Method for automatically discharging and deblocking material from material barrel

Abstract

The invention discloses a method for automatically discharging and deblocking materials from material barrels. The method comprises a conveying device for conveying material barrels to a station and an angle adjusting mechanism for adjusting angles of the material barrels entering the station, wherein a single material barrel enters the station at a specific angle. The method comprises the steps that a turnover conveying mechanism clamps and fixes a material barrel; the turnover conveying mechanism drives the material barrel to turn over to be transverse, and the material barrel is fixed; the turnover conveying mechanism is reset, and a bottom plate at the bottom of the material barrel is pulled away; a material pushing mechanism pushes materials out of the barrel by utilizing a telescopic function; the materials are deblocked, loosened and discharged while being discharged; the material pushing mechanism and the bottom plate of the material barrel are reset; and the material barrel is reset from a transverse direction to a vertical direction along with the turnover conveying mechanism, and then the material barrel is moved out of a station. According to the method provided by the invention, aiming at the conditions that discharging is difficult and discharging is not thorough, discharging can be effectively and smoothly completed, automatic production discharging can be met, and the discharging completion rate is high; and meanwhile, materials can be disintegrated and partitioned while being discharged.

Description

technical field [0001] The invention relates to the field of discharging methods for difficult-to-discharge materials, in particular to a method for automatically discharging and deblocking materials from a material barrel. Background technique [0002] In the process of material production and processing, especially in batch production lines, materials will be processed and processed. It is often necessary to use containers for transportation and weight processing. In some cases, the processed materials will appear Viscous or firm after swelling, some will become agglomerated, these conditions will lead to the formation of adsorption and bonding between the material and the container, it is difficult to complete the discharge action by simple pouring, usually , all require manual digging and cutting, which is time-consuming and labor-intensive and affects the processing efficiency of the production line, and loses the possibility of automated production. [0003] Especiall...

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Problems solved by technology

[0002] In the process of material production and processing, especially in batch production lines, materials will be processed and processed. It is often necessary to use containers for transportation and weight processing. In some cases, the processed materials will appear Viscous or firm after swelling, some will become agglomerated, these conditions will lead to the formation of adsorption and bonding between the material and the container, it is difficult to complete the discharge action by simple pouring, usually , all require manual digging and cutting, which is time-consuming and labor-intensive and affects the processing efficiency of the production line, and loses the possibility of automated production

[0003] Especially in the fermented tea industry, such as Pu-erh tea, the most critical stacking technology of Pu-erh tea, and the stacking technology adapted to the automatic production line, it is necessary to turn the tea materials in the stack for many times, such as turning and regaining moisture. The situation requires the operation of discharging and re-feeding the tea materials in the heap container. However, since the tea materials in the heap are usually stored for several days, it is common for the materials to agglomerate in the container, resulting in the discharge of tea. The problem that the material cannot be discharged smoothly

Since the automatic production line of Pu-erh tea stacking is a new technical requirement, there is currently no good automatic discharging process for difficult-to-discharge situations on the market.

At present, the discharge technology and equipment in the tea industry are all aimed at the continuous discharge of continuous production conveyor lines. The traditional method of using a screw mechanism to discharge materials is neither suitable for automatic management of piles, nor suitable for the need for binning. Handling such situations where flexible, precise machining demands

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