Steering and power control system for manpower transportation tool
A human-powered vehicle, power control system technology, applied in rider drive, transportation and packaging, chain/belt drive, etc., to solve problems such as power system supply
Active Publication Date: 2016-01-13
韦建军
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Problems solved by technology
[0002] Existing human-powered bicycles, human-powered tricycles and other land-based human-powered vehicles, foot-operated human boats in waterways, and human-powered fixed-wing aircraft in the air, these human-powered vehicles turn to usually rely on manual control, and power is then all controlled by foot power. There are some unreasonable things in this traditional design, such as when the road conditions are good, one hand can control the direction, and the other hand is empty, but the empty hand cannot provide part of the power for the power system. If other parts of the body can be used to control the direction when the road conditions are good, both hands of the driver can be completely freed.
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[0022] Figure 4 It is the second embodiment of the present invention, which is different from the above-mentioned embodiments in that the foot pedal does not transmit the foot force to the foot force transmission sprocket through the lever. Foot pedal 20' directly transmits the power of the foot to the foot power transmission chain 19'. Converging drive shaft 13 front ends at power center are provided with sprocket support shaft 29, are connected with two foot power transmission sprockets 22 ' that are arranged oppositely on sprocket support shaft 29, each foot power transmission sprocket 22 passes through a foot power transmission chain 19 respectively The power is transmitted to the power center and the transmission shaft 13 is combined, and the two foot pedals 20' are respectively fixedly connected with the two foot power transmission chains 19' through the fixing device, and the two sides of the foot pedal 20' are connected with guide rods 27 respectively. The inner edge...
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The invention provides a steering and power control system for a manpower transportation tool and relates to a control system for controlling steering and power in the manpower transportation tool. The control system comprises a support, a seat, a back and hand combined control steering mechanism and a hand and foot synthetic control power mechanism. The seat is arranged at the rear end of the support, and the back and hand combined control steering mechanism and the hand and foot synthetic control power mechanism are arranged on the support. The back and hand combined control steering mechanism comprises a hand control steering rocker bar, a back control steering device and a connecting bar. The hand and foot synthetic control power mechanism comprises a foot power transmission device and a hand power transmission device. The direction can be controlled simultaneously through one hand and the back, acting force can be applied to the hand power transmission device through the other hand, the direction can also be controlled through the back control steering device when the road condition is good, the double hands can be released, the double hands can simultaneously apply larger acting force to the hand power transmission device, the driving power of the manpower transportation tool becomes larger, and the defects that in a traditional manpower transportation tool, the direction is controlled with the two hands, and power is provided through foot strength completely are overcome.
Description
technical field [0001] The present invention relates to a control system for controlling steering and power used in human-powered vehicles. Background technique [0002] Existing human-powered bicycles, human-powered tricycles and other land-based human-powered vehicles, foot-operated human boats in waterways, and human-powered fixed-wing aircraft in the air, these human-powered vehicles turn to usually rely on manual control, and power is then all controlled by foot power. There are some unreasonable things in this traditional design, such as when the road conditions are good, one hand can control the direction, and the other hand is empty, but the empty hand cannot provide part of the power for the power system. If other parts of the body can be used to control the direction when the road conditions are good, both hands of the driver can be completely released. Therefore be necessary to invent a kind of human vehicle control system that does not fully rely on hand control...
Claims
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Login to View More IPC IPC(8): B62M1/12B62M1/00B62M9/02
Inventor 韦建军
Owner 韦建军