WO2016078059A1 - Visual training device control method, and visual training device - Google Patents

Visual training device control method, and visual training device

Info

Publication number
WO2016078059A1
WO2016078059A1 PCT/CN2014/091808 CN2014091808W WO2016078059A1 WO 2016078059 A1 WO2016078059 A1 WO 2016078059A1 CN 2014091808 W CN2014091808 W CN 2014091808W WO 2016078059 A1 WO2016078059 A1 WO 2016078059A1
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WO
Grant status
Application
Patent type
Prior art keywords
control
display
means
processor
drive
Prior art date
Application number
PCT/CN2014/091808
Other languages
French (fr)
Chinese (zh)
Inventor
倪国庆
Original Assignee
倪国庆
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date

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Classifications

    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61HPHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H5/00Exercisers for the eyes

Abstract

Provided is a visual training device, comprising a display device (10), a drive device (20) driving the display device (10), a processor (30) connected to the display device (10) and the drive device (20), a button (40) connected to the processor (30), and an observation window for observing the display device (10). The visual training device control method comprises the following steps: S1: according to a mode selection instruction inputted by the button (40), the processor (30) outputs a movement control instruction and/or a playback control instruction; S2: according to the movement control instruction, the drive device (20) drives the display device (10) to move in accordance with the movements corresponding to the mode selection instruction; and/or S3: according to the playback control instruction, the display device (10) displays a corresponding video signal. The control method can, according to the different eye states of a user, adjust the manner of movement of the display device (10) to yield different training and improve training effectiveness, and also has the advantages of ease of use and adaptability to different requirements.

Description

Visual training control method and apparatus of the vision training device FIELD

The present invention relates to a vision training device, and more particularly, relates to a control method of a vision training device, and using the control method.

Background technique

Myopia, vulnerable people are now common diseases, it has become a problem of public concern. To this end, a variety of visual training device appeared on the market. Most of the current visual training device worn on the head on the market, some massage the muscles around the eye and by pressure and other ways to alleviate eye fatigue; some acupuncture and massage techniques to simulate the eye point by electrical stimulation to relieve fatigue; there by flash alternately, different colors of light to exercise optotype visual perception systems, such as Chinese utility model patent 201020510120.3, 200520023334.7,201220022494.X, each through a hole in the left and right eye portion, a bore of the tube with the eyes, a through hole provided with a lens in the eyes, placed inside the casing can be observed through the left lens, the lighting optotype for right two lamps, two lamps optotypes in the housing on two symmetrically arranged from the center of the pupil, and from the center of the pupil and respective plane and angled by observing changes optotype lighting lamp effectively exercise the ability to regulate the eye; further by providing the balloon, electrodes, electrical stimulation using air pressure or massage, to relieve fatigue.

However, these conventional vision training devices lamps optotypes are fixed, but through the sight

Beacon lighting order to perform visual training, which is not good training effect, limited adjustment of the visual function.

SUMMARY

The present invention is to solve the technical problem is to provide a motion apparatus can be adjusted in accordance with the display, a control method of visual training to improve vision training device effects.

The present invention is to solve another technical problem is to provide a vision training device that can be moved according to the display apparatus needs to be adjusted, improving the visual effect of the training.

The present invention solves the technical problem using the technical solution: a method configured to control a visual training device, said training device comprises a visual display device, the display driving means drives the movement means and the driving means and the display connected to the processor, the processor coupled to the key, and a viewing window to observe said display device; comprising the steps of:

S1: The processor according to the mode selection instruction output of said key input motion instructions and / or playback control command;

S2: The control instruction drive means for driving said display means in accordance with movement of the mode selection instruction operation corresponding to motion according to the motion; and / or

S3: the display control means instructs the display corresponding to a video signal according to the play.

