CN205540445U

CN205540445U - Wearable smart device

Info

Publication number: CN205540445U
Application number: CN201620270176.3U
Authority: CN
Inventors: 季春燕
Original assignee: BOE Technology Group Co Ltd
Current assignee: BOE Technology Group Co Ltd
Priority date: 2016-04-01
Filing date: 2016-04-01
Publication date: 2016-08-31
Anticipated expiration: 2026-04-01

Abstract

The utility model discloses a wearable smart device. This wearable smart device includes: first earlap and second earlap, first earlap and/or the second earlap is provided with audio play module, linking bridge, respectively with first earlap with the second earlap is rotatably connected, the eye -shade is located linking bridge is last, and it is regional to be provided with image broadcast module and image display, external realistic picture looks like to provide the module for use the user the state of eye -shade down to the user provide external realistic picture like. Through the utility model discloses, the user can also watch the outside circumstances when watching audio -visual picture material effect has been reached.

Description

Wearable intelligent equipment

Technical field

This utility model relates to smart machine and Display Technique field, especially relates to a kind of wearable intelligent and sets Standby.

Background technology

The equipment such as current enhanced smart glasses, owing to can be disturbed by extraneous real image, cause the user cannot Enjoy the presentation content that equipment provides physically and mentally.Immersion equipment has supplied this shortcoming, and user uses and immerses Formula equipment can attentively be watched affects content, but cannot observe extraneous real image, and the heaviest be also it Drawback.

As can be seen here, although existing equipment can show output image and sound, but user is not transferred Other organs such as sense of touch and olfactory sensation, only focus on the information processing to objective world, it is impossible to pay close attention to and passed through by user The information inputted by all kinds of means.

It would therefore be highly desirable to provide one that user can be made can to observe the external world while viewing presentation content simultaneously Real image, and the smart machine of content can be affected to make user be experienced by polyesthesia mode.

Utility model content

Outside main purpose of the present utility model is to provide a kind of user to be easy to when watching image observe Boundary's real image information, and can be to transfer the polyesthesia mode of user, to improve the technical scheme of Consumer's Experience.

In order to achieve the above object, this utility model provides a kind of wearable intelligent equipment, including: first Auricular concha and the second auricular concha, described first auricular concha and/or described second auricular concha are provided with audio playing module；Even Connect support, be rotatably attached with described first auricular concha and described second auricular concha respectively；Eyeshield, is positioned at described Connect on support, be provided with image player module and image display area；Extraneous real scene image provides module, For providing a user with extraneous real scene image when user uses described eyeshield.

Preferably, described wearable intelligent equipment also includes a main process chip；Described first auricular concha and/or The outside of described second auricular concha is provided with user's control module, and described user's control module is used for receiving user and sends out The first control instruction gone out, described first control instruction indicates described main process chip to voice data and image Data perform the first operation.

Preferably, described user's control module is scalable by connecting rod and can be rotatably set in described first In groove outside auricular concha and/or described second auricular concha, described user's control module can be accommodated in institute completely State in groove.

Preferably, described user's control module is touch-sensitive display screen, described touch-sensitive display screen for Family presents control interface, and receives described first control instruction.

Preferably, described touch-sensitive display screen is minute surface display screen, and described extraneous real scene image offer module is Described minute surface display screen, in the non-display time period, described minute surface display screen uses as minute surface, for The described extraneous real scene image of family reflection.

Preferably, outside described eyeshield, it is provided with the first photographic head, when user uses described eyeshield, Described extraneous real scene image provides module to control described first photographic head and obtains described extraneous real scene image, and will Described extraneous real scene image shows in described touch-sensitive display screen or in described image display area.

Preferably, inside described eyeshield, the position corresponding to user's ocular is provided with second camera, For gathering the eyeball image of user；By described eyeball image, described main process chip can determine that user regards Line location information in described image display area, and determine that the second control refers to according to described location information Order, has the first corresponding relation set in advance, institute between described location information and described second control instruction Stating the second control instruction indicates described main process chip that described voice data and described view data perform the Two operations.

Preferably, the type of described second camera is infrared camera, and the number of described second camera is 2, the most corresponding ocular of each described second camera.

