Front shell screen assembling machine

Abstract

The utility model discloses a front shell screen assembling machine, which relates to the technical field of electronic tag processing, aims to solve the technical problems of manual work, low efficiency and human resource waste of the current electronic tag production line, and comprises a screen folding mechanism, a screen combination positioning mechanism, a screen upper layer discharging module, a screen bottom layer discharging module and a front shell stacking and feeding mechanism, the screen upper layer discharging module and the screen bottom layer discharging module are erected on one side of the production line, the screen upper layer discharging module is located on the upper side of the screen bottom layer discharging module, the back face taking mechanism is arranged on the rear side of the screen upper layer discharging module and the rear side of the screen bottom layer discharging module, and the film tearing mechanism is arranged on the rear side of the back face taking mechanism. The screen overturning mechanism is arranged on the rear side of the film tearing mechanism, the screen combination positioning mechanism and the screen secondary positioning mechanism are arranged on the rear side of the screen overturning mechanism, and the screen folding mechanism is installed on the rear side of the screen combination positioning mechanism. The automatic production line has the advantages of being automatic in production line, high in machining efficiency and capable of reducing manpower resource waste.

Description

TECHNICAL FIELD

[0001] The utility model relates to electronic tag processing technical field, more specifically, relate to front shell group screen machine. BACKGROUND

[0002] Electronic tag is also called radio frequency tag, transponder, data carrier. It is an electronic device using radio frequency identification technology, mainly composed of chip and antenna. The chip is used for storing data, such as product name, specification, production date, batch information, etc., and the antenna is used for receiving and sending radio frequency signals, so as to realize data communication between the reader and the reader.

[0003] With the application of automation and the requirement of efficient management of various markets, electronic tags are more and more widely used, and electronic tag automation emerges as the times require. The quality of electronic tag products is also higher and higher, and at present, most of the manual production is used in the assembly process of electronic tag front shell, which is low in work efficiency and wastes human resources, and the product quality cannot be well guaranteed. The problems of low efficiency and waste of resources in production need to be solved. In view of this, we propose the front shell screen group machine. UTILITY MODEL CONTENT

[0004] The utility model aims at overcoming the defects of prior art, adapting to the actual needs, providing front shell screen group machine to solve the technical problems of current electronic tag production line front shell assembly, mostly manual work, low efficiency and waste of human resources.

[0005] In order to solve the above technical problems, the utility model provides the following technical scheme: front shell screen group machine, including screen folding mechanism, screen combination positioning mechanism, screen upper layer material placing module, screen bottom layer material placing module and front shell stacking and feeding mechanism, the screen upper layer material placing module and screen bottom layer material placing module are erected on one side of production line, and the screen upper layer material placing module is located on the upside of screen bottom layer material placing module, the rear side of screen upper layer material placing module and screen bottom layer material placing module is equipped with reverse surface material taking mechanism, the rear side of reverse surface material taking mechanism is equipped with film tearing mechanism, the rear side of film tearing mechanism is equipped with screen turnover mechanism, the rear side of screen turnover mechanism is equipped with screen combination positioning mechanism and screen secondary positioning mechanism, the screen folding mechanism is installed at the rear side of screen combination positioning mechanism, the front shell stacking and feeding mechanism is erected on the other side of production line, the rear side of front shell stacking and feeding mechanism is equipped with front shell front surface material taking mechanism and empty tray taking mechanism, the rear side of front shell front surface material taking mechanism is equipped with front shell turnover mechanism, the rear side of front shell turnover mechanism is equipped with screen positioning mechanism, and the screen combination positioning mechanism is installed at the rear end of production line.

[0006] The utility model discloses a screen upper layer material placing module or screen bottom layer material placing module's two module alternate operation removes, and the reverse material taking mechanism takes material to film tearing work platform, and the film tearing mechanism tears the screen upper membrane, and the screen turnover mechanism takes and turns over the screen assembly, and the screen front material taking mechanism takes material from the turnover mechanism to screen secondary positioning mechanism, and then takes material from secondary positioning mechanism to screen combination positioning mechanism, and the screen folding mechanism folds the mainboard to overlap with the screen, and the front shell stack material feeding mechanism tray feeding, and the front shell front material taking mechanism takes material from the tray to the front shell positioning table, and the front shell turnover mechanism suction turns over, and the front shell rear material taking mechanism takes material to screen positioning mechanism, and the screen mobile screen positioning mechanism takes material from screen combination positioning mechanism to screen positioning mechanism combination, through the structural design of automation, makes the device carry out unmanned assembly line production, avoids the waste of human resources, improves the production efficiency, and the front shell front material taking mechanism takes material from the tray to the front shell positioning table, and the empty tray takes material from the empty tray mechanism to the empty tray unloading mechanism, and the finished workpiece takes material through the robot and unloads automatically, and the empty tray and finished workpiece are unloaded automatically through the above -mentioned mechanism, convenient for assembly line production, and the empty tray mechanism is erected in the device inside, through reasonable mechanism position distribution, makes the device whole design reasonable, and each mechanism runs mutually, makes the structure compact, and the appearance is atmospheric.

