JP3763009B2 - Light-weight two-part separation flywheel - Google Patents

Description

The present invention is a heavy weight outer ring with a different weight and an inner ring provided with a light weight dispersed bipartite circular double-clasp plate former, inner ring, shaft hole with spline groove and anti-rotation pin hole. The outer ring through which the convex part of the part and the detent pin hole for pinching of the sandwiching plate penetrate, and the outer ring part on the inner ring side are provided with a step for assembling the outer ring and a pin hole through which the detent pin does not penetrate, A lightweight double-split flywheel capable of high-speed, long-time operation durability as a power booster by completing a lightweight double-split flywheel with a detent. A single-plane structure that can be rearranged and stacked so that the flywheel can be increased or decreased as needed for the amount of increase or decrease in output. A high centrifugal force can be obtained by the weight material of the outer ring part, and it can be stacked when the output is increased as necessary. In addition, the number of parts has been reduced to a small number.
[0001]
BACKGROUND OF THE INVENTION
The present invention has the features that the structure is simple and easy to handle, and that the horsepower can be freely changed. In manufacturing, the structure was simplified, the number of parts was reduced to a small number, and the assembly time was reduced, making it easier to handle.
[0002]
[Problems to be solved by the invention]
A structure that withstands high-performance power increase and high-speed rotation, and is equipped with spline grooves, etc. so that the time required for light weight bisection, stacking, and rearrangement can be omitted.
[0003]
[Means for solving the problems]
A flywheel constructed by combining two types of materials instead of a single unit to reduce the added weight so that the bearing can sufficiently withstand high-speed rotation and weight so that the weight can be reduced. .
[0004]
[Conventional technology]
The weight-separated flywheel according to the present invention is not conventional, and can be applied to a found flywheel.
A flywheel mounted on a conventional mechanical device is difficult to handle because it has a single structure and cannot be rearranged.
[0005]
【Example】
Power can be increased with a separated flywheel that is transmitted to the power booster and converted to high-speed rotation, which is useful for energy saving and generates powerful power.
[0006]
【The invention's effect】
The flywheel needs to be developed as a flywheel capable of high-performance and high-speed rotation for a long time, and the outer ring is divided into a heavy object and the inner sandwich plate is divided into a lightweight object. The outer ring circular sandwiching plate is assembled from both sides and assembled to complete a lightweight two-part structure.
In order to endure the bearing for a long period of time, it is necessary to have features that cannot be obtained with a single weight flywheel. The flywheel is assembled by using two sandwich plates in the separated part inside the outer ring.
[0007]
[Industrial application fields]
It can be used as a power increasing device such as a press, power generating flywheel, stirrer, compressor, pump, engine, etc.
[Brief description of the drawings]
FIG. 1 is an assembled cross-sectional view of an outer ring AB of the present invention.
FIG. 2 is an assembled cross-sectional view of the flat disk AA ′ of the present invention.
FIG. 3 is a plan view of a flat disk type according to the present invention.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Heavy weight outer ring 2 Non-rotating pin 3 Upper light circle type (scissors) both clamping plates 4 Light weight circular type (scissors) both clamping plates 5 Spline groove part 6 Spindle through hole with spline groove

Claims (1)

A light-weight material separation flywheel consisting of an outer ring and inner ring sandwiching plate upper, a lip and a non-rotating pin, and a convex part for combining the inner ring is provided on the inner ring part of the outer ring, and the inner ring sandwiching plate is fixed to the convex part. It has a structure with a stop pin hole through-hole, and the upper and second inner rings divided into two on the shaft surface are flat circular disk formers and second pinch plates, and the convex part of the inner ring part of the outer ring heavy load on the outer circle part of the inner ring The outer ring of the inner ring for assembling the inner ring has a structure in which a mounting hole and a pin hole that does not pass through the locking pin are sandwiched between the upper and lower circular plates. A two-part inner ring structure in which a pin is inserted into the rotation pin hole of the part where the plate sandwiching plate is combined, and the lighter disc sandwiching plate on the upper side is assembled and aligned with the pin. A decentralized lightweight double split flywheel.

Images