CN107479208A - Glasses - Google Patents
Glasses Download PDFInfo
- Publication number
- CN107479208A CN107479208A CN201710726485.6A CN201710726485A CN107479208A CN 107479208 A CN107479208 A CN 107479208A CN 201710726485 A CN201710726485 A CN 201710726485A CN 107479208 A CN107479208 A CN 107479208A
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- China
- Prior art keywords
- eyeglass
- detector
- track
- group
- glasses
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Classifications
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- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C3/00—Special supporting arrangements for lens assemblies or monocles
- G02C3/02—Arrangements for supporting by headgear
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B30/00—Optical systems or apparatus for producing three-dimensional [3D] effects, e.g. stereoscopic images
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C1/00—Assemblies of lenses with bridges or browbars
- G02C1/02—Bridge or browbar secured to lenses without the use of rims
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C5/00—Constructions of non-optical parts
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C9/00—Attaching auxiliary optical parts
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Health & Medical Sciences (AREA)
- Ophthalmology & Optometry (AREA)
- Eyeglasses (AREA)
Abstract
The invention discloses a kind of glasses, belong to electronic technology field.The glasses include：Eyeglass track, support component and two groups of eyeglasses, every group of eyeglass include two flexible lens, and eyeglass track is the circular orbit that can be worn on human body head；Support component is fixedly installed on eyeglass track, and support component is used to support eyeglass track；Connector is provided with every group of eyeglass, every group of eyeglass is flexibly connected by connector with eyeglass track, and can be moved along eyeglass track.The present invention solves the glasses with flexible lens in use, the problem of because spot occur in flexible lens or breakage occurs and glasses can not be continuing with, realize when one group of eyeglass spot occurs or occurs damaged, user can still be continuing with the effect of glasses.The present invention is used to watch image.
Description
Technical field
The present invention relates to electronic technology field, more particularly to a kind of glasses.
Background technology
With the development of science and technology, the glasses with flexible lens because its lighter in weight and easily it is moulding obtain extensively should
With.
For example, combine three-dimensional (English：3-dimension；Referred to as：3D) there is the 3D eyes of flexible lens made of technology
Mirror.User can wear the 3D glasses viewing 3D rendering with flexible lens.
If user using with flexible lens glasses during, accidentally cause flexible lens occur spot or by
Damage, then user can not continue normal use glasses.
The content of the invention
The invention provides a kind of glasses, can solve to have the glasses of flexible lens in use, due to flexibility
The problem of there is spot or breakage occurs and can not be continuing with glasses in eyeglass.The technical scheme is as follows：
The glasses include：Eyeglass track, support component and two groups of eyeglasses, eyeglass described in every group include two flexible mirrors
Piece,
The eyeglass track is the circular orbit that can be worn on human body head；
The support component is fixedly installed on the eyeglass track, and the support component is used to support the eyeglass rail
Road；
Connector is provided with every group of eyeglass, every group of eyeglass is connected by the connector and eyeglass track activity
Connect, and can be moved along the eyeglass track.
Optionally, the support component includes：Two temples, two connecting rods, tie-beam and nostril bridge support part, described two
Individual temple is respectively fixedly disposed at the both ends of the tie-beam, and the nostril bridge support part is fixedly installed on the tie-beam；
The eyeglass track includes：Main orbit section, secondary orbital segment and two connection orbital segments, described two connection orbital segments
It is respectively positioned between the main orbit section and the secondary orbital segment, and described two connection orbital segments are non-conterminous；
The tie-beam is between the main orbit section and the secondary orbital segment, and the tie-beam is close to the backbone
Road section is set, and described two temples are also fixedly installed on described two connection orbital segments by described two connecting rods respectively,
The distance of described two temples is less than the length of the main orbit section.
Optionally, the glasses are 3D glasses.
Optionally, the glasses also include：Controller, the controller and the connection set on two groups of eyeglasses
Part is electrically connected,
The controller is fixedly installed on the eyeglass track, and the controller can be by setting on two groups of eyeglasses
The connector put, two groups of eyeglasses are controlled to be moved in the same direction along the eyeglass track respectively.
Optionally, the connector set on every group of eyeglass includes：It is arranged on described two flexible lens both ends
Two driving wheels, described two driving wheels are connected in the eyeglass track.