Preferably, described view data is presented on the picture in described image display area is virtual screen；Institute State the first photographic head, be additionally operable to gather the gesture operation that described virtual screen is made by user；Described main process According to described gesture operation, chip can determine that the 3rd control instruction, described gesture operation control with the described 3rd Having the second corresponding relation set in advance between instruction, described 3rd control instruction indicates described main process core Sheet performs the 3rd operation to described voice data and described view data.

Preferably, outside described eyeshield, outside described first auricular concha, and/or set outside described second auricular concha It is equipped with sound wave generation module, for occurring providing a user with sound during predetermined sound wave scene in described virtual screen Ripple is pointed out.

Preferably, described eyeshield, described first auricular concha, and/or described second auricular concha are provided with vibration and send out Raw module, for occurring providing a user with vibration prompt during predetermined vibration scene in described virtual screen.

Preferably, outside described eyeshield, outside described first auricular concha, and/or set outside described second auricular concha It is equipped with abnormal smells from the patient generation module, for occurring providing a user with gas during predetermined abnormal smells from the patient scene in described virtual screen Taste is pointed out.

Preferably, be additionally provided with inside described first auricular concha and/or described second auricular concha wireless transport module and Independent current source, wherein, described wireless transport module is used for transmitting described voice data and described view data, Described independent current source is used for as all module offer work electricity.

Preferably, described first auricular concha and/or described second auricular concha are connected support even by universal drive shaft with described Connect.

Compared with prior art, wearable intelligent equipment described in the utility model, it is possible to use family is in viewing External circumstances can also be watched while video/audio image content, and incorporate multichannel sensation side in a device Formula, by the video/audio image Content Transformation of broadcasting be can be perceived abnormal smells from the patient, the prompting message such as vibration, Ke Yiwei User provides viewing the most true to nature to experience, and this equipment connects without plug-in device and cable, it is simple to carry.

Accompanying drawing explanation

Fig. 1 is the population structure schematic diagram of the wearable intelligent equipment according to this utility model embodiment；

Fig. 2 is the Eye path structure schematic diagram of the wearable intelligent equipment according to this utility model embodiment；And

Fig. 3 is that the user according to this utility model embodiment uses the extraneous outdoor scene of wearable intelligent equipment viewing Schematic diagram.

Detailed description of the invention

Below in conjunction with the accompanying drawing in this utility model embodiment, to the technical side in this utility model embodiment Case is clearly and completely described, it is clear that described embodiment is only a part of the present utility model Embodiment rather than whole embodiments.Based on the embodiment in this utility model, the common skill of this area The every other embodiment that art personnel are obtained on the premise of not making creative work, broadly falls into this reality By novel protected scope.

At present, when user uses most of immersion equipment, certainly exist the observation external world as run into environmental stimuli The demand of real image, now can only push open the support of immersion equipment or from the beginning immersion equipment are gone up entirety Take off and could discharge eyes, and then observe periphery situation, it is clear that this use inconvenience brings to user Relatively low Consumer's Experience.

Based on this, this utility model provides a kind of wearable intelligent equipment.Please also refer to Fig. 1 (Fig. 1 It is the population structure schematic diagram of wearable intelligent equipment according to this utility model embodiment) and Fig. 2 (Fig. 2 It is the Eye path structure schematic diagram of wearable intelligent equipment according to this utility model embodiment).Such as Fig. 1 and Tu Shown in 2, this wearable intelligent equipment may include that the first auricular concha 11 and the second auricular concha 12, described first Auricular concha 11 and/or described second auricular concha 12 are provided with audio playing module；Connect support 2, respectively with described First auricular concha 11 and described second auricular concha 12 are rotatably attached；Eyeshield 21, is positioned at described connection support 2 On, it is provided with image player module and image display area 211；Extraneous real scene image provides module, is used for Extraneous real scene image is provided a user with when user uses described eyeshield 21.

The described wearable intelligent equipment that this utility model embodiment provides can independently carry and use, Above-mentioned connection support 2 is rotatably attached with two auricular conchas, so can adjust the side of two auricular conchas with multi-angle To, further, it is also possible to be designed as telescopic regulative mode, so can better adapt to numerous head Type and shape of face, in actual application, eyeshield 21 can be designed as non-penetrating type eyeshield.

When user merely desires to enjoy music and is not desired to watch image, position, the crown can be shifted onto by connecting support 2, Now can appreciate music as tradition headband receiver, during viewing image, can move to connecting support 2 The position substantially flush with eyes.

