CN214241610U - Automatic labeling, putting and taking-out mechanism for mobile phone - Google Patents

Abstract

The utility model discloses an automatic mark of pasting of cell-phone is put into and is taken out mechanism, it includes that the cell-phone prestores the subassembly, paste the cell-phone label subassembly, paste the mark completion and take out and turn to the subassembly, the subassembly is sent into to the cell-phone, the subassembly is sent out subassembly and trouble cell-phone and put the subassembly to the trouble cell-phone, the cell-phone prestores the subassembly and is connected with pasting the cell-phone label subassembly, paste the mark completion and take out and turn to the subassembly and send into the subassembly with the mark completion and be connected, the cell-phone is sent into the subassembly both sides and is sent out the subassembly for writing a code platform subassembly and trouble cell-phone respectively, the trouble cell-phone is sent out subassembly and trouble cell-phone and is put the subassembly and connect. Has the following advantages: the cost is lower than that of finished equipment; workers at the station are saved, and the labor expenditure is reduced; the IMEI code label can be automatically pasted, and the automation degree is high; the placing and taking-out mechanism is embedded into a production line for use, occupies small space and is more flexible and convenient to use.

Description

Automatic labeling, putting and taking-out mechanism for mobile phone

Technical Field

The utility model relates to a labeling equipment technical field, especially an automatic mark of pasting of cell-phone are put into and are taken out mechanism.

Background

The patent document with the patent publication number of CN 205441130U discloses an automatic labeling machine for mobile phone shells, which comprises a rack, wherein a workbench, a positioning jig, a translation mechanism, a pressing mechanism, a CCD camera, a label feeding device and a mechanical arm are arranged on the rack, the CCD camera is used for photographing a workpiece to determine the position of the workpiece, then the workpiece is adjusted to a required position through the translation mechanism, and then a label is attached to the surface of the workpiece through the pressing mechanism, so that the automatic labeling machine can automatically label the label and has high alignment precision; and, pressing mechanism has seted up the label adsorption tank including pressing cylinder, pressfitting board, vacuum pump under the pressfitting board, and the inside exhaust tube way of having seted up of pressfitting board, the both ends of exhaust tube way communicate with label adsorption tank, vacuum pump respectively, are equipped with the heating pipe in the pressfitting board, utilize the vacuum pump with label adsorption tank evacuation for the label can be steadily adsorbed in the label adsorption tank, and the label laminating is more level and more smooth. However, the technology still has the disadvantages that labeling equipment is large in size and is not suitable for being embedded into a production line of flow operation; the rear end of the equipment needs to be taken out by a specially-assigned person and then put into a workbench of a subsequent station.

SUMMERY OF THE UTILITY MODEL

The utility model aims at solving the not enough of above-mentioned technique and providing one kind can inlay in the production line of flow process, realize automatic labelling, paste the back and send into automatically and write a yard platform, reduce cost of labor's an automatic mark of pasting of cell-phone and put into take-out mechanism.

In order to achieve the purpose, the utility model provides an automatic mark of pasting of cell-phone puts out mechanism, it includes that the cell-phone prestores the subassembly, pastes the cell-phone label subassembly, pastes the mark completion and takes out and turn to the subassembly, the cell-phone sends the subassembly, writes a yard platform subassembly, trouble cell-phone and sends out the subassembly and the subassembly is put to the trouble cell-phone, the cell-phone prestores the subassembly and pastes the cell-phone label subassembly and be connected, pastes the cell-phone label subassembly and accomplishes with pasting the mark and take out and turn to the subassembly and be connected, pastes the mark completion and takes out and turn to the subassembly and send into the subassembly with the cell-phone and connect, and the cell-phone is sent into the subassembly both sides and is sent out the subassembly for writing a yard platform subassembly and trouble cell-phone respectively, and the subassembly is put to the trouble cell-phone and is connected.

The mobile phone pre-storage assembly comprises a motor, a suction head assembly, a suction nozzle, mobile phone trays and a sensor, the mobile phone trays are placed in parallel, two sliding rails are arranged right above the mobile phone trays, and one end of each sliding rail is a motor used for dragging the suction head assembly and the suction nozzle to run back and forth.

In order to realize automatic labeling, cell-phone label subassembly includes that mark head action motor, mark head subassembly, label, mark head front and back position sensor, mark head action motor, label gyro wheel, label sensor, label separation motor, label base paper spool links to each other with the label, and label separation motor and label base paper spool link to each other, and mark head subassembly and label gyro wheel link to each other, and mark head action motor and mark head subassembly link to each other, mark head subassembly still contains the label suction nozzle.

