CN204256668U - A kind of wearable smart machine - Google Patents
A kind of wearable smart machine Download PDFInfo
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- CN204256668U CN204256668U CN201420463236.4U CN201420463236U CN204256668U CN 204256668 U CN204256668 U CN 204256668U CN 201420463236 U CN201420463236 U CN 201420463236U CN 204256668 U CN204256668 U CN 204256668U
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Abstract
The utility model provides a kind of wearable smart machine, and it comprises device Host and display, and described device Host is connected with described display is removable.After adopting said structure, because display is removablely connected on device Host, therefore, when user needs focus one's attention on or need sight line open, display can directly remove from device Host by user, like this because device Host is not or not eyes of user front, therefore sight line is not affected, and after display removes, due to not in eyes of user front, therefore also can not the notice of dispersion user.
Description
Technical field:
The utility model relates to wearable smart machine field, is specifically a kind of wearable smart machine.
Background technology:
Along with the development of science and technology, people no longer meet the mobile intelligent terminal of hand-held, as mobile phone, panel computer etc., and then develop many wearable smart machines, as intelligent watch, intelligent glasses etc.Google is proposed a Google glasses, it comprises the wide strip computer processor device be arranged on the right side of picture frame, the camera that glasses front suspends, eyeglass are equipped with a miniature display screen, can by the display above data projection to eyes of user, to realize a kind of wearable overhead intelligent terminal, it possess display, shooting, data processing and upload, the function such as download, any function of intelligent terminal can be realized in theory.
But this equipment comes because a lot of reasons fails popularization, one of them is because display is positioned at the drawing axis of people all the time, this will block the sight line of people or the notice of dispersion people more or less, needing the occasion of significant attention or sight line, during as driven, having on Google's glasses and perhaps can cause dangerous generation.
Utility model content:
The technical matters that the utility model solves overcomes existing technological deficiency, provides a kind of and can not stop the sight line of people or the wearable smart machine of dispersion people notice in some occasions.
The technical scheme that the utility model provides is: the utility model provides a kind of wearable smart machine, and it comprises device Host and display, and described device Host is connected with described display is removable.
Described device Host is connected on a wearable support, or described display is connected on a wearable support, or described device Host and described display are all connected on same wearable support.
After adopting said structure, because display is removablely connected on device Host, therefore, when user needs focus one's attention on or need sight line open, display can directly remove from device Host by user, like this because device Host is not or not eyes of user front, therefore sight line is not affected, and after display removes, due to not in eyes of user front, therefore also can not the notice of dispersion user.
As preferably, described wearable support is eyeglasses frame, wear-type support or the helmet.The wearable support of indication refers to and may be worn on it and the arbitrary headset equipment provided support for described equipment herein, glasses are a kind of conventional headset equipments, eyeglasses frame is that the eyeglass of glasses provides support, also eyeglasses frame can be utilized in this article as the support of wearable smart machine, earphone bracket is also a kind of wear-type support, also can provide support for wearable smart machine herein, the helmet, as headset equipment, can certainly provide support for wearable smart machine herein.Theoretically, any headset equipment can provide support for wearable smart machine herein.
As further improvement, described device Host is connected with described wearable bracket detachable.This is because, wearable smart machine of the prior art, because whole equipment and glasses are integrated together, therefore user buys and must buy whole pair of glasses, so for the people of different eyesight degree, as myopia or long sight, anorthopia etc. just need customized glasses, more difficult suitability for industrialized production.And after adopting the wearable smart machine of said structure, device Host is detachably connected in eyeglasses frame, such user is without the need to changing glasses, but directly wearable smart machine is connected on the glasses worn, owing to only needing production equipment main frame and display, specification can be unified, and facilitates suitability for industrialized production.
As one preferably, described device Host is connected by magnetic with described display, described device Host is provided with the first magnetic devices, the one side that described display is connected with device Host is provided with the second magnetic devices, and device Host is connected with display by magnetic force with the second magnetic devices by described first magnetic devices.Adopt this connected mode, first magnetic devices and the second magnetic devices respectively on display and device Host setting tool have the magnet of special-shaped magnetic pole, just both can be pulled together, or one of them is magnet, and another is the object that can be magnetically attracted, and also both can be pulled together, during separation, firmly display is taken away, do not need separately to establish connecting interface, simple and convenient.Described magnet can adopt electromagnet or permanent magnet.
