CN105446447B

CN105446447B - A kind of electronic equipment

Info

Publication number: CN105446447B
Application number: CN201410363760.9A
Authority: CN
Inventors: 高志军; 苏蔚
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-07-28
Filing date: 2014-07-28
Publication date: 2019-01-15
Anticipated expiration: 2034-07-28
Also published as: CN105446447A

Abstract

The invention discloses a kind of electronic equipment, the electronic equipment includes frame body, fixed device and function body portion, in which: the fixed device is connect with the frame body, and the fixed device is used to the electronic equipment being fixed on supporter；The function body portion includes at least: display device, the first battery, the second battery and control circuit with low-power consumption mode and high power consumption mode, in which: the display device is for showing that output is arranged in the frame body；First battery, the second battery and the control circuit are arranged in the frame body or are arranged in the fixed device；The control circuit provides electric power for controlling the first battery when the display device is in the low-power consumption mode for the display device；Second battery is controlled when the display device is in high power consumption mode provides electric power for the display device.

Description

A kind of electronic equipment

Technical field

The present invention relates to electronic technology more particularly to a kind of electronic equipment.

Background technique

The wearable electronic equipment of intelligence such as smartwatch needs to show more, more fully information now, to meet Demand of the user to intelligent electronic device, therefore, display device have can show the information low-power consumption mode such as time and display More, more fully the high power consumption mode of information becomes a kind of trend.Due to being limited to the size of wearable electronic equipment itself, The electricity being capable of providing for battery provisioned in display device is usually than relatively limited, then how to extend wearable electronic equipment Stand-by time, which becomes, to be needed to continue to solve the problems, such as.

Summary of the invention

In view of this, the embodiment of the present invention provides a kind of electronic equipment, it is able to extend the stand-by time of electronic equipment.

The technical solution of the embodiment of the present invention is achieved in that

The present invention provides a kind of electronic equipment, and the electronic equipment includes frame body, fixes device and function body portion, In:

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

The function body portion includes at least: display device, the first battery with low-power consumption mode and high power consumption mode, Second battery and control circuit, in which:

The display device is arranged in the frame body, for showing output display content；

First battery is arranged in the frame body or is arranged in the fixed device；

Second battery is arranged in the frame body or is arranged in the fixed device；

The control circuit is in the frame body or is arranged in the fixed device, and the control circuit is for working as The display device controls the first battery when being in the low-power consumption mode and provides electric power for the display device；When the display Device controls second battery and provides electric power for the display device when being in high power consumption mode.

Preferably, the display device includes the first display module and the second display module, first display module Power consumption be lower than second display module power consumption, when the display device be in the low power consumpting state described in first show Mould group is in running order；Second display module described in when the display device is in the high power consumption state is in work shape State.

Preferably, the function body portion further includes the sense for the operation information for incuding the operator of the electronic equipment Device is answered, the sensing device is arranged in the frame body or is arranged in the fixed device；

The sensing device is connect with the control circuit, and the control circuit obtains operation letter according to the sensing device Breath determines whether to open the high power consumption mode of the display device；Unlatching is determined when obtaining operation information according to the sensing device The high power consumption mode that the display device is controlled when the high power consumption mode of the display device enables while controlling second electricity Pond provides electric power for the display device；It does not need to open the display when obtaining operation information determination according to the sensing device It maintains the low-power consumption mode of the display device when high power consumption mode of device while maintaining first battery to be the display Device provides electric power.

Preferably, the control circuit is also used to control the electricity when the display device is in the low-power consumption mode Sub- equipment is in the first operating mode corresponding with the low-power consumption mode of the display device；When the display device is in described The electronic equipment is controlled when high power consumption mode is in the second operating mode corresponding with the high power consumption mode of the display device； The power consumption of first operating mode of the electronic equipment is less than the power consumption of the second operating mode of the electronic equipment.

Preferably, second display module is optical projection system, and the first part of second display module is light Conducting subassembly, the second part of second display module are display component and collimator assembly；

The smooth conducting subassembly is made of transparent material；

The display component projects the output of the first light beam for showing the second content to be displayed of output in a manner of light beam；

The collimator assembly is used to carrying out first light beam for projecting output in a manner of the light beam into processing to be converted into The second light beam output；

The smooth conducting subassembly is used to carry out second light beam in the transparent material for constituting the smooth conducting subassembly It is conducted, wherein including reflector element in the smooth conducting subassembly, the spy beyond part is arranged in the reflector element Determine region, the reflector element will be for that will change conduction orientation of second light beam in the transparent material, with second party To projection；The output of first content to be displayed of first display screen of the second direction and first display module Direction is consistent；The specific region that the reflector element is provided in the smooth conducting subassembly is second display module Second display output area.

Preferably, the fixed device is connecting band made of flexible material, the connecting band and frame body activity Connection；Alternatively,

The fixed device is connecting band and locking structure made of flexible material, and the connecting band and the frame body are living Dynamic connection, the connecting band are fixedly connected with the locking structure.

Preferably, the connecting band has accommodating space, and the control circuit is arranged based on the shape of the accommodating space In the accommodating space；The control circuit exports the accommodating space of the connecting band by flexible connection line and imports It is electrically connected respectively with first display module, second display module in frame body.

Preferably, the connecting band has accommodating space, and first battery and second battery are based on the accommodating The shape in space is successively disposed in parallel in the accommodating space；First battery passes through flexible connection line and control electricity The first end on road is electrically connected；Second battery is electrically connected by flexible connection line with the first end of the control circuit；It is described The second end of control circuit exports the accommodating space of the connecting band by the flexible connection line and imported into frame body Inside it is electrically connected respectively with first display module, second display module.

Preferably, the frame body further includes subframe body, and the subframe body and the main frame body are integrally formed；

A part of second display module is arranged in the subframe body.

Preferably, the function body portion further includes data-interface, and the data-interface is used for transmission data or/and transmission Electric energy；

The data-interface is set in the fixed device,

Wherein,

The data-interface is connect by institute's flexible connection line with first battery or second battery；Or/and

The data-interface is connect by institute's flexible connection line with the control circuit.