Optionally, each driving wheel includes：Driving wheel body, and the electric drive knot being arranged on the driving wheel body
Structure, the controller electrically connect with the electric drive structure；
The controller is additionally operable to the electric drive structure Loading Control signal, with cause the electric drive structure according to
The control signal, the driving wheel body where driving the electric drive structure move along the eyeglass track.
Optionally, the glasses also include：First detector and the second detector, the controller and the described first detection
Device and second detector are electrically connected, and one end distance of the first position in the main orbit section and the tie-beam is most
Closely, the second place in the main orbit section and the other end of the tie-beam are closest, one group in two groups of eyeglasses
Eyeglass is arranged in the main orbit section, and another group of eyeglass is arranged on the secondary orbital segment；
First detector is fixedly installed on the first position in the main orbit section, and any group of eyeglass is described in
When same direction moves out of the main orbit section the export-oriented main orbit section, any group of eyeglass passes through described first successively
Position and the second place, second detector are fixedly installed on the secondary orbital segment；The controller can pass through
Each detector in first detector and second detector, whether detection driving wheel is by institute on the eyeglass track
State the position that each detector is set；
The controller is additionally operable to：Moved respectively along the eyeglass track towards the same direction controlling two groups of eyeglasses
When dynamic, detect whether that driving wheel is set by each detector on the eyeglass track by each detector respectively
Position；Detecting two driving wheels by the first detector setting on the eyeglass track by first detector
Position when, control one group of eyeglass to stop movement, described in detecting that two driving wheels pass through by second detector
During the position that second detector is set on eyeglass track, another group of eyeglass is controlled to stop movement, it is described another to cause
One group of eyeglass is moved in the main orbit section, and one group of eyeglass is moved on the secondary orbital segment.
Optionally, the glasses also include：3rd detector, the controller electrically connect with the 3rd detector,
Each connection orbital segment includes：Extendable temple members and fixed length segment, described two temples are respectively by described
Two connecting rods, it is arranged on two fixed length segments on described two connection orbital segments；
3rd detector is fixedly installed in the main orbit section, and is worked as and be provided with any group in the main orbit section
During eyeglass, the 3rd detector is located between two flexible lens in any group of eyeglass；The 3rd detector energy
Its distance with target obstacle is enough detected, the target obstacle is located in any group of eyeglass set in the main orbit section
Flexible lens institute in the plane, and is located at the flexible lens same direction of the main orbit section；
The controller can also：Moved respectively along the eyeglass track towards the same direction controlling two groups of eyeglasses
Before dynamic, two extendable temple members elongation in described two connection orbital segments is controlled respectively, and detect by the 3rd detector
Distance, when the distance detected by the 3rd detector is more than pre-determined distance, stop controlling described two connection tracks
Two extendable temple members elongation in section；Moved respectively along the eyeglass track towards the same direction controlling two groups of eyeglasses
Afterwards, two extendable temple members in described two connection orbital segments are controlled to shorten.
Optionally, first detector and second detector are pressure detector,
The controller is additionally operable to：Before two extendable temple members elongation in controlling described two connection orbital segments, lead to
At least one detector crossed in first detector and second detector, detects whether the glasses include described two
Group eyeglass, and when it is determined that the glasses include two groups of eyeglasses, control two in described two connection orbital segments can stretch
Contracting segment elongation.
Optionally, in two groups of eyeglasses the inner surface of at least one set of eyeglass covered with the diaphragm that can be removed.
The beneficial effect that technical scheme provided by the invention is brought is：
The invention discloses a kind of glasses, and in the glasses, two groups of eyeglasses can be realized in eyeglass track by connector
Upper movement, so as to realize the replacement of two groups of eyeglasses.During glasses use, if one group of eyeglass can not normal use, Yong Huke
With carry out operation make it possible to another group of eyeglass of normal use with can not normal use one group of eyeglass transposition, by energy
Another group of eyeglass of enough normal uses with can not one group of eyeglass of normal use replace so that user can be continuing with this
Glasses watch clearly image.
Brief description of the drawings
Technical scheme in order to illustrate the embodiments of the present invention more clearly, make required in being described below to embodiment
Accompanying drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the present invention, for
For those of ordinary skill in the art, on the premise of not paying creative work, other can also be obtained according to these accompanying drawings
Accompanying drawing.
