Physiological signal controlled recreation type sports equipment

A technology of physiological signals and sports devices, applied in the input/output process of entertainment, data processing, remote control toys, etc., can solve the problem of inability to exercise human spirit and consciousness, lack of interest and competitiveness, and no special effects on human health, etc. question

Inactive Publication Date: 2006-03-01
高春平
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The traditional entertainment sports device adopts the movement control of the player's limbs, which mainly exercises the flexibility and agility of the player's limbs. Playing for a long time will cause boredom and boredom. Special effect
Moreover, this type of device is mainly an item for young people to play. Because it lacks greater interest and competition, it cannot attract more young and middle-aged people to play.

Method used

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  • Physiological signal controlled recreation type sports equipment
  • Physiological signal controlled recreation type sports equipment
  • Physiological signal controlled recreation type sports equipment

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0045] Example 1. Laser remote control toy controlled by pulse wave signal

[0046] In this embodiment, a photoelectric pulse sensor can be used, which is worn on the index finger of the player to collect pulse wave signals, analyze and extract RR-50, and calculate the number of RR-50 as an indicator of the physiological state of the player. Every minute, divide the real-time collected RR-50 number / min by the baseline value to obtain the multiplication factor value, and transmit it to the single-chip CPU of the control module, which calculates and compares the multiplication factor value of each player to control and adjust the game The movement start, forward, accelerate, and retreat of the remote control toy.

[0047] In Embodiment 1, the control device includes a receiving device, a transmitting device for emitting laser signals, and a control circuit 4 electrically connected to the receiving device; the transmitting device is a laser diode 1, which is used to receive remote co...

Embodiment 2

[0050] Example 2. Ultrasonic remote control device controlled by myoelectric signal

[0051] In this embodiment, an electromyographic arm sensor can be selected, which is worn on the player's arm to collect myoelectric signals, analyze and extract the myoelectric signals, and calculate the amplitude of the myoelectric signal as an indicator of the physiological state of the player. Every minute the real-time collected EMG amplitude average value is divided by the baseline value to obtain the multiplication factor value, which is transmitted to the MCU CPU of the control module, which calculates and compares the multiplication factor value of each player to control the movement of the exercise device Direction and speed.

[0052] The flute-type ultrasonic remote control device in this embodiment includes a remote control transmitting device and a receiving controller. It is characterized in that: the remote control transmitting device includes an airbag 1 made of elastic material a...

Embodiment 3

[0053] Example 3. EEG signal control infrared remote control device

[0054] The player wears EEG electrodes, collects EEG signals, extracts EEG alpha waves, calculates the number and amplitude of EEG alpha waves, compares them with the baseline value, calculates the multiplication factor value, and converts it into control instructions to control the movement direction of the motion device. Movement speed.

[0055] The infrared control device in this embodiment includes a transmitting part and a receiving part. The transmitting part is composed of battery 1, oscillating circuit 2, infrared transmitting circuit 3, transmitter housing 9, convex lens 11, etc.; the receiving part is composed of infrared receiving and amplifying circuit 6, oscillating boost circuit 5, monostable output circuit 7, sound The optical circuit 8 and the receiver housing 10 are composed. The transmitter housing 9 can be made into a pistol shape, the convex lens 11 is installed at the gun mouth, the circuit ...

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Abstract

The present invention relates to recreation type sports equipment, and is especially one kind of recreation type sports equipment controlled with physiological signal. Specifically, the recreation type sports equipment consists of physiological signal monitoring module, sports controlling module, and recreation type sports module. The physiological signal monitoring module collects, regulates and converts various kinds of physiological signal, and calculates the multiplication factor number representing the physiological signal change of the player via processing and analysis, and transmits the number to the sports controlling module. The sports controlling module converts the number into sports control signal output to the recreation type sports module, which executes specified action. The present invention has increased interest and raised competition and may be used in various fields.

Description

Technical field [0001] The invention relates to an entertainment type exercise device, in particular to an entertainment type exercise device controlled by physiological signals. More specifically, the device proposed by the present invention is composed of a physiological signal monitoring module, a motion control module, and an entertainment-type exercise module. The physiological signal monitoring module is responsible for collecting, conditioning, and converting various physiological signals, and further processing, analyzing, and calculating the signals. The value of the multiplication factor representing the degree of change of the player’s physiological signal is transmitted to the motion control module, calculated and coded into a motion control signal, directly transmitted or commanded to the entertainment sports module through remote control transmission, and executed according to the transmitted command. action. The device of the present invention can not only increase ...

Claims

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Application Information

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IPC IPC(8): A63H30/02A61B5/00G06F3/00
Inventor 高春平
Owner 高春平
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