CN105785749B

CN105785749B - A kind of display methods and electronic equipment

Info

Publication number: CN105785749B
Application number: CN201410822530.4A
Authority: CN
Inventors: 张宇
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-12-24
Filing date: 2014-12-24
Publication date: 2018-11-13
Anticipated expiration: 2034-12-24
Also published as: CN105785749A

Abstract

The embodiment of the invention discloses a kind of display methods and electronic equipments；The method includes：Generate the control information of the first image for display；And the response control information, control the display module display output described first image；When the response control information controls the display module display output described first image, the operating mode of the display module and the operating mode display output described first image based on determined by the display module are determined；Wherein, it when the display module is in the first display pattern, controls and shows described first image in the first display area of the display module；When the display module is in the second display pattern, controls and show that described first image, second display area are more than first display area in the second display area of the display module, second display area includes first display area.

Description

A kind of display methods and electronic equipment

Technical field

The present invention relates to the information processing technologies, and in particular to a kind of display methods and electronic equipment.

Background technology

Present Intelligent wearable electronic equipment smartwatch or intelligent glasses etc. can be shown more more fully Information is to meet the needs of user is to intelligent electronic device.But above-mentioned Intelligent wearable electronic equipment is needed in certain sight Examining could make user observe complete display picture in distance range, once viewing distance is farther out, then user can only observe Part shows picture.

Invention content

It, can to solve existing technical problem, a kind of display methods of offer of the embodiment of the present invention and electronic equipment Automatic adjustment shows the size of image.

In order to achieve the above objectives, the technical solution of the embodiment of the present invention is realized in：

An embodiment of the present invention provides a kind of display methods, are applied in electronic equipment, the electronic equipment includes ontology Device, fixing device, display module and processing unit, the processing unit setting is in the body apparatus or the fixed dress In setting, the processing unit is for generating the first image and executing display control；The fixing device and the body apparatus Connection, the fixing device is for the fixed relative position relation with the viewer of the electronic equipment；The display module is set It sets on the body apparatus and/or the fixing device, for exporting described first image, wherein the display module includes Display module and light conducting subassembly, the display module is for showing described first image；The smooth conducting subassembly is for will be from The first light beam corresponding with described first image that the display module is sent out carries out light path converting, to form described first image Second light beam of the corresponding amplification virtual image；The display methods includes：

The control information and the response control information for the first image of display are generated, the display module is controlled Display output described first image；

When the response control information controls the display module display output described first image, it is determining described in The operating mode of display module and the operating mode display output described first image based on determined by the display module；

Wherein, it when the display module is in the first display pattern, controls in the first viewing area of the display module Domain shows described first image；

When the display module is in the second display pattern, control is shown in the second display area of the display module Described first image, second display area are more than first display area, and second display area includes described the One display area.

The embodiment of the present invention additionally provides a kind of electronic equipment, and the electronic equipment includes：Processing unit, display module and Pattern determining unit；Wherein,

The processing unit, the control information for generating the first image for display；And the response control letter Breath controls the display module display output described first image；The display mould is controlled in the response control information When group display output described first image, the operating mode based on determined by the display module of pattern determining unit determination is aobvious Show output described first image；Wherein, it when the display module is in the first display pattern, controls in the display module First display area shows described first image；When the display module is in the second display pattern, control in the display Second display area of component shows described first image, and second display area is more than first display area, described Second display area includes first display area；

The pattern determining unit, it is aobvious for responding the control information control display module in the processing unit When showing output described first image, the operating mode of the display module is determined；

The display module, for showing described first image；The first light corresponding with described first image is carried out Light path converting, to form the second light of the corresponding amplification virtual image of described first image.

Display methods provided in an embodiment of the present invention and electronic equipment adjust the first figure by the operating mode of display module The size of the display area of picture, and then the perception picture that perceives of the observer for capableing of electronic equipment described in adjust automatically Size realizes observer it is not necessary that in the case of adjusting viewing distance, automatic adjustment perceives the size of picture, it is ensured that observer's energy It enough observes complete display content, greatly improves the experience of user.Also, being shown by display module can carry more More, more fully details；In this way, electronic equipment provided in an embodiment of the present invention can not be limited by size itself, carry For the presentation of information of larger size and higher resolution.

Description of the drawings

Fig. 1 is the flow diagram of the display methods of the embodiment of the present invention one；

Fig. 2 is a kind of schematic diagram of the electronic equipment in the embodiment of the present invention；

Fig. 3 a and Fig. 3 c are the composed structure schematic diagram of the display module in the embodiment of the present invention；

Fig. 4 a and Fig. 4 b are the schematic diagram of the display area of the display module in the embodiment of the present invention；

Fig. 5 is the flow diagram of the display methods of the embodiment of the present invention two；

Fig. 6 a and Fig. 6 b are the schematic diagram of the display pattern in the embodiment of the present invention two；

Fig. 7 a and Fig. 7 b are the display schematic diagram of the first interactive mode in the embodiment of the present invention two；

Fig. 8 a and Fig. 8 b are the display schematic diagram of the second interactive mode in the embodiment of the present invention two；

Fig. 9 is the flow diagram of the display methods of the embodiment of the present invention three；

Figure 10 is the composed structure schematic diagram of the electronic equipment of the embodiment of the present invention four；

Figure 11 is the composed structure schematic diagram of the electronic equipment of the embodiment of the present invention five；

Figure 12 is the composed structure schematic diagram of the electronic equipment of the embodiment of the present invention six.

Specific implementation mode

Below in conjunction with the accompanying drawings and specific embodiment the present invention is described in further detail.

Embodiment one

An embodiment of the present invention provides a kind of display methods, the display methods is applied in electronic equipment.Fig. 1 is this hair The flow diagram of the display methods of bright embodiment one；As shown in Figure 1, the method includes：

Step 101：The control information of the first image for display, and the response control information are generated, is controlled aobvious Show that module displays export described first image.

The electronic equipment of the display methods application of the present embodiment can be wearable electronic equipment, as it is a kind of preferably Embodiment, the electronic equipment can be smartwatch.Fig. 2 is a kind of schematic diagram of the electronic equipment in the embodiment of the present invention； As shown in Fig. 2, the electronic equipment includes body apparatus 21, fixing device, display module 24 and processing unit, the processing is single Member is arranged in the body apparatus 21 or the fixing device, and the processing unit is for generating the first image and execution Display control；The fixing device is connect with the body apparatus 21, and the fixing device is for the fixed and electronic equipment Viewer relative position relation；The display module 24 is arranged on the body apparatus 21 and/or the fixing device, For exporting described first image, wherein the display module 24 includes display module and light conducting subassembly, the display module For showing described first image；The smooth conducting subassembly from the display module for will send out and described first image pair The first light beam answered carries out light path converting, to form the second light beam of the corresponding amplification virtual image of described first image；

Specifically, Fig. 3 a and Fig. 3 c are the composed structure schematic diagram of the display module in the embodiment of the present invention；The present invention is real It is optical projection system to apply the display module in example, and as shown in Figure 3a, the display module 24 includes 13 He of first part Second part, wherein the first part 13 of the display module is light conducting subassembly, the second part of the display module includes Display module 15 and collimator assembly 14；Wherein：

The display module 15 projects the first light beam simultaneously for showing the second content to be displayed of output in a manner of light beam It exports to collimator assembly 14；The collimator assembly 14, for will be projected in a manner of the light beam first light beam of output into Row processing, is converted into second light beam and exports to light conducting subassembly 13；The smooth conducting subassembly 13 is also known as light path converting group Part, the smooth conducting subassembly are made of transparent material, the smooth conducting subassembly 13, for constituting second light beam progress It is conducted in the material of the smooth conducting subassembly, wherein the smooth conducting subassembly includes reflector element, the reflector element It is arranged in the specific region beyond part, the reflector element will be for that will change second light beam in the transparent material In conduction orientation, projected with second direction；The specific region of the reflector element is provided in the smooth conducting subassembly Second for the display module shows output area.

