Frictional gearing apparatus

Claim 1

An apparatus for accelerating or decelerating the input rotation at the output, said apparatus comprising a cylindrical casing open at both ends wherein two shafts are disposed rotatably on a same axis extending horizontally in opposite directions out of said casing, one of said shafts at its inward end fixing axially to a dish-like rotary object at its center, said rotary object forming a friction surface of a truncated cone shape at its inside periphery facing axially inward, the other shaft at its inward end fixing to an inwardly tapering conical rotary object forming a friction surface at the outer periphery of its inward end portion, said dish-like rotary object and said conical rotary object in this state confronting axially each other at the inside periphery and the inward end portion respectively, a plurality of globular members of a fixed size being rotatably supported by respective axes in between said rotary objects so as to make rotational and frictional contacts simultaneously with both of said friction surfaces, said shafts each being available for the input and the output in alternation, said dish-like rotary object, globular members each, and conical rotary object at their mutually contacting portions measuring diametrically the biggest, 2nd and 3rd in the above-mentioned order so that the rotation of the input shaft may be accelerated or decelerated through its transmission to the output shaft via said rotary objects and said globular members in proportion to ratios between their diametrical lengths.

Claim 2

An apparatus for accelerating or decelerating the input rotation at the output, said apparatus comprising a cylindrical casing open at both ends wherein two shafts are disposed rotatably on a same axis extending horizontally in opposite directions out of said casing, one of said shafts at its inward end fixing axially to a dish-like rotary object at its center, said rotary object forming a friction surface of a truncated cone shape at its inside periphery facing axially inward, the other shaft at its inward end fixing to an inwardly tapering conical rotary object forming a friction surface at the outer periphery of its inward end portion, said dish-like rotary object and said conical rotary object in this state confronting axially each other at the inside periphery and the inward end portion respectively, a plurality of globular members of a fixed size being rotatably supported by respective axes in between said rotary objects so as to make rotational and frictional contacts simultaneously with both of said friction surfaces, said shafts each being available for the input and the output in alternation, said dish-like rotary object, globular members each, and conical rotary object at their mutually contacting portions measuring diametrically the biggest, 2nd and 3rd in the above-mentioned order so that the rotation of the input shaft may be accelerated or decelerated through its transmission to the output shaft via said rotary objects and said globular members in proportion to ratios between their diametrical lengths.

Claim 3

An apparatus for accelerating the input rotation at the output, said apparatus comprising a cylindrical casing closed at one end wherein are rotatably disposed two shafts so as to extend axially in the same direction out of said casing in the state that one of said shaft extends through the inside of the other shaft, the inner shaft reaching farther than the covering shaft, said covering shaft at its inward end fixing axially to a dish-like rotary object at its center, said object forming a friction surface of a truncated cone shape at its inside periphery facing the closed side of said casing, the inner shaft at its inward end fixing to the forward tip of a forwardly tapering conical rotary object facing the open side of said casing, said conical object forming a friction surface at the outer periphery of its forward end portion, a plurality of globular members of a fixed size being rotatably supported by respective axes in between said rotary objects so as to make rotaional and frictional contacts simultaneously with both of said friction surfaces, said dish-like rotary object, globular members each and conical rotary object at their mutually contacting portions measuring diametrically the biggest, second and third in the above-mentioned order so that the rotation of said covering shaft at the input may be multiplied through its transmission to the inner shaft at the output via said rotary objects and globular members.

Claim 4

An apparatus for accelerating the input rotation at the output, said apparatus comprising a cylindrical casing closed at one end wherein are rotatably disposed two shafts so as to extend axially in the same direction out of said casing in the state that one of said shaft extends through the inside of the other shaft, the inner shaft reaching farther than the covering shaft, said covering shaft at its inward end fixing axially to a dish-like rotary object at its center, said object forming a friction surface of a truncated cone shape at its inside periphery facing the closed side of said casing, the inner shaft at its inward end fixing to the forward tip of a forwardly tapering conical rotary object facing the open side of said casing, said conical object forming a friction surface at the outer periphery of its forward end portion, a plurality of globular members of a fixed size being rotatably supported by respective axes in between said rotary objects so as to make rotaional and frictional contacts simultaneously with both of said friction surfaces, said dish-like rotary object, globular members each and conical rotary object at their mutually contacting portions measuring diametrically the biggest, second and third in the above-mentioned order so that the rotation of said covering shaft at the input may be multiplied through its transmission to the inner shaft at the output via said rotary objects and globular members.