preparation for further processing. It is nothing but de-shelling process for several seed (groundnut seeds, Jatropha seeds and Pongamia seed) varieties. The word decorticator is also referred to a device which helps to separate the seeds from the Pods, the structure of device varies from crop to crop based on seed type. In the present research, a protocol has been proposed to design the agri-machine. The principle behind this fabrication is that, the mechanical separation of seeds from Pongamaia pods by developing appropriate technology i.e, Machine operated Agri- Machine which requires less human energy to achieve sustainable development of rural farmers.[9-10] Fig.3 Photo showing Dehusked Areca nut
II. RELATED WORKS:
There are few Areca nut peeling machines are available in the market. These machines are further classified into:
Manually operated machines: These machines are either hand operated or pedal operated.
Fully automated machines: These machines are operated by electric motor and other source of energies.
The below machine in Fig.4 consists of a mainframe on which a rotary shelling drum having 8 numbers of solid rubbers on its periphery is mounted. Below this, a concave is placed to aid shelling and to pass the Dehusked material down. After Dehusking kernels and husk flow to the duct and reach the air stream, produced by a blower. The husk is thrown out and the kernels/nuts are collected at the bottom. Depending upon the size of fruits, the concave has to be changed for higher efficiency and minimum breakage. Grading the dried fruits before Dehusking will also help to increase the Dehusking efficiency and reduce the breakage. 1 hp electric motor is required to run this machine. Its production capacity is 30 kg per hour. The cost of this unit is Rs. 25 000.
preparation for further processing. It is nothing but de-shelling process for several seed (groundnut seeds, Jatropha seeds and Pongamia seed) varieties. The word decorticator is also referred to a device which helps to separate the seeds from the Pods, the structure of device varies from crop to crop based on seed type. In the present research, a protocol has been proposed to design the agri-machine. The principle behind this fabrication is that, the mechanical separation of seeds from Pongamaia pods by developing appropriate technology i.e, Machine operated Agri- Machine which requires less human energy to achieve sustainable development of rural farmers.[9-10] Fig.3 Photo showing Dehusked Areca nut
II. RELATED WORKS:
There are few Areca nut peeling machines are available in the market. These machines are further classified into:
Manually operated machines: These machines are either hand operated or pedal operated.
Fully automated machines: These machines are operated by electric motor and other source of energies.
The below machine in Fig.4 consists of a mainframe on which a rotary shelling drum having 8 numbers of solid rubbers on its periphery is mounted. Below this, a concave is placed to aid shelling and to pass the Dehusked material down. After Dehusking kernels and husk flow to the duct and reach the air stream, produced by a blower. The husk is thrown out and the kernels/nuts are collected at the bottom. Depending upon the size of fruits, the concave has to be changed for higher efficiency and minimum breakage. Grading the dried fruits before Dehusking will also help to increase the Dehusking efficiency and reduce the breakage. 1 hp electric motor is required to run this machine. Its production capacity is 30 kg per hour. The cost of this unit is Rs. 25 000.
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