CN105468250B

CN105468250B - A kind of information processing method and portable electronic device

Info

Publication number: CN105468250B
Application number: CN201410455741.9A
Authority: CN
Inventors: 杨斌; 张守鹏; 陈臣
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-09-09
Filing date: 2014-09-09
Publication date: 2019-06-25
Anticipated expiration: 2034-09-09
Also published as: CN105468250A

Abstract

The invention discloses a kind of information processing method and portable electronic devices, the electronic equipment can issue the light for being used to form the first image from the projection source of projecting cell, and the lens unit Jing Guo eyeglass mould group projects the eyes of electronic equipment user, so that user watches the first image at the visual focus position through eyeglass mould group；The information processing method includes: the second image using image acquisition units acquisition target object；Second image is parsed, to determine the second display parameters of second image；According to the second display parameters of second image, the first display parameters of the first image are determined；According to the first display parameters of the first image, adjustment forms the light of the first image, so that the first image is with the first display parameters Overlapping display on second image.

Description

A kind of information processing method and portable electronic device

Technical field

The present invention relates to the information processing technology more particularly to a kind of information processing methods and portable electronic device.

Background technique

Augmented reality (AR, Augmented Reality) shadow casting technique of intelligent glasses makes information interface and actual field Scape is superimposed, has taken into account virtual interface and reality interface very well.As the virtual interface interacted with intelligent glasses user, preferably Interactive experience is the most key.

Currently, the virtual interface of intelligent glasses and the stacked system of reality interface are fixed, for example, reality interface is face The sky of colour cast white, and when virtual interface is color shallower real-time weather data, virtual interface is superimposed upon display interface Later, the content of virtual interface is difficult to differentiate between compared with reality interface, is based on this, how to adjust being superimposed for virtual interface and reality interface Mode is to improve the Overlay urgent need to resolve of virtual interface and reality interface.

Summary of the invention

In order to solve the above technical problems, the embodiment of the invention provides a kind of information processing methods and portable electronic to set It is standby.

Information processing method provided in an embodiment of the present invention is applied in portable electronic device, and the electronic equipment includes One bracket, setting projecting cell on the bracket and eyeglass mould group；The electronic equipment can be maintained by the bracket With the relative positional relationship on electronic equipment user head, when the electronic equipment maintains to make with electronic equipment by the bracket When first relative positional relationship on user head, the light of the first image will be used to form from the throwing by controlling the electronic equipment The projection source of shadow unit issues, and the lens unit Jing Guo the eyeglass mould group projects the eye of the electronic equipment user Eyeball, so that user watches at the visual focus position through eyeglass mould group to default the first figure that display parameters are shown Picture；Wherein, the visual focus is located on the straight line where the eyes of the eyeglass mould group and user, and the visual focus It is located at the two sides of the eyeglass mould group with the eyes of the user；The electronic equipment further includes image acquisition units；It is described Information processing method includes:

Utilize the second image of described image acquisition unit acquisition target object；

Second image is parsed, to determine the second display parameters of second image；

According to the second display parameters of second image, the first display parameters of the first image are determined；

According to the first display parameters of the first image, adjustment forms the light of the first image, so that described the One image is with the first display parameters Overlapping display on second image；

Wherein, first display parameters, second display parameters characterize the first image, second figure respectively As at least one of following information: colouring information, color temperature information.

Portable electronic device provided in an embodiment of the present invention includes a bracket, the projecting cell of setting on the bracket With eyeglass mould group；The electronic equipment can maintain to close with the relative position on electronic equipment user head by the bracket System, when the electronic equipment maintains the first relative positional relationship with electronic equipment user head by the bracket, control It makes the electronic equipment to issue the light for being used to form the first image from the projection source of the projecting cell, and passes through the mirror The lens unit of piece mould group projects the eyes of the electronic equipment user, so that user is in the vision through eyeglass mould group At focal position, watch to default the first image that display parameters are shown；Wherein, the visual focus is located at the eyeglass mould On straight line where the eyes of group and user, and the visual focus and the eyes of the user are located at the eyeglass mould group Two sides；The electronic equipment further include:

Image acquisition units, for acquiring the second image of target object；

Resolution unit, for being parsed to second image, to determine the second display ginseng of second image Number；

First determination unit determines the of the first image for the second display parameters according to second image One display parameters；

Adjustment unit, for the first display parameters according to the first image, adjustment forms the light of the first image Line, so that the first image is with the first display parameters Overlapping display on second image；

In the embodiment of the present invention, portable electronic device has bracket, can be by portable electronic device using the bracket It is worn on the head of user；Electronic equipment also has projecting cell and eyeglass mould group, utilizes projecting cell and eyeglass mould group energy Enough eyes that the light for forming the first image is projected to the electronic equipment user, so that user watches the first figure Picture.First image is virtual interface, and the first image superposition is shown that user was actually viewed is first in reality interface The superimposed image of image and reality interface, in order to improve the Overlay of the first image and reality interface, benefit of the embodiment of the present invention With the second image namely display interface of the image acquisition units acquisition target object of setting in portable；It is right Second image is parsed, and determines the second display parameters of the second image；Then, join further according to the second display of the second image Number determines the first display parameters of the first image；Finally, the first display parameters according to the first image adjust to form described first The light of image, so that the first image is with the first display parameters Overlapping display on second image.In this way, making The Overlay of one image and the second image reaches scheduled display effect, and user can be very good to distinguish virtual interface and show Real interface, user experience are improved.

