternating loading, and make the second alternating platform and the right alternating platform perform alternating loading, by setting the alternating loading component, thereby greatly increasing the loading speed of the mobile phone screen. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] The utility model is further described using the accompanying drawings, but the embodiments in the accompanying drawings do not constitute any limitation to the utility model. A person skilled in the art can obtain other drawings based on the following drawings without creative work.

[0024] Figure 1 It is a structural schematic diagram of the utility model;

[0025] Figure 2 This is a schematic diagram of the structure of the utility model after the alternate feeding components are hidden;

[0026] Figure 3 It is a structural schematic diagram of the feeding manipulator assembly of the utility model;

[0027] Figure 4 It is a structural schematic diagram of the alternating feeding assembly of the utility model;

[0028] Figure 5 It is a structural schematic diagram of the alternate feeding assembly of the utility model from another perspective;

[0029] Among them: 11, left alternating base; 12, left alternating platform; 13, left alternating transverse shift assembly; 21, left alternating cylinder; 22, left alternating slide rail; 23, left alternating slider; 31, right alternating base; 32, right alternating platform; 33, right alternating transverse shift assembly; 41, right alternating cylinder; 42, right alternating slide rail; 43, right alternating slider; 51, middle alternating base; 52, first alternating platform; 53, second alternating platform; 54, middle alternating transverse shift assembly; 55, alternating vacuum adsorption hole; 61, first alternating cylinder; 62, first alternating slide rail; 63, first alternating slider; 64, second alternating cylinder; 65, second alternating slide rail; 66, second alternating slider; 7, feed conveyor belt; 71, ion wind rod; 8, feed seat; 81, feed longitudinal shift assembly; 82, feed transverse shift assembly; 83, feed lifting assembly; 84, feed rotating assembly; 91, adsorption plate; 92, scanner. DETAILED DESCRIPTION

[0030] The utility model is further described in conjunction with the following embodiments.

[0031] Depend on Figures 1 to 5 It can be seen that the alternate feeding mechanism of a mobile phone screen described in this embodiment includes an alternate feeding component; the alternate feeding component includes a left alternate platform 12 component, a right alternate platform 32 component and a middle alternate platform component; the left alternate platform 12 component includes a left alternate base 11, a left alternate platform 12 that is movable and lifted on the left alternate base 11, and a left alternate lateral movement component 13 for driving the left alternate base 11 to move laterally; the right alternate platform 32 component includes a right alternate base 31, a right alternate platform 32 that is movable and lifted on the right alternate base 31, and a left alternate lateral movement component 13 for driving the left alternate base 11 to move laterally. The right alternating transverse shifting assembly 33 is used to drive the right alternating base 31 to move transversely; the middle alternating platform assembly includes a middle alternating base 51 disposed between the left alternating base 11 and the right alternating base 31, a first alternating platform 52 that is movable and disposed on one side of the middle alternating base 51, a second alternating platform 53 that is movable and disposed on the other side of the middle alternating base 51, and a middle alternating transverse shifting assembly 54 for driving the middle alternating base 51 to move transversely; the first alternating platform 52 is disposed correspondingly to the left alternating platform 12; the second alternating platform 53 is disposed correspondingly to the right alternating platform 32. The alternating feeding mechanism for a mobile phone screen described in this embodiment also includes a feeding conveying assembly and a feeding manipulator assembly; the feeding manipulator assembly is disposed between the feeding conveying assembly and the alternating feeding assembly; the feeding conveying assembly includes a feeding conveyor belt 7; the feeding manipulator assembly includes a feeding seat 8 disposed on one side of the feeding conveyor belt 7.