Compared to tradition immersion equipment, the wearable intelligent equipment that this utility model embodiment provides, its tool Standby can make user when using eyeshield 21 to watch the image informations such as video still it is observed that The function of extraneous real scene image, this will overcome the defect of tradition immersion equipment, improves the experience of user.

It should be noted that audio playing module, image player module are not the most marked Show, this is because for audio playing module, image player module, in order to improve wearable intelligent equipment Wearable property and portability, these functional modules are preferably generally arranged on sightless device interior.

Such as, audio playing module can be integrated in the interior of described first auricular concha 11 and described second auricular concha 12 Portion, it is also possible to be integrated in the inside of alternative one, certainly, imitate discounting for the portability in terms of practicality Really, it is also possible to audio playing module is arranged on described first auricular concha 11 and/or described second auricular concha 12 Outside, this setup, owing to taking up room, can use to user and make troubles.Similarly, for figure As playing module, the inside of eyeshield 21 can be integrated in, it is of course also possible to be arranged on eyeshield 21 Outside or other is local.

Although, for the set-up mode of both functional modules, can select according to the actual demand of product Select.But in this utility model embodiment, preferably both modules are arranged in wearable intelligent equipment Portion, the most no longer indicates.

It addition, in this utility model embodiment, due to extraneous real scene image provide the entity structure of module without Need to fix, can have multiple design, illustrate the most in fig. 1 and 2.Based on it is also contemplated that, Part of module in below describing also and not in the drawings indicates.

As a preferred exemplary, described wearable intelligent equipment can also include that a main process chip (is not marked Show), the outside of described first auricular concha 11 and/or described second auricular concha 12 is provided with user's control module (not Indicate), described user's control module is for receiving the first control instruction that user sends, and described first controls Instruction indicates described main process chip that voice data and view data are performed the first operation.

It is to say, in order to user can operate described wearable intelligent equipment easily, can be that user carries For a functional module (i.e. user's control module), user just can send pin by operating this functional module To voice data and the control instruction of view data.Such as, user is being selected to need the picture number of viewing According to process, user directly can perform search in user's control module, selects, the operation such as broadcasting.

In actual applications, user's control module can be that physical button operates keyboard, it is also possible to is that touch-control shows Showing panel, use this design, program just can be operated or right by user without equipment is applied to head Function selects, as long as user can be able to send after operating described user's control module accordingly Control instruction, to reach to control the purpose of described wearable intelligent equipment, does not restrict this.

As a preferred exemplary, described user's control module can be scalable by connecting rod and rotatably It is arranged in the groove 111/121 outside described first auricular concha 11 and/or described second auricular concha 12, described use Family control module can be accommodated in described groove 111/121 completely.As this utility model embodiment one Individual preferred implementation, described user's control module is touch-sensitive display screen, and described touch-sensitive display screen is used for Present control interface to user, and receive described first control instruction.

It is to say, user's control module can pack up and launch, and can preferably select touch-control Formula display screen as user's control module, such as, can be designed as tangibly circular display screen, can directly exist The display screen of auricular concha side preselects, and directly puts on and watches.So easily facilitate user operation.

As a kind of implementation, described touch-sensitive display screen can be designed as minute surface display screen, now, institute Stating extraneous real scene image provides module to be described minute surface display screen, and in the non-display time period, described minute surface shows Display screen uses as minute surface, for reflecting described extraneous real scene image to user.It is to say, described touch-control The surface of formula display screen is mirror surface structure, when user operates at described minute surface display screen, and described minute surface Display screen needs to be in a display state, to provide a user with operation interface, after user operation, Considering for economize on electricity environmental protection, the state of described minute surface display screen i.e. may be set to non-display state, corresponding to non- The non-display time period of display state, can make as long as now described minute surface display screen being deployed into suitable angle Use for mirror surface.

And, in order to improve the experience of user, it is also possible in the non-display stage, show for described minute surface Screen design screen protection, the most disposable pattern etc..

When user is when using described wearable intelligent equipment viewing image, and its eyes are necessarily positioned at eyeshield In the image display area 211 of 21, in the case of user needs to observe extraneous outdoor scene, it need to use eye Eyeball remaining light or eyeshield 21 is moved a bit to some angle, it is possible to see that described minute surface display screen is anti- The extraneous real scene image penetrated, certainly, in order to enable the sight line of eyes of user to reach described minute surface display screen, In this utility model embodiment, the structure of eyeshield 21 or connection support 2 can be carried out the opening of local Or perforate design, or the subregion of eyeshield 21 or connection support 2 is used transparent or semitransparent Material, can realize watching the image of broadcasting and extraneous real scene image simultaneously.