Fig. 3 b and Fig. 3 c be respectively the embodiment of the present invention electronic equipment in display module composed structure schematic diagram；Such as figure Shown in 3b and Fig. 3 c, the display module 15 in the display module 24 includes beam splitting unit 151 and display unit 152, institute It includes the second collimation unit 141 and the first collimation unit 142 and polarization beam-splitting unit 143, the light conduction to state collimator assembly 14 Component 13 includes Wave guide unit 131 and reflector element 132.Display module 15 in wherein Fig. 3 c further includes luminescence unit 150.Institute It states collimator assembly 15 to handle first light beam for projecting output in a manner of the light beam, is converted into second light beam It exports and gives light conducting subassembly.

Specifically, the collimator assembly 15 includes the first collimation unit 142 and the second collimation unit 141 positioned opposite, And it is arranged in the polarization beam-splitting unit 143 between first collimation unit, 142 and second collimation unit 141, from described First light beam that display module 15 exports begins to be reflected towards first collimation unit via the polarization beam-splitting unit 143 142, through by the polarization beam-splitting unit 143 after then being collimated via first collimation unit, 142 and second collimation unit 141 As second beam exit.

Here, first collimation unit, 142 and second collimation unit 141 can be the single lens designed as needed Or lens group.

The smooth conducting subassembly 13, for carrying out second light beam in the material for constituting the smooth conducting subassembly 13 It is conducted, is finally exported to observer；The smooth conducting subassembly 13 includes Wave guide unit 131 and reflector element 132, by setting Setting the position of reflector element 132 and angle can control from second light beam, and be oriented to the specific position outgoing.? In the case of one, the collimator assembly 14 and the display module 15 are in relative to plane residing for the Wave guide unit 131 It first side can be to relative to the wave with second light beam when the reflector element 132 as shown in Fig. 3 b and Fig. 3 c is arranged The second side outgoing of plane residing for unit 131 is led, first side and the second side are put down relative to residing for the Wave guide unit 131 The opposite side in face.

Specifically, in the display module for example applied to smartwatch when, above-mentioned configuration example may be used so that It is emitted to the second side with second light beam, i.e., so that second light beam is to wearing and watch Wrist belt-type electronic equipment The eye of user is emitted.Ground is further described, the exit direction of the display module, example can be needed to configure according to viewing The rotation of reflector element 132 as described in can control realizes the display to control 132 exit direction of the reflector element The switching of the bi-directional display of module.In the embodiment of the present invention, the reflector element 132 can be the single rib designed as needed Mirror or prism group.

In the embodiment of the present invention, the display module 24 has display output area, and the display output area is described Reflector element 132 is arranged beyond the specific region on part.In general, observer (user) sees reflector element 132 Physical size is greater than equal to the size for showing output area, and 152 size of display unit in the display module 24 Less than the size of the display output area.It should be noted that attached drawing is intended merely to help skilled in the art to understand this The technical solution of application is not the state of electronic equipment provided in an embodiment of the present invention when in use；Such as the electronic equipment It is in fixed support body when use, when the supporter is wrist, user lifts arm and is placed on the electronic equipment At the moment, it is seen then that user can be to watch the information that the electronic equipment is provided with positive angle when in use.

In the present embodiment, the electronic equipment generates the control information, and the control information is for showing described first Image, the composed structure based on above-mentioned display module and displaying principle, in embodiments of the present invention, the control information are used for It controls the display module 15 and sends out the first light beam corresponding with described first image；Namely it controls in the display module 15 Display unit 152 sends out the first light beam corresponding with described first image.

Step 102：When the response control information controls the display module display output described first image, Determine the operating mode of the display module and the operating mode display output described the based on determined by the display module One image.

When the display module is in the second display pattern, control is shown in the second display area of the display module Described first image；Second display area is more than first display area, and second display area includes described the One display area.

In the present embodiment, the display of the operating mode based on determined by the display module output described first image tool Body is based on display module shown in Fig. 3 b or Fig. 3 c, will send out corresponding with described first image the from the display module One light beam carries out light path converting to form the second light beam of the corresponding amplification virtual image of described first image, thus exports described first Image.

Specifically, by taking display module shown in Fig. 3 b or Fig. 3 c as an example, the display module 24 is controlled in the display group First display area of part 15 shows that described first image, or control are shown in the second display area of the display module 15 Described first image namely the display module 24 control the first display area of the display unit 152 of the display module 15 Show described first image, or control shown in the second display area of the display unit 152 of the display module 15 described in First image；In the present embodiment, the display unit 152 is that can project output the first light beam corresponding with described first image Physical device, the display unit 152 has a display area, and the display unit 152 can be based on the display module Residing operating mode controls the size of the display area；Preferably, the display area is in the display unit 152 The central point of central area, i.e., the described display area is overlapped with the central point of the display unit 152.I.e. in the present embodiment, when When the display module 24 is in the first display pattern, control shows described the in the first display area of the display module 15 One image, namely control show described first image in the first display area of the display unit 152；When the display module 24 be in the second display pattern when, control the display module 15 the second display area show described first image, namely It controls and shows described first image in the second display area of the display unit 152；Second display area is more than described First display area, second display area include first display area.

Fig. 4 a are the schematic diagram of the first display area of the display module in the embodiment of the present invention；Fig. 4 b are that the present invention is implemented The schematic diagram of second display area of the display module in example；As shown in figures 4 a and 4b, when the display module 24 is in the When one display pattern, first display area is less than whole display areas of the display unit 152；When the display module 24 be in the second display pattern when, second display area be less than or equal to the display unit 152 whole display areas (second display area shown in Fig. 4 b is less than whole display areas of the display unit 152)；In the present embodiment, institute It states the first display area and second display area and is in the central area of the display unit 152, i.e., described first is aobvious Show that region and the central point of second display area are overlapped with the central point of the display unit 152, therefore, described second is aobvious Show that region includes first display area.

Using the technical solution of the embodiment of the present invention, the viewing area of the first image is adjusted by the operating mode of display module The size in domain, and then the size of perception picture that the observer for capableing of electronic equipment described in adjust automatically perceives, are realized Observer is without in the case of adjusting viewing distance, the size of automatic adjustment perception picture, it is ensured that observer is able to observe that Complete display content, greatly improves the experience of user.Also, being shown by display module can carry more, more comprehensively Details；In this way, electronic equipment provided in an embodiment of the present invention can not be limited by size itself, larger size is provided With the presentation of information of higher resolution.

Embodiment two

Based on the display methods described in embodiment one, the embodiment of the present invention additionally provides a kind of display methods, the display Method is applied in electronic equipment, and the display module of the electronic equipment includes visible area, and the visible area is for described The observer of electronic equipment perceives the virtual image that described first image is in by the visible area.Fig. 5 is the embodiment of the present invention The flow diagram of two display methods；As shown in figure 5, the display methods includes：

Step 501：It generates the control information for the first image of display and responds the control information, described in control Display module display output described first image.