Electronic equipment provided in an embodiment of the present invention, including frame body, fixed device and function body portion, the fixed dress It sets and is connect with the frame body, the fixed device is used to the electronic equipment being fixed on supporter；The function body Portion includes at least: display device, the first battery, the second battery and control circuit with low-power consumption mode and high power consumption mode, Wherein: the display device is arranged in the frame body, and the first battery, the second battery and control circuit are arranged in the frame In vivo or it is arranged in the fixed device；The control circuit is used to be in the low-power consumption mode when the display device When control the first battery and provide electric power for the display device；Described is controlled when the display device is in high power consumption mode Two batteries provide electric power for the display device；It so, it is possible the stand-by time of extension electronic equipment.

Detailed description of the invention

Fig. 1-1 is the schematic cross-section one of one electronic equipment of the embodiment of the present invention；

Fig. 1-2 is the schematic cross-section two of one electronic equipment of the embodiment of the present invention；

Fig. 1-3 is the schematic cross-section three of one electronic equipment of the embodiment of the present invention；

Fig. 1-4 is the schematic cross-section four of one electronic equipment of the embodiment of the present invention；

Fig. 1-5 is the schematic top plan view of display device in Fig. 1-1；

Fig. 1-6 is the attachment structure schematic diagram one of the embodiment of the present invention one fixed device and frame body；

Fig. 1-7 is the attachment structure schematic diagram two of the embodiment of the present invention one fixed device and frame body；

Fig. 2-1 is the composed structure schematic diagram one of two electronic equipment of the embodiment of the present invention；

Fig. 2-2 is the composed structure schematic diagram two of two electronic equipment of the embodiment of the present invention；

Fig. 2-3 is the composed structure schematic diagram of 2 second display module of the embodiment of the present invention；

Fig. 2-4 is the schematic diagram one of two frame body of the embodiment of the present invention；

Fig. 2-5 is the schematic diagram two of two frame body of the embodiment of the present invention；

Fig. 2-6 is the schematic diagram three of two frame body of the embodiment of the present invention；

Fig. 3-1 is the composed structure schematic diagram one of 3 second display module of the embodiment of the present invention；

Fig. 3-2 is the composed structure schematic diagram two of 3 second display module of the embodiment of the present invention；

Fig. 3-3 is the stereoscopic schematic diagram two of three electronic equipment of the embodiment of the present invention；

Fig. 3-4 is the schematic diagram of a scenario that the embodiment of the present invention three provides.

Specific embodiment

The technical solution of the present invention is further elaborated in the following with reference to the drawings and specific embodiments.It needs to illustrate It is that it is not the restriction to structure that the shape of each structure, size etc., which are schematically illustrate the embodiment of the present invention, in figure.

Embodiment one

The embodiment of the present invention provides a kind of electronic equipment, which includes frame body, fixed device and function body Portion, in which:

In the embodiment of the present invention, the electronic equipment is wearable electronic equipment, as a kind of preferred embodiment, institute Stating electronic equipment can be smartwatch；As another preferred embodiment, the electronic equipment can also be intelligent ring. When the electronic equipment is smartwatch, the supporter can be the wrist of user, or other bodies of user Position；Certain supporter can also be any object other than user body parts, such as can be arm artificial limb etc., also It can be the hand rod on bus or metro operation vehicle.When the electronic equipment is intelligent ring, accordingly, the support Body can be finger.

The electronic equipment has the first section, and first section is when the electronic equipment passes through the fixed device It is carried out perpendicular to the supporter for the electronic equipment when fixed on the supporter, using the supporter as reference substance Section is formed by ring, and supporter can be penetrated in the ring.The ring is unlikely to be a standard round, when smartwatch is worn over When in wrist, the wrist of human body is not inherently the cylindrical body of a standard；When intelligent ring is worn on finger, finger is not yet It is the cylindrical body of a standard, so the electronic equipment is formed by ring and is also not a standard round.

It in the embodiment of the present invention, is said on the capacity of battery, the battery capacity of the first battery is less than the electricity of second battery Tankage；Preferably, in order to guarantee the small in size and light-weight of electronic equipment, first battery can be button cell, and Second battery can be rechargeable battery；Alternatively, first battery can use solar battery, wherein the solar-electricity Pond refers to the battery for directly luminous energy being converted to by photoelectric effect or photochemical effect electric energy.

In the embodiment of the present invention, when the electronic equipment is smartwatch, above-mentioned fixed device can be understood as watchband, Above-mentioned frame body can be understood as dial plate；It should be noted that the frame body in the embodiment of the present invention can also include part Watchband and whole dial plates, this point at least can from following figure 1-1 to Fig. 1-4 shown in embodiment it can be seen that.

When first battery and/or second battery are arranged in the fixed device, first battery and Second battery can be using in the form of sheets or the battery of strip.As a preferred embodiment of the invention, described first Battery and/or second battery can select flexible battery, and second battery changes with the shape of the fixed device Become and changes.

When first battery and/or the second cells use flexible battery, the fixed device includes using the First surface layer made of one material, using the second surface layer made of the second material and be located at first surface layer and described second Flexible battery between surface layer.First material and second material can use identical material, such as can use Leather, certainly, first material and second material may be different materials, such as can be leather and canvas Combination.

In the embodiment of the present invention, the control circuit is also used to be in the low-power consumption mode time control when the display device It makes the electronic equipment and is in the first operating mode corresponding with the low-power consumption mode of the display device；When the display device The electronic equipment is controlled when in the high power consumption mode is in corresponding with the high power consumption mode of the display device second Operating mode；

In general, the part of present intelligent electronic device most power consumption surely belongs to the display device in electronic equipment, therefore, shows The power consumption of showing device substantially determines the power consumption of electronic equipment, in other words, when display device is in low-power consumption mode, electricity The power consumption for the first operating mode that sub- equipment is in is relatively low；When display device is in high power consumption mode, electronic equipment The power consumption for the second operating mode being in is also relatively high.The power consumption of this electronic equipment and the power consumption of display device are in a kind of face The relationship answered, that is, the power consumption of the first operating mode of the electronic equipment is less than the second operating mode of the electronic equipment Power consumption.

