An intelligent production system of pear borer microcapsules

Abstract

The invention provides an intelligent production system of pear borer microcapsules, comprising a weighing device, a packaging device, a toggle device, a righting device, and a controller. The weighing device is configured to weigh the capsules. The packing device is configured to pack the storage tank; the toggle device is configured to transport the storage tank; the righting device is configured to perform righting operation on the storage tank, the weighing device, the The packaging device, the toggle device and the righting device are respectively connected to the controller for control. By using the weighing device, the packaging device, the righting device, and the delivery device in cooperation, the entire system can be operated in a sterile environment, and it is automatic, intelligent and reliable. The advantages.

Description

technical field [0001] The invention relates to the technical field of capsule production, in particular to an intelligent production system of pear borer microcapsules. Background technique [0002] The existing capsule production process uses a capsule assembly line to produce capsules. However, the existing production process has been used for many years without any improvement. Many intermediate processes must be manually involved in the production process, so that the products of the entire production line The quality and efficiency of output are often affected by man-made. The output rate of old employees with rich work experience and new employees who are not familiar with the work is quite different, which makes the production of capsules unable to be efficient and standardized. [0003] For example, EP14812577.6 and WO2015091705A1 disclose a state in which the bottom film is prone to displacement, deformation or even tearing due to factors such as transportation and...

AI Technical Summary

Problems solved by technology

[0002] The existing capsule production process uses a capsule assembly line to produce capsules. However, the existing production process has been used for many years without any improvement. Many intermediate processes must be manually involved in the production process, so that the products of the entire production line The quality and output efficiency are often affected by man-made. The output rate of old employees with rich work experience and new employees who are not familiar with the work is quite different, which makes the production of capsules unable to be efficient and standardized.

[0003] For example, EP14812577.6 and WO2015091705A1 disclose a state in which the bottom film is prone to displacement, deformation or even tearing due to factors such as transportation and handling, so that the hollow state cannot be maintained.

Another typical one disclosed in the prior art, the existing preparation system is complex in composition and difficult to be assembled and implemented; more importantly, when the soft capsule is dried after molding, the existing drying device has low efficiency, Ineffective, sometimes partial hardening of the outer surface of the capsule due to uneven heating

Look again as CN207545486U's prior art disclosed a kind of drug-loaded capsule preparation nozzle and drug-loaded capsule preparation device, there are problems such as low degree of automation, low efficiency and incomplete packaging in the production process

[0004] In order to solve the common problems in the field such as low degree of automation, low packaging efficiency, incomplete sterilization and high labor costs, etc., the present invention is made

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