The electronic equipment of the display methods application of the present embodiment can be wearable electronic equipment, as it is a kind of preferably Embodiment, the electronic equipment can be smartwatch.As shown in Fig. 2, the electronic equipment includes body apparatus 21, fixed dress It sets, display module 24 and processing unit, the processing unit are arranged in the body apparatus 21 or the fixing device, institute State processing unit for generate the first image and execution display control；The fixing device is connect with the body apparatus 21, The fixing device is for the fixed relative position relation with the viewer of the electronic equipment；The setting of the display module 24 exists On the body apparatus 21 and/or the fixing device, for exporting described first image, wherein the display module 24 includes Display module and light conducting subassembly, the display module is for showing described first image；The smooth conducting subassembly is for will be from The first light beam corresponding with described first image that the display module is sent out carries out light path converting, to form described first image Second light beam of the corresponding amplification virtual image；When the electronic equipment is smartwatch shown in Fig. 2, described in the present embodiment Visible area can be the display area 20 of the smartwatch dial plate, i.e., the observer of the described electronic equipment can pass through the intelligence The display area 20 of energy Watch dail plate perceives the virtual image that described first image is in.Certainly, the electronic equipment is smartwatch Only it is used as the embodiment of the present invention a kind of, as other embodiment, the electronic equipment can also be intelligent ring；When the electronics When equipment is intelligent ring, the visible area is that can be used as gemmy ring care surface originally in the intelligent ring to present Display area, i.e., the observer of the described electronic equipment can pass through the display area sense that the ring care surface of the intelligent ring is presented Know the virtual image that described first image is in.

Specifically, the display module in the embodiment of the present invention is optical projection system, as shown in Figure 3a, the display Module 24 includes first part 13 and second part, wherein the first part 13 of the display module is light conducting subassembly, it is described The second part of display module includes display module 15 and collimator assembly 14；Wherein：

As shown in Fig. 3 b and Fig. 3 c, the display module 15 in the display module 24 includes beam splitting unit 151 and shows Show that unit 152, the collimator assembly 14 include the second collimation unit 141 and the first collimation unit 142 and polarization beam-splitting unit 143, the smooth conducting subassembly 13 includes Wave guide unit 131 and reflector element 132.Display module 15 in wherein Fig. 3 c further includes Luminescence unit 150.The collimator assembly 15 handles first light beam that output is projected in a manner of the light beam, conversion It is exported at second light beam and gives light conducting subassembly.

Step 502：When the response control information controls the display module display output described first image, Sensed parameter is obtained by the sensor of the electronic equipment, the Working mould of the display pattern is determined based on the sensed parameter Formula；Wherein, the sensed parameter is used to characterize interactive mode of the observer of the electronic equipment relative to the electronic equipment.

Wherein, when the sensed parameter characterizes interaction side of the observer of the electronic equipment relative to the electronic equipment When formula is the first interactive mode, determine that the display pattern of the display module is first display pattern；The electronic equipment Observer relative to the interactive mode of the electronic equipment be the first interactive mode indicate the observer relative to it is described can The distance of viewed area is the interactive mode of the first distance range；When the observer can described in first interactive mode When viewed area perceives the first perception picture when observing, the size of the first perception picture is first size and the first perception picture The content in face is described first image；

When the observer that the sensed parameter characterizes the electronic equipment is relative to the interactive mode of the electronic equipment When the second interactive mode, determine that the display pattern of the display module is second display pattern；The sight of the electronic equipment The person of examining is that the second interactive mode indicates the observer relative to the visible area relative to the interactive mode of the electronic equipment The distance in domain is the interactive mode of second distance range, and first distance range is more than the second distance range；When described When observer perceives the second perception picture when being observed by the visible area with second interactive mode, second sense Know that the size of picture is the second size and the second content for perceiving picture is described first image, the first size is less than described Second size.

Specifically, the first embodiment of this step is：The operating mode of the display module of the electronic equipment is based on The observer of the electronic equipment relative to the visible area (visible area smartwatch dial plate as shown in Figure 2 Display area 20) distance determine.Then in the present embodiment, the sensor of the electronic equipment is range sensor, the distance Sensor is fixed at around the visible area, and the distance parameter value acquired described in the range sensor characterizes the sight Distance of the person of examining relative to the visible area.The then operating mode that the display pattern is determined based on the sensed parameter Including：When the distance parameter value that the range sensor is acquired belongs to first distance range, the display mould is determined The display pattern of group is first display pattern；When the distance parameter value that the range sensor is acquired belongs to described second Determine that the display pattern of the display module is second display pattern when distance range；Wherein, first distance range More than the second distance range.

Here, when the observer of the electronic equipment meets the first distance range relative to the distance of the visible area When, determine that the observer of the electronic equipment relative to the interactive mode of the electronic equipment is the first interactive mode；When described When the observer of electronic equipment meets second distance range relative to the distance of the visible area, the electronic equipment is determined Observer is the second interactive mode relative to the interactive mode of the electronic equipment；Wherein, first distance range is more than institute State second distance range；That is, the visible area described in the eye distance of the observer of the electronic equipment farther out when, institute It is the first interactive mode that the observer of electronic equipment, which is stated, relative to the interactive mode of the electronic equipment；When the electronic equipment Described in the eye distance of observer when the relative close of visible area, the observer of the electronic equipment is relative to the electronic equipment Interactive mode be the second interactive mode.

Second of embodiment of this step be：The operating mode of the display module of the electronic equipment is based on the electronics The angle of inclination of equipment determines.Then in the present embodiment, the sensor of the electronic equipment is gravity inductive pick-up or gyroscope Sensor, the sensed parameter are the angle of inclination obtained by the gravity sensing unit or gyro sensor；When described Electronic equipment detects that the angle of inclination of the electronic equipment reaches by the gravity sensing unit or gyro sensor When one threshold range, it may be determined that the electronic equipment is in the first interactive mode；Such as when the electronic equipment is smartwatch When, the smartwatch is worn in the wrist of user, when user lifts wrist to front, the inclination angle of the electronic equipment Degree reaches first threshold range, then determines that the electronic equipment is in the first interactive mode at this time.When the electronic equipment passes through When the gravity sensing unit or gyro sensor detect that the angle of inclination of the electronic equipment reaches second threshold range, It can determine that the electronic equipment is in the second interactive mode；Again for example when user by wrist lift at the moment when, the electronic equipment Angle of inclination reach second threshold range, then at this time determine the electronic equipment be in the second interactive mode.

The third embodiment of this step is：The operating mode of the display module of the electronic equipment is based on the electronics The angle of inclination of height and the electronic equipment residing for equipment determines.Then in the present embodiment, the sensor of the electronic equipment For height-gauge and gravity sensor, the sensed parameter is the height value detected by the height-gauge and passes through The angle of inclination for the electronic equipment that the gravity sensor detects；When the electronic equipment passes through the height-gauge Detect that the electronic equipment height reaches the first altitude range and the angle of inclination of the electronic equipment reaches first threshold model When enclosing, it may be determined that the electronic equipment is in the first interactive mode；Such as when the electronic equipment is smartwatch, the intelligence Can wrist-watch be worn in the wrist of user, when user lifts wrist to front, it is high that the height of the electronic equipment reaches first The angle of inclination of degree range and the electronic equipment reaches first threshold range, then determines that the electronic equipment is in first at this time Interactive mode.When the electronic equipment detects that the electronic equipment height reaches the second height model by the height-gauge It encloses and when the angle of inclination of the electronic equipment reaches second threshold range, it may be determined that the electronic equipment is in the second interaction side Formula；Again for example when user by wrist lift at the moment when, the height of the electronic equipment reaches the second altitude range and the electronics The angle of inclination of equipment reaches second threshold range, then determines that the electronic equipment is in the second interactive mode at this time.