In order to prevent bubbles from being generated after the label is adhered, the label suction nozzle is pressed downwards in a mode of pressing one side of the label suction nozzle, so that the other side of the label suction nozzle can exhaust air to obtain a label which is adhered flatly, and the suction nozzle is a self-made porous plane suction nozzle.

In order to keep the direction of the mobile phone after labeling consistent with the direction of the code writing table, the labeling-finished taking-out steering assembly comprises a taking-out suction head assembly, a rotary cylinder and a rotary tray, the rotary tray is arranged on one side of the taking-out suction head assembly, and the rotary cylinder is located below the rotary tray.

In order to feed the mobile phone into the code writing platform, an IMEI code is written into the mobile phone, the working efficiency is improved, and a fault mobile phone is taken out from the code writing platform; the code writing platform assembly comprises more than one code writing platform, and each code writing platform is provided with a mobile phone tray corresponding to the code writing platform.

In order to remove a fault mobile phone in time, the fault mobile phone sending-out component comprises a fault mobile phone sending-out belt, a belt rear end sensor and a fault mobile phone sending-out motor, the belt rear end sensor is arranged on the fault mobile phone sending-out belt, and the fault mobile phone sending-out motor is located at one end of the fault mobile phone sending-out belt.

In order to place fault mobile phones in sequence and avoid collision caused by stacking of the mobile phones, the fault mobile phone placing assembly comprises an X-direction moving motor, a Y-direction moving motor, a fault mobile phone matrix placing platform, an acousto-optic alarm lamp and a reset button, wherein the Y-direction moving motor is arranged on a transverse shaft, the X-direction moving motor is arranged on a vertical shaft, and the reset button is arranged on the fault mobile phone matrix placing platform.

The utility model discloses an automatic mark of pasting of cell-phone that obtains puts into and takes out mechanism has following advantage: compared with the finished product, the cost of the equipment is low; workers at the station are saved, and the labor expenditure is reduced; the IMEI code label is automatically pasted and is automatically sent to the code writing table after being pasted, and the automation degree is high; the placing and taking-out mechanism is embedded into a production line for use, occupies small space and is more flexible and convenient to use.

Drawings

Fig. 1 is a top view of the present invention;

fig. 2 is a schematic structural diagram of a prestoring component of a mobile phone according to embodiment 2 of the present invention;

fig. 3 is a schematic structural diagram of a mobile phone label attaching assembly according to embodiment 3 of the present invention;

fig. 4 is an enlarged view of part a of embodiment 3 of the present invention;

FIG. 5 is a plan view of a label holder according to embodiment 3 of the present invention;

fig. 6 is a schematic structural view of a labeling-completed taking-out steering assembly according to embodiment 4 of the present invention;

fig. 7 is a schematic structural diagram of a mobile phone feeding assembly according to embodiment 5 of the present invention;

fig. 8 is a schematic structural diagram of a coding table assembly according to embodiment 6 of the present invention;

fig. 9 is a schematic diagram of the fault mobile phone sending-out module and the fault mobile phone placing module of the present invention.

In the figure: the label sticking machine comprises a mobile phone prestoring component 1, a mobile phone label sticking component 2, a labeling completion taking-out steering component 3, a mobile phone feeding component 4, a code writing table component 5, a fault mobile phone sending-out component 6, a fault mobile phone placing component 7, a motor 8, a suction head component 9, a suction nozzle 10, a mobile phone tray 11, a sensor 12, a labeling head component 14, a label 15, a labeling head front-back position sensor 16, a labeling head action motor 17, a label roller 18, a label sensor 19, a label separation motor 20, a label paper roller 21, a taking-out suction head component 22, a rotating cylinder 23, a rotating tray 24, a suction head 25, a suction head running motor 26, a fault mobile phone sending-out belt 27, a fault mobile phone sending-out motor 28, a code writing table 29, a mobile phone feeding suction nozzle 30, an X-direction moving motor 31, a Y-direction moving motor 32, a fault mobile phone matrix placing platform 33, an acousto-optic lamp 34, a slide rail 35, a label suction nozzle 36, a sound-optic alarm lamp, a sound-light and a light source, A belt rear sensor 37, a reset button 38, a tray 39, and a malfunctioning cell phone mouthpiece 40.

Detailed Description

In order to clearly understand the technical solution of the present invention, the present invention is further illustrated by the following embodiments in combination with the accompanying drawings.