In the control method of the vision training device of the present invention, the drive means comprises a reversible motor; in the step S2, comprising:

S2-1: control command to control the motor forward rotation in the first period (T1), driven by the movement of the display device according to the movement in a first direction;

S2-2: a control command to control the motor to stop rotating in a second time period (T2) according to the movement;

S2-3: motor control instruction to control the reverse rotation in the third period (T3), to drive the display device is moved toward a second direction opposite the first direction according to the movement;

The first direction is a direction toward the observation window, the second direction is a direction away from the viewing window.

In the control method of the vision training device of the present invention, in the step S2, the processor controls the motor speed control commands by adjusting the duty output different output motion, in the step S2 -1, S2-3 in the motor speed according to the mode selection instruction corresponding to the adjustment mode.

In the control method of the vision training device of the present invention, the selection instruction through the key input mode.

In the control method of the vision training device of the present invention, the mode select command selected mode comprises an automatic control mode and manual control mode;

In the manual control mode, it outputs the key motion by operating the control instruction, to drive the display device is moved toward a first or second direction;

In the automatic mode, the processor invokes the stored automatic control mode, the output control instruction corresponding to the movement, the movement means in a first direction or a second direction to drive the display.

In the control method of the vision training device of the present invention, in the automatic control mode, said processor from the display device according to the movement speed of the drive means, and said controlling said display means in the extreme position movement; Alternatively, the processor controls the first direction or a second direction according to the set time.

In the control method of the vision training device of the present invention, in the automatic control mode, the timing control further comprising the step of: when the automatic control of the processor reaches the preset time, the output stop control signal, and controls the drive means / or a display device to stop working.

In the control method of the vision training device of the present invention, under the manual control mode, the processor determines whether the display device is in the extreme position, when the display device is in the extreme position, outputs a stop command to control the drive means is stopped.

In the control method of the vision training device of the present invention, the processor determines the duration of the same operation button input has reached the set time; Yes, it is determined at the limit position.

In the control method of the vision training device of the present invention, the drive means further provided with position detecting limit switch is connected to the processor, when said detecting means reaches the position of the display switch, the processor in accordance with the said detection switch signal, controls the drive means drives the display means to stop or reverse movement.

In the control method of the vision training device of the present invention, under the manual control mode, the processor determines whether the input key, when it is determined that there is no input, the processor controls the driving means stop outputting .

In the control method of the vision training device of the present invention, under the manual control mode, the movement through the key input control command comprises a command fast forward, rewind command, pause command, one kind or more switching command ;

The playback control command includes a play command, volume control instructions, selecting one or more instructions in the menu.

In the control method of the vision training device of the present invention, the processor is provided with a storage module; said method further comprising the step of memory recovery: when the vision training device stops, the position of the recording operation of the drive means, and the vision training device when the restart, the recorded call to the operating position, controls the drive means drives the display means is moved to a stop position; and / or

When the vision training device stops recording the playback video signal node, and when the vision training device is restarted, the player is invoked node information recorded, the control resumes playing the playback video signal from the node.

In the control method of the vision training device of the present invention, the device comprises a display device, and a second display means and the first display means disposed at a predetermined angle a first display; the second drive means comprises a drive a display drive means moving the first and second driving means for driving said movement of the second display means; first drive means and said second drive means drives said first display means and second display means along ' V 'type trajectory;

In the step S2, the first drive means and said second drive means are controlled synchronously or the first display means and second display means motion.

In the control method of the vision training device of the present invention, the method further comprising the step S4: the processor through the USB interface, SD card interface, a video interface of one or more of the access signals Screen.

In the control method of the vision training device of the present invention, the video signal is a signal light spot display in the display device, video signals 2D and / or 3D video signal.

In the control method of the vision training device of the present invention, the vision training device further comprises an audio playback apparatus; said method further comprising the step S3, while playing a video signal, an audio signal playback apparatus controls the audio player;

The method further comprises the step of recovery of memory: the processor is provided with a storage module, when the vision training device stops recording the audio signal playback node; and, when restarting the vision training device, the recorded call node information playback audio signal, the audio signal playback resumes playback from the node.