The 4th kind of embodiment of this step be：The operating mode of the display module of the electronic equipment is based on the electronics Whether physical button or virtual key in equipment are triggered determination.Then in the present embodiment, the sensor of the electronic equipment is Button detection sensor or key press detecting circuit；The sensed parameter is to detect electricity by the button detection sensor or button The trigger data that road detects, when the corresponding instruction of the trigger data detected is the first preset instructions, it may be determined that institute It states electronic equipment and is in the first interactive mode；When the corresponding instruction of the trigger data detected is the second preset instructions When, it may be determined that the electronic equipment is in the second interactive mode.

The 5th kind of embodiment of this step be：The operating mode of the display module of the electronic equipment is based on the electronics The phonetic order that equipment receives determines.Then in the present embodiment, the sensor of the electronic equipment is voice recognition unit；It is described Sensed parameter is the voice data detected by the voice recognition unit, when the corresponding finger of the voice data detected When order is the first preset instructions, it may be determined that the electronic equipment is in the first interactive mode；When the voice data detected When corresponding instruction is the second preset instructions, it may be determined that the electronic equipment is in the second interactive mode.

Based on the first above-mentioned embodiment, i.e., the operating mode of the display module of the described electronic equipment is to be based on the electricity When the observer of sub- equipment determines relative to the distance of the visible area of the electronic equipment, the electronic equipment controls the electricity The display output area of the display module of display module in sub- equipment, the observer to change the electronic equipment are perceived The size of the perceptual image of the characterization described first image content arrived.Fig. 6 a are the first display in the embodiment of the present invention two The schematic diagram of pattern；Fig. 6 b are the schematic diagram of the second display pattern in the embodiment of the present invention two.Using the electronic equipment as intelligence For energy wrist-watch, and the display area 20 of the dial plate of the smartwatch is visible area.As shown in Figure 6 a, when the electronics is set Standby observer relative to the visible area distance be L1 when, the L1 meets first distance range, then at this point, institute It is the first interactive mode that the observer of electronic equipment, which is stated, relative to the interactive mode of the electronic equipment；The sight of the electronic equipment The person of examining is the first perception picture 61 shown in Fig. 6 a by the perception picture that the visible area is observed；Wherein, institute State the eyes that the dotted line between the eyes of observer and the display area 20 of the dial plate of the smartwatch indicates the observer Direction of visual lines, all same in the examples below；The display area 20 of the dial plate of the smartwatch is perceived with described first It is the transmission direction of light beam, in the examples below all same between picture.In the present embodiment, described first picture is perceived Content is described first image, then the observer observes described by the display area 20 of the dial plate of the smartwatch The full content of one image.As shown in Figure 6 b, when the observer of the electronic equipment is relative to the distance of the visible area When L2, the L2 meets the second distance range, then at this point, the observer of the electronic equipment is relative to the electronic equipment Interactive mode be the second interactive mode；The perception that the observer of the electronic equipment is observed by the visible area Picture is the second perception picture 62 shown in Fig. 6 b.Wherein, the second size of the second perception picture 62 is more than described the The first size of one perception picture, and the content of the first perception picture 61 and the second perception picture 62 is described First image, that is to say, that when observer and the interactive mode of the electronic equipment of the electronic equipment are first side of interaction When formula, the observer observes a relatively small perception picture by the visible area, described to perceive the interior of picture Hold the full content for described first image；When the interactive mode of observer and the electronic equipment of the electronic equipment is the When two interactive modes, the observer observes a relatively large perception picture, the perception by the visible area The content of picture is equally also the full content of described first image.

In above-mentioned second embodiment to the 5th embodiment, the observer of the electronic equipment and the electronic equipment Visible area distance change cannot trigger the electronic equipment display module operating mode it is described first display Switch between pattern and second display pattern, therefore, when the electronic equipment observer and the electronic equipment can When the distance of viewed area changes, the operating mode of the display module of the electronic equipment still shows mould in described first Formula or second display pattern.

When the display module of the electronic equipment is in the first display pattern, Fig. 7 a and Fig. 7 b are the embodiment of the present invention two In the first interactive mode display schematic diagram；By taking the electronic equipment is smartwatch as an example, and the table of the smartwatch The display area 20 of disk is visible area.As shown in Figure 7a, when the display module of the electronic equipment be in the first display pattern, When the observer of the electronic equipment is L1 at a distance from relative to the visible area, the L1 meets described first apart from model It encloses, the first display area that the electronic equipment controls the display module of the display module exports the first image, then the electricity The observer of sub- equipment is the first perception picture shown in Fig. 7 a by the perception picture that the visible area is observed 71, the content of the first perception picture 71 is the full content of described first image.As shown in Figure 7b, when the electronic equipment Display module be in the second display pattern, the electronic equipment observer at a distance from relative to the visible area still For L1 when, the L1 meets first distance range, and the electronic equipment controls the of the display module of the display module Two display areas export the first image, and second display area is more than first display area, then exports first figure Picture becomes large-sized, as shown in region 72, the sense that the observer of the electronic equipment is observed by the visible area Know that the size of picture is still the size of the first perception picture 71 shown in Fig. 7 a, that is to say, that the sight of the electronic equipment The person of examining observes the partial content of described first image by the visible area.

When the display module of the electronic equipment is in the first display pattern, Fig. 8 a and Fig. 8 b are the embodiment of the present invention two In the second interactive mode display schematic diagram；By taking the electronic equipment is smartwatch as an example, and the table of the smartwatch The display area 20 of disk is visible area.As shown in Figure 8 a, when the display module of the electronic equipment be in the second display pattern, When the observer of the electronic equipment is L2 at a distance from relative to the visible area, the L2 meets the second distance model It encloses, the second display area that the electronic equipment controls the display module of the display module exports the first image, then the electricity The observer of sub- equipment is the first perception picture shown in Fig. 8 a by the perception picture that the visible area is observed 81, the content of the first perception picture 81 is the full content of described first image.As shown in Figure 8 b, when the electronic equipment Display module be in the first display pattern, the electronic equipment observer at a distance from relative to the visible area still For L2 when, the L2 meets the second distance range, and the electronic equipment controls the of the display module of the display module One display area exports the first image, and first display area is less than second display area, then the electronic equipment The perception picture that observer is observed by the visible area is the second perception picture 82 shown in Fig. 8 b, described the The content of two perception pictures 82 is the full content of described first image；The size of the second perception picture 82 is less than described the The size of one perception picture 81, that is to say, that the observer is in the case where viewing distance is constant, when the electronic equipment When display module is in the second display pattern, the observer observes the whole of described first image；When the electronic equipment Display module when being in the first display pattern, the observer is similarly observed that the whole of described first image, only perceives The size of picture becomes smaller.

Based on above-mentioned several embodiments, when determining friendship of the observer of the electronic equipment relative to the electronic equipment When mutual mode is the first interactive mode, the electronic equipment determines that the display pattern of the display module is the first display pattern； When it is the second interactive mode to determine the observer of the electronic equipment relative to the interactive mode of the electronic equipment, the electricity Sub- equipment determines that the display pattern of the display module is the second display pattern.