Fig. 1 is a kind of structural representation of glasses provided in an embodiment of the present invention；
Fig. 2 is the structural representation of another glasses provided in an embodiment of the present invention；
Fig. 3 is the pressure value and the relation schematic diagram of time that a kind of detector provided in an embodiment of the present invention detects；
Fig. 4 is the magnitude of voltage and the relation schematic diagram of time of a kind of detector output provided in an embodiment of the present invention；
Fig. 5 is the structural representation of glasses after a kind of extendable temple members elongation provided in an embodiment of the present invention.
Embodiment
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing to embodiment party of the present invention
Formula is described in further detail.
Glasses can have the function that it is different, usual glasses can be used for help user to see clearly image or protection
The eyes of user.
Example, the 3D glasses with flexible lens can help user's viewing clearly 3D rendering, for example, people can be with
The 3D glasses viewing 3D films with flexible lens are worn, doctor can wear the 3D videos of 3D glasses viewing patient's focus with right
Patient implements operation.Optionally, the flexible lens in 3D glasses can be optical grating construction made of flexible material, the flexible material
Can be polypropylene (English：Polypropylene；Referred to as：PP) or polyethylene terephthalate is (English：
Polyethylene terephthalate；Referred to as：PET).
And example, there are the eyes that the eye protecting spectacles of flexible lens can be used for protecting user, for example, decoration worker exists
When being painted to furniture, the eye protecting spectacles with flexible lens can be worn, to prevent the little particle sprayed from painting into pleasing to the eye
Eyeball.
Fig. 1 is a kind of structural representation of glasses provided in an embodiment of the present invention.As shown in figure 1, the glasses 10 include：Mirror
Piece track 101, support component 102 and two groups of eyeglasses.
Wherein, two groups of eyeglasses can include：First group of eyeglass 103 and second group of eyeglass 104, every group of eyeglass can include
Two flexible lens.Eyeglass track 101 is the circular orbit that can be worn on human body head, and support component 102 can be fixed and set
Put on eyeglass track 101, and support component 102 is used to support eyeglass track 101.Example, user can pass through the support
The glasses 10 are worn on head by component 102, and when user wears the glasses 10, in the supporting role of support component 102
Under, eyeglass track 101 can be enclosed on the outside on the head of user.
Connector (not marked in Fig. 1) is provided with every group of eyeglass, and every group of eyeglass passes through connector and eyeglass rail
Road 101 is flexibly connected, and can be moved along eyeglass track 101.That is to say, connector can move on eyeglass track 101, from
And drive every group of eyeglass being flexibly connected with connector to be moved on eyeglass track 101, to cause two groups of eyeglasses in eyeglass rail
Position on road 101 can be replaced.
In summary, in glasses provided in an embodiment of the present invention, two groups of eyeglasses can be realized in eyeglass rail by connector
Moved on road, so as to realize the replacement of two groups of eyeglasses.During glasses use, if one group of eyeglass can not normal use, user
Can carry out operation make it possible to another group of eyeglass of normal use with can not normal use one group of eyeglass transposition, will
Be capable of another group of eyeglass of normal use with can not one group of eyeglass of normal use replace so that user can be continuing with
The glasses watch clearly image.
Fig. 2 is the structural representation of another glasses provided in an embodiment of the present invention.As shown in Fig. 2 on Fig. 1 basis
On, eyeglass track 101 can include：Main orbit section 1011, secondary orbital segment 1012 and two connection orbital segments 1013, and each connect
Connecing orbital segment 1013 can include：Extendable temple members 1013a and fixed length segment 1013b.Support component 102 can include：Two
1021, two connecting rods 1022 of temple, tie-beam 1023 and nostril bridge support part 1024.
Main orbit section 1011 is oppositely arranged with secondary orbital segment 1012, and two connection orbital segments 1013 are non-conterminous, and are respectively positioned on
Between main orbit section 1011 and secondary orbital segment 1012；Tie-beam 1023 between main orbit section 1011 and secondary orbital segment 1012,
And set close to main orbit section 1012；Two temples 1021 are separately fixed at the both ends of tie-beam 1023, and nostril bridge support part
1024 are fixedly installed on tie-beam 1023.Example, nostril bridge support part 1024 can be fixedly installed in tie-beam 1023
Between position, two temples 1021 can also be fixedly installed on two connection orbital segments 1013 by two connecting rods 1022 respectively
On two fixed length segment 1013b, the distance between two temples 1021 are less than the length of main orbit section 1011.Tie-beam
1023rd, two temples 1021 and two connecting rods 1022 can be located at the inside for the closed area that eyeglass track 101 surrounds.