The present invention also provides a visual training apparatus, comprising a display means, the display driver to drive the movement means, and a key processor means connected to drive means, coupled to the processor and the display, and observation of the viewing window of the display device; said processor includes a processing module, the calling module automatic mode, a storage module, a drive module, and the playing control module;

The movement pattern storage means for storing;

The calling module and the automatic mode storage module, the processing module is connected, according to the mode selection instruction for the processing module is called from the storage module corresponding to the motion pattern returns the processing module, the processing by module according to the selected motion pattern motion control command output module to control the operation of the drive, the drive movement of the drive means;

The driving module and the drive means, the processing module is connected, for operation of said drive means to drive said motion processing module according to a control command;

The playback control module is connected with the processing module, for controlling the video and / or audio playback;

The key processing module and the connection for the calling module, a storage module, a drive module, and the module control playback key input signal, said automatic control mode according to.

In the vision training device of the invention, the instruction of the key input comprises a mode select command, playback control command, manual control commands;

The processing module controls said automatic mode selection instruction calling module invokes the corresponding movement pattern, or control instructions directly control module operates according to the manual drive according to the mode;

The processing module according to the playback control command to the play control module controls playback control.

In the vision training device of the invention, the vision training device further comprising a USB interface connected to the processing module, sd card interface, a video interface of one or more of the call processing module in accordance with the playback control command the USB interface, sd card interface or video interface access to video and / or audio signal for playback.

Embodiment of the present invention has the following advantages: the driving means depending on the control command to drive the movement of the display device according to the motion selected motion pattern, so that the eye can be different according to the state of the user to adjust the movement of the display device, such as a moving speed and distance, so that the eye can be different training, to improve training efficiency, easy to use, to adapt to different requirements of advantages.

BRIEF DESCRIPTION

The accompanying drawings and the following embodiments of the present invention is further illustrated drawings in which:

Figure 1 is a schematic block diagram of one embodiment of a vision training device of the embodiment of the present invention;

FIG 2 is a flow diagram of an embodiment of a control method of the vision training device of the present invention.

detailed description

As shown, in one embodiment of the vision training device of the present invention, the vision training device 1 includes a display device 10, driven by the drive means 10 moves the display device 20, and the drive means 10 is connected to the display device 20 processor 30, the observation window apparatus 10 is connected to the processor 30, buttons 40 and observing display. In use, the display device 1020 driven by the movement drive device, a user viewing the display device through a viewing window 10, and further visual training.

The display apparatus 10, the driving device 20 may be mounted in a housing, and the viewing window provided on the opening side of the housing to facilitate a user viewing through the observation window, the display device 10. Of course, the lens may be provided on the observation window, so that the image on the display device 10 to better viewing.

The display device 10 may use a small LCD screen, driven by the drive means 20, is moved in the first and second directions. The first direction and the second direction may be a direction toward or away from the observation window, respectively.

The drive means 20 comprises a reversible motor, and a transmission mechanism driven by the motor to drive the display device 10 moves through the transmission mechanism. The drive mechanism may take various transmission mechanism, such as a gear, rack, worm, worm, screw and the like.

Further, the driving mechanism 20 on the transmission means may also be provided with position detecting limit switch. The limit position detecting switch 30 is connected to the processor, for detecting whether the display device 10 reaches its limit of movement. It is to be understood that the limit position detecting switch may employ a photoelectric sensor, a position sensor, and other sensors in place, when the display device 10 reaches the limit position detecting switch position, the output of the position detecting switch limit position signal, a signal processor 10 based on the place motor 20 for controlling the driving means is reversed to drive the reverse movement of the display device.

