CN202758141U - Electronic device and head-mounted device - Google Patents
Electronic device and head-mounted device Download PDFInfo
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- CN202758141U CN202758141U CN 201220129861 CN201220129861U CN202758141U CN 202758141 U CN202758141 U CN 202758141U CN 201220129861 CN201220129861 CN 201220129861 CN 201220129861 U CN201220129861 U CN 201220129861U CN 202758141 U CN202758141 U CN 202758141U
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- housing
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B27/00—Optical systems or apparatus not provided for by any of the groups G02B1/00 - G02B26/00, G02B30/00
- G02B27/01—Head-up displays
- G02B27/017—Head mounted
- G02B27/0176—Head mounted characterised by mechanical features
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Abstract
The utility model discloses an electronic device and a head-mounted device. The electronic device comprises a band configured to be worn on a user's head. The band has a central portion, and a first side arm and a second side arm which are extended from the central portion. The central portion is configured to contact with a part of the user's face. The first side arm and the second side arm are configured to contact with the portion of the head adjacent to the user's ears. An operation unit with a display is connected with the first side arm and has a case with an arm, which defines a longitudinal axis. The case also comprises an elbow part that defines a display end, which supports the display. The display end is extended along the axis of the display, wherein the axis of the display is at an angle relative to the longitudinal axis. The display can be located above the user's eyes. An image generating unit is disposed in the case to generate an image that can be presented on the display. The electronic device and the head-mounted device of the utility model have a simple structure and are comfortable to wear.
Description
Technical field
The utility model relates to a kind of electronic installation and wear-type device.
Background technology
Individual video or image display are the devices that is used for the image that unique user watches that receives from video or image source for showing.This device can be to be worn over on the account and comprise and be positioned at above the eyes of user or the Helmet Mounted Display of one or more image sources of front.Helmet Mounted Display can comprise each eyes location of proximal subscribers or wearer and the image source that is associated with every eyes of user or wearer and can be configured to present the identical image that can watch as single two dimensional image.Alternatively, some this devices can be configured to the different stereo-pictures by the viewer compiling are rendered as the single 3 D image.Regardless of the image type of presenting to the user, this device is protected type normally, be that these device chances all hinder the sight line of the wearer outside the screen or are included in wherein other image sources, thereby the image user who provides except the display system of device can't see whatever.
Other personal images display can be called head-up display, and wherein image is presented on the transparent display or in the transparent display, or shows by transparent display, and described transparent display is stacked in the image that shows on the view of surrounding environment.This is so that the user can watch the image that presented by display and their surrounding environment simultaneously.Yet this device has many restrictions, comprise they with the user cooperate aspect and comfort level aspect and limited functional.
Helmet Mounted Display and head-up display can both be connected to video source, and described video source receives described device can read and convert to the vision signal that they present to user's image.Described video source can receive from mancarried device, and described mancarried device for example is video player, portable electronic device or computing machine.Some this devices also are configured to received audio signal, and described sound signal typically transmits by integrated earphone.Yet the function of these displays is confined to the passive type action, and wherein display receives information and presents to the wearer with limited form from external source simply.Therefore, need to do further to improve to the head-wearing type device that comprises display.
The utility model content
An aspect of the present utility model relates to a kind of electronic installation, and this electronic installation comprises the band that is configured to be worn on on the account.Described band comprises core, from extended the first and second side arms of the opposite side of described core and nose frame.Described nose frame hangs down and is configured to contact the part of user's nose from described core, and described the first and second side arms are configured to contact the part of described user's contiguous each ear of head.Described electronic installation also comprises operating unit, described operating unit comprises display and housing, described housing has the first side arm that is connected to described band and the arm that limits longitudinal axis, described housing also comprises ancon, described ancon limits the display end of described housing and supports described display, so that described display is along extending with respect to the angled display axis of described longitudinal axis, and so that described display can navigate to above described user's the eyes.
Described operating unit also has video generation device, and described video generation device is located in the described housing and is configured to be created in the image that can present to the user on the display.
Described display can be the prism of normally transparent, and described prism is configured to the described image that can present to described user on it combined with the User by described display.
Described operating unit can further comprise input media, and described input media is fixed to described housing and is configured to receive input from the user, and described input is associated with the function relevant with the information on the described display of can being presented on.
In one example, the housing of described operating unit can limit outer wall, and described input media can comprise the touch induction circuit that is located at contiguous described outer wall in the described housing, and described touch induction circuit is configured to receive the touch input by described outer wall from the user.
In a such example, described touch induction circuit can be located at a part of outer wall back, and the outside surface of described outer wall can comprise that restriction is positioned at the texture structure in the zone that covers described touch induction circuit within it.
Described display axis can become about 80 degree to the angle of 110 degree with respect to described longitudinal axis.
And then described electronic installation also comprises at least one electronic component in the internal cavities that is located at described band, and described at least one electronic component is electrically connected with the described video generation device of described operating unit.
And then, in described the first and second side arms each defines respectively the first and second ends, and described band for flexible structure in case described first end and the second end can be toward each other or be mobile away from each other with the fastening force on the appropriate section that the head that makes described the first and second side arms come to described user is provided.
And then described band comprises the resilient flexibility structure housing, and described resilient flexibility structure housing is at least in part around easily curved inner member; Described easily curved inner member comprises inside surface, and described inside surface limits face and the part that contacts with described user of being used for of described band; Described resilient flexibility structure housing is located at the relative side of the inside surface with described easily curved inner member of described band.
And then described electronic installation also comprises the camera with camera lens, and described camera links to each other with described operating unit, so that the camera lens of described camera exposes and is in substantially parallel relationship to described longitudinal axis at described housing in the ancon of described housing.
And then described operating unit comprises and is configured to receive input so that described electronic installation utilizes described camera to catch the button of image from described user.
And then described button is positioned on the described housing so that described button comprises that by applying to described housing the action of pinching that contacts with described button is triggered by described user.
And then described electronic installation also comprises the camera with camera lens, and described camera links to each other with described band so that the camera lens of described camera exposes and is in substantially parallel relationship to described longitudinal axis at described camera.
And then, in one example, described arm and ancon can be discrete element, described discrete element rotatably is connected with each other around the rotation that is in substantially parallel relationship to described display axis, thereby by the rotation of described ancon with respect to described arm, described display can towards or regulate away from the eyebrow zone of user's head.In such example, described rotation can be positioned to aim at the focusing center of eyes of user.Described display can comprise the flat plane of watching, and described display can flat be watched the plane still substantially to be orthogonal to from this flat plane of watching extending to the line of described focusing center for the adjusting of the certain limit by described display is described around the rotation of the focusing center of eyes of user.
The arm of described housing can comprise the first orbit element, described the first orbit element be configured to the first and second side arms that are included in described band in one on the second orbit element be connected slidably.In such example, slidably engage between the first and second orbit elements can be configured to allow described display towards or regulate away from user's eyes.
At least one electronic component can be located in the internal cavities of described band.In one example, described at least one electronic component can be electrically connected with the video generation device of described operating unit.
Be that each in the first and second side arms can limit respectively first end and the second end among the embodiment of flexible structure at described band.In such embodiments, first end and the second end can be toward each other or are moved away from each other with the fastening force on the appropriate section that the head that makes described the first and second side arms come to described user is provided.In one example, described band comprises flexible exterior section, the structure member setting of the exterior section of described flexibility and resilient flexibility larger around rigidity.
In another example, described band can comprise the structure housing of resilient flexibility, the structure housing of described resilient flexibility is at least part of around easily curved inner member, described easily curved inner member can comprise inside surface, described inside surface limits the part for the band that contacts with user's face and head, and described resilient flexibility structure housing is located at the relative side of the inside surface with described easily curved inner member of described band.
The part of the face that described core is configured to be in contact with it can be the part towards the forehead of user's eyebrow setting.Alternatively, in one embodiment, the core of wherein said band further comprises the nose frame that hangs down and from it, and the part of the user's that described core is configured to be in contact with it face can be the part of user's nose, and described nose frame can be carried out this contact.
Described device can further comprise the camera with camera lens.Described camera can be connected to described operating unit, thereby the camera lens of described camera is exposed on the described housing in described ancon and is in substantially parallel relationship to described longitudinal axis orientation.Described operating unit can further comprise button, and described button is configured to receive input to indicate described device to use described camera to catch image from the user.Described button can navigate on the described housing, thereby described button can be configured to by comprising that the action of pinching that contacts with this button is applied to described housing and is triggered by the user.Alternatively, described camera can be connected to described band, thereby the camera lens of described camera is exposed to the described described longitudinal axis orientation of being with and being in substantially parallel relationship to.Described device can further comprise a plurality of cameras, and described a plurality of cameras have camera lens separately, described a plurality of cameras with extend in one section described with on array format be connected to described band.
Described device can further comprise audio output device, and described audio output device is connected to a side arm for the described band that contacts with the part of user's a ear.Described audio output device can further be configured to the audio frequency output of described device is sent to described ear.
Described band can further comprise flexible holding member, and described flexible holding member is connected between described the first and second side arms in the end relative with described core.Described flexible holding member can limit and be provided with the internal cavities that conduction connects in it.Described conduction connection can be configured to link to each other with battery and arrive described video generation device for the electric current supply that will come from described battery.
Of the present utility modelly relate on the other hand a kind of electronic installation, described electronic installation comprises the band that is configured to be worn over on the account.Described band comprises core and extends to the first and second side arms of each end of described band from the opposite side of described core.Described core is configured to contact with the part of user's face and described side arm is configured to and contact with near the part each ear of account.Described band further comprises electronic housings, and described electronic housings is fixed on the end of described the first side arm and has a part of extending around at least a portion of user's corresponding ear.Described electronic housings is equipped with electronic component within it.Described device further comprises the operating unit with display.Described operating unit also comprises the arm with first side arm that is connected to described band and the housing that limits longitudinal axis.Described housing also has ancon, described ancon limits the display end of housing and supports described display, thereby described display extends along the display axis, and described display axis is angled with respect to described longitudinal axis, and described display can navigate to above user's the eyes.Described operating unit also comprises video generation device, and described video generation device is located in the described housing and is configured to be created on the image that can present to the user on the display.Described video generation device is electrically connected with the electronic component of described band.Described operating unit can further comprise input media, and described input media is connected to described housing and links to each other with at least one electronic component of described band.
Described electronic component can comprise that conduction connects, and described conduction connects to be configured to link to each other with battery and arrives described video generation device with the electric current supply that will come from described battery.Additional and alternatively, described electronic component can comprise the electronic circuit that is configured to carry out the function that is associated with described device.
Described operating unit can be positioned at the first side of user's corresponding ear, thereby described operating unit has the barycenter on the point of the first side that is positioned at described ear, wherein said electronic housings is configured to extend around at least a portion of user's same ear, and described electronic housings is configured to have the barycenter on the point of the second side that is positioned at user's ear.The whole weight distribution that described electronic housings can further be configured to described device when being had on by the user is on the described part of user's face and user's ear, thereby the major part of whole weight applies on the described ear.