Certainly, in electronic equipment there are also the element such as control circuit etc. of other power consumptions, therefore above-mentioned electronic equipment Not necessarily, the power consumption and display that can also have electronic equipment fill just corresponding relationship power consumption with the power consumption of display device The power consumption set is in a kind of relationship of inverse correspondence, and this inverse correspondence relationship refers to, when display device is in low-power consumption mode, electronics The first operating mode that equipment is in, when display device is in high power consumption mode, the second operating mode that electronic equipment is in, But the power consumption of the first operating mode of the electronic equipment is greater than the power consumption of the second operating mode of the electronic equipment.

In the embodiment of the present invention, the fixed device is connecting band made of flexible material, the connecting band and the frame Frame body is flexibly connected；Alternatively,

The embodiment of the present invention provides a kind of electronic equipment, which includes: including frame body, fixed device and function Main part, the fixed device are connect with the frame body, and the fixed device is used to the electronic equipment being fixed on support On body；The function body portion includes at least: display device, the first battery with low-power consumption mode and high power consumption mode, the Two batteries and control circuit, in which: the display device is arranged in the frame body, the first battery, the second battery and control Circuit is arranged in the frame body or is arranged in the fixed device；The control circuit is used to work as the display device The first battery is controlled when in the low-power consumption mode provides electric power for the display device；When the display device is in Gao Gong Second battery is controlled when consumption mode provides electric power for the display device；Based on this, technology provided in an embodiment of the present invention Scheme, by setting double cell to be suitable for the electronic equipment with dual-mode display device, the double mode is low-power consumption Mode and high power consumption mode, the double cell are first battery and second battery；Specifically, at display device Passing through the first battery when low-power consumption mode is display device power supply, passes through the second electricity when display device is in high power consumption mode Pond is display device power supply；As it can be seen that being directed to different power consumption modes, different batteries is used to be powered for electronic equipment, It can solve the stand-by time problem of the electronic equipment with dual-mode display device, and then the user experience is improved.

Based on embodiment above-mentioned, the embodiment of the present invention provides a kind of electronic equipment, and Fig. 1-1 is one electricity of the embodiment of the present invention The schematic cross-section one of sub- equipment, as Figure 1-1, the electronic equipment include frame body 10, fixed device 20 and function body Portion, in which:

The fixed device 20 is connect with the frame body 10, and the fixed device 20 is for fixing the electronic equipment In on supporter and when the electronic equipment passes through the frame body 10 when the fixed device 20 is fixed on the supporter An annulus is constituted with the fixed device 20；

The function body portion includes at least: the 30, first electricity of display device with low-power consumption mode and high power consumption mode Pond 40, the second battery 50 and control circuit 60, in which:

The display device 30 is arranged in the frame body, for showing output display content；First battery 40, Second battery 50 and the control circuit 60 are arranged in the frame body, and the control circuit 60 passes through connecting line 69 It is electrically connected the display device 30, first battery 40 is electrically connected the display device 30, and second battery 50 is electrically connected The display device 30.The control circuit 60 is for controlling first when the display device 30 is in the low-power consumption mode Battery 40 is that the display device 30 provides electric power；Second electricity is controlled when the display device 30 is in high power consumption mode Pond 50 is that the display device 30 provides electric power.

In the embodiment of the present invention, as shown in Figs. 1-2, the fixed device 20 can also be arranged in first battery 40 Interior, first battery 40 is electrically connected the display device 30；And second battery 50 and control circuit 60 are arranged described In frame body 10, second battery 50 is electrically connected the display device 30, and the control circuit 60 is electrically connected by connecting line 69 Connect the display device 30.

In the embodiment of the present invention, as shown in Figure 1-3, first battery 40 and the control circuit 60 can also be arranged in In the fixed device 20, first battery 40 is electrically connected the display device 30, and the control circuit 60 passes through connecting line The 69 electrical connection display devices 30；And second battery 50 is arranged in the frame body 10,50 electricity of the second battery Connect the display device 30.

In the embodiment of the present invention, as shown in Figs 1-4, first battery 40, the control circuit 60 and second electricity Pond 50 is all disposed in the fixed device 20, and first battery 40 is electrically connected the display device 30, the control circuit 60 are electrically connected the display device 30 by connecting line 69, and second battery 50 is electrically connected the display device 30.

In the embodiment shown in above-mentioned Fig. 1-1 to Fig. 1-4, in order to make Fig. 1-1 to Fig. 1-4 seem simple and clear, institute It states being electrically connected between the first battery 40 and the display device 30 and omits connecting line 69, second battery 50 and the display Connecting line 69 is also omitted in electrical connection between device 30.Above-mentioned Fig. 1-1 to Fig. 1-4 illustrates only the first battery 40, control circuit 60 and the second several possible combining form that is separately positioned on fixed device 20 or is arranged in frame body 10 of battery 50, not Have and all illustrates.Those skilled in the art's technical solution according to shown in Fig. 1-1 to Fig. 1-4, by the first battery 40, Control circuit 60 and the second battery 50 are separately positioned on fixed device 20 or are arranged in frame body 10, therefore can for others The combining form of energy, which is not described herein again.

Display device 30 in the embodiment shown in above-mentioned Fig. 1-1 to Fig. 1-4 only includes a display module, the display Mould group can be one piece of display screen.Fig. 1-5 is the schematic top plan view of display device in Fig. 1-1, as shown in Figs. 1-5, the display The display area of screen can be the circle as shown in the subgraph a in Fig. 1-5, or the side as shown in the subgraph b in Fig. 1-5 Shape, or the rectangle as shown in the subgraph b in Fig. 1-5.When the low-power consumption display pattern of opening display device, control circuit The part display area of display screen is lighted in control；When the high power consumption display pattern of opening display device, control circuit control point Whole display areas of bright display screen.For example, the whole that control circuit control lights display screen in high power consumption display pattern is shown Show region 310, the part display area 311 that circuit control lights display screen is controlled in low-power consumption display pattern, wherein part Whole display areas can be arranged in as shown in the subgraph a in Fig. 1-5 in part display area by the setting position of display area Middle part；Part display area can certainly be arranged in the lower part of whole display areas as shown in the subgraph b in Fig. 1-5 Between；Certainly part display area can also be arranged in the lower part of whole display areas as shown in the subgraph c in Fig. 1-5；Ability The technical staff in domain can also as needed position of the designed, designed part display area in whole display areas, here no longer It repeats.