As one, preferably described device Host is connected with the mode of described display by slot and plug, described device Host and described display one of them be provided with slot, but another is provided with the plug of this slot connection.This plug-in type connects for existing common approach, therefore realizes fairly simple convenience, generally also can establish elastic button, click and can utilize elasticity that plug is separated from slot.
As one, preferably described device Host is connected with the mode of slide block by chute with described display, described device Host and described display one of them be provided with chute, another is provided with the slide block slidably snapped onto in this chute.The connected mode of employing chute and slide block is also a kind of common mode of removable connection, this mode can be used for keeping off slide block due to the edge of chute, therefore after device Host is connected with display, more firm, firmly cannot pull out and make both be separated, can only slide from vertical direction just to make both be separated, and both connections can be made more firm.
As one preferably, described device Host and described display by draw-in groove and buckle snapping, described device Host and described display one of them be provided with draw-in groove, another is provided with the buckle coordinated with this draw-in groove.Buckle and draw-in groove are also a kind of common removable connected mode, and be also fairly simple convenience, cost is low.
As improvement, described device Host comprises the first interface be electrically connected with the circuit in display, described display is also provided with second interface that can be electrically connected with the circuit in device Host, described first interface and the second interface are connected with the removable of display by device Host, are electrically connected to each other or disconnect.Adopt this connected mode, display to be electrically connected with device Host by first interface and the second interface or to be separated, when display is connected on device Host, the display of device Host and power supply signal all by the connection of first interface and the second interface, are delivered on display.The display of certain display and device Host also can pass through transmission of wireless signals, adopt in this way, display also needs arrange power supply, the corresponding complexity adding display, but this still belongs to the one of display described in the application.And adopting first interface and the second interface can be more simple by display and device Host electric connection structure, wearable device is lighter.
As preferably, described first interface and the second interface are hot-swappable type electrical interface, and one of them interface is socket, and another interface is the joint matched with this socket.This connected mode have employed at present conventional hot-swappable electric connection mode, as forms such as USB interface or mini interfaces, simple and convenient, unless and connect upper after firmly extract, otherwise be difficult to depart from, connect reliable stable.
As preferably, described first interface and the second interface, one of them comprises at least one conductive contact, another comprises at least one electroconductive elastic sheet corresponding with conductive contact position, described conductive contact is electrically connected with the circuit in device Host or display, described electroconductive elastic sheet is electrically connected with the circuit in device Host or display, and when display is connected on device Host, each electroconductive elastic sheet contacts with the conductive contact corresponding with its position and conducting.Adopt electroconductive elastic sheet and conductive contact as the electric connection mode of first interface and the second interface, only need the linkage interface of display and device Host is contacted with each other, and use shell fragment, the junction of conductive contact and electroconductive elastic sheet can be made to have certain elastic force, can not delamination or loose contact.
As preferably, described first interface and the second interface, one of them comprises the conduction groove that at least one conductive material is made, another comprises at least one conductive bumps corresponding with groove location, described conduction groove is electrically connected with the circuit in device Host or display, described conductive bumps is electrically connected with the circuit in device Host or display, and when display is connected on device Host, each conductive bumps to be embedded in the conduction groove corresponding with it and mutual conduction.Adopt this electric connection mode, not only provide the electrical connection of first interface and the second interface, but also a kind of locator meams is provided, when conductive bumps is embedded in conduction groove, the resistance of certain side direction can be provided, when particularly using the connected mode of chute and slide block between device Host and display, user can be pointed out to slide into correct position, prevent user partially sliding.
As improvement, described device Host is clipped on wearable support by clamping device.Described clamping device can be hook, clip etc. and device Host can be made to be clamped on eyeglasses frame or wear-type support and stablize motionless any clamping device.
Described display be provided with can with the first wireless transport module of device Host or third party device wireless connections.
Described device Host be provided with can with the second wireless transport module of display or third party device wireless connections.After adopting aforesaid way, display can by wirelessly transmitting data between the first wireless transport module and device Host or third party device, described device Host also can by wirelessly transmitting data between the second wireless transport module and display or third party device, and described first wireless transport module and the second wireless transport module can adopt WIFI module or the wireless transport module such as bluetooth or wireless radio frequency modules.
