CN104914581A

CN104914581A - Control-facilitating video glasses

Info

Publication number: CN104914581A
Application number: CN201510365398.3A
Authority: CN
Inventors: 吴伟
Original assignee: AILV HEALTH TECHNOLOGY Co Ltd
Current assignee: Lover Health Science and Tech Co Ltd
Priority date: 2015-06-29
Filing date: 2015-06-29
Publication date: 2015-09-16
Anticipated expiration: 2035-06-29
Also published as: WO2017000317A1; CN104914581B

Abstract

The invention discloses control-facilitating video glasses comprising a command input module, a signal control module and a signal display module. The command input module is connected with the signal control module which is connected with the signal display module. The signal control module controls the signal display module to present different signal states. According to the video glasses, information can be displayed by reading signals, and buttons arranged at the external side of the glasses can be easily touched so that video playing can be realized through simple operation of a user.

Description

A kind of convenient video eyeglasses controlled

Technical field

The present invention relates to video eyeglasses technical field, refer to a kind of convenient video eyeglasses controlled especially.

Background technology

Along with the progress of modern science and technology, the growth in the living standard of people, show business also day by day develops.Virtual reality (Virtual Reality:VR) is the new and high technology occurred in recent years, produce a three-dimensional virtual world, there is provided user about the simulation of the sense organs such as vision, the sense of hearing, sense of touch, allow user as being personally on the scene, the things in three dimensions can be observed in time, ad lib.Especially in video display, the video frequency tool that abundant perceptibility and 3D display environment make VR glasses become desirable.

Wherein very large application is the smart mobile phone coordinating user to have is main carriers, smart mobile phone is put into inside 3D glasses or VR glasses, use mobile phone screen to coordinate the optical texture of 3D glasses or VR glasses, allow user can obtain the visual effect of 3D or VR.But such 3D glasses and VR glasses, because mobile phone is positioned over 3D glasses and VR glasses inside, so user cannot touch mobile phone screen carry out required feature operation, so, when needs operating handset, mostly take following mode to carry out:

1, no matter ignore, user will control mobile phone, mobile phone must be taken out, and just can operate, way so, and cost is minimum, but also causes user's inconvenience extremely.

2, use Bluetooth of mobile phone signal or wifi signal, wirelessly connect another Digiplex, use the correlation function of this Digiplex operating handset.Shortcoming is: cost is higher, and user also needs to grope telepilot, remote controller when eyes can't see telepilot.

3, with the hardware interface of other mobile phones, such as USB interface or earphone interface, connect a telepilot in a wired fashion, or be connected to the control button on 3D glasses or VR glasses.Shortcoming is: user needs mobile phone being put into 3D glasses or VR glasses while, still need the action of accomplishing to insert connecting line, except there being minority mobile phone to have except exclusive 3D glasses or VR glasses, most of different mobile phone is because interface position difference also causes user to have many puzzlements when arrangement tie line position.

Summary of the invention

The object of the invention is to solve the above problems, providing one by reading Signal aspects information, the video eyeglasses of user's simple operations can be realized.The video eyeglasses that this convenience controls comprises order load module, signal control module, signal display module.Wherein:

Order load module, user is used for input operation order;

Signal control module, accepts input operation order, and control signal display module;

Signal display module, presents unlike signal state;

Described order load module is connected with described signal control module; Described signal control module is connected with described signal display module; Described signal control module controls described signal display module and presents unlike signal state.

As preferably, the order load module of the described convenient video eyeglasses controlled is a kind of switch, described signal control module is the circuit at switch place, and described on-off circuit comprises button, the first resistance, the pilot lamp of a group or more series connection, and is parallel relationship between each group.

As preferably, the order load module of the described convenient video eyeglasses controlled is a kind of level input circuit, described level input circuit comprises switch and second resistance of many group series connection, and be parallel relationship between each group, described second resistance is connected between described switch and earth terminal, and described button is connected between power output end and described second resistance.

As preferably, the signal control module of the described convenient video eyeglasses controlled is a kind of single-chip microcomputer, and the operational order that described single-chip microcomputer inputs according to described order load module, exports different pulse signals.

As preferably, the signal control module of the described convenient video eyeglasses controlled is a kind of coding chip, and the operational order that described coding chip inputs according to described order load module, exports different code level signals.

Further, the coding chip of the described convenient video eyeglasses controlled can adopt the former National Semiconductor of TI() the CD4532B chip of company or the coding chip of other approximation functions.

As preferably, the signal display module of the described convenient video eyeglasses controlled is made up of one or multiple pilot lamp.

The present invention has following beneficial effect: when video player or mobile phone are put into this case design 3D glasses or VR glasses by user, directly can put into, not need the problem considering any wiring, does not also need to consider bluetooth or the problem of Wifi signal sets.The 3D glasses using this case to design as user or VR glasses, can touching the button be positioned at outside glasses easily, not needing when can't see external environment, also need to grope another one telepilot.Work as user, when pressing 3D glasses or the button of VR glasses of this case design, video player or the signal reading module of mobile phone can read signal condition via camera.Video player or handset program APP, according to the signal condition obtained, can perform the function pre-defined.