Detailed description of the invention

Fig. 1 is the flow diagram of the information processing method of the embodiment of the present invention one；

Fig. 2 is the flow diagram of the information processing method of the embodiment of the present invention two；

Fig. 3 is the flow diagram of the information processing method of the embodiment of the present invention three；

Fig. 4 is the flow diagram of the information processing method of the embodiment of the present invention four；

Fig. 5 is the flow diagram of the information processing method of the embodiment of the present invention five；

Fig. 6 is the flow diagram of the information processing method of the embodiment of the present invention six；

Fig. 7 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention one；

Fig. 8 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention two；

Fig. 9 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention three；

Figure 10 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention four；

Figure 11 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention five；

Figure 12 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention six；

Figure 13 is the stereoscopic schematic diagram of the portable electronic device of the embodiment of the present invention；

Figure 14 is the light path schematic diagram of the embodiment of the present invention.

Specific embodiment

The characteristics of in order to more fully hereinafter understand the embodiment of the present invention and technology contents, with reference to the accompanying drawing to this hair The realization of bright embodiment is described in detail, appended attached drawing purposes of discussion only for reference, is not used to limit the embodiment of the present invention.

Fig. 1 is the flow diagram of the information processing method of the embodiment of the present invention one, the information processing method in this example Applied in portable electronic device, the electronic equipment includes a bracket, the projecting cell and mirror of setting on the bracket Piece mould group；The electronic equipment can maintain the relative positional relationship with electronic equipment user head by the bracket, when When the electronic equipment maintains the first relative positional relationship with electronic equipment user head by the bracket, described in control Electronic equipment issues the light for being used to form the first image from the projection source of the projecting cell, and passes through the eyeglass mould group Lens unit project the eyes of the electronic equipment user so that user is in the visual focus position through eyeglass mould group Place is set, is watched to default the first image that display parameters are shown；Wherein, the visual focus is located at the eyeglass mould group and makes On straight line where the eyes of user, and the visual focus and the eyes of the user are located at the two of the eyeglass mould group Side；The electronic equipment further includes image acquisition units；As shown in Figure 1, the information processing method the following steps are included:

Step 101: utilizing the second image of described image acquisition unit acquisition target object.

In the embodiment of the present invention, portable electronic device is specially intelligent glasses, and referring to Fig.1 3, which has branch Electronic equipment can be worn on the head of user using the bracket, namely maintain the electronic equipment using bracket and make by frame First relative positional relationship on user head；Electronic equipment also has the projecting cell and eyeglass mould of setting on the bracket Group；Wherein, projecting cell can be realized by micro projector, capable of emitting the first image of form of the projection source in projecting cell Light, here, the first image can be the image of the multimedia forms such as picture, video, document.Eyeglass mould group is for changing projection The light for forming the first image is projected the eyes of the electronic equipment user, made by the optical path direction that source emits beam It obtains user and watches content to be displayed.

In the embodiment of the present invention, eyeglass mould group at least has convex lens, and referring to Fig.1 4, which can converge from projection source The light of sending, it is preferable that eyeglass mould group also has reflecting prism, which can reflect the light penetrated from convex lens To the human eye of user so that the retina of human eye can experience the light reflected by reflecting prism, the reflection light it is reversed Extended line is formed by virtual representation and is located at A point position, and the position of the embodiment of the present invention is referred to as visual focus position, in this way, making User can watch content to be displayed at the visual focus position through eyeglass mould group.As shown in figure 14, the vision is burnt Point is on the straight line where the eyes of the eyeglass mould group and user, and the eyes of the visual focus and the user Positioned at the two sides of the eyeglass mould group.

In the embodiment of the present invention, electronic equipment further includes image acquisition units, specially camera；Utilize Image Acquisition list Member can acquire the second image of target object, and here, target object is reality scene, and the second image is reality interface.

Step 102: second image being parsed, to determine the second display parameters of second image.

In the embodiment of the present invention, second display parameters characterize at least one of described following information of second image: face Color information, color temperature information.Specifically, image acquisition units can collect red green blue (R/G/B, the Red/ of the second image Green/Blue) information namely colouring information.Image acquisition units can also collect the spectroscopic data of the first image, here, Spectroscopic data is the corresponding relationship of light intensity and wavelength, can be calculated corresponding color temperature information according to the spectroscopic data, second Blue specific gravity is bigger in image, then colour temperature is higher, and red specific gravity is bigger, then colour temperature is lower.

Step 103: according to the second display parameters of second image, determining the first display ginseng of the first image Number.

In the embodiment of the present invention, at least one of described first display parameters characterization following information of the first image: face Color information, color temperature information.

In the embodiment of the present invention, when the first display parameters characterize the colouring information of the first image, to default display ginseng The first image that digital display shows, the second display parameters of the default display parameters and the second image, obtains first and compares knot Fruit；When first comparison result shows that the difference of the default display parameters and the second display parameters is default less than or equal to first When value, the default display parameters of the first image are adjusted to the first display parameters, so that the first of the first image is aobvious Show that the difference of the second display parameters of parameter and the second image is more than or equal to the first preset value.For example, the default of the first image is aobvious Show that blue specific gravity is 80% in the first image of parameter characterization, and the second display parameters of the second image characterize blue in the second image Specific gravity is 70%, then blue specific gravity with specific gravity blue in the second image differs 10% in the first image, less than or equal to preset 50%, therefore, the default display parameters of the first image can be adjusted to the first display parameters 20%, in this way, blue in the first image Color ratio weight differs 60% with specific gravity blue in the second image, is greater than preset 50%.For another example the default of the first image shows ginseng Number characterizes gray value in the first image, and the second display parameters of the second image characterize gray value in the second image, then the first figure When the gray value of picture is differed with the gray value of the second image less than or equal to the first preset value, the default of the first image can be shown and be joined Number is adjusted to the first display parameters, presets so that the gray value of the gray value of the first image and the second image differs by more than first Value, in this way, having apparent contrast between two images.