In user's wearing spectacles 10, main orbit section 1011 can be located in face of user, and secondary orbital segment 1012 can position
After the brain of user, two connection orbital segments 1013 can be located at the head on both sides of user respectively.Nostril bridge support part 1024 can be with
On the bridge of the nose of user, two temples 1021 can be hung on two ears of user frame, nostril bridge support part 1024 and two
Individual temple 1021 can support glasses 10 jointly, it is not dropped from user's head.
Please continue to refer to Fig. 2, connector can include two driving wheels 105, and each driving wheel 105 can include：Driving wheel body
With electric drive structure (driving wheel body and electric drive structure not shown in Fig. 2), and electric drive structure setting is on driving wheel body, moves
Wheel body can be connected in eyeglass track 101.Two driving wheels 105 that connector includes can be separately positioned in two groups of eyeglasses
The both ends of two flexible lens, when two driving wheels 105 movement at every group of eyeglass both ends, this group of eyeglass also moves.
Further, the glasses 10 can also include：Controller 106, the first detector 107, the second detector 108 and
Three detectors 109.
Controller 106 can be fixedly installed on eyeglass track 101 that (such as controller 106 is fixedly installed on eyeglass track 101
Main orbit section 1011 one end), and electrically connected with the electric drive structure in each driving wheel 105 and (that is to say and be electrically connected with connector
Connect).Controller 106 can be by each electric drive structure Loading Control signal, making each electric drive structure according to the control
Signal, the driving wheel body where driving it move in the same direction along eyeglass track 101, and then the driving wheel sheet at two groups of eyeglass both ends
Body drives two groups of eyeglasses to be moved respectively along eyeglass track 101 towards the same direction.It should be noted that the movement of electric drive structure
Direction can be the pre-set direction (hereinafter referred to as preset direction) of glasses staff before dispatching from the factory, and on the glasses
The preset direction of all electric drive structures is that the preset direction of all electric drive structures in identical, such as the glasses can be with
It is clockwise.
First detector 107 can be fixedly installed in main orbit section 1011, and the second detector 108 can be fixedly installed on
On secondary orbital segment 1012.Optionally, distance of first the 107 to the second detector of detector 108 on the eyeglass track 101, can
Think the half of the length of eyeglass track 101.
Example, the first position in main orbit section 1011 can be closest with one end of tie-beam 1023, main orbit
The second place in section 1011 can be closest with the other end of tie-beam 1023.First detector 107 can be arranged on
First position, when any group of eyeglass is moved out of main orbit section 1011 export-oriented main orbit section 1011 by preset direction in two groups of eyeglasses
When, any group of eyeglass is successively by the first position and the second place in main orbit section 1011.For example, the first detector 107
The position shown in Fig. 2 can be arranged on, in first group of eyeglass 103 and second group of eyeglass 104 simultaneously along eyeglass track 101 towards up time
During pin direction is moved, when second group of eyeglass 104 moves out of main orbit section 1011 export-oriented main orbit section 1011, second group
Eyeglass 104 can be successively by two positions closest with tie-beam 1023 in two main orbit sections 1011 (namely first
Put and the second place), and in the two positions second group of eyeglass 104 first can pass through the first detector 107 set first
Position.
Optionally, controller 106 can be examined by each detector in the first detector 107 and the second detector 108
Survey whether driving wheel 105 passes through the position that each detector is set on eyeglass track 101.
On the one hand, each detector can be pressure detector.When each detector is pressure detector, each
Detector can detect the pressure value that the position that the detector is set on eyeglass track 101 is subject to, and the pressure that will be detected
Value is sent to controller 106, when controller 106 determines that the pressure value that detector detects is more than the first preset pressure threshold value,
Controller can determine that the position that now detector is set on eyeglass track 101 has driving wheel 105 to pass through.Fig. 3 examines for detector
The pressure value and the relation schematic diagram of time measured, as shown in Figure 3, it is assumed that the first preset pressure threshold value is 0.1 newton, works as inspection
Survey the pressure value that device detects and be more than 0.1 Newtonian time, controller 106 can determine that now the detector is set on eyeglass track 101
The position put has driving wheel 105 to pass through；When the pressure value of detector detection is less than or equal to 0.1 Newtonian time, controller 106 can be true
The position that the detector is set on eyeglass track 101 fixed now is passed through without driving wheel 105.
