Back-pack electric air-flow cotton, fruit picking machine

Abstract

The invention relates to a picking machine, in particular to a backpack electric airflow cotton and fruit picking machine, which is characterized in that a motor is arranged on a mechanical connection plate; a power output shaft of the motor is connected with the input end of a gear band combination; the output end of the gear band combination is connected with the left-right suction blower; the rotating shaft end of the left-right suction blower is connected with a rotation through hole cover; a left cleaning room is provided with an exhaust-gas sundries exit B as well as a flower and fruit exit; a right cleaning room is provided with a main air inlet, a subsidiary air inlet and an exhaust-gas sundries exit A; and the left cleaning room is communicated with the right cleaning room by airpipes connected in series. The beneficial effects of the picking machine are that double blowers achieves the best effect of double cleaning and separation so that the harvest speed is improved, labor invested is reduced, and compared with the manual packing speed, the packing speed is improved by a plurality of times; the weight of the machine is light, the noise is low, the packing is free without restriction of the planting conditions; the machine wears well, and the operation speed can be controlled at any time; if the manipulator is changed, the fruits of more kinds of plants can be packed.

Description

[technical field] [0001] The invention relates to the technical field of picking machines, in particular to a backpack-type electric airflow cotton and fruit picking machine. [Background technique] [0002] In my country, most of the agricultural and forestry fruits are harvested by hand, especially the picking of small fruits, such as: wolfberry, seabuckthorn, red fruit, cotton, etc., all rely on manual picking, which is time-consuming, laborious and inefficient. It is a difficult problem for people to pick small fruits. For example: whenever the cotton picking period comes, the cotton farmers are busy picking cotton. Since the method used is the manual operation that has lasted for thousands of years, it is not only labor-intensive but also picking efficiency. It is extremely low, and sometimes in continuous rainy weather, the cotton cannot be harvested in time for a while, which seriously affects the quality level of cotton. It is a pity that the quality level of cotton is ...

AI Technical Summary

Problems solved by technology

[0002] In my country, most of the agricultural and forestry fruits are harvested by hand, especially the picking of small fruits, such as: wolfberry, seabuckthorn, red fruit, cotton, etc., all rely on manual picking, which is time-consuming, laborious and inefficient. It is a difficult problem for people to pick small fruits. For example: whenever the cotton picking period comes, the cotton farmers are busy picking cotton. Since the method used is the manual operation that has lasted for thousands of years, it is not only labor-intensive but also picking efficiency. It is extremely low, and sometimes in continuous rainy weather, the cotton cannot be harvested in time for a while, which seriously affects the quality level of cotton. It is a pity that the quality level of cotton is lowered during the picking process. A lot of manpower must be invested in order to finish picking in time, which increases the cost of cotton planting; "Phenomenon, especially the phenomenon that cotton farmers' hair is mixed with cotton is very common, which is another important factor that causes the quality grade of cotton to decrease

[0003] There has been a medium-sized cotton picker in the market that uses a suction head to absorb the cotton bolls in the bolls. For bolls with different maturity levels, the suction is difficult to adjust. If the suction is too high, impurities such as cotton leaves will be sucked together, and the impurity content of the cotton bolls will increase. high, degraded quality

If the suction force is too small, the cotton wool in the center of the boll can only be sucked in, and the cotton wool sticking to the boll cannot be sucked, and the recovery rate is low, resulting in the loss of cotton wool

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