[0007] Preferably, the film tearing mechanism and the reverse material taking mechanism are provided with a film tearing workbench, and the film tearing workbench is adapted to the screen upper layer material placing module and the screen bottom layer material placing module.

[0008] Preferably, the suction cup part of the screen turnover mechanism corresponds to the film tearing workbench, and a screen front material taking mechanism is arranged between the screen combination positioning mechanism, the screen secondary positioning mechanism and the screen turnover mechanism.

[0009] Preferably, the front shell front material taking mechanism is installed on the upper side of the empty tray mechanism, and the empty tray mechanism corresponds to the built-in tray of the front shell stack material feeding mechanism, and an empty tray unloading mechanism is arranged on one side of the empty tray mechanism.

[0010] Preferably, a front shell rear material taking mechanism is arranged between the screen positioning mechanism and the front shell turnover mechanism.

[0011] Preferably, one side of the screen combination positioning mechanism corresponds to the screen positioning mechanism, and a material taking mechanism is arranged on the rear side of the screen combination positioning mechanism.

[0012] Compared with the prior art, the utility model has the advantages that:

[0013] 1. The utility model discloses a screen upper layer discharging module and screen bottom layer discharging module are designed, and the two modules of screen upper layer discharging module or screen bottom layer discharging module are moved alternately, and the reverse material taking mechanism takes the material to the film tearing workbench, and the film tearing mechanism tears the screen upper film, and the screen turnover mechanism is sucked and turned over, the screen positive material taking mechanism takes the material from the turnover mechanism to the screen secondary positioning mechanism, and then takes the material from the secondary positioning mechanism to the screen combination positioning mechanism, and the screen folding mechanism is overlapped to the screen positioning table, and the front shell positioning table is taken from the tray to the front shell positioning platform, and the front shell turnover mechanism is sucked and turned over, and the front shell rear material taking mechanism takes the material to the screen positioning mechanism, and the screen moving screen positioning mechanism is taken from the screen combination positioning mechanism to the screen positioning mechanism combination, through the structural design of automation, make the device carry out the unmanned assembly line production, avoid the waste of human resources, improve the production efficiency.

[0014] 2. The utility model discloses still take empty tray mechanism, and the front shell positive material taking mechanism is taken from the tray to the front shell positioning platform, and the empty tray is taken from the empty tray mechanism to the empty tray unloading mechanism, and the workpiece of processing completion is taken by the robot material taking mechanism and is unloaded automatically, and the empty tray and finished product workpiece of processing completion are unloaded automatically through the mechanism, convenient for the assembly line production, and the empty tray mechanism is set up in the device internally, through the reasonable mechanism position distribution, makes the device whole design reasonable, and each mechanism operation cooperates with each other, makes the structure compact, and the appearance is atmospheric. DRAWINGS

[0015] Fig. 1 It is the front view structural schematic diagram of the utility model;

[0016] Fig. 2 It is the plan view structural schematic diagram of the utility model;

[0017] Fig. 3 It is the side view structural schematic diagram of the utility model.

[0018] Mark number explanation: 1, material taking mechanism, 2, screen folding mechanism, 3, screen combination positioning mechanism, 4, screen secondary positioning mechanism, 5, screen positive material taking mechanism, 6, screen turnover mechanism, 7, film tearing mechanism, 8, reverse material taking mechanism, 9, screen upper layer discharging module, 10, screen bottom layer discharging module, 11, front shell rear material taking mechanism, 12, screen positioning mechanism, 13, front shell turnover mechanism, 14, front shell positive material taking mechanism, 15, take empty tray mechanism, 16, front shell stacking material feeding mechanism. PREFERRED EMBODIMENT

