A mobile phone rotary button assembly machine

Abstract

The present invention discloses a rotary button assembly machine for a clock radio, which includes a clock radio conveying device, a clock radio positioning device, a knob conveying device, a knob assembly device, a blanking control device, a control panel and a workbench; the clock radio conveying device includes a clock radio vibration motor and a clock radio conveyor; the clock radio positioning device includes a clock radio positioning table, a clock radio locking cylinder and a clamping cylinder; the knob conveying device includes a knob vibration motor, a knob conveying track, a knob positioning plate and a knob positioning groove; the knob assembly device includes a pair of knob suction heads, a knob up-and-down cylinder fixed to the upper end of the knob suction head, a knob horizontal movement device fixed to one side of the knob up-and-down cylinder and a support post; the blanking control device includes a blanking inclined track, a blanking pusher, an up-and-down blanking cylinder, a blanking horizontal controller and a support table for fixing the blanking horizontal controller on the workbench.

Description

Technical Field

[0001] The present invention relates to the technical field of clock assembly, and particularly to a clock rotary button assembly machine. Background Art

[0002] Clocks are essential timekeeping tools in our lives, providing a lot of convenience for our production and life and being closely related to our lives. A clock is an essential component of a clock, and during the assembly of the clock, a knob for adjusting the time needs to be installed on the back of the clock. Currently, the installation method of the clock knob is to install it one by one manually, which is too inefficient and requires a large amount of manpower. With the increase in labor costs, the production cost of the clock also increases accordingly. Summary of the Invention

[0003] In order to overcome the defects of the prior art, the technical problem to be solved by the present invention is to provide a clock rotary button assembly machine to solve the above problems.

[0004] To achieve this purpose, the present invention adopts the following technical solutions:

[0005] A clock rotary button assembly machine provided by the present invention includes a clock conveying device for conveying clocks, a clock positioning device arranged at the tail of the clock conveying device for locking the clock, a knob conveying device arranged on one side of the clock conveying device for conveying knobs, a knob assembly device for assembling the knobs onto the clock, a blanking control device, a control panel for controlling the operation of the clock rotary button assembly machine, and a workbench; it is characterized in that: the clock conveying device includes a clock vibration motor and a clock conveyor for conveying the clock to the clock positioning device; the clock positioning device includes a clock positioning table, a clock locking cylinder for locking the clock on the clock positioning table, and a clock clamping cylinder for restricting the movement of the clock; the knob conveying device includes a knob vibration motor, a knob conveying track connected to the knob vibration motor, a knob positioning plate arranged at the end of the knob conveying track away from the knob vibration motor for moving, and a knob positioning groove arranged on the knob positioning plate for locking the position of the knob; the knob assembly device includes a pair of knob suction heads for adsorbing the knobs, a suction head slider fixed on the knob suction heads, a knob up-and-down cylinder for pulling the suction head slider to control the up-and-down movement of the knob suction heads, a knob horizontal movement device fixed on one side of the knob up-and-down cylinder for controlling the horizontal movement of the knob suction heads and conveying the knobs to directly above the clock positioning table, and a support pile for fixing the knob horizontal movement device; the blanking control device includes a blanking inclined track, a blanking pusher for pushing the clock with the knob installed onto the blanking inclined track, an up-and-down blanking cylinder fixed at the upper end of the blanking pusher for controlling the up-and-down movement of the blanking pusher, a blanking horizontal controller fixed on the up-and-down blanking cylinder for controlling the horizontal movement of the blanking pusher, and a support table for fixing the blanking horizontal controller on the workbench.

[0006] Further, the alarm clock vibration motor includes an alarm clock vibration disc, an alarm clock lifting track disposed inside the alarm clock vibration disc for lifting the alarm clock from a lower position to a higher position, an alarm clock transmission track connected to the alarm clock lifting track for transmitting the alarm clock to the alarm clock conveying device, and an alarm clock screening plate disposed above the alarm clock transmission track near the alarm clock lifting track with the side where the knob needs to be inserted facing upward and entering the alarm clock transmission track; an alarm clock groove for arranging the alarm clocks in a specific orientation is provided on the alarm clock transmission track; a first movement slot for placing the movement is formed on the alarm clock transmission track.