In the present embodiment, the display device 10 comprises, in a first display means disposed at an angle, the second display means; corresponding to the driving means 20 includes a first drive means, second drive means. Moving the second display means and the first driving means and second driving means drives the first display means, respectively. Can be appreciated, the first driving means and second driving means can be synchronously or separately controlled by the processor 30 individually motion.

The user through the key 40 to input various instructions to control movement of the display device 10, includes a mode selection instruction input command, playback control command, control instruction manual. Mode selection instruction for selecting a manual mode or automatic mode; playback control command for selecting a video and / or audio sources, the order of playback speed; manual control for inputting a manual instruction to directly control the operation of the drive means 20 to drive the display device 10 mobile.

The processor 30 as the control center of the vision training device may be provided within the housing, the controller may be provided separately outside the housing, it includes a processing module 31, an automatic calling mode module 32, memory module 33, driver module 34, playing control module 35 and the like.

The program for controlling the storage module 33, storing motion mode, the processing module 31 for calls. The memory module 33 may also be stored with the video signal for playback control module 35 calls and / or audio signals and other information. The video signal may be in the apparatus 10 of the spot signal display, 2D video signal and / or 3D video display signals.

Can be appreciated, the memory module 33 may be embedded in the processor 30, may be one or more of the processor 30 is connected, a separate memory. When the vision training device is stopped, the drive device can record information in the operative position 20, and / or play video signal nodes, etc., and stores in the storage module 33. And, when the vision training device starts up again, the processor 30 calls recorded operating position and / or playback node information, the control unit 20 drives the drive apparatus 10 to stop movement of the display position, and resumes playback from the playback video signal node.

Can be appreciated, the vision training device may further comprise a USB interface 31 to call, sd video card interface or the USB interface, sd card interface, a video interface of one or more of the processing module is connected to the processing module 31 according to the play control command video interface to access and / or audio data for playback.

The automatic mode call module 32 and storage module 33, processing module 31 is connected, according to the mode selection command for processing a processing module 31, call the corresponding movement pattern from the storage module 33 returns to the processing module 31, 31 by the processing module the selected motion pattern module 34 controls the driving operation, the drive means 20 is moved.

The driving module 34 with the drive apparatus 20, the processing module 31 is connected, according to a control command for driving the processing module 31 of drive apparatus 20 is operated;

The playback control module 35 and the processing module 31 is connected, for controlling the video playback and / or audio;

The processing module 31 is connected to the button 40, the button 40 based on the input signal, the control mode is the automatic calling module 32, memory module 33, drive module 34 and the playback control module 35 operates.

In one embodiment of the control method of the vision training device of the present invention, the control method may be used for vision training device in the previous embodiment. The method comprises the steps of: S1: The processor 30 selects the input mode key 40 outputs the motion command control instructions and / or playback control instruction; S2: drive apparatus 20 according to the selected mode command corresponding to the motion control command to drive the display device 10 motion mode motion; S3: display device 10 to display the corresponding video signal from the playback control command. Depending on the drive apparatus 20 drives the motion control commands the display device 10 according to the selected motion movement pattern, so that according to the different state of the user's eye, to adjust the display device 10 of the motion, such as speed, distance, such that eyes can get different training, to improve the training effect.

In this step S1, a command can be entered through the key 40 different instructions include a mode selection command input, the playback control command, manual control commands and so on. Wherein the mode select command for selecting a manual mode or automatic mode; playback control command for selecting a video and / or audio sources, the order of playback speed; manual control for inputting a manual instruction to directly control the operation of the drive means 20 to drive the display the mobile device 10 by the movement of the key input control instruction comprises an instruction to fast forward, rewind command, pause command, a switched or more instructions; playback control command includes a play command, volume control instructions, a menu selection instruction or more; means corresponding to the control processor 30 operates in accordance with such instructions, described in detail later.

The processor 30 determines the selected automatic or manual mode, when the selected input is determined as the automatic mode, the processing module 31 calls the corresponding movement pattern is returned to the processing module 31 from the storage module 33 according to the mode selection instruction by the processing module the driving module 31 controls the operation of the selected motion pattern 34, the drive means 20 is moved.

