Vine tea beverage filling machine using electrostatic rectification to prevent airflow from blowing out output fluid

Abstract

The invention discloses a rattan tea beverage filling machine which utilizes electrostatic rectification to prevent the airflow from blowing away the output fluid. The interior is flexibly connected with the device housing at the same time. The output pipes are located at the left and right ends of the device housing and are connected through the device housing. The power frame sucks air to drive the internal block down, and then presses the lower opening and closing block through the pressure plate. The opening and closing of the water flow can be adjusted through the structural characteristics of the through hole where one end of the opening and closing block is sealed and the other end is provided with a movable baffle, so that when the valve is reset, the internal water flow cannot be directly closed to cause dripping, and at the same time, the water flow is driven by pressure. The internal fixing frame is moved by water pressure, so that the piezoelectric effect is generated inside the fixing frame, and the current is continuously output through the fixing of the adjusting frame, so that the current is carried on the diversion block, so that the flow is concentrated and the water flows out along the direction of the diversion block.

Description

technical field [0001] The invention relates to the field of beverage filling, in particular to a rattan tea beverage filling machine which uses electrostatic rectification to prevent airflow from blowing away output fluid. Background technique [0002] The current filling device usually presses out the beverage in the interior through the straight tube by pressure or vacuum. And control the output and closure of the internal vine tea beverage through the horizontal valve, but in this way it is easy to cause: [0003] During the filling work, when the beverage output through the straight pipe flows into the inside of the bottle from the upper end, there is a section in contact with the atmosphere. When the external air flow is strong, the direction of the fluid is easy to change and does not flow into the inside of the bottle, thus Affecting the filling effect will also affect the surface of the filling equipment, resulting in a large area of ​​stains. At the same time, thr...

AI Technical Summary

Problems solved by technology

And control the output and closure of the internal vine tea beverage through the horizontal valve, but in this way it is easy to cause:

[0003] During the filling work, when the beverage output through the straight pipe flows into the inside of the bottle from the upper end, there is a section in contact with the atmosphere. When the external air flow is strong, the direction of the fluid is easy to change and does not flow into the inside of the bottle, thus Affecting the filling effect will also affect the surface of the filling equipment, resulting in a large area of ​​stains. At the same time, through the horizontal valve and the vertical water flow, the water flow will still flow out for a short period of time when the pressure is closed and the valve is back-pressurized. Causes dripping, making it difficult to control the output of the internal water flow

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