Described display is connected with described device Host optics.
Described device Host is connected with described display optics by photoconduction prism, or described device Host is docked by light path with described display.Described display can be connected by optics with device Host and to receive display, and if display is projection-type display screen, so display projects on projection-type display screen by projection or photoconduction prism by device Host.
Accompanying drawing illustrates:
Accompanying drawing 1 is the structural representation of the wearable smart machine of the utility model;
Accompanying drawing 2 is the structural representation of device Host;
Accompanying drawing 3 is the structural representation of display;
Accompanying drawing 4 is the structural representation of one of embodiment;
Accompanying drawing 5 is the structural representation of embodiment two;
Accompanying drawing 6 is the structural representation of embodiment three;
Accompanying drawing 7 is the structural representation of embodiment four;
Accompanying drawing 8 is the structural representation of embodiment five;
Accompanying drawing 9 is the structural representation of embodiment six;
Accompanying drawing 10 is the structural representation of embodiment seven;
Accompanying drawing 11 is the structural representation of embodiment nine.
As shown in the figure: 100, eyeglasses frame, 200, device Host, 300. display, 210, power supply, 220, central processing unit, 230, storer, 240, display interface device module, 250, first interface, 310, display screen, 320, driver module, 330, second interface, 331, joint, 251, socket, 341, first magnetic devices, 261, second magnetic devices, 342, plug, 262, slot, 343, chute, 263, slide block, 332, electroconductive elastic sheet, 252, conductive contact, 333, conductive bumps, 253, conduction groove, 344, dop, 264, draw-in groove.400, earphone bracket, 340, projection screen, 350, photoconduction interface, 270, projectoscope projection mouth.
Embodiment:
Below in conjunction with the drawings and specific embodiments, the utility model is elaborated:
As Figure 1-Figure 11, the utility model provides a kind of wearable smart machine, and it comprises device Host 200 and display 300, and described device Host 200 is connected with described display 300 is removable.Namely refer to that described device Host 200 can connect together with display 300, can be separated from each other again.In time connecting together, device Host and display have certain attachment force, can not be separated due to accident.
Described display 300 can have polytype, if display packing adopts conventional electronical display LCD screen, then display can refer to electronical display LCD screen, if display packing projects glass screen with certain refractive index by laser projection device, reflex in eyes of user, then display both can refer to whole display equipment, described glass screen can be referred to again, if display packing directly to be projected on eyes of user retina by image by devices such as optical fiber to show, then described display refers to this image projection apparatus.Namely be no matter the display packing of which kind of type, as long as after being separated with device Host, in user's sight line, would not all can be described as the display described by the application by exhibitive equipment.
Described device Host is connected on a wearable support, or described display is connected on a wearable support.
Described wearable support can be eyeglasses frame, wear-type support or the helmet.The described support hung on ear also belongs to the wear-type support described in the application.The wearable support described in Fig. 1 is eyeglasses frame 100.
Described device Host 200 is connected with described wearable bracket detachable.
Power supply 210, central processing unit 220 is generally comprised in device Host 200; storer 230; display interface device module 240; these devices and module are all located in device Host; the function of main frame is provided, also can comprises other module in certain device Host, as wireless transport module, usb interface module etc.; but as long as device Host 200 device of data processing function is provided, all belong to the application's protection domain.Generally comprise in display 300, display screen 310, driver module 320 etc.; also driver module 320 can not be comprised; display has polytype display, as the various ways such as LCD screen, projection screen, but as long as rise display function then all within the application's protection domain.
Device Host 200 and display 300 are electrically connected by first interface 250 and the second interface 330 and fetch transmitting display data, but do not repel and carry out transmitting display data by wireless data.
One of embodiment:
As shown in Figure 4: device Host and display realize the connection of physical construction by the first magnetic devices 341 and the second magnetic devices 261, in the present embodiment, the first magnetic devices 341 and the second magnetic devices 261 are the permanent magnet of two frame types that magnetic pole is contrary, first magnetic devices and the second magnetic devices attract each other, make to realize mechanical connection between display and device Host, socket 251 is provided with in the frame of the permanent magnet on device Host, be provided with interface 331 in the frame of the permanent magnet on display, socket and interface connect the electrical connection realized between device Host and display.Described first magnetic devices 341 and the second magnetic devices 261 are respectively in embedded equipment main frame and display, and its surface is concordant with the surface of display with device Host, can realize together with device Host fits tightly with display like this.