[0032] Specifically, when the alternating feeding mechanism for mobile phone screens described in the present embodiment is in use, first, a plurality of mobile phone screens are placed on the feeding conveyor belt 7, and under the action of the middle alternating transverse shifting assembly 54, the middle alternating base 51 is driven to move to the bottom of the feeding robot assembly, and the first alternating platform 52 and the second alternating platform 53 are raised to a first height, so that the feeding robot assembly can place the mobile phone screens on the first alternating platform 52 and the second alternating platform 53; at this time, under the action of the left alternating transverse shifting assembly 13 and the right alternating transverse shifting assembly 33, the left alternating platform 12 and the right alternating platform 32 are moved to the detection mechanism for loading, and the left alternating platform 12 and the right alternating platform 32 are raised to the first height to facilitate loading to the detection mechanism.

[0033] After the feeding robot assembly places the mobile phone screen on the first alternating platform 52 and the second alternating platform 53, the left alternating platform 12 and the right alternating platform 32 complete loading to the detection mechanism at the same time. At this time, the left alternating platform 12 and the right alternating platform 32 descend to the second height; under the action of the middle alternating transverse movement assembly 54, the middle alternating base 51 is driven to move toward the direction of the detection mechanism. At the same time, under the action of the left alternating transverse movement assembly 13 and the right alternating transverse movement assembly 33, the left alternating platform 12 and the right alternating platform 32 move toward the direction of the feeding robot assembly. Since the left alternating platform 12 and the right alternating platform 32 are at the second height at this time, the first alternating platform 52 and the second alternating platform 53 are at the first height. degree, so mutual interference can be prevented during the movement of each platform; when the left alternating platform 12 and the right alternating platform 32 move to the position of the feeding robot assembly, the left alternating platform 12 and the right alternating platform 32 rise to the first height again, and the feeding robot assembly places the mobile phone screen on the left alternating platform 12 and the right alternating platform 32, and at the same time the first alternating platform 52 and the second alternating platform 53 move to the detection mechanism for loading; through the above-mentioned arrangement, this embodiment can make the first alternating platform 52 and the left alternating platform 12 alternately load, and the second alternating platform 53 and the right alternating platform 32 alternately load, thereby greatly increasing the loading speed of the mobile phone screen.

[0034] The alternating feeding mechanism for a mobile phone screen described in this embodiment comprises: the left alternating base 11 is provided with a left alternating cylinder 21; the output end of the left alternating cylinder 21 is connected to the left alternating platform 12; the left alternating base 11 is provided with a left alternating slide rail 22; the left alternating platform 12 is provided with a left alternating slider 23 which is slidably connected to the left alternating slide rail 22.

[0035] Specifically, the above arrangement enables the left alternating platform 12 to stably perform lifting activities on the left alternating base 11 .

[0036] The alternating feeding mechanism for a mobile phone screen described in this embodiment comprises: the right alternating base 31 is provided with a right alternating cylinder 41; the output end of the right alternating cylinder 41 is connected to the right alternating platform 32; the right alternating base 31 is provided with a right alternating slide rail 42; the right alternating platform 32 is provided with a right alternating slider 43 which is slidably connected to the right alternating slide rail 42.

[0037] Specifically, the above arrangement enables the right alternating platform 32 to stably perform lifting activities on the right alternating base 31 .

[0038] In the alternating feeding mechanism for a mobile phone screen described in the present embodiment, a first alternating cylinder 61 is provided on one side of the middle alternating base 51; an output end of the first alternating cylinder 61 is connected to a first alternating platform 52; a first alternating slide rail 62 is provided on one side of the middle alternating base 51; the first alternating platform is provided with a first alternating slider 63 slidably connected to the first alternating slide rail 62; specifically, through the above-mentioned arrangement, the first alternating platform 52 can stably perform lifting and lowering activities on one side of the middle alternating base 51.

[0039] A second alternating cylinder 64 is provided on the other side of the middle alternating base 51; the output end of the second alternating cylinder 64 is connected to the second alternating platform 53; a second alternating slide rail 65 is provided on the other side of the middle alternating base 51; the second alternating platform is provided with a second alternating slider 66 slidably connected to the second alternating slide rail 65. Specifically, the above arrangement enables the second alternating platform 53 to stably perform lifting activities on the other side of the middle alternating base 51.

