Automatic bottle opening, filling, adding and dissolving liquid supply system for bottled powder

Abstract

The invention discloses an automatic bottle opening, filling, adding and dissolving liquid supply system for bottled powder. The liquid supply system comprises a temporary storage device, a transferring device, a lifting mechanism, a clamping device, a liquid preparation device, a recycling assembly and a controller and is used for completing the actions of transportation temporary storage, transferring, clamping, bottle opening, liquid preparation, liquid storage and bottle body recycling of powder bottles. The liquid supply system achieves automation of the whole process, manual participation is only needed during bag placing, the automation level of equipment is effectively improved, the structural design is reasonable, the operation is easy, the automation degree is high, the equipmentcan be effectively prevented from being corroded by powder in the liquid preparation operation process, the equipment maintenance cost is reduced, the equipment service life is effectively prolonged,and good market application prospects are realized.

Description

technical field [0001] The invention relates to the technical field of automatic liquid dispensing, and more specifically relates to a liquid supply system for automatic bottle opening, pouring, dosing, dissolving, and liquid preparation of bottled powder. Background technique [0002] At present, the known centralized liquid supply system is mainly divided into two categories: central concentrated liquid supply system and central dialysate supply system. my country mainly adopts the method of central concentrated liquid supply system. , The work of storing and outputting concentrated liquid is mainly characterized by low degree of automation and high dependence on manpower at this stage. [0003] Domestic automatic liquid dispensing devices mainly include the following three types: 1. It is realized by breaking the bag body, the details are as follows: manually place the powder bag on the feeding conveyor, and the bag opening device is a motor-driven multi-row hob, hob Afte...

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Problems solved by technology

[0005] However, there are disadvantages in the above-mentioned schemes. First, the first implementation of cracking the bag body with the filter device has the main disadvantages: in the process of cracking the bag body, it is easy to cause powder pollution, the powder is easy to block the filter screen, and the powder is easily acid-base. Corrosion of the cutter and filter, meanwhile, the powder is also polluted by the cutter and filter

Frequent cleaning and maintenance of the equipment is required, and thorough disinfection of the liquid medicine is also required; the main disadvantages of the second method of caching powder discharge by weight are: the powder caching box has very high requirements on temperature and humidity, and the discharge metering device The precision requirements are also very high, resulting in very high equipment costs

The buffer box needs to be in contact with the external environment when feeding and discharging. During this period of time, the quality of the powder in the buffer box is difficult to control, and this equipment also has very high requirements for the environment in which it is used; The main disadvantage of the implementation plan is that the distance between the powder bags on the suspension system is not fixed, and mutual impact will affect the positioning and equipment stability

The opening and closing of the clip is manually operated, not only when filling the bag, but also when recycling the empty bag, which is highly dependent on personnel

The cutter needs to be in direct contact with the powder bag when opening the bag, causing powder pollution

The receiving funnel below may not be able to completely collect the powder, it is inevitable that the powder will spill out and pollute the equipment, and the powder on the funnel will breed bacteria after sticking, requiring frequent cleaning

The method of cutting and opening the bag cannot ensure that the bag body is completely opened, and there will be a certain amount of material left in the bag, which not only affects the dosing concentration, but also pollutes the equipment during recycling; The disadvantage is: the powder bottle is placed horizontally, it is difficult to control the direction of the conveying line and the walking speed of the powder bottle

The recycling component cuts the bottle body, which has high requirements on the cutter and power, and there is a risk of the bottle body flying off, which increases the cost and complexity of the equipment

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