[0019] As Figs. 1-3The utility model relates to a front shell group screen machine, including folding screen mechanism 2, screen combination positioning mechanism 3, screen upper layer material placing module 9, screen bottom layer material placing module 10 and front shell stacking material feeding mechanism 16, screen upper layer material placing module 9 and screen bottom layer material placing module 10 are erected in the one side of production line, and screen upper layer material placing module 9 is located screen bottom layer material placing module 10 upside, and the rear side of screen upper layer material placing module 9 and screen bottom layer material placing module 10 is equipped with the opposite side material taking mechanism 8, the rear side of opposite side material taking mechanism 8 is equipped with film tearing mechanism 7, and the film tearing mechanism 7 and opposite side material taking mechanism 8 are equipped with film tearing workbench between, and film tearing workbench is adapted screen upper layer material placing module 9 and screen bottom layer material placing module 10, and the rear side of film tearing mechanism 7 is equipped with screen turnover mechanism 6, and the suction cup part of screen turnover mechanism 6 corresponds film tearing workbench, and screen combination positioning mechanism 3, screen secondary positioning mechanism 4 and screen turnover mechanism 6 are equipped with screen front material taking mechanism 5, and the rear side of screen turnover mechanism 6 is equipped with screen combination positioning mechanism 3 and screen secondary positioning mechanism 4, and folding screen mechanism 2 is installed in screen combination positioning mechanism 3 rear side, and front shell stacking material feeding mechanism 16 is erected in the other side of production line, and the two module of screen upper layer material placing module 9 or screen bottom layer material placing module 10 are operated and moved alternately, and opposite side material taking mechanism 8 takes material to film tearing workbench, and film tearing mechanism 7 tears screen upper film, and screen turnover mechanism 6 turns over and takes screen assembly, screen front material taking mechanism 5 takes material from turnover mechanism to screen secondary positioning mechanism 4, and then takes material from secondary positioning mechanism to screen combination positioning mechanism 3, and folding screen mechanism 2 folds mainboard to overlap with screen, and front shell stacking material feeding mechanism 16 tray feeds, and front shell front material taking mechanism 14 takes material from tray to front shell positioning table, and front shell turnover mechanism 13 turns over and takes material, and front shell rear material taking mechanism 11 takes material to screen positioning mechanism 12, and screen mobile screen assembling mechanism takes material from screen combination positioning mechanism 3 to screen positioning mechanism 12 and assembles, through the structural design of automation, make the device carry out unmanned assembly line production, avoid the waste of human resources, improve the production efficiency.

[0020] As Figs. 1-3As shown, the front shell screen assembling machine comprises a screen folding mechanism 2, a screen combination positioning mechanism 3, a screen upper layer feeding module 9, a screen bottom layer feeding module 10, and a front shell stacking and feeding mechanism 16, the rear side of the front shell stacking and feeding mechanism 16 is provided with a front shell front face material taking mechanism 14 and a empty tray taking mechanism 15, the rear side of the front shell front face material taking mechanism 14 is provided with a front shell overturning mechanism 13, the front shell front face material taking mechanism 14 is installed on the upper side of the empty tray taking mechanism 15, and the empty tray taking mechanism 15 is provided with a built-in tray corresponding to the front shell stacking and feeding mechanism 16, one side of the empty tray taking mechanism 15 is provided with an empty tray discharging mechanism, the rear side of the front shell overturning mechanism 13 is provided with a screen assembling positioning mechanism 12, the screen combination positioning mechanism 3 is installed at the rear end of the production line, the front shell rear face material taking mechanism 11 is arranged between the screen assembling positioning mechanism 12 and the front shell overturning mechanism 13, one side of the screen combination positioning mechanism 3 corresponds to the screen assembling positioning mechanism 12, the rear side of the screen combination positioning mechanism 3 is provided with a material taking mechanism 1, the front shell front face material taking mechanism 14 takes material from the tray to the front shell positioning table, the empty tray is taken from the empty tray taking mechanism 15 to the empty tray discharging mechanism, and the finished workpiece is automatically discharged by the robot material taking mechanism 1, the finished empty tray and the finished workpiece are automatically discharged through the above-mentioned mechanism, so that the flow line production is facilitated, meanwhile, the empty tray taking mechanism 15 is arranged inside the device, the device is rationally designed as a whole through the rational arrangement of the mechanism positions, the mechanisms are operated in cooperation with each other, the structure is compact, and the appearance is magnificent.