For example, in FIG. 2, the user 40 by selecting a menu through the key input mode selection instruction to select an automatic mode or a manual mode when the automatic mode is selected, selection processor 30 determines whether the input signal is the automatic mode; Next, the user according to the selection motion pattern desired menu selection from the menu automatic mode, the processor 30 calls the corresponding movement pattern from the storage module in accordance with the selected motion pattern returns to the processing module 31.

The selected motion pattern can be set as desired, e.g., the drive means comprises a reversible motor 20, a first movement pattern as forward, stop, return to the sports mode: Preferred, according to the movement control command, the processing module 31 controlling the motor forward rotation in the first period (T1), driven by a first direction 10 toward the display device; then stop the motor rotates in a second period (T2); Next, the third motor control period reverse rotation of the inner (T3), to drive the display device 10 toward a second direction opposite the first direction; can be carried out by repeating the above operation the eye training.

The first direction is a direction toward the observation window, the second direction is a direction away from the viewing window. The first time period T1, the second time period T2, the third time period T3 may be set to different times as needed. For example, the power - "Control Parameters Initialization -" reverse operation is stopped after approximately 7 seconds - "run back and forth once, from about 6.5 seconds to stop -" forward running for about 3 seconds, about 2.5 seconds to stop - "fast backward to about 1.5 seconds lower part - "and then wait for about 6.5 seconds -" motor running forward again for about 3 seconds, stop for about 1.5 seconds - "fast backward about 1.5 seconds to the lower part, stopping about 6.5 seconds.

It will be appreciated, the motor speed can be controlled by controlling the moving speed of the display device 10, and residence time. For example, motion control instructions by adjusting the output duty control motor speed, motor speed corresponding to the mode selection by the mode command is adjusted in the above step.

In the present embodiment, the motor speed has adjustable speed Level 1-6:

1st: Cycle: latency transformation phase sequence wherein about 28.2ms (the high level of about 10.6ms, a low level of about 17.6ms) of about 3.4ms.

Profile 2: Cycle: latency transformation phase sequence wherein about 26ms (the high level of about 9.6ms, a low level of about 16.4ms) of about 3.2ms.

Profile 3: Cycle: latency transformation phase sequence wherein about 23.8ms (the high level of about 8.8ms, a low level of about 15ms) is about 2.8ms.

4 file: Cycle: latency transformation phase sequence wherein about 22ms (the high level of about 8.2ms, a low level of about 13.8ms) of about 2.6ms.

File 5: cycle: approximately 19.8 ms is allowed (the high level of about 7.4ms, a low level of about 12.4ms) wherein waiting time transformation phase sequence is about 2.4ms.

6 speed: Cycle: about 17.8ms (the high level of about 6.6ms, a low level of about 11.2ms) wherein waiting time transformation phase sequence is about 2.2ms.

The user can enter commands through the key 40 to select a different motor speed, to obtain different training effect. In automatic control mode, the processor 30 according to the movement speed of the drive means 20, and a distance display device 10, the display control means 10 moves within the limit position; or, a processor 30 controls the direction of the first or second time according to the set two direction, thereby ensuring the display device 10 is moved between its extreme positions set.

Further when the vision training device, a timer may be provided, the user is provided by the timing control step of setting a predetermined operating time of the timer, the processor controlling the automatic preset time arrives, outputs a stop control signal to control the drive device 20 and / or the display device 10 is stopped.

Of course, the user can select manual control mode selected by the mode instructions, the manual control mode, by operating the key 40 outputs the movement control command, the device 10 toward the first direction or a second direction to drive the display.

