CN105676458A - Wearable calculation device and control method thereof, and wearable equipment with wearable calculation device - Google Patents

Wearable calculation device and control method thereof, and wearable equipment with wearable calculation device Download PDF

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Publication number
CN105676458A
CN105676458A CN201610222457.6A CN201610222457A CN105676458A CN 105676458 A CN105676458 A CN 105676458A CN 201610222457 A CN201610222457 A CN 201610222457A CN 105676458 A CN105676458 A CN 105676458A
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CN
China
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described
detection device
eye
controller controls
eyes detection
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CN201610222457.6A
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Chinese (zh)
Inventor
王鹏
王伟伟
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王鹏
王伟伟
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Priority to CN201610222457.6A priority Critical patent/CN105676458A/en
Publication of CN105676458A publication Critical patent/CN105676458A/en

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    • GPHYSICS
    • G02OPTICS
    • G02BOPTICAL ELEMENTS, SYSTEMS, OR APPARATUS
    • G02B27/00Other optical systems; Other optical apparatus
    • G02B27/01Head-up displays
    • G02B27/017Head mounted
    • G02B27/0172Head mounted characterised by optical features
    • GPHYSICS
    • G02OPTICS
    • G02BOPTICAL ELEMENTS, SYSTEMS, OR APPARATUS
    • G02B27/00Other optical systems; Other optical apparatus
    • G02B27/01Head-up displays
    • G02B27/0101Head-up displays characterised by optical features
    • G02B2027/0138Head-up displays characterised by optical features comprising image capture systems, e.g. camera
    • GPHYSICS
    • G02OPTICS
    • G02BOPTICAL ELEMENTS, SYSTEMS, OR APPARATUS
    • G02B27/00Other optical systems; Other optical apparatus
    • G02B27/01Head-up displays
    • G02B27/0101Head-up displays characterised by optical features
    • G02B2027/0141Head-up displays characterised by optical features characterised by the informative content of the display

Abstract

The invention discloses a wearable calculation device and control method thereof, and wearable equipment with the wearable calculation device. The wearable calculation device comprises an eye state detector, a display and a controller, wherein the eye state is used for detecting the eye states which include at least one selected from a blinking state and an eye closing state; the display is used to display images; and the controller is connected with both the eye state detector and the display so as to control corresponding operation according to a detection result of the eye state detector. The wearable calculation device makes operation more convenient, prevents users from manual operation, and avoids inconvenience of voice operation and touch panel operation in daily life.

Description

Wearable computing device and control method thereof and there is its wearable device

Technical field

The present invention relates to wearable computing device, further relate to the control method of described wearable computing device and there is the wearable device of described wearable computing device.

Background technology

After Intelligent worn device occurs, the operation of this terminal can be completed by Intelligent worn device by user with the mutual of terminal (smart mobile phone, panel computer) and user, and Intelligent worn device can also be used alone. But, owing to Intelligent worn device (such as intelligent glasses) is generally worn on the head of user, therefore it is difficult in Intelligent worn device and implements the operations such as click, slip, multi-point touch.

Summary of the invention

It is contemplated that one of technical problem solved at least to a certain extent in correlation technique. For this, the present invention proposes a kind of wearable computing device, and described wearable computing device is without being operated manually, it is to avoid the inconvenience that existing voice operating and touchpad operation are caused in daily life.

The present invention also proposes a kind of wearable device with described wearable computing device.

The present invention proposes again the control method of a kind of described wearable computing device.

The wearable computing device of embodiment includes according to a first aspect of the present invention: for detecting the eyes detection device of eye state, described eye state includes at least one in blinking and closing; For showing the display of image; And controller, described controller is connected with each in described eyes detection device and described display so that the testing result according to described eyes detection device controls to carry out corresponding operation.

Wearable computing device according to embodiments of the present invention is possible not only to make more convenient to operate, and can liberate the both hands of user completely, it is not necessary to be operated manually, it is to avoid the inconvenience that existing voice operating and touchpad operation are caused in daily life.

It addition, wearable computing device according to the above embodiment of the present invention can also have following additional technical characteristic:

According to one embodiment of present invention, described operation includes sliding, read and click, cancel and clicking, take pictures click, shooting is clicked, terminate to click, exit click, confirm to click, length is pressed, at least one in multipoint operation, preferably, described controller controls to carry out operation accordingly to generate image, described display shows described image, more preferably, described controller includes processor and for storing the memorizer of software, described processor coordinates to access and to perform the software being stored on described memorizer with described memorizer, described processor is connected with each in described eyes detection device and described display so that the testing result according to described eyes detection device controls to carry out corresponding operation.

According to one embodiment of present invention, described eyes detection device includes for sending the infrared light generator of infrared light to eyes and for receiving the Infrared sensor of infrared light, preferably, if described Infrared sensor is not detected by infrared light in the first Preset Time, then described eye state is Guan Bi, it is further preferred that described first Preset Time is be more than or equal to 600 milliseconds;More preferably, described eyes detection device includes the left eye state detector of the eye state for detecting left eye and for detecting the right eye state detector of the eye state of right eye, further preferably, described wearable computing device farther includes the head movement sensor for detecting head movement state, and described controller is connected to carry out corresponding operation according at least one control in the testing result of described eyes detection device and the testing result of described head movement sensor with described head movement sensor.

