Wide roll loading and unloading mechanism, splitting machine equipment and using method of splitting machine equipment

Abstract

The invention discloses a wide roll loading and unloading mechanism. The wide roll loading and unloading mechanism comprises a movable chassis, a rotary table and a rotating assembly used for drivingthe rotary table to rotate on the movable chassis, the rotary table is connected with the movable chassis through the rotating assembly, and a wide roll pay-off seat and a core taking assembly for taking down cores of wide rolls are arranged on the rotary table. The invention further provides splitting machine equipment capable of automatically loading and unloading the wide rolls and a using method of the splitting machine equipment. The wide roll loading and unloading mechanism comprises the wide roll pay-off seat and the core taking assembly, by adjusting the position of the rotary table through the rotating assembly, the position relation between the wide roll pay-off seat and the core taking assembly can be switched, the core taking and wide roll assembling procedures can be conveniently achieved, the whole core taking and wide roll assembling process is less in manual operation, the labor intensity is lower, and the labor cost is lower.

Description

technical field [0001] The invention belongs to the field of film processing equipment, and in particular relates to a wide-width roll material auxiliary disassembly mechanism of a slitting machine, a slitting machine and a use method thereof. Background technique [0002] At present, there are many types of slitting machines, and the different sizes, materials, and degrees of automation lead to a large price range. In the process of placing wide-width coil materials, the slitting machine basically relies on manual operation at present. According to the design, market demand, and manufacturing cost of different manufacturers, the labor intensity and cumbersome steps of manual operation are different. [0003] Through the investigation and research on the slitters in the prior art, the way they place the wide coils can be roughly attributed to the following two types: (1) The air shaft fixing seat is a single degree of freedom, and the air shaft is a double freedom Spend. T...

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Problems solved by technology

[0004] Both the above method (1) and method (2) are manually operated, so there are inevitable shortcomings in production, which greatly affects production efficiency

In method (1), the roll material is placed on a predetermined position by a trolley. When the air shaft passes through the wide roll core, the worker needs to manually fine-tune the position of the wide roll material so that the air shaft can pass through the core smoothly. , in addition, the lifting platform of the trolley needs to be calibrated frequently, otherwise the height of the core and the air shaft will be inconsistent, and the wide coil cannot be installed; method (2) does not use a trolley with a lifting platform, which can save the step of adjusting the lifting platform, but Fine-tuning during the installation process is still unavoidable, and a certain amount of manual operation is still required

The efficiency of the worker's operation depends on the proficiency of the work, but regardless of the proficiency of the worker's operation, manual operation still restricts the production efficiency of the slitting machine

[0005] Based on the above description, it can be seen that the current slitting machine has at least the following deficiencies in the process of placing wide coils: low degree of automation, high labor intensity, long loading and unloading time, and low overall production efficiency.

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