On the other hand, each detector can be infrared detector.When each detector is infrared detector, often
Individual detector can send out infrared ray, and receive the infrared ray reflected, according to the infrared ray received to controller
106 output voltage values, when the magnitude of voltage of detector output is more than preset voltage value, controller 106 can determine now eyeglass
The position that the detector is set on track 101 has driving wheel 105 to pass through.Example, Fig. 4 is magnitude of voltage and the time of detector output
Relation schematic diagram, it is assumed that preset voltage value be 1 volt, when detector output magnitude of voltage be more than 1 volt when,
Controller 106 can determine that the position that now detector is set on eyeglass track 101 has driving wheel 105 to pass through；When detector is defeated
When the magnitude of voltage gone out is less than or equal to 1 volt, controller 106 can determine now detector setting on eyeglass track 101
Position is passed through without driving wheel 105.
The 3rd detector 109 in Fig. 2 can be fixedly installed in main orbit section 1011, and is set when in main orbit section 1011
When being equipped with any group of eyeglass, the 3rd detector 109 can be located between two flexible lens in any group of eyeglass, the 3rd inspection
Survey device 109 can detect its with the flexible lens target obstacle in the plane distance.Such as the 3rd detector 109 can be with
For distance detector, the target obstacle is located in any group of eyeglass set in main orbit section 1011 flat where flexible lens
On face, and it is located at the flexible lens same direction of main orbit section 1011.Example, the 3rd detector 109, which can be located at, to be set
Between putting two flexible lens of first group of eyeglass 103 in main orbit section 1011, when user's wearing spectacles 10, the
Three detectors 109 are located above the bridge of the nose of user, and the 3rd detector 109 can detect its bridge of the nose with user, and (namely target hinders
The distance between hinder thing).
It should be noted that the action of the mutual replacement of two groups of eyeglasses can be controlled by controller 106 in the embodiment of the present invention
How system, will control the mutual replacement of two groups of eyeglasses to be explained controller below.
Example, control button can be provided with controller 106, user can be by triggering to the control button
Operation carrys out trigger controller 106 and worked.When user needs to control two groups of eyeglasses to be replaced, user can enter to control button
Row trigger action (such as pressing control button).Controller 106 can be according to user to control button trigger action, determine this
When user need control two groups of eyeglasses replace mutually.
Controller 106 can control two connection rails when it is determined that now user needs to control two groups of eyeglasses to replace mutually
Two extendable temple members 1013a elongations in road section 1013, and pass through the detecting distance of the 3rd detector 109.When controller passes through
When the distance that three detectors 109 detect is more than pre-determined distance, controller needs to stop in two connection orbital segments 1013 of control
Two extendable temple members 1013a elongation.
Fig. 5 is the structural representation of glasses after extendable temple members elongation.Worn as shown in figure 5, pre-determined distance L can be user
(namely what is set in main orbit section 1011 appoints the vertical range of the 3rd detector (not shown in Fig. 5) and nose during glasses 10
The distance in plane in one group of eyeglass where flexible lens), it is assumed that the distance is 7 centimetres.Controller 106 is scalable in control
When section 1013a starts elongation, it is possible to control the 3rd detector 109 to start detecting distance.Detected when the 3rd detector 109
When distance is less than or equal to 7 centimetres, controller 106 can continue to control extendable temple members 1013a elongations；When the 3rd detector 109
When the distance detected is more than 7 centimetres, controller 106 can stop controlling extendable temple members 1013a elongations.
It should be noted that when the distance that the 3rd detector 109 detects is less than or equal to pre-determined distance, controller
106 can determine lens set in main orbit section 1011 also above the bridge of the nose, if now controlling the mirror in main orbit section 1011
Piece group move, then the lens set can scratch to the bridge of the nose during movement, cause lens set because scratch to the bridge of the nose and by
Pollution, therefore when the distance that the 3rd detector 109 detects is less than or equal to pre-determined distance, controller 106 can control can
Telescopic section 1013a continues to extend.When the distance that the 3rd detector 109 detects is more than pre-determined distance, controller 106 can be true
Lens set in main orbit section 1011 is determined not above the bridge of the nose, if now controlling the lens set movement on main orbit, mirror
Piece group will not be scratched during movement to the bridge of the nose, and therefore, now controller 106 can stop controlling extendable temple members 1013a
Elongation.