(Fig. 3 is that the user according to this utility model embodiment uses wearable intelligent equipment to see to refer to Fig. 3 See the schematic diagram of extraneous outdoor scene), as it is shown on figure 3, coming up turning for the minute surface display screen of both sides auricular concha During, can be by expansion link regulation highly as the position of slightly above eyes of user, when the minute surface of both sides When display screen forwards certain relative angle of user front to, the minute surface display screen of side can be by extraneous outdoor scene Image is reflected to the minute surface display screen of opposite side, is re-reflected in eyes of user.Or, two minute surfaces are shown Display screen each acts as rearview mirror, and user, while viewing picture material, only need to push a little spacing open, or use The lower minute surface display screen of remaining light pan can know extraneous circumstance, does not affect viewing experience.

Use this design, it is not necessary to user needs to move immersion equipment completely away eye district in existing way Territory, just can see outside real scene image.

As another kind of implementation, outside described eyeshield 21, it is also provided with the first photographic head 212, When user uses described eyeshield 21, described extraneous real scene image provides module to control described first Photographic head 212 obtains described extraneous real scene image, and shows described extraneous real scene image in described touch On display screen or in described image display area 211.

Under this kind of implementation, can by the first photographic head 212 Real-time Collection by external world's real scene image, when User is it should be understood that during extraneous circumstance, user only needs outwardly real scene image to provide module to send dependent instruction i.e. Can, user can control to be directly displayed in described image display area 211 described extraneous real scene image, Such as, the region, left side of described image display area 211 still shows the image that user is currently viewed Information, and its right half part is for showing current extraneous real scene image, user can also control outside described Boundary's real scene image shows in described touch-sensitive display screen, and described image display area 211 normally shows user While the image information being currently viewed, described touch-sensitive display screen shows current extraneous realistic picture Picture, user now need not completely move away and connect support 2, only need to observe described touch-sensitive display screen by remaining light and show The extraneous real scene image shown.

Certainly, the two kinds of realities providing module to provide a user with external world's real scene image for described extraneous real scene image Existing mode, i.e. can use, it is also possible to select an employing simultaneously, if used simultaneously, user is in the process of use In can arbitrarily select one.

As a preferred exemplary, inside described eyeshield 21, also may be used in the position corresponding to user's ocular To be provided with second camera 213, for gathering the eyeball image of user；Described main process chip can lead to Cross described eyeball image and determine user's sight line location information in described image display area 211, and according to Described location information determines the second control instruction, has between described location information and described second control instruction First corresponding relation set in advance, described second control instruction indicates described main process chip to described audio frequency Data and described view data perform the second operation.

Using this design, described main process chip gets user's eyeball image it may determine that user Wishing to carry out which type of operation, such as, direction on the basis of the positive angle of user, when described second takes the photograph As a 213 user's eyeball image collected is the image in eyeball direction to the left, process and obtain described location letter Then currently playing image information can be carried out back operation after breath, when described second camera 213 gathers To user's eyeball image be the image in eyeball direction to the right, processing then can be right after obtaining described location information Currently playing image information carries out forward operation etc..If it is to say, pre-set described One corresponding relation, can completely can be according to the eyeball action of user to described voice data and described view data Operate accordingly.

Generally for the image information making user preferably watch broadcasting, eyeshield 21 inside is usually arranged as black Dark situation, for considering this situation, in this utility model embodiment, by the class of described second camera 213 Type is set as infrared camera, as further preferred embodiment, described second camera 213 Number is set as 2, the most corresponding ocular of the most each described second camera 213.Such one Coming, each infrared camera can gather the eyeball image of eyes respectively.

As in figure 2 it is shown, inside eyeshield 21 (the such as lower position shown in Fig. 2) arrange two infrared Photographic head, it is possible to follow the tracks of user's sight line location in described image display area 211, thus realize eye Ball to viewing picture material manipulation, and without when viewing plug-in other operation equipment, can complete search, Program switching etc..