In manual control mode, the processor 30 determines whether the display apparatus 10 is in the extreme position, when the display device 10 is in the extreme position, outputs a stop command, to control the driving means 20 is stopped. In the present embodiment, the processor 30 determines whether the input of the same continuous operation key 40 has reached the set time; Yes, it is determined at the limit position. When the display device 10 is determined at the limit position, the processor 30 controls the rotation of the motor to stop rotating after a predetermined time, so as to avoid damage to the motor.

It will be appreciated, the display device may be determined by providing a limit position detecting switch 10 is in the extreme position, when the device 10 reaches the position detecting switch display, the switch signal detection processor 30 controls the driving unit 20 drives the display device 10 trans to move or stop.

Further, in manual control mode, by the processor 30 determines whether the key input 40, when it is determined that there is no input, the processor 30 controls the driving unit 20 stops the output so that the display device 10 may be stuck in any position.

Further, the processor 30 may also be provided with a storage module. The control method further comprises a memory recovery step of: when the vision training device stops recording drive means operative position 20, and when the vision training device starts up again, call operative position recorded, the control drive means 20 to drive the display device 10 to move stop position; and / or

When the vision training device stops, the node record player of the video signal, and when the vision training device starts up again, the player is invoked node information recorded, the control resumes playback from the playback video signal node; and / or

When visual training device stops playing record node of the audio signal; and when the visual training device restarts play call audio signal node of the recorded information, continue to play the audio signal from the player node.

Further, the display device 10, the vision training device comprises a first means and a second display device displays. The first display means and second display means disposed at a predetermined angle. Corresponding to a first driving device 20 includes a driving means moving the first display means, and a second drive means moving the second display means. The first driving means and second driving means drives the first display means and second display means in the 'V' type trajectory, i.e., the first display means and second display means is moved closer to the direction of the user, both gradually decreased from; the first display means and second display means moves in the direction away from the user, the distance therebetween gradually increases.

It will be appreciated, the motion of the first driving means and second driving means may be synchronous or asynchronous, so as to drive the first display means and second display means for synchronizing to a direction toward or away from the user, or has an asynchronous movement to close movement or direction away from the user.

Further, when a user using the vision training device, the display device 10, according to playback video signal corresponding to the playback control commands from the control processor 30; while playing a video signal, control the audio playback apparatus playing an audio signal. The video signal, audio signal through the USB interface, SD card interface, a network interface or a plurality of access, and stored in the vision training apparatus, during playback, the user selects a video signal corresponding to the call, i.e., an audio signal can. Of course, the video signal, the audio signal may be directly through the USB interface, SD card interface, direct access to a video interface, a processor 30 directly call USB interface, SD card interface, a video interface to access a video signal, audio signal or the like.

Can be appreciated, the above embodiments are only expressed the preferred embodiments of the present invention, which is described more specifically and in detail, it can not therefore be understood as limiting the scope of the present invention; to be noted that, for those of ordinary skill in the art , in the present invention without departing from the spirit of the premise, the above-described technical features may be freely combined, can make various changes and modifications which fall within the protection scope of the present invention; therefore, all with the scope of the claimed invention do equivalent transformation and modifications shall belong to the scope of the claims of the invention.

Claims (20)