Further, controller 106, can be to each electric drive structure after the 1013a elongations of control extendable temple members are stopped
Loading Control signal so that each electric drive structure is in the presence of the control signal towards preset direction (such as clockwise direction)
It is mobile, so make electric drive structure drive it where driving wheel body moved along clockwise direction on eyeglass track 101, finally
Realize that the driving wheel body at two groups of eyeglass both ends drives two groups of eyeglasses to be moved toward the clockwise direction along eyeglass track 101.
During first group of eyeglass 103 and second group of eyeglass 104 move along eyeglass track 101 towards preset direction, control
Device 106 processed can also detect whether that driving wheel is set by each detector on eyeglass track 101 by each detector respectively
The position put.Detect two driving wheels 105 by the first inspection on eyeglass track 101 by the first detector 107 in controller 106
When surveying the position that device 107 is set, controller 106 can control second group of eyeglass 104 to stop movement；Likewise, in controller 106
Detect two driving wheels 105 by the position by the second detector 108 setting on eyeglass track 101 by the second detector 108
When putting, controller 106 can control first group of eyeglass 103 to stop movement, to cause second group of eyeglass 104 to be moved to main orbit section
On 1011, and first group of eyeglass 103 is moved on secondary orbital segment 1012, so as to complete first group of eyeglass 103 and second group of eyeglass
1014 transposition.
Finally, controller 106 can also be controlled in two connection orbital segments 1013 after two groups of eyeglasses of control stop movement
Two extendable temple members 1013a shorten.
Optionally, when the first detector 107 and the second detector 108 can be pressure detector, in controller 106
Determining user needs to control two groups of eyeglasses that controller can also pass through the first detector 107 and the second detector when replacing mutually
Whether 108 detection glasses 10 include two groups of eyeglasses.Specifically, controller can obtain the first detector 107 and the second detector
The 108 pressure value sums detected, when the pressure value sum detected is more than the second preset pressure threshold value, controller 106 can
To determine that now glasses 10 include two groups of eyeglasses simultaneously.When the pressure value sum detected is less than or equal to the second preset pressure threshold
During value, controller 106 can determine that now glasses 10 only include one group of eyeglass.It should be noted that the second preset pressure threshold
Value can be that staff is drawn by test of many times before glasses 10 dispatch from the factory, and the second preset pressure threshold value can be in glasses
Average pressure value during including two groups of eyeglasses on eyeglass track.
When controller 106 determines that controller 106 can perform control two when being provided with two groups of eyeglasses on eyeglass track 101
The step of two extendable temple members 1013a in individual connection orbital segment 1013 extend.When controller 106 is determined on eyeglass track 101
When being provided only with one group of eyeglass, controller 106 is forbidden performing two extendable temple members in two connection orbital segments 1013 of control
The step of 1013a extends.
Optionally, glasses 10 can also include reminding module, and the reminding module can be electrically connected with controller 106, is used for
User is reminded to increase lens set.When controller 106 determines that controller 106 can when being provided only with one group of eyeglass on eyeglass track 101
To control reminding module to send prompt tone, to remind user to increase lens set.Example, the prompt tone can be to be set in advance in
Voice in reminding module, or other any sound of user's setting.
When glasses 10 are the 3D glasses with flexible lens, it is assumed that when user just starts to wear 3D glasses, first group of mirror
Piece 103 is located in face of user, and after second group of eyeglass 104 is located at the brain of user, user can be watched by first group of eyeglass 103
3D rendering.If first group of eyeglass 103 spot occurs or be damaged, and cause user can not continue to watch clearly 3D figures
Picture, then user can control second group of eyeglass 104 to replace first group of eyeglass 103, and then user can pass through second group of eyeglass 104
Watch clearly 3D rendering so that user normally can be still used the 3D glasses.
When glasses 10 are the eye protecting spectacles with flexible lens, it is assumed that when decoration worker just starts to wear eye protecting spectacles,
First group of eyeglass 103 is located in face of user, and after second group of eyeglass 104 is located at the brain of user, first group of eyeglass 103 can be to dress
The eyes for repairing worker are protected, and decoration worker can pass through the spray painting situation that first group of eyeglass 103 watches furniture surface.Such as
First group of eyeglass 103 of fruit is damaged, then first group of eyeglass 103 can not be protected to the eyes of decoration worker, if first group
There is spot in eyeglass 103, then decoration worker can not clearly watch the spray painting shape of furniture surface by first group of eyeglass 103
Condition.Therefore, when first group of eyeglass 103 is damaged or spot occur, user can control second group of eyeglass 104 to replace first group
Eyeglass 103, and then second group of eyeglass 104 can be protected to the eyes of decoration worker, and decoration worker can pass through second
Group eyeglass 104 continues to watch the spray painting situation of furniture surface so that user still normally can enter to exercise to the eye protecting spectacles
With.