[0040] In the alternate feeding mechanism for mobile phone screens described in this embodiment, the left alternate transverse moving assembly 13, the right alternate transverse moving assembly 33 and the middle alternate transverse moving assembly 54 are all linear modules; the left alternate transverse moving assembly 13, the right alternate transverse moving assembly 33 and the middle alternate transverse moving assembly 54 are arranged in parallel. Specifically, the above arrangement facilitates the left alternate base 11, the right alternate base 31 and the middle alternate base 51 to perform reciprocating transverse movement in the same reverse direction, thereby realizing alternate feeding.

[0041] In the alternate feeding mechanism for a mobile phone screen described in this embodiment, the left alternate platform 12, the right alternate platform 32, the first alternate platform 52 and the second alternate platform 53 are all provided with alternate vacuum adsorption holes 55. Specifically, the above arrangement facilitates fixing the mobile phone screen on the left alternate platform 12, the right alternate platform 32, the first alternate platform 52 and the second alternate platform 53.

[0042] The present embodiment describes an alternating feeding mechanism for a mobile phone screen, wherein the feeding robot further comprises a feeding adsorption plate 91, a feeding longitudinal movement component 81 for driving the feeding adsorption plate 91 to move longitudinally, a feeding transverse movement component 82 for driving the feeding adsorption plate 91 to move transversely, a feeding lifting component 83 for driving the feeding adsorption plate 91 to rise and fall, and a feeding rotating component 84 for driving the feeding adsorption plate 91 to rotate. The present embodiment describes an alternating feeding mechanism for a mobile phone screen, wherein the longitudinal feed component 81 is arranged on a feed seat 8; the transverse feed component 82 is arranged at the output end of the longitudinal feed component 81; the lifting and lowering component 83 is arranged at the output end of the transverse feed component 82; the rotating feed component 84 is arranged at the output end of the lifting and lowering component 83; the adsorption plate 91 is arranged at the output end of the rotating feed component 84; the transverse feed component 82, the longitudinal feed component 81 and the lifting and lowering component 83 are all linear modules; the rotating feed component 84 is a motor; and a scanner 92 is arranged at the output end of the transverse feed component 82.

[0043] Specifically, when the mobile phone screen moves to one side of the feed conveyor belt 7, the scanner 92 scans the identification code of the mobile phone screen, thereby determining the stroke of the feed longitudinal movement component 81 and the rotation amount of the feed rotating component 84, and determining the specific position on the left alternating platform 12, the right alternating platform 32, the first alternating platform 52 and the second alternating platform 53.

[0044] Then, under the action of the feed longitudinal movement component 81, the feed transverse movement component 82, the feed lifting component 83 and the feed rotating component 84, the mobile phone screen is placed on the left alternating platform 12 and the right alternating platform 32 in sequence, or on the first alternating platform 52 and the second alternating platform 53 in sequence.

[0045] In the alternate feeding mechanism for a mobile phone screen described in this embodiment, an ion wind bar 71 is provided on the top of the feeding conveyor belt 7. The above arrangement can remove static electricity from the mobile phone screen.

[0046] Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the utility model, rather than to limit the protection scope of the utility model. Although the utility model has been described in detail with reference to the preferred embodiments, ordinary technicians in this field should understand that the technical solution of the utility model can be modified or replaced by equivalents without departing from the essence and scope of the technical solution of the utility model.