  1. Control method of a vision training device, the vision training device comprising a display means, the display driver to drive the movement means, processor means and drive means connected to the display, buttons connected to the processor, observation and the observation window of the display device; characterized by comprising the steps of:
    S1: The processor according to the mode selection instruction output of said key input motion instructions and / or playback control command;
    S2: The control instruction drive means for driving said display means in accordance with movement of the mode selection instruction operation corresponding to motion according to the motion; and / or
    S3: the display control means instructs the display corresponding to a video signal according to the play.
  2. The control method of visual training apparatus as claimed in claim, wherein,
    Said drive means includes a reversible motor; in the step S2, comprising:
    S2-1: control command to control the motor forward rotation in the first period (T1), driven by the movement of the display device according to the movement in a first direction;
    S2-2: a control command to control the motor to stop rotating in a second time period (T2) according to the movement;
    S2-3: motor control instruction to control the reverse rotation in the third period (T3), to drive the display device is moved toward a second direction opposite the first direction according to the movement;
    The first direction is a direction toward the observation window, the second direction is a direction away from the viewing window.
  3. The control method of claim 2 vision training device as claimed in claim wherein, in the step S2, the processor controls the motor speed by adjusting the duty output different output motion control instruction in the step S2-1, S2-3 in the motor speed according to the mode selection instruction corresponding to the adjustment mode.
  4. The control method of visual training apparatus as claimed in claim, wherein said key input by said mode selection instruction.
  5. The control method of claim 4 vision training device as claimed in claim, wherein the mode select command selected mode comprises an automatic control mode and manual control mode;
    In the manual control mode, it outputs the key motion by operating the control instruction, to drive the display device is moved toward a first or second direction;
    In the automatic mode, the processor invokes the stored automatic control mode, the output control instruction corresponding to the movement, the movement means in a first direction or a second direction to drive the display.
  6. The control method of the vision training device as claimed in claim, wherein in said automatic control mode, said processor means according to the movement speed of the distance driving means, and said display, controlling the the display device moves within the limit position; Alternatively, the processor controls the first direction or a second direction according to the set time.
  7. The control method of claim 6 vision training device as claimed in claim, wherein in said automatic control mode, the timing control further comprising the step of: the processor controlling the automatic preset time is reached, the output stop control signal, controlling the drive means and / or the display device to stop working.
  8. The control method of the vision training device as claimed in claim wherein, under the manual control mode, the processor determines whether the display device is in the extreme position, when the display device is in the extreme position, output stop command, to control the drive means stops working.
  9. The control method of claim 8 vision training device as claimed in claim, wherein said processor determines the same continuous operation key input has reached the set time; Yes, it is determined at the limit position.
  10. The control method of claim 8 vision training device as claimed in claim wherein said drive means further provided with position detecting limit switch is connected to the processor, when the display device reaches the position detecting switch, the signal processor according to the detection switch, controls the drive means drives the display means to stop or reverse movement.
  11. The control method of the vision training device as claimed in claim wherein, under the manual control mode, the processor determines whether the input key, when it is determined that there is no input, the control processor said driving means stop outputting.
  12. The control method of the vision training device as claimed in claim 5, wherein, in the manual control mode, the movement through the key input control command comprises a command fast forward, rewind command, pause command, the switch command one or more;
    The playback control command includes a play command, volume control instructions, selecting one or more instructions in the menu.
  13. The control method of a vision training device as claimed in claim, wherein said processor is provided with a storage module; said method further comprising the step of memory recovery: when the vision training device stops recording the driving means working position, and when the vision training device restarts, calling the recorded operating position, controls the drive means drives the display means is moved to a stop position; and / or
    When the vision training device stops recording the playback video signal node, and when the vision training device is restarted, the player is invoked node information recorded, the control resumes playing the playback video signal from the node.
  14. The control method of visual training apparatus as claimed in claim, wherein said display means comprises a second display means, and the first display means disposed at a predetermined angle a first display; the drive said drive means comprising first drive means moving the first display means, and a second drive means for driving movement of said second display means; first drive means and said second drive means drives said first display means and second display means along a 'V' type trajectory;
    In the step S2, the first drive means and said second drive means are controlled synchronously or the first display means and second display means motion.
  15. The control method of visual training apparatus as claimed in claim, wherein the method further comprises the step S4: the processor through the USB interface, SD card interface, a video interface of one or more of the access Screen signal.
  16. The control method of a vision training device as claimed in claim, wherein said signal is a video signal for display spot in the display apparatus, video signals 2D and / or 3D video signal.
  17. The control method of a vision training device as claimed in claim, wherein said exercise device further includes an audio visual playback device; said method further comprising the step S3, while playing a video signal, controls the audio playing means audio signal;
    The method further comprises the step of recovery of memory: the processor is provided with a storage module, when the vision training device stops recording the audio signal playback node; and, when restarting the vision training device, the recorded call node information playback audio signal, the audio signal playback resumes playback from the node.
  18. A visual training apparatus, comprising a display means, the display driver to drive the movement means, processor means and drive means connected to said display, a key observation apparatus is connected to the processor, the display and observation window; wherein said processor includes a processing module, the calling module automatic mode, a storage module, a drive module, and the playing control module;
    The movement pattern storage means for storing;
    The calling module and the automatic mode storage module, the processing module is connected, according to the mode selection instruction for the processing module is called from the storage module corresponding to the motion pattern returns the processing module, the processing by module according to the selected motion pattern motion control command output module to control the operation of the drive, the drive movement of the drive means;
    The driving module and the drive means, the processing module is connected, for operation of said drive means to drive said motion processing module according to a control command;
    The playback control module is connected with the processing module, for controlling the video and / or audio playback;
    The key processing module and the connection for the calling module, a storage module, a drive module, and the module control playback key input signal, said automatic control mode according to.
  19. The vision training device as claimed in claim 18, wherein said instructions include a mode selection key input command, playback control command, manual control commands;
    The processing module controls said automatic mode selection instruction calling module invokes the corresponding movement pattern, or control instructions directly control module operates according to the manual drive according to the mode;
    The processing module according to the playback control command to the play control module controls playback control.
  20. The vision training device according to claim 19, wherein said apparatus further comprises a vision training a USB interface connected to the processing module, sd card interface, a video interface of one or more of the processing module the call to the playback control command to the USB interface, sd card interface or video interface access to video and / or audio signal for playback.
PCT/CN2014/091808 2014-11-20 2014-11-20 Visual training device control method, and visual training device WO2016078059A1 (en)

