CN206627755U - Camera module recording device - Google Patents

Abstract

Camera module recording device provided by the utility model, including frame and rack-mounted burning mechanism, the burning mechanism includes operation element platform and the scenario simulation mechanism being arranged in front of operation element platform, the operation element platform is provided with multiple test positions for being used to place camera module, it is equipped with testing cassete on each test position, and the camera module is towards the scenario simulation mechanism；After above technical scheme, because the utility model is be combined with each other by operation element platform and scenario simulation mechanism, so as to complete the operations such as PDAF burnings, the production cycle is not only shortened, also improves the uniformity of product and the property of each side；In addition, the operation element platform is provided with multiple test positions, realizes that a people can complete the work of more people, so as to reduce the participation of personnel, also mitigate the labor intensity of personnel, efficiently save the waste of human cost.

Description

Camera module recording device

Technical field

The utility model belongs to camera module manufacturing equipment technical field, and in particular to camera module recording device.

Background technology

With the lifting of the level of consumption, the requirement more and more higher to mobile phone camera module group, image sharpness point are consumed Resolution requires high, due to the focusing speed of PDAF phases focusing efficiency high that is quite fast, and focusing, so that PDAF phases pair Jiao starts to be applied on smart mobile phone, and therefore, the very necessary PDAF for mobile phone camera module group tests burning hardware environment Improved, manpower, board cost are saved to reach, it is larger to shorten the production cycle, lift the uniformity of camera module With the purpose of the performance of each side.

Utility model content

In view of this, the utility model provides a kind of camera module recording device, including frame and in frame Burning mechanism, the burning mechanism includes operation element platform and the scenario simulation mechanism that is arranged in front of operation element platform, institute State operation element platform and be provided with multiple test positions for being used to place camera module, each test on position is equipped with testing cassete, and institute Camera module is stated towards the scenario simulation mechanism.

After above technical scheme, because the utility model is mutually tied by operation element platform and scenario simulation mechanism Close, so as to complete the operations such as PDAF burnings, not only shorten the production cycle, also improve the uniformity and each side of product Property；In addition, the operation element platform is provided with multiple test positions, realize that a people can complete the work of more people, so as to reduce people The participation of member, also mitigates the labor intensity of personnel, efficiently saves the waste of human cost.

Preferably, the scenario simulation mechanism includes close shot mechanism, Zhong Jing mechanisms, distant view mechanism, Bai Chang mechanisms and lens Mechanism, the close shot mechanism, Zhong Jing mechanisms, distant view mechanism, Bai Chang mechanisms and lens mechanism are arranged in the frame.

Preferably, the close shot mechanism includes close shot light source, close shot transverse moving mechanism and close shot longitudinal moving mechanism, institute State close shot light source to be connected with the close shot transverse moving mechanism by the close shot longitudinal moving mechanism, the close shot transverse shifting Mechanism is arranged in the frame.

Preferably, the Zhong Jing mechanisms include middle scape light source, middle scape transverse moving mechanism and middle scape longitudinal moving mechanism, institute State middle scape light source to be connected with the middle scape transverse moving mechanism by the middle scape longitudinal moving mechanism, the middle scape transverse shifting Mechanism is arranged in the frame.

Preferably, the distant view mechanism includes distant view travel mechanism and distant view light source, and the distant view light source passes through described remote Scape travel mechanism is arranged in the frame.

Preferably, in addition to base, the base are provided with sliding rail group, and the Bai Chang mechanisms are installed with lens mechanism In in the sliding rail group, and the Bai Chang mechanisms move independently of each other with lens mechanism.

Preferably, the Bai Chang mechanisms include white field light source, suction nozzle and the drive cylinder being arranged in Bai Chang mechanisms, described Suction nozzle is arranged in the Bai Chang mechanisms by the drive cylinder Telescopic movable.

Preferably, the lens mechanism is provided with teleconverter, the quantity of the teleconverter and the quantity phase of the test position Together.