The display module of electronic equipment described in the present embodiment includes visible area, and the visible area is used for the electronics The observer of equipment perceives the virtual image that described first image is in by the visible area, when the electronic equipment is wearable When formula equipment (such as smartwatch), shown in the display area 20 of visible area smartwatch dial plate as shown in Figure 2.Into one Step, the size of the visible area with when the observer is observed with first interactive mode by the visible area The size for perceiving the first perception picture is identical.

Specifically, when the observer is observed with first interactive mode by the visible area, such as Fig. 6 a institutes Show, i.e., when the described observer is observed with distance relatively far away from by the visible area, the observer can be by described Observe the first perception picture of the first image of characterization in visible area；It is described by taking display module shown in Fig. 3 b or Fig. 3 c as an example The display area that display module 24 controls the display unit 152 of the display module 15 shows described first image, when described aobvious When showing that the display area of unit 152 reaches first threshold, the observer can observe characterization by the visible area The size of first perception picture of one image perceives the when being equal to the size, i.e. visible area observation of the visible area The first perception picture that the size of one perception picture is identical namely the observer observes is full of the visible area. On the other hand, when the display area of the display unit 152 is less than the first threshold, the observer can be by described The size for the first perception picture that visible area is observed is less than the size of the visible area namely the observer sees Visible area described in the first perception picture underfill observed, is deposited between the first perception picture and the visible area It in clear area, presents in effect, is equivalent to " black surround " that the marginal existence one of the first perception picture encloses in vision.

Step 503：The operating mode display output described first image based on determined by the display module.

As shown in figures 4 a and 4b, when the display module 24 is in the first display pattern, first display area Less than whole display areas of the display unit 152；When the display module 24 is in the second display pattern, described second Display area is less than or equal to whole display areas (second display area shown in Fig. 4 b of the display unit 152 Less than whole display areas of the display unit 152)；In the present embodiment, first display area and second display Region is in the central area of the display unit 152, i.e., in described first display area and second display area Heart point is overlapped with the central point of the display unit 152, and therefore, second display area includes first display area.

Embodiment three

Based on the display methods described in embodiment one, the embodiment of the present invention additionally provides a kind of display methods, the display Method is applied in electronic equipment, and the display module of the electronic equipment includes visible area, and the visible area is for described The observer of electronic equipment perceives the virtual image that described first image is in by the visible area.Fig. 9 is the embodiment of the present invention The flow diagram of three display methods；As shown in figure 9, the display methods includes：

Step 901：Generate the control information and the response control information for the first image of display, control display Module displays export described first image.

The electronic equipment of the display methods application of the present embodiment can be wearable electronic equipment, as it is a kind of preferably Embodiment, the electronic equipment can be smartwatch.As shown in Fig. 2, the electronic equipment includes body apparatus 21, fixed dress It sets, display module 24 and processing unit, the processing unit are arranged in the body apparatus 21 or the fixing device, institute State processing unit for generate the first image and execution display control；The fixing device is connect with the body apparatus 21, The fixing device is for the fixed relative position relation with the viewer of the electronic equipment；The setting of the display module 24 exists On the body apparatus 21 and/or the fixing device, for exporting described first image, wherein the display module 24 includes Display module and light conducting subassembly, the display module is for showing described first image；The smooth conducting subassembly is for will be from The first light beam corresponding with described first image that the display module is sent out carries out light path converting, to form described first image Second light beam of the corresponding amplification virtual image；

Step 902：Detect the eye of the viewer and the relative position parameter of the visible area.

In the present embodiment, the electronic equipment further includes first sensor, and setting is in the body apparatus and/or described solid Determine on device, for detecting the eye of the viewer and the relative position parameter of the visible area；Specifically, described first Sensor can be provided in image acquisition units or iris detection unit on the electronic equipment, described for detecting The eye of viewer simultaneously obtains the eye of the viewer and the relative position parameter of the visible area.

Step 903：When the display module of the electronic equipment is in the first display pattern and the eye of the viewer When distance of the portion apart from the visible area remains unchanged, when the relative position parameter changes, generates and control described Change in location of first image on the display module so that the viewer still is able to perceive characterization described first image First perception picture.

Specifically, by taking smartwatch shown in Fig. 2 as an example, shown when the display module of the electronic equipment is in first When showing that pattern and the observer are observed according to direction shown in arrow 201 by the visible area, the observer can Observe the first perception picture of characterization described first image.And when the observer deviates direction shown in the arrow 201 When being observed by the visible area, the second light beam by forming the corresponding amplification virtual image of described first image does not inject institute The eyes of observer are stated, then the observer cannot observe the first perception picture by the visible area.Therefore, such as For display module shown in Fig. 3 b and Fig. 3 c, when the relative position parameter detected changes, the electronics is set The standby variation based on the relative position parameter controls the first display that described first image is shown in the display unit 152 Region changes accordingly, as shown in fig. 4 a, controls first display area in the display unit 152 based on described opposite Location parameter changes accordingly, such as direction deviates to the left, to the right for first display area.

In various embodiments of the present invention, electronic equipment described in the electronic equipment is wearable electronic equipment；Such as Shown in Fig. 2, the wearable electronic equipment includes：Body apparatus 21, fixing device, display module 24 and processing unit, it is described Processing unit be arranged in the body apparatus 21 or the fixing device, the processing unit for generate the first image with And execute display control；The fixing device is connect with the body apparatus 21, and the fixing device is for the fixed and electricity The relative position relation of the viewer of sub- equipment；The display module 24 is arranged in the body apparatus 21 and/or the fixation On device, for exporting described first image, wherein the display module 24 includes display module and light conducting subassembly, it is described aobvious Show component for showing described first image；The smooth conducting subassembly from the display module for will send out and described first Corresponding first light beam of image carries out light path converting, to form the second light beam of the corresponding amplification virtual image of described first image；

The fixing device is used to the electronic equipment is fixed on supporter and when the electronic equipment is described in The fixing device body apparatus and the fixing device one annulus of composition when being fixed on the supporter；

It is when the electronic equipment passes through the fixing device that the electronic equipment, which has the first section, first section, It is carried out for the electronic equipment perpendicular to the supporter when fixed on the supporter, using the supporter as reference substance Section is formed by ring, and the first direction is from the outside of the ring to the inside of the ring and towards the center of the ring Direction.

In the embodiment of the present invention, the electronic equipment is wearable electronic equipment, as a kind of preferred embodiment, institute It can be smartwatch to state electronic equipment.First section can be understood as section shown in Fig. 2, from section shown in Fig. 2 It sees, is that the body apparatus 21 surrounds a ring with fixing device in the electronic equipment, supporter can be penetrated in the ring.When When the ring is standard round, the first direction can be understood as the direction towards the center of circle out of circle export-oriented circle, and the ring is less It may be a standard round, therefore above-mentioned by taking standard round as an example explain first direction simply to illustrate that the embodiment of the present invention Technical solution rather than true situation, true situation are, it is assumed that when the smartwatch is worn in wrist, due to the hand of human body Wrist is not inherently the cylinder of a standard, and therefore, which is formed by ring nor a standard round.

In an embodiment of the present invention, the supporter can be user wrist, or user other Body part；Certain supporter can also be any object other than user body parts, such as can be arm artificial limb Deng can also be the hand rod on bus or metro operation vehicle.

In the embodiment of the present invention, the electronic equipment is wearable electronic equipment, as a kind of preferred embodiment, institute It can also be intelligent ring to state electronic equipment.When the electronic equipment is intelligent ring, accordingly, the supporter can be Finger.