Please continue to refer to Fig. 2, the inner surface of at least one set of eyeglass can be covered with can remove in two groups of eyeglasses of glasses 10
Diaphragm.For example, second group of inner surface of eyeglass 104 be covered with the diaphragm that can be removed, when glasses 10 are with flexible lens
3D glasses, and when user wears 3D glasses viewing 3D films, second group of eyeglass 104 after user's brain may with
The hair at family is rubbed, and then second group of surface of eyeglass 104 is stained, and is influenceed user and is watched using second group of eyeglass 104
The definition of 3D films.When the inner surface of second group of eyeglass 104 is covered with the diaphragm that can be removed, the diaphragm can prevent
Hair directly rubs with second group of eyeglass 104, and user is carrying out the replacement of first group of eyeglass 103 and second group of eyeglass 104
After can remove the diaphragm, user is continued to watch clearly 3D films using second group of eyeglass 104.
In summary, in glasses provided in an embodiment of the present invention, two groups of eyeglasses can be realized in eyeglass rail by connector
Moved on road, so as to realize the replacement of two groups of eyeglasses.During glasses use, if one group of eyeglass can not normal use, user
Can carry out operation make it possible to another group of eyeglass of normal use with can not normal use one group of eyeglass transposition, will
Be capable of another group of eyeglass of normal use with can not one group of eyeglass of normal use replace so that user can be continuing with
The glasses watch clearly image, or allow the glasses to continue to protect the eyes of user.
In glasses need the scene that persistently uses, if one group of eyeglass in the glasses provided in the embodiment of the present invention can not
Normal use, then user can be by controller, and two groups of eyeglasses in control glasses are fast and effectively replaced, and glasses are replaced
Efficiency it is higher.
The foregoing is only the present invention alternative embodiment, be not intended to limit the invention, it is all the present invention spirit and
Within principle, any modification, equivalent substitution and improvements made etc., it should be included in the scope of the protection.
Claims (10)
1. a kind of glasses, it is characterised in that the glasses include：Eyeglass track, support component and two groups of eyeglasses, described in every group
Eyeglass includes two flexible lens,
The eyeglass track is the circular orbit that can be worn on human body head；
The support component is fixedly installed on the eyeglass track, and the support component is used to support the eyeglass track；
Connector is provided with every group of eyeglass, every group of eyeglass is flexibly connected by the connector with the eyeglass track,
And it can be moved along the eyeglass track.
2. glasses according to claim 1, it is characterised in that
The support component includes：Two temples, two connecting rods, tie-beam and nostril bridge support part, described two temple difference
The both ends of the tie-beam are fixedly installed on, the nostril bridge support part is fixedly installed on the tie-beam；
The eyeglass track includes：Main orbit section, secondary orbital segment and two connection orbital segments, the equal position of described two connection orbital segments
Between the main orbit section and the secondary orbital segment, and described two connection orbital segments are non-conterminous；
The tie-beam is between the main orbit section and the secondary orbital segment, and the tie-beam is close to the main orbit section
Set, described two temples are also fixedly installed on described two connection orbital segments by described two connecting rods respectively, described
The distance of two temples is less than the length of the main orbit section.
3. glasses according to claim 1, it is characterised in that
The glasses are 3D glasses.
4. the glasses according to Claims 2 or 3, it is characterised in that the glasses also include：Controller, the controller
The connector with being set on two groups of eyeglasses is electrically connected,
The controller is fixedly installed on the eyeglass track, and the controller can be by setting on two groups of eyeglasses
The connector, two groups of eyeglasses are controlled to be moved in the same direction along the eyeglass track respectively.
5. glasses according to claim 4, it is characterised in that the connector set on every group of eyeglass includes：
Two driving wheels at described two flexible lens both ends are arranged on, described two driving wheels are connected in the eyeglass track.