Preferably, the operation element platform includes displacement platform and upset platform, and the upset platform passes through the displacement In the frame, the test position is arranged on the upset platform stage+module.

Preferably, in addition to controller, the controller is arranged in the frame, and the controller with the behaviour Make workbench, close shot mechanism, Zhong Jing mechanisms, distant view mechanism, Bai Chang mechanisms and lens mechanism electrical connection.

Brief description of the drawings

Fig. 1 provides a kind of structural representation of camera module recording device by the utility model preferred embodiment.

Fig. 2 is the part-structure schematic diagram of camera module recording device in the utility model.

Fig. 3 is the structural representation of burning mechanism in the utility model.

Fig. 4 is the decomposing schematic representation of operation element platform in the utility model.

Fig. 5 is the decomposing schematic representation of the utility model Scene simulation mechanism.

Fig. 6 is the decomposing schematic representation of displacement platform in the utility model.

Fig. 7 is the decomposing schematic representation that platform is overturn in the utility model.

Fig. 8 is the decomposing schematic representation of the utility model two-shot mechanism.

Fig. 9 is the decomposing schematic representation of the utility model Zhong Zhong scapes mechanism.

Figure 10 is the decomposing schematic representation of the utility model medium long shot mechanism.

Embodiment

In order that the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing and implementation Example, the utility model is further elaborated.It should be appreciated that specific embodiment described herein is only explaining The utility model, it is not used to limit the utility model.

Refer to Fig. 1-10, the camera module recording device that the utility model embodiment provides, including frame 10, burning Mechanism 20 and controller 30, the burning mechanism 20 and controller 30 are installed in frame 10, and the frame 10 is using heavy Aluminium section bar is spliced, and cover plate 14 is being equipped with the outside of frame 10, the cover plate 14, to be detachably connected, covers with frame 10 The inner side of plate 14 is handled by the way of melanism matt, and the outside of cover plate 14 is rice white, so can not only be met again On the premise of equipment moving stability, the weight of equipment is effectively reduced, has saved the processing cost of equipment, and can also carry The utility function of high equipment, and can improve the outward appearance of equipment, so as to attract the desire to purchase of user, and then improve equipment in city Competitiveness on field.

Fig. 1-10 are referred to, indicator lamp 11, dodge gate 12, roller 14 and level adjuster are additionally provided with the frame 10 15, the indicator lamp 11 is installed on the top of the frame 10, and the indicator lamp 11 is connected with the controller 30, so as to just The working condition of equipment is directly determined by indicator lamp 30 in operating personnel, the dodge gate 12 is arranged on the upper part of frame 10 Front side, in order to which operating personnel pick and place camera module, while reduce other opening times of cover plate 14, and then improve equipment Production efficiency.

Fig. 1-10 are referred to, the roller 14 and level adjuster 15 are installed in the bottom of the frame 10, so as to enter One step improves the shock resistance and stability of equipment, then and be also convenient for operating personnel and equipment put by roller 14, Effectively increase the combination property of equipment.

Fig. 1-10 are referred to, in the present embodiment, antistatic ion blower are additionally provided with the frame 10（Do not show in figure Go out）, the electrostatic of device interior is effectively eliminated, and then improve the precision of equipment burning.

Fig. 1-10 are referred to, the burning mechanism 20 includes operation element platform 40 and scenario simulation mechanism 50, the scene Simulation mechanism 50 includes close shot mechanism 80, Zhong Jing mechanisms 90, distant view mechanism 100, Bai Chang mechanisms 110, lens mechanism 120 and base 130, the close shot mechanism 80 is arranged on the left side in the front of operation element platform 40, and the Zhong Jing mechanisms 90 are arranged on operation element platform The right side in 40 fronts, the distant view mechanism 100 are arranged on the front of operation element platform 40, the Bai Chang mechanisms 110 and lens machine Structure 120 can laterally free movement be arranged between distant view mechanism 100 and operation element platform 40, the operation element platform 40, Close shot mechanism 80, Zhong Jing mechanisms 90, distant view mechanism 100, Bai Chang mechanisms 110 and lens mechanism 120 are electric with the controller 30 Connection, so can be to realize a key operation by the controller 30, burning and every test so as to camera module, from And reduce the output of human cost, the processing efficiency of production is also improved, the manufacturing cycle of product is shortened, also improves The uniformity of product and the performance of each side.

