Electronic image system for instantly taking and displaying image

Abstract

An electronic image system for instantly taking and displaying image includes a controller, a display device and a left-right reflecting module. The controller is provided with a photographing lens for taking image signals, and a transmission unit for instantly transmitting the taken image signals. The display device is provided with a receiving unit for receiving the signals from the transmissionunit, and a display unit for displaying the received image. The left-right reflecting module is configured to left-right reflect the image signals taken by the photographing lens and then display theleft-right reflected image on the display device. Therefore, the image is displayed on the display device after left-right reflection to provide the optimal application mode for users, the application including appearance preparation is facilitated, the setting and the popularization are easy, the acquired image can be instantly displayed on a connected display screen through the photographing lens of the controller in a place with the display screen, and the problem of compatibility in application is avoided.

Description

technical field [0001] The invention relates to an electronic image system, in particular to an electronic image system that captures and displays images in real time. Background technique [0002] With the development of science and technology, the progress of electronic imaging technology is advancing rapidly, but the price is getting lower and lower. Therefore, various electronic imaging equipment, such as video cameras, monitors, etc., are becoming more and more popular in application, providing better experience for people's life through lively and dynamic images. [0003] In the application of electronic imaging technology, the way of instant photography and display is actually an important project. Users can record dynamic images at any time during daily life or work, and project the images to the display device through data transmission. Let the user or others get the status of the user or the message he wants to express in real time for real-time processing. [0...

AI Technical Summary

Problems solved by technology

[0006] Because most of the current conventional devices use microprocessors, processors have the disadvantage of energy consumption: patents such as US20040010679, US20040010783, US20070150763 and recent US20120005459 can prove that processors have energy consumption In addition, the high cost of the microprocessor (Processor) and the need to match the temporary storage memory to operate are also its shortcomings. The following prior technologies also all use the microprocessor (Processor) or cannot achieve this patented technology. Some backward features:

[0009] Disadvantages: One more lens is used, the cost increases, and it is not economically progressive

[0011] Disadvantage: There are many steps to manually change the lens, without the convenience of direct switching in this patent

[0014] Disadvantage: The subject needs to turn or move to align with the lens

[0016] Disadvantages: One more lens is used, the cost increases, and it is not economically progressive

[0018] Disadvantages: power consumption, professionals in this technical field cannot reproduce the patent

[0021] Disadvantage: The subject needs to turn or move to align with the lens

[0023] Disadvantages: power consumption, professionals in this technical field cannot reproduce the patent

[0025] Disadvantages: When shooting the user's back, the eyes cannot see the screen, so the patent uses voice control to control the Processor to freeze the image (equivalent to a photo) technology, so it is impossible to simultaneously map and organize the main body parts such as the back or chin (photographed from bottom to top) Grooming, and the dumb person can't vocalize the operation

A common real-time monitoring application in the market, and cannot move at will

However, general hand-held photographic equipment is quite complicated to operate and is not suitable for the aforementioned applications.

In addition, the general image capture device and the display device belong to different products, and there are often compatibility issues in system integration.

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