According to one embodiment of present invention, when receiving information and described eyes detection device detects that eyes blink, described controller controls to carry out clicking to read information, preferably, when receive information and described eyes detection device detects in left eye and right eye one blink time, described controller controls to be read out clicking to read information, when receive information and described eyes detection device detects in left eye and right eye another blink time, described controller controls to carry out cancelling to click to cancel reading information, preferably, under information interface, when described eyes detection device detects a Guan Bi in left eye and right eye, described controller controls to carry out growing by operation so that input voice information, when described eyes detection device detects that the one in left eye and right eye is opened, described controller controls to be transmitted operation to send described voice messaging, under information interface, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to be read out clicking to read information, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out exiting click to exit this information interface, preferably, under many software interfaces, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out sliding the icon of multiple software, and make the icon of target program enter into current project, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out confirming to click to enter described target program, preferably, under interface of taking pictures/image, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out taking pictures click to take pictures, another detecting in left eye and right eye when described eyes detection device is when blinking, described controller controls to carry out shooting and clicks to image, when described in described eyes detection device detects in left eye and right eye, another blinks again, described controller controls to carry out terminating to click to terminate shooting, when described eyes detection device detects that a Guan Bi in left eye and right eye and described head movement sensor detect that head lifts or be low, described controller controls to carry out exiting click to exit interface of taking pictures/image, further preferably, when described eyes detection device detects eyes closed and described head movement sensor detects that head lifts, described controller controls to zoom in or out the image that described display shows, when described eyes detection device detects eyes closed and described head movement sensor detects that head is low, described controller controls to zoom in or out the image that described display shows, preferably, the image that described display shows is the map under map interface, preferably, the size of the angle correspondence image amplification that head lifts or multiple, size that the low angle correspondence image of head reduces or multiple, preferably, under map interface, when described eyes detection device detects that eyes blink, described controller controls to carry out exiting click to exit map interface.

The wearable device of embodiment includes according to a second aspect of the present invention: body;With wearable computing device, described wearable computing device sets on the body, and described wearable computing device includes: for detecting the eyes detection device of eye state, described eye state includes at least one in blinking and closing; For showing the display of image; And controller, described controller is connected with each in described eyes detection device and described display so that the testing result according to described eyes detection device controls to carry out corresponding operation.

Wearable device according to embodiments of the present invention is possible not only to make more convenient to operate, and can liberate the both hands of user completely, it is not necessary to be operated manually, it is to avoid the inconvenience that existing voice operating and touchpad operation are caused in daily life.

According to one embodiment of present invention, described operation includes sliding, read and click, cancel and clicking, take pictures click, shooting is clicked, terminate to click, exit click, confirm to click, length is pressed, at least one in multipoint operation, preferably, described controller controls to carry out operation accordingly to generate image, described display shows described image, more preferably, described controller includes processor and for storing the memorizer of software, described processor coordinates to access and to perform the software being stored on described memorizer with described memorizer, described processor is connected with each in described eyes detection device and described display so that the testing result according to described eyes detection device controls to carry out corresponding operation.

According to one embodiment of present invention, described body includes mirror body, described mirror body includes: left frame and correct frame, described left frame and described correct frame are arranged in left-right direction at interval, described left frame is connected by support member with described correct frame, and described eyes detection device is located at least one in described left frame, described correct frame and described support member; And left mirror leg and right temple, described left mirror leg is connected with described left frame, described right temple is connected with described correct frame, and described controller is located at least one in described left mirror leg and described right temple, and described display is located at least one in described left mirror leg and described right temple; Preferably, described mirror body farther includes left eyeglass and right eyeglass, described left eyeglass is located in described left frame, described right eyeglass is located on described correct frame, and wherein said eyes detection device is located at least one in described left frame, described correct frame, described left eyeglass, described right eyeglass and described support member; More preferably, described eyes detection device includes the left eye state detector of the eye state for detecting left eye and for detecting the right eye state detector of the eye state of right eye, wherein said left eye state detector is located at least one in described left frame and described support member or at least one in described left frame, described left eyeglass and described support member, and described right eye state detector is located at least one in described correct frame and described support member or at least one in described correct frame, described right eyeglass and described support member; Further preferably, described eyes detection device includes for sending the infrared light generator of infrared light to eyes and for receiving the Infrared sensor of infrared light, preferably, if described Infrared sensor is not detected by infrared light in the first Preset Time, then described eye state is Guan Bi, it is further preferred that described first Preset Time is be more than or equal to 600 milliseconds;Further preferably, described wearable device farther includes the head movement sensor for detecting head movement state, described controller is connected to carry out corresponding operation according at least one control in the testing result of described eyes detection device and the testing result of described head movement sensor with described head movement sensor, preferably, described head movement sensor is located on described mirror body.

According to one embodiment of present invention, when receiving information and described eyes detection device detects that eyes blink, described controller controls to carry out clicking to read information, preferably, when receive information and described eyes detection device detects in left eye and right eye one blink time, described controller controls to be read out clicking to read information, when receive information and described eyes detection device detects in left eye and right eye another blink time, described controller controls to carry out cancelling to click to cancel reading information, preferably, under information interface, when described eyes detection device detects a Guan Bi in left eye and right eye, described controller controls to carry out growing by operation so that input voice information, when described eyes detection device detects that the one in left eye and right eye is opened, described controller controls to be transmitted operation to send described voice messaging, under information interface, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to be read out clicking to read information, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out exiting click to exit this information interface, preferably, under many software interfaces, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out sliding the icon of multiple software, and make the icon of target program enter into current project, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out confirming to click to enter described target program, preferably, under interface of taking pictures/image, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out taking pictures click to take pictures, another detecting in left eye and right eye when described eyes detection device is when blinking, described controller controls to carry out shooting and clicks to image, when described in described eyes detection device detects in left eye and right eye, another blinks again, described controller controls to carry out terminating to click to terminate shooting, when described eyes detection device detects that a Guan Bi in left eye and right eye and described head movement sensor detect that head lifts or be low, described controller controls to carry out exiting click to exit interface of taking pictures/image, further preferably, when described eyes detection device detects eyes closed and described head movement sensor detects that head lifts, described controller controls to zoom in or out the image that described display shows, when described eyes detection device detects eyes closed and described head movement sensor detects that head is low, described controller controls to zoom in or out the image that described display shows, preferably, the image that described display shows is the map under map interface, preferably, the size of the angle correspondence image amplification that head lifts or multiple, size that the low angle correspondence image of head reduces or multiple, preferably, under map interface, when described eyes detection device detects that eyes blink, described controller controls to carry out exiting click to exit map interface.