The electronic installation that relates on the other hand of the present utility model, described electronic installation comprises the band that is configured to be worn over on the account.Described band comprises core and from extended the first and second side arms of the opposite side of described core.Near the part that described core is configured to contact with the part of user's face and described the first and second side arms are configured to each ear with user's head contacts.Described device also comprises operating unit, and described operating unit has display and housing.Described housing has arm, and described arm is connected to described band and limits longitudinal axis and outer wall.Described housing also has ancon, described ancon limits the display end of housing and supports described display, thereby described extending element extends along the display axis, and described display axis can navigate to above user's the eyes with respect to the angled and described display of described longitudinal axis.Additional and alternatively, described electronic component can comprise the electronic circuit that is configured to carry out the function that is associated with described device.Video generation device is located in the described housing and is configured to be created on the image of presenting to the user on the described display.Touch induction circuit is located at contiguous described outer wall in the described housing.Described touch induction circuit is configured to receive from the user by described outer wall and touches input, and described input is associated with the function relevant with the information on the described display of can being presented on.
Of the present utility modelly relate on the other hand a kind of wear-type device, described wear-type device comprises along the central frame of usually horizontal expansion and supporting; Extended the first side arm of first end from described central frame support; Extended the second side arm of the second end from described central frame support; Be configured to by display information be presented to user's adjutage, the first side that described adjutage supports at described central frame along described the first side arm is at least in part extended and is further extended to the display end from described the first side arm, described display end is supported on described display on the position of the second side that is positioned at described central frame support, wherein said central frame supports and described the first and second side arms are configured to band, described band extends between the first and second ends that lay respectively on described the first and second side arms, and the described end of described the first side arm is extended with respect to the described end on described the second side arm, and described bellend is held the circuit of described display use and at least one in the power supply.
And then described adjutage also comprises input media, and described bellend is held the circuit that is electrically connected with described input media.
And then, described adjutage is positioned at the first side of described user's corresponding ear, thereby described adjutage has the barycenter that is positioned on the point that is located at described ear the first side, and described bellend is extended around at least a portion of described user's identical ear, and described bellend is configured to have the barycenter that is positioned on the point that is located at described ear the second side.
And then the whole weight distribution that described bellend further is configured to described wear-type device when being put on by described user is on described user's nose and described user's ear, and the major part of described whole weight is applied on the described ear.
And then described bellend comprises for the circuit of carrying out the function that is associated with described wear-type device.
And then described band comprises interior section and the flexible exterior section of complying with, and described flexible exterior section is that structure unanimous on the whole and the described interior section of complying with are to described flexible exterior section lining.
And then the described end of described the first side arm extends to form asymmetrical U-shaped with respect to the described end of described the second side arm.
And then described asymmetrical U-shaped provides a plurality of contact points for described user's head; And the bellend of described the first side arm provides the counterweight with respect to described adjutage.
And then described bellend comprises for external unit and described circuit and at least one a plurality of electric contact piece that link to each other described in the described power supply.
And then described electric contact piece is concordant with the outer surface of described bellend and separate by the part of described outer surface.
And then described adjutage comprises the inner surface in the face of described the second side arm, and described wear-type device also comprises the button that is located at the function that is used for controlling described wear-type device on the described inner surface.
And then described button comprises can illuminated part, can illuminated part can see the pilot lamp that is associated with described function by described.
The wear-type device that relates on the other hand of the present utility model.Described wear-type device comprises that the central frame that extends along horizontal direction supports, from extended first side arm of first end of described central frame support and extended the second side arm of the second end that supports from described central frame.Described device further comprises adjutage, and described adjutage is configured to by display information be presented to the user.The first side that described adjutage supports at described central frame along described the first side arm is at least in part extended and is further extended to the display end from described the first side arm, and described display end is supported on described display on the position of the second side that described central frame supports.Have joint in the described adjutage, described joint construction is for being used for described display at least in the motion of supporting with respect to described central frame on the direction with cross stream component.
Described central frame supports and can extend with arc along the first plane, and the joint of described adjutage can be configured to described motion and comprises the rotation of described display on the second aspect that is in substantially parallel relationship to described the first plane.In such embodiments, the rotation of described display can cause stating display at least in the translation of supporting with respect to described central frame on the direction with cross stream component.
Described device can further comprise a pair of isolated pad, and described a pair of isolated pad is connected to described central frame support by the sway brace of corresponding alternative distortion.In other examples, described central frame supports and the first and second side arms can be configured to band, described band extends between the first and second ends that lay respectively on described the first and second side arms, and described the first and second ends support and first distance that is spaced apart from each other away from central frame.In this example, described band can elastic deformation optionally to increase by the first distance.In further example, described the first side arm can support than central frame have larger rigidity.This distortion of described the first distance of the increase of described band can rotate up described adjutage in first party, and described joint can be configured to and can move, and described motion comprises that display is in the rotation of the second direction opposite with described first direction.In one example, described band can be configured to elastic deformation to increase described the first distance at least 40% under the effect of 1.2 newton's maximum, force.In another example, described band can be configured to elastic deformation to increase described the first distance at least 50% under the effect of 0.6 newton's maximum, force.
Described band can comprise interior section and the flexible exterior section of complying with.Described elasticity exterior section can be that structure and the described interior section of complying with can serve as a contrast in described flexible exterior section uniformly substantially.And then asymmetrical U-shaped can be extended to form in the end of described the first side arm with respect to the free end of described the second side arm.The described end of described the first side arm can further enlarge and described bellend is held in circuit that described display device uses and the power supply at least one with respect to the described end of described the second side arm.Described asymmetrical U-shaped can provide a plurality of contact points for user's head, and the bellend of described the first side arm can provide counterweight with respect to described adjutage.Described bellend can comprise that a plurality of electric contact pieces are to link to each other external unit and described circuit with in the power supply at least one.Described electrical pickoff can be substantially concordant and can separate by the part of described outside surface with the outside surface of described bellend.
The joint of described adjutage can rotatably connect the first and second parts of described adjutage.Described first can be connected to described the first side arm, and described second portion comprises the display end.Described device can further comprise the camera on the second portion that is located at described adjutage.Described adjutage can comprise the inner surface in the face of described the second side arm, and described device can further comprise the button that is located at the function that is used for controlling described device on the described inner surface.Described button can comprise illuminable part, can see the pilot lamp that is associated with described function by described illuminable part.
Of the present utility modelly relate on the other hand a kind of electronic installation, described electronic installation comprises that central frame supports, and described central frame supports has coupled nose frame.Described nose frame is configured to rest on user's the nose, and described core is supported on above user's the eyebrow.Described electronic installation also comprises the first side arm and the second side arm, the first end that described the first side arm supports from described central frame extends and is configured to contact near the part the first ear of being positioned at account, and described the second side arm extends and is configured to contact near the part the second ear of being positioned at account from the second end of described central frame support.Described electronic installation further comprises adjutage, and described adjutage is configured to by display information be presented to the user.Described adjutage extends and further extends to the display end from a described side arm along one in described the first and second side arms at least in part, and described display end supports described display in order to can be positioned to the eyes of proximal subscribers.Comprise joint in the described adjutage so that described display can towards or away from the direction of eyes of user on rotate in the sight line the user.Described joint can be positioned in the described adjutage, thereby the rotation of described display further causes the transverse translation of described display.
Described central frame supports and described the first and second side arms can be configured to band, and described band extends between the first and second ends that are positioned at respectively on described the first and second side arms and limits U-shaped.Such band can elastically deformable so that the expansion by U-shaped can be worn on user's the head.The rotation of described display can compensate because the change in location of the described display that the expansion of U-shaped causes.
Of the present utility modelly relate on the other hand a kind of head-wearing type device assembly, described head-wearing type device assembly is configured to be worn over on the account.Described device comprises module, housing unit and the link with adjutage, described adjutage is configured to by display information be presented to the user, described housing unit is away from described adjutage, and described link extends between described housing unit and the described adjutage.Described assembly also comprises holding element, the first side arm and linking arm, described holding element comprises that central frame supports, described central frame supports and extends with arc along the first plane, described the first side arm extends from the first end that described central frame supports, and described linking arm extends from the second end that described central frame supports.Described module structure assembles to limit extended the second side arm of the second end that supports from described central frame for being used for by described link being connected with described linking arm with described holding element, thereby the first side that described adjutage supports at described central frame along described the second side arm is at least in part extended and is further extended to the display end from described side arm, and described display end is supported on described display on the position of the second side that described central frame supports.Can comprise joint in the described adjutage, described joint makes described display be in substantially parallel relationship on second plane on described the first plane and can rotate.
Described holding element can comprise interior section and the flexible exterior section of complying with.Such elasticity exterior section can be structure substantially uniformly, and the uniform structure qualification of described cardinal principle goes out the outside surface of the first side arm and the second end of supporting from described central frame extends to limit described adjutage.In one example, described holding element can comprise nose frame, and described nose frame is configured to rest on user's the nose when described module and described holding element fit together.In such example, described the first side arm can be configured to contact with near a part that is positioned at the first ear with account, and the eyes location that described display can proximal subscribers.In another example, described holding element can comprise the first and second eyeglasses, and described the first and second eyeglasses are connected to described central frame and support.Described the first and second eyeglasses can be positioned at the user each above eyes, and when the assembling after, described display can be supported on eyeglass one side relative with user's eyes by described adjutage.
According on the other hand of the present utility model, provide a kind of wear-type device.Described wear-type device comprises that central frame supports, the first and second side arms, and adjutage, described the first side arm extends from the first end that described central frame supports, described the second side arm extends from the second end that described central frame supports, and from described the first and second side arms on the direction that supports near described central frame is outstanding for described adjutage.Described adjutage is configured to by display device information be presented to the user.Described wear-type device further comprises nose frame, and described nose frame comprises cross member and a pair of nose pad, and described cross member is detachably connected to described central frame and supports.
And then described cross member comprises can be inserted into the interior leaf spring parts of recess that described central frame supports.
And then described nose frame further comprises the arm section, and described nose pad removably links to each other with described arm section.
And then described arm section comprises the first arm and the second arm, and each nose pad removably links to each other with described the first arm or the second arm, and described the first and second arms can regulate to change described display device with respect to the position of described eyes of user on ergonomics.
Description of drawings
Fig. 1 is for the example system that receives, transmits and show data;
Fig. 2 shows another view of system shown in Figure 1;
Fig. 3 A shows for the example system that receives, transmits and show data;
Fig. 3 B shows for the example system that receives, transmits and show data;
Fig. 4 shows for the example system that receives, transmits and show data;
Fig. 5 shows the head-wearing type display device according to the utility model embodiment;
Fig. 6 shows the head-wearing type display device shown in Figure 5 that is worn over on the account;
Fig. 7 A-7C shows the head-wearing type display device shown in Figure 5 that is in its exemplary adjustments structure;
Fig. 8 A and 8B show the schematic diagram of the many aspects of head-wearing type device shown in Fig. 7 A-7C;
Fig. 9 shows the optional embodiment according to the head-wearing type display device of another embodiment of the utility model;
Figure 10 A and 10B show the head-wearing type computer installation according to another embodiment of the utility model;
Figure 11 shows the front view of head-wearing type computer installation shown in Figure 10 A;
Figure 12 shows and is in Figure 10 A shown device that it regulates structure;
Figure 13 shows the different conditions that Figure 10 A shown device is in the adjusting of its part;
Figure 14 shows the different conditions that Figure 10 A shown device is in the adjusting of its another part;
Figure 15 shows the disassembled perspective view according to Figure 10 A shown device of its modular;
Figure 16 shows the part of Figure 10 A shown device in its another disassembled perspective view;
Figure 17 A-17D shows the disassembled view of the representative configuration that can be implemented in the nose frame in Figure 10 A shown device;
Figure 18 shows the head-wearing type display device according to another embodiment of the utility model; With
Figure 19 shows the disassembled view of device shown in Figure 9.
