CN206421112U - Shaft element modified form intelligent glasses - Google Patents
Shaft element modified form intelligent glasses Download PDFInfo
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- CN206421112U CN206421112U CN201621133622.2U CN201621133622U CN206421112U CN 206421112 U CN206421112 U CN 206421112U CN 201621133622 U CN201621133622 U CN 201621133622U CN 206421112 U CN206421112 U CN 206421112U
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Abstract
The utility model discloses a kind of shaft element modified form intelligent glasses；Including eyeglass, bridge, first rotating shaft component, the first temple, the second shaft element, the second temple, electric power connection line, supplying cell and intelligent controlling device；First rotating shaft component includes rotating shaft fixed cover A, plastic cement gum cover A, crosses line rotating shaft A and metal retainer plate A；Second shaft element includes rotating shaft fixed cover B, plastic cement gum cover B, crosses line rotating shaft B and metal retainer plate B；Effect：Plastic cement gum cover A can for line rotating shaft A damping due to rotation is provided, plastic cement gum cover B can for line rotating shaft B damping due to rotation is provided, so that being rotated between the first temple and bridge, stationarity is good and rotational positioning is good, rotation stationarity is good between second temple and bridge and rotational positioning is good, so that be difficult when wearing because the stationarity rotated between the first temple and the second temple and bridge is bad and relaxing to rock causes the utility model to drop, and then, the utility model is practical, and using effect is good.
Description
Technical field
The utility model is related to Intelligent worn device technical field, specifically, is related to a kind of shaft element modified form intelligence
Can glasses.
Background technology
Intelligent glasses, are commonly called as smart mirror, it refers to " as smart mobile phone, with independent operating system, Ke Yiyou
The program that the software houses such as user installation software, game provide, can complete adding schedule, map by voice or action manipulation
Navigation and good friend are interactive, shoot photo and the function such as video and friend's expansion video calling, it is possible to pass through wireless network
Network come realize wireless network access such class glasses general name ".
However, in the prior art, rotating the intelligent glasses being connected with bridge for temple, it is in integrally-built design
On, its intelligent control part and the power supply power pack powered for the intelligent control part are typically designed and are integral, and solid
In a wherein temple for corresponding intelligent glasses, the defect of such a design is：Intelligent control part and power supply power pack
It is integral and is fixedly arranged in a wherein temple, corresponding temple will be caused to seem to show slightly thick, and shows slightly heavy, and it is another
One temple then seems compact so that monnolithic case is not symmetrical enough, not attractive in appearance enough, also so that wearing uncomfortable.
Based on this, also have and design rotating shaft and bridge and can cross the intelligent glasses of line, so that the intelligence control of corresponding intelligent glasses
System part and power supply power pack are symmetrically divided into two temples of corresponding intelligent glasses, the inside of corresponding rotating shaft and bridge
It is in then hollow structure, so as to form passing channel, still, existing rotating shaft and bridge can cross the intelligent glasses of line, its rotating shaft
The design of component is generally fairly simple, and respective axes of rotation component typically then includes rotating shaft and respective axes of rotation to be fixed on accordingly
Axle sleeve in the bridge of intelligent glasses, the passing channel being internally formed as hollow structure of corresponding rotating shaft, such a structure is set
Although meter is commonplace, it truly has certain defect and deficiency.
Specifically, it can only play a part of connecting the bridge of corresponding intelligent glasses, temple and play a part of line,
It is in rotation process, really without damping due to rotation function so that can not be rotated well between postrotational temple and bridge
It is fixed to certain angle so that easily because the stationarity rotated between corresponding temple and bridge is bad and relaxes and rocks cause when wearing
Corresponding intelligent glasses is dropped, also cause when not in use, corresponding temple is difficult to be rotated folding to be fixed to and corresponding bridge phase
To patch.
Also, its corresponding rotating shaft is when rotating, the electric power connection line in corresponding passing channel is arranged in easily with corresponding
The rotation of rotating shaft and rotate so that easily occur bending and twisted off so that corresponding electric power connection line service life is short.