The control method of the wearable computing device of embodiment comprises the following steps according to a third aspect of the present invention: the eye state of detection user, and described eye state includes at least one in blinking and closing;Control to operate accordingly with according to the described eye state detected.

According to one embodiment of present invention, eyes detection device is utilized to detect described eye state, controller is utilized to control to operate accordingly according to the testing result of described eyes detection device, preferably, described operation bag slides, read click, cancel clicks, clicks of taking pictures, shooting are clicked, are terminated to click, exit clicks, confirmation click, length by least one in, multipoint operation, more preferably, described controller controls to carry out operating to generate image accordingly, and described display shows described image, it is further preferred that the eye state of detection user comprises the following steps: send infrared light to the eyes of user, with receive by the infrared light of eye reflections of user, if described Infrared sensor is not detected by infrared light in the first Preset Time, then described eye state is Guan Bi, it is more preferable to ground, and described first Preset Time is be more than or equal to 600 milliseconds, the control method of further preferably described wearable computing device farther includes the head movement state of detection user, operates accordingly according at least one control in described eye state and described head movement state, further preferably, when receiving information and described eyes detection device detects that eyes blink, described controller controls to carry out clicking to read information, preferably, when receive information and described eyes detection device detects in left eye and right eye one blink time, described controller controls to be read out clicking to read information, when receive information and described eyes detection device detects in left eye and right eye another blink time, described controller controls to carry out cancelling to click to cancel reading information, preferably, under information interface, when described eyes detection device detects a Guan Bi in left eye and right eye, described controller controls to carry out growing by operation so that input voice information, when described eyes detection device detects that the one in left eye and right eye is opened, described controller controls to be transmitted operation to send described voice messaging, under information interface, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to be read out clicking to read information, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out exiting click to exit this information interface, preferably, under many software interfaces, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out sliding the icon of multiple software, and make the icon of target program enter into current project, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out confirming to click to enter described target program, preferably, under interface of taking pictures/image, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out taking pictures click to take pictures, another detecting in left eye and right eye when described eyes detection device is when blinking, described controller controls to carry out shooting and clicks to image, when described in described eyes detection device detects in left eye and right eye, another blinks again, described controller controls to carry out terminating to click to terminate shooting, when described eyes detection device detects that a Guan Bi in left eye and right eye and described head movement sensor detect that head lifts or be low, described controller controls to carry out exiting click to exit interface of taking pictures/image,Further preferably, when described eyes detection device detects eyes closed and described head movement sensor detects that head lifts, described controller controls to zoom in or out the image that described display shows, when described eyes detection device detects eyes closed and described head movement sensor detects that head is low, described controller controls to zoom in or out the image that described display shows, preferably, the image that described display shows is the map under map interface, preferably, the size of the angle correspondence image amplification that head lifts or multiple, size that the low angle correspondence image of head reduces or multiple, preferably, under map interface, when described eyes detection device detects that eyes blink, described controller controls to carry out exiting click to exit map interface.

Accompanying drawing explanation

Fig. 1 is the structural representation of wearable device according to embodiments of the present invention;

Fig. 2 is the structural representation of the eyes detection device of wearable device according to embodiments of the present invention;

Fig. 3 is the structural representation of wearable computing device according to embodiments of the present invention;

Fig. 4 is the schematic diagram of the first use scene of wearable device according to embodiments of the present invention;

Fig. 5 is the schematic diagram of the second use scene of wearable device according to embodiments of the present invention;

Fig. 6 is the schematic diagram of the third use scene of wearable device according to embodiments of the present invention;

Fig. 7 is the schematic diagram of the 4th kind of use scene of wearable device according to embodiments of the present invention.

Detailed description of the invention

Being described below in detail embodiments of the invention, the example of described embodiment is shown in the drawings. The embodiment described below with reference to accompanying drawing is illustrative of, it is intended to is used for explaining the present invention, and is not considered as limiting the invention.

Below with reference to the accompanying drawings wearable device 10 according to embodiments of the present invention is described. As shown in Fig. 1-Fig. 7, wearable device 10 according to embodiments of the present invention includes body and wearable computing device 100, wearable computing device 100 is located on this body, and wearable computing device 100 includes the eyes detection device 101 for detecting eye state, for showing display 102 and the controller 103 of image.

Controller 103 is connected with each in eyes detection device 101 and display 102 so that the testing result according to eyes detection device 101 controls to carry out corresponding operation. Wherein, eye state includes at least one in blinking and closing.

After Intelligent worn device occurs, the operation of this terminal can be completed by Intelligent worn device by user with the mutual of terminal (smart mobile phone, panel computer) and user. But, owing to Intelligent worn device (such as intelligent glasses) is generally worn on the head of user, therefore it is difficult in Intelligent worn device and implements the operations such as click, slip, multi-point touch.

Wearable computing device 100 and wearable device 10 according to embodiments of the present invention pass through to arrange eyes detection device 101, such that it is able to the eye state according to user is operated. That is, user can operate accordingly by changing the state of its eyes, thus it is possible not only to make more convenient to operate, and the both hands of user can be liberated completely, without being operated manually, it is to avoid the inconvenience that existing voice operating and touchpad operation are caused in daily life.

As shown in Fig. 1-Fig. 7, include mirror body 104 and wearable computing device 100 according to the wearable device 10 of some embodiments of the present invention.It is to say, wearable device 10 according to embodiments of the present invention is wearable glasses (intelligent glasses). It will be appreciated by persons skilled in the art that wearable device 10 according to embodiments of the present invention can also be other kinds of wearable device.

