Automatic bearing assembly machine and bearing installation method

Abstract

The invention discloses an automatic bearing assembly machine and a bearing mounting method adopting the automatic bearing assembly machine. The automatic bearing assembly machine comprises a square frame-shaped assembling frame, the assembling frame is provided with automation equipment of a first rotating shaft mounting seat, a first bearing mounting seat, a second rotating shaft mounting seat, a second bearing mounting seat, a third rotating shaft mounting seat and a third bearing mounting seat which are mounted in a designed arrangement for replacing artificial and manual operation to mount such parts as a bearing, a rotating shaft and the like, and the automatic bearing assembly machine disclosed by the invention has the advantages of high assembling efficiency, short mounting working time, saved time and labor and reduced labor cost.

Description

technical field [0001] The invention relates to a bearing installation device, in particular to a device capable of quickly installing a bearing into a bearing housing; the invention also relates to a bearing installation method. Background technique [0002] The inertia power horse riding machine is a purely mechanical horse riding machine fitness equipment without plugging in electricity. It uses the principle of human inertial dynamics and active motion integrated design. It drives the horse riding machine to rotate with two feet and pedals, and converts it into the figure 8 three-dimensional swing motion of the rider on the horse back and forth through the crankshaft connecting rod mechanism. Its structure is mainly composed of The main frame and the stool, the pedal and the handle that are hingedly installed on the main frame are formed. At present, there is a structure of the main frame 1 of a horse riding machine such as figure 1 In the assembly process, there is a p...

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Problems solved by technology

It uses the principle of human inertial dynamics and active motion integrated design. It drives the horse riding machine to rotate with two feet and pedals, and converts it into the figure 8 three-dimensional swing motion of the rider on the horse back and forth through the crankshaft connecting rod mechanism. Its structure is mainly composed of The main frame and the stool, the pedal and the handle that are hingedly installed on the main frame are formed. At present, there is a structure of the main frame 1 of a horse riding machine such as figure 1 In the assembly process, there is a process of assembling bearings. There are three parts in the length direction of the main frame 1 that need to install bearings. These three parts are the first assembly hole 2, the second assembly hole 3 and the third assembly hole 4. The existing assembly method is to manually install the first rotating shaft 22, the second bearing 24 and the pulley on the first assembly hole 2, and install the first bearing 26, the third rotating shaft 25 and the transmission wheel on the second assembly hole 3, Install the second rotating shaft 23 and the third bearing 27 on the third assembly hole 4, the installation time is long, time-consuming and laborious, and the assembly efficiency is low

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