In an embodiment of the present invention, the electronic equipment can include two fixing devices as shown in Figure 2, i.e., and One fixing device 22 and the second fixing device 23, wherein：The first end of first fixing device 22 is flexibly connected the body apparatus The first end of 21 first end, the second fixing device 23 is flexibly connected the second end of the body apparatus 21, and described first is solid Determine the second end of device 22 and second fixing device 23 second end cooperate the electronic equipment is fixed on it is described On supporter.During specific implementation, those skilled in the art can come by card and component or adhering part etc. Realize the mutual cooperation between the second end of first fixing device 22 and the second end of second fixing device 23；Ability Field technique personnel such as can also connect at the of first end and the body apparatus 21 for realizing the first fixing device 22 by shaft Between flexible connection between one end, and the first end and the second end of the body apparatus 21 of the second fixing device 23 of realization Flexible connection, which is not described herein again.

Wherein, the display module 24 is optical projection system, and as shown in Figure 3a, the display module 24 includes first Divide 13 and second part, wherein the first part 13 of the display module is light conducting subassembly, second of the display module It includes display module 15 and collimator assembly 14 to divide；Wherein：

The display module 15 projects the first light beam simultaneously for showing the second content to be displayed of output in a manner of light beam It exports to collimator assembly 14；The collimator assembly 14, for will be projected in a manner of the light beam first light beam of output into Row processing, is converted into second light beam and exports to light conducting subassembly 13；The smooth conducting subassembly 13 is also known as light path converting group Part, the smooth conducting subassembly are made of transparent material, the smooth conducting subassembly 13, for constituting second light beam progress It is conducted in the material of the smooth conducting subassembly, wherein the smooth conducting subassembly includes reflector element, the reflector element It is arranged in the specific region beyond part, the reflector element will be for that will change second light beam in the transparent material In conduction orientation, projected with second direction；The institute of the second direction and the first display screen of first display module The outbound course for stating the first content to be displayed is consistent；The given zone of the reflector element is provided in the smooth conducting subassembly Domain is the display output area of the display module.

As shown in Fig. 3 b and Fig. 3 c, the display module 15 includes beam splitting unit 151 and display unit 152, the collimation Component 14 includes the second collimation unit 141 and the first collimation unit 142 and polarization beam-splitting unit 143, the smooth conducting subassembly 13 Including Wave guide unit 131 and reflector element 132.Display module 15 in wherein Fig. 3 c further includes luminescence unit 150.The collimation Component 15 handles first light beam that output is projected in a manner of the light beam, be converted into second light beam export to Light conducting subassembly.

Specifically, the collimator assembly 15 includes the first collimation unit 142 and the second collimation unit 141 positioned opposite, And it is arranged in the polarization beam-splitting unit 143 between first collimation unit, 142 and second collimation unit 141, from described First light beam of display module output begins to be reflected towards first collimation unit 142 via the polarization beam-splitting unit 143, Then through by 143 conduct of the polarization beam-splitting unit after being collimated via first collimation unit, 142 and second collimation unit 141 Second beam exit.

The smooth conducting subassembly 13, for by second light beam carry out in the material for constituting the smooth conducting subassembly into Row conduction, finally exports to observer；The smooth conducting subassembly 13 includes Wave guide unit 131 and reflector element 132, passes through setting The position of reflector element 132 and angle can be controlled from second light beam, and be oriented to the specific position outgoing.First In the case of, the collimator assembly 14 and the display module 15 are in the relative to plane residing for the Wave guide unit 131 It side can be to relative to the waveguide with second light beam when the reflector element 132 as shown in Fig. 3 b or Fig. 3 c is arranged The second side of plane residing for unit 131 is emitted, and first side and the second side are relative to plane residing for the Wave guide unit 131 Opposite side.

In the embodiment of the present invention, the display module 24 has display output area, and the display output area is described Reflector element is arranged in the specific region beyond on part.In general, observer (user) sees reflector element 132 Physical size is greater than equal to the size for showing output area, and 152 size of display unit in the display module 24 Less than the size of the display output area.It should be noted that Fig. 3 b or Fig. 3 c are intended merely to help those skilled in the art The technical solution for understanding the application is not the state of electronic equipment provided in an embodiment of the present invention when in use；Such as the electricity Sub- equipment using when be that, when the supporter is wrist, user lifts arm by the electronic equipment in fixed support body It places before eyes, it is seen then that user can be to watch the information that the electronic equipment is provided with positive angle when in use.

Certainly, display module shown in Fig. 3 a- Fig. 3 c is arranged in smartwatch, i.e., using smartwatch as frame, not Limiting can only be with smartwatch or the wearable electronic equipment of intelligence.

Example IV

The embodiment of the present invention additionally provides a kind of electronic equipment.Figure 10 is the composition of the electronic equipment of the embodiment of the present invention four Structural schematic diagram；As shown in Figure 10, the electronic equipment includes：Processing unit 32, display module 33 and pattern determining unit 31； Wherein,

The processing unit 32, the control information for generating the first image for display；And the response control Information controls the display output described first image of the display module 33；It is described aobvious in the response control information control When showing the display output described first image of module 33, based on determined by the display module 33 of the determination of the pattern determining unit 31 Operating mode display output described first image；Wherein, it when the display module 33 is in the first display pattern, controls in institute The first display area for stating display module shows described first image；When the display module 33 is in the second display pattern, It controls and shows that described first image, second display area are more than described first in the second display area of the display module Display area, second display area include first display area；

The pattern determining unit 31 controls the display mould for responding the control information in the processing unit 32 When 33 display output described first image of group, the operating mode of the display module 33 is determined；

The display module 33, for showing described first image；Will the first light corresponding with described first image into Row light path converting, to form the second light of the corresponding amplification virtual image of described first image.

It will be appreciated by those skilled in the art that in the electronic equipment of the embodiment of the present invention each processing unit 32 function, can Understand, each processing unit 32 in the electronic equipment of the embodiment of the present invention with reference to the associated description of aforementioned display methods, can pass through It realizes the analog circuit of the function described in the embodiment of the present invention and realizes, it can also be by executing the work(described in the embodiment of the present invention Can operation of the software on intelligent terminal and realize.

Embodiment five

The embodiment of the present invention additionally provides a kind of electronic equipment.Figure 11 is the composition of the electronic equipment of the embodiment of the present invention five Structural schematic diagram；As shown in figure 11, the electronic equipment includes：Processing unit 32, display module 33,31 and of pattern determining unit Sensor unit 34；The display module 33 includes visible area, and the visible area is used for the observer of the electronic equipment The virtual image that described first image is in is perceived by the visible area；Wherein,

The processing unit 32, for generating for the control information of the first image of display and the response control letter Breath controls the display output described first image of the display module 33；The display is controlled in the response control information When the display output described first image of module 33, the work based on determined by the display module 33 of the determination of the pattern determining unit 31 Operation mode display output described first image；Wherein, it when the display module 33 is in the first display pattern, controls described First display area of display module shows described first image；When the display module 33 is in the second display pattern, control It makes and shows described first image in the second display area of the display module, it is aobvious that second display area is more than described first Show that region, second display area include first display area；

The sensor unit 34, for obtaining sensed parameter, the sensed parameter is for characterizing the electronic equipment Interactive mode of the observer relative to the electronic equipment；

The pattern determining unit 31 controls the display mould for responding the control information in the processing unit 32 When 33 display output described first image of group, the sensed parameter obtained based on the sensor unit 34 determines the display The operating mode of pattern；Wherein, when the sensed parameter characterizes the observer of the electronic equipment relative to the electronic equipment Interactive mode be the first interactive mode when, determine the display module 33 display pattern be first display pattern；When It is the second interaction side that the sensed parameter, which characterizes the observer of the electronic equipment relative to the interactive mode of the electronic equipment, When formula, determine that the display pattern of the display module 33 is second display pattern；

Wherein, the observer of the electronic equipment is the first interactive mode table relative to the interactive mode of the electronic equipment Show the observer relative to the interactive mode that the distance of the visible area is the first distance range；When the observer is with institute State when perceiving the first perception picture when the first interactive mode is observed by the visible area, the first perception picture it is big It is small be first size and first perception picture content be the processing unit 32 export described first image；

The observer of the electronic equipment indicates institute relative to the interactive mode of the electronic equipment for the second interactive mode Observer is stated relative to the interactive mode that the distance of the visible area is second distance range, first distance range is more than The second distance range；Is perceived when the observer is observed with second interactive mode by the visible area When two perception pictures, the size of the second perception picture is the second size and the second content for perceiving picture is first figure Picture, the first size are less than second size.