As it is shown in figure 1, mirror body 104 includes left frame 1041, correct frame 1042, left mirror leg 1044 and right temple 1045. Left frame 1041 and correct frame 1042 are arranged in left-right direction at interval, and left frame 1041 is connected by support member 1043 with correct frame 1042. Left mirror leg 1044 is connected with left frame 1041, and right temple 1045 is connected with correct frame 1042.

Each in left frame 1041, correct frame 1042, support member 1043, left mirror leg 1044 and right temple 1045 can be formed by the solid construction of plastics or metal, it is also possible to is formed by the hollow-core construction of plastics or metal to allow wiring and assembly cross tie part in inside via mirror body 104.

Mirror body 104 can include eyeglass, it is also possible to does not include eyeglass. When mirror body 104 includes eyeglass, specifically, mirror body 104 includes left eyeglass 1046 and right eyeglass 1047, and left eyeglass 1046 is located in left frame 1041, and right eyeglass 1047 is located on correct frame 1042.

Each in left eyeglass 1046 and right eyeglass 1047 can be substantially transparent, it is also possible to transparent at least in part, to allow user to pass through left eyeglass 1046 and surrounding observed by right eyeglass 1047. Each in left eyeglass 1046 and right eyeglass 1047 can also be formed by any material of the image or figure that can show projection aptly.

Wearable computing device 100 includes eyes detection device 101, display 102 and controller 103. Eyes detection device 101 is for detecting the eye state of user, and display 102 is used for showing image.

Wherein, as it is shown in figure 1, controller 103 is located at least one in left mirror leg 1044 and right temple 1045, display 102 is located at least one in left mirror leg 1044 and right temple 1045. Additionally, controller 103 and display 102 can also be located in the other parts of mirror body 104.

When not including left eyeglass 1046 and right eyeglass 1047 when mirror body 104, eyes detection device 101 is located at least one in left frame 1041, correct frame 1042 and support member 1043. When including left eyeglass 1046 and right eyeglass 1047 when mirror body 104, eyes detection device 101 is located at least one in left frame 1041, correct frame 1042, left eyeglass 1046, right eyeglass 1047 and support member 1043.

As in figure 2 it is shown, eyes detection device 101 includes for sending the infrared light generator 1013 of infrared light to eyes and for receiving the Infrared sensor 1014 of infrared light.

Specifically, infrared light generator 1013 sends (transmitting) infrared light to the eyes of user, when the eyes of user do not blink and close (when the eyes of user are opened or when being in daily state), the eyes of user will be sent to infrared light reflection thereon and go out, and the infrared light reflected away is received by Infrared sensor 1014. Therefore, when Infrared sensor 1014 receives infrared light, show that the eyes of user are in the state of opening or daily state, when in running order Infrared sensor 1014 is not received by infrared light, it was shown that the eye state of user is for blinking or closing.

The eyes of people are that eyes blink simultaneously under daily state or naturalness. Advantageously, in order to user be distinguished with the nictation carried out to operate nictation under daily state or naturalness better, wearable computing device 100 and wearable device 10 according to embodiments of the present invention are operated accordingly by blinked in left eye and right eye.

The eyes of people can than relatively frequently blink under daily state or naturalness, and usual Healthy People average minute clock is blinked 16 times. In order to separate by user's nictation and closed area of the eyes carried out to operate under daily state or naturalness better, if Infrared sensor 1014 is not detected by infrared light in the first Preset Time, then eye state is close.

Advantageously, this first Preset Time is be more than or equal to 600 milliseconds. Advantageously, this first Preset Time is be more than or equal to 700 milliseconds and less than or equal to 2 seconds. Advantageously, this first Preset Time is be more than or equal to 800 milliseconds and less than or equal to 1 second.

It is to say, Infrared sensor 1014 is not detected by time of infrared light when at least lasting till this first Preset Time, then eye state is Guan Bi. Thus can judge the eye state of user more accurately, exactly, in order to exactly, be effectively taking place associative operation.

As it is shown on figure 3, controller 103 is connected with eyes detection device 101, in order to receive the testing result of eyes detection device 101, namely receive the eye state of user. Controller 103 controls to carry out operation accordingly to generate image according to the testing result of eyes detection device 101, and namely controller 103 controls to carry out operation accordingly to generate image according to the eye state of user.

Specifically, this operation include reading click, cancel click, long by least one in, multipoint operation. Wearable device 10 according to embodiments of the present invention can be connected with terminal (such as smart mobile phone, panel computer) by wired or wireless mode, and this terminal is carried out operation accordingly to generate image according to the testing result of eyes detection device 101 by controller 103.

As it is shown on figure 3, controller 103 can include processor 1031, processor 1031 can be connected with each in eyes detection device 101 and display 102 so that the testing result according to eyes detection device 101 controls to carry out corresponding operation. Specifically, processor 1031 can receive data from eyes detection device 101, process these data, these data are transmitted into this terminal. Processor 1031 can also receive data from this terminal and configure these data for showing on the display 102. Processor 1031 can be any kind of processor, for instance microprocessor or digital signal processor.

In one embodiment of the invention, as it is shown on figure 3, controller 103 could be included for the memorizer 1032 of storage software, processor 1031 can coordinate with memorizer 1032 or couple, in order to access and execution are stored in the software on memorizer 1032. In other words, wearable device 10 according to embodiments of the present invention can be used alone, without with terminal with the use of.

It will be appreciated by persons skilled in the art that wearable device 10 has communication equipment the Internet can be accessed when wearable device 10 according to embodiments of the present invention can be used alone.

As it is shown on figure 3, controller 103 is connected with display 102, in order to the image that display 102 display controller 103 generates.