[0021] Working principle: the front shell screen assembling machine provided by the embodiment is characterized in that: the two modules of the screen upper layer feeding module 9 or the screen bottom layer feeding module 10 are alternately operated and moved, the reverse face material taking mechanism 8 takes material to the film tearing workbench, the film tearing mechanism 7 tears the screen upper film, the screen overturning mechanism 6 sucks and overturns the screen assembly, the screen front face material taking mechanism 5 takes material from the overturning mechanism to the screen secondary positioning mechanism 4, and then takes material from the secondary positioning mechanism to the screen combination positioning mechanism 3, the screen folding mechanism 2 folds the main plate to overlap with the screen, the front shell stacking and feeding mechanism 16 takes material on the tray, the front shell front face material taking mechanism 14 takes material from the tray to the front shell positioning table, the front shell overturning mechanism 13 sucks and overturns the material, the front shell rear face material taking mechanism 11 takes material to the screen assembling positioning mechanism 12, the screen moving screen assembling mechanism takes material from the screen combination positioning mechanism 3 to the screen assembling positioning mechanism 12 for combination, the front shell front face material taking mechanism 14 takes material from the tray to the front shell positioning table, the empty tray is taken from the empty tray taking mechanism 15 to the empty tray discharging mechanism, and the finished workpiece is automatically discharged by the robot material taking mechanism 1.

[0022] The embodiment of the utility model discloses the better embodiment, but is not limited to this, the ordinary skill of the art, the spirit of the utility model is easily understood according to the above-mentioned embodiment, and different induction and change are made, but as long as not departing from the spirit of the utility model, all are within the protection scope of the utility model.

Claims

1. A front shell group screen machine, comprising a folding screen mechanism (2), a screen group combination positioning mechanism (3), a screen upper layer material placing module (9), a screen bottom layer material placing module (10) and a front shell stack material feeding mechanism (16), characterized in that: The screen upper layer feeding module (9) and the screen bottom layer feeding module (10) are arranged on one side of the production line, and the screen upper layer feeding module (9) is located on the upper side of the screen bottom layer feeding module (10), the rear side of the screen upper layer feeding module (9) and the screen bottom layer feeding module (10) is provided with a reverse surface material taking mechanism (8), the rear side of the reverse surface material taking mechanism (8) is provided with a film tearing mechanism (7), the rear side of the film tearing mechanism (7) is provided with a screen turnover mechanism (6), the rear side of the screen turnover mechanism (6) is provided with a screen combination positioning mechanism (3) and a screen secondary positioning mechanism (4), the screen folding mechanism (2) is installed on the rear side of the screen combination positioning mechanism (3), the front shell stacking feeding mechanism (16) is arranged on the other side of the production line, the rear side of the front shell stacking feeding mechanism (16) is provided with a front shell front surface material taking mechanism (14) and a empty tray taking mechanism (15), the rear side of the front shell front surface material taking mechanism (14) is provided with a front shell turnover mechanism (13), the rear side of the front shell turnover mechanism (13) is provided with a screen combination positioning mechanism (12), and the screen combination positioning mechanism (3) is installed on the rear end of the production line.

2. The front housing assembly of claim 1, wherein: The film tearing mechanism (7) and the reverse surface material taking mechanism (8) are provided with a film tearing workbench, and the film tearing workbench is adapted to the screen upper layer feeding module (9) and the screen bottom layer feeding module (10).

3. The front housing assembly of claim 2, wherein: The suction cup part of the screen turnover mechanism (6) corresponds to the film tearing workbench, the screen combination positioning mechanism (3), the screen secondary positioning mechanism (4) and the screen turnover mechanism (6) are provided with a screen front surface material taking mechanism (5).

4. The front housing assembly of claim 3, wherein: The front shell front surface material taking mechanism (14) is installed on the upper side of the empty tray taking mechanism (15), and the empty tray taking mechanism (15) corresponds to the built-in tray of the front shell stacking feeding mechanism (16), one side of the empty tray taking mechanism (15) is provided with an empty tray discharging mechanism.

5. The front housing assembly of claim 4, wherein: The screen combination positioning mechanism (12) and the front shell turnover mechanism (13) are provided with a front shell rear surface material taking mechanism (11).

6. The front housing assembly of claim 5, wherein: One side of the screen combination positioning mechanism (3) corresponds to the screen combination positioning mechanism (12), and the rear side of the screen combination positioning mechanism (3) is provided with a material taking mechanism (1).

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