Intelligent bracelet, Wearable device

Technical field The present invention relates to portable electric appts technical field, more particularly to a kind of Intelligent bracelet and Wearable device.

Background technology With the progress and the development of science and technology of society, the size of various components and parts is less and less so that Wearable device Not only there is the more excellent portable performances such as size is little, lightweight, and the function achieved by it is more and more, so that it is increasingly wider Big crowd is received. But, although Wearable device in the market has many advantages, such as above-mentioned, it is still limited by and such as shows The restriction of the correlation techniques such as display screen, so that some wearable devices are based on the factors such as integral device size and cost Consider, display screen typically will not be set, and even with the portable set of display device its picture size for being presented also compared with It is little, and the interactive display devices such as touch-screen will not also be arranged based on technology and cost consideration, so cause it is current just The display device of portable device can only carry out the display of the simple informations such as time, meter step number word, heartbeat numeral, but cannot Shown or touch-control for complicated image data or interactive operation interface, so allow for current portable set cannot Meet user for the image of large-size shows and with Wearable device interact formula operation needs. In addition, current wearable device is usually the extension as terminal device various functions and supplement, many work( Be able to not can independently realize.For example, the bracelet for occurring on Vehicles Collected from Market, although passing with meter step, test heartbeat/pulse etc. On the basis of system function, moreover it is possible to realize the various functions such as display time, but the size of its display screen is less and can not be real Existing touch control type operation, and also need to be connected with the terminal device communication such as smart mobile phone, panel computer, it is only used for terminal device The extension of various functions and supplement, so that Consumer's Experience cannot get a qualitative improvement.

The content of the invention For the problems referred to above, this application provides a kind of wearable device, it may include： Several MEMS functional units； MEMS laser projection modules, are connected respectively with MEMS functional units each described, will be from the MEMS functions list The view data that unit receives carries out Projection Display； MEMS IMAQs/processing module, close on the MEMS laser projections module and arrange, and gather and generate user in institute State the control action view data carried out in MEMS laser projection units institute projected image； Control unit, is connected respectively with MEMS functional units each described, with according to the manipulation motion video number for receiving The operation of the corresponding MEMS functional units is controlled according to output manipulation instruction to the corresponding MEMS functional units. Used as a preferred embodiment, in above-mentioned wearable device, the MEMS laser projections module is projected to tool Having on the surface of preset range flatness carries out image and shows, the MEMS IMAQs/processing module collection is described have it is pre- If the image presented on the surface of scope flatness is obtaining the control action data. As a preferred embodiment, in above-mentioned wearable device, the surface with preset range flatness For human skin, the garment surface for stretching, body of wall and/or curtain. Used as a preferred embodiment, in above-mentioned wearable device, described several MEMS functional units include MEMS moving cells and MEMS function of human body sensing units；Wherein, the MEMS moving cells are to sense and according to user's The every kinematic parameter of human motion situation output, the MEMS functions of human body sensing unit detects and exports human body items physiology ginseng Number. As a preferred embodiment, in above-mentioned wearable device, in described several MEMS functional units at least Part MEMS unit is provided with microsensor；Wherein, the same miniature biography can be shared between different MEMS functional units Sensor. Present invention also provides a kind of Intelligent bracelet, it may include： Bracelet main body； Wrist strap, is connected with the bracelet main body, so that removably the bracelet main body is fixed on the limbs of user； Wherein, several MEMS functional units, MEMS laser projection modules, MEMS images are provided with the bracelet main body Collection/processing module and control unit；The MEMS laser projections module is connected respectively with MEMS functional units each described, with The view data received from the MEMS functional units is carried out into Projection Display；MEMS IMAQs/the processing module is closed on The MEMS laser projections module is arranged, and to gather and generates user in MEMS laser projection units institute projected image The control action view data for carrying out；Described control unit is connected respectively with MEMS functional units each described, with according to reception The manipulation video data to export manipulation instruction corresponding described to control this to the corresponding MEMS functional units The operation of MEMS functional units. Used as a preferred embodiment, in above-mentioned Intelligent bracelet, the MEMS laser projections module is projected to having Preset range flatness (0,3] carry out image on the surface of cm and show, the MEMS IMAQs/processing module collection is described The image presented on surface with preset range flatness is obtaining the control action data. Used as a preferred embodiment, in above-mentioned Intelligent bracelet, the surface with preset range flatness is Human skin and/or the garment surface and/or body of wall and/or curtain of stretching, extension. Used as a preferred embodiment, in above-mentioned Intelligent bracelet, described several MEMS functional units include MEMS Moving cell and MEMS function of human body sensing units；Wherein, the MEMS moving cells are to sense and according to the human body of user The every kinematic parameter of motion conditions output, the MEMS functions of human body sensing unit detects and exports human body items physiological parameter. As a preferred embodiment, in above-mentioned Intelligent bracelet, induction zone is provided with the bracelet main body, it is described At least part of MEMS unit includes microsensor in several MEMS functional units；Wherein, all of micro sensing Device is arranged in the induction zone, and the same microsensor can be shared between different MEMS functional units. As a preferred embodiment, in above-mentioned Intelligent bracelet, be additionally provided with the bracelet main body viewing area and It is provided with optical energy power area, and the viewing area to the display screen of display image；Wherein, in the bracelet main body along described At least one end that wrist belt length direction extends is provided with a physical button, and the physical button is to wake up the display screen display Diagram as and/or adjust the picture material that the display screen shows；Solar panel is provided with the optical energy power area, is used To provide electric energy to the bracelet main body. Used as a preferred embodiment, in above-mentioned Intelligent bracelet, the microsensor includes MEMS gravity sensitives Device, the display screen adjusts the direction of its display image according to gravity sensing on the MEMS gravity sensors. Used as a preferred embodiment, in above-mentioned Intelligent bracelet, the microsensor includes pressure sensor, uses To sense whether the bracelet main body is worn on the limbs of user, and described control unit is sensed according to the pressure sensor Data controlling the operation of other microsensors. Used as a preferred embodiment, in above-mentioned Intelligent bracelet, the pressure sensor includes： Substrate； Insulating barrier, is arranged at the substrate； Cavity, through the upper and lower surface of the insulating barrier； At least two electrodes, are respectively provided with the insulating barrier of the cavity opposite sides； Graphene film, covers the opening of the cavity and extends on the electrode； Wherein, the pressure sensor senses born pressure by the deformation of the generation of the graphene film Size. Used as a preferred embodiment, in above-mentioned Intelligent bracelet, the pressure sensor also includes；It is sharp with one The column at end；And Bearing plate, is covered in the graphene film on the cavity by column described in； Wherein, the column is sophisticated contacts with the graphene film. A kind of Intelligent bracelet provided herein and Wearable device, can keep wearing by using MEMS technology Wear equipment (such as Intelligent bracelet) it is compact in size on the premise of so that what it can be independent realizes that various current intelligent terminals set The standby function to be realized, and interactive projection can be realized by using MEMS laser displays module, to realize large scale Image show and manipulate.

