CN207615945U - Full-automatic aluminum cladding plate flattens and welder - Google Patents

Abstract

Flattened the utility model discloses a kind of Full-automatic aluminum cladding plate and welder, including platform, be used to support platform platform rack, be arranged in the robot operation platform of platform rack both sides, the welding robot that is arranged on robot operation platform and can be moved left and right on robot operation platform, the slicking-in roller that is arranged above platform and the laser locator being arranged on platform；The operation roller-way for conveying cladding material and core material is additionally provided on the platform, the slicking-in roller is correspondingly arranged at the same position section of support platform with robot operation platform, and the laser locator face is arranged below slicking-in roller.The operation that cladding plate is flattened and welded is carried out using the device, the human interference factor in actual production is eliminated, improves product qualified rate, realize production automation, can be that smooth and final products the quality of following process be laid a good foundation.

Description

Fully automatic aluminum clad plate flattening and welding device

technical field

The utility model belongs to the field of mechanical processing, in particular to a fully automatic flattening and welding device for aluminum clad plates.

Background technique

Before the aluminum clad plate is rolled, the ingot (core material) and the plate (clad material) need to be clad. It must be ensured that the clad ingot and plate will not move during the subsequent transfer and heating process, while ensuring There is no air between the core and cladding. No misalignment can ensure the coverage of the board, and no air can reduce the occurrence of air bubbles on the surface of the clad board. Usually, in order to reduce the probability of air bubbles, the flatness of the cladding material is required to be high, which results in a high scrap rate of the cladding material. At the same time, in order to ensure that the cladding material and the plate do not move, the cladding material and the ingot are usually fixed by welding. However, the welding of the existing equipment adopts manual welding, and workers need to operate at the cracks of the equipment. Due to the small operating space, the welding torch needs to be moved in multiple directions, which may easily cause physical injury to the workers. On the other hand, due to the influence of human factors, the welding quality cannot be guaranteed, and it is very easy to cause cracks at the welding position during the later transfer and heating process, which cannot be fixed, resulting in problems such as low production yield and low production efficiency.

Contents of the invention

In view of this, the purpose of this utility model is to provide a fully automatic aluminum clad plate flattening and welding device, which can eliminate the interference factors of human manipulation, reduce personal risks, reduce work processes, and improve the qualified rate of finished products.

In order to achieve the above purpose, the utility model provides the following technical solutions: a fully automatic aluminum clad plate flattening and welding device, including a platform, a platform frame for supporting the platform, and a robot operating platform arranged on both sides of the platform frame , a welding robot that is set on the robot running platform and can move left and right on the robot running platform, a flattening roller set above the platform, and a laser positioner set on the platform; As for the running roller table of the core material, the flattening roller and the robot running platform are correspondingly arranged at the same position section of the support platform, and the laser positioner is arranged directly below the flattening roller.

Further, laser positioners are also provided at both ends of the platform.

The beneficial effect of the utility model is that: the operation of flattening and welding the clad plate by using the device eliminates the human interference factors in the actual production, improves the qualified rate of finished products, realizes the production automation, and can ensure the smooth and smooth operation of subsequent processing. The quality of the final product lays a good foundation.

Description of drawings

In order to make the purpose, technical solutions and beneficial effects of the utility model clearer, the utility model provides the following drawings for illustration:

Fig. 1 is the structural representation of the utility model.

Detailed ways

The preferred embodiments of the present utility model will be described in detail below in conjunction with the accompanying drawings.

As shown in the figure, the fully automatic aluminum clad panel flattening and welding device in this embodiment includes a platform 10, a platform frame 3 for supporting the platform 10, and a robot operating platform 1 arranged on both sides of the platform frame 3 , the welding robot 2 that is arranged on the robot operation platform 1 and can move left and right on the robot operation platform 1, the flattening roller 5 that is arranged on the top of the platform 10, and the laser positioner 6 that is arranged on the platform 10; There is also a running roller table 9 for conveying the cladding material 7 and the core material 8, the flattening roller 5 is set on the same position section of the platform 3 corresponding to the robot running platform 1, and the laser positioner 6 is arranged opposite to the Below the flattening roller 5.

Specifically, the robot operating platform 1 and the welding robot 2 are placed on both sides of the platform frame 3, and the welding robot 2 can move back and forth along the operating platform 1 to realize welding on both sides of the cladding material 7 and the core material 8, so as to achieve fixation. The platform 10 is arranged on the platform frame 3, the running roller table 9 is placed on the platform 10, the cladding material 7 is placed on the upper surface of the core material 8 and moves back and forth along the platform 10 under the rotation of the running roller table 9. The laser positioner 6 is located on the platform 10 and directly below the flattening roller 5. When the cladding material 7 and the core material 8 move to the position of the laser positioner 6 below the flattening roller 5, the flattening roller 5 follows the flattening roller frame 4 Press down on the cladding material 7 . The laser locator 6 here mainly plays the role of positioning and safety protection.

To further optimize the above scheme, laser positioners 6 are also provided at both ends of the platform 3 to realize the positioning of the loading and unloading states of the platform 10 .

The concrete implementation steps of this device are as follows:

1. Start the equipment, set the welding parameters of the welding robot and the number of welding points.

2. Place the core material and cladding material on the running roller table 9 or move them to the running roller table 9 by other devices.

3. Start the running roller table 9 to move the cladding material and core material forward, and the laser detector at the end detects the length and width of the cladding material.

4. Continue to start the running roller table 9, so that the core material 8 and the cladding material 7 are transferred from the running roller table 9 to the position directly below the flattening roller 5.

5. When the laser positioner below the flattening roller 5 detects the core material 8, the flattening roller 5 presses down onto the surface of the cladding material 7, applies a certain pressure and maintains the pressure for a certain period of time.

6. After keeping the pressure for a certain period of time, keep the flattening roller 5 still, and continue to run the roller table 9 until the laser positioner 6 located under the flattening roller 5 detects that the cladding material 7 is completely flattened, then lifts up and flattens roll 5.

7. Continue to run the roller table 9 until the laser positioner 6 at the other end detects the cladding material and stops.

8. After the welding robot 2 receives the detection signal from the laser positioner 6, it starts to move along the robot running platform 1. According to the setting information, the length or width of the cladding material is divided by the number of welding points to automatically calculate the distance, so that the length or width of the cladding material is divided by the number of welding points. The solder joints in the width direction are evenly distributed.

After the welding is completed, transfer out the running roller table 9 or run to other processes along the roller table.

Finally, it is noted that the above preferred embodiments are only used to illustrate the technical solutions of the present utility model without limitation. Although the utility model has been described in detail through the above preferred embodiments, those skilled in the art should understand that it can be described in the form Various changes can be made in the above and in the details without departing from the scope defined by the claims of the present invention.

Claims (2)

1. A fully automatic aluminum clad plate flattening and welding device, characterized in that it includes a platform, a platform frame for supporting the platform, a robot running platform arranged on both sides of the platform frame, and a robot running platform arranged on the robot running platform. A welding robot that can move left and right on the robot running platform, a flattening roller set above the platform, and a laser positioner set on the platform; the platform is also equipped with a running roller table for conveying cladding materials and core materials , the flattening roller and the robot operating platform are correspondingly arranged on the same position section of the support platform, and the laser positioner is arranged directly below the flattening roller. 2. The fully automatic aluminum-clad panel flattening and welding device according to claim 1, characterized in that laser positioners are also provided at both ends of the platform.