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Magnetic suspension balanced autokinetic effect platform for simulating driving motor vehicle

A technology for motor vehicles and dynamic platforms, applied in simulators, instruments, space navigation equipment, etc., can solve the problems of high manufacturing cost, high maintenance cost, inconvenient transportation, etc., to save maintenance cost, improve response speed, and increase simulation fidelity degree of effect

Inactive Publication Date: 2007-07-25
李椒良
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The present invention provides a dynamic platform with magnetic levitation force balance for simulated driving of a motor vehicle to solve the problems of complicated structure, difficult installation, inconvenient transportation, high manufacturing cost and high maintenance cost caused by hydraulic transmission device or pneumatic transmission device in the current dynamic platform. question

Method used

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  • Magnetic suspension balanced autokinetic effect platform for simulating driving motor vehicle
  • Magnetic suspension balanced autokinetic effect platform for simulating driving motor vehicle
  • Magnetic suspension balanced autokinetic effect platform for simulating driving motor vehicle

Examples

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Embodiment Construction

[0020] It consists of an upper support frame 7, a middle support frame 3, and a lower support frame 1. The four fulcrums or three fulcrums of the middle support frame and the lower support frame are respectively fixedly connected with four pairs or three pairs of magnetic levitation devices 2 that are mutually exclusive; the magnetic levitation device includes and The four support guide columns or three support guide columns 24 fixedly connected below the middle support frame, each support guide column is slidingly connected with the guide sleeve 21 of the lower support frame, and also includes an electromagnet fixedly connected with each fulcrum of the lower support frame One 22 and the electromagnet or permanent magnet two 23 that are fixedly connected with each fulcrum of the middle support frame, the polarity of the opposite end of the electromagnet or permanent magnet two and electromagnet one is the same, between the upper support frame and the middle support frame through...

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Abstract

A magnetic suspension platform used for simulating motor vehicle driving is prepared for fixture-connecting four support points of middle support and bottom support separately with four pairs of magnetic suspension devices being rejected to each other, slide-connecting top and middle supports by roll bearings, setting electromagnetic irons on front and back of middle and top supports for making speed be up and down and fixture-connecting four elastic space baffles on middle support.

Description

technical field [0001] The invention relates to a magnetic levitation platform device for cockpit dynamics and force sensations required for simulating and simulating driving of various motor vehicles such as automobiles, tractors, tanks, forklifts, and forklifts. Background of the invention [0002] Various motor vehicle driving simulation equipment have been widely used in vehicle equipment performance testing and daily driving training. Looking at the existing domestic and foreign vehicle driving simulation training equipment, the low-grade ones do not have a dynamic platform, which affects the fidelity of vehicle simulation driving, and it is difficult to complete a series of technical training such as unilateral bridge, slope, and ramp start. The dynamic platforms of high-grade simulation training equipment all use hydraulic transmission devices or pneumatic transmission devices, which have complex structures, difficult installation, and inconvenient transportation. The...

Claims

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Application Information

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IPC IPC(8): G09B9/04
Inventor 李椒良
Owner 李椒良
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