Example 1:

the automatic mobile phone labeling, putting in and taking out mechanism provided by the embodiment comprises a mobile phone pre-storage assembly 1, a mobile phone label attaching assembly 2, a labeling completion taking-out steering assembly 3, a mobile phone feeding assembly 4, a code writing table assembly 5, a fault mobile phone feeding assembly 6 and a fault mobile phone placing assembly 7, wherein the mobile phone pre-storage assembly 1 is connected with the mobile phone label attaching assembly 2, the mobile phone label attaching assembly 2 is connected with the labeling completion taking-out steering assembly 3, the labeling completion taking-out steering assembly 3 is connected with the mobile phone feeding assembly 4, the mobile phone feeding assembly 4 is respectively provided with the code writing table assembly 5 and the fault mobile phone feeding assembly 6 on two sides, and the fault mobile phone feeding assembly 6 is connected with the fault mobile phone placing assembly 7.

Through the design, in the in-service use process, this mechanism can inlay in the production line of flow process, occupation space has been reduced, the cell-phone prestores subassembly 1, paste cell-phone label subassembly 2, paste the mark and accomplish to take out and turn to subassembly 3, the cell-phone is sent into subassembly 4, write a yard platform subassembly 5, trouble cell-phone is sent out subassembly 6 and trouble cell-phone and is put subassembly 7 interconnect cooperation, in the use, paste cell-phone label subassembly 2 and cell-phone and send into subassembly 4 and write a yard platform subassembly 5 and form a complete set, the manual work has been replaced, the workman of this station has been saved.

Example 2:

the automatic mark of pasting of this embodiment provides puts out mechanism, except embodiment 1 the characteristic, can both conveniently deposit for a plurality of cell-phones that leave on the previous station, as shown in fig. 2, the cell-phone prestores subassembly 1 and includes motor 8, suction head subassembly 9, suction nozzle 10, cell-phone tray 11, sensor 12, and this subassembly contains a plurality of cell-phone trays 11, and a plurality of cell-phone trays 11 are arranged side by side, is equipped with two slide rails 35 directly over cell-phone tray 11, and the slide rail 35 both ends are motor 8 and suction head subassembly 9, suction nozzle 10 respectively.

Through the design, in the actual use process, a worker puts the mobile phone into the mobile phone tray 11 of the mobile phone pre-storage assembly, the number of the mobile phone tray is one to two, the time delay is 2 seconds after the sensor 12 arranged in the mobile phone tray 11 senses the mobile phone, the mobile phone tray 11 retracts, meanwhile, the suction nozzle 10 of the mobile phone pre-storage assembly 1 comes to the position corresponding to the mobile phone, the suction nozzle 10 comes down, the vacuum is opened, the mobile phone is sucked, the mobile phone is moved to the position of the mobile phone label assembly 2, the mobile phone is put into the label assembly 2, the vacuum is closed, then the suction nozzle 10 exits, and the mobile phone is continuously taken or waits for the mobile phone.

Example 3:

in the automatic mobile phone labeling, putting in and taking out mechanism provided by this embodiment, in addition to the features described in embodiment 2, in order to realize automatic labeling, and to make the label smooth and prevent bubbles from being generated after the label is adhered, as shown in fig. 3, 4 and 5, the mobile phone labeling assembly 2 includes a labeling head assembly 14, a label 15, a labeling head front and rear position sensor 16, a labeling head action motor 17, a label roller 18, a label sensor 19, a label separation motor 20 and a label base paper roller 21, the label base paper roller 21 is connected to the label 15, the label separation motor 20 is connected to the label base paper roller 21, the labeling head assembly 14 is connected to the label roller 18, the labeling head action motor 17 is connected to the labeling head assembly 14, the labeling head assembly 14 further includes a label suction nozzle 36, the label suction nozzle 36 is pressed downward in a side pressing manner to exhaust the other side, the label is pasted and flattened, and the label suction nozzle 36 is a self-made porous plane suction nozzle.

Through the design, in the actual use process, after the label component 2 of the mobile phone is powered on, the label suction nozzle 36 moves to the position above the label 15 to be separated, then the suction nozzle 36 comes down to just contact with the label 15, the vacuum is opened, the label separation motor 20 and the labeling head action motor 17 rotate simultaneously until the label 15 is completely separated, the mobile phone is placed in the mobile phone tray 11, after the mobile phone is placed in, the mobile phone is clamped, the suction nozzle 14 also moves to the position of the mobile phone where the label needs to be adhered, then the suction nozzle 36 presses downwards to make the label 15 adhered to the mobile phone, then the vacuum is closed, the label roller 18 presses downwards, the suction nozzle 36 lifts, then the labeling head component 14 moves to the position above the label 15 to be separated, the roller 18 presses on the label 15 while moving, so that the label 15 is completely adhered, then the roller 18 lifts, the suction nozzle 36 moves to the position above the label 15 to be separated, the next label 15 is sucked and waits, after the suction head 14 is withdrawn, the labeling is completed, and the steering assembly 3 is taken out to suck the machine away.

