This invention is generally directed to developing for the booster for lift as well as thrust capable of applying to the motor and the engine to augment the power, thus resulting at saving fuels and decreasing exhaust gases and actualizing the air car as well as the sky crane of which lift is powerful enough to overcome the gravitation vertically through the air having no need for taxing.
The motor as well as the engine is required for producing stronger power with less exhausting gases from the global environment point of view. In addition, the vehicles as well as other machines and devices are sought for advanced performance at higher efficiency and more versatile in operation.
The motor as well as the engine depend mainly on the power produced by only conventional mechanism, thus suffering from low efficiency and power causing heavy pollution and consumption for natural resourses.
The present invention is generally directed to develop for the booster for lift as well as thrust applicable to the engine and the motor by means of applying a plural of either propeller or fan generated by a dynamic force in being enclosed with the trapezoid cylinder of which top area of the outlet is enlarged with brim warped outside, thus adding to the large pressure difference between the outside air and the inside air which is liable to cause to draw the inside air with strong attraction enable to enhance rotating operation of the propeller resulting at augment for the torque of the rotating shaft. Thus the rotating propeller enclosed with the trapezoid cylinder set on the shaft in a queue arranged lengthwise is designed to augment lift, on the other hand, on the shaft in a queue arranged laterally is designed to boost thrust in generating the dynamic force. The present invention also is directed to develop further boosting the dynamic force by means of arranging plural of blade of the propeller on the shaft in a queue cause to augment the torque to be operated by dint of the air flow produced by another fan, thus enhancing rotating operation of the device with less fuels as well as exhausting gases at higher efficiency.
As shown in FIG. (1), the motor equipped with torque booster (1) is equipped with a plural sets of propeller, 1st propeller (2) and 2nd (3) propeller set on the common shaft (4) enclosed with a trapezoid cylinder (5) in the form of the enlarged outlet (6) with the brim warped outside (6) to cause the pressure difference between the inside air and the outside air, thus being designed to draw air flow produced by the propeller generated with the rotating operation of the motor (1), of which design are similar to the conventional motor consisting of rotor (9), stator (8), fluid (10) and the shaft (4) as above set forth. The 2nd propeller (3) is to be accelerated by the air flow produced by the 1st propeller (2) is liable to turn into accelerator for the torque for the motor in rotating operation. Therefore, the motor car applied by either engine or motor equipped with torque booster (1) is designed to augment the torque in rotating operation, thus resulting at saving fuels and decreasing exhausting gases of which test result carried out by ourselves showed 10 times as much as augmenting the rotating force in case where the booster (1) is applied as compared with the test result executed without the booster.