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Publication number Priority date Publication date Assignee Title
CN105997450A (en) * 2016-07-07 2016-10-12 马英彬 Method and corresponding equipment for correcting vision

Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2453878Y (en) * 2000-10-13 2001-10-17 余鹏 Visual physiological recovering instrument
US6974082B2 (en) * 2002-07-15 2005-12-13 Monode Marking Products, Inc. Hardware integration system
CN101843539A (en) * 2009-03-27 2010-09-29 文齐凤 Device and method for vision correction
CN203564407U (en) * 2013-09-22 2014-04-30 西安华亚电子有限责任公司 Multifunctional comprehensive amblyopia therapeutic apparatus
CN104000711A (en) * 2014-05-26 2014-08-27 沈雷 Health movement device for eyes
CN203815708U (en) * 2014-03-06 2014-09-10 倪国庆 Blinder device and vision treatment instrument

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2507442Y (en) * 2001-05-15 2002-08-28 上海嘉美光学有限公司 Sight health apparatus
CN1853555A (en) * 2005-04-20 2006-11-01 赵进捷 Vision checking and calibrating method
CN101836931B (en) * 2009-03-17 2013-09-11 陆健 Visual training glasses
CN102467841A (en) * 2010-11-05 2012-05-23 陈宏洋 Whole brain development trainer

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2453878Y (en) * 2000-10-13 2001-10-17 余鹏 Visual physiological recovering instrument
US6974082B2 (en) * 2002-07-15 2005-12-13 Monode Marking Products, Inc. Hardware integration system
CN101843539A (en) * 2009-03-27 2010-09-29 文齐凤 Device and method for vision correction
CN203564407U (en) * 2013-09-22 2014-04-30 西安华亚电子有限责任公司 Multifunctional comprehensive amblyopia therapeutic apparatus
CN203815708U (en) * 2014-03-06 2014-09-10 倪国庆 Blinder device and vision treatment instrument
CN104000711A (en) * 2014-05-26 2014-08-27 沈雷 Health movement device for eyes

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