Embodiment
Describe according to embodiment of the present utility model below with reference to accompanying drawing.Fig. 1 shows for the example system 100 that receives, transmits and show data.System 100 illustrates with the head-wearing type calculation element.And Fig. 1 shows wear-type device 102, as the example of head-wearing type calculation element.The head-wearing type calculation element of other types can add or be used alternatively.As shown in Figure 1, wear-type device 102 comprises frame element, and lens element 110,102 and side arm 114,116, described frame element comprise that picture frame 104,106 and central frame support 108.Central frame support 108 and side arm 114,116 be configured to respectively by user's nose and ear wear-type device 102 to be fastened to the user on the face.
Frame element 104,106 and 108 and side arm 114, in 116 each all can form plastics and/or metal solid construction, or the hollow structure that can be made by similar material, in order to allow wire and element interconnection internally by wear-type device 102.Other materials also is fine.
One or more in the lens element 110,102 can be by the image of Display projector or any material of picture are made suitably.In the lens element 110,102 each can be enough transparent in to allow the user to see through lens element.In conjunction with can promoting the augmented reality sense or look squarely demonstration, wherein the image of projection or picture are superimposed upon on the scene of the real world that the user sees by lens element with these two features of described lens element.
In the side arm 114,116 each all can be for extended outstanding from picture frame 104,106 respectively, and be positioned at the user's ear back so that wear-type device 102 is fastened on the user.Side arm 114,116 can be further by being fastened to wear-type device 102 on the user around extending with the rear portion of account.Additional or alternatively, for example, system 100 can be fixed to the wear-type helmet structure or post in the wear-type helmet structure.Also there are other possibilities.
And then, although Fig. 1 shows a video camera 120, also can use a plurality of video camera, and each video camera can be configured to catch identical view or catch different views.For example, at least a portion of the real world scene that can be observed by the user towards last seizure of video camera 120.Then can be for generation of increasing presence towards front image by being somebody's turn to do of video camera 120 seizure, wherein the computing machine of synthetic image seems that the real world scene of observing with the user interacts.
But finger operating touchpad 124 is shown on the side arm 114 of wear-type device 102.Yet, but finger operating touchpad 124 can be positioned on the miscellaneous part of wear-type device 102.And, but at wear-type device 102 a plurality of finger operating touchpads can be set.But finger operating touchpad 124 can use the input instruction by the user.But finger operating touchpad 124 can pass through capacitive sensing, and resistance induction or surface acoustic wave are processed and the position of other possibility finger sensing and at least one in the motion.But the finger operating touchpad 124 can respond to be parallel to touchpad surface or with the direction of touchpad surface in same plane on finger motion, and also can respond to the stress level that is applied on the touchpad surface, or can respond to simultaneously be parallel to touchpad surface or with the direction of touchpad surface in same plane on finger motion and be applied to stress level on the touchpad surface.But finger operating touchpad 124 can be formed by one or more translucent or transparent insulation courses and one or more translucent or transparent conductive layer.But the edge of finger operating touchpad 124 can form and has 20 surfaces a plurality of projections, jagged or coarse, but provides tactile feedback as the user when arriving the edge of finger operating touchpad 124 or other zones take convenient user's finger.If but more than one finger operating touchpad is set, but each finger operating touchpad can operate or provide different functions independently.
Fig. 2 shows the replacement view of system shown in Fig. 1 100.As shown in Figure 2, lens element 110,102 can be used as display.Wear-type device 102 can comprise that the first projector 128, the first projector 128 are connected on the inner surface of side arm 116 and are configured to and will show that 130 project on the inner surface of lens element 112.Additional or alternatively, the second projector 132 can be connected on the inner surface of side arm 114 and be configured to and will show that 134 project on the inner surface of lens element 110.
Lens element 110,112 can and can comprise that as the combiner in the ray cast system reflection projects the coating of the light on it from projector 128,132.In certain embodiments, can not use reflectance coating (for example when projector 128,132nd, during laser scanning device).
In optional embodiment, can use the display of other types.For example, lens element 110,112 itself can comprise: transparent or semitransparent matrix display, for example electroluminescent display or liquid crystal display, be used for image is sent to one or more waveguides of eyes of user, maybe nearly eye pattern in focus can be looked like to send to other optical elements of user.Corresponding display driver can be located in the frame element 104,106, is used for driving matrix display.Alternatively or additionally, laser or led light source and scanning system can be used in grating is shown on the retina of the one or more eyes that directly are drawn to the user.The possibility that also has other.
Fig. 3 A shows for the example system 200 that receives, transmits and show data.System 200 illustrates with head-wearing type calculation element 202 forms.Head-wearing type calculation element 202 can comprise frame element and side arm, such as frame element and the side arm of reference Fig. 1 and 2 description.Head-wearing type calculation element 202 can additionally comprise airborne computing system 204 and video camera 206, such as the described record computing system of reference Fig. 1 and 2 and video camera.Video camera 206 is depicted as on the framework that is installed in head-wearing type calculation element 202; Yet video camera 206 also can be installed in other positions.
As shown in Figure 3A, head-wearing type calculation element 202 can comprise individual monitor 208, and display 208 can be connected to described device.Display 208 can be formed on in the lens element of head-wearing type calculation element 202 one, described lens element for example is with reference to the described lens element of Fig. 1 and 2, and display 208 can be configured to cover the computing machine generation picture of the real world in user's visual field.Display 208 is depicted as the center of the eyeglass that is located at head-wearing type calculation element 202, yet display 208 can be located at other positions.Display 208 can be by computing system 204 controls, and computing system 204 is connected to display 208 by optical waveguide 210.
Fig. 3 B shows for the example system 220 that receives, transmits and show data.System 220 illustrates with the form of head-wearing type calculation element 222.Head-wearing type calculation element 222 can comprise side arm 223, and central frame supports 224, and the bridge section with nose frame 225.In the example shown in Fig. 3 B, central frame supports 224 and connects side arm 223.Head-wearing type calculation element 222 does not comprise the picture frame with lens element.Head-wearing type calculation element 222 can additionally comprise airborne computing system 226 and video camera 228, such as the described airborne computing system of reference Fig. 1 and 2 and video camera.
Head-wearing type calculation element 222 can comprise single lens element 230, and lens element 230 is connected to a upper or central frame support 224 in the side arm 223.Lens element 230 can comprise display, the display of describing such as reference Fig. 1 and 2, and the computing machine that can be configured to cover real world in user's visual field generates picture.In one example, single lens element 230 can be connected to the inboard (namely being exposed to the side with the part of account when the user wears) of side arm 223.When head-wearing type calculation element 222 was put on by the user, single lens element 230 can be positioned at user's eyes front or near user's eyes location.For example, single lens element 230 can be positioned at central frame and support below 224, shown in Fig. 3 B.
Fig. 4 shows exemplary computer network foundation structure.In system 300, device 310 utilizes for example wired or wireless connection of communication link 320() communicate by letter with remote-control device 330.Device 310 can be can receive data and demonstration is corresponding with described data or the device of any type of the information that is associated.For example, device 310 can be to look squarely display system, as with reference to the described wear-type device 102,200 of figure 1-3B or 220.
Thus, device 310 can comprise display system 312, and described display system 312 comprises processor 314 and display 316.Display 316 for example can be the optical perspective display, and optics is around seeing (see-around) display, or the video perspective display.Processor 314 can be from remote-control device 330 receive datas, and will be for the described data configuration that shows to display 316.Processor 314 can be the processor of any type, for example microprocessor or digital signal processor.
Remote-control device 330 can be calculation element or the transmitter of any type, comprises portable computer, mobile phone or flat calculation element etc., and described calculation element is configured to transfer data to device 310.Remote-control device 330 and device 310 can comprise hardware so that communication link 320 is available such as processor, transmitter, receiver, antenna etc.
In Fig. 4, communication link 320 is depicted as wireless connections; Yet, also can use wired connection.For example, communication link 320 can be wired serial bus or the parallel bus such as USB (universal serial bus).Wired connection also can be special-purpose the connection.Communication link 320 can be for example to use
(bluetooth) radio-frequency technique, the communication protocol (comprising any IEEE 802.11 versions) of describing among the IEEE 802.11, cellular technology (such as GSM, CDMA, UMTS, EVDO, WiMAX, or LTE), or
The wireless connections of technology and other possibility technology.Remote-control device 330 can and can comprise the calculating cluster that is associated with specific network service (for example, social networks, photo are shared, address book etc.) by access to the Internet.
Fig. 5 and 6 shows the embodiment of the head-wearing type device that can implement the various systems described with reference to figure 1-4.Fig. 5 shows the embodiment that can be worn over the device 410 of (as shown in Figure 6) on the account.As described in more detail below, device 410 comprises and is with 412, provides with 412 and installed 410 and be worn over cooperation required on the account.Device 410 comprises that also cantilever shalving 414 comprises display 454 from extend to the cantilever shalving 414 of its free end 416 with a part of 412.Cantilever shalving 414 is connected to be with on 412, thereby when device 410 was put on suitably by the user, the eyes location that the display 454 of cantilever shalving 414 can proximal subscribers was used for so that the user can see the image that presents thereon.By this way, cantilever shalving 414 is configured at least one operation of finishing device 410, is about to the unit that image is presented to user's device 410.Cantilever shalving 414 also can be finished additional operation, cantilever shalving 414 also can comprise the input media of touch-type input device 470 forms, thereby this input media can be by user access to receive the control function that touches input actuating unit assembly 410 or to link to each other with device assembly 410 or the function of other electronic installations of communicating by letter from the user.
Be with 412 to be shown in Figure 5 for and to have unitary construction, this unitary construction generally includes core 430, and core 430 has arm 440A and 440B, arm 440A and 440B from the opposite side of core 430 away from extension.Fig. 6 shows the example that can be worn over a position on the account with 412.As shown in the figure, can be configured to be engaged in the upper and core 430 of user's head with 412 is positioned at above user's the part of face.Especially, Fig. 6 show core 430 for example the part of the eyebrow by continuing to use the family extend and contact with described eyebrow.Usually, user's face can think the top vertical ground from user's lower jaw to forehead and the zone that from the ear to the ear, flatly limits in any part.In Fig. 5 and embodiment shown in Figure 6, the part that eyebrow contacts with core 430 can be according to the change of shape of the size and dimension of core 430 and specific user's head.In one embodiment, according to by with other features of 412 with the cooperation on the account, core 430 fully contacts to keep core 430 position thereon with eyebrow.With 412 at least in the zone of required contact by high friction material such as rubber is made or covered by high friction material.In one embodiment, core 430 is that arc (arc) is to hold substantially circular people's forehead.Can make to allow core 430 crooked in response to each different eyebrows or capitiform by flexible material with 412.