Fig. 1-10 are referred to, the operation element platform 40 includes displacement platform 70 and upset platform 60, institute's translation stage 70 include supporting table 71 and support base 77, and the supporting table 71 is arranged in the frame 10 by the support base 77, described The both sides of support base 77 are provided with cabling drag chain 78, and electric wire can enter supporting table 71 by the cabling drag chain 78 of both sides and upset is flat In platform 60, electric wire can be not only protected, also avoids electric wire in disorder and causes equipment fault, while improves the aesthetic property of equipment.

Fig. 1-10 are referred to, the supporting table 71 is provided with motor 75, belt pulley set 76, screw component 74, support Platform slide rail 72 and supporting table sliding block 73, the screw component 74 are connected by the belt pulley set 76 and the motor 75 transmission Connect, and the motor 75 is installed between the supporting table 71 and support base 77, be effectively saved equipment uses space, In the present embodiment, the quantity of the supporting table slide rail 72 is two, and the quantity of the supporting table sliding block 73 is four, described to turn over Turn platform 60 by the supporting table sliding block 73 with supporting table slide rail 72 to coordinate to be connected with supporting table 71, and the upset platform 60 are connected by the screw component 74 with the motor 75, and after above technical scheme, it is flat to not only increase upset The robust motion and accuracy of platform 60, and it is easy to the dismounting and maintenance of equipment.

Fig. 1-10 are referred to, the upset platform 60 includes fixed station 61, rotating shaft 65 and guidance panel 62, the operating surface Plate 62 is rotatablely connected by rotating shaft 65 and the fixed station 61, and the rotating shaft 65 is driven by motor, so that the operation Panel 62 realizes 90 degree of the anglec of rotation on the fixed station 61, in order to which operating personnel carry out picking and placeing for camera module, The upset platform 60 is connected by the fixed station 61 with the supporting table 71, in the present embodiment, the upset platform 60 Upper motor used is combined for stepper motor with encoder with decelerator, ensures that the anglec of rotation of guidance panel 62 And change in displacement, and then improve the processing stability of product.

Fig. 1-10 are referred to, the guidance panel 62 is provided with multiple test positions 68, and each test on position 68 is mounted on surveying Try box 66, tool 64, cover clamp 63 and Telescopic rotating cylinder 67, in the present embodiment, the testing cassete 66, tool 64, gland The quantity of plate 63 and Telescopic rotating cylinder 67 is four, and the testing cassete 66, tool 64 are separately positioned on the rear of test position 68 With on front, the cover clamp 63 is arranged on the test position 68 by the Telescopic rotating cylinder 67, and the cover clamp 63 position is corresponding with the position of the tool 64, and when camera module is put into the tool 64, the cover clamp 63 is logical Cross flexible rotary cylinder 67 camera module is fixed on the tool 64；When camera module burning and it is completed Afterwards, the cover clamp 63 is separated by Telescopic rotating cylinder 67 with camera module, consequently facilitating operating personnel take out camera Module, the burning and test of next group of camera module are carried out, so as to reach the purpose for efficiently saving human cost, realize one The station of people four, eight stations or sixteen work station operation, while improve the processing efficiency of product.

