Energy saving and environmental protection four-drive power machine

Abstract

The invention relates to an energy-conservation environment-friendly all-wheel-drive power machine. The energy-conservation environment-friendly all-wheel-drive power machine comprises a main power and transmission mechanism, four linked auxiliary units, a four-unit linkage power output and transmission mechanism, a synchronous adjusting mechanism and a frame, wherein the main power and transmission mechanism comprises a variable-speed direct-current motor and a main power distribution and transmission mechanism, and the main power distribution and transmission mechanism comprises a worm, a turbine, a turbine transmission sleeve, a first driving large conical gear, four first driven small conical gears, a first ratchet mechanism, a second ratchet mechanism and a first conical gear box; the four linked auxiliary units are identical in structures, and the first auxiliary unit comprises a first power input and transmission mechanism, a first lever vertical shaft, a first counterweight body support arm, a first counterweight body and a first power output and transmission mechanism; the synchronous adjusting mechanism comprises a synchronous adjusting central shaft and a second ratchet mechanism. The energy-conservation environment-friendly all-wheel-drive power machine has the advantages that applicability to power supplying of large fixing equipment is achieved, and energy conservation is achieved since kinetic energy and potential energy of the counterweight body and the lever principle are utilized.

Description

technical field [0001] The invention relates to an energy-saving and environment-friendly four-drive power machine, which is suitable for power supply of large fixed equipment. Background technique [0002] The Chinese patent discloses "A Power Head for New Energy, Environmental Protection and Energy Saving" (patent application number 2012104395006). There is an eccentric flywheel; a driving device for driving the input shaft to rotate; a swing shaft connected to the eccentric flywheel through bearings, a counterweight iron arranged on the swing shaft; a first output shaft supported on the machine base, and an input end of the first output shaft A transmission nut is threadedly connected, and one end of the oscillating shaft is fitted with the transmission nut in clearance and connected by a transmission pin. [0003] The disadvantages of the above-mentioned power head are as follows: (1) the centrifugal force of the counterweight iron will cause the body to swing during th...

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Problems solved by technology

[0003] The disadvantages of the above-mentioned power head are as follows: (1) The centrifugal force of the counterweight iron will cause the body to swing during the rotation process. Therefore, the stability of the body is poor, and the entire body needs to be cast and fixed underground

(2) For a heavy-duty power head with a large output power, the height of the fuselage will increase accordingly. For example, a counterweight iron weighing more than 4000kg requires a fuselage height of more than 10 meters, and the underground installation and casting construction is difficult

(3) When the body is installed, the vertical accuracy is difficult to guarantee

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