In the embodiment of the present invention, when the first display parameters characterize the color temperature information of the first image, according to second figure Second display parameters of picture calculate the color temperature value of second image；Based on the color temperature value of second image, described is determined The color temperature value of one image；According to the color temperature value of the first image, the first display parameters of the first image are determined.Specifically Ground calculates the color temperature value of the second image according to the spectroscopic data of the second image, when user wishes that two images viewing gets up to compare When spending larger, the color temperature value of the first image can be adjusted to larger with the color temperature value gap of the second image；When user wishes two width figures When as watching milder, the color temperature value of the first image can be adjusted to the color temperature value close to the second image；Then, according to first The color temperature value of image filters out the light of certain wave bands in the first image, and the first display parameters for obtaining the first image here can To filter out the light of certain wave bands in the first image by filter plate (Filter).

Step 104: according to the first display parameters of the first image, adjustment forms the light of the first image, with Make the first image with the first display parameters Overlapping display on second image.

In the embodiment of the present invention, projecting cell forms the light of the first image according to the first display parameters, adjustment, with Make the first image with the first display parameters Overlapping display on second image.In this way, making the first image and second The Overlay of image reaches scheduled display effect, and user can be very good to distinguish virtual interface and reality interface, user Experience is improved.

Fig. 2 is the flow diagram of the information processing method of the embodiment of the present invention two, the information processing method in this example Applied in portable electronic device, the electronic equipment includes a bracket, the projecting cell and mirror of setting on the bracket Piece mould group；The electronic equipment can maintain the relative positional relationship with electronic equipment user head by the bracket, when When the electronic equipment maintains the first relative positional relationship with electronic equipment user head by the bracket, described in control Electronic equipment issues the light for being used to form the first image from the projection source of the projecting cell, and passes through the eyeglass mould group Lens unit project the eyes of the electronic equipment user so that user is in the visual focus position through eyeglass mould group Place is set, is watched to default the first image that display parameters are shown；Wherein, the two sides of the view mould group；The electronic equipment is also Including image acquisition units；As shown in Fig. 2, the information processing method the following steps are included:

Step 201: utilizing the second image of described image acquisition unit acquisition target object.

Step 202: second image being parsed, to determine the second display parameters of second image.

In the embodiment of the present invention, second display parameters characterize the colouring information of second image.Specifically, image Acquisition unit can collect red green blue (R/G/B) information namely colouring information of the second image.

Step 203: to default the first image that display parameters are shown, the default display parameters and the second image The second display parameters, obtain the first comparison result.

In the embodiment of the present invention, the colouring information of the default of the default display parameters characterization the first image.

Step 204: when first comparison result shows that the difference of the default display parameters and the second display parameters is small When being equal to the first preset value, the default display parameters of the first image are adjusted to the first display parameters, so that described the The difference of second display parameters of the first display parameters and the second image of one image is more than or equal to the first preset value.

In the embodiment of the present invention, the colouring information of the first display parameters characterization the first image.

In the embodiment of the present invention, when the first display parameters characterize the colouring information of the first image, to default display ginseng The first image that digital display shows, the second display parameters of the default display parameters and the second image, obtains first and compares knot Fruit；When first comparison result shows that the difference of the default display parameters and the second display parameters is default less than or equal to first When value, the default display parameters of the first image are adjusted to the first display parameters, so that the first of the first image is aobvious Show that the difference of the second display parameters of parameter and the second image is more than or equal to the first preset value.For example, the default of the first image is aobvious Show that blue specific gravity is 80% in the first image of parameter characterization, and the second display parameters of the second image characterize blue in the second image Specific gravity is 70%, then blue specific gravity with specific gravity blue in the second image differs 20% in the first image, less than or equal to preset 50%, therefore, the default display parameters of the first image can be adjusted to the first display parameters 20%, in this way, blue in the first image Color ratio weight differs 60% with specific gravity blue in the second image, is greater than preset 50%.For another example the default of the first image shows ginseng Number characterizes gray value in the first image, and the second display parameters of the second image characterize gray value in the second image, then the first figure When the gray value of picture is differed with the gray value of the second image less than or equal to the first preset value, the default of the first image can be shown and be joined Number is adjusted to the first display parameters, presets so that the gray value of the gray value of the first image and the second image differs by more than first Value, in this way, having apparent contrast between two images.

Step 205: according to the first display parameters of the first image, adjustment forms the light of the first image, with Make the first image with the first display parameters Overlapping display on second image.

Fig. 3 is the flow diagram of the information processing method of the embodiment of the present invention three, the information processing method in this example Applied in portable electronic device, the electronic equipment includes a bracket, the projecting cell and mirror of setting on the bracket Piece mould group；The electronic equipment can maintain the relative positional relationship with electronic equipment user head by the bracket, when When the electronic equipment maintains the first relative positional relationship with electronic equipment user head by the bracket, described in control Electronic equipment issues the light for being used to form the first image from the projection source of the projecting cell, and passes through the eyeglass mould group Lens unit project the eyes of the electronic equipment user so that user is in the visual focus position through eyeglass mould group Place is set, is watched to default the first image that display parameters are shown；Wherein, the visual focus is located at the eyeglass mould group and makes On straight line where the eyes of user, and the visual focus and the eyes of the user are located at the two of the eyeglass mould group Side；The electronic equipment further includes image acquisition units；As shown in figure 3, the information processing method the following steps are included:

Step 301: utilizing the second image of described image acquisition unit acquisition target object.

Step 302: second image being parsed, to determine the second display parameters of second image.

In the embodiment of the present invention, second display parameters characterize the color temperature information of second image.Specifically, image Acquisition unit can collect the spectroscopic data of the first image, and here, spectroscopic data is the corresponding relationship of light intensity and wavelength, according to Corresponding color temperature information can be calculated in the spectroscopic data, and blue specific gravity is bigger in the second image, then colour temperature is higher, red ratio Again bigger, then colour temperature is lower.