As a preferred exemplary, described view data is presented on the picture in described image display area 211 For virtual screen, say, that can use virtual Display Technique, in this case, described image shows Region 211 can be empty or transparent, naturally it is also possible to uses real picture Display Technique, this feelings Under condition, described image display area 211 can be projection screen or display floater, in actual applications, Both Display Techniques all can select to use.But in order to improve the viewing experience of user and alleviate institute State the own wt of wearable intelligent equipment, in this utility model embodiment, preferably select use virtual aobvious Showing technology, now eyeshield 21 is internal can be designed with the virtual display such as virtual display system and optical amplifier assembly Necessary parts, user can directly be interacted with virtual image content by gesture, further, when When user touches virtual image content, equipment also can feed back to user in the corresponding sense of touch of real world.

In the case of using virtual Display Technique, described first photographic head 212, it is also possible to be used for gathering use The gesture operation that described virtual screen is made by family；Described main process chip can be true according to described gesture operation Fixed 3rd control instruction, has set in advance second between described gesture operation and described 3rd control instruction Corresponding relation, described 3rd control instruction indicates described main process chip to described voice data and described image Data perform the 3rd operation.

Such as, user, when the image that viewing is play, needs to suspend viewing, and user can be from aerial to virtual Picture is clicked on gently, needs F.F., user can with finger from aerial to virtual screen towards the right hand Edge direction slides, needs to retreat, user can with finger from aerial to virtual screen towards direction, left-hand side Slide.Adopt in this way, can easily realize user and currently playing image information is realized behaviour Work controls.

As a preferred exemplary, outside described eyeshield 21, described first auricular concha 11 is outside, and/or institute State the second auricular concha 12 outside and can also be further provided with sound wave generation module 214, for described virtual Picture occurs during predetermined sound wave scene, provide a user with sound wave prompting.For example, it is possible to outside eyeshield 21 Lower zone install a sonic generator array, its sound wave sent can cause air agitation, thus It is supplied to the real sound touch of user.

As a preferred exemplary, described eyeshield 21, described first auricular concha 11, and/or described second auricular concha Be provided with vibration on 12 and module 215 occur, when predetermined vibration scene occurs in described virtual screen to User provides vibration prompt.For example, it is possible to the inside of described first auricular concha 11 arranges a micromachine, When occurring the scenes such as blast in virtual screen, the micromachine in described first auricular concha 11 can send necessarily The vibration of frequency, to one vibrating tactile prompting of user.

As a preferred exemplary, outside described eyeshield 21, described first auricular concha 11 is outside, and/or institute State the second auricular concha 12 outside and be provided with abnormal smells from the patient generation module 216, pre-for occurring in described virtual screen Determine to provide a user with odor reminding during abnormal smells from the patient scene.Such as, when virtual screen occurs the scenes such as chemical contamination Time, respective smell can be gone out to user feedback, to stimulate the olfactory sensation of user, strengthen user's impression to picture.

Further, described first auricular concha 11 and/or described second auricular concha 12 inside are additionally provided with wireless biography Defeated module and independent current source, wherein, described wireless transport module is used for transmitting described voice data and described figure As data, described independent current source is used for as all module offer work electricity.Wherein, described dotted line transmission mould Block can be WIFI module, it is also possible to be Bluetooth communication modules etc..

Certainly, above-mentioned two auricular concha can also be integrated with mainboard for carrying described main process chip, wireless Transport module, multiple physical components such as described independent current source, these parts are integrated in two auricular conchas, permissible Alleviate the weight load connecting support 2, to reduce sense of discomfort when user wears.

As a preferred implementation of this utility model embodiment, described first auricular concha 11 and/or described Second auricular concha 12 is connected with the described support 2 that is connected by universal drive shaft.Owing to universal drive shaft is a kind of the more commonly used Connection rotating shaft mechanism, be attached by universal drive shaft, closure can be adjusted neatly, and this Universal connected mode, has multi-angle self-locking function, does not therefore worry sliding.

This utility model embodiment, is different from traditional immersion equipment, in user watches video/audio image etc. Extraneous real scene image can be supplied to user while appearance, and during user watches video/audio image, Can provide a user with and directly stimulate and feedback, the impression making user obtain multiple sense organ is experienced, and just Itself, its overall structure, without unnecessary, meets ergonomics to equipment, it is simple to carry, and is either in In or public place, the binary that can indiscriminately ad. as one wishes enjoy audiovisual is tested.