[0007] Further, the alarm clock conveyor includes a support frame for fixing the alarm clock conveyor on the workbench, a driving roller installed on the support frame, a driving motor for driving the driving roller to rotate, a transmission belt sleeved on the driving roller, and limiting strips disposed on both sides of the transmission belt for limiting the position of the alarm clock; the upper end of the transmission belt is flush with the alarm clock positioning table and the alarm clock transmission track.

[0008] Further, the alarm clock locking cylinder is fixed at the lower end of the alarm clock positioning table. An alarm clock positioning slide rail, an alarm clock positioning slider matched with the alarm clock positioning slide rail, and an alarm clock locking clamp fixed at the end of the alarm clock positioning slider close to the alarm clock are provided above the alarm clock locking cylinder; the alarm clock locking cylinder pulls the alarm clock positioning slider to move on the alarm clock positioning slide rail; a second movement slot is provided on the positioning table.

[0009] Further, the knob vibration motor includes a knob vibration disc fixed at the upper end of the knob vibration motor, a knob lifting track for lifting the knob from the bottom of the knob vibration disc to a higher position, a knob conveying double track disposed at the end of the knob lifting track for conveying the knob to the knob conveying device, and a knob baffle for removing the knobs that do not correctly enter the knob conveying double track.

[0010] Further, a track fixing beam and a knob conveying double track for fixing the knob conveying track on the workbench are provided at the lower end of the knob conveying track.

[0011] Further, the knob horizontal movement device includes a knob slider fixedly connected to the knob vertical cylinder, a knob horizontal slide rail fixed on the support pile and matched with the knob slider, a knob feeding cylinder fixed on the side of the support pile and driving the knob slider to move on the knob horizontal slide rail, and a limiting baffle fixed on the support pile for limiting the moving position of the knob slider; an air pipe interface connected to the air pipe is provided at the other end of the knob suction head; the suction head slider 45 is slidably connected to the knob slider 431.

[0012] Furthermore, the blanking horizontal controller includes a blanking horizontal cylinder fixedly connected to the support table, a blanking horizontal slide rail arranged on the blanking horizontal cylinder, and a blanking horizontal slider cooperating with the blanking horizontal slide rail; the blanking horizontal slider is driven by the blanking horizontal cylinder to move on the blanking horizontal slide rail; the upper and lower blanking cylinders are fixed on the blanking horizontal slide rail.

[0013] Furthermore, the control panel is fixed on the workbench through a fixing rod.

[0014] The beneficial effects of the present invention are:

[0015] A rotary button assembly machine for an alarm machine uses an alarm machine conveying device to convey an alarm machine, a knob conveying device to convey a knob and a knob assembly device to assemble the knob. After successful assembly, a blanking control device collects the successfully assembled alarm machines, thereby realizing automated production and reducing labor costs. By installing two knob suction heads on the knob assembly device, only one assembly action is required to complete the installation of the knob, thereby improving production efficiency.

[0016] A first movement slot for placing the movement is provided on the alarm machine transmission track, and an alarm machine screening plate is provided above the alarm machine transmission track near the alarm machine lifting track so that the side where the knob needs to be inserted faces upward and enters the alarm machine transmission track, and the alarm machine screening plate is provided above the alarm machine transmission track near the alarm machine lifting track so that the side where the knob needs to be inserted faces upward and enters the alarm machine transmission track, and the alarm machine is correctly arranged. Only when the movement is inserted into the first movement slot can the alarm machine be smoothly transmitted, and if it is not correctly inserted, it will be pushed back into the alarm machine vibration disk by the alarm machine screening plate, and only when the movement is inserted into the first movement slot can the alarm machine be smoothly transmitted, and if it is not correctly inserted, it will be pushed back into the alarm machine vibration disk by the alarm machine screening plate, so that the alarm machine transmitted each time has its back side facing upward, so that the production efficiency is higher;

[0017] Limiting strips are set on both sides of the transmission belt to limit the position of the alarm so that the position of the alarm does not shift during the transmission process and the knob can be correctly inserted every time;