Example 4:

in the automatic mobile phone labeling, putting in and taking out mechanism provided by this embodiment, in addition to the features described in embodiment 3, in order to make the direction of the mobile phone after labeling consistent with the direction of the code writing table 29, as shown in fig. 6, the labeling completion taking out and turning assembly 3 includes a taking out suction head assembly 22, a cylinder 23 and a rotating tray 24, the rotating tray 24 is disposed on one side of the taking out suction head assembly 22, and the cylinder 23 is disposed below the rotating tray 24.

Through the design, in the actual use process, after the labeling suction nozzle 14 of the assembly retracts, the suction head assembly 22 is taken out to suck the mobile phone to suck away the mobile phone, meanwhile, the rotary cylinder 23 drives the rotary tray 24 to rotate, so that the direction of the tray is consistent with the direction of labeling, the mobile phone can be placed in the rotary tray 24, then the steering assembly 3 rotates, and the mobile phone is rotated by 90 degrees to wait for being taken away.

Example 5:

in addition to the features of embodiment 4, in order to feed a mobile phone into the code writing station 29, write an IMEI code into the mobile phone and improve the work efficiency, and take out a faulty mobile phone from the code writing station 29, as shown in fig. 7, the mobile phone feeding assembly 4 includes a suction head 25, a suction head running motor 26, and a mobile phone feeding suction nozzle 30, the suction head 25 and the suction head running motor 26 are located in the middle, and the code writing station assembly 5 and the faulty mobile phone feeding assembly 6 are located on both sides of the mobile phone feeding assembly 4; the docking station assembly 5 includes more than one docking station 29, each docking station 29 having a tray 39 corresponding to the docking station 29.

Through the design, in the actual use process, after the steering assembly 3 rotates in place, the mobile phone is waited to be sucked away by the mobile phone feeding suction nozzle 30, then the mobile phone is put into the mobile phone tray 39 corresponding to the code writing table 29, and after the sensor in the code writing table 29 detects the mobile phone, the mobile phone is fed into the suction nozzle 30 to feed the mobile phone into the code writing table assembly 5. If the mobile phone sent into the code writing table assembly 5 has a problem and cannot enter a code, the code writing table 29 can send a signal to the mobile phone sending assembly 4, the mobile phone sending suction nozzle 30 can enter the mobile phone to suck out the mobile phone and place the mobile phone on the fault mobile phone sending belt 27, and in the using process, the code writing table assembly 5 conducts actions of code scanning, data line insertion, code writing, mobile phone sending out after completion and the like on the mobile phone in the tray 39 corresponding to the code writing table 29.

Example 6:

in the automatic labeling, placing and taking-out mechanism for the mobile phone provided by this embodiment, in addition to the features described in embodiment 5, in order to remove the faulty mobile phone in time and place the faulty mobile phone in sequence, so as to avoid collision caused by stacking of the mobile phones, as shown in fig. 7 and 9, the faulty mobile phone sending-out component 6 includes a faulty mobile phone sending-out belt 27, a belt rear end sensor 37 and a faulty mobile phone sending-out motor 28, the belt rear end sensor 37 is disposed on the faulty mobile phone sending-out belt 27, and the faulty mobile phone sending-out motor 28 is disposed at one end of the faulty mobile phone sending-out belt 27. The fault mobile phone placing assembly 7 comprises an X-direction moving motor 31, a Y-direction moving motor 32, a fault mobile phone matrix placing platform 33, an acousto-optic alarm lamp 34 and a reset button 38, wherein the Y-direction moving motor 32 is arranged on a transverse shaft, the X-direction moving motor 31 is arranged on a vertical shaft, and the reset button 38 is arranged on the fault mobile phone matrix placing platform 33.

Through the design, in the actual use process, the fault mobile phone sending belt 27 is in a rotating state at ordinary times, the fault mobile phone which is put down can be sent to the rear end and is stopped after being detected, the mobile phone continues to rotate after being taken away, after the rear end sensor 37 of the fault mobile phone sending component 6 detects the mobile phone, the fault mobile phone suction nozzle 40 which is waiting above at ordinary times can suck the mobile phone, then the mobile phone is moved to the fault mobile phone matrix placing platform 33, the mobile phone is sequentially placed at the corresponding position which is set by a program, after the mobile phone is fully placed, the alarm lamp 34 can be lightened and an alarm sound is sent out, meanwhile, the mobile phone sending component 4 stops working, and after the reset button 38 is pressed, the mobile phone sending component can continue to work.