Description of the drawings With reference to appended accompanying drawing, more fully to describe embodiments of the invention.However, appended accompanying drawing be merely to illustrate and Illustrate, and be not meant to limit the scope of the invention. Fig. 1 is the modular structure schematic diagram of Wearable device in the embodiment of the present application； Fig. 2 is the perspective view of MEMS laser projection modules in Fig. 1； Fig. 3 is the structural representation of Intelligent bracelet in the embodiment of the present application： Fig. 4 is a kind of front plan view of bracelet main body in Fig. 3； Fig. 5 is the front plan view of another kind of bracelet main body in Fig. 3； Fig. 6 is the back side top view of bracelet main body shown in correspondence Fig. 4 in Fig. 3； Fig. 7 is the structural representation of sensor unit in the embodiment of the present application； Fig. 8 is the structural representation of another kind of sensor unit in the embodiment of the present application； Fig. 9 is a kind of structural representation of pressure sensor in the embodiment of the present application； Figure 10 is the structural representation of the pressure sensor after being improved based on the structure shown in Fig. 9 in the embodiment of the present application Figure.

Specific embodiment The present invention will be combined accompanying drawing by way of embodiment and be illustrated.In the accompanying drawings, identical or correlation in each figure Structure or function element can be represented with similar label.The size and feature of element is only as the convenient mesh for illustrating in accompanying drawing 's.They have not been defined to the scope of the present invention, and do not necessarily mean that actual size and proportionate relationship. The technology contents of the application are illustrated below in conjunction with the accompanying drawings.