Display device 30 in the embodiment shown in above-mentioned Fig. 1-1 to Fig. 1-4 only includes a display module, the display Mould group can be one piece of display screen, and N number of adjacent pixel forms a unit pixel in the display screen, such as can be every 4 Adjacent pixel forms a pixel unit, is also possible to every two adjacent pixel and forms pixel unit etc..When opening When opening the low-power consumption display pattern of display device, the partial pixel that control circuit controls in each pixel unit is lighted；When opening When opening the high power consumption display pattern of display device, whole pixels that control circuit controls each pixel unit are lighted.With 4 phases For adjacent pixel forms a pixel unit, when the low-power consumption display pattern of opening display device, control circuit control is every 1 or 2 in one pixel unit or 3 pixels are lighted；When the high power consumption display pattern of opening display device, control electricity Road controls 4 pixels in each pixel unit and all lights.High power consumption mode and low-power consumption mode in the present embodiment, It is to be lighted by controlling the whole of the pixel in each pixel unit or part light to realize, when in each pixel unit Whole pixels when all lighting, certain power consumption wants higher, high power consumption mode is naturally also known as, at this point, point of display device Resolution wants higher；When the partial pixel in each pixel unit is lighted, certain power consumption wants lower, naturally also just claims For low-power consumption mode, at this point, the resolution ratio of display device wants lower.

In an embodiment of the present invention, the electronic equipment can include two fixed devices as shown in figures 1 to 6, i.e., First fixed device 201 and the second fixed device 202, in which: the first end of the first fixed device 201 is flexibly connected the frame The first end of the first end of body 10, the second fixed device 202 is flexibly connected the second end of the frame body 10, and described first is solid The second end of the second end and the second fixed device 202 of determining device 201, which cooperates, is fixed on institute for the electronic equipment It states on supporter.During specific implementation, those skilled in the art can pass through card and component or adhering part etc., To realize the mutual cooperation between the second end of the described first fixed device 201 and the second end of the second fixed device 202； Those skilled in the art can also realize the first end and the frame body 10 that first fixes device 201 by shaft connection etc. Flexible connection between first end, and realize the second fixed device 202 first end and the frame body 10 second end it Between flexible connection, which is not described herein again.

In an embodiment of the present invention, as shown in figs. 1-7, the electronic equipment can also only include a fixed dress I.e. fixed device 203 is set, is flexibly connected between the first end 231 and the first end 1001 of frame body 10 of the fixed device 203, One is fixed on by snap part 1003 between the first end 232 of the fixed device 203 and the first end 1002 of frame body 10 It rises.

It can be seen that the first battery 40, control circuit 60 and second from embodiment shown in Fig. 1-1 to Fig. 1-4 of the present invention Battery 50 can be set respectively in fixed device 20 or be arranged in frame body 10, for different setting positions, in contrast, What is changed is the shape and volume of fixed device 20 and frame body 10.For example, working as the first battery 40, control circuit 60 and second When battery 50 is all disposed in fixed device 20, the volume of frame body 10 can seem smaller, specifically, when frame body 10 Orthographic projection size it is certain, be arranged in frame body 10 only setting display device 30 when, then the thickness of frame body 10 will Than relatively thin.For another example, when the first battery 40, control circuit 60 and the second battery 50 to be all disposed in frame body 10, frame body 10 volume can seem bigger.

Embodiment two

Based on the above-mentioned embodiment of the present invention one, the embodiment of the present invention provides a kind of electronic equipment, and Fig. 2-1 is that the present invention is real The schematic cross-section one for applying two electronic equipment of example, as shown in Fig. 2-1, which includes frame body 10, fixed 20 and of device Function body portion, in which:

The function body portion includes at least: display device, the first battery with low-power consumption mode and high power consumption mode 40, the second battery 50 and control circuit 60, in which:

The display device includes the first display module 31 and the second display module 32；First display module 31 and institute The second display module 32 is stated to be arranged in the frame body 10；From the display area of display device, the first display mould Group 31 is set side by side with shown second display module 32；

The electronic equipment has the first section, and first section is when the electronic equipment passes through the fixed device It is carried out perpendicular to the supporter for the electronic equipment when fixed on the supporter, using the supporter as reference substance Section is formed by ring.

First battery 40, second battery 50 and the control circuit 60 are arranged in the frame body, institute The first display module 31 and the second display module 32 that control circuit 60 is electrically connected in the display device by connecting line 69 are stated, First battery 40 is electrically connected the first display module 31 and/or the second display module 32 in the display device, and described Two batteries 50 are electrically connected the second display module 32 and/or the second display module 32 in the display device.

The control circuit 60 is used to control the first battery 40 when the display device is in the low-power consumption mode The first display module 31 and/or the second display module 32 in the display device showing device provide electric power；When the display fills It is that the second display module 32 in the display device provides electricity that second battery 50 is controlled when setting 30 in high power consumption mode Power.

In the embodiment of the present invention, the power consumption of first display module 31 is lower than the power consumption of second display module 32, First display module described in when the display device is in the low power consumpting state is in running order；When the display device Second display module described in when in the high power consumption state is in running order.

Specifically, the first display module is the display screen of a low-power consumption, and the second display module is the display of a high power consumption Screen；First display module can be electronic ink screen or light emitting diode (LED, LightEmitting Diode) display Screen or liquid crystal display (LCD, Liquid Crystal Display), second display module can be LED display, LCD display or optical projection system.Such as: from power consumption, electronic ink screen is than light emitting diode (LED, Light Emitting Diode) display screen it is low in energy consumption, therefore, first display module can be electronic ink screen, described second Display module is common LED display；When electronic ink screen works, the display device is in low-power consumption mode, and LED is shown When shielding work, the display device is in high power consumption mode.For another example, electronic ink screen is more low in energy consumption than LCD display, therefore, First display module can be electronic ink screen, and second display module is common LCD display, electronic ink screen When work, the display device is in low-power consumption mode, and when LCD display works, the display device is in high power consumption mode. Also such as, LED display is more low in energy consumption than optical projection system, and therefore, first display module can be LED display, institute Stating the second display module is optical projection system, and when LED display works, the display device is in low-power consumption mode, optics When optical projection system works, the display device is in high power consumption mode.