Embodiment two:
As shown in Figure 5, device Host 200 is provided with slot 262, display 300 is provided with plug 342, by the grafting of slot and plug, display and device Host are mechanically connected, the joint realizing electrical connection is also provided with in slot, plug is also provided with the socket realizing electrical connection, like this when plug is inserted in slot, joint is inserted in socket the electrical connection realizing display and device Host.
The connected mode of certain this grafting, generally can also establish elastic button, clicks and can utilize elasticity that plug is separated from slot.But this physical construction belongs to prior art, as long as and adopt the structure of grafting just within the application's protection domain, therefore not describe in detail.
Embodiment three:
As shown in Figure 6, device Host 200 is provided with slide block 263, display 300 is provided with chute 343, when slide block slides in chute, device Host and display link together, be provided with electroconductive elastic sheet 332 in chute, the surface of slide block 263 is provided with conductive contact 252, when slide block slides in chute, electroconductive elastic sheet contacts conducting with conductive contact, realizes the electrical connection between device Host and display.Certain described device Host can also be provided with when slide block slips in chute; the position limiting structure that anti-limited slip block comes off; such as; general chute is one end open; the other end is closed; for keeping off slide block, but slide block also can utilize the friction force between chute to be parked in chute, and this does not affect the protection domain of the application.The quantity of electroconductive elastic sheet and conductive contact can be arranged as required, is generally 3-6.
Embodiment four:
As shown in Figure 7, device Host 200 is provided with slide block 263, display 300 is provided with chute 343, when slide block slides in chute, device Host and display link together, be provided with conductive bumps 333 in chute, the surface of slide block 263 is provided with conduction groove 253, when slide block slides in chute, conductive bumps 333 enters into conduction groove 253 and contacts and conducting with conduction groove 253, realizes the electrical connection between device Host and display.In the present embodiment, conductive bumps is Metal Ball, and conduction groove is metal ball groove, and when both coordinate, Metal Ball embeds in ball groove.Other shapes and other materials can certainly be adopted, as long as but do not exceed the application and describe scope, all should within the application's protection domain.
Embodiment five:
As shown in Figure 8, device Host 200 is provided with draw-in groove 264, display 300 is provided with dop 344, device Host and display are by draw-in groove and dop clamping, realize the mechanical connection of device Host and display, the electrical connection of display and device Host is by the form of socket and joint, existing description above, therefore do not describe in detail at this.
Embodiment six:
As shown in Figure 9: device Host 200 is by hanging over the side of eyeglasses frame 100, or display 300 is also by hanging on the framework in front of eyeglasses frame 100, the removable connected mode of device Host and display and electric connection mode the application can be adopted to describe any one.
Embodiment seven:
As shown in Figure 10, wearable support is an earphone bracket 400, and device Host 200 is connected on earphone bracket 400, and display 300 is connected with device Host 200 is removable.Its removable connected mode can adopt above-mentioned any one removable connected mode or combination.
Embodiment eight:
Described display be provided with can with the first wireless transport module of device Host or third party device wireless connections, described device Host is also provided with can with the second wireless transport module of display or third party device wireless connections.Mechanical connection between device Host and display can adopt mode or the combination of the removable connection of above-mentioned any one.Described first wireless transport module and the second wireless transport module all adopt WIFI module.
Embodiment nine:
As shown in figure 11, display is projection screen 340, and described display is connected with described device Host optics, and the photoconduction interface 350 on display and the projectoscope on device Host project mouth 270 and dock.Mechanical connection between device Host and display can adopt mode or the combination of the removable connection of above-mentioned any one.Described display can be connected by optics with device Host and to receive display, and if display is projection-type display screen, so display projects on projection-type display screen by projection or photoconduction prism by device Host.When display leaves device Host, photoconduction interface and projectoscope project mouth and are separated, and when device Host and display link together time, photoconduction interface and projectoscope project mouth and dock, and namely projectoscope can project image onto in projection screen 340.
Certain removable connected mode is not limited to several mode described by the application or its combination, as long as but adopt device Host and the removable connection of display should all within the application's protection domain.