Step 303: according to the second display parameters of second image, calculating the color temperature value of second image.

Step 304: the color temperature value based on second image determines the color temperature value of the first image.

Step 305: according to the color temperature value of the first image, determining the first display parameters of the first image.

In the embodiment of the present invention, the color temperature information of the first display parameters characterization the first image.

In the embodiment of the present invention, when the first display parameters characterize the color temperature information of the first image, according to second figure Second display parameters of picture calculate the color temperature value of second image；Based on the color temperature value of second image, described is determined The color temperature value of one image；According to the color temperature value of the first image, the first display parameters of the first image are determined.Specifically Ground calculates the color temperature value of the second image according to the spectroscopic data of the second image, when user wishes that two images viewing gets up to compare When spending larger, the color temperature value of the first image can be adjusted to larger with the color temperature value gap of the second image；When user wishes two width figures When as watching milder, the color temperature value of the first image can be adjusted to the color temperature value close to the second image；Then, according to first The color temperature value of image filters out the light of certain wave bands in the first image, and the first display parameters for obtaining the first image here can To filter out the light of certain wave bands in the first image by filter plate.

Step 306: according to the first display parameters of the first image, adjustment forms the light of the first image, with Make the first image with the first display parameters Overlapping display on second image.

Fig. 4 is the flow diagram of the information processing method of the embodiment of the present invention four, the information processing method in this example Applied in portable electronic device, the electronic equipment includes a bracket, the projecting cell and mirror of setting on the bracket Piece mould group；The electronic equipment can maintain the relative positional relationship with electronic equipment user head by the bracket, when When the electronic equipment maintains the first relative positional relationship with electronic equipment user head by the bracket, described in control Electronic equipment issues the light for being used to form the first image from the projection source of the projecting cell, and passes through the eyeglass mould group Lens unit project the eyes of the electronic equipment user so that user is in the visual focus position through eyeglass mould group Place is set, is watched to default the first image that display parameters are shown；Wherein, the visual focus is located at the eyeglass mould group and makes On straight line where the eyes of user, and the visual focus and the eyes of the user are located at the two of the eyeglass mould group Side；The electronic equipment further includes image acquisition units；As shown in figure 4, the information processing method the following steps are included:

Step 401: utilizing the second image of described image acquisition unit acquisition target object.

Step 402: second image being parsed, to determine the second display parameters of second image.

In the embodiment of the present invention, second display parameters characterize at least one of described following information of second image: face Color information, color temperature information.Specifically, image acquisition units can collect the R/G/B information namely color letter of the second image Breath.Image acquisition units can also collect the spectroscopic data of the first image, and here, spectroscopic data is that light intensity is corresponding with wavelength Corresponding color temperature information can be calculated according to the spectroscopic data in relationship, and blue specific gravity is bigger in the second image, then colour temperature is got over Height, red specific gravity is bigger, then colour temperature is lower.

Step 403: to default the first image that display parameters are shown, and the second figure shown with the second display parameters As being overlapped synthesis, default superimposed image is obtained.

In the embodiment of the present invention, it is described default display parameters characterization the first image default following information at least it One: colouring information, color temperature information.

In the embodiment of the present invention, the first image superposition is shown on the second image.

Step 404: the default superimposed image is shown with preview mode.

In the embodiment of the present invention, prior preview can be carried out to default superimposed image, so that user watches default to be superimposed The display effect of image.

Step 405: when acquisition first operates, the first display parameters for determining the first image are operated according to described first.

Wherein, first operation is for being adjusted to the first display parameters for the default display parameters of the first image.

In the embodiment of the present invention, the first operation can be triggered by user, user watches the display effect of default superimposed image Afterwards, the first operation can be triggered, display parameters will be defaulted and be adjusted to the first display parameters.

Step 406: according to the first display parameters of the first image, adjustment forms the light of the first image, with Make the first image with the first display parameters Overlapping display on second image.

Fig. 5 is the flow diagram of the information processing method of the embodiment of the present invention five, the information processing method in this example Applied in portable electronic device, the electronic equipment includes a bracket, the projecting cell and mirror of setting on the bracket Piece mould group；The electronic equipment can maintain the relative positional relationship with electronic equipment user head by the bracket, when When the electronic equipment maintains the first relative positional relationship with electronic equipment user head by the bracket, described in control Electronic equipment issues the light for being used to form the first image from the projection source of the projecting cell, and passes through the eyeglass mould group Lens unit project the eyes of the electronic equipment user so that user is in the visual focus position through eyeglass mould group Place is set, is watched to default the first image that display parameters are shown；Wherein, the visual focus is located at the eyeglass mould group and makes On straight line where the eyes of user, and the visual focus and the eyes of the user are located at the two of the eyeglass mould group Side；The electronic equipment further includes image acquisition units；As shown in figure 5, the information processing method the following steps are included:

Step 501: utilizing the second image of described image acquisition unit acquisition target object.

Step 502: second image being parsed, to determine the second display parameters of second image.

Step 503: to default the first image that display parameters are shown, and the second figure shown with the second display parameters As being overlapped synthesis, default superimposed image is obtained.

Step 504: the default superimposed image is shown with preview mode.

Step 505: when acquisition second operates, the pre-display parameter for determining the first image is operated according to described second.

Wherein, second operation is for being adjusted to pre-display parameter for the default display parameters of the first image.

In the embodiment of the present invention, the second operation can be triggered by user, user watches the display effect of default superimposed image Afterwards, the second operation can be triggered, display parameters will be defaulted and be adjusted to pre-display parameter.

