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CN-121993566-A - Synchronous transmission power amplifying mechanism for internal and external gears

CN121993566ACN 121993566 ACN121993566 ACN 121993566ACN-121993566-A

Abstract

The power amplifying mechanism is a new generation of power amplifying mechanism developed by utilizing the principle of combined power amplifying of a circular lever. The device consists of a power input gear (1), an action gear (2) with inner teeth and outer teeth, two transmission gears (3) (4) and a central power output gear (5). The power input gear (1) is meshed with external teeth of the action gear (2), internal teeth of the action gear are meshed with the two transmission gears (3) and (4), the two transmission gears (3) and (4) are meshed with the central power output gear (5), the diameters of the two transmission gears (3) and (4) and the diameter of the power output gear (5) are equal, the power input gear (1) is arranged on the input shaft (6), the two transmission gears (3) and (4) are respectively arranged on the transmission shafts (8) and (9), and the central power output gear (5) is arranged on the power output shaft (7). The whole set of transmission mechanism is respectively fixed in a shell (12) by two side cover bearing seats (10) (11) and a bearing jacket of the shape-moving gear (2) through bearing combination. The power amplification factor of the power amplification mechanism is proportional to the length of the outer radius of the action gear and inversely proportional to the length of the inner radius. But also the radius of the two transmission gears, and the transmission ratio of the power input gear to the power output gear to the action gear. Therefore, the length of different gear radius is selected, the gear ratio is suitable, and different power amplification factors such as 125%, 130%, 135% and the like can be obtained, so that the gear ratio can be widely applied to various power machines and various vehicle manufacturing, the service efficiency of various machines can be greatly improved, a large amount of energy sources are saved, and the energy crisis is solved. The amplifier has simple structure and is very easy to produce and manufacture.

Inventors

  • CHEN ZHONGMING

Assignees

  • 陈中明

Dates

Publication Date
20260508
Application Date
20260130

Claims (6)

  1. 1. The power amplifier is a generation amplifying mechanism designed and developed by utilizing the principle of round lever combined power amplification.
  2. 2. A power amplifier is characterized by comprising an action gear (2) with inner teeth and outer teeth, two transmission gears (2) (3), a central power output gear (5) and a power input gear (1). The power input gear (1) is meshed with external teeth of the action gear (2), internal teeth of the action gear are meshed with the two transmission gears (3) and (4), the two transmission gears (3) and (4) are meshed with the central power output gear (5), the diameters of the two transmission gears (3) and (4) and the diameter of the power output gear (5) are equal, the power input gear (1) is arranged on the input shaft (6), the two transmission gears (3) and (4) are respectively arranged on the transmission shafts (8) and (9), and the central power output gear (5) is arranged on the power output shaft (7). The whole set of transmission mechanism is respectively fixed in a shell (12) by two side cover bearing seats (10) (11) and a bearing jacket of the shape-moving gear (2) through bearing combination.
  3. 3. The power amplifier is characterized in that the power amplification factor of the power amplifier is related to the ratio of the inner radius to the outer radius of the inner gear (2), and the transmission ratio of the transmission gear, the action gear, the power output gear and the power input gear.
  4. 4. It is characterized in that two transmission gear shafts (8) and (9) and a central power output shaft (7) in the power amplifier are arranged on a side cover bearing seat (10) and (11) in the same line. The power input gear shaft (6) is arranged on a vertical line of the shafts (8) (9) (7).
  5. 5. The power amplifier is characterized in that the two transmission gears (3) (4) and the central power output gear (5) of the power amplifier can be in an integral structure form of shaft teeth or in a split structure form, and the split structure is combined by key clamping springs.
  6. 6. The power amplifier is characterized in that the action gear (2) of the inner and outer teeth of the power amplifier and the bearing sleeve are in a wheel sleeve integrated structure or in a split structure, and the split structure is combined by bolts.

Description

Synchronous transmission power amplifying mechanism for internal and external gears The invention relates to a new generation of power amplifying mechanism designed and developed by utilizing a round pole lever combined power amplifying principle. The power amplifying mechanism is formed by combining the diameters of the inner gear and the outer gear according to different proportions by utilizing the principle of power amplification by combining a circular pole lever, and increases the power output under the condition that the input power of a power machine is unchanged by the output power rotating speed of the power amplifying mechanism, so that the power amplifying mechanism is realized. The power amplification mechanism is realized by the power input gear (1), an action gear (2) with internal and external teeth, and a central power output gear (5) of two transmission gears (3) (4). The power input gear (1) is meshed with external teeth of the action gear (2), internal teeth of the action gear are meshed with the transmission gears (3) and (4), the two transmission gears (3) and (4) are meshed with the middle power output gear (5), the power input gear is arranged on the input shaft (6), the transmission gears (3) and (4) are respectively arranged on the transmission shafts (8) and (9), and the power output gear (5) is arranged on the power output shaft (7). The whole set of transmission mechanism is respectively fixed in a shell (12) by two side cover bearing seats (10) (11) and a bearing jacket of the shape-moving gear (2) through bearing combination. The power amplification factor of the power amplification mechanism is proportional to the length of the outer radius of the action gear and inversely proportional to the length of the inner radius. And is also proportional to the radius of the two transmission gears, and is also related to the transmission ratio of the power input gear to the power output gear to the action gear. The length of the different gear radii is thus chosen and the appropriate gear ratio will be chosen to achieve corresponding different power magnifications such as 125%, 130%, 135%. The power amplifier has the greatest advantages that the power amplifier fully utilizes the principle of power amplification combined by the round pole lever, realizes power amplification, has simple structure and easy production and manufacture, and can be widely applied to the production and manufacture of various power machines and the manufacture of various vehicles. The use efficiency of the machine is greatly improved, a large amount of energy is saved, and the energy crisis is solved. Drawings Fig. 1 is a schematic diagram of a synchronous transmission power amplifying mechanism structure of an internal and external gear, and fig. 2 is a schematic diagram of a brief description of a synchronous transmission power amplifying mechanism structure of an internal and external gear. The power amplifying mechanism is further described below with reference to the accompanying drawings: In the embodiment, the power input gear (1) is meshed with external teeth of the action gear (2), internal teeth of the action gear (2) are meshed with the two transmission gears (3) (4), the two transmission gears (3) (4) are meshed with the central power output gear (5), the diameters of the two transmission gears (3) (4) and the power output gear (5) are equal, the power input gear (1) is arranged on the input shaft (6), the two transmission gears (3) (4) are respectively arranged on the transmission shafts (8) (9), and the central power output gear (5) is arranged on the power output shaft (7). The whole set of transmission mechanism is respectively fixed in a shell (12) by two side cover bearing seats (10) (11) and a bearing jacket of the shape-moving gear (2) through bearing combination. The power amplifying mechanism is used in that the power input shaft of the mechanism is connected to the power output shafts of various power machines, and the power amplifying mechanism is used to obtain the power with corresponding power amplification factor. For example, a motor with power of 5KW/h is connected to a power amplifying mechanism with power amplification factor of 130%, under the condition that the power input rotation speed of the motor and the rotation speed of an output shaft of the power amplifier are unchanged, the power of the motor with power of 6.5 KW/h is obtained on the power output shaft, and if the power amplifying mechanism is continuously used, the power of the motor can be amplified in square, cube and other square manners.