Display 102 can be that optical perspective display, optics look around display or video perspective display. Advantageously, display 102 can be projection reflected displaying device, for instance projector.

At least one in left eyeglass 1046 and right eyeglass 1047 can serve as display element.This projector can be located at least one in left mirror leg 1044 and right temple 1045, in order to projects image onto on the inner surface of at least one in left eyeglass 1046 and right eyeglass 1047. Wherein, the inner surface of left eyeglass 1046 refers to the surface of the eyes closing on user of left eyeglass 1046, and the inner surface of right eyeglass 1047 refers to the surface of the eyes closing on user of right eyeglass 1047.

At least one in left eyeglass 1046 and right eyeglass 1047 can be served as the combiner in light projection system and can comprise reflection from this projector to the coating of light thereon. In certain embodiments, it is possible to do not use specific coatings (such as, when this projector is for scanning laser aid).

In alternative embodiments, it be also possible to use other type of display element. For example, at least one in left eyeglass 1046 and right eyeglass 1047 can comprise: nearly eye pattern picture of focusing maybe can be delivered to other optical element of the eyes of user by transparent or semitransparent matrix display (such as electroluminescent display or liquid crystal display), one or more waveguides for image is delivered to the eyes of user. Corresponding display driver may be mounted on mirror body 104 for driving this matrix display. Alternatively or additionally, laser or LED source and scanning system can be used raster display to be directly painted on the retina of at least one in the left eye of user and right eye.

As shown in figures 1 and 3, eyes detection device 101 includes the left eye state detector 1011 of the eye state of the left eye 21 for detecting user and for detecting the right eye state detector 1012 of the eye state of the right eye 22 of user. Thus can increase the control mode of wearable computing device 100 and wearable device 10 further, such that it is able to further expand wearable computing device 100 and the function of wearable device 10.

When not including left eyeglass 1046 and right eyeglass 1047 when mirror body 104, left eye state detector 1011 can be located at least one in left frame 1041 and support member 1043, and right eye state detector 1012 can be located at least one in correct frame 1042 and support member 1043. When including left eyeglass 1046 and right eyeglass 1047 when mirror body 104, left eye state detector 1011 can be located at least one in left frame 1041, left eyeglass 1046 and support member 1043, and right eye state detector 1012 can be located at least one in correct frame 1042, right eyeglass 1047 and support member 1043.

In some embodiments of the invention, as shown in figures 1 and 3, wearable computing device 100 may further include the head movement sensor 105 for detecting head movement state, and controller 103 is connected to carry out corresponding operation according at least one control in the testing result of eyes detection device 101 and the testing result of head movement sensor 105 with head movement sensor 105. Thus can increase the control mode of wearable computing device 100 and wearable device 10 further, such that it is able to further expand wearable computing device 100 and the function of wearable device 10.

Advantageously, head movement sensor 105 can be located on mirror body 104. Head movement sensor 105 can be gyroscope. In a concrete example of the present invention, head movement sensor 105 is connected with processor 1031.

The control method (or application scenarios) of wearable computing device 100 according to embodiments of the present invention and wearable device 10 is described below with reference to figure.

As shown in Figure 4, under many software interfaces (shown by display 102), when user wants to enter a certain program (target program), user can blink one in left eye and right eye, detect that when eyes detection device 101 this in the left eye of user and right eye when blinking, controller 103 controls to carry out sliding the icon of multiple software to switch to next program, and then makes the icon of this target program enter into present procedure (current project). Then, user blink in left eye and right eye another, detect when eyes detection device 101 in the left eye of user and right eye this another when blinking, controller 103 controls to carry out confirming to click to enter this target program.

As it is shown in figure 5, when user receives information, be directly to reading interface. If user thinks reading information, then user blinks eyes. When the eyes that eyes detection device 101 detects user blink, controller 103 controls to carry out clicking to read information.

In an example of the present invention, as it is shown in figure 5, when user receives information, if user wants to read this information, then user blinks in left eye and right eye. Detecting that when eyes detection device 101 this in the left eye of user and right eye when blinking, controller 103 controls to be read out clicking to read information. If user is not desired to read this information, then user blinks another in left eye and right eye. Detect when eyes detection device 101 in the left eye of user and right eye this another when blinking, controller 103 controls to carry out cancelling to click (namely returning click) to cancel reading information.

It is to say, under this application scenarios, there is reading information and cancel reading information (return) two kinds of modes of operation. Wherein, this information includes but not limited to: note, instant communication software (such as QQ, wechat etc.) information.

An eyes detection device 101(can be utilized simultaneously) detect the state of the left eye of user and the state of right eye. It can be advantageous to utilize an eyes detection device 101(left eye state detector 1011) state of left eye of detection user, and utilize another eyes detection device 101(right eye state detector 1012) state of the right eye of detection user.

(such as utilize wechat to send voice messaging) when user wants to send voice messaging, then first pass through above-mentioned mode and entered into information interface by many software interfaces. Then, user closes in left eye and right eye and says voice simultaneously, opens this in left eye and right eye to send this information after finishing. When this Guan Bi in the left eye of user and right eye being detected when eyes detection device 101, controller 103 controls to carry out growing by operation, detecting that when eyes detection device 101 this in the left eye of user and right eye when opening (again receiving infrared ray), controller 103 controls to be transmitted operation.

Under information interface, the information that user can not read before reading. Specifically, when user wants the information not read, then user blinks in left eye and right eye. Detecting that when eyes detection device 101 this in the left eye of user and right eye when blinking, controller 103 controls to be read out clicking to read information. When user wants to exit this information interface, then user blinks another in left eye and right eye. Detect when eyes detection device 101 in the left eye of user and right eye this another when blinking, controller 103 controls to carry out exiting click to exit this information interface.

