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Gear torsional moment converter and reciprocating piston power machine for gear transmission

A technology of torque converter and gear transmission, which is applied in transmission devices, engine components, friction transmission devices, etc., can solve the problems of many rotating components and high manufacturing costs, achieve small friction loss and waste work loss, reduce heat pollution, and be easy to implement Effect

Inactive Publication Date: 2008-09-24
黎耕
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the rotary piston internal combustion engine has many rotating components and may be expensive to manufacture

Method used

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  • Gear torsional moment converter and reciprocating piston power machine for gear transmission
  • Gear torsional moment converter and reciprocating piston power machine for gear transmission
  • Gear torsional moment converter and reciprocating piston power machine for gear transmission

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Experimental program
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Effect test

Embodiment Construction

[0059] (1) Implementation of gear torque converter:

[0060] 1. Implementation of Shaft Gear Torque Converter:

[0061] Figure 1 ~ Figure 3 They are the structural diagrams of three kinds of shaft gear torque converters using single driving shaft, double driving shaft (using the method of shaft outer shaft) and applying bevel gear transmission. As shown in the figure, the shaft gear torque converter consists of n driving shafts axis like 0 1 and 0 2 , crankshaft 0, and 2 total 2n gear trains containing incomplete gears between each driving shaft and the crankshaft, and each driving shaft alternately meshes with two gear trains with the same absolute value of the transmission ratio through the incomplete gears meshing; the ratios of the two gear trains are equal in absolute value. The drive shaft and the crankshaft are respectively the input and output shafts for force-torque conversion; the crankshaft can be selected as any driven shaft in the gear train.

[0062] As can...

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Abstract

The invention discloses a gear torque converter and a round-trip piston power machine of gear transmission applied to the gear torque converter. The gear torque converter includes a main drive shaft, a crankshaft, a gear system between the main drive shaft and the crankshaft. The main drive shaft and the crankshaft are the input shaft and the output shaft of the force torque transformation respectively. The main drive shaft and the crankshaft can be one or multiple. Two gear systems including an incomplete gear are arranged between each main drive shaft and the corresponding crankshaft. The absolute value of the transmission ratio of the two gear systems are the same. Each main drive shaft alternately meshes with the two gear systems via the incomplete gear. The crankshaft can be any driven shaft in the gear system. The round-trip piston power machine of the gear torque converter can greatly improve the mechanical efficiency of a force converting mechanism and the effective thermal efficiency of the whole machine, reducing the discharge of the incomplete comburent, the noise pollution and the thermal pollution. The round-trip piston power machine is convenient for using the prior mature power machine technology with the convenient upgrade and easy implementation.

Description

technical field [0001] The invention relates to a reciprocating piston power machine and a force-torque conversion device thereof, in particular to a gear torque converter of a reciprocating piston power machine driven by gears, and the gear-driven reciprocating piston power machine. Background technique [0002] The power machine referred to herein includes internal combustion engine and steam engine. At present, in the field of power machines, the crankshaft connecting rod reciprocating piston internal combustion engine has the deepest research and the widest application, and is widely used in various economic fields and national defense construction. The force conversion mechanism of this crankshaft connecting rod reciprocating piston type internal combustion engine is a sinusoidal mechanism, and when the crankshaft rotates, there are two dead centers in the piston. The closer it is to the dead center, the dead center of force conversion, the less efficient the crankshaf...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): F16H35/00F16H19/04F16J10/00
Inventor 黎耕
Owner 黎耕
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