Another embodiment according to the present embodiment, the size of the visible area are handed over the observer is worked as with described first Mutual mode perceives the first perception picture size when being observed by the visible area is identical.

Specifically, the sensor unit 34 is range sensor, for acquiring distance parameter；The range sensor is solid Surely be located at around the visible area, the distance parameter value that is acquired described in the range sensor characterize the observer relative to The distance of the visible area；

The pattern determining unit 31, the distance parameter value for being acquired when the range sensor belong to described first When distance range, determine that the display pattern of the display module 33 is first display pattern；When the range sensor institute The distance parameter value of acquisition determines that the display pattern of the display module 33 is described second when belonging to the second distance range Display pattern.

Embodiment six

The embodiment of the present invention additionally provides a kind of electronic equipment.Figure 12 is the composition of the electronic equipment of the embodiment of the present invention six Structural schematic diagram；As shown in figure 12, the electronic equipment includes：Processing unit 32, display module 33,31 and of pattern determining unit First sensor 35；The display module 33 includes display module 331 and light conducting subassembly 332；Wherein,

The processing unit 32, the control information for generating the first image for display；And the response control Information controls the display output described first image of the display module 33；It is described aobvious in the response control information control When showing the display output described first image of module 33, based on determined by the display module 33 of the determination of the pattern determining unit 31 Operating mode display output described first image；Wherein, it when the display module 33 is in the first display pattern, controls in institute The first display area for stating display module shows described first image；When the display module 33 is in the second display pattern, It controls and shows that described first image, second display area are more than described first in the second display area of the display module Display area, second display area include first display area；It is additionally operable to be in first when the display module 33 When distance of the eye of display pattern and the viewer apart from the visible area remains unchanged, sensed by described first When the relative position parameter that device 35 obtains changes, generates and control described first image on the display module Change in location so that the viewer still is able to perceive the first content；

The display module 331, for showing described first image；

The smooth conducting subassembly 332, for corresponding with described first image will to be sent out from the display module 331 One light beam carries out light path converting, to form the second light beam of the corresponding amplification virtual image of described first image；

The first sensor 35 is joined for detecting the eye of the viewer with the relative position of the visible area Number.

It will be appreciated by those skilled in the art that in the electronic equipment of the embodiment of the present invention each processing unit function, can join Understand, each processing unit in the electronic equipment of the embodiment of the present invention according to the associated description of aforementioned display methods, realization can be passed through The analog circuit of function described in the embodiment of the present invention and realize, the function of executing described in the embodiment of the present invention can also be passed through Operation of the software on intelligent terminal and realize.

In the embodiment of the present invention four to embodiment six, the processing unit and pattern determining unit in the electronic equipment are in reality In the application of border, it can be believed by the central processing unit (CPU, Central Processing Unit) in the electronic equipment, number Number processor (DSP, Digital Signal Processor) or programmable gate array (FPGA, Field-Programmable Gate Array) it realizes；Display module in the electronic equipment in practical applications, can be realized by optical projection system；Institute State first sensor in electronic equipment in practical applications, it can be by the camera or iris authentication system in the electronic equipment It realizes；Sensor unit in the electronic equipment can be realized in practical applications by range sensor.

It should be understood by those skilled in the art that, the embodiment of the present invention can be provided as method, system or computer program Product.Therefore, the shape of hardware embodiment, software implementation or embodiment combining software and hardware aspects can be used in the present invention Formula.Moreover, the present invention can be used can use storage in the computer that one or more wherein includes computer usable program code The form for the computer program product implemented on medium (including but not limited to magnetic disk storage and optical memory etc.).

The present invention be with reference to according to the method for the embodiment of the present invention, the flow of equipment (system) and computer program product Figure and/or block diagram describe.It should be understood that can be realized by computer program instructions every first-class in flowchart and/or the block diagram The combination of flow and/or box in journey and/or box and flowchart and/or the block diagram.These computer programs can be provided Instruct the processor of all-purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices to produce A raw machine so that the instruction executed by computer or the processor of other programmable data processing devices is generated for real The device for the function of being specified in present one flow of flow chart or one box of multiple flows and/or block diagram or multiple boxes.

These computer program instructions, which may also be stored in, can guide computer or other programmable data processing devices with spy Determine in the computer-readable memory that mode works so that instruction generation stored in the computer readable memory includes referring to Enable the manufacture of device, the command device realize in one flow of flow chart or multiple flows and/or one box of block diagram or The function of being specified in multiple boxes.

These computer program instructions also can be loaded onto a computer or other programmable data processing device so that count Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, in computer or The instruction executed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram one The step of function of being specified in a box or multiple boxes.

The foregoing is only a preferred embodiment of the present invention, is not intended to limit the scope of the present invention.

Claims

1. a kind of display methods is applied in electronic equipment, the electronic equipment includes body apparatus, fixing device, display mould Group and processing unit, the processing unit are arranged in the body apparatus or the fixing device, and the processing unit is used In the first image of generation and execute display control；The fixing device is connect with the body apparatus, and the fixing device is used In the fixed relative position relation with the observer of the electronic equipment；Display module setting the body apparatus and/ Or in the fixing device, for exporting described first image, wherein the display module includes display module and light conduction group Part, the display module is for showing described first image；The smooth conducting subassembly is used to send out from the display module Corresponding with described first image the first light beam carries out light path converting, to form the of the corresponding amplification virtual image of described first image Two light beams；The display methods includes：

The control information and the response control information for the first image of display are generated, the display module is controlled and shows Export described first image；

When the response control information controls the display module display output described first image, the display is determined The operating mode of module and the operating mode display output described first image based on determined by the display module；

Wherein, when the display module is in the first display pattern, control is aobvious in the first display area of the display module Show described first image；

When the display module is in the second display pattern, control described in being shown in the second display area of the display module First image, second display area are more than first display area, and second display area includes described first aobvious Show region.