Thereby, prior art has much room for improvement.
Utility model content
A kind of shaft element modified form that the purpose of this utility model is the deficiency for overcoming above-mentioned prior art and provided
Intelligent glasses.
The utility model solves the technical scheme that is used of prior art problem：A kind of shaft element modified form Brilliant Eyes
Mirror, including eyeglass, bridge, it is rotationally connected with by a first rotating shaft component first temple of bridge wherein one end, by one
Two shaft elements are rotationally connected with the second temple of the bridge other end, electric power connection line, the power supply being fixedly arranged in the first temple electricity
Pond and the intelligent controlling device being fixedly arranged in the second temple；The first passing channel is offered on the first rotating shaft component, it is described
Offer the second passing channel on second rotating shaft part, the bridge be internally formed for so that with first passing channel and institute
State the 3rd passing channel of the hollow structure that the second passing channel is connected；The electric power connection line is connected to the supplying cell
Between the intelligent controlling device, and it is logical to be arranged in first passing channel, the 3rd passing channel and the described second line excessively
In road, its improvement is：
The first rotating shaft component is including the rotating shaft fixed cover A to be fixedly connected with first temple, so as to provide
The plastic cement gum cover A of damping due to rotation, to cross line cross line rotating shaft A and to the fixed metal retainer plate A for crossing line rotating shaft A；
Wherein, the bottom side of the wall of the rotating shaft fixed cover A offers a gap slot A to cross line, and the rotating shaft is fixed
Set A upper end be formed as being arranged the plastic cement gum cover A's and the sleeve that is adapted with the external diameter of the plastic cement gum cover A of internal diameter
A；The inwall of the sleeve A is close to the inwardly projecting internal diameter for being formed with a circle internal diameter and the plastic cement gum cover A in its bottom and described
Cross the flange A to hold up the plastic cement gum cover A that line rotating shaft A diameter is adapted；What the inside of the flange A was formed opens
Mouth is connected with the gap slot A；
The inside for crossing line rotating shaft A offered line path A from its upper end to its lower end, and the line rotating shaft A that crosses is arranged
In in the plastic cement gum cover A；Its upper end is revealed in outside the upper end of the rotating shaft fixed cover A, is fixed with the bridge wherein one end
Connection；The opening that its lower end is formed from the inside of the flange A extend out to the middle and upper part of the gap slot A；The metal is consolidated
Surely circle A is arranged the lower end outer wall for being fixed on line rotating shaft A, and is offseted patch with the upper top surface of the gap slot A；It is described to cross line path
A and the gap slot A are configured to first passing channel.
Second shaft element is including the rotating shaft fixed cover B to be fixedly connected with second temple, so as to provide
The plastic cement gum cover B of damping due to rotation, to cross line cross line rotating shaft B and to the fixed metal retainer plate B for crossing line rotating shaft B；
Wherein, the bottom side of the wall of the rotating shaft fixed cover B offers a gap slot B to cross line, and the rotating shaft is fixed
Set B upper end be formed as being arranged the plastic cement gum cover B's and the sleeve that is adapted with the external diameter of the plastic cement gum cover B of internal diameter
B；The inwall of the sleeve B is close to the inwardly projecting internal diameter for being formed with a circle internal diameter and the plastic cement gum cover B in its bottom and described
Cross the flange B to hold up the plastic cement gum cover B that line rotating shaft B diameter is adapted；What the inside of the flange B was formed opens
Mouth is connected with the gap slot B；
The inside for crossing line rotating shaft B offered line path B from its upper end to its lower end, and the line rotating shaft B that crosses is arranged
In in the plastic cement gum cover B；Its upper end is revealed in outside the upper end of the rotating shaft fixed cover B, is fixed and is connected with the bridge other end
Connect；The opening that its lower end is formed from the inside of the flange B extend out to the middle and upper part of the gap slot B；The metal is fixed
Circle B is arranged the lower end outer wall for being fixed on line rotating shaft B, and is offseted patch with the upper top surface of the gap slot B；It is described to cross line path B
And the gap slot B is configured to second passing channel.