Claims (17)
1. a wearable smart machine, it comprises device Host and display, it is characterized in that: described device Host is connected with described display is removable.
2. wearable smart machine according to claim 1, it is characterized in that: described device Host is connected on a wearable support, or described display is connected on a wearable support, or described device Host and display are all connected on same wearable support.
3. wearable smart machine according to claim 2, is characterized in that: described wearable support is eyeglasses frame, wear-type support, supra-aural support or the helmet.
4. wearable smart machine according to claim 2, is characterized in that: described device Host is connected with described wearable bracket detachable.
5. wearable smart machine according to claim 1, it is characterized in that: described device Host is connected by magnetic with described display, described device Host is provided with the first magnetic devices, the one side that described display is connected with device Host is provided with the second magnetic devices, and device Host is connected with display by magnetic force with the second magnetic devices by described first magnetic devices.
6. wearable smart machine according to claim 1, it is characterized in that: described device Host is connected with the mode of described display by slot and plug, described device Host and described display one of them be provided with slot, but another is provided with the plug that this slot connects.
7. wearable smart machine according to claim 1, it is characterized in that: described device Host is connected with the mode of slide block by chute with described display, described device Host and described display one of them be provided with chute, another is provided with the slide block slidably snapped onto in this chute.
8. wearable smart machine according to claim 1, it is characterized in that: described device Host and described display are by draw-in groove and buckle snapping, described device Host and described display one of them be provided with draw-in groove, another is provided with the buckle coordinated with this draw-in groove.
9. the wearable smart machine according to any one of claim 1-8, it is characterized in that: described device Host comprises the first interface be electrically connected with the circuit in display, described display is also provided with second interface that can be electrically connected with the circuit in device Host, described first interface and the second interface are connected with the removable of display by device Host, are electrically connected to each other or disconnect.
10. wearable smart machine according to claim 9, is characterized in that: described first interface and the second interface are hot-swappable type electrical interface, and one of them interface is socket, and another interface is the joint matched with this socket.
11. wearable smart machines according to claim 9, it is characterized in that: described first interface and the second interface, one of them comprises at least one conductive contact, another comprises at least one electroconductive elastic sheet corresponding with conductive contact position, described conductive contact is electrically connected with the circuit in device Host or display, described electroconductive elastic sheet is electrically connected with the circuit in device Host or display, when display is connected on device Host, each electroconductive elastic sheet contacts with the conductive contact corresponding with its position and conducting.
12. wearable smart machines according to claim 9, it is characterized in that: described first interface and the second interface, one of them comprises the conduction groove that at least one conductive material is made, another comprises at least one conductive bumps corresponding with groove location, described conduction groove is electrically connected with the circuit in device Host or display, described conductive bumps is electrically connected with the circuit in device Host or display, when display is connected on device Host, each conductive bumps to be embedded in the conduction groove corresponding with it and mutual conduction.
13. wearable smart machines according to claim 4, is characterized in that: described device Host is clipped on wearable support by clamping device.
14. wearable smart machines according to any one of claim 1-8, is characterized in that: described display is connected with described device Host optics.
15. wearable smart machines according to claim 14, is characterized in that: described device Host is connected with described display optics by photoconduction prism, or described device Host is docked by light path with described display.
16. wearable smart machines according to any one of claim 1-8, is characterized in that: described display be provided with can with the first wireless transport module of device Host or third party device wireless connections.
17. wearable smart machines according to any one of claim 1-8, is characterized in that: described device Host be provided with can with the second wireless transport module of display or third party device wireless connections.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420463236.4U CN204256668U (en) | 2014-08-15 | 2014-08-15 | A kind of wearable smart machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420463236.4U CN204256668U (en) | 2014-08-15 | 2014-08-15 | A kind of wearable smart machine |
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| CN204256668U true CN204256668U (en) | 2015-04-08 |
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| CN201420463236.4U Active CN204256668U (en) | 2014-08-15 | 2014-08-15 | A kind of wearable smart machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105373211A (en) * | 2014-08-15 | 2016-03-02 | 谢爱国 | Wearable intelligent equipment |
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2014
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105373211A (en) * | 2014-08-15 | 2016-03-02 | 谢爱国 | Wearable intelligent equipment |
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