In the embodiment of the present invention, at least one of described following information of pre-display parameter characterization the first image: color Information, color temperature information.

Step 506: to the first image shown with pre-display parameter, and the second image shown with the second display parameters It is overlapped synthesis, obtains preview superimposed image.

In the embodiment of the present invention, preview again can be carried out to preview superimposed image, so that user watches preview to be superimposed The display effect of image.

Step 507: the preview superimposed image is shown with preview mode.

Step 508: when obtaining third operation, determining that the pre-display parameter is the first display parameters.

In the embodiment of the present invention, third can be triggered by user and operated, user watches the display effect of preview superimposed image Afterwards, third operation can be triggered, pre-display parameter is adjusted to the first display parameters.

Step 509: according to the first display parameters of the first image, adjustment forms the light of the first image, with Make the first image with the first display parameters Overlapping display on second image.

Fig. 6 is the flow diagram of the information processing method of the embodiment of the present invention six, the information processing method in this example Applied in portable electronic device, the electronic equipment includes a bracket, the projecting cell and mirror of setting on the bracket Piece mould group；The electronic equipment can maintain the relative positional relationship with electronic equipment user head by the bracket, when When the electronic equipment maintains the first relative positional relationship with electronic equipment user head by the bracket, described in control Electronic equipment issues the light for being used to form the first image from the projection source of the projecting cell, and passes through the eyeglass mould group Lens unit project the eyes of the electronic equipment user so that user is in the visual focus position through eyeglass mould group Place is set, is watched to default the first image that display parameters are shown；Wherein, the visual focus is located at the eyeglass mould group and makes On straight line where the eyes of user, and the visual focus and the eyes of the user are located at the two of the eyeglass mould group Side；The electronic equipment further includes image acquisition units；As shown in fig. 6, the information processing method the following steps are included:

Step 601: utilizing the second image of described image acquisition unit acquisition target object.

Step 602: second image being parsed, to determine the second display parameters of second image.

Step 603: according to the second display parameters of second image, determining the first display ginseng of the first image Number.

In the embodiment of the present invention, when the first display parameters characterize the colouring information of the first image, to default display ginseng The first image that digital display shows, the second display parameters of the default display parameters and the second image, obtains first and compares knot Fruit；When first comparison result shows that the difference of the default display parameters and the second display parameters is default less than or equal to first When value, the default display parameters of the first image are adjusted to the first display parameters, so that the first of the first image is aobvious Show that the difference of the second display parameters of parameter and the second image is more than or equal to the first preset value.For example, the default of the first image is aobvious Show that blue specific gravity is 80% in the first image of parameter characterization, and the second display parameters of the second image characterize blue in the second image Specific gravity is 70%, then blue specific gravity with specific gravity blue in the second image differs 60% in the first image, less than or equal to preset 50%, therefore, the default display parameters of the first image can be adjusted to the first display parameters 20%, in this way, blue in the first image Color ratio weight differs 60% with specific gravity blue in the second image, is greater than preset 50%.For another example the default of the first image shows ginseng Number characterizes gray value in the first image, and the second display parameters of the second image characterize gray value in the second image, then the first figure When the gray value of picture is differed with the gray value of the second image less than or equal to the first preset value, the default of the first image can be shown and be joined Number is adjusted to the first display parameters, presets so that the gray value of the gray value of the first image and the second image differs by more than first Value, in this way, having apparent contrast between two images.

Step 604: according to the first display parameters of the first image, adjustment forms the light of the first image, with Make the first image with the first display parameters Overlapping display on second image.

In the embodiment of the present invention, projecting cell forms the light of the first image according to the first display parameters, adjustment, with Make the first image with the first display parameters Overlapping display on second image.

Step 605: the sub-district area image in the first image and the second image being carried out to the comparison of display parameters, is obtained The range of second comparing result, the subregion in second image is consistent with the range of the first image.

In the embodiment of the present invention, using the range of the first image as sliding window, by the sliding window in the second image The step-length of sliding can be set in sliding in all regional scopes, such as step-length is 10 pixels；Compare again the first image with The display parameters of the subregion of window are corresponded in second image.

Step 606: according to second comparing result, determining that display parameters difference is more than or equal in second image The subregion of second predetermined value, the region to be shown as the first image.

In the embodiment of the present invention, when display difference is more than or equal to second predetermined value, then the subregion in the second image is characterized Image and the first image contrast it is larger, for example, gray value difference larger or colouring information difference is larger, in this way, can The first image is projected to the subregion, user can quickly distinguish the first image in the second image.

Step 607: the first image is projected at the regional location to be shown.

The Overlay of the first image and the second image is made to reach scheduled display effect, user in the embodiment of the present invention It can be very good to distinguish virtual interface and reality interface, user experience is improved.

Fig. 7 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention one, and the electronics in this example is set It is standby including a bracket, setting projecting cell on the bracket and eyeglass mould group；The electronic equipment can pass through the branch Frame maintain with the relative positional relationship on electronic equipment user head, when the electronic equipment is maintained and electronics by the bracket When first relative positional relationship on equipment user head, control the electronic equipment will be used to form the light of the first image from The projection source of the projecting cell issues, and the lens unit Jing Guo the eyeglass mould group projects the electronic equipment user Eyes so that user at the visual focus position through eyeglass mould group, watch with default that display parameters show the One image；Wherein, the visual focus is located on the straight line where the eyes of the eyeglass mould group and user, and the vision The eyes of focus and the user are located at the two sides of the eyeglass mould group；The electronic equipment further include:

Image acquisition units 71, for acquiring the second image of target object；

Resolution unit 72, for being parsed to second image, to determine the second display of second image Parameter；

First determination unit 73 determines the first image for the second display parameters according to second image First display parameters；

Adjustment unit 74, for the first display parameters according to the first image, adjustment forms the first image Light, so that the first image is with the first display parameters Overlapping display on second image；

It will be appreciated by those skilled in the art that the realization function of each unit in the portable electronic device of the embodiment of the present invention The associated description of aforementioned information processing method can be can refer to and understood.Each list in the portable electronic device of the embodiment of the present invention The function of member can be realized and running on the program on processor, can also be realized by specific logic circuit.