2. according to the method described in claim 1, it is characterized in that, the display module includes visible area, the visible area Observer of the domain for the electronic equipment perceives the virtual image that described first image is in by the visible area；

The operating mode and the operating mode based on determined by the display module of the determination display module show defeated Going out described first image includes：

Sensed parameter is obtained by the sensor of the electronic equipment；The sensed parameter is used to characterize the sight of the electronic equipment Interactive mode of the person of examining relative to the electronic equipment；The operating mode of the display pattern is determined based on the sensed parameter；

Wherein, when the observer that the sensed parameter characterizes the electronic equipment is relative to the interactive mode of the electronic equipment When the first interactive mode, determine that the display pattern of the display module is first display pattern；The sight of the electronic equipment The person of examining is that the first interactive mode indicates the observer relative to the visible area relative to the interactive mode of the electronic equipment The distance in domain is the interactive mode of the first distance range；When the observer passes through the visible area with first interactive mode When domain perceives the first perception picture when observing, the size of the first perception picture is first size and the first perception picture Content is described first image；

It is second when the sensed parameter characterizes the observer of the electronic equipment relative to the interactive mode of the electronic equipment When interactive mode, determine that the display pattern of the display module is second display pattern；The observer of the electronic equipment Interactive mode relative to the electronic equipment is that the second interactive mode indicates the observer relative to the visible area Distance is the interactive mode of second distance range, and first distance range is more than the second distance range；When the observation When person perceives the second perception picture when being observed by the visible area with second interactive mode, the second perception picture The size in face is the second size and the second content for perceiving picture is described first image, and the first size is less than described second Size.

3. according to the method described in claim 2, it is characterized in that, the size of the visible area with when the observer with institute State perceived when the first interactive mode is observed by the visible area the first perception picture size it is identical.

4. according to the method described in claim 3, it is characterized in that, the sensor be range sensor, the Distance-sensing Device fixation is located at around the visible area, and it is opposite that the distance parameter value that the range sensor is acquired characterizes the observer Distance in the visible area；

It is described to determine that the operating mode of the display pattern includes based on the sensed parameter：

When the distance parameter value that the range sensor is acquired belongs to first distance range, the display module is determined Display pattern be first display pattern；

The display module is determined when the distance parameter value that the range sensor is acquired belongs to the second distance range Display pattern be second display pattern.

5. according to the method described in claim 2, it is characterized in that, the electronic equipment further includes first sensor, setting exists On the body apparatus and/or the fixing device, the eye for detecting the observer is opposite with the visible area Location parameter；

When the eye that the display module of the electronic equipment is in the first display pattern and the observer can described in When the distance of viewed area remains unchanged, when being changed by the relative position parameter that the first sensor obtains, institute It states processing unit to generate and control change in location of the described first image on the display module so that the observer remains to Enough perceive the first perception picture of characterization described first image.

6. a kind of electronic equipment, the electronic equipment include：Processing unit, display module and pattern determining unit；Wherein,

The processing unit, the control information for generating the first image for display；And the response control information, control Make the display module display output described first image；The display module is controlled in the response control information to show When exporting described first image, the operating mode display output based on determined by the display module of pattern determining unit determination Described first image；Wherein, it when the display module is in the first display pattern, controls and is shown the first of the display module Show that region shows described first image；When the display module is in the second display pattern, control in the display module Second display area shows that described first image, second display area are more than first display area, and described second is aobvious Show that region includes first display area；

The pattern determining unit, it is defeated for being shown in the processing unit response control information control display module When going out described first image, the operating mode of the display module is determined；

The display module, for showing described first image；The first light beam corresponding with described first image is subjected to light path Conversion, to form the second light beam of the corresponding amplification virtual image of described first image.

7. electronic equipment according to claim 6, which is characterized in that the display module includes visible area, it is described can Observer of the viewed area for the electronic equipment perceives the virtual image that described first image is in by the visible area；

The electronic equipment further includes sensor unit, and for obtaining sensed parameter, the sensed parameter is for characterizing the electricity Interactive mode of the observer of sub- equipment relative to the electronic equipment；

The pattern determining unit, the sensed parameter for being obtained based on the sensor unit determine the display pattern Operating mode；Wherein, when the sensed parameter characterizes friendship of the observer of the electronic equipment relative to the electronic equipment When mutual mode is the first interactive mode, determine that the display pattern of the display module is first display pattern；When the sense When to answer the observer of electronic equipment described in parameter characterization relative to the interactive mode of the electronic equipment be the second interactive mode, really The display pattern of the fixed display module is second display pattern；

Wherein, the observer of the electronic equipment indicates institute relative to the interactive mode of the electronic equipment for the first interactive mode Observer is stated relative to the interactive mode that the distance of the visible area is the first distance range；When the observer is with described One interactive mode perceives the first perception picture when being observed by the visible area when, the size of the first perception picture is The content of first size and the first perception picture is the described first image of processing unit output；

The observer of the electronic equipment is that the second interactive mode indicates the sight relative to the interactive mode of the electronic equipment Relative to the interactive mode that the distance of the visible area is second distance range, first distance range is more than described the person of examining Second distance range；The second sense is perceived when the observer is observed with second interactive mode by the visible area When knowing picture, the size of the second perception picture is the second size and the second content for perceiving picture is described first image, The first size is less than second size.

8. electronic equipment according to claim 7, which is characterized in that the size of the visible area with work as the observer The size that the first perception picture is perceived when being observed by the visible area with first interactive mode is identical.

9. electronic equipment according to claim 8, which is characterized in that the sensor unit is range sensor, is used for Acquire distance parameter；Range sensor fixation is located at around the visible area, the range sensor acquired away from From parameter value characterize the observer relative to the visible area with a distance from；

The pattern determining unit, the distance parameter value for being acquired when the range sensor belong to described first apart from model When enclosing, determine that the display pattern of the display module is first display pattern；When the range sensor acquired away from Determine that the display pattern of the display module is second display pattern when belonging to the second distance range from parameter value.

10. electronic equipment according to claim 7, which is characterized in that the electronic equipment further includes first sensor；Institute It includes display module and light conducting subassembly to state display module；

The display module, for showing described first image；

The smooth conducting subassembly is carried out for will send out the first light beam corresponding with described first image from the display module Light path converting, to form the second light beam of the corresponding amplification virtual image of described first image；

The first sensor, for detecting the eye of the observer and the relative position parameter of the visible area；

The processing unit is additionally operable to be in the first display pattern and the eye distance of the observer when the display module When the distance of the visible area remains unchanged, changed by the relative position parameter that the first sensor obtains When, it generates and controls change in location of the described first image on the display module so that the observer still is able to perceive To the content of the first perception picture.

11. electronic equipment according to claim 6, which is characterized in that the electronic equipment is wearable electronic equipment；Institute Stating wearable electronic equipment includes：Body apparatus, fixing device, display module and processing unit；

The fixing device is connect with the body apparatus, and the fixing device is used to the electronic equipment being fixed on supporter The upper and body apparatus and the fixation when the electronic equipment is fixed to by the fixing device on the supporter Device constitutes an annulus；

The fixing device is connect with the body apparatus, and display module setting is in the body apparatus and/or described solid Determine on device；

The display module is optical projection system, and the first part of the display module is light conducting subassembly, the display mould The second part of group is display module and collimator assembly；

The smooth conducting subassembly is made of transparent material；

The display module projects the output of the first light beam for showing the first image of output in a manner of light beam；

The collimator assembly be used for by first light beam that output is projected in a manner of the light beam carry out processing be converted into it is described Second light beam exports；

The smooth conducting subassembly is used to by second light beam carry out in the transparent material for constituting the smooth conducting subassembly Conduction, wherein the smooth conducting subassembly includes reflector element, the reflector element will be for that will change second light beam in institute The conduction orientation in transparent material is stated, is projected with second direction；First viewing area of the second direction and the display module The outbound course of first content to be displayed in domain is consistent；The specific region of the reflector element is provided in the smooth conducting subassembly For the display area of the display module.