[0018] A machine locking clamp is arranged at one end of the positioning slider close to the machine, and then the machine positioning slider is pulled by the machine locking cylinder to move on the machine positioning slide rail. Under the action of the limit bar, the machine is locked on the machine positioning platform to prevent the machine position from shifting when the knob is inserted. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 It is a schematic diagram of the overall structure of an alarm machine rotary button assembly machine of the present invention;

[0020] Figure 2 It is a structural schematic diagram of a vibration motor of an alarm machine with an alarm machine rotary button assembly machine according to the present invention;

[0021] Figure 3 It is a schematic structural diagram of the alarm clock conveyor structure of the alarm clock rotary button assembly machine of the present invention;

[0022] Figure 4 It is a schematic structural diagram of the alarm clock positioning device of the alarm clock rotary button assembly machine of the present invention;

[0023] Figure 5 It is a schematic structural diagram of the knob vibration motor of the alarm clock rotary button assembly of the present invention;

[0024] Figure 6 It is a schematic structural diagram of the knob conveying track of the alarm clock rotary button assembly machine of the present invention;

[0025] Figure 7 It is a schematic structural diagram of the knob assembly device of the alarm clock rotary button assembly machine of the present invention;

[0026] Figure 8 It is a schematic structural diagram of the blanking control device of the alarm clock rotary button assembly machine of the present invention.

[0027] Reference numerals in the figure:

[0028] 1. Alarm clock conveying device; 11. Alarm clock vibration motor; 111. Alarm clock vibration disk; 112. Alarm clock lifting track; 113. Alarm clock transmission track; 114. Alarm clock screening plate; 115. Alarm clock groove; 116. First movement groove; 12. Alarm clock conveyor; 121. Support frame; 122. Driving roller; 123. Driving motor; 124. Driving belt; 125. Limiting strip; 2. Alarm clock positioning device; 21. Alarm clock positioning table; 211. Second movement groove; 22. Alarm clock locking cylinder; 221. Alarm clock positioning slide rail; 222. Alarm clock positioning slider; 223. Alarm clock locking clamp; 23. Alarm clock clamping cylinder; 3. Knob conveying device; 31. Knob vibration motor; 311. Knob vibration disk; 312. Knob lifting track; 313. Knob conveying double track; 314. Knob baffle; 32. Knob conveying track; 321. Track fixing beam; 33. Knob positioning plate; 34. Knob positioning groove; 4. Knob assembly device; 41. Knob suction head; 411. Air pipe interface; 42. Knob up and down cylinder; 43. Knob horizontal moving device; 431. Knob slider; 432. Knob horizontal slide rail; 433. Knob feeding cylinder; 434. Limiting baffle; 44. Support pile; 45. Suction head slider; 5. Blanking control device; 51. Blanking inclined track; 52. Blanking pusher; 53. Up and down blanking cylinder; 54. Blanking horizontal controller; 541. Blanking horizontal cylinder; 542. Blanking horizontal slide rail; 543. Blanking horizontal slider; 55. Support table; 6. Control panel; 61. Fixed rod; 7. Workbench. Detailed implementation manners

[0029] The technical solution of the present invention will be further described below in conjunction with the accompanying drawings and through specific embodiments.

[0030] As Figures 1 to 8 shown, a rotary button assembly machine for a clock provided in this embodiment includes a clock conveying device 1 for conveying the clock, a clock positioning device 2 provided at the tail of the clock conveying device 1 for locking the clock, a knob conveying device 3 provided on one side of the clock conveying device 1 for conveying the knob, a knob assembly device 4 for assembling the knob onto the clock, a blanking control device 5, a control panel 6 for controlling the operation of the clock rotary button assembly machine, and a workbench 7; characterized in that: the clock conveying device 1 includes a clock vibration motor 11 and a clock conveyor 12 for conveying the clock to the clock positioning device 2; the clock positioning device 2 includes a clock positioning table 21, a clock locking cylinder 22 for locking the clock on the clock positioning table 21, and a clock clamping cylinder 23 for restricting the movement of the clock; the knob conveying device 3 includes a knob vibration motor 31, a knob conveying track 32 connected to the knob vibration motor 31, a knob positioning plate 33 provided on the knob conveying track 32 and moving away from the knob vibration motor 31, and a knob positioning groove 34 provided on the knob positioning plate 33 for locking the position of the knob; the knob assembly device 4 includes a pair of knob suction heads 41 for adsorbing the knob, a knob up-and-down cylinder 42 fixed to the upper end of the knob suction head 41 for controlling the up-and-down movement of the knob suction head 41, a knob horizontal movement device 43 fixed to one side of the knob up-and-down cylinder 42 for controlling the horizontal movement of the knob suction head 41 and conveying the knob to directly above the clock positioning table 21, and a support pile 44 for fixing the knob horizontal movement device 43; the blanking control device 5 includes a blanking inclined track 51, a blanking pusher 52 for pushing the clock with the knob installed onto the blanking inclined track 51, an up-and-down blanking cylinder 53 fixed to the upper end of the blanking pusher 52 for controlling the up-and-down movement of the blanking pusher 52, a blanking horizontal controller 54 fixed to the up-and-down blanking cylinder 53 for controlling the horizontal movement of the blanking pusher 52, and a support table 55 for fixing the blanking horizontal controller 54 on the workbench 7.

