REAL-TIME DATA DISPLAY DEVICE FOR BICYCLES

摘要

A real-time data display device for bicycles has a mobile electronic device communicates with an image projection device to transmit real-time data by having a MEMS oscillatory mirror simultaneously operating with a laser diode emitting laser beams, so as to project a real-time image with data to the ground ahead. Information such as calories, distance, time, and navigation can be acquired by the rider and other road users are easily aware of the rider to ensure safety concerns.

主权项

1. A real-time data display device for bicycles, comprising a mobile electronic device and a real-time projection device;
said mobile electronic device including: a first controller; a first storage unit coupled to said first controller to operate an application program and store the data thereof for real-time data display; a display unit coupled to said first controller to display real-time data images; and a first communication unit coupled to said first controller for transmission of the real-time data; said real-time projection device projecting images of real-time data of bicycles from said mobile electronic device, including: a housing engaging a front frame of a bicycle, including a light emitting hole arranged through a surface thereof; a second controller disposed in said housing; a second communication unit coupled to said second controller in said housing for receiving real-time data from the mobile electronic device; an image processor coupled to said second controller in said housing for processing real-time data transmitted from the mobile electronic device; and converting the data into pixel information; a switch coupled to said second controller in said housing for activating the second controller; a driving circuit coupled to said second controller in said housing for transmitting the pixel information thereto after processed by the image processor; and a laser scanner disposed inside the housing correspondingly to the light emitting hole for projection, including: a laser diode coupled to the driving circuit to convert the pixel information into corresponding laser beams; a collimator disposed in front of the laser diode to project parallel laser beam therethrough; a MEMS oscillatory mirror disposed in front of the collimator for the laser beam to be projected thereon and reflected therefrom, to linearly scan the pixel information with simple harmonic motion after the laser bean being reflected; and an optical lens disposed correspondingly to the reflected laser beam by the MEMS oscillatory mirror for the pixel information to be converted into real-time data for projection via the optical lens.