Manufacturing Method of Fully Automatic Rotary Scalding Machine

[Technical field]

For textile transfer printing equipment, especially a full-automatic rotary scalding machine.

[Background technology]

] At present, labels or LOGOs on clothes or shoes are fixed on the above textiles by scalding. The existing scalding method is that the label is positioned one by one through the template by the first worker and placed manually on the textiles. The electric iron is initially melted and positioned, and then the second worker is placed on the press and pressed at high temperature. This method requires two manual work to complete the pipeline work, and the label position is controlled by human, and the position deviation is large.

In order to solve the above-mentioned shortcomings in the existing technology, a full-automatic rotary scalding machine is proposed, which adopts electric automatic control, is easy to operate, accurate positioning, and greatly improves the production efficiency of the stamping process.

The utility model relates to a fully automatic rotary scalding machine, which comprises a base, including a rotary table and an electronic control box. The rotary table is set above the base, the electronic control box is set above the rotary table, the rotary table is rotated and connected with the base, the electronic control box is fixed and connected with the base, a driving motor is arranged in the electronic control box, the output shaft of the driving motor is connected with the rotary table, and the electronic control box is rotated and connected with the rotary table. There are controllers inside, and four workstations are arranged in turn on the rotating worktable, which are the feeding workstation, the marking workstation, the pressing and ironing workstation and the receiving workstation. On the top of the marking workstation, there are horizontal marking device and vertical rotating marking device. On the top of the pressing and ironing workstation, there are pressing and ironing devices. The horizontal marking device, the vertical rotating marking device and the pressing and ironing device are all fixed in the electricity. On the control box, the horizontal marking device, the vertical rotary marking device and the pressing device are all connected with the controller.

The electronic control box is equipped with an electronic control screen, a temperature control meter, a power switch and an emergency stop button. The pressing time and working mode are input to the controller through the electronic control screen, and the pressing temperature is input to the controller through the temperature control meter.

The transverse marking device comprises a transverse fixing plate and a cylinder_which are fixed on the electric control box and above the marking station. The transverse fixing plate is positioned at one end of the electric control box with a transverse guide rail and a vertical rotary marking device. The vertical rotary marking device moves back and forth along the horizontal direction of the transverse guide rail. The other end of the transverse fixing plate is fixed with a cylinder_and a cylinder_and a vertical. Connecting to the revolving marking device, a bracket for placing labels is provided below the rail side near the cylinder

The vertical rotatable marking device includes cylinder I, which is connected with the transverse fixing plate, cylinder I moves back and forth along the transverse guide rail of the transverse fixing plate, cylinder I is connected with the piston rod of the cylinder and the lower part of the cylinder I is connected with the piston rod of the cylinder I. The lifting plate is connected with the piston rod of the cylinder I, the lifting plate is provided with a sucker, and the sucker is connected with a vacuum generator.

The vertical rotary marking device can also include a cylinder fixing plate, a cylinder I fixed on the cylinder fixing plate, a cylinder fixing plate connected with a transverse fixing plate, and a cylinder fixing plate connected with a piston rod of the cylinder at the same time, the cylinder fixing plate moves back and forth along the transverse guide rail of the transverse fixing plate.

The lifting plate can be provided with a rotating guide plate, which is set on the lifting plate through the steering support point, rotates 180 degrees around the steering support point, and the free end of the rotating guide plate is provided with a sucker, which is connected with the rotating guide plate through the sucker bracket.

In order to achieve 180 degrees rotation of the rotating guide plate, one end of the rotating guide plate is provided with an L-shaped sliding groove, and the supporting point slides in the L-shaped sliding groove. The L-shaped sliding groove includes a sliding groove I and a sliding groove, and the sliding groove I and a sliding groove are vertically connected, and both ends of the sliding groove are provided with rotati

In order to realize the automatic action of cylinder 1, cylinder and suction cup, the present invention adopts an electrical control system, which is set in the electronic control box. The electrical control system includes solenoid valve, solenoid valve and controller, and solenoid valve includes solenoid valve.

1. Solenoid valve_and solenoid valve M, in which solenoid valve I is connected with both ends of cylinder I, solenoid valve_is connected with both ends of cylinder_respectively, solenoid valve M is connected with vacuum generator and vacuum generator is connected with sucker.

The pressing device comprises a cylinder and a pressing heating plate. The cylinder block of the cylinder is fixed on the electronic control box, the piston rod of the cylinder is connected with the pressing heating plate, and the pressing heating plate is connected with the controller.

The electric control system also includes a pressure regulating valve, and the solenoid valves are all connected with the pressure regulating valve.

The bottom of the base is provided with an adjusting foot, which is used to adjust the horizontal position of the scaling machine.

The hot stamping machine realizes the automation of the hot stamping process, and its production efficiency is 2-2.5 times of that of the drive hot stamping process.

3) The invention adopts electric automatic control, automatic limit, accurate positioning and accurate hot stamping position.

(4) High reliability and long service life.

The structure sketch of the vertical rotary marking device.

Loading station; 2 laying-out station; 3 charging station; 4 pressing station; 5 pressing heating plate; 6 temperature control meter; 7 power switch; 8 emergency stop button; 9 electronic control panel; 10 take-off and lay-off cylinder; 11 cylinder I; 12 sucker; 13 cylinder 14 Standard support; 15 rotary table; 16 adjusting foot; 17 pedal switch; 18 pressure regulating valve; 19 solenoid valve I; 20 solenoid valve 21 solenoid valve vacuum generator; 23 transverse guide rail; rotary guide Directional plate; 25 sucker bracket; 26 chute I; 27 steering support point; 28 chute 29 lifting plate; 30 base; 31 electronic control box; 32 transverse fixing plate; 33 cylinder fixing plate.

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(I) Turn on the power switch 7 and set the pressing time and working mode through the electronic control screen 9, then set the pressing through the temperature control table 6.