The above is preferred implementation of the present utility model, it is noted that for the common skill of this area For art personnel, on the premise of without departing from principle described in the utility model, it is also possible to make some improvement and Retouching, within these improvements and modifications also should be considered to be encompassed in protection domain of the present utility model.

Claims

1. a wearable intelligent equipment, it is characterised in that including:

First auricular concha and the second auricular concha, described first auricular concha and/or described second auricular concha are provided with audio frequency and play Module；

Connect support, be rotatably attached with described first auricular concha and described second auricular concha respectively；

Eyeshield, is positioned on described connection support, is provided with image player module and image display area；

Extraneous real scene image provides module, outside providing a user with when user uses described eyeshield Boundary's real scene image.

Wearable intelligent equipment the most according to claim 1, it is characterised in that:

Described wearable intelligent equipment also includes a main process chip；

The outside of described first auricular concha and/or described second auricular concha is provided with user's control module, described user Control module is for receiving the first control instruction that user sends, and described first control instruction indicates described main place Reason chip performs the first operation to voice data and view data.

Wearable intelligent equipment the most according to claim 2, it is characterised in that described user controls Module is scalable by connecting rod and can be rotatably set in outside described first auricular concha and/or described second auricular concha In the groove of side, described user's control module can be accommodated in described groove completely.

Wearable intelligent equipment the most according to claim 3, it is characterised in that described user controls Module is touch-sensitive display screen, and described touch-sensitive display screen is for presenting control interface to user, and receives institute State the first control instruction.

Wearable intelligent equipment the most according to claim 4, it is characterised in that described touch shows Display screen is minute surface display screen, and described extraneous real scene image provides module to be described minute surface display screen, non-display Time period, described minute surface display screen uses as minute surface, for reflecting described extraneous real scene image to user.

Wearable intelligent equipment the most according to claim 4, it is characterised in that outside described eyeshield Being provided with the first photographic head, when user uses described eyeshield, described extraneous real scene image provides mould Block controls described first photographic head and obtains described extraneous real scene image, and is shown by described extraneous real scene image In described touch-sensitive display screen or in described image display area.

Wearable intelligent equipment the most according to claim 6, it is characterised in that:

Inside described eyeshield, the position corresponding to user's ocular is provided with second camera, is used for gathering The eyeball image of user；

By described eyeball image, described main process chip can determine that user's sight line is in described image display area Location information in territory, and determine the second control instruction, described location information and institute according to described location information Stating and have the first corresponding relation set in advance between the second control instruction, described second control instruction indicates institute State main process chip and described voice data and described view data are performed the second operation.

Wearable intelligent equipment the most according to claim 7, it is characterised in that described second shooting The type of head is infrared camera, and the number of described second camera is 2, each described second camera The most corresponding ocular.

It is virtual screen that described view data is presented on the picture in described image display area；

Described first photographic head, is additionally operable to gather the gesture operation that described virtual screen is made by user；

Described main process chip can determine the 3rd control instruction, described gesture operation according to described gesture operation And having the second corresponding relation set in advance between described 3rd control instruction, described 3rd control instruction refers to Show that described main process chip performs the 3rd operation to described voice data and described view data.

Wearable intelligent equipment the most according to claim 9, it is characterised in that outside described eyeshield, Outside described first auricular concha, and/or outside described second auricular concha, it is provided with sound wave generation module, in institute State and virtual screen occurs during predetermined sound wave scene, provide a user with sound wave prompting.

11. wearable intelligent equipment according to claim 9, it is characterised in that described eyeshield, institute State and on the first auricular concha, and/or described second auricular concha, be provided with vibration generation module, at described virtual picture Face occurs during predetermined vibration scene, provide a user with vibration prompt.

12. wearable intelligent equipment according to claim 9, it is characterised in that outside described eyeshield, Outside described first auricular concha, and/or outside described second auricular concha, it is provided with abnormal smells from the patient generation module, in institute State and virtual screen occurs during predetermined abnormal smells from the patient scene, provide a user with odor reminding.

13. according to the wearable intelligent equipment according to any one of claim 2 to 12, it is characterised in that It is additionally provided with wireless transport module and independent current source inside described first auricular concha and/or described second auricular concha, its In, described wireless transport module is used for transmitting described voice data and described view data, described independent current source For for all module offer work electricity.

14. wearable intelligent equipment according to claim 13, it is characterised in that described first ear Shell and/or described second auricular concha are connected with the described support that is connected by universal drive shaft.