Arm 440A and 440B can be configured to continue to use the zone contact user's of each temple section (also can be called templum, temples) at family or each ear head.Arm 440A and 440B comprise the corresponding free end 444 relative with core 430.When putting on device assembly 410, free end 444 can be positioned near user's the ear.Ear 446 can be connected to the free end 444 of arm 440A and 440B or be integral with free end 444.As shown in Figure 5, ear 446 can comprise arc or curve form, and as shown in FIG., they are in a part of posterior bow at user's the ear back side.The same with glasses, the concrete shape of ear 446 can change in every way, and described mode comprises the amount of their bendings, and the distance that they extend around ear is with the amount that contacts with ear outside actual sustain, if contact.Arm 440 can have the structure that is suitable for suitably locating with respect to core 430 ear 446, to realize being used for user's suitable cooperation or the selection of different user.The shape of arm 440 can change according to the shape and size of core 430.For example, arm 440 can substantially extend back from the core 430 that substantially is orthogonal to it and can be straight substantially.In another embodiment, arm 440 can with respect to core 430 inwardly, outwards, up or down angled and in any direction (for example a plurality of directions) upper crooked to realize required cooperation or aesthetic property.
As mentioned above, ear 446 is can be with the arm 440 of band integrally formed or can pre-assembled individual component to arm 440.Alternatively, can provide many different ears 446, according to cooperation or user's hobby, described different ear 446 can be detachably connected to the end 444 of arm 440.In this structure, ear 446 can by from make with other parts of 412 different material or combination of materials.In a further embodiment, but ear 446 can substantially be in line to extend maybe with arm 440 and can extend inward into them from arm 440 and rest going up most on the zone do not catch on ear on the ear, rather than to downward-extension.In such embodiments, ear 446 or arm 440 can be configured to exert pressure to utilize the friction that produces by described pressure at least in part framework 412 to be remained on user's the head to a side of user's head.
Be with 412 can be consisted of by resilient flexibility material or combination of materials.This structure allows arm, comprises that the outside away from each other deflection in its end 444 is to hold the head of different size.And then described structure can be configured in the position of static or non-bending (for example when not put on), with 412 to a certain extent less than with 412 a required size of planning to wear (in the given range of area of bed) minimum dimension thereon.This may need to a certain extent sagging zone 412 when putting on, thereby owing to causes applying power with 412 couples of users' head with 412 rest positions that are tending towards returning to its reduced size.This power helps and will remain on the other maintenance that user's head is upper and have or do not have ear 446 to provide with 412.Concentricity part 430 is the same, and at least a portion of arm 440 can be made by rubber or another kind of high friction material such as a zone that contacts with user's head, or is coated with and is covered with rubber or another kind of high friction material.Also can increase comfort level to the user by launching more equably contact at materials such as these contact areas use rubber.When being put on, this structure can realize that 3 with user's head contact, and this provides the stability of desired level for assembly 410.Can further be configured to the contact point that provides additional with 412, two contact points in the core 430 for example, or continue to use the Continuous Contact of family ear.Such cooperation also can from the user the head given shape obtain.
The suitable material that is used for 412 of realizing above-mentioned characteristic comprises various plastics, described plastics can utilize rubber (such as thermoplastic elastomer, TPE) in required contact area, be wrapped by injection moulding, double-shot moulding or insert injection moulding or all cover any relatively harder plastics with rubber.Additionally, rubber or TPE can injection mouldings or are assembled on the metal such as spring steel etc.In this embodiment, the high-yield strength metal, such as spring steel, can be used in place required form with 412 plasticity (or permanent strain).Similarly, ear 446 can by plastics or metal make or at least in part coating rubber by rubber cover to increase the friction or comfort level.
Above-mentioned with 412 modification in, core 430 and arm 440A and 440B can be independent elements connected to each other.In one embodiment, arm 440A and 440B can be hinged to core 430 be allowed for storing and transporting can be folded structure.This hinge can be the spring-loaded flexibility that replaces core 430 or arm 440A and 440B with permission flexibility wherein.
In an illustrated embodiment, cantilever shalving 414 is included in arm 476 from the housings 452 with 412 extensions, arm 476 can extend and from being with 412 to extend to ancon 450, ancon 450 take with respect to shown in the angle support displays 454(figure of arm 476 as having elongated shape in order to limit longitudinal axis by it).As shown in the figure, the display 454 that is generally elongated and limits the display axis can extend with respect to arm 476 to about 110 angle with about 80 degree.In one embodiment, display 454 is with respect to 476 one-tenth about an angle of 90 degrees of arm.Ancon 450 can be crooked, as shown in the figure, also can comprise the bend that the bight by point forms, maybe can be configured to display 454 and directly stretch out near arm 476 with required angle, the image source that is associated with display 454 and its interlock circuit can remain in its ancon 450 in the housing 452.Touch is that input media can be positioned in the arm 476, thereby when display 454 was positioned at above the eyes of user, arm 476 was positioned at contiguous described eyes and extends in position in user's temple section (also can be called templum, temples).
In the illustrated embodiment, display 454 is the form of substantially transparent prism, and described prism is configured to be positioned at image that the electronic console of housing 452 generates and covers user's vision or make up with user's vision.The structure of this prism is at the image of receiver side 458 reception projections and so that the user can see described image by the side of watching of watching display 454.This can have by structure display 454 realizations of specific shape and/or material behavior.In the embodiment shown in fig. 5, the receiver side 458 of display 454 and housing 452 are adjacent or be positioned at housing 452, thereby the electronic component in the housing 452 can comprise video projector, and the structure of described video projector is the receiver side with the prism 454 of required projecting video image.This projector can comprise such as LCD, and the image source of CRT or OLED display and prism (if necessary) are for the appropriate area that focuses an image to prism 454.The electronic component that is associated with display 454 can comprise be used to making projector generate the control circuit of required image based on the vision signal that receives from this electronic component.The display of other types and discussed above the image source and can be integrated on the cantilever shalving 414.And then display can be the form of video screen, and described video screen for example is made of transparent substrate.In such example, video generation device can be the LCD display that is used for that is located immediately at described video screen back, the circuit of CRT monitor etc., thus whole display is opaque.The housing of cantilever shalving 414 can extend in order in such embodiments video generation device is fenced up at display and video generation device back.
The receiving surface 458 of display 454 can with surperficial 460 quadratures of watching of prism 454, thereby transparent prism can be used for the environmental view around the wearer of the head portrait of projection and device is made up.This allows the user to observe environment on every side and the image that projects in the prism 454.Prism 454 and display electronic devices can be configured to present opaque or translucent image or their combination, to realize the image combining of various expectations.
Cantilever shalving 414 is connected to by this way and is with 412, namely with away from the distance of user's the eyes mode of locating and displaying device 450 suitably.Shown in the embodiment, arm 476 is configured to be positioned at when being put on in the temple section of account as shown in Figure 5.In this position, arm 476 contiguous corresponding arm 440A and 440B with 412 locate.Correspondingly, cantilever shalving 414 can be connected at the arm 476 of cantilever shalving 414 and with 412 corresponding arm 440A and the position between the 440B and be with 412.In one example, arm 476 can be connected to along the longitudinal axis of arm 476 and be with 412 and away from being with 412 to extend, the longitudinal axis of described arm 476 is tangent in the part of tie point and arm 440A and 440B.Thus, when go Ei to work as arm 476 when continuing to the forward position that its longitudinal axis extends with 412 eyebrows that curve inwardly to contact the user along its core 430, arm 476 can break away from from being with 412.This can allow with the angle of ancon 450 with respect to the arm 476 locating and displaying devices 454 of housing 452, in the side of the arm 440A that links to each other with cantilever shalving 414 and 440B display 454 is properly positioned on above user's the eyes at least substantially.
Need to prove, although thereby the cantilever shalving 414 that shows embodiment illustrated in fig. 5 is connected to 412 when it is positioned on user's the left eye when being put on, other similar embodiment also are possible, and wherein the cantilever shalving 414 of mirror image can be connected to 412 opposition side with above the right eye that can be positioned at the user.According to the application of device assembly 420 and each user's hobby, expectation be a specific side that cantilever shalving 414 is positioned at user's head.For example, make the right-hander like cantilever shalving 414 be positioned at head the right side so that with being more prone to alternately of touch-type input device 470.In another embodiment, people may like on the eyes that make display 454 be positioned at single side superiority with more easily interactive with the element that is presented on the display 454, and display 454 is positioned on the eyes of non-single side superiority so that more easily its focusing is removed from the element that is presented on the display 454 when being engaged in other activities.
As illustrated in Figures 5 and 6, cantilever shalving 414 can be connected to is with 412 or be formed with and be with 412, thereby cantilever shalving 414 is positioned at and is with below 412 when in place on being worn over account.Because display 454 and with the required relative position of 412 core 430, this structure is favourable.Especially, during position on core 430 is positioned at user's eyebrow, wish display 454 is positioned vertically within below the core 430, thereby be positioned at least a portion of user's sight line.Correspondingly, in one embodiment, this location is with 412 to realize by cantilever shalving 414 is connected to, and is with below 412 thereby cantilever shalving 414 is positioned at vertically, except cantilever shalving 414 or with any interconnect component of 412.Other layouts also are fine, and with partly overlapping mode connecting band band 412, and cantilever shalving 414 is positioned at outside with 412 at tie point such as cantilever shalving 414.In such embodiments, if necessary, cantilever shalving 414 is can be downwards angled with suitably with respect to user's eyes locating and displaying device 454.This layout can be used for that providing " to be turned over " puts on and display 454 is positioned at assembly 410 above arbitrary eyes, cantilever shalving 414 by rotation suitably navigate to below 412 regardless of with 412 with the orientation on the account.
As previously mentioned, cantilever shalving 414 can be with respect to being with 412 to regulate, so that the user can will be worn on the head on the comfortable position and can regulate that then display 454 is placed on required or suitable POF with 412.For example, the user may wish display 454 directly is positioned on her sight line (vertically and flatly) or wish display 454 is positioned at her above the sight line, below or the outside.This location may how operative installations 410 changes according to the user, thereby so that dynamic adjustments is useful for some application.In other embodiments, this adjusting can be carried out in cantilever shalving 414 itself, thereby allows cantilever shalving 414 and with being fixedly connected with between 412, still allow simultaneously similarly to regulate.
In the embodiment shown in fig. 5, housing 452 is divided into display housing 475 and arm housing 476.As shown in the figure, display housing 475 defines ancon 450 and has the display 454 that is installed on it.Arm housing 476 defines in fact the arm of cantilever shalving 414 and can comprise touch-type input device 470, and as mentioned above, but touch-type input device 470 can be that the element that separates maybe can be the operating surface 474 of housing 452.In one embodiment, the display housing 475 of housing 452 and arm 476 can be covered by the outer (not shown) of complying with.This skin for example can be made by elastomeric material, and can cover any junction between two housing parts clean and tidy consistent outward appearance is provided for cantilever shalving 414.Swivel adapter head between display housing 475 and the arm 476 can use and can be formed by the individual component such as pin or be made of the integrally formed feature of the post that can be fastened togather and mating hole.Additionally, armature line or ball-and-socket joint can be assembled between display housing 475 and the arm 476 to allow along other axis adjusting.This joint also can be by the outer side covers of complying with.