It should be noted that corresponding to two above-mentioned display modules, the control circuit in the embodiment of the present invention be can wrap Two sets of control circuits are included, wherein first set control circuit corresponds to low-power consumption mode, and second control circuit corresponds to high power consumption Mode, specifically, first set control circuit can be the control including micro-control unit (MCU, Micro Control Unit) Circuit, second set can be the control circuit including central processing unit (CPU, Central Processing Unit), wherein The power consumption of the power dissipation ratio MCU of CPU is high, but powerful possessed by the ratio of function possessed by CPU MCU.Therefore, in low-power consumption The first display module work when, the power consumption of first set control circuit is relatively low, then the first Working mould of electronic equipment Formula is just more low in energy consumption than the second operating mode.

In the embodiment of the present invention, the connecting band has accommodating space, and the control circuit is based on the accommodating space Shape is arranged in the accommodating space；The control circuit is empty by the accommodating that flexible connection line exports the connecting band Between and imported into frame body and be electrically connected respectively with first display module, second display module.

In the embodiment of the present invention, the connecting band has accommodating space, and first battery and second battery are based on The shape of the accommodating space is successively disposed in parallel in the accommodating space；First battery passes through flexible connection line and institute State the first end electrical connection of control circuit；Second battery is electrically connected by flexible connection line and the first end of the control circuit It connects；The second end of the control circuit exports the accommodating space of the connecting band by the flexible connection line and imported into It is electrically connected respectively with first display module, second display module in frame body.

Based on embodiment shown in above-mentioned Fig. 2-1, the embodiment of the present invention provides a kind of electronic equipment, institute in the electronic equipment Stating the second display module is optical projection system.Fig. 2-2 is the composed structure schematic diagram two of two electronic equipment of the embodiment of the present invention, As shown in Fig. 2-2, which includes frame body 10, fixed device 20 and function body portion, in which:

First battery 40, second battery 50 and the control circuit 60 are arranged at the fixed device 20 Interior, the control circuit 60 is electrically connected the first display module 31 and the second display module 32 in the display device, and described One battery 40 is electrically connected the first display module 31 and/or the second display module 32 in the display device, second battery The second display module 32 in the 50 electrical connection display devices.

The display device includes the first display module 31 and the second display module 32；Wherein, first display module It is arranged in the frame body 10, second display module is also disposed in the frame body 10；First display module 31 and second display module 32 setting is stacked on 101 (directions shown in arrow 101) in a first direction；The first direction For from the outside of the ring to the inside of the ring and towards the direction at the center of the ring.First display module can be Electronic ink screen, LED screen, LCD screen etc. show screen, the first display screen 31, in showing that output first is to be shown Hold, the size of the first display screen is the first display output area of first display module；The second display mould 32 be optical projection system, and as Figure 2-3, second display module 32 includes first part 321 and second part, wherein The first part 321 of second display module is light conducting subassembly, and the second part of second display module includes display Component 323 and collimator assembly 322；Wherein:

The display component 323 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 322；The collimator assembly 322, for first light beam of output will to be projected in a manner of the light beam It is handled, is converted into second light beam and exports to light conducting subassembly 321；The smooth conducting subassembly 321 is also known as optical path and turns Component is changed, the smooth conducting subassembly is made of transparent material, the smooth conducting subassembly 321, for carrying out second light beam It is conducted in the material for constituting the smooth conducting subassembly, wherein include reflector element in the smooth conducting subassembly, it is described anti- It penetrates unit and the specific region beyond part is set, the reflector element will be for that will change second light beam described Conduction orientation in bright material, is projected with second direction；First display screen of the second direction and first display module The outbound course of first content to be displayed of curtain is consistent；The described of the reflector element is provided in the smooth conducting subassembly Specific region is the second display output area of second display module.

In the embodiment of the present invention, the function body portion further includes the operation for incuding the operator of the electronic equipment The sensing device of information, the sensing device are arranged in the frame body or are arranged in the fixed device；

In the embodiment of the present invention, the function body portion further includes data-interface 19, and the data-interface is used for transmission number According to or/and transmission electric energy；The data-interface is set in the fixed device, wherein the data-interface is flexible by institute Connecting line is connect with the battery modules；Or/and the data-interface is connected by institute's flexible connection line and the mainboard mould group It connects.

Here, the data-interface 19 can be universal serial bus (USB, Universal Serial Bus) interface, It can be used for charging to other electronic equipments, the data transmission that can also be used between electronic equipment.

In the embodiment of the present invention, as preferred embodiment, the electronic equipment further includes protection made of transparent material Layer 110, the protective layer 110 are arranged in the main frame body 10；The shape of the protective layer 110 and the first shape one It causes, the protective layer occupies the whole that the first shape is formed by region；The protective layer 110, the first display mould The first part of group 31 and second display module 32 stacks gradually setting according to the first direction；It is described it is protective layer used in Protect the first part of first display module and second display module.

The protective layer includes the first protection zone and the second protection zone, wherein the first of first display module is aobvious Show that output area corresponds to first protection zone；Second display output area of second display module corresponds to described second Protection zone, first protection zone are orthographic projection region of the first display output area on the protective layer, institute Stating the second protection zone includes orthographic projection region of the second display output area on the protective layer；First protection Region is set side by side with second protection zone.

The electronic equipment further includes support construction 150 made of transparent material, and the support construction 150 is arranged described In main frame body, the support construction 150 is set side by side with first display module 31；The part that exceeds is described second Exceed the part of first display module in the first part of display module.The support construction 150 is located at the protective layer 110 and described beyond between part, the support construction 150, be used to support the protective layer and it is described beyond part, to reinforce The protective layer 110 and the intensity beyond part.