Accompanying drawing explanation

Fig. 1 is principle schematic of the present invention;

Fig. 2 is that single-chip microcomputer controls multiple LED schematic diagram with the combination of different pulse signals;

Fig. 3 is that button directly controls multiple LED schematic diagram;

Fig. 4 is the 3D glasses schematic diagram arranging key commands load module;

Fig. 5 is the 3D glasses schematic diagram placing signal control module and signal display module;

Fig. 6 is the 3D glasses schematic diagram of holding mobile telephone;

1, order load module; 2 signal control modules; 3, signal display module; 4, level input circuit; 41, switch; 42, the second resistance; 5, coding chip; 6, pilot lamp; 7, button; 8, the first resistance.

Embodiment

Below in conjunction with specific embodiment, and by reference to the accompanying drawings, technical scheme of the present invention is further described:

As shown in Figure 2, for described video eyeglasses uses single-chip microcomputer to control multiple LED schematic diagram with the combination of different pulse signals.Comprise described level input circuit 4, single-chip microcomputer, LED light 6.Described level input circuit 4 comprises switch 41 and second resistance 42 of 8 groups of series connection, and is parallel relationship between 8 groups.Described second resistance 42 is connected between described switch 41 and earth terminal, and described switch 41 is connected between power output end and described second resistance 42.

Described single-chip microcomputer comprises a CD4532B chip, and described chip D0, D1, D2, D3, D4, D5, D6, D7 are level input, is connected respectively with the second resistance 42 hot end of described level input circuit 4.Q0, Q1, Q2 are the output pin of CD4532B chip, the pulse signal different according to the level input and output that input end is different.

Three LED light 6 are connected to the lead-in wire of Q0, Q1, Q2.The pulse signal that three LED light 6 can export according to Q0, Q1, Q2, presents different duties.

As shown in Figure 3, for described video eyeglasses button 7 directly controls multiple LED schematic diagram.This circuit utilizes button 7 input operation order, carries out the duty controlling LED light 6.This circuit comprises button 7, first resistance 8, the LED light 6 of many group series connection, and is parallel relationship between each group.

If Fig. 4 is outside 3D glasses, the region that user can touch easily, is designed with the button that can control LED light source.

As shown in Figure 5, described signal control module and signal display module.Inside 3D glasses protecgulum, install one group of LED light with the structure of " floodlight sheet ", LED light signal scatters to wider region via floodlight sheet, and go for the various mobile phone that camera position is different, camera can catch LED light signal state.

As shown in Figure 6, in described video player or mobile phone, camera is set.Open video player or the supporting APP program of mobile phone, run video, audio player, open camera.LED light signal status information sends video player or mobile phone to via camera, and video player runs or mobile phone runs built-in APP, performs the function pre-defined.

Utilize the general LED light signal of invisible light (such as infrared ray) signal substituting, also can control the broadcasting of video player or mobile phone.The circuit be made up of button and infrared transmitter is used for controlling the output of infrared signal; The infrared receiver being installed on video player or mobile phone is used for receiving infrared-ray signal.User is operation push-button easily, and infrared receiver receives different infrared signal, and video player runs or mobile phone runs built-in APP, controls the broadcasting of video.

Above-mentioned embodiment is used for explaining and the present invention is described, instead of limits the invention, and in the protection domain of spirit of the present invention and claim, any amendment make the present invention and change, all fall into protection scope of the present invention.

Claims

1. the convenient video eyeglasses controlled, is characterized in that: comprise order load module (1), signal control module (2), signal display module (3), wherein:

Order load module (1), user is used for input operation order;

Signal control module (2), accepts input operation order, and control signal display module (3);

Signal display module (3), presents unlike signal state;

Described order load module (1) is connected with described signal control module (2); Described signal control module (2) is connected with described signal display module (3); Described signal control module (2) controls described signal display module (3) and presents unlike signal state.

2. according to the convenient video eyeglasses controlled according to claim 1, it is characterized in that: the order load module (1) of the described convenient video eyeglasses controlled is a kind of switch (41), described signal control module (2) is the circuit at switch (41) place, described switch (41) circuit comprises button (7), the first resistance (8), the pilot lamp (6) of a group or more series connection, and is parallel relationship between each group.

3. according to the convenient video eyeglasses controlled according to claim 1, it is characterized in that: the order load module (1) of the described convenient video eyeglasses controlled is a kind of level input circuit (4), described level input circuit (4) comprises switch (41) and second resistance (42) of many group series connection, and be parallel relationship between each group, described second resistance (42) is connected between described switch (41) and earth terminal, and described button (7) is connected between power output end and described second resistance (42).

4. according to the convenient video eyeglasses controlled according to claim 1, it is characterized in that: the signal control module (2) of the described convenient video eyeglasses controlled is a kind of single-chip microcomputer (5), the operational order that described single-chip microcomputer inputs according to described order load module (1), exports different pulse signals.

5. according to the convenient video eyeglasses controlled according to claim 1, it is characterized in that: the signal control module (2) of the described convenient video eyeglasses controlled is a kind of coding chip (5), the operational order that described coding chip (5) inputs according to described order load module (1), exports different code level signals.

6. according to the convenient video eyeglasses controlled according to claim 1, it is characterized in that: the signal display module (3) of the described convenient video eyeglasses controlled is made up of one or multiple pilot lamp (6).