In this embodiment, display housing 475 can be rotatably connected to arm housing 476.Then cantilever shalving 414 can be connected to by any structure described herein and be with 412.The rotation of display 454 can be carried out for display 454 and regulate with respect to the additional or optional of eyes of user location.Shown in Fig. 7 B, display housing 475 can rotate up with respect to arm housing 476.And then shown in Fig. 7 C, display housing 475 can be rotated down with respect to arm housing 476.In one embodiment, the point of rotation 484 between display housing 475 and the arm housing 476 can be positioned near the focusing center of eyes of user.This can based on different size with on predetermined nonadjustable syndeton approach, as mentioned above, maybe can by forward and backward adjustable syndeton, realize as mentioned above and below with reference to the syndeton shown in Figure 18 and 19.
Shown in Fig. 8 A and 8B, in a fixed structure of display 454, such as (some types that comprise the prism of use) in certain display architectures, it is favourable that display 454 is oriented the line of watching surface 460 to be orthogonal to from the picture position in the display 454 to the focusing center of eyes of user.By allowing display housing 475 to rotate, and allow thus display 454 with respect to arm housing 476 rotation, can utilize different face structures and be used for display 454 or with the different hobbies of 412 horizontal or vertical position display 454 is positioned at the best angle of watching for the user.Fig. 8 A shows the display 454 of position above the horizontal center 492 that is positioned at eyes of user 490.Display 454 pivots or rotation around axis 484, axis 484 extends laterally (enter paper among Fig. 8 A or from paper direction out) with respect to user's face, thereby surface 460 is orthogonal to the line 494 between focusing center's (focus) 496 of the eyes 490 that extend in surface 460 and user.Need to prove, the figure shown in Fig. 8 A only is an example, and different users has different eyes focusing center.Fig. 8 B shows near the display 454 the horizontal center 492 that is vertically located in eyes of user, and display correspondingly rotates for the best of user and watch, as mentioned above.
As mentioned above, the input media of touch-type input device 470 forms also desirably is included in the cantilever shalving 414.Touch-type input device 470 can be touch pad or touch-pad type (trackpad-type) device, described touch pad or touch-pad type device construction are for by the induction of capacitive sensing, resistance, or the position of surface acoustic wave induction and other possibility finger sensing and at least one in the motion.Touch-type input device 470 can further respond to be parallel to its surface or with its flat direction in surface on, or be orthogonal on the direction on described surface, or the finger motion on the above-mentioned both direction, and can respond to the level of the power that applies.Touch-type input device 470 can form has skin and internal layer, described skin is made of one or more in one or more insulation or the dielectric layer, described insulation or dielectric layer can be opaque, translucent or transparent, described internal layer by one or more can be that opaque, translucent or transparent conductive layer consists of.
In one embodiment, the skin of touch-type input device 470 can be the part of the outer wall of housing 452.This can provide touch-type input device 470 is integrated into seamless and integrated uniformly in the housing 452.Described housing can limit be used to the internal layer that holds touch-type input device 470 and any electric structure associated with it such as the internal cavities of control circuit.But the skin of touch-type input device 470 can comprise the operating area 470 of the selection of the whole outer wall 453 of housing 452 or one or more touch-surface 470 forms, such as size, shape and the position indication of the internal layer of touch-type input device 470.If the part of described housing is as the skin of touch-type input device 470, housing 452 can be made by dielectric material such as plastics so.In optional embodiment, touch-type input device 470 can be independent element, this element is installed in the opening of housing 452 and comprises its own dielectric skin, but and touch-type input device 470 separate with wall 453 so that in the window that passes wall 453 and opening, to limit operating area 472 with the similar mode of the touch pad of portable computer.
In the illustrated embodiment, touch-type input device 470 is positioned on the arm 476 and limits the perpendicular that covers with the side part of account.Correspondingly, when assembly 410 was put on, the user of assembly 410 may can't see touch-type input device 470.Provide tactile feedback in order to help the user to recognize that but any operating area 472 of touch-type input device 470, housing 476 can form when having by the texture structure that protrudes, jagged or coarse surface provides with convenient user's finger contact touch-surface 472 to the user.But this texture structure can limit the border of operating area 472, but can be consistent by operating area 472, but but or can be along the level of operating area 472 and vertical length variations to contact the position of the finger of operating area 472 to user feedback.
But touch-type input device 470 also can comprise the additional operating area 472 on the wall 453 or on other parts of housing 452 such as top surface or the basal surface.This can for example realize below the surface of shell that the capacitive transducer layer is positioned at selection.In other embodiments, can additional touch-type input device be set at diverse location such as the ancon 450 of cantilever shalving 414.Each touch-type input device 470 can operate independently, and different functions can be provided.Additionally, housing 452 can comprise additional input structure, if the button 474 of additional function is provided for cantilever shalving 414, described additional function comprises locking or dormancy characteristic or allows the user to be cantilever shalving 414 Switching powers between the state of Kai Heguan.
The input media of touch-type input device 470 or other types can be used in provides the control function, described control function is for example carried out by cantilever shalving 414, for example by airborne CPU or be installed on the relevant head-wearing type structure or the CPU in the head-wearing type structure carries out, or carry out by the remote-control device such as smart mobile phone or portable computer.In one embodiment, the information user relevant with the control function is visible at display 454.In one example, the described control function selection that is master menu.In such embodiments, the menu that has a selective listing can be presented on the display 454.The user can maybe can roll by the option that highlights and can select by different movement confirmations along the predetermined mobile cursor that moves of touch-type input device 470 by finger, and the acceptance of described selection shows by display.The example that the master menu project is selected comprise whether answer or refuse remote linkage smart mobile phone incoming call or roll or amplify being presented on map on the display.
Additional input structure can be included in the cantilever shalving 414.These input structures comprise camera 426 and sensor 428, as shown in Figure 5.Camera can be used for according to user's wish taking pictures or recording of video.Camera also can be carried out to be used in that to increase presence functional by the image that described device uses to obtain user's vision of user surrounding environment.Sensor 428 for example can be light sensor, and this light sensor can be by the hardware or the software application that are associated with camera 426.As shown in Figure 5, camera and sensor can be included in the ancon 450 in the housing 452 and towards substantially perpendicular to the direction of watching surface 460 of display 454.In such layout, camera 426 is positioned to towards the direction of continuing to use the family sight line, and sensor 428 is positioned to respond to the interior light of form of camera 426.Other positions that are used for camera 426 and sensor 428 also are fine.In one example, camera or a plurality of camera can be positioned at and be with 412.This layout can comprise near the core 430 as be configured to when device 410 quilts are put on the position between the eyes of user.In another was arranged, camera can be positioned to be with on 412, thus when device 410 quilts are put on each eye alignment of each camera and user.In another was arranged, a series of cameras can be spaced apart at regular intervals along for example crossing core 430 with 412 length.In such layout, sensor 428 is dispersed between the camera 426.Similarly, sensor also can be positioned at 412 interior vicinities and be positioned at any camera of 412 and any other position that is positioned at discussion.
In one embodiment, button 474 can be configured to receive input with camera 426 or a plurality of magazine camera seizure image of guiding device 410 use devices 410 from the user.In one embodiment, control circuit or the softwares of device in 410 allow the one or more cameras of user selection, utilize this camera to catch image or are utilizing button 474 to take a picture before utilizing the actual seizure of selected camera image before receiving input.Button 474 can be positioned on the cantilever shalving 414 along the top surface 467 of housing 452.This location allows the user to utilize the thumb opposite with top surface 467, and forefinger is pressed on the button 474 and grasps housing 452 with the action of pinching.The action of this action of imitation that action or the people of this action and the shutter that be used for to trigger traditional camera (for example idiot camera or slr camera) use similar is so that the user more intuitively uses button 474 usefulness cameras to take pictures.Additionally, the location of the button 474 of being pressed take above-mentioned action of pinching can provide more stable triggering as button 474, and wherein user's thumb is that cantilever shalving 414 provides support when button 474 is pressed.This stability can lowly trigger pressure so that the power that is applied on the button is enough low and can not cause during picture catching that cantilever shalving 414 moves and strengthened by button 474 being configured to have.
As mentioned above, housing 452 can hold electronic circuit, as being used for the circuit of touch-type input device 470.In addition, housing 452 can comprise the control circuit for image source, described image source and display 454, camera 426 or sensor 428, or comprise that control display device 454, touch-type input device 470 or execution are associated for one or more circuit boards of the processor of other functions of cantilever shalving 414.Housing 452 can further comprise power supply, as giving the battery of other circuit supplies.Additionally, housing 452 can comprise storer, the communicator that microprocessor or be used for links to each other with remote-control device, and such as honeycomb, short-distance radio (for example bluetooth), or the WiFi circuit.Additionally, any sort circuit can be included in the cantilever shalving 414, at least one ear 446, for example in the internal cavities of ear 446.As shown in Figure 7,, ear 446 can be configured to when be positioned at when being put on the user's ear back or above.Ear 446 can further be configured to contact a part with account to help the position of fastener assembly 410.Ear 446 can be configured to comprise various forms of batteries or a plurality of battery, such as AAA, and AA, or the battery of 9 volts of models.Described battery can be rechargeable battery, such as lithium ion battery or nickel-cadmium battery, and can be pulled down by the user, or permanent or semipermanent.Ear 446 also can comprise the port (not shown), described port can be used in device 410 is connected to power supply with in the situation that do not dismantle battery and charge the battery, maybe will install 410 and be connected to the remote-control device that communicates with, as mentioned above, or the storer of renewal or erecting device 410 in software or hardware.
In a commerce arranges, with device 410 similar a plurality of devices can be fabricated to have separately be with 412, described is the area of bed that cooperates different range with hook, such as " little ", " in ", and " greatly ".Similarly, can carry out for left eye cantilever shalving position and be used for the modification of right eye cantilever shalving position.Further embodiment also is fine, and wherein various cantilever shalvings and band are interchangeable and can sell separately.Can carry out the further modification of described device, described band provides different cooperation patterns (as have ear or do not have ear or various shape) or color.
In current example, show single cantilever shalving 414 from being with 412 to extend.Alternatively, also can comprise two cantilever shalvings, two cantilever shalvings are separately fixed at 412 arm 440A and 440B upper and corresponding with each eye of user.As further optional, individual monitor 454 can be used for prism or other structures, and described prism or other Structural Tectonics are used for showing two images that eyes can be seen for extending above the eyes two of user.
Fig. 9 shows the optional embodiment of device 510, wherein with 512 nose frames 520 that comprise the core 530 that is connected to band, is used to be supported on the nose of wearer core 530 rather than the support on the eyebrow.In an illustrated embodiment, nose frame 520 comprises a pair of boom 522, and described a pair of boom 522 extends from core 530.In the view of the embodiment of device assembly shown in Figure 11 510, boom 522 is from core 530 to downward-extension.In other views, when putting on corresponding to the user usually, the orientation of the device assembly 510 shown in Fig. 9 is in the orientation of neutral straight position timer 510 when user's head.The description of the boom 522 from core 530 to downward-extension is described purpose as the reference framework and for this.The description of the reference direction that any other is relevant also is used for similar purpose and can not be used for restriction the utility model, unless stated otherwise.
