Cotton-harvesting robot презентация

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Prototype combine design the prototype harvester’s initial design, which consists

Prototype combine design

the prototype harvester’s initial design, which consists of

a vacuum system that sucks the bolls from cotton plants and deposits the bolls into a storage bin made from a modified five-gallon bucket with a sealed lid.
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What is this robot for? The robot is programmed to

What is this robot for?

The robot is programmed to go

to certain places on the field to collect mature cotton balls.
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Robot power UGVs are powered by 24 V batteries and

Robot power

UGVs are powered by 24 V batteries and have

a 5 V, 12 V and 24 V power distribution on the device. Depending on the payload, these vehicles can travel at a speed of about 2 mph for 2–3 hours before recharging is required.
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3-D printer was used to construct the suction inlets, as

3-D printer was used to construct the suction inlets, as

well as other parts needed for the harvester.

Creating a robot

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The cost of prototypes of the robotic cotton harvester, will be about $ 4000. Cost

The cost of prototypes of the robotic cotton harvester, will be

about $ 4000.

Cost

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Cotton-harvesting robot is a big help for farmers growing cotton. Great benefit

Cotton-harvesting robot is a big help for farmers growing cotton.

Great benefit

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The build quality of the robot The cotton harvester robot

The build quality of the robot

The cotton harvester robot was successfully

assembled and tested on a field within the first three months of its development.
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Do not spoil the soil Since robots do not need

Do not spoil the soil

Since robots do not need a human

driver, there is no need to maximize the efficiency of the driver, so the machines can be smaller and lighter, thus producing less soil compaction.
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Several small robots can do the work of one large manned machine.

Several small robots can do the work of one large manned

machine.
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