In one embodiment of the invention, as shown in Figure 6, under interface of taking pictures/image, when user wants to take pictures, then user blinks in left eye and right eye. Detecting that when eyes detection device 101 this in the left eye of user and right eye when blinking, controller 103 controls to carry out taking pictures click to take pictures.

As shown in Figure 6, when user wants to image, then user blinks another in left eye and right eye. Detect when eyes detection device 101 in the left eye of user and right eye this another when blinking, controller 103 controls to carry out shooting and clicks to image. When user want terminate shooting time, then user again blink in left eye and right eye this another. Detect when eyes detection device 101 in the left eye of user and right eye this another when again blinking, controller 103 controls to carry out terminating to click to terminate shooting.

As shown in Figure 6, when user wants to exit and takes pictures/image interface, user can close in left eye and right eye and lift or low head, detecting that when eyes detection device 101 one in the left eye of user and right eye Guan Bi and head movement sensor 105 detect when the head of user lifts or be low, controller 103 controls to carry out exiting click to exit interface of taking pictures/image.

It is to say, under this application scenarios of interface of taking pictures/image, there is shooting, shooting, terminate shooting, exit four kinds of interface of taking pictures/image (return) mode of operation.

As shown in Figure 7, under map interface, when user thinks enlarged map, user can close eyes and lift head, when eyes detection device 101 detects that the eyes closed of user and head movement sensor 105 detect that the head of user lifts, controller 103 controls enlarged map. When user wants to reduce map, user can close eyes and low head, and when eyes detection device 101 detects that the eyes closed of user and head movement sensor 105 detect that the head of user is low, controller 103 controls to reduce map.

It will be appreciated by persons skilled in the art that user can also by closing eyes and low head carrys out enlarged map, and by closing eyes and lifting head and reduce map. Wherein, amplifying and reduce the operation of map is multipoint operation.

Advantageously, size that angle correspondence map (image) that head lifts is amplified or multiple, size that low angle correspondence map (image) of head reduces or multiple. Such as, if when the angle (low angle) that head lifts is 30 degree, it is 2 times that map (image) amplifies the multiple of (reducing), then, when the angle (low angle) that head lifts is 60 degree, it is 4 times that map (image) amplifies the multiple of (reducing).

As shown in Figure 7, when user makes to be finished map or owing to other reasons is wanted to exit map interface (namely at present under map interface), user can blink eyes (left eye and in right eye), when the eyes that eyes detection device 101 detects user blink, controller 103 controls to carry out exiting click (namely returning click) to exit map interface.

It is to say, under this application scenarios of map interface, there is enlarged map, reduce map, exit three kinds of modes of operation of map interface (return). Advantageously, user can utilize different eyes control convergent-divergent map and exit map interface. Such as, user can utilize Guan Bi left eye to control enlarged map and to reduce map, utilizes right eye to blink and controls to exit map interface.

After exiting information interface, taking pictures/image interface and map interface, return to many software interfaces.Wherein, read click, cancellation click, click of taking pictures, shooting is clicked, terminates click, is exited and click and confirm to click all to be click on operation, is that these clicking operation can realize different functions. That is, it is possible to utilize the function that clicking operation realizes, different clicking operation is named.

In describing the invention, it will be appreciated that, term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", " on ", D score, " front ", " afterwards ", " left side ", " right side ", " vertically ", " level ", " top ", " end " " interior ", " outward ", " clockwise ", " counterclockwise ", " axially ", " radially ", orientation or the position relationship of the instruction such as " circumference " are based on orientation shown in the drawings or position relationship, it is for only for ease of the description present invention and simplifies description, rather than the device of instruction or hint indication or element must have specific orientation, with specific azimuth configuration and operation, therefore it is not considered as limiting the invention.

Additionally, term " first ", " second " are only for descriptive purposes, and it is not intended that indicate or imply relative importance or the implicit quantity indicating indicated technical characteristic. Thus, define " first ", the feature of " second " can express or implicitly include at least one this feature. In describing the invention, " multiple " are meant that at least two, for instance two, three etc., unless otherwise expressly limited specifically.

In the present invention, unless otherwise clearly defined and limited, the term such as term " installation ", " being connected ", " connection ", " fixing " should be interpreted broadly, for instance, it is possible to it is fixing connection, it is also possible to be removably connect, or integral; Can be mechanically connected, it is also possible to be electrical connection or each other can communication; Can be joined directly together, it is also possible to be indirectly connected to by intermediary, it is possible to be connection or the interaction relationship of two elements of two element internals, unless otherwise clear and definite restriction. For the ordinary skill in the art, it is possible to understand above-mentioned term concrete meaning in the present invention as the case may be.

In the present invention, unless otherwise clearly defined and limited, fisrt feature second feature " on " or D score can be that the first and second features directly contact, or the first and second features are by intermediary mediate contact. And, fisrt feature second feature " on ", " top " and " above " but fisrt feature directly over second feature or oblique upper, or be merely representative of fisrt feature level height higher than second feature. Fisrt feature second feature " under ", " lower section " and " below " can be fisrt feature immediately below second feature or obliquely downward, or be merely representative of fisrt feature level height less than second feature.

In the description of this specification, specific features, structure, material or feature that the description of reference term " embodiment ", " some embodiments ", " example ", " concrete example " or " some examples " etc. means in conjunction with this embodiment or example describe are contained at least one embodiment or the example of the present invention. In this manual, the schematic representation of above-mentioned term is necessarily directed to identical embodiment or example. And, the specific features of description, structure, material or feature can combine in one or more embodiments in office or example in an appropriate manner. Additionally, when not conflicting, the feature of the different embodiments described in this specification or example and different embodiment or example can be carried out combining and combining by those skilled in the art.

Although above it has been shown and described that embodiments of the invention, it is understandable that, above-described embodiment is illustrative of, it is impossible to be interpreted as limitation of the present invention, and above-described embodiment can be changed, revises, replace and modification by those of ordinary skill in the art within the scope of the invention.