Fig. 1-10 are referred to, are additionally provided with briquetting 69 on the upset platform 60, the briquetting 69 is arranged on the fixed station On 61 side, bearing is provided between briquetting 69 and fixed station 61（Drawing is not shown）, when electric wire enters cabling from frame 10 After drag chain 78, electrically connected after being then passed through the briquetting 69 with the testing cassete 66, thus can be avoided guidance panel 62 and revolve Electric wire is damaged when turning, in the present embodiment, the briquetting 69 leads to provided with multiple with the briquetting that the diameter of wire matches Hole（Not shown in figure）, in order to which electric wire is after the briquetting through hole passes through, electric wire is fixed on briquetting through hole, and then is prevented Guidance panel 62 pulls the phenomenon for drawing mill line when rotating, improve service life and the safety assurance of equipment.

Fig. 1-10 are referred to, the close shot mechanism 80 includes being used for the close shot light for testing camera module close shot shooting capacity Source 81, close shot transverse moving mechanism 83 and close shot longitudinal moving mechanism 82, the close shot transverse moving mechanism 83 drive including close shot Dynamic motor 87, close shot fixed seat 88 and close shot displacement platform 89, the close shot fixed seat 88 be provided with the first guide assembly 882 and First lead screw assembly 881, the quantity of first guide assembly 882 are two, and first guide assembly 882 is arranged on the The both sides of one lead screw assembly 881, the close shot fixed seat 88 are arranged in the frame 10, and the close shot displacement platform 89 passes through First guide assembly 882 is connected with the close shot fixed seat 88, and the close shot motor 87 is consolidated installed in the close shot In reservation 88, the close shot displacement platform 89 is connected by first lead screw assembly 881 and the close shot motor 87 transmission Connect, the close shot longitudinal moving mechanism 82 is installed on the close shot displacement platform 89, and the close shot light source 81 is fixed on described On close shot longitudinal moving mechanism 82, the close shot mechanism 80 and the front and back position of the test position 68 can be so conveniently adjusted, It is achieved thereby that the optimal test effect of equipment.

Fig. 1-10 are referred to, it is longitudinally solid that the close shot longitudinal moving mechanism 82 includes close shot vertical drive motor 84, close shot Determine the lead screw assembly 86 of platform 85 and second, second lead screw assembly 86 is arranged at the close shot with close shot vertical drive motor 84 On longitudinally fixed 85, and second lead screw assembly 86 is connected with the close shot vertical drive motor 84, the close shot Light source 81 is arranged on second lead screw assembly 86, is easy to adjust the upper-lower position of the close shot light source 81, improves the spirit of equipment Activity and applicability.

Fig. 1-10 are referred to, the Zhong Jing mechanisms 90 include being used for the middle scape light for testing scape shooting capacity in camera module Source 91, middle scape transverse moving mechanism 93 and middle scape longitudinal moving mechanism 92, the middle scape transverse moving mechanism 93 drive including middle scape Dynamic motor 97, middle scape fixed seat 99 and middle scape displacement platform 98, the middle scape fixed seat 99 be provided with the second guide assembly 991 and 3rd lead screw assembly 992, the quantity of second guide assembly 991 are two, and second guide assembly 991 is arranged on the The both sides of three lead screw assemblies 992, the middle scape fixed seat 99 are arranged in the frame 10, and the middle scape displacement platform 98 passes through Second guide assembly 991 is connected with the middle scape fixed seat 99, and the middle scape motor 97 is consolidated installed in the middle scape In reservation 99, the middle scape displacement platform 98 is connected by the 3rd lead screw assembly 992 and the middle transmission of scape motor 97 Connect, the middle scape longitudinal moving mechanism 92 is installed on the middle scape displacement platform 98, and the middle scape light source 91 is fixed on described On middle scape longitudinal moving mechanism 92, the close shot mechanism 90 and the front and back position of the test position 68 can be so conveniently adjusted, It is achieved thereby that the optimal test effect of equipment.

