CN205346299U - Fully automatic laser engraving and tape packaging machine for hardware products - Google Patents

Abstract

The utility model discloses and provides a can reduce cost of labor, reduce intensity of labour, productivity gain and reduce the full-automatic radium carving of little five metals product and carrier band packaging machine of defective rate. This full-automatic radium carving and carrier band packaging machine includes the frame, five metals charging tray material feeding unit, radium carving device, CCD detection device, the polycell breaks the device, manipulator handling device, the carrier band blowing device, the carrier band delivery track, the lid area blowing device, sealing device and finished product material collecting device, the formula of book product area that five metals charging tray material feeding unit sent out is through radium-shine of radium carving device, be guided to polycell breaking device and break behind CCD detection device detection direction, carry into the carrier band inslot of the carrier band of being emitted by carrier band blowing device with the product after the punching off by manipulator handling device, the lid area that lid area blowing device emitted then passes through sealing device with the carrier band heat-seal, reach finished product material collecting device at last and collect. The utility model discloses but wide application in little hardware product's carrier band encapsulation field.

Description

Fully automatic laser engraving and tape packaging machine for hardware products

technical field

The utility model relates to a fully automatic laser engraving and tape-carrying packaging machine for hardware products.

Background technique

At present, for the existing laser engraving, CCD inspection, punching, and tape-carrying packaging of hardware products, the operator first punches the hardware products, and then engraves a single product on the laser engraving machine, and the engraved products are tested by CCD. Then put the product on the tape carrier and cover it with a cover tape before packaging, and at the same time, identify the direction of the product with the naked eye. During the operation period, due to emotional and physical fatigue, the operators may easily cause products to be missed, or the direction of the loading belt of hardware products may be reversed, so that the products need to be reworked, resulting in low efficiency or even outflow of defective products.

Utility model content

The technical problem to be solved by the utility model is to overcome the deficiencies of the prior art, and provide a fully automatic laser engraving and tape-carrying packaging machine for hardware products that can reduce labor costs, labor intensity, increase productivity and lower defective rate.

The technical solution adopted by the utility model is: the utility model comprises a frame and a metal tray feeding device, a laser engraving device, a CCD detection device, a multi-unit punching device, a manipulator handling device, a carrier Belt unwinding device, carrier tape conveying track, cover tape unloading device, heat sealing device and finished product receiving device, the roll-type product belt sent out by the hardware tray feeding device passes through the laser of the laser engraving device, and passes through the laser engraving device. After the CCD detection device detects the direction, it is guided to the multi-unit punching device for punching, and the punched product is carried by the manipulator handling device into the conveyor belt discharged by the carrier tape discharge device and transported along the carrier tape conveying track. In the tape slot of the carrier tape, the cover tape released by the cover tape unwinding device is heat-sealed by the heat-sealing device with the carrier tape equipped with products, and finally arrives at the finished product receiving device for collection.

Optimally, the automatic laser engraving and tape carrier packaging machine for small hardware products also includes a display and a control device, and the control device is connected to the display, the hardware tray feeding device, the laser engraving device, and the CCD respectively. The detection device, the multi-unit punching device, the manipulator handling device, the carrier tape discharging device, the cover tape discharging device, the heat sealing device and the finished product receiving device are electrically connected.

Optimally, the automatic laser engraving and tape packaging machine for hardware products further includes an optical fiber positioning sensor and an empty material detection sensor electrically connected to the control device.

Optimally, a package pressing device may be provided behind the heat-sealing device and above the carrier tape conveying track.

Optimally, the automatic laser engraving and tape packaging machine for small hardware products further includes a cover tape guide wheel arranged behind the cover tape discharging device.

The beneficial effects of the utility model are: because the utility model includes a frame and a metal tray feeding device arranged on the frame, a radium engraving device, a CCD detection device, a multi-unit punching device, a manipulator handling device, and a carrier tape Unwinding device, carrier tape conveying track, cover tape unwinding device, heat sealing device and finished product receiving device, the roll-type product belt sent out by the hardware tray feeding device passes through the laser of the laser engraving device, and passes through the CCD After the detection device detects the direction, it is guided to the multi-unit punching device for punching, and the punched product is carried by the manipulator handling device into the carrier that is released by the carrier tape unloading device and transported along the carrier tape conveying track. In the carrier tape groove of the tape, the cover tape released by the cover tape discharging device is heat-sealed with the carrier tape with the product on the device, and finally reaches the finished product receiving device for collection. Through the above structure, it can Effectively, the product is simultaneously produced in accordance with the four processes of laser, CCD detection, manipulator handling and tape packaging. During the production process, no operator is required to assist in the operation, and fully automated production is realized. Therefore, the utility model can reduce labor costs and labor intensity. Improve productivity and reduce defect rate.