[0031] Furthermore, the clock vibration motor 11 includes a clock vibration disc 111, a clock lifting track 112 provided inside the clock vibration disc 111 for lifting the clock from a lower position to a higher position, a clock transmission track 113 connected to the clock lifting track 112 for conveying the clock to the clock conveying device 1, and a clock screening plate 114 provided above the clock transmission track 113 and close to the clock lifting track 112 with the side where the knob needs to be inserted facing upward and entering the clock transmission track 113; a clock groove 115 for orienting the clock is provided on the clock transmission track 113; a first movement slot 116 for placing the movement is opened on the clock transmission track 113.

[0032] In order to enable the timepiece to be correctly arranged on the timepiece transmission track 113, a first movement slot 116 for placing the movement is provided on the timepiece transmission track 113; above the timepiece transmission track 113, near the timepiece lifting track 112, a timepiece screening plate 114 is provided with the side where the knob needs to be inserted facing upward and entering the timepiece transmission track 113. Only the timepiece with the movement inserted into the first movement slot 116 can be smoothly transmitted, and those that are not correctly inserted will be pushed back into the timepiece vibrating disk 111 by the timepiece screening plate 114.

[0033] Further, the timepiece conveyor 12 includes a support frame 121 for fixing the timepiece conveyor 12 on the workbench 7, a driving roller 122 installed on the support frame 121, a driving motor 123 for driving the driving roller 122 to rotate, a transmission belt 124 sleeved on the driving roller 122, and limiting strips 125 provided on both sides of the transmission belt 124 to limit the position of the timepiece; the upper end of the transmission belt 124 is flush with the timepiece positioning table 21 and the timepiece transmission track 113;

[0034] In order to enable the timepiece to be better transmitted, a gap for placing the timepiece movement is left between the driving roller 122 and the transmission belt 124. At the same time, limiting strips 125 for limiting the position of the timepiece are provided on both sides of the transmission belt 124 to prevent the position of the timepiece from shifting during transmission, so that the knob can be correctly inserted each time.

[0035] Further, the timepiece locking cylinder 22 is fixed at the lower end of the timepiece positioning table 21. Above the timepiece locking cylinder 22, a timepiece positioning slide rail 221, a timepiece positioning slider 222 cooperating with the timepiece positioning slide rail 221, and a timepiece locking clamp 223 fixed at the end of the timepiece positioning slider 222 close to the timepiece are provided; the timepiece locking cylinder 22 pulls the timepiece positioning slider 222 to move on the timepiece positioning slide rail 221; a second movement slot 211 is provided on the positioning table 21;

[0036] In order to enable the timepiece to be stably locked on the timepiece positioning table 21, a timepiece locking clamp 223 is provided at the end of the timepiece positioning slider 222 close to the timepiece, and then the timepiece locking cylinder 22 pulls the timepiece positioning slider 222 to move on the timepiece positioning slide rail 221. Under the action of the limiting strip 125, the timepiece is locked on the timepiece positioning table 21 to prevent the position of the timepiece from shifting when inserting the knob.

[0037] Further, the knob vibrating motor 31 includes a knob vibrating disk 311 fixed at the upper end of the knob vibrating motor 31, a knob lifting track 312 for lifting the knob from the bottom of the knob vibrating disk 311 to a high place, a knob conveying double track 313 provided at the end of the knob lifting track 312 for conveying the knob to the knob conveying device 3, and a knob baffle 314 for removing the knobs that do not correctly enter the knob conveying double track 313.