Fig. 8 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention two, and the electronics in this example is set It is standby including a bracket, setting projecting cell on the bracket and eyeglass mould group；The electronic equipment can pass through the branch Frame maintain with the relative positional relationship on electronic equipment user head, when the electronic equipment is maintained and electronics by the bracket When first relative positional relationship on equipment user head, control the electronic equipment will be used to form the light of the first image from The projection source of the projecting cell issues, and the lens unit Jing Guo the eyeglass mould group projects the electronic equipment user Eyes so that user at the visual focus position through eyeglass mould group, watch with default that display parameters show the One image；Wherein, the visual focus is located on the straight line where the eyes of the eyeglass mould group and user, and the vision The eyes of focus and the user are located at the two sides of the eyeglass mould group；The electronic equipment further include:

Image acquisition units 81, for acquiring the second image of target object；

Resolution unit 82, for being parsed to second image, to determine the second display of second image Parameter；

First determination unit 83 determines the first image for the second display parameters according to second image First display parameters；

Adjustment unit 84, for the first display parameters according to the first image, adjustment forms the first image Light, so that the first image is with the first display parameters Overlapping display on second image；

Preferably, when first display parameters, second display parameters characterize the first image, described respectively When the colouring information of two images,

First determination unit 83 includes:

Comparing subunit 831, for to default the first image that display parameters are shown, the default display parameters With the second display parameters of the second image, the first comparison result is obtained；

Subelement 832 is adjusted, for showing that the default display parameters and the second display are joined when first comparison result When several differences is less than or equal to the first preset value, the default display parameters of the first image are adjusted to the first display parameters, It is preset so that the difference of the second display parameters of the first display parameters and the second image of the first image is more than or equal to first Value.

Fig. 9 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention three, and the electronics in this example is set It is standby including a bracket, setting projecting cell on the bracket and eyeglass mould group；The electronic equipment can pass through the branch Frame maintain with the relative positional relationship on electronic equipment user head, when the electronic equipment is maintained and electronics by the bracket When first relative positional relationship on equipment user head, control the electronic equipment will be used to form the light of the first image from The projection source of the projecting cell issues, and the lens unit Jing Guo the eyeglass mould group projects the electronic equipment user Eyes so that user at the visual focus position through eyeglass mould group, watch with default that display parameters show the One image；Wherein, the visual focus is located on the straight line where the eyes of the eyeglass mould group and user, and the vision The eyes of focus and the user are located at the two sides of the eyeglass mould group；The electronic equipment further include:

Image acquisition units 91, for acquiring the second image of target object；

Resolution unit 92, for being parsed to second image, to determine the second display of second image Parameter；

First determination unit 93 determines the first image for the second display parameters according to second image First display parameters；

Adjustment unit 94, for the first display parameters according to the first image, adjustment forms the first image Light, so that the first image is with the first display parameters Overlapping display on second image；

Preferably, when first display parameters, second display parameters characterize the first image, described respectively When the color temperature information of two images,

First determination unit 93 includes:

Computation subunit 931 calculates the color of second image for the second display parameters according to second image Temperature value；

First determines that subelement 932 determines the colour temperature of the first image for the color temperature value based on second image Value；

Second determines subelement 933, for the color temperature value according to the first image, determines the first of the first image Display parameters.

Figure 10 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention four, and the electronics in this example is set It is standby including a bracket, setting projecting cell on the bracket and eyeglass mould group；The electronic equipment can pass through the branch Frame maintain with the relative positional relationship on electronic equipment user head, when the electronic equipment is maintained and electronics by the bracket When first relative positional relationship on equipment user head, control the electronic equipment will be used to form the light of the first image from The projection source of the projecting cell issues, and the lens unit Jing Guo the eyeglass mould group projects the electronic equipment user Eyes so that user at the visual focus position through eyeglass mould group, watch with default that display parameters show the One image；Wherein, the visual focus is located on the straight line where the eyes of the eyeglass mould group and user, and the vision The eyes of focus and the user are located at the two sides of the eyeglass mould group；The electronic equipment further include:

Image acquisition units 11, for acquiring the second image of target object；

Resolution unit 12, for being parsed to second image, to determine the second display of second image Parameter；

First determination unit 13 determines the first image for the second display parameters according to second image First display parameters；

Adjustment unit 14, for the first display parameters according to the first image, adjustment forms the first image Light, so that the first image is with the first display parameters Overlapping display on second image；

Preferably, the electronic equipment further include:

Superpositing unit 15, for being shown to default the first image that display parameters are shown, and with the second display parameters The second image be overlapped synthesis, obtain default superimposed image；

Preview unit 16, for showing the default superimposed image with preview mode；

Second determination unit 17, for being operated according to described first and determining the of the first image when acquisition first operates One display parameters；

Figure 11 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention five, and the electronics in this example is set It is standby including a bracket, setting projecting cell on the bracket and eyeglass mould group；The electronic equipment can pass through the branch Frame maintain with the relative positional relationship on electronic equipment user head, when the electronic equipment is maintained and electronics by the bracket When first relative positional relationship on equipment user head, control the electronic equipment will be used to form the light of the first image from The projection source of the projecting cell issues, and the lens unit Jing Guo the eyeglass mould group projects the electronic equipment user Eyes so that user at the visual focus position through eyeglass mould group, watch with default that display parameters show the One image；Wherein, the visual focus is located on the straight line where the eyes of the eyeglass mould group and user, and the vision The eyes of focus and the user are located at the two sides of the eyeglass mould group；The electronic equipment further include:

Image acquisition units 21, for acquiring the second image of target object；

Resolution unit 22, for being parsed to second image, to determine the second display of second image Parameter；

First determination unit 23 determines the first image for the second display parameters according to second image First display parameters；

Adjustment unit 24, for the first display parameters according to the first image, adjustment forms the first image Light, so that the first image is with the first display parameters Overlapping display on second image；

Preferably, the electronic equipment further include:

Superpositing unit 25, for being shown to default the first image that display parameters are shown, and with the second display parameters The second image be overlapped synthesis, obtain default superimposed image；

Preview unit 26, for showing the default superimposed image with preview mode；

Second determination unit 27, for being operated according to described first and determining the of the first image when acquisition first operates One display parameters；

Preferably, the electronic equipment further include:

Third determination unit 28, for being operated according to described second and determining the pre- of the first image when acquisition second operates Display parameters；

The superpositing unit 25 is also used to the first image shown with pre-display parameter, and with the second display parameters Second image of display is overlapped synthesis, obtains preview superimposed image；

The preview unit 26 is also used to show the preview superimposed image with preview mode；

Second determination unit 27 is also used to when obtaining third operation, determines that the pre-display parameter is first aobvious Show parameter；

The adjustment unit 24, is also used to the first display parameters according to the first image, and adjustment forms described first The light of image, so that the first image is with the first display parameters Overlapping display on second image.

Figure 12 is the structure composition schematic diagram of the portable electronic device of the embodiment of the present invention six, and the electronics in this example is set It is standby including a bracket, setting projecting cell on the bracket and eyeglass mould group；The electronic equipment can pass through the branch Frame maintain with the relative positional relationship on electronic equipment user head, when the electronic equipment is maintained and electronics by the bracket When first relative positional relationship on equipment user head, control the electronic equipment will be used to form the light of the first image from The projection source of the projecting cell issues, and the lens unit Jing Guo the eyeglass mould group projects the electronic equipment user Eyes so that user at the visual focus position through eyeglass mould group, watch with default that display parameters show the One image；Wherein, the visual focus is located on the straight line where the eyes of the eyeglass mould group and user, and the vision The eyes of focus and the user are located at the two sides of the eyeglass mould group；The electronic equipment further include:

Image acquisition units 31, for acquiring the second image of target object；

Resolution unit 32, for being parsed to second image, to determine the second display of second image Parameter；

First determination unit 33 determines the first image for the second display parameters according to second image First display parameters；

Adjustment unit 34, for the first display parameters according to the first image, adjustment forms the first image Light, so that the first image is with the first display parameters Overlapping display on second image；

Preferably, the electronic equipment further include:

Comparing unit 35, for the sub-district area image in the first image and the second image to be carried out to pair of display parameters Than obtaining the second comparing result, the range of the subregion in second image is consistent with the range of the first image；

4th determination unit 36, for determining display parameters in second image according to second comparing result Difference is more than or equal to the subregion of second predetermined value, the region to be shown as the first image；

Projecting cell 37, for the first image to be projected at the regional location to be shown.

It, in the absence of conflict, can be in any combination between technical solution documented by the embodiment of the present invention.

In several embodiments provided by the present invention, it should be understood that disclosed method and smart machine, Ke Yitong Other modes are crossed to realize.Apparatus embodiments described above are merely indicative, for example, the division of the unit, only Only a kind of logical function partition, there may be another division manner in actual implementation, such as: multiple units or components can be tied It closes, or is desirably integrated into another system, or some features can be ignored or not executed.In addition, shown or discussed each group Can be through some interfaces at the mutual coupling in part or direct-coupling or communication connection, equipment or unit it is indirect Coupling or communication connection, can be electrical, mechanical or other forms.

Above-mentioned unit as illustrated by the separation member, which can be or may not be, to be physically separated, aobvious as unit The component shown can be or may not be physical unit, it can and it is in one place, it may be distributed over multiple network lists In member；Some or all of units can be selected to achieve the purpose of the solution of this embodiment according to the actual needs.

In addition, each functional unit in various embodiments of the present invention can be fully integrated into a second processing unit, It is also possible to each unit individually as a unit, can also be integrated in one unit with two or more units； Above-mentioned integrated unit both can take the form of hardware realization, can also add the form of SFU software functional unit real using hardware It is existing.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain Lid is within protection scope of the present invention.

Claims

1. a kind of information processing method, this method is applied in portable electronic device, and the electronic equipment includes a bracket, sets Set projecting cell on the bracket and eyeglass mould group；The electronic equipment can be maintained by the bracket and electronic equipment The relative positional relationship on user head, when the electronic equipment is maintained and electronic equipment user head by the bracket When the first relative positional relationship, the light of the first image will be used to form from the throwing of the projecting cell by controlling the electronic equipment Eikonogen issues, and the lens unit Jing Guo the eyeglass mould group projects the eyes of the electronic equipment user, so that using Person watches at the visual focus position through eyeglass mould group to default the first image that display parameters are shown；Wherein, described Visual focus is located on the straight line where the eyes of the eyeglass mould group and user, and the visual focus and the user Eyes be located at the two sides of the eyeglass mould group；The electronic equipment further includes image acquisition units；The information processing method Include:

When the pre-display parameter for determining the first image is first display parameters, the first of foundation the first image Display parameters, adjustment form the light of the first image so that the first image with the first display parameters Overlapping display in On second image；

Wherein, first display parameters, second display parameters characterize respectively the first image, second image with At least one of lower information: colouring information, color temperature information.

