Capsicum frutescens pickled pepper quantitative bagging machine

Abstract

Disclosed is a capsicum frutescens pickled pepper quantitative bagging machine. A speed-adjusting conveying belt is mounted below a raw material input port, a material distributing bin is mounted below the front end of the speed-adjusting conveying belt, two discharging ports are arranged at the lower end of the material distributing bin, two vibration conveying plates are mounted below the discharging ports respectively and includes a main material conveying plate and a fine-adjustment material conveying plate, a weighing bucket is mounted below the main material conveying plate and the fine-adjustment material conveying plate and composed of a fixed plate and a movable plate, the fixed plate is fixedly mounted on a weight sensing arm, the rear side of the movable plate is connected with an electromagnetic switch rod, a canning bucket is mounted below the weighing bucket, a soup input pipe is mounted in the canning bucket, a soup flow electromagnetic control valve is mounted on the soup input pipe, a bagging pipe is mounted at the lower end of the canning bucket, and a bagging sensing head is mounted on one side of the bagging pipe. When the machine is in use, a worker only needs to sleeve a packaging bag on the bagging pipe, then the sensing head can inform an electric control system to automatically complete automatic metering and bag canning.

Description

technical field [0001] The invention belongs to the technical field of food processing machinery and relates to a quantitative bagging machine for pickled millet pepper. Background technique [0002] The bagged millet spicy pickled chili food needs to place the millet pepper quantitatively in the packaging bag, fill the quantitative soup in the packaging bag, and then leave the factory in sealed packaging. At present, in the quantitative packaging process of spicy millet, manual weighing and bagging are used for packaging. This method not only affects the hygienic quality of food, but also has a high labor intensity and uses a lot of labor, which seriously affects the production efficiency of the enterprise. Contents of the invention [0003] The present invention aims at the problem that in the existing millet pepper quantitative bagging production process, the method of manual weighing and bagging is used for packaging, which not only affects the hygienic quality of food...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims at the problem that in the existing millet pepper quantitative bagging production process, the method of manual weighing and bagging is used for packaging, which not only affects the hygienic quality of food, but also has low production efficiency, and provides a quantitative bagging method of millet pepper pickled pepper. Bag machine, the top of the machine is equipped with an input port for millet spicy raw materials, a speed-regulating conveyor belt is installed under the input port, a speed-regulating motor is connected to a rotating roller of the speed-regulating conveyor belt, and a Weight sensor, the distribution bin is installed under the front end of the speed-regulating conveyor belt. There are two outlets at the lower end of the distribution bin. Two vibrating conveying plates are respectively installed under the two outlets. One of the two vibrating conveying plates It is the main feeding plate, and the other is the fine-tuning feeding plate. A vibrating frame is installed at the bottom of the vibrating feeding plate. The vibrating frame is fixed on the vibrator. A weighing bucket is installed under the main feeding plate and the fine-tuning feeding plate. The weighing bucket is composed of a fixed plate and a movable plate. The fixed plate is fixedly installed on the weight sensing arm, and the other end of the weight sensing arm is fixed on the frame. The rear side is connected with the electromagnetic switch rod, a canning bucket is installed under the weighing bucket, a soup input pipe is installed in the canning bucket, and a soup flow electromagnetic control valve is installed on the soup input pipe. A bagging tube is installed at the lower end, and a bagging sensor head is installed on one side of the bagging tube, and the automatic electric control system is installed on the rear side of the lower end of the frame

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