[0038] Further, at the lower end of the knob conveying track 32, there are a track fixing beam 321 and a knob conveying double track 313 for fixing the knob conveying track 32 on the working table 7.

[0039] Further, the knob horizontal movement device 43 includes a knob slider 431 fixedly connected to the knob vertical cylinder 42, a knob horizontal slide rail 432 fixed on the support pile 44 and cooperating with the knob slider 431, a knob feeding cylinder 433 fixed on the side of the support pile 44 and driving the knob slider 431 to move on the knob horizontal slide rail 432, and a limit baffle 434 fixed on the support pile 44 to define the movement position of the knob slider 431; at the other end of the knob suction head 41, there is a tracheal interface 411 connected to a trachea; the suction head slider 45 is slidably connected to the knob slider 431.

[0040] Further, the blanking horizontal controller 54 includes a blanking horizontal cylinder 541 fixedly connected to the support table 55, a blanking horizontal slide rail 542 arranged on the blanking horizontal cylinder 541, and a blanking horizontal slider 543 cooperating with the blanking horizontal slide rail 542; the blanking horizontal slider 543 is driven by the blanking horizontal cylinder 541 to move on the blanking horizontal slide rail 542; the up and down blanking cylinder 53 is fixed on the blanking horizontal slide rail 542.

[0041] Further, the control panel 6 is fixed on the working table 7 by a fixing rod 61.

[0042] The present invention is described by way of preferred embodiments. Those skilled in the art will appreciate that various changes or equivalent replacements can be made to these features and embodiments without departing from the spirit and scope of the present invention. The present invention is not limited by the specific embodiments disclosed herein, and other embodiments falling within the scope of the claims of this application are all within the scope of protection of the present invention.

Claims

1. A rotary button assembly machine for a mobile phone, characterized in that: it includes a mobile phone conveying device (1) for conveying mobile phones, a mobile phone positioning device (2) arranged at the tail of the mobile phone conveying device (1) for locking the mobile phone, a knob conveying device (3) arranged on one side of the mobile phone conveying device (1) for conveying knobs, a knob assembly device (4) for assembling the knobs onto the mobile phone, a blanking control device (5), a control panel (6) for controlling the operation of the rotary button assembly machine for the mobile phone, and a workbench (7); characterized in that: the mobile phone conveying device (1) includes a mobile phone vibration motor (11) and a mobile phone conveyor (12) for conveying the mobile phone to the mobile phone positioning device (2); the mobile phone positioning device (2) includes a mobile phone positioning table (21), a mobile phone locking cylinder (22) for locking the mobile phone on the mobile phone positioning table (21), and a mobile phone clamping cylinder (23) for restricting the movement of the mobile phone; the knob conveying device (3) includes a knob vibration motor (31), a knob conveying track (32) connected to the knob vibration motor (31), a knob positioning plate (33) arranged to move away from the knob vibration motor (31) on the knob conveying track (32), and a knob positioning groove (34) arranged on the knob positioning plate (33) for locking the position of the knob; the knob assembly device (4) includes a pair of knob suction heads (41) for adsorbing the knobs, a suction head slider (45) fixed on the knob suction heads (41), a knob up-and-down cylinder (42) for pulling the suction head slider (45) to control the up-and-down movement of the knob suction heads (41), a knob horizontal movement device (43) fixed on one side of the knob up-and-down cylinder (42) for controlling the horizontal movement of the knob suction heads (41) and conveying the knobs directly above the mobile phone positioning table (21), and a support pile (44) for fixing the knob horizontal movement device (43); the blanking control device (5) includes a blanking inclined track (51), a blanking pusher (52) for pushing the mobile phone with the assembled knob onto the blanking inclined track (51), an up-and-down blanking cylinder (53) fixed at the upper end of the blanking pusher (52) for controlling the up-and-down movement of the blanking pusher (52), a blanking horizontal controller (54) fixed on the up-and-down blanking cylinder (53) for controlling the horizontal movement of the blanking pusher (52), and a support platform (55) for fixing the blanking horizontal controller (54) on the workbench (7).