It should be noted that the electronic equipment can not also include support construction, it is described when not including support construction Protective layer and described beyond being hollow structure between part, the intensity of the protective layer of support construction is not compared with the guarantor for having support construction 110 intensity of sheath is less better.

The frame body includes main frame body, and the main frame body is solid by the fixed device when the electronic equipment It is fixed on the supporter when, the main frame body be projected as first shape on the supporter.Here, the first shape It can be round, rectangular and rectangle.

Now by taking first shape is round as an example, to illustrate frame body 10 provided in an embodiment of the present invention；The frame Body 10 includes main frame body and subframe body, and the subframe body can have or not have, that is to say, that the frame body 10 can only include main frame body, and at this moment, all function body portions are all disposed in main frame body, in other words, above-mentioned First display module 31 and the second display module 32 are all disposed in main frame body, and above-mentioned fixation device can be understood as The watchband of smartwatch, it also may include two watchbands that certain smartwatch, which may include a watchband,.When smartwatch When including a watchband, a part of watch buckle is included at least on the watchband, accordingly, another part of watch buckle is set to main frame On frame body；When smartwatch includes two watchbands i.e. the first watchband and the second watchband, a portion of watch buckle is set to the On one watchband, and accordingly, another part of watch buckle is set on the second watchband.

As in Figure 2-4, frame body 10 only includes main frame body 21, and the frame body 21 has certain thickness, therefore As included two circles 2101 and 2102 in Fig. 2-4.In an embodiment of the present invention, the frame body may include one Subframe body also may include two sub- frame bodies.When the frame body includes on a sub- frame body, as shown in Figure 2-5, The frame body 10 includes main frame body 21 and subframe body 223.First contact portion 2101 of the main frame body 21 connects Second contact portion 2102 of one end of subframe body 223, the subframe body 223 is connected and fixed device, certain fixation Device can have one, also may include two, referring herein to embodiment one, therefore repeat no more.

When the frame body includes on two sub- frame bodies, as shown in figures 2-6, the frame body includes main frame body 21, the first end of the first subframe body 221 and the second subframe body 222, the first subframe body 221 connects main frame body 21 The first contact portion 2101, the first end of the second subframe body 221 connects the second contact portion of the main frame body 21 Divide 2102, is connected and fixed dress between the second end of the first subframe body 221 and the second end of the second subframe body 221 It sets, certain fixed device can have one, also may include two, referring herein to embodiment one, therefore repeat no more.

The situation shown in Fig. 2-5 and Fig. 2-6, that is to say, that the frame body other than including main frame body also at least Including a sub- frame body, at this moment, functional module included by function body portion is separately positioned on main frame body and subframe body Interior, in other words, the first above-mentioned display module 31 and the second display module 32 may be provided in main frame body and subframe body； In this case, subframe body also just becomes a part of the watchband of smartwatch shown in Fig. 2-4.When the frame body also When including subframe body, the subframe body and the main frame body are integrally formed.

Embodiment three

Based on the above-mentioned embodiment of the present invention two, the embodiment of the present invention provides the optical projection system in a kind of embodiment two System, Fig. 3-1 are the composed structure schematic diagram one of 3 second display module of the embodiment of the present invention, and Fig. 3-2 is the embodiment of the present invention three The composed structure schematic diagram two of second display module, as shown in Fig. 3-1 and Fig. 3-2, the display component 323 includes beam splitting unit 151 and display unit 152, the collimator assembly 322 includes the second collimation unit 141 and the first collimation unit 142 and polarization point Shu Danyuan 143, the smooth conducting subassembly 321 include Wave guide unit 131 and reflector element 132.The wherein display component in Fig. 3-2 323 further include luminescence unit 154.The collimator assembly 322 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 give light conducting subassembly.

Specifically, the collimator assembly 322 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 the second collimation unit 141, from described First light beam that display component 323 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 the second collimation unit 141 As second beam exit.

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

The smooth conducting subassembly 321, for carrying out second light beam in the material for constituting the smooth conducting subassembly It is conducted, is finally exported to observer；The smooth conducting subassembly 321 includes Wave guide unit 131 and reflector element 132, is passed through The position and angle that reflector element 132 is arranged can control from second light beam, and be oriented to the specific position outgoing.? In the case of first, the collimator assembly 322 and the display component 323 are in and put down relative to locating for the Wave guide unit 131 First side in face, when be arranged as shown in Fig. 3-1 and Fig. 3-2 shown in reflector element 132 when, can be to phase with second light beam Second side outgoing for plane locating for the Wave guide unit 131, first side and second side are relative to the waveguide list The opposite side of plane locating for member 131.

Specifically, in second display module for example applied to smartwatch when, can use above-mentioned configuration example, So that be emitted with second light beam to described second side, i.e., so that second light beam is set to wearing and watch Wrist belt-type electronics The eye of standby user is emitted.Ground is further described, going out for second display module can be needed to configure according to viewing Direction is penetrated, such as can control the rotation of the reflector element 132, to control 132 exit direction of reflector element, is realized The switching of the bi-directional display of second display module.In the embodiment of the present invention, the reflector element 132 be can be as needed The single prism or prism group of design.

In the embodiment of the present invention, first display module 31 has the first display output area, as described above, described the One display module 31 is the first display screen, and therefore, the physical size of the first display screen and first display export The size in region is consistent, and the size one of the size of the first display output area and first protection zone 1101 It causes；

Second display module 32 has the second display output area, and the second display output area is the reflection The specific region beyond on part is arranged in unit.In general, observer (user) sees the physics of reflector element 132 It is sized larger than and is equal to the described second size for showing output area, and the display unit 152 in second display module 32 Size is less than the size of the second display output area.It should be noted that Fig. 3-1 or Fig. 3-2 is intended merely to help ability Field technique personnel understand the technical solution of the application, are not the shape of electronic equipment provided in an embodiment of the present invention when in use State；Such as the electronic equipment using when be that, when the supporter is wrist, user lifts arm for institute in fixed support body It is before eyes to state electronic equipment placement, it is seen then that user can be when in use to be watched provided by the electronic equipment with positive angle Information.

