Boosting type all-steel extrusion line tread lineation system

Abstract

The utility model relates to a boosting type all-steel extrusion line tread lineation system, and belongs to the field of tire production equipment. A color material barrel fixing frame is installed above the tread conveying belt, a color material barrel is fixed to the color material barrel fixing frame, a color material copper pipe communicated with an inner cavity of the color material barrel is installed at the bottom of the color material barrel, a lineation roller is installed at the tail end of the color material copper pipe through a rotating shaft, and a thrust cylinder fixing frame is fixed to the upper end of the color material barrel fixing frame. A cylinder body of the thrust cylinder is fixed to the thrust cylinder fixing frame, a thrust cylinder piston of the thrust cylinder is located in the pigment barrel and is in sliding fit with the inner cavity wall of the pigment barrel, and an air inlet pipe and an air outlet pipe are arranged on the cylinder body of the thrust cylinder. Maintenance-free in the production process can be achieved, pigment is pressurized through the boosting cylinder, the pressure of the boosting cylinder can be adjusted according to the volume of the pigment, the pressurized pigment can enter the lineation idler wheel through the copper pipe which is not prone to being blocked, and the pigment is evenly attached to the tread through the lineation idler wheel.

Description

Technical Field

[0001] The utility model relates to the field of tire production equipment, and particularly to a boosting type all-steel extruder tread scribing system. Background Art

[0002] As is well known, the tread extruder is the mainstream type of current tire semi-finished product production equipment. In order to distinguish different patterns of various tires, a method of attaching colorant to the tread is generally used for scribing. The original scribing method used a large colorant container with an air pipe adapter installed at the bottom. The colorant in the container was transported by its own weight through the air pipe for transportation to the scribing copper nozzle, and the copper nozzle attached the colorant to the tread. This set of scribing system often causes blockage due to colorant precipitation and small self-weight pressure, resulting in unscribed treads, affecting the identification of various specifications of treads in the subsequent processes, and extremely likely to produce batches of unqualified treads. Summary of the Invention

[0003] In order to overcome the deficiencies of the prior art, the utility model provides a boosting type all-steel extruder tread scribing system to solve the problems of unclear scribing and blockage of the scribing copper nozzle.

[0004] The technical solution adopted by the utility model to solve its technical problems is: a boosting type all-steel extruder tread scribing system is provided with a tread conveyor belt. Its characteristics are that a colorant bucket fixing frame is installed above the tread conveyor belt, a colorant bucket is fixed on the colorant bucket fixing frame, a colorant copper pipe communicating with the inner cavity of the colorant bucket is installed at the bottom of the colorant bucket, the end of the colorant copper pipe is installed with a scribing roller through a rotating shaft, a thrust cylinder fixing frame is fixed at the upper end of the colorant bucket fixing frame, the cylinder body of the thrust cylinder is fixed on the thrust cylinder fixing frame, the thrust cylinder piston of the thrust cylinder is located in the colorant bucket, the thrust cylinder piston is slidably matched with the inner cavity wall of the colorant bucket, and an air inlet air pipe and an air outlet air pipe are arranged on the cylinder body of the thrust cylinder.

[0005] The beneficial effect of the utility model is that maintenance-free can be realized during the production process. The colorant is pressurized by the boosting cylinder, and the pressure of the boosting cylinder can be adjusted according to the amount of the colorant. The pressurized colorant can enter the scribing roller through the copper pipe that is not easy to be blocked, and the colorant is evenly attached to the tread by the scribing roller. Brief Description of the Drawings

[0006] The following further illustrates the utility model with reference to the drawings and embodiments.

[0007] Figure 1 Structural schematic diagram of the utility model.

[0008] In the figure, 1. air inlet duct, 2. air outlet duct, 3. colorant bucket, 4. colorant copper pipe, 5. thrust cylinder, 6. thrust rod piston, 7. thrust cylinder fixing bracket, 8. colorant bucket fixing bracket, 9. colorant, 10. scribing roller, 11. tread, 12. tread conveyor belt. Detailed implementation mode

[0009] In the figure, the utility model is provided with a tread conveyor belt 12. The feature is that a colorant bucket fixing bracket 8 is installed above the tread conveyor belt 12. The colorant bucket 3 is fixed on the colorant bucket fixing bracket 8. A colorant copper pipe 4 communicating with the inner cavity of the colorant bucket 3 is installed at the bottom of the colorant bucket 3. The end of the colorant copper pipe 4 is installed with a scribing roller 10 through a rotating shaft. The upper end of the colorant bucket fixing bracket 8 is fixed with a thrust cylinder fixing bracket 7. The cylinder body of the thrust cylinder 5 is fixed on the thrust cylinder fixing bracket 7. The thrust cylinder piston 6 of the thrust cylinder 5 is located in the colorant bucket 3. The thrust cylinder piston 6 is in sliding fit with the inner cavity wall of the colorant bucket 3. An air inlet duct 1 and an air outlet duct 2 are arranged on the cylinder body of the thrust cylinder 5.

[0010] During production, the colorant 9 for tread scribing is added to the colorant bucket 3. When the tread 11 extruded from the die plate of the extruder is conveyed to the tread scribing station by the tread conveyor belt 12, 0.8 Mpa compressed air is introduced into the air inlet duct 1. The compressed air enters the thrust cylinder 5 to drive the cylinder rod of the thrust cylinder to act. The thrust cylinder piston 6 at the end of the thrust cylinder 5 will pressurize the colorant 9 in the colorant bucket 3, and then push the colorant 9 into the colorant copper pipe 4. The colorant entering the colorant copper pipe 4 enters the scribing roller 10 under the push of the pressure. During normal production, the tread conveyor belt 12 drives the tread 11 to be transmitted. When the tread 11 is transmitted, it drives the scribing roller 10 pressed on the tread 11 to rotate. As the scribing roller 10 rotates, the pressure colorant extruded by the thrust cylinder 5 is drawn on the tread 11, completing the task of scribing the semi-finished tread.

Claims

1. A boosting type all-steel extruded tread scribing system is provided with a tread conveyor belt, and is characterized in that, A colorant bucket fixing frame is installed above the tread conveyor belt. A colorant bucket is fixed on the colorant bucket fixing frame. A colorant copper pipe connected to the inner cavity of the colorant bucket is installed at the bottom of the colorant bucket. A scribing roller is installed at the end of the colorant copper pipe through a rotating shaft. A thrust cylinder fixing frame is fixed at the upper end of the colorant bucket fixing frame. The cylinder block of the thrust cylinder is fixed on the thrust cylinder fixing frame. The thrust cylinder piston of the thrust cylinder is located inside the colorant bucket. The thrust cylinder piston is in sliding fit with the inner cavity wall of the colorant bucket. An air inlet air duct and an air outlet air duct are provided on the cylinder block of the thrust cylinder.

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