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Method for simultaneously producing products on beer can production line and bottle (small bottle) production line sharing one sterilization machine

A technology of cans and sterilizers, which is applied in bottling machines, bottle filling, transportation and packaging, and can solve the problems of large investment, idle equipment, and high production costs

Inactive Publication Date: 2008-10-08
张学军
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0012] The can production line can be equipped with a sterilizer alone to increase the output per unit time, but the disadvantages are: large investment. When the market sales are insufficient, the equipment is idle and the production cost is high.
[0023] 2) Obstacles caused by the function of the sterilizer
It leads people not to consider the possibility of technical solutions to overcome the above obstacles. For decades, it has hindered people's in-depth research and development in this technical field, and the resources of the equipment have not been better utilized.

Method used

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  • Method for simultaneously producing products on beer can production line and bottle (small bottle) production line sharing one sterilization machine
  • Method for simultaneously producing products on beer can production line and bottle (small bottle) production line sharing one sterilization machine
  • Method for simultaneously producing products on beer can production line and bottle (small bottle) production line sharing one sterilization machine

Examples

Experimental program
Comparison scheme
Effect test

Embodiment Construction

[0054] Improving the existing production process of the sterilizer

[0055] · Process improvement plan 1:

[0056] Set the glass vials to be sterilized on the upper layer of the sterilizer, and the cans to be sterilized on the lower layer.

[0057] ●Process improvement plan 2:

[0058] The design temperature is close to the sterilization quality temperature of both cans and glass vials

[0059] Between these two sterilization temperatures, the upper limit temperature of cans (such as 61.5°C area), the lower limit temperature of glass vials (such as 63°C area), find a reasonable temperature between the two, which can meet the requirements of simultaneous production and meet or be close to the upper level. The PU value of the sterilization quality standard for glass vials and lower cans.

[0060] ●Process improvement plan 3:

[0061] Assemble the lower cooling pipe

[0062] In actual production, it is necessary to take into account the downtime caused by various factors...

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Abstract

The invention provides a simultaneous production method for a beer can production line and a bottle production line (small bottles) which share a sterilizer. By a series of technical measures, the invention solves the problem in the traditional technique, that the cans and the small bottles with different sterilization temperature due to different materials can not use the same sterilizer during the production of the cans or the small bottles. The invention successfully uses the same sterilization temperature for sterilizing the glass small bottles (Pint) at an upper layer and the cans at a lower layer during the operation of the sterilizer. The invention realizes that the two different products can be produced in the same sterilizer and obtain the same sterilization quality. As to future beer manufacturers in China, methods used according to yield of the cans and the small bottles are as follows: when the yield of the small bottles is higher than the yield of the cans, not only the utilization rate of the energy in the sterilizer for producing the small bottles is enhanced by one time, but as to the cans, no production cost is consumed like using one invisible sterilizer; when the yield of the can is higher than the yield of the small bottles, the surpassing quantity can be solely produced by the can sterilizer; and the part of the yield of the can equal to the yield of the small bottle can be fulfilled by the invisible sterilizer; thus saving the cost of the electrothermal energy consumed by the sterilizer and strengthening the competitive power of an enterprise.

Description

technical field [0001] The technical field of invention application of this technical scheme is the packaging industry in beer production Background technique [0002] ●Beer packaging lines at home and abroad mainly include cans and bottled production lines. [0003] The speed is based on the maximum production speed of the wine filling machine. The small bottle production line and the large bottle production line are generally common. The glass small bottle (Pint capacity is about 330ml) and the glass large bottle (Quart capacity is 640ml) can share the same bottling line, but each equipment is required to have large and small bottles The function of mutual conversion between bottle types, most manufacturers have production lines with the function of mutual conversion between large and small bottles. [0004] attached figure 1 [0005] The can production line is equipped with a sterilizer separately [0006] For the can production line (Can capacity 330-355ml), the prod...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A61L2/04B67C7/00
Inventor 张学军
Owner 张学军
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