Claims (10)

1. a wearable computing device, it is characterised in that including:
For detecting the eyes detection device of eye state, described eye state includes at least one in blinking and closing;
For showing the display of image; With
Controller, described controller is connected with each in described eyes detection device and described display so that the testing result according to described eyes detection device controls to carry out corresponding operation.
2. wearable computing device according to claim 1, it is characterized in that, described operation includes sliding, read click, cancel clicks, clicks of taking pictures, shooting are clicked, are terminated to click, exit clicks, confirmation click, length by least one in, multipoint operation, preferably, described controller controls to carry out operation accordingly to generate image, described display shows described image
More preferably, described controller includes processor and for storing the memorizer of software, described processor coordinates to access and to perform the software being stored on described memorizer with described memorizer, and described processor is connected with each in described eyes detection device and described display so that the testing result according to described eyes detection device controls to carry out corresponding operation.
3. wearable computing device according to claim 1, it is characterized in that, described eyes detection device includes for sending the infrared light generator of infrared light to eyes and for receiving the Infrared sensor of infrared light, preferably, if described Infrared sensor is not detected by infrared light in the first Preset Time, then described eye state is Guan Bi, it is more preferable to ground, and described first Preset Time is be more than or equal to 600 milliseconds;
More preferably, described eyes detection device includes the left eye state detector of the eye state for detecting left eye and for detecting the right eye state detector of the eye state of right eye, further preferably, described wearable computing device farther includes the head movement sensor for detecting head movement state, and described controller is connected to carry out corresponding operation according at least one control in the testing result of described eyes detection device and the testing result of described head movement sensor with described head movement sensor.
4. the wearable computing device according to claim 1 or 3, it is characterised in that
When receiving information and described eyes detection device detects that eyes blink, described controller controls to carry out clicking to read information, preferably, when receive information and described eyes detection device detects in left eye and right eye one blink time, described controller controls to be read out clicking to read information, when receive information and described eyes detection device detects in left eye and right eye another blink time, described controller controls to carry out cancelling to click to cancel reading information;
Preferably, under information interface, when described eyes detection device detects a Guan Bi in left eye and right eye, described controller controls to carry out growing by operation so that input voice information, when described eyes detection device detects that the one in left eye and right eye is opened, described controller controls to be transmitted operation to send described voice messaging;
Under information interface, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to be read out clicking to read information, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out exiting click to exit this information interface;
Preferably, under many software interfaces, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out sliding the icon of multiple software, and make the icon of target program enter into current project, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out confirming to click to enter described target program;
Preferably, under interface of taking pictures/image, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out taking pictures click to take pictures, another detecting in left eye and right eye when described eyes detection device is when blinking, described controller controls to carry out shooting and clicks to image, when described in described eyes detection device detects in left eye and right eye, another blinks again, described controller controls to carry out terminating to click to terminate shooting, when described eyes detection device detects that a Guan Bi in left eye and right eye and described head movement sensor detect that head lifts or be low, described controller controls to carry out exiting click to exit interface of taking pictures/image,
Further preferably, when described eyes detection device detects eyes closed and described head movement sensor detects that head lifts, described controller controls to zoom in or out the image that described display shows, when described eyes detection device detects eyes closed and described head movement sensor detects that head is low, described controller controls to zoom in or out the image that described display shows, preferably, the image that described display shows is the map under map interface, preferably, the size of the angle correspondence image amplification that head lifts or multiple, size that the low angle correspondence image of head reduces or multiple,
Preferably, under map interface, when described eyes detection device detects that eyes blink, described controller controls to carry out exiting click to exit map interface.
5. a wearable device, it is characterised in that including:
Body; With
Wearable computing device, described wearable computing device sets on the body, and described wearable computing device includes:
For detecting the eyes detection device of eye state, described eye state includes at least one in blinking and closing;
For showing the display of image; And
Controller, described controller is connected with each in described eyes detection device and described display so that the testing result according to described eyes detection device controls to carry out corresponding operation.
6. wearable device according to claim 5, it is characterized in that, described operation includes sliding, read click, cancel clicks, clicks of taking pictures, shooting are clicked, are terminated to click, exit clicks, confirmation click, length by least one in, multipoint operation, preferably, described controller controls to carry out operation accordingly to generate image, described display shows described image
More preferably, described controller includes processor and for storing the memorizer of software, described processor coordinates to access and to perform the software being stored on described memorizer with described memorizer, and described processor is connected with each in described eyes detection device and described display so that the testing result according to described eyes detection device controls to carry out corresponding operation.
7. wearable device according to claim 5, it is characterised in that described body includes mirror body, and described mirror body includes:
Left frame and correct frame, described left frame and described correct frame are arranged in left-right direction at interval, described left frame is connected by support member with described correct frame, and described eyes detection device is located at least one in described left frame, described correct frame and described support member; And
Left mirror leg and right temple, described left mirror leg is connected with described left frame, described right temple is connected with described correct frame, and described controller is located at least one in described left mirror leg and described right temple, and described display is located at least one in described left mirror leg and described right temple;
Preferably, described mirror body farther includes left eyeglass and right eyeglass, described left eyeglass is located in described left frame, described right eyeglass is located on described correct frame, and wherein said eyes detection device is located at least one in described left frame, described correct frame, described left eyeglass, described right eyeglass and described support member;
More preferably, described eyes detection device includes the left eye state detector of the eye state for detecting left eye and for detecting the right eye state detector of the eye state of right eye, wherein said left eye state detector is located at least one in described left frame and described support member or at least one in described left frame, described left eyeglass and described support member, and described right eye state detector is located at least one in described correct frame and described support member or at least one in described correct frame, described right eyeglass and described support member;