Fig. 1-10 are referred to, it is longitudinally solid that the middle scape longitudinal moving mechanism 92 includes middle scape vertical drive motor 95, middle scape Determine the lead screw assembly 96 of platform 94 and the 4th, the 4th lead screw assembly 96 is arranged at the middle scape with middle scape vertical drive motor 95 On longitudinally fixed 94, and the 4th lead screw assembly 96 is connected with the middle scape vertical drive motor 95, the middle scape Light source 91 is arranged on the 4th lead screw assembly 96, is easy to adjust the upper-lower position of the middle scape light source 91, improves the spirit of equipment Activity and applicability.

Fig. 1-10 are referred to, in the present embodiment, the close shot motor 87 and middle scape motor 97 are stepping Motor, the close shot vertical drive motor 84 and middle scape vertical drive motor 95 are servomotor, further increase equipment Precision and stability.

Fig. 1-10 are referred to, the distant view mechanism 100 includes being used for the distant view for testing camera module distant view shooting capacity Light source 101 and distant view travel mechanism 102, the distant view travel mechanism 102 include distant view fixed station 102, distant view motor 103rd, the first belt pulley set 104, the 5th lead screw assembly 106 and the 3rd guide assembly 105, the distant view motor 103, first Belt pulley set 104, the 5th lead screw assembly 106 and the 3rd guide assembly 105 are installed on the distant view fixed station 102, described 5th lead screw assembly 106 is connected by first belt pulley set 104 and the distant view motor 103, the distant view Light source 101 is connected by the 5th lead screw assembly 106 with first belt pulley set 104, can so pass through operation The distant view motor 103 come control the distant view light source 101 with it is described test position 68 distance.

Fig. 1-10 are referred to, the Bai Chang mechanisms 110 include white field light source 111, the suction nozzle 112 being arranged in Bai Chang mechanisms And drive cylinder 113, the suction nozzle 112 are arranged on the Bai Chang mechanisms 110 by the Telescopic movable of drive cylinder 113 On；When camera module shooting needs to use white field light source, the suction nozzle 112 is retracted the Bai Chang mechanisms 110；Work as camera When module shooting needs white field light source relative another scrnario testing, the suction nozzle 112 stretches out the Bai Chang mechanisms 110, complete Camera is blocked entirely, is then shot, this not only reduces the quantity of equipment component so that the design of equipment is more compact.

Refer to Fig. 1-10, the lens mechanism 120 is provided with teleconverter 121, the quantity of the teleconverter 121 with it is described The quantity of test position 68 is identical, and the position of the teleconverter 121 is corresponding with the position of the test position 68, so that institute State equipment realizes the test function of long range effect in limited distance, and then improves the scope of application of equipment.

Fig. 1-10 are referred to, in the present embodiment, the base 130 is provided with sliding rail group 131, the slip The quantity of track groups 131 is two groups, and each group of sliding rail group 131 includes the first belt pulley 132, the first sliding block 133, traction Block 134, slide rail 135, the second sliding block 136, the second belt pulley 137 and belt 138, second belt pulley 137 and motor connection, One end of the belt 138 is connected with one end of guiding piece 134, and other end is successively around the first belt pulley 132, the second belt It is connected after wheel 137 with the other end of guiding piece 134, the slide rail 135 is arranged on the inner side that the belt 138 surrounds circle, The sliding block 136 of first sliding block 133 and second is installed on the slide rail 135, the Bai Chang mechanisms 110 and lens mechanism 120 are separately mounted in two groups of sliding rail groups 131, and the Bai Chang mechanisms 110 and lens mechanism 120 are respectively on each group Guiding piece 134 be fixedly connected so that the Bai Chang mechanisms 110 and lens mechanism 120 are independent mutually, motion is not interfered, The quantity of equipment component is reduced again so that the overall structure of equipment is more compact.

