Controlling electronic game equipment

Abstract

The invention relates to controlling electronic game equipment, which executes a controlling game and comprises a direction control device, a steering sensor, a control module and a motor, wherein the direction control device is axially arranged on a fixing seat, the steering sensor senses operation steering of the direction control device, the control module is used for presetting control parameters corresponding to a plurality of controlling objects, each group of control parameters further comprises an elasticity coefficient simulation parameter and a damping parameter which are set to calculate a return torsional value and a damping torsional value so as to generate a feedback signal according to the control parameter corresponding to the selected driving objects when the direction control device is operated, the motor drives the direction control device according to the feedback signal to generate a feedback power, and the feedback power comprises return torsion generated according to the return torsional value and damping torsion generated according to the damping torsional value.

Description

technical field [0001] The invention relates to a driving electronic game device, in particular to a driving electronic game device that can provide electronic feedback force to the steering wheel in conjunction with game content. Background technique [0002] Driving video games include racing cars, submarines, horse racing, spaceships, etc., and have always occupied a very popular place in the large game console market. The thrill and fun of realistic racing for players. Taking racing games as an example, in the prior art, driving electronic game devices often use mechanical design to provide a resistance to the steering wheel of the game device, so that the steering wheel of the game device has a more similar control feel to the steering wheel in the real world. [0003] see Figure 1A , which is a schematic diagram of a partial mechanism of a driving electronic game device in the prior art. At the same time, in order to clearly show the main operating parts, please ref...

AI Technical Summary

Problems solved by technology

[0007] The first purpose of the present invention is to solve the problem that the structure of the power mechanism of the steering wheel is too complicated in the prior art. A steering sensor is used to sense the operator's steering of the steering controller, and a motor is used to drive the steering controller to generate a steering wheel. 1. Feed back the power, replace the mechanical method in the prior art with an electronic method, simplify the complexity of the mechanism and reduce the assembly cost

[0008] The second purpose of the present invention is to solve the problem in the prior art that the power mechanism of the steering wheel can only provide fixed feedback resistance. A control module coupled to the steering sensor is used to preset multiple sets of control parameters so that the feedback power can be Apply different change modes according to the multiple sets of control parameters to achieve a more precise and variable resistance feedback function

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