2. information processing method according to claim 1, when first display parameters, second display parameters are distinguished Characterize the first image, second image colouring information when,

Second display parameters according to second image, determine the first display parameters of the first image, comprising:

To default the first image that display parameters are shown, the second display of the default display parameters and the second image is joined Number, obtains the first comparison result；

When first comparison result shows that the difference of the default display parameters and the second display parameters is less than or equal to first in advance If the default display parameters of the first image are adjusted to the first display parameters, so that the first of the first image when value The difference of second display parameters of display parameters and the second image is more than or equal to the first preset value.

3. information processing method according to claim 1, when first display parameters, second display parameters are distinguished Characterize the first image, second image color temperature information when,

According to the second display parameters of second image, the color temperature value of second image is calculated；

Based on the color temperature value of second image, the color temperature value of the first image is determined；

According to the color temperature value of the first image, the first display parameters of the first image are determined.

4. information processing method according to claim 1, the method also includes:

Conjunction is overlapped to default the first image that display parameters are shown, and with the second image that the second display parameters are shown At, obtain default superimposed image；

The default superimposed image is shown with preview mode；

When acquisition first operates, the first display parameters for determining the first image are operated according to described first；

5. information processing method according to claim 4, the method also includes:

The default superimposed image is shown with preview mode；

When acquisition second operates, the pre-display parameter for determining the first image is operated according to described second；

Conjunction is overlapped to the first image shown with pre-display parameter, and with the second image that the second display parameters are shown At obtaining preview superimposed image；

The preview superimposed image is shown with preview mode；

When obtaining third operation, determine that the pre-display parameter is the first display parameters；

According to the first display parameters of the first image, adjustment forms the light of the first image, so that first figure Picture is with the first display parameters Overlapping display on second image.

6. information processing method according to any one of claims 1 to 5, the method also includes:

The comparison that sub-district area image in the first image and the second image is carried out to display parameters, obtains the second comparison knot The range of fruit, the subregion in second image is consistent with the range of the first image；

According to second comparing result, determine that display parameters difference is more than or equal to second predetermined value in second image Subregion, the region to be shown as the first image；

The first image is projected at the regional location to be shown.

7. a kind of portable electronic device, the electronic equipment include a bracket, setting projecting cell on the bracket and Eyeglass mould group；The electronic equipment can maintain the relative positional relationship with electronic equipment user head by the bracket, When the electronic equipment maintains the first relative positional relationship with electronic equipment user head by the bracket, institute is controlled It states electronic equipment to issue the light for being used to form the first image from the projection source of the projecting cell, and passes through the eyeglass mould The lens unit of group projects the eyes of the electronic equipment user, so that user is in the visual focus through eyeglass mould group At position, watch to default the first image that display parameters are shown；Wherein, the visual focus be located at the eyeglass mould group and On straight line where the eyes of user, and the visual focus and the eyes of the user are located at the two of the eyeglass mould group Side；The electronic equipment further include:

Image acquisition units, for acquiring the second image of target object；

Resolution unit, for being parsed to second image, to determine the second display parameters of second image；

First determination unit determines that the first of the first image is aobvious for the second display parameters according to second image Show parameter；

Adjustment unit, for when determine the first image pre-display parameter be first display parameters when, according to described in First display parameters of the first image, adjustment form the light of the first image, so that the first image is with the first display Parameter Overlapping display is on second image；

8. portable electronic device according to claim 7, when first display parameters, second display parameters point Not Biao Zheng the first image, second image colouring information when,

First determination unit includes:

Comparing subunit, for to default the first image that display parameters are shown, the default display parameters and second Second display parameters of image, obtain the first comparison result；

Subelement is adjusted, for showing the difference of the default display parameters and the second display parameters when first comparison result When less than or equal to the first preset value, the default display parameters of the first image are adjusted to the first display parameters, so that described The difference of second display parameters of the first display parameters and the second image of the first image is more than or equal to the first preset value.

9. portable electronic device according to claim 7, when first display parameters, second display parameters point Not Biao Zheng the first image, second image color temperature information when,

First determination unit includes:

Computation subunit calculates the color temperature value of second image for the second display parameters according to second image；

First determines that subelement determines the color temperature value of the first image for the color temperature value based on second image；

Second determines subelement, for the color temperature value according to the first image, determines the first display ginseng of the first image Number.

10. portable electronic device according to claim 7, the electronic equipment further include:

Superpositing unit, for to default the first image that display parameters are shown, and second shown with the second display parameters Image is overlapped synthesis, obtains default superimposed image；

Preview unit, for showing the default superimposed image with preview mode；

Second determination unit, for when acquisition first operates, operating the first display for determining the first image according to described first Parameter；

11. portable electronic device according to claim 10, the electronic equipment further include:

Third determination unit determines that the pre-display of the first image is joined for being operated according to described second when acquisition second operates Number；

The superpositing unit is also used to the first image shown with pre-display parameter, and shown with the second display parameters Second image is overlapped synthesis, obtains preview superimposed image；

The preview unit is also used to show the preview superimposed image with preview mode；

Second determination unit is also used to when obtaining third operation, determines that the pre-display parameter is the first display parameters；

The adjustment unit, is also used to the first display parameters according to the first image, and adjustment forms the first image Light, so that the first image is with the first display parameters Overlapping display on second image.

12. according to the described in any item portable electronic devices of claim 7 to 11, the electronic equipment further include:

Comparing unit is obtained for the sub-district area image in the first image and the second image to be carried out to the comparison of display parameters To the second comparing result, the range of the subregion in second image is consistent with the range of the first image；

4th determination unit, for determining that display parameters difference is big in second image according to second comparing result Region to be shown in the subregion for being equal to second predetermined value, as the first image；

Projecting cell, for the first image to be projected at the regional location to be shown.