Boom 522 can comprise the pad 524 that is located thereon, and pad 524 can be positioned to rest on the part of nose of wearer.Pad 524 can by than boom 522 easily curved material make, for comfortable purpose.Additionally, to make pad 524 material be flexible and have the texture structure of the surperficial landing of the nose of avoiding continuing to use the family.Boom 522 can for flexibility comfortable cooperation further to be provided and/or to be clipped on user's nose.Further, boom 522 is can the shifting ground crooked and can reset, and can become and cooperates best the user thereby fill up 524 position.This can comprise that with respect to core 530 near together or keep away or the motion of front and back, this can regulate the height of core 530, and regulates thus cantilever shalving 514 and its display 554 with respect to the position of eyes of user.Display 554 and its other structures can with above-described embodiment in similar, for example can cantilever shalving 514 cantilever shalvings 514 be connected to structure with 512 for being used for.In other embodiments, compare with illustrated embodiment, can be with core 530 integrally formed and can have such structure with arm and the similar structure of pad, that is, and the greater or lesser zone contact user's of nose frame 520 nose.Such device 510 allows wherein larger weight distribution at the weight distribution structure (as describing with reference to figure 5-7C) of the front side of user's ear.In one example, in this structure, device 510 can reach 60% weight can be to by contacting the nose support by the user with nose frame 520.
Figure 10 A, 10B and 11 show according to the exemplary embodiment for receiving, transmit and show data of the present utility model.System 600 be the head-wearing type calculation element and comprise be included in above-mentioned structure in the identical many elements of element.Device 610 shown in Figure 10 A is configured to can be worn on user's the head.As described in more detail below, device 610 comprises is with 612, provides the required cooperation that is worn over on the account with 612 for installing 610.Device 610 further comprises adjutage 614(according to the term that uses in the utility model, and adjutage also can be called " cantilever shalving "), adjutage 614 extends to its display end 616 from the part with 612, and described display end 616 comprises display 654.Adjutage 614 is configured to when the user puts on, and is installed in the eyes that display 654 on the adjutage 614 can proximal subscribers and is positioned at least in the visual line of sight of these eyes, is used for making the user can see the image that is presented on display 654.Like this, adjutage 614 is configured at least one operation of finishing device 610, is about to image and presents to the user.Additional operation can be finished by adjutage 614, adjutage 614 also can comprise the input media of touch-type input device 470 forms, thereby touch-type input device 470 can be accessed to carry out the control function that touches input gesture actuating unit assembly 610 or linked to each other with device assembly 610 or the function of another electronic installation of communicating by letter by the user.
Be with 612 shown in Figure 10 A for comprising core 630, and side arm 640A, 640B extends from the opposite side of core 630.Core 630 comprises nose frame 620, nose frame 620 is configured to rest on the nose of wearer, core 630 provides support for nose frame 620, side arm 640A, 640B can extend integratedly from core 630, perhaps seem at least to extend integratedly from core 630, core 630 and side arm 640A, the transitional region between the 640B comprises bending or curve part.Nose frame 620 can comprise a pair of boom 622, boom 622 from core 630 with extend with reference to figure 9 described boom 522 similar modes.Boom 622 can comprise the pad separately 624 that is located thereon, and pad 624 can be positioned to rest on the part of wearer nose.
Similar in other structures of the further adjusting of display and it and above-described embodiment for example can be for the structure that adjutage 614 is connected to 612.In other embodiments, can be with core 630 integrally formed and can have such structure with arm and the similar structure of pad, namely to compare with the embodiment shown in the figure, the greater or lesser zone of nose frame 620 contacts with user's nose.Correspondingly, device 610 can be worn on user's the head, thereby nose frame 620 can rest on user's the nose, and side arm 640A, 640B extend in above each temple section and adjacent ear of user.Device 610 can be configured to by adjusting or other adjustings of the boom 622 that the following describes, thereby display 654 suitably is positioned in user's the visual field of eyes.A position, device 610 can be positioned at on the account, and boom 622 is conditioned with on the position in the visual field that display 654 is positioned at the user, and still, thereby the user must upwards guide its eyes to see the image on the display fully.
The free end 644A that enlarges can construct and locate the weight that becomes adjutage 614 provides configuration.Adjutage 614 navigates to the user's ear front, and adjutage 614 can make its a part of weight be supported on above user's the eyebrow.Weight by increasing the user's ear back with the form of ear 646 (or weight is moved to user ear back), ear becomes fulcrum, around the weight of this fulcrum adjutage 614 and the overall balance of ear 646.A part of weight that this can eliminate above user's nose provides more comfortable and potential more secure fit, and lowered nose frame 620 downward potential landing on user's nose.Element in the free end 644A that enlarges such as battery or various control circuit, can be arranged as and contributes to installing 610 required weight distribution.For example, heavier element, for example battery can towards or be placed on the side arm 640A away from adjutage 614, distribute with regulating weight.In one embodiment, most of weight can be born by nose and think that device provides firmly sensation and core 630 is remained on desired position above the eyebrow, thereby keeps the desired position for display 654.In one embodiment, the 55%-90% of the weight of device assembly 610 can be born by user's ear.
Can be configured in enough scopes and flexibly distortion under the effect of appropriate force with 612, with the secure fit on user's that various sizes are provided the head.In one example, with 612 be configured to be engaged in cosily and securely the adult head about at least 90%.For this reason, as shown in figure 14, the structure with 612 can elastic deformation (or flexiblely distortion), thereby the distance 696 between free end 644A and the 644B can be from initial value or unbent distance 696 under the effect of power
1Increase at least 40% and can reach crooked distance 696
2Cardinal principle 50%.In other embodiments, distance 696
1Can increase more than 50%.Initial distance 696 between free end 644A and the 644B
1Can be configured to little with respect to the area of bed of wearing minimum thereon with 612 plans, thereby distance 696 increases (profit at least in a way, increase about 5%), even thereby when the user with minimal head size put on, the bending away from each other between free end 644A and the 644B was so that a part of pressure is applied to the side of user's head.
Additionally, can for example be processed into by its structure with 612 and to have enough spring constants, thereby when expanding to cooperate the user with relatively large area of bed with 612, when putting on, be applied to pressure with the side of account with 612 not too large and cause pain or make device 610 be difficult to put on or take off.Different materials with certain characteristic can use so that as with 612 flexural properties that expectation is provided take different form.In one embodiment, as mentioned above, can have the spring constant that be used for to expand of about 0.005-0.02N/mm with 612, or in another embodiment, have the spring constant of about 1/1000N/mm.As mentioned above, for given exemplary spring constant, can pass through the power of 0.3N-1.2N from about 156 millimeters-about 216 millimeters initial distance 696 with 612
1Expand.In another embodiment, described expansion can be carried out under the effect of the about power of 0.6N.
Can be configured to comprise interior section 638 and the flexible exterior section 648 of complying with 612.Interior section 638 can comprise with contact with account with 612 any part.In the specific embodiment that illustrates in the drawings, interior section 638 can limit the whole inside surface with 612, contact with user's head with the compliant materials of guaranteeing interior section, regardless of with the user contact with 612 zone.Interior section 638 can be by any suitable materials for support, and described material can provide the comfort level that is engaged in the enhancing on the account with 612, common shape that simultaneously can retainer belt 612.Acceptable material comprises various foamed materials, such as scum rubber, and neoprene, nature or synthetic leather and various fabric.In one embodiment, interior section 638 is supported by the TPE of injection mold or casting.Interior section 638 can also be made by various types of nylon, and described nylon for example comprises Grilamid TR90.The compliance of the material of interior section 638 can be by the hardness measurement of material.In one example, interior section 638 can be made by the TPE with the hardness between the 30-70.Interior section 638 can form to have the path that pass through it opposite with inside surface 639 or is formed on wherein passage.This path or passage capable of being are enough in any wire that guiding is associated with adjutage 614.For example, as mentioned above, battery can be contained in is with 612 bellend 644A, and described battery links to each other with the inner member of adjutage 614 and thinks their power supplies.This connection can be by extending through the wire realization of passage or hollow passage, and described passage or hollow passage run through core 630.
Shown in Figure 10 A, side arm 640A can comprise arc or segment of curve, thereby it continues to use the part bending at the back side of family ear.The same with glasses, the shape of this bending can change in many ways, comprises crooked change in size, distance and the amount (if contact is arranged) that contacts with the outside actual sustain of ear that it extends around ear.Bending 646 among the side arm 640A can be mixed into the free end 644A that forms the continuous shape in the free end 644A that enlarges and can be configured to enlarge and can be positioned to contact with a part with the adjacent ear of being positioned at of account back.Bending 646 is resilient flexibility further, thereby the head of different size and shape can be held by such cooperation.In such embodiments, the free end 644A of expansion is can be with interior section 638 integrally formed and comprise the inner support of a part that extends beyond exterior section 648 that is positioned at it.Described inner support also can comprise flexible member, and spring element (not shown) for example is to help to provide with 612 deflection with to the maintenance pressure of Dai Zhetou.This spring element can plastic yield with the position of the free end 644A that is allowed for regulating expansion.The length of armature conductor can be used in provides this specific character.Any inner support in the free end 644A that enlarges can extend to the zone of the interior section 638 that is arranged in exterior section 648 and think that it provides additional support.
In another example, the housing 652 of adjutage 614 can be for example links to each other by the housing unit in the free end 644A of inner member and expansion.Described inner member can for example use retaining element, cementing agent or integrally formed being connected between the two.Housing 652, the inner shell unit be connected then can enough another kind of materials such as the coating and injection moulding such as TPE so that uniformly outward appearance and formation the seen part with 612 interior section 638 to be provided substantially.Visual signature can be included in this unit 632 such as separator bar, relief line etc., so that the visual appearance of independent element to be provided.
In one embodiment, link to each other with the adjutage 614 of common rigidity along the adjutage 614 of its part and common rigidity is integrally formed with 612, be made for and flexible can making rigidity with 612 with the junction of adjutage 614.Among the embodiment that illustrates in the drawings, this can occur along the part of side arm 614.In such example, can expect and will form its above-mentioned deflection major part in core 630 or core 630 and side arm 640A with 612, occur in the transitional region between the 640B.
This structure can be realized in many ways.For example, side arm 640A is by being made for harder with being connected of rigidity adjutage 614.In this embodiment, may wish side arm 640B is also made rigidity, thus side arm 640A, and the head that 640B continues to use the family provides more similarly sensation.This can be by being arranged in interior section 638 interior realizations with structure member such as one section rigid wire etc.And then exterior section 648 can be configured to make side arm 640A, and 640B more should.For example, exterior section 648 can have the U-shaped cross-section profile and have wall 680, and wall 680 extends internally with respect to outer wall 659.Wall 680 can be along side arm 640A, and 640B arranges and can be from the core 630 default or less amounts that extend internally, so that the hardness of core 630 is less.And then as shown in figure 11, what comprise exterior section 648 is with 612 can be tapered, thereby outer wall 659 is narrower towards the centre of core 630.Additionally, the material thickness of exterior section 648 is less along the core 630 with 612, so that core is relatively more soft.