Embodiment one Referring to shown in Fig. 1～2, provide in the present embodiment a kind of wearable device (for example Intelligent bracelet, intelligent watch, The portable intelligent electronic equipment such as intelligent glasses, Intelligent button, Intelligent hairpin, above-mentioned many electronic equipments may be used to individually The related service such as offer campaign, health, communication, also can be connected to as its part work(with other smart machines communications Can extension, while also other internet of things equipment interconnect together use since build form Internet of things system), it may include it is some The various functions such as individual MEMS functional units 1, MEMS laser projections module 2, control unit 3 and MEMS IMAQs/processing module 4 Module, because each functional module can be the little microdevice that prepared using such as MEMS technology, therefore by each functional module When integrating the main body for constituting wearable device, its overall size and weight also can be relatively small, and then in reality On the premise of now identical or more multi-functional, compared to traditional Wearable device, the Wearable device in the present embodiment is whole The relevant parameters such as the size and weight of body can keep constant, and can also in most cases lift the same of its overall performance When, the relevant parameters such as wearable overall size and weight are substantially reduced, so that Wearable device is lighter, Jin Er great The big experience for lifting user. Specifically, each the MEMS functional unit 1 done in a MEMS functional unit 1 can be such as to transport with complete independently The various functions such as dynamic or health care or communication, can alternatively be implemented separately such as temperature sensing, moisture measurement, meter step, the heart Concrete certain motion and the measurement of/health parameters such as jump, be then in the present embodiment using above-mentioned MEMS functional units 1 as all As illustrated as a example by MEMS moving cells and MEMS function of human body sensing units, but it is not construed as MEMS functional units Restriction；Wherein, above-mentioned MEMS moving cells may be used to sensing and according to the every motion of the human motion situation of user output Parameter, and MEMS function of human body sensing units are detected and export human body items physiological parameter. It should be noted that above-mentioned every kinematic parameter may include such as motion step number (such as running step number, step of taking a walk Number, step number of walking with vigorous strides away etc.), move distance, the relevant parameter such as energy that consumes, and human body items physiological parameter then may include such as Body temperature, heart rate, pulse, respiratory rate, blood pressure etc.；Correspond to each parameter accordingly includes one in each MEMS functional unit Individual corresponding MEMS microsensors, and in order to further reduce the size and cost of device, different MEMS functional units it Between also share same sensor, MEMS moving cells as escribed above and MEMS function of human body sensing units, it may be needed Learn the parameters such as pulse, the body temperature of user's current state, then its then can share each other same miniature pulse transducer and Micro temperature sensor, and then to reduce design space and the production cost of whole electronic equipment. Further, above-mentioned MEMS laser projections module 2 then can be connected respectively with each communication of MEMS functional units 1, Projection Display is carried out with the view data that will be received from MEMS functional units 1；MEMS IMAQs/processing module 4 then can close on MEMS laser projections module 2 is arranged, and to gather and generates the behaviour that user is carried out in MEMS laser projection units institute projected image Control action image data；Control unit 3 then can be connected respectively with each MEMS functional unit 1, with according to the manipulation cardon for receiving As data output manipulation instruction is to corresponding MEMS functional units 1, and then to control the fortune of the corresponding MEMS functional units 1 OK. Specifically, MEMS functional units 1 can be needed to carry out after obtaining corresponding parameter and being processed accordingly The content that image shows is sent to MEMS laser projections module 2, and the MEMS laser projections module 2 throws the above using laser Shadow camera lens 21 project to such as skin, clothes, wall, customization curtain and other there is certain flatness (certain flatness Or the flatness of preset range may be set to the D of positive number, and the scope of the D is typically greater than 0 and smooth less than or equal to 3cm Degree) the surface 51 of object 5 shown, and in order to strengthen display effect, the surface 51 of the physics 5 generally preferably for white Or the color such as subalbous grey, faint yellow that becomes, and region that whole physical surface is projected is more excellent for single kind of color, So the image of Projection Display can have the identification for becoming apparent from.Due to using be projection by the way of by needed for portable set The content of display is projected to such as skin or clothes, thus the display image of portable set can be extended to into other things Body surface face so that the space of development and size are obtained larger lifting. Preferably, MEMS laser projections module 2 projects and image is carried out to the surface with preset range flatness shows When, MEMS IMAQs/processing module 4 can gather the image that presented on the above-mentioned surface with preset range flatness to obtain Take control action data；For example, above-mentioned MEMS IMAQs/processing module 4 may include some such as IMAQ/identifiers Deng to be constituted an interactive projection system together with above-mentioned MEMS laser projections module 2, so when user throws in MEMS laser When the manipulation instructions such as click, slip are carried out on the image of shadow module projection 2, it is capable of identify that the action is corresponding and is accordingly scheming The control action data carried out on picture, and control unit 3 is then controlled accordingly according to the control action data for obtaining to generate Order to corresponding MEMS functional units 1, exported and the subsequent figure corresponding to above-mentioned manipulation instruction with controlling MEMS functional units 1 As data, and Jing MEMS laser projection module projects are into figure, and then realize and interacting between user. Should be noted, some different components compared to conventional portable apparatus are only described in this embodiment, And identical or approximate component battery, support housing etc. are then not described in the present embodiment, but this area Technical staff is in the content referred to described in the present embodiment and with reference to the technology learned of component of existing portable set Scheme, should be included within the category of present techniques content.Simultaneously as independent electronic equipment (as hand it is mechanical, electrical Brain etc.) and the technology contents of the electronic equipment (such as bracelet, glasses etc.) referenced by it of auxiliary it is different, those skilled in the art are in base On the basis of technology contents described in the present embodiment, adaptive tune should be able to be carried out for different types of electronic equipment It is whole, the improved projection mobile phone of institute, projection computer, projection hand on the basis of based on the portable set described in the present embodiment Ring, projection glasses etc. also should be included in the technical scheme described in the application. It is because the micro portable attribute that increase physical display screen and Wearable device itself is contradicted, i.e., currently employed The display screen of physical arrangement is lifting what the size of image shown by Wearable device and Wearable device itself had Size is little, lightweight etc. there is implacable contradiction, therefore the creative proposition of the application using laser projection in portable attribute Mode, while guaranteeing that the correlated performances such as portable set size itself, weight meet portable demand, is thrown using MEMS laser The display image of Wearable device is expanded to user's requisite space and size by shadow module by way of projection, and then significantly Lift the experience performance of user.