Further preferably, described eyes detection device includes for sending the infrared light generator of infrared light to eyes and for receiving the Infrared sensor of infrared light, preferably, if described Infrared sensor is not detected by infrared light in the first Preset Time, then described eye state is Guan Bi, it is further preferred that described first Preset Time is be more than or equal to 600 milliseconds;
Further preferably, described wearable device farther includes the head movement sensor for detecting head movement state, described controller is connected to carry out corresponding operation according at least one control in the testing result of described eyes detection device and the testing result of described head movement sensor with described head movement sensor, preferably, described head movement sensor is located on described mirror body.
8. the wearable device according to any one of claim 5-7, it is characterised in that
When receiving information and described eyes detection device detects that eyes blink, described controller controls to carry out clicking to read information, preferably, when receive information and described eyes detection device detects in left eye and right eye one blink time, described controller controls to be read out clicking to read information, when receive information and described eyes detection device detects in left eye and right eye another blink time, described controller controls to carry out cancelling to click to cancel reading information;
Preferably, under information interface, when described eyes detection device detects a Guan Bi in left eye and right eye, described controller controls to carry out growing by operation so that input voice information, when described eyes detection device detects that the one in left eye and right eye is opened, described controller controls to be transmitted operation to send described voice messaging;
Under information interface, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to be read out clicking to read information, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out exiting click to exit this information interface;
Preferably, under many software interfaces, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out sliding the icon of multiple software, and make the icon of target program enter into current project, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out confirming to click to enter described target program;
Preferably, under interface of taking pictures/image, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out taking pictures click to take pictures, another detecting in left eye and right eye when described eyes detection device is when blinking, described controller controls to carry out shooting and clicks to image, when described in described eyes detection device detects in left eye and right eye, another blinks again, described controller controls to carry out terminating to click to terminate shooting, when described eyes detection device detects that a Guan Bi in left eye and right eye and described head movement sensor detect that head lifts or be low, described controller controls to carry out exiting click to exit interface of taking pictures/image,
Further preferably, when described eyes detection device detects eyes closed and described head movement sensor detects that head lifts, described controller controls to zoom in or out the image that described display shows, when described eyes detection device detects eyes closed and described head movement sensor detects that head is low, described controller controls to zoom in or out the image that described display shows, preferably, the image that described display shows is the map under map interface, preferably, the size of the angle correspondence image amplification that head lifts or multiple, size that the low angle correspondence image of head reduces or multiple,
Preferably, under map interface, when described eyes detection device detects that eyes blink, described controller controls to carry out exiting click to exit map interface.
9. the control method of a wearable computing device, it is characterised in that comprise the following steps:
The eye state of detection user, described eye state includes at least one in blinking and closing; With
Control to operate accordingly according to the described eye state detected.
10. the control method of wearable computing device according to claim 9, it is characterized in that, eyes detection device is utilized to detect described eye state, controller is utilized to control to operate accordingly according to the testing result of described eyes detection device, preferably, described operation bag slides, read and click, cancel and clicking, take pictures click, shooting is clicked, terminate to click, exit click, confirm to click, length is pressed, at least one in multipoint operation, more preferably, described controller controls to carry out operation accordingly to generate image, described display shows described image,
It is further preferred that the eye state of detection user comprises the following steps: send infrared light to the eyes of user; With receive by the infrared light of eye reflections of user, if described Infrared sensor is not detected by infrared light in the first Preset Time, then described eye state is Guan Bi, it is more preferable to ground, and described first Preset Time is be more than or equal to 600 milliseconds;
The control method of further preferably described wearable computing device farther includes the head movement state of detection user, operates accordingly according at least one control in described eye state and described head movement state;
Further preferably, when receiving information and described eyes detection device detects that eyes blink, described controller controls to carry out clicking to read information, preferably, when receive information and described eyes detection device detects in left eye and right eye one blink time, described controller controls to be read out clicking to read information, when receive information and described eyes detection device detects in left eye and right eye another blink time, described controller controls to carry out cancelling to click to cancel reading information;
Preferably, under information interface, when described eyes detection device detects a Guan Bi in left eye and right eye, described controller controls to carry out growing by operation so that input voice information, when described eyes detection device detects that the one in left eye and right eye is opened, described controller controls to be transmitted operation to send described voice messaging;
Under information interface, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to be read out clicking to read information, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out exiting click to exit this information interface;
Preferably, under many software interfaces, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out sliding the icon of multiple software, and make the icon of target program enter into current project, another detecting in left eye and right eye when described eyes detection device is when blinking, and described controller controls to carry out confirming to click to enter described target program;
Preferably, under interface of taking pictures/image, when one detected in left eye and right eye when described eyes detection device blinks, described controller controls to carry out taking pictures click to take pictures, another detecting in left eye and right eye when described eyes detection device is when blinking, described controller controls to carry out shooting and clicks to image, when described in described eyes detection device detects in left eye and right eye, another blinks again, described controller controls to carry out terminating to click to terminate shooting, when described eyes detection device detects that a Guan Bi in left eye and right eye and described head movement sensor detect that head lifts or be low, described controller controls to carry out exiting click to exit interface of taking pictures/image,
Further preferably, when described eyes detection device detects eyes closed and described head movement sensor detects that head lifts, described controller controls to zoom in or out the image that described display shows, when described eyes detection device detects eyes closed and described head movement sensor detects that head is low, described controller controls to zoom in or out the image that described display shows, preferably, the image that described display shows is the map under map interface, preferably, the size of the angle correspondence image amplification that head lifts or multiple, size that the low angle correspondence image of head reduces or multiple,
Preferably, under map interface, when described eyes detection device detects that eyes blink, described controller controls to carry out exiting click to exit map interface.
CN201610222457.6A 2016-04-12 2016-04-12 Wearable calculation device and control method thereof, and wearable equipment with wearable calculation device CN105676458A (en)

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