Refer to Fig. 1-10, in the present embodiment, the controller 30 with institute translation stage 70, upset platform 60, Close shot mechanism 80, Zhong Jing mechanisms 90, distant view mechanism 100, Bai Chang mechanisms 110 and lens mechanism 120 electrically connect, consequently facilitating realizing One key operation, you can control camera module is moved or overturn in displacement platform 70 and upset platform 60, the close shot mechanism 80, Zhong Jing mechanisms 90, distant view mechanism 100, Bai Chang mechanisms 110 and the binding test of lens mechanism 120 need, and carry out the dynamic of position adjustment Make, realize automated job, operating personnel need not pay close attention to burning and test process, it is only necessary to know last result, The waste of human cost is efficiently saved, shortens the production cycle, and improve the uniformity of product and the property of each side Energy.

Fig. 1-10 are referred to, in the present embodiment, what operating personnel can be manually is put into camera module the test Operation is carried out in position 68, camera module can also be put into the test position 68 by manipulator and carry out operation, realization is set Standby full-automatic function, another step improve the processing efficiency of product and the utilization rate of equipment.

Preferred embodiment of the present utility model is the foregoing is only, is not limited to the utility model, it is all at this Within the spirit and principle of utility model, any modification, equivalent substitution and improvements done etc., the utility model all should be included in Within the scope of protection.

Claims (10)

1. a kind of camera module recording device, including frame and rack-mounted burning mechanism, it is characterised in that：It is described Burning mechanism includes operation element platform and the scenario simulation mechanism being arranged in front of operation element platform, the operation element platform are provided with Multiple test positions for being used to place camera module, each test on position are equipped with testing cassete, and the camera module direction The scenario simulation mechanism.

2. camera module recording device as claimed in claim 1, it is characterised in that：The scenario simulation mechanism includes close shot Mechanism, Zhong Jing mechanisms, distant view mechanism, Bai Chang mechanisms and lens mechanism, the close shot mechanism, Zhong Jing mechanisms, distant view mechanism, Bai Chang Mechanism and lens mechanism are arranged in the frame.

3. camera module recording device as claimed in claim 2, it is characterised in that：The close shot mechanism includes close shot light Source, close shot transverse moving mechanism and close shot longitudinal moving mechanism, the close shot light source by the close shot longitudinal moving mechanism with The close shot transverse moving mechanism connection, the close shot transverse moving mechanism are arranged in the frame.

4. camera module recording device as claimed in claim 2, it is characterised in that：The Zhong Jing mechanisms include middle scape light Source, middle scape transverse moving mechanism and middle scape longitudinal moving mechanism, the middle scape light source by the middle scape longitudinal moving mechanism with The middle scape transverse moving mechanism connection, the middle scape transverse moving mechanism are arranged in the frame.

5. camera module recording device as claimed in claim 2, it is characterised in that：The distant view mechanism moves including distant view Mechanism and distant view light source, the distant view light source are arranged in the frame by the distant view travel mechanism.

6. camera module recording device as claimed in claim 2, it is characterised in that：Also include base, set on the base Have a sliding rail group, the Bai Chang mechanisms are installed in the sliding rail group with lens mechanism, and the Bai Chang mechanisms with thoroughly Illuminating apparatus structure moves independently of each other.

7. camera module recording device as claimed in claim 6, it is characterised in that：The Bai Chang mechanisms include being arranged in vain White field light source, suction nozzle and drive cylinder in the mechanism of field, the suction nozzle are arranged on by the drive cylinder Telescopic movable In the Bai Chang mechanisms.

8. camera module recording device as claimed in claim 6, it is characterised in that：The lens mechanism is provided with increment Mirror, the quantity of the teleconverter are identical with the quantity of the test position.

9. camera module recording device as claimed in claim 1, it is characterised in that：The operation element platform is put down including displacement Platform and upset platform, the upset platform are arranged in the frame by institute's translation stage, and the test position is arranged at institute State on upset platform.

10. camera module recording device as claimed in claim 9, it is characterised in that：Also include controller, the controller In the frame, and the controller with the operation element platform, close shot mechanism, Zhong Jing mechanisms, distant view mechanism, white Field mechanism and lens mechanism electrical connection.