Display 654 elongated and that substantially define the display axis can extend with an angle with respect to first 676, and described angle is for example regulated with respect to the rotation of first's 676 solderless wrapped connections 656 by ancon 650 in the scopes of about 100 degree-about 125 degree.Have curved shape although the shape of first 676 is shown on the direction of measuring described angle in the drawings, this measurement can with respect to the line tangent with any part of first, for example be carried out along its end towards joint 656.In another example, the adjusting angle of display 654 can be in the scope of about 20 degree or in the scopes of 16 degree or is less, and the centre position of this scope with respect to the first 676 of adjutage 614 between about 195 degree are spent with 115.Joint 656 is positioned at adjutage 614, thereby joint 656 can be along substantially vertical axis rotation when the user puts on.In other words, among the embodiment shown in the figure, form the U-shaped that substantially limits the plane with 612.Such plane can be regarded approximate plane as, allows thus to be with 612 internal memories in any bending, and described bending is mobile vertically with respect to the remainder with 612.Joint 656 can be configured to ancon 650 can be along another parallel plane or extend along same plane substantially.
Shown in Figure 12 and 13, this adjustment can be used in locating and displaying device 654, thereby the image that presents thereon can cosily be watched by the wearer of device 650.As shown in the figure, ancon 650 around the rotation of axis 692 can make plane 660 move near or away from user's eyes 690.This can allow the user to regulate display 654 to be used for cosily watching the image that is presented on the display 654, and allows the user that display 654 is positioned at such distance, and namely display 654 does not for example contact with user's eyebrow or eyelashes.And then, in the display 654 of some forms and certain application, may wish to allow the user to regulate the lateral attitude of display 654, thereby the inside edge on surface 660 is positioned at user's pupil 691 outsides when user's eyes are in neutrality (or forward-looking) position.
As shown in figure 13, when device 610 was put on, display 654 ' can be positioned to the outer edge (shown in the line 694) that it prolongs the pupil 691 that exceeds the wearer at least in part.Joint 656 can allow the user to rotate ancon 650, thereby display 654 when outwards mobile away from eyes 690 also along horizontal direction component displacement 698, thereby edge 662 moves into place position outside user's pupil when eyes of user 690 is in neutral position shown in Figure 13.
Additionally, the adjusting between ancon 650 and the first 676 can compensate since the first 676 that the bending with 612 that first 676 connects causes with respect to the motion of core 630 or nose frame 620.As shown in figure 14, so that free end 644A, the distance 696 between the 644B increases when being with 612 deflections, when being with 612 during for deflection, and side arm 640A, 640B can be with respect to their position rotation and translation.Therefore, this causes identical rotation and the translation of the first 676 of adjutage 614.According to the shape of adjutage 614, this motion causes corresponding rotation and the translation of ancon 650 and display 654.In the example that illustrates in the drawings, display 654 is towards with 612 center 630
1And the eyes away from the user move inward.With 612 and/or other structures of adjutage 614 also be fine, wherein display moves near core 630 and thus near user's eyes.
Joint 656 between first 676 and the ancon 650 can comprise having internal hinge, and described internal hinge has the position that sufficient friction is placed with respect to first 676 to keep ancon 650.First 676 and ancon 650 can be configured to the outward appearance that provides consistent, as shown in the figure.First 676 and ancon 650 can further be configured to the outward appearance of constant curvature of the outside surface 675 of adjutage 614, regardless of the position of joint 656.And then, as shown in figure 16,, the hinged surperficial 664A of first 676 can limit have outside surface 653 leading edge along 666.Hinged surperficial 664A can be configured to intersect with outside surface 675, thus leading edge along 666 outward appearances that smooth curved is provided, described smooth curved has with its outer edge to be compared and ancon 650 overlapping more summits.Be that the simple surface of revolution is compared with hinged surface, this structure provides more visually good with consistent outward appearances, and the described simple surface of revolution will form and mix with adjutage 614 exemplary crooked outer surface intersecting of great fluctuation process more.Hinged surperficial 664B be depicted as from along two axis of neighbouring surface 653 for the surface of projection to being straight surface transition along an axis for projection and along another axis.Hinged surperficial 664A can be the negative-appearing image of hinged surperficial 664B, and this is convenient to realize the desired appearance of leading edge along 666.
Other structures also can be used for realizing the transverse translation adjusting, and described transverse translation is regulated the outside that allows edge 662 to navigate to user's pupil 691.For example, display 654 can utilize carriage to be installed to the first 676 of adjutage 614, and described carriage allows to carry out required transverse translation.This can utilize by the second portion 650 with adjutage 614 track or other slip joint to join first 676 to and realize.Additional slip or flexible feature can be used for providing display 654 towards or away from the motion of eyes of user so that the eyes buffering to be provided.In another was arranged, adjutage 614 can be not have the integrative-structure of joint 656 maybe can be rotatably connected to 612 to turn at the plane internal rotation of the Plane of rotation that is similar to second portion shown in Figure 13 650 allowing.Correspondingly, this rotation also has the cross stream component for the required lateral adjustments at display 654 and edge 662.Additionally, in the embodiment with three housing parts that connect by joint, along orthogonal Plane Rotation, can make up with the vertical adjusting of the embodiment that describes with reference to figure 5-7C in the adjusting of the display that installs 610 interior realizations between wherein said three housing parts permission element
In one embodiment, the image source that is associated with display 654 with and relevant circuit can remain in the ancon 650.The circuit that is used for touch-type input device 670 can be positioned in the first 676, thereby when display 654 was positioned at above the eyes of user, first 676 was positioned at along on the position of user's temple section extension adjacent with this eyes of user.
Additionally, housing 652 can comprise additional input structure, shown in button 684(Figure 10 B), button 684B can provide additional functional for adjutage 614, comprises the power supply of carrying out locking or sleep mode or allowing user's switching device shifter 610 between open and closed.Button 684 can further comprise the LED lamp that is positioned at its surface underneath, the state that the LED lamp can indicating device, as open or close, or dormancy or wake up.Button 684 can be configured to described lamp can be seen when opening, but can not see the lamp source when lamp closes.
The free end 644A that enlarges can comprise one or more connecting contacts 682, and connecting contact 682 can be used in device 610 is connected to power supply charging the battery, and need not to pull down battery.And then device 610 can comprise connectivity port 680, and connectivity port 680 can be used in device 610 is connected to external device (ED), such as smart mobile phone or computing machine.Connectivity port 680 can be any standardized connectivity port, such as USB, and Fire-wire
TM, Thunderbolt
TM, or private port 680.Connectivity port 680 also can be configured to link to each other to charge to device 610 interior batteries with power supply.
As mentioned above, in device 610 embodiment, as shown in figure 15, adjutage 614 can be included in the unit 632, and unit 632 has the part with 312 interior section 638, and a described part comprises the free end 664A of the expansion of side arm 640A.In such embodiments, dismountablely be with 612
1Comprise interior section 638
1Remainder and whole exterior section 648
1When being with 612
1During with module 632 assembling, obtaining structure can be identical with the structure of describing with reference to figure 10A-14.And then additional is with 612
2Can be provided and be with 612
1The similar interior section 638 that comprises
2With whole exterior section 648
2Yet, and be with 612
1Similar, be with 612
2Comprise and to be configured to comprise a pair of frame 631 that is integrally formed therewith
2A pair of frame 631
2Can hold pair of lenses 618
2In corresponding eyeglass.Eyeglass 618
2Can be Sunglasses lenses sun clips, prescription glasses eyeglass or prescription sunglasses eyeglass etc.Eyeglass 618
2Can be at frame 631
2In be stuck in interior section 638
2With exterior section 648
2Part between.And then, be with 612
2Interior section 638
2Can dismantle to allow eyeglass 618
2Be with 612
2Exchange.Interior section 638
2Can comprise the nose frame 620 that is integrally formed therewith
2In this embodiment, be with 612
1Be with 612
2Can exchange and can be connected to module 632 by snap-fit arrangement etc. by the user.Module 632 can comprise that mechanism or other install to be with 612 when what comprise Sunglasses lenses sun clips
2The setting of adjustment module 632 during with its assembling is such as the brightness of display 654.
Figure 17 A-D illustrates in greater detail nose pad 624 and nose frame 620.The broken away view of Figure 17 A shows each nose pad 624 can comprise projection 625 in the opening 627 that is adapted to fit in the arm 622.Show simultaneously two of nose frame 620 independently arm 622 link to each other with center cross member 621, in optional example, arm 622 directly links to each other with cross member 621.In another optional example, have an arm section that for example is arranged to U-shaped, the center section that this arm section has with the end of opening 627 and this arm section links to each other with cross member 621.Regardless of the concrete structure of nose frame, in one example, nose frame removably links to each other with core 630 with 612.
Shown in Figure 17 A, cross member 621 can be admitted by the linkage section 631 of band section.Linkage section 631 can be the part of complying with interior section or elasticity exterior section of core 630.Cross member 621 can removably be fastened to linkage section 631 in a different manner.In one example, cross member 621 is as the leaf spring.In this case, the user end that can inwardly pinch cross member 621 slides into them in the recess of linkage section 631 simultaneously.From linkage section 631 pull down can by away from the core of linkage section 631 pulling cross members 621 in described recess, to break away from described end.In another example, cross member 621 can be fastened to linkage section 631 by bolt or other securing members.In another example, cross member 621 can for good and all be connected to 612 linkage section 631 or integrally formed with linkage section 631.According to a possibility, cross member 621 can be laser-welded to linkage section 631.In another possibility, cross member 621 and linkage section 631 can be molded or be configured to the element of one.
In the embodiment shown in Figure 18 and 19, device 710 has is with 712, similar with Figure 10 A-17 illustrated embodiment, comprises interior section 738 and the flexible exterior section 748 of complying with 712.This layout further illustrates in greater detail in Figure 19.Interior section 738 can comprise any part that contacts with user's head with 712.In the specific embodiment that illustrates, interior section 738 can limit the whole inside surface 739 with 712, contact with user's head with the compliant materials of guaranteeing interior section 738, regardless of with 712 and a zone that the contact user.
As shown in figure 19, interior section 738 can have such profile, and namely it is engaged in the passage 749 that is formed by exterior section 748 at least in part.In illustrated embodiment, the size of interior section 738 is set to be engaged in the passage 749 along its relatively narrow part relative with inside surface 739.Then can extend internally exterior section 748 and can be relatively wide along this part that can comprise inside surface 739 of interior section 738.Passage 749 can be configured to admit therein and anyly be formed on part open channel in the interior section 739 to keep described wire with 712 wire or sealing.
And then in the embodiment shown in Figure 18 and 19, ear 746 is can be with interior section 738 integrally formed and can prolong the end 744 that exceeds exterior section 748.In these embodiments, interior section 738 can comprise the inner support that is positioned at its part, and this inner support forms ear 746.Such inner support can comprise electronic housings, described electronic housings hold battery or with the device 710 other electronic circuits that are associated.Inner support can also comprise that elastomeric element such as spring element (not shown) are to help to provide with 712 deflection and to act on maintenance pressure on the wearer head.Described spring element also can be regulated ear 746 with the permission user by plastically deformable.One section armature conductor can be used in the characteristic that provides such.Any inner expenditures in the ear 746 can extend to the zone that interior section 738 is positioned at exterior section 748 and think that it provides additional support.