Claims (8)

1. The utility model provides an automatic mechanism of taking out of putting into of subsides mark of cell-phone, it includes that the cell-phone prestores subassembly (1), pastes cell-phone label subassembly (2), pastes the mark completion and takes out and turn to subassembly (3), the cell-phone sends into subassembly (4), writes a yard platform subassembly (5), trouble cell-phone and sends out subassembly (6) and trouble cell-phone and put subassembly (7), characterized by the cell-phone prestores subassembly (1) and pastes cell-phone label subassembly (2) and is connected, pastes cell-phone label subassembly (2) and pastes the mark completion and takes out and turn to subassembly (3) and be connected, pastes the mark completion and takes out and turn to subassembly (3) and cell-phone and send into subassembly (4) and be connected, and the cell-phone sends out subassembly (6) and trouble cell-phone and puts subassembly (7) and connect for writing a yard platform subassembly (5) and trouble cell-phone respectively into subassembly (4) both sides.

2. The automatic mobile phone label placing and taking mechanism as claimed in claim 1, wherein the mobile phone prestoring assembly (1) comprises a motor (8), a suction head assembly (9), a suction nozzle (10), a mobile phone tray (11) and a sensor (12), two slide rails (35) are arranged right above the mobile phone tray (11), and one end of each slide rail (35) is provided with the motor (8) for dragging the suction head assembly (9) and the suction nozzle (10) to run back and forth.

3. The automatic mobile phone label placing and taking mechanism as claimed in claim 1 or 2, wherein the mobile phone label sticking assembly (2) comprises a label head moving motor (17), a label head assembly (14), a label (15), a label head front and back position sensor (16), a label head moving motor (17), a label roller (18), a label sensor (19), a label separating motor (20) and a label base paper reel (21), the label base paper reel (21) is connected with the label (15), the label separating motor (20) is connected with the label base paper reel (21), the label head assembly (14) is connected with the label roller (18), the label head moving motor (17) is connected with the label head assembly (14), and the label head assembly (14) further comprises a label suction nozzle (36).

4. The automatic mobile phone label placing and taking mechanism as claimed in claim 3, wherein the label suction nozzle (36) is a multi-hole plane suction nozzle.

5. The automatic mobile phone label taking-in and taking-out mechanism as claimed in claim 3, wherein the label taking-out and steering assembly (3) comprises a taking-out suction head assembly (22), a rotary cylinder (23) and a rotary tray (24), the rotary tray (24) is arranged on one side of the taking-out suction head assembly (22), and the rotary cylinder (23) is arranged below the rotary tray (24).

6. The automatic mobile phone label placing and taking mechanism is characterized in that the mobile phone feeding assembly (4) comprises a suction head (25), a suction head running motor (26) and a mobile phone feeding suction nozzle (30), the suction head (25) and the suction head running motor (26) are located in the middle, the mobile phone feeding suction nozzle (30) is normally located above a fault mobile phone feeding belt (27), and the code writing table assembly (5) and the fault mobile phone feeding assembly (6) are located on two sides of the mobile phone feeding assembly (4); the coding table assembly (5) comprises more than one coding table (29), and each coding table (29) is provided with a tray (39) corresponding to the coding table (29).

7. The automatic labeling, placing and taking mechanism of the mobile phone as claimed in claim 6, wherein the faulty mobile phone sending-out component (6) comprises a faulty mobile phone sending-out belt (27), a belt rear end sensor (37) and a faulty mobile phone sending-out motor (28), the belt rear end sensor (37) is arranged on the faulty mobile phone sending-out belt (27), and the faulty mobile phone sending-out motor (28) is arranged at one end of the faulty mobile phone sending-out belt (27).

8. The automatic mobile phone label placing and taking mechanism according to claim 7, wherein the faulty mobile phone placing assembly (7) comprises an X-direction moving motor (31), a Y-direction moving motor (32), a faulty mobile phone matrix placing platform (33), an audible and visual alarm lamp (34), and a reset button (38), the Y-direction moving motor (32) is disposed on the horizontal shaft, the X-direction moving motor (31) is disposed on the vertical shaft, and the reset button (38) is disposed on the faulty mobile phone matrix placing platform (33).

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