When being in first distance value between the electronic equipment and the observer of the electronic equipment, the observer's Show that the size of content is consistent with the first display output area on the first display screen that eyes are perceived；When described When being in first distance value between electronic equipment and the observer of the electronic equipment, institute that the eyes of the observer are perceived State the size for showing that the size of content is greater than the second display output area in the second display module 32；For example, referring to Fig. 3-3 Luminous point 200 in shown second protection zone 1102 can be at second display area of second display module In the display output effect of output display content, luminous point 200 is that the second light beam is formed by light on the second protection zone 1102 Spot；Further, when observer (user) is between electronic equipment and the eyes and the electronic equipment of observer (user) When in first distance value, the second light beam is incident on the observer for meeting first distance value between satisfaction and the electronic equipment Observer perceive the display content -1 shown on the display unit of second display module on the eyes of (user) to pass through Cross collimator assembly processing after be formed by amplification display content -2 (that is, display content -1 with show the content of content -2 it is consistent, The display effect of display content -2 is the amplification effect for showing content -1).The observer perceives the aobvious of the second display module Show that the size of content (that is, display content -2) is greater than the second display output area；And the second display mould of observer's perception The display content (that is, display content -2) of group sensuously the eyes larger distance apart from observer's (oneself) (that is, being distal to luminous point 200 distance relative to observer's eyes).As shown in Figure 3-4, luminous point of the eyes of observer close to the second protection zone 1102 200, which is injected on the eyes of observer, so that observer can see relative to first The richer display content of the first display content that is exported of display output area of display module, user perceived second The sizes/dimensions of the display content of display module are far longer than physical size/size of the display unit 152；User is felt The sizes/dimensions of the display content for the second display module known are far longer than the second display output of second display module Region.From Fig. 3-4 it can be seen that the display content user for the second display module that user is perceived is located at the light from feeling A certain distance behind point 200.Here, the luminous point 200 can rounded (referring to Fig. 3-3) or rectangle (referring to Fig. 3-4) or It is rectangular.

When user uses electronic equipment provided in an embodiment of the present invention, the electronic equipment first detects the electronic equipment Whether it is in first distance value between the observer, obtains testing result；When the testing result indicates that the electronics is set Standby is when being in first distance value between the observer, to enable second display module 32, and aobvious by described second Show that mould group 32 shows associated data content；It in other words, include first sensor in the function body portion of the electronic equipment, this One sensor is arranged in the frame body.The first sensor is for incuding the protection of observer close to the electronic equipment The distance value of the outer surface of layer；When the distance value of the perception described in the first sensor meets the first distance value, enable Second display module 32.

The function body of the provided electronic equipment of certain another embodiment of the present invention includes second sensor, second biography Sensor is arranged in the frame body.The second sensor is used to incude electronic equipment and wear the observation of the electronic equipment Relative position between person.When the incuded electronic equipment of the second sensor and wear between the observer of the electronic equipment Relative position meet the first opposed area when, characterize the lateral side regions that the electronic equipment is located at the body of the observer； When the incuded electronic equipment of the second sensor and the relative position of wearing between the observer of the electronic equipment meets the When two opposed areas, the body forefoot area that the electronic equipment is located at the body of the observer is characterized；When the second sensor When relative position between incuded electronic equipment and the observer for wearing the electronic equipment meets third opposed area, characterization The electronic equipment is located at the head forefoot area of the body of the observer.The reality of the electronic equipment provided by the embodiment of the present invention Phase during border uses, between the incuded electronic equipment of the second sensor and the observer of the wearing electronic equipment When meeting the first opposed area to position, the electronic equipment is controlled at first display module and second display module In low power consumpting state (closed state or standby mode)；When the incuded electronic equipment of the second sensor and wear the electricity When relative position between the observer of sub- equipment meets the second opposed area, electronic equipment control the first display mould It organizes in running order and described second display module and maintains the low power consumpting state；When the second sensor is incuded When relative position between electronic equipment and the observer for wearing the electronic equipment meets third opposed area, the electronics is set It is in running order to control second display module less to the utmost, of course for less power consumption；When the second sensor is felt It, can be simultaneously when the relative position between electronic equipment and the observer for wearing the electronic equipment being answered to meet third opposed area It controls first display module and is in the low power consumpting state；Similarly, when the incuded electronic equipment of the second sensor When relative position between the observer of the wearing electronic equipment meets third opposed area, the first display mould is maintained In the working condition, (it is that control first display module is in work that working condition at this time is in the second opposed area to group Make state).When the relative position between the electronic equipment and the observer of the wearing electronic equipment meets the first phase again When to region, the electronic equipment controls first display module and second display module is switched to the low-power consumption shape State (closed state or standby mode).

Here, the associated data content can be understood as the details in embodiment one, wherein the details It can be the information generated based on the essential information, certain details are also possible to not close with the essential information The information of connection relationship；The essential information includes at least temporal information, and the essential information can also include the letter such as date, temperature Breath.

Each embodiment of aforementioned present invention provide technical solution not only to the positional relationship for the component for constituting electronic equipment into Row explanation also carries out the displaying principle of two display modules (i.e. the first display module and the second display module) in electronic equipment Detailed description.

Two display modules in the electronic equipment of above-mentioned offer can have various use states when in use.Now with electronics Equipment is worn in wrist as smartwatch and is illustrated, for example, user is walking, the arm of user is under nature at this time It hangs down, at this moment the first display module and the second display module of electronic equipment can be low all in closed state or standby mode etc. Power consumption state, closed state or standby mode can extend the use time of electronic equipment with power saving；When the arm of user is in certainly So it is sagging when, it is believed that electronic equipment is in the first opposed area, that is to say, that the first opposed area show user and A kind of relative positional relationship between electronic equipment, that is, the lateral side regions of the body of user.

Then, user wants to have a look the time at certain a moment in the process of walking, and at this moment user can lift arm, it is assumed that user When arm is lifted, electronic equipment is in the second opposed area (that is, front region of the body of user)；At this moment electric When sub- equipment detects that its own is in the second opposed area, enabling the first display module, (the first display module can open or meeting Wake up), then show the time to user；Or by the first display module display reminding information to user.