6. glasses according to claim 5, it is characterised in that
Each driving wheel includes：Driving wheel body, and the electric drive structure being arranged on the driving wheel body, the controller
Electrically connected with the electric drive structure；
The controller is additionally operable to the electric drive structure Loading Control signal, to cause the electric drive structure according to
Control signal, the driving wheel body where driving the electric drive structure move along the eyeglass track.
7. glasses according to claim 5, it is characterised in that the glasses also include：First detector and the second detection
Device, the controller are electrically connected with first detector and second detector, and first in the main orbit section
Position and one end of the tie-beam are closest, the other end of the second place in the main orbit section and the tie-beam away from
From nearest, one group of eyeglass in two groups of eyeglasses is arranged in the main orbit section, and another group of eyeglass is arranged on the secondary rail
In road section；
First detector is fixedly installed on the first position in the main orbit section, and any group of eyeglass is along described same
When direction is moved out of the main orbit section the export-oriented main orbit section, any group of eyeglass passes through the first position successively
With the second place, second detector is fixedly installed on the secondary orbital segment；The controller can be by described
Each detector in first detector and second detector, whether detection driving wheel is by described every on the eyeglass track
The position that individual detector is set；
The controller is additionally operable to：Moved respectively along the eyeglass track towards the same direction controlling two groups of eyeglasses
When, detect whether what driving wheel was set by each detector on the eyeglass track by each detector respectively
Position；Detecting what two driving wheels were set by first detector on the eyeglass track by first detector
During position, control one group of eyeglass to stop movement, detecting that two driving wheels pass through the mirror by second detector
During the position that second detector is set on piece track, another group of eyeglass is controlled to stop movement, it is described another to cause
Group eyeglass is moved in the main orbit section, and one group of eyeglass is moved on the secondary orbital segment.
8. glasses according to claim 7, it is characterised in that the glasses also include：3rd detector, the controller
Electrically connected with the 3rd detector,
Each connection orbital segment includes：Extendable temple members and fixed length segment, described two temples are respectively by described two
Connecting rod, it is arranged on two fixed length segments on described two connection orbital segments；
3rd detector is fixedly installed in the main orbit section, and is worked as and be provided with any group of eyeglass in the main orbit section
When, the 3rd detector is located between two flexible lens in any group of eyeglass；3rd detector can be examined
Its distance with target obstacle is surveyed, the target obstacle is located in any group of eyeglass set in the main orbit section flexible
In plane where eyeglass, and it is located at the flexible lens same direction of the main orbit section；
The controller can also：Moved respectively along the eyeglass track towards the same direction controlling two groups of eyeglasses
Before, control respectively it is described two connection orbital segments in two extendable temple members elongation, and by the 3rd detector detection away from
From when the distance detected by the 3rd detector is more than pre-determined distance, stopping controls described two connection orbital segments
In two extendable temple members elongation；Moved respectively along the eyeglass track towards the same direction controlling two groups of eyeglasses
Afterwards, two extendable temple members in described two connection orbital segments are controlled to shorten.
9. glasses according to claim 7, it is characterised in that first detector and second detector are pressure
Force detector,
The controller is additionally operable to：Before two extendable temple members elongation in controlling described two connection orbital segments, pass through institute
At least one detector in the first detector and second detector is stated, detects whether the glasses include two groups of mirrors
Piece, and when it is determined that the glasses include two groups of eyeglasses, control two extendable temple members in described two connection orbital segments
Elongation.
10. glasses according to claim 1, it is characterised in that
The inner surface of at least one set of eyeglass is covered with the diaphragm that can be removed in two groups of eyeglasses.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710726485.6A CN107479208B (en) | 2017-08-22 | 2017-08-22 | Glasses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710726485.6A CN107479208B (en) | 2017-08-22 | 2017-08-22 | Glasses |
Publications (2)
| Publication Number | Publication Date |
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| CN107479208A true CN107479208A (en) | 2017-12-15 |
| CN107479208B CN107479208B (en) | 2020-11-03 |
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ID=60601944
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710726485.6A Active CN107479208B (en) | 2017-08-22 | 2017-08-22 | Glasses |
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| Country | Link |
|---|---|
| CN (1) | CN107479208B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110236280A (en) * | 2018-03-08 | 2019-09-17 | 南京德朔实业有限公司 | A kind of hair dryer |
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| Publication number | Publication date |
|---|---|
| CN107479208B (en) | 2020-11-03 |
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