In the embodiment shown in Figure 18, comprise the track 736 that extends along one section wall arm 740 with 712 connection features.Cantilever shalving 714(cantilever shalving 714 can be called adjutage in other parts of this instructions) and with 712 between connection can be configured to allow with 712 and the relative position of cantilever shalving 714 between adjusting.Cantilever shalving 714 comprises connection features 762, and connection features 762 comprises bolt 766, and the bar section of bolt 766 is engaged in the track 736 and the head of bolt 766 stretches out along the main body of connection features 732.In such layout, cantilever shalving 714 can utilize bolt 766 to be connected to connection features 732, thereby cantilever shalving 714 can be with respect to being with 712 by moving forward and backward at track 736 interior slide bolts 766.Such adjusting for example provides various forms of " eyes alleviations " by compensating different eye positions for example for to have the eyes that get deeply stuck in or the user with eyes of close eyebrow.Additionally, the front and back controllability that provides by connection features (web member) 732 can allow display 754 to be positioned to not contact user's eyelashes, comprises the eyelashes of the user with relatively long eyelashes.Then bolt 766 can be fastened to housing 752 with respect to the position with 712 cantilever mounted framves 714.Housing 752 can be configured to allow cantilever shalving 714 with respect to certain rotation of connection features 732, thereby the turned position of cantilever shalving 714 can be interior fixing by bolt 766 being fastened to housing 752.Such connection can be equipped with the spring (not shown) between housing 752 and connection features 732 etc., thereby cantilever shalving 714 is left from its bias voltage.This so that the lateral attitude of cantilever shalving 714 and thus the lateral attitude of display 754 can regulate by fastening bolt 766, bolt 766 can draw housing 752 to get more close connection features 732.In any was arranged, cantilever shalving 714 can be by unclamping bolt 766 and being with 721 to separate until pull down from housing 752.In other embodiments, bolt 766 can have stop part or similar structures in its end, and this stop part is positioned at housing 752, thus bolt 766 can not pull down, cantilever shalving 714 can not change from being with 712 to pull down thus.Track 736 can comprise conductive features, such as the conducting line segment that exposes or partly put trace in this track, described conductive features can be aimed at the other conductive features on the housing 752 that is positioned at cantilever shalving 714, to allow with being connected between the interior electronic component (comprising image source or touch-type input device 770) of the electronic component in 712 and cantilever shalving 714.In other embodiments, the outer lead (not shown) can extend in 712 and inserts in the cantilever shalving 714 upper outlet (not shown) from being with, to realize required being electrically connected between band and the cantilever shalving 714.Can comprise additional wire with 712, at least a portion that this additional wire passes with 712 is connected with each other with element further that the position is far away.
Claims (30)
1. an electronic installation is characterized in that, comprising:
Band, described band is configured to be worn on user's the head, described band comprises core, from extended the first and second side arms of the opposite side of described core, and nose frame, described nose frame hangs down and is configured to contact the part of user's nose from described core, and described the first and second side arms are configured to contact the part of described user's contiguous each ear of head; With
Operating unit, described operating unit comprises display and housing, described housing has the first side arm that is connected to described band and the arm that limits longitudinal axis, described housing also comprises ancon, described ancon limits the display end of described housing and supports described display, so that described display is along extending with respect to the angled display axis of described longitudinal axis, and so that described display can navigate to above described user's the eyes.
2. electronic installation according to claim 1, it is characterized in that, described operating unit further comprises video generation device, and described video generation device is located in the described housing and is configured to be created in the image that can present to described user on the described display.
3. electronic installation according to claim 1 is characterized in that, described display is the prism of normally transparent, and described prism is configured to the described image that can present to described user on it combined with the User by described display.
4. electronic installation according to claim 1, it is characterized in that, described operating unit also comprises input media, described input media is connected on the described housing and is configured to and receives the input that is associated with function from described user, and described function is relevant with information on can being presented on described display.
5. electronic installation according to claim 4, it is characterized in that, the described housing of described operating unit limits outer wall, and described input media comprises the touch induction circuit that is located at contiguous described outer wall in the described housing, and described touch induction circuit is configured to receive the touch input by described outer wall from described user.
6. electronic installation according to claim 5, it is characterized in that, described touch induction circuit is located at a part of back of described outer wall, and the outside surface of described outer wall comprises the texture structure that is limited to wherein and is positioned at the zone that covers described touch induction circuit.
7. electronic installation according to claim 1 is characterized in that, described display axis is configured to become with respect to described longitudinal axis the angle of 80 degree-110 degree.
8. electronic installation according to claim 1 is characterized in that, also comprise at least one electronic component in the internal cavities that is located at described band, and described at least one electronic component is electrically connected with the described video generation device of described operating unit.
9. electronic installation according to claim 1, it is characterized in that, in described the first and second side arms each defines respectively the first and second ends, and described band for flexible structure in case described first end and the second end can be toward each other or be mobile away from each other with the fastening force on the appropriate section that the head that makes described the first and second side arms come to described user is provided.
10. electronic installation according to claim 1 is characterized in that, described band comprises the resilient flexibility structure housing, and described resilient flexibility structure housing is at least in part around easily curved inner member;
Described easily curved inner member comprises inside surface, and described inside surface limits face and the part that contacts with described user of being used for of described band; And
Described resilient flexibility structure housing is located at the relative side of the inside surface with described easily curved inner member of described band.
11. electronic installation according to claim 1, it is characterized in that, also comprise the camera with camera lens, described camera links to each other with described operating unit, so that the camera lens of described camera exposes and is in substantially parallel relationship to described longitudinal axis at described housing in the ancon of described housing.
12. electronic installation according to claim 11 is characterized in that, described operating unit comprises and is configured to receive input so that described electronic installation utilizes described camera to catch the button of image from described user.
13. electronic installation according to claim 12 is characterized in that, described button is positioned on the described housing so that described button comprises that by applying to described housing the action of pinching that contacts with described button is triggered by described user.
14. electronic installation according to claim 1 is characterized in that, also comprises the camera with camera lens, described camera links to each other with described band so that the camera lens of described camera exposes and is in substantially parallel relationship to described longitudinal axis at described camera.
15. a wear-type device is characterized in that, comprising:
Central frame along usually horizontal expansion supports;
Extended the first side arm of first end from described central frame support;
Extended the second side arm of the second end from described central frame support;
Be configured to by display information be presented to user's adjutage, the first side that described adjutage supports at described central frame along described the first side arm is at least in part extended and is further extended to the display end from described the first side arm, and described display end is supported on described display on the position of the second side that is positioned at described central frame support;
Described central frame supports and described the first and second side arms are configured to band, described band extends between the first and second ends that lay respectively on described the first and second side arms, and the described end of described the first side arm is extended with respect to the described end on described the second side arm, and described bellend is held the circuit of described display use and at least one in the power supply.
16. wear-type device according to claim 15 is characterized in that described adjutage also comprises input media, and described bellend is held the circuit that is electrically connected with described input media.
17. wear-type device according to claim 15, it is characterized in that, described adjutage is positioned at the first side of described user's corresponding ear, thereby described adjutage has the barycenter that is positioned on the point that is located at described ear the first side, and described bellend is extended around at least a portion of described user's identical ear, and described bellend is configured to have the barycenter that is positioned on the point that is located at described ear the second side.
18. wear-type device according to claim 17, it is characterized in that, the whole weight distribution that described bellend further is configured to described wear-type device when being put on by described user is on described user's nose and described user's ear, and the major part of described whole weight is applied on the described ear.
19. wear-type device according to claim 15 is characterized in that, described bellend comprises for the circuit of carrying out the function that is associated with described wear-type device.
20. wear-type device according to claim 15, it is characterized in that, described band comprises interior section and the flexible exterior section of complying with, and described flexible exterior section is that structure unanimous on the whole and the described interior section of complying with are to described flexible exterior section lining.
21. wear-type device according to claim 15 is characterized in that, the described end of described the first side arm extends to form asymmetrical U-shaped with respect to the described end of described the second side arm.
22. wear-type device according to claim 21 is characterized in that, described asymmetrical U-shaped provides a plurality of contact points for described user's head; And the bellend of described the first side arm provides the counterweight with respect to described adjutage.
23. wear-type device according to claim 15 is characterized in that, described bellend comprises for external unit and described circuit and at least one a plurality of electric contact piece that link to each other described in the described power supply.
24. wear-type device according to claim 23 is characterized in that, described electric contact piece is concordant with the outer surface of described bellend and separate by the part of described outer surface.
25. wear-type device according to claim 15, it is characterized in that, described adjutage comprises the inner surface in the face of described the second side arm, and described wear-type device also comprises the button that is located at the function that is used for controlling described wear-type device on the described inner surface.
26. wear-type device according to claim 25 is characterized in that, described button comprises can illuminated part, can illuminated part can see the pilot lamp that is associated with described function by described.
27. a wear-type device is characterized in that, comprising:
Central frame supports,
Extended the first side arm of first end from described central frame support;
Extended the second side arm of the second end from described central frame support;
One from described the first and second side arms on the direction that supports near described central frame is outstanding for adjutage, described adjutage, and described adjutage is configured to by display device to user's presentation information; With
Nose frame, described nose frame comprise cross member and a pair of nose pad, and described cross member supports with described central frame and removably links to each other.
28. wear-type device according to claim 27 is characterized in that, described cross member comprises can be inserted into the interior leaf spring parts of recess that described central frame supports.
29. wear-type device according to claim 27 is characterized in that described nose frame further comprises the arm section, described nose pad removably links to each other with described arm section.
30. wear-type device according to claim 29 is characterized in that, described arm section comprises the first arm and the second arm, and each nose pad removably links to each other with described the first arm or the second arm; And
Described the first and second arms can regulate to change described display device with respect to the position of described eyes of user on ergonomics.
Applications Claiming Priority (6)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US13/353,445 US8976085B2 (en) | 2012-01-19 | 2012-01-19 | Wearable device with input and output structures |
| US13/353,445 | 2012-01-19 | ||
| US13/425,951 US8971023B2 (en) | 2012-03-21 | 2012-03-21 | Wearable computing device frame |
| US13/426,033 | 2012-03-21 | ||
| US13/426,033 US9529197B2 (en) | 2012-03-21 | 2012-03-21 | Wearable device with input and output structures |
| US13/425,951 | 2012-03-21 |
Publications (1)
| Publication Number | Publication Date |
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| CN202758141U true CN202758141U (en) | 2013-02-27 |
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| CN 201220129899 Expired - Lifetime CN202758142U (en) | 2012-01-19 | 2012-03-30 | Head-mounted device |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201220129899 Expired - Lifetime CN202758142U (en) | 2012-01-19 | 2012-03-30 | Head-mounted device |
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|---|---|
| CN (2) | CN202758141U (en) |
| DE (2) | DE202012003332U1 (en) |
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Also Published As
| Publication number | Publication date |
|---|---|
| DE202012003317U1 (en) | 2012-07-09 |
| CN202758142U (en) | 2013-02-27 |
| DE202012003332U1 (en) | 2012-07-06 |
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Granted publication date: 20130227 |