Above technical scheme is further elaborated below：
Preferably, the front end of first temple is provided with an axle sleeve fixed seat A to house the rotating shaft fixed cover A,
The side wall of the axle sleeve fixed seat A and bottom offer a fixing hole A respectively；
The upper end outer wall of the rotating shaft fixed cover A and bottom offer the screw relative with corresponding fixing hole location A respectively
A；First temple by be arranged in the fixing hole A and the screw A relative with its position fastening screw with it is described
Rotating shaft fixed cover A is fixedly connected.
Preferably, the front end of second temple is provided with an axle sleeve fixed seat B to house the rotating shaft fixed cover B,
The side wall of the axle sleeve fixed seat B and bottom offer a fixing hole B respectively；
The upper end outer wall of the rotating shaft fixed cover B and bottom offer the screw relative with corresponding fixing hole B location respectively
B；Second temple by be arranged in the fixing hole B and the screw B relative with its position fastening screw with it is described
Rotating shaft fixed cover B is fixedly connected.
Preferably, the line rotating shaft A that crosses includes spindle rod A and is connected to form integral with the upper end of the spindle rod A
For the secondary axostylus axostyle A being fixedly connected with the bridge wherein one end；
Wherein, the diameter of the spindle rod A is adapted with the internal diameter of the plastic cement gum cover A and the internal diameter of the flange A, institute
Time axostylus axostyle A diameter is stated to be adapted with the internal diameter of the sleeve A and the external diameter of the plastic cement gum cover A；
The plastic cement gum cover A is sheathed in the sleeve A, and height is less than the upper surface of the sleeve A where its upper surface
Place height；The spindle rod A is sheathed in the plastic cement gum cover A, and its upper end and the upper surface of the plastic cement gum cover A are mutually neat
Flat, the opening that lower end is formed from the inside of the flange A extend out to the middle and upper part of the gap slot A；The metal retainer plate A
It is arranged the lower end outer wall for being fixed on spindle rod A, and is offseted patch with the upper top surface of the gap slot A；Stretch described axostylus axostyle A upper end
Go out to outside the sleeve A, and described axostylus axostyle A upper end side wall offers a line mouthful A excessively；Described axostylus axostyle A lower end is nested
Offseted patch in the sleeve A, and with the upper surface of the plastic cement gum cover A.
Preferably, the line rotating shaft B that crosses includes spindle rod B and is connected to form integral with the upper end of the spindle rod B
For the secondary axostylus axostyle B being fixedly connected with the bridge other end；
Wherein, the diameter of the spindle rod B is adapted with the internal diameter of the plastic cement gum cover B and the internal diameter of the flange B, institute
Time axostylus axostyle B diameter is stated to be adapted with the internal diameter of the sleeve B and the external diameter of the plastic cement gum cover B；
The plastic cement gum cover B is sheathed in the sleeve B, and height is less than the upper surface of the sleeve B where its upper surface
Place height；The spindle rod B is sheathed in the plastic cement gum cover B, and its upper end and the upper surface of the plastic cement gum cover B are mutually neat
Flat, the opening that lower end is formed from the inside of the flange B extend out to the middle and upper part of the gap slot B；The metal retainer plate B
It is arranged the lower end outer wall for being fixed on spindle rod B, and is offseted patch with the upper top surface of the gap slot B；Stretch described axostylus axostyle B upper end
Go out to outside the sleeve B, and described axostylus axostyle B upper end side wall offers a line mouthful B excessively；Described axostylus axostyle B lower end is nested
Offseted patch in the sleeve B, and with the upper surface of the plastic cement gum cover B.
Preferably, the metal retainer plate A and the spindle rod A lower end outer wall are welded to connect, the metal retainer plate B
It is welded to connect with the lower end outer wall of the spindle rod B.