Description of drawings

Fig. 1 is the schematic diagram of the utility model;

Fig. 2 is a schematic diagram of the utility model.

detailed description

As shown in Fig. 1 and Fig. 2, the utility model includes a frame 1 and a metal tray feeding device 2 arranged on the frame 1, a laser engraving device 3, a CCD detection device 4, a multi-unit punching device 5, Manipulator handling device 6, carrier tape discharging device 7, carrier tape conveying track 8, cover tape discharging device 9, heat sealing device 10, finished product receiving device 11, display 12 and control device 13, in order to facilitate production and reduce the overall Volume, the frame 1 includes a main frame 101, a laser engraving frame 102 and a hardware tray frame 103, the laser engraving frame 102 is used to carry the laser engraving device 3, and the hardware tray frame 103 It is used to carry the hardware tray feeding device 2, and the main frame 101 is used to carry the remaining devices. The production process of hardware products is improved, and the original stamping form is changed from a loose form to a roll form, and the roll product belt is set on the place. On the hardware tray feeding device 2, the roll-type product belt sent by the hardware tray feeding device 2 passes through the laser of the laser engraving device 3. In actual work, the hardware tray feeding device 2 is based on product requirements. , with 4mm, 8mm, 16mm as a unit length to feed into the radium engraving device 3, after positioning the radium engraving with the positioning jig, it is guided to the multi-unit punching device after passing the detection direction of the CCD detection device 4 5 punching, the CCD detection device 4 is used to judge the front and rear directions of the hardware products, and the hardware products become individual products after being punched by the dies of the multi-unit punching device 5, and are transported by the manipulator 6 The punched product is moved into the carrier tape groove of the carrier tape released by the carrier tape discharge device 7 and conveyed along the carrier tape conveying track 8, and the carrier tape conveying track 8 is arranged on the manipulator handling device 6 The side of the carrier tape is used to guide the movement track of the carrier tape released from the carrier tape discharge device 7. The cover tape discharge device 9 is arranged above the carrier tape delivery track 8, and the cover tape drawn out is then The carrier tape with the product with the device is heat-sealed by the heat-sealing device 10, and finally reaches the finished product receiving device 11 for collection, and the control device 13 is respectively connected with the display 12, the hardware tray feeding device 2, The laser engraving device 3, the CCD detection device 4, the multi-unit punching device 5, the manipulator handling device 6, the carrier tape discharge device 7, the cover tape discharge device 9, the The heat-sealing device 10 and the finished product receiving device 11 are electrically connected. In order to ensure the effect of heat-sealing, a package pressing device 14 can also be provided behind the heat-sealing device 10 and above the carrier tape conveying track 8, It is used to further compress the cover tape and the carrier tape after the heat-sealing device 10 heats and seals.

In addition, in order to further improve the yield of products and avoid rework, the utility model also includes an optical fiber positioning sensor and an empty material detection sensor electrically connected to the control device 13. Direction rear) is provided with cover belt guiding wheel 15.

The utility model can be widely used in the field of carrier tape packaging of hardware products.

Claims (5)

1. hardware product Full-automatic laser etching and carrier tape package machine, it is characterized in that: described hardware product Full-automatic laser etching and carrier tape package machine include frame (1) and five metals magazine feed device (2) being arranged in described frame (1), laser carving device (3), CCD detecting device (4), multiple-unit die-cutting apparatus (5), Manipulator Transportation device (6), carrier band discharging device (7), carrier band delivery track (8), cover strip discharging device (9), hot sealing device (10) and finished product material collecting device (11), the roll good band that described five metals magazine feed device (2) is sent is radium-shine through described laser carving device (3), behind described CCD detecting device (4) detection direction, it is directed to described multiple-unit die-cutting apparatus (5) thrust, by described Manipulator Transportation device (6) product after thrusting moved in the carrier band groove of the carrier band released by described carrier band discharging device (7) and carry along described carrier band delivery track (8), the cover strip that described cover strip discharging device (9) is released then has the carrier band heat-sealing through described hot sealing device (10) of product with device, finally arrive finished product material collecting device (11) to collect.

2. hardware product Full-automatic laser etching according to claim 1 and carrier tape package machine, it is characterized in that: described hardware product Full-automatic laser etching and carrier tape package machine also include display (12) and control device (13), described control device (13) respectively with described display (12), described five metals magazine feed device (2), described laser carving device (3), described CCD detecting device (4), described multiple-unit die-cutting apparatus (5), described Manipulator Transportation device (6), described carrier band discharging device (7), described cover strip discharging device (9), described hot sealing device (10) and described finished product material collecting device (11) electrical connection.

3. hardware product Full-automatic laser etching according to claim 2 and carrier tape package machine, it is characterised in that: described hardware product Full-automatic laser etching and carrier tape package machine also include the fiber orientation sensor and the sky material detection sensor that electrically connect with described control device (13).

4. hardware product Full-automatic laser etching according to any one of claims 1 to 3 and carrier tape package machine, it is characterised in that: the rear of described hot sealing device (10) and be positioned at the top of described carrier band delivery track (8) encapsulation hold down gag (14) can also be set.

5. hardware product Full-automatic laser etching according to any one of claims 1 to 3 and carrier tape package machine, it is characterised in that: described hardware product Full-automatic laser etching and carrier tape package machine also include the cover strip directive wheel (15) being arranged on described cover strip discharging device (9) rear.