2. The rotary button assembly machine for a mobile phone according to claim 1, characterized in that: The alarm clock vibration motor (11) includes an alarm clock vibration disk (111), an alarm clock lifting track (112) disposed inside the alarm clock vibration disk (111) for lifting the alarm clock from a lower position to a higher position, an alarm clock transmission track (113) connected to the alarm clock lifting track (112) for transmitting the alarm clock to the alarm clock conveying device (1), and an alarm clock screening plate (114) disposed above the alarm clock transmission track (113) near the alarm clock lifting track (112) with the side where the knob needs to be inserted facing upward and entering the alarm clock transmission track (113); an alarm clock groove (115) for arranging the alarm clock in a specific orientation is provided on the alarm clock transmission track (113); a first movement slot (116) for placing the movement is formed on the alarm clock transmission track (113).

3. The alarm clock rotary button assembling machine according to claim 1, characterized in that: The alarm clock conveyor (12) includes a support frame (121) for fixing the alarm clock conveyor (12) on the workbench (7), a driving roller (122) installed on the support frame (121), a driving motor (123) for driving the driving roller (122) to rotate, a transmission belt (124) sleeved on the driving roller (122), and limiting strips (125) disposed on both sides of the transmission belt (124) for defining the position of the alarm clock; the upper end of the transmission belt (124) is flush with the alarm clock positioning table (21) and the alarm clock transmission track (113).

4. The alarm clock rotary button assembling machine according to claim 1, characterized in that: The alarm clock locking cylinder (22) is fixed at the lower end of the alarm clock positioning table (21). An alarm clock positioning slide rail (221), an alarm clock positioning slider (222) matching with the alarm clock positioning slide rail (221), and an alarm clock locking clamp (223) fixed at the end of the alarm clock positioning slider (222) close to the alarm clock are provided on the upper side of the alarm clock locking cylinder (22); the alarm clock locking cylinder (22) pulls the alarm clock positioning slider (222) to move on the alarm clock positioning slide rail (221); a second movement slot (211) is provided on the positioning table (21).

5. The alarm clock rotary button assembling machine according to claim 1, characterized in that: The knob vibration motor (31) includes a rotary vibration disk (311) fixed at the upper end of the knob vibration motor (31), a knob lifting track (312) for lifting the knob from the bottom of the knob vibration disk (311) to a higher position, a knob conveying double track (313) disposed at the end of the knob lifting track (312) for conveying the knob to the knob conveying device (3), and a knob baffle (314) for removing the knob that does not correctly enter the knob conveying double track (313).

6. The alarm clock rotary button assembling machine according to claim 1, characterized in that: A track fixing beam (321) for fixing the knob conveying track (32) on the workbench (7) and the knob conveying double track (313) are provided at the lower end of the knob conveying track (32).

7. The alarm clock rotary button assembling machine according to claim 1, characterized in that: The knob horizontal movement device (43) includes a knob slider (431) fixedly connected to the knob up-and-down cylinder (42), a knob horizontal slide rail (432) fixed on the support pile (44) and cooperating with the knob slider (431), a knob feeding cylinder (433) fixed on the side of the support pile (44) and driving the knob slider (431) to move on the knob horizontal slide rail (432), and a limit baffle (434) fixed on the support pile (44) to limit the moving position of the knob slider (431); at the other end of the knob suction head (41), there is an air pipe interface (411) connected to the air pipe; the suction head slider (45) is slidably connected to the knob slider (431).

8. An assembly machine for a rotary button of a clockwork mechanism according to claim 1, characterized in that: The blanking horizontal controller (54) includes a blanking horizontal cylinder (541) fixedly connected to the support table (55), a blanking horizontal slide rail (542) provided on the blanking horizontal cylinder (541), and a blanking horizontal slider (543) cooperating with the blanking horizontal slide rail (542); the blanking horizontal slider (543) is driven by the blanking horizontal cylinder (541) to move on the blanking horizontal slide rail (542); the up-and-down blanking cylinder (53) is fixed on the blanking horizontal slide rail (542).

9. An assembly machine for a rotary button of a clockwork mechanism according to claim 1, characterized in that: The control panel (6) is fixed on the workbench (7) through a fixing rod (61).

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