At this point, if user want to have a look with prompt information more associated data content, electronic equipment can then be continued It is past close at the moment, it is assumed that at this moment electronic equipment is in third opposed area (that is, head forefoot area of the body of user), that is, It says, when electronic equipment is in third opposed area, electronic equipment can enable the second display module, make when the eyes of user are close In the luminous point 200 formed on the protective layer, user can be led to by the luminous point 200 after energy second display module It crosses the second display module and sees associated data content.

The electronic equipment that above-described embodiment two and embodiment three provide includes two pieces of batteries, i.e. the first battery and the second electricity Pond, and the display device in embodiment two and embodiment three includes two display modules, is directed to two He of the above embodiments Embodiment three, the embodiment of the present invention provide a kind of power supply strategy.Under normal circumstances, second display module uses the second battery Power supply, when second dead battery, first battery can power for the second display module, for example, user is using When electronic equipment, some very important information are seen by the second display module, at this time the second dead battery, in order to protect Card user is able to use the second display module in this Emergency time, and first battery can carry out short for the second display module It temporarily powers, that is to say, that when the second dead battery, the first battery can be used as the buffering or benefit of the first battery It rescues.

In general, the first battery power within round-the-clock 24 hours to the first display module, can guarantee first in this way Display module is in running order always, when first display module shows the essential informations such as time, then user can be with The update of the essential informations such as time is seen at any time；When first dead battery, second battery can be the first battery Charging, since the first battery is in the whole day 24 hours states for the power supply of the first display module, then when the electricity of the first battery When lower than a certain power threshold, the second battery can charge for the first battery, can guarantee the first battery always not in this way It can power off.

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.Therefore, protection scope of the present invention should be based on the protection scope of the described claims 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 electronic equipment, which is characterized in that the electronic equipment includes frame body, fixes device and function body portion, In:

The fixed device is connect with the frame body, and the fixed device is used to the electronic equipment being fixed on supporter Above and when the electronic equipment passes through the frame body and the fixed dress when the fixed device is fixed on the supporter It sets and constitutes an annulus；

The function body portion includes at least: display device, the first battery, second with low-power consumption mode and high power consumption mode Battery and control circuit, in which:

The control circuit is in the frame body or is arranged in the fixed device, and the control circuit is used for when described Display device controls the first battery and provides electric power for the first display module of the display device when being in the low-power consumption mode； The second display module that second battery is the display device is controlled when the display device is in high power consumption mode to mention For electric power；Wherein, second display module is optical projection system, and the first part of second display module is light conduction Component, the second part of second display module are display component and collimator assembly.

2. electronic equipment according to claim 1, which is characterized in that the display device includes the first display module and the Two display modules, the power consumption of first display module is lower than the power consumption of second display module, at the display device First display module described in when the low-power consumption mode is in running order；When the display device is in the high power consumption mould Second display module described in when formula is in running order.

3. electronic equipment according to claim 1, which is characterized in that the function body portion further includes described for incuding The sensing device of the operation information of the operator of electronic equipment, the sensing device is arranged in the frame body or setting exists In the fixed device；

The sensing device is connect with the control circuit, and the control circuit is true according to sensing device acquisition operation information The fixed high power consumption mode for whether opening the display device；It is determined described in unlatching when obtaining operation information according to the sensing device The high power consumption mode that the display device is controlled when the high power consumption mode of display device enables while controlling second battery The display device provides electric power；It does not need to open the display device when obtaining operation information determination according to the sensing device High power consumption mode when maintain the low-power consumption mode of the display device and meanwhile maintain first battery be the display device Electric power is provided.

4. electronic equipment according to claim 1, which is characterized in that the control circuit is also used to when the display device The electronic equipment is controlled when in the low-power consumption mode is in corresponding with the low-power consumption mode of the display device first Operating mode；The electronic equipment is controlled when the display device is in the high power consumption mode to be in and the display device Corresponding second operating mode of high power consumption mode；The power consumption of first operating mode of the electronic equipment is less than the electronics and sets The power consumption of the second standby operating mode.

5. electronic equipment according to claim 1, which is characterized in that the smooth conducting subassembly is made of transparent material；

The collimator assembly is used to carrying out first light beam for projecting output in a manner of the light beam into processing to be converted into second Light beam output；

The smooth conducting subassembly is used to carry out second light beam to carry out in the transparent material for constituting the smooth conducting subassembly Conduction, wherein including reflector element in the smooth conducting subassembly, the specific region beyond part, institute is arranged in the reflector element Reflector element is stated for conduction orientation of second light beam in the transparent material will to be changed, is projected with second direction；Institute It is consistent with the first display outbound course of the first content to be displayed of screen of first display module to state second direction；It is described The specific region that the reflector element is provided in light conducting subassembly is the second display output of second display module Region.

6. electronic equipment according to claim 1, which is characterized in that the fixed device is connection made of flexible material Band, the connecting band are flexibly connected with the frame body；Alternatively,

The fixed device is connecting band and locking structure made of flexible material, and the connecting band and the frame body activity connect It connects, the connecting band is fixedly connected with the locking structure.

7. electronic equipment according to claim 6, which is characterized in that the connecting band has accommodating space, the control Circuit is arranged in the accommodating space based on the shape of the accommodating space；The control circuit is exported by flexible connection line The accommodating space of the connecting band and imported into frame body respectively with first display module, it is described second display mould Group electrical connection.

8. electronic equipment according to claim 6, which is characterized in that the connecting band have accommodating space, described first Battery and the shape of second battery based on the accommodating space are successively disposed in parallel in the accommodating space；Described first Battery is electrically connected by flexible connection line with the first end of the control circuit；Second battery passes through flexible connection line and institute State the first end electrical connection of control circuit；The second end of the control circuit exports the connecting band by the flexible connection line The accommodating space and importeding into frame body be electrically connected respectively with first display module, second display module.

9. electronic equipment according to claim 1, which is characterized in that the frame body further includes subframe body, the son Frame body and main frame body are integrally formed；

A part of second display module is arranged in the subframe body.

10. electronic equipment according to any one of claims 1 to 9, which is characterized in that the function body portion further includes number According to interface, the data-interface is used for transmission data or/and transmission electric energy；

The data-interface is set in the fixed device,

Wherein,