Claims

1. An alternating feeding mechanism for a mobile phone screen, characterized in that: Includes an alternating loading assembly; The alternating loading assembly includes a left alternating platform assembly, a right alternating platform assembly and a middle alternating platform assembly; the left alternating platform assembly includes a left alternating base, a left alternating platform movable on the left alternating base, and a left alternating lateral movement assembly for driving the left alternating base to move laterally; the right alternating platform assembly includes a right alternating base, a right alternating platform movable on the right alternating base, and a right alternating lateral movement assembly for driving the right alternating base to move laterally; The middle alternating platform assembly includes a middle alternating base arranged between a left alternating base and a right alternating base, a first alternating platform arranged on one side of the middle alternating base for lifting and lowering, a second alternating platform arranged on the other side of the middle alternating base for lifting and lowering, and a middle alternating transverse movement assembly for driving the middle alternating base to move transversely; the first alternating platform is arranged correspondingly to the left alternating platform; the second alternating platform is arranged correspondingly to the right alternating platform.

2. The alternate feeding mechanism for mobile phone screens according to claim 1, characterized in that: The left alternating base is provided with a left alternating cylinder; the output end of the left alternating cylinder is connected to the left alternating platform; the left alternating base is provided with a left alternating slide rail; the left alternating platform is provided with a left alternating slider slidably connected to the left alternating slide rail.

3. The alternate feeding mechanism for mobile phone screens according to claim 1, characterized in that: The right alternating base is provided with a right alternating cylinder; the output end of the right alternating cylinder is connected to the right alternating platform; the right alternating base is provided with a right alternating slide rail; the right alternating platform is provided with a right alternating slider slidably connected to the right alternating slide rail.

4. The alternate feeding mechanism for mobile phone screens according to claim 1, characterized in that: A first alternating cylinder is provided on one side of the middle alternating base; the output end of the first alternating cylinder is connected to the first alternating platform; a first alternating slide rail is provided on one side of the middle alternating base; the first alternating platform is provided with a first alternating slider slidably connected to the first alternating slide rail; A second alternating cylinder is provided on the other side of the middle alternating base; the output end of the second alternating cylinder is connected to the second alternating platform; a second alternating slide rail is provided on the other side of the middle alternating base; the second alternating platform is provided with a second alternating slider slidably connected to the second alternating slide rail.

5. The alternate feeding mechanism for mobile phone screens according to claim 1, characterized in that: The left alternating transverse movement component, the right alternating transverse movement component and the middle alternating transverse movement component are all linear modules; the left alternating transverse movement component, the right alternating transverse movement component and the middle alternating transverse movement component are arranged in parallel.

6. The alternate feeding mechanism for mobile phone screens according to claim 1, characterized in that: The left alternating platform, the right alternating platform, the first alternating platform and the second alternating platform are all provided with alternating vacuum adsorption holes.

7. The alternate feeding mechanism for mobile phone screens according to claim 1, characterized in that: It also includes a feeding conveying assembly and a feeding manipulator assembly; the feeding manipulator assembly is arranged between the feeding conveying assembly and the alternating feeding assembly; The feeding conveying assembly comprises a feeding conveying belt; the feeding manipulator assembly comprises a feeding seat arranged at one end of the feeding conveying belt.

8. The alternate feeding mechanism for mobile phone screens according to claim 7, characterized in that: The feeding robot also includes a feeding adsorption plate, a feeding longitudinal movement component for driving the feeding adsorption plate to move longitudinally, a feeding transverse movement component for driving the feeding adsorption plate to move transversely, a feeding lifting component for driving the feeding adsorption plate to lift and lower, and a feeding rotating component for driving the feeding adsorption plate to rotate.

9. The alternate feeding mechanism for mobile phone screens according to claim 8, characterized in that: The feed longitudinal movement component is arranged on the feed seat; the feed transverse movement component is arranged at the output end of the feed longitudinal movement component; the feed lifting component is arranged at the output end of the feed transverse movement component; the feed rotating component is arranged at the output end of the feed lifting component; the adsorption plate is arranged at the output end of the feed rotating component; the feed transverse movement component, the feed longitudinal movement component and the feed lifting component are all linear modules; the feed rotating component is a motor; and a scanner is arranged at the output end of the feed transverse movement component.

10. The alternate feeding mechanism for mobile phone screens according to claim 7, characterized in that: An ion wind rod is arranged on the top of the feeding conveyor belt.

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