Preferably, the intelligent controlling device includes master controller and the miniature video camera being connected with the master controller
Head；
Wherein, the front end of the axle sleeve fixed seat B offers one first perforate, and the minisize pick-up head is revealed in described
One perforate.
Preferably, the intelligent controlling device also include being connected with the master controller to control described miniature take the photograph
The multifunctional fast button taken pictures or imaged as head and the USB charging inlets charged for the supplying cell；
Wherein, the upper surface of second temple is offered under one second perforate, second temple close to its front end
End face offers one the 3rd perforate close to its front end；The multifunctional fast button is revealed in second perforate, and the USB fills
Electrical interface is revealed in the 3rd perforate.
Preferably, the intelligent controlling device also includes the music player being arranged in second temple；
Wherein, the music player include the audio playing module that is connected with the master controller and with the audio
The loudspeaker that playing module is connected；The lower surface of second temple uniformly offers multiple audio output close to its middle part
Hole；The loudspeaker is just to multiple audio output holes.
Preferably, the intelligent controlling device also includes the switch switch being connected with the master controller；
Wherein, the rear end part of first temple and the rear end part of second temple be bent to form separately down for
Smooth bending structure, the switch switch is arranged at the posterior end of second temple of smooth bending structure.
The beneficial effects of the utility model are：
One, a kind of shaft element modified form intelligent glasses provided by the utility model, in the specific implementation, a side
Face, when using the utility model, corresponding plastic cement gum cover A can provide certain damping due to rotation for the line rotating shaft A that crosses, accordingly
Plastic cement gum cover B then can provide certain damping due to rotation for the line rotating shaft B that crosses so that first temple and the bridge it
Between rotation stationarity it is good and rotational positioning is good, rotation stationarity is good between second temple and the bridge and rotational positioning
Property it is good, then cause when wearing the utility model, postrotational first temple and second temple and the bridge it
Between certain angle can be fixed to by rotation well so that be difficult when wearing because first temple and second temple with
The stationarity rotated between the bridge is bad and relaxing to rock causes the utility model to drop, on the other hand, without using this
During utility model, first temple can be rotated folding by the first rotating shaft component with damping due to rotation function and fix
Extremely offseted patch with the bridge, and second temple can be rotated by second shaft element with damping due to rotation function
Folding is fixed to offset patch with the bridge so that the utility model folding stationarity is good so that be easy to store, also, because of phase
Electric power connection line is answered to be passed through through the line path B that crosses crossed in the middle part of the line path A and line rotating shaft B excessively in the middle part of the line rotating shaft A excessively,
So, the rotating shaft fixed cover A with corresponding first temple around it is described cross line rotating shaft A rotate and the rotating shaft fixed cover B with
Corresponding second temple is rotated around the line rotating shaft B that crosses, and corresponding electric power connection line is unaffected, i.e., corresponding electric power connection line is not
It can be rotated with the rotation of the rotating shaft fixed cover A and the rotation of the rotating shaft fixed cover B so that avoid it because occurring bending etc.
Phenomenon and twisted off, and then, the utility model is practical, and using effect is good.
Secondly, in the technical solution of the utility model, on the one hand, the supplying cell is arranged at first temple
Interior, the intelligent controlling device is arranged in second temple so that the utility model weight is well-balanced so that user wears
Comfortably, will not be because a wherein temple is heavy and causes worn the utility model because the gravity of two temples is uneven and tilts one
Side, is on the other hand nested in the sleeve A, and be sheathed on the spindle rod A there is provided the plastic cement gum cover A of damping due to rotation
Outside, described axostylus axostyle A lower end is nested in the sleeve A, and is offseted patch with the upper surface of the plastic cement gum cover A, in institute
State metal retainer plate A and be arranged and be fixed on after the lower end outer wall of the spindle rod A, that is, cause the plastic cement glue that damping due to rotation is provided
Set A will not be skidded off out of described sleeve A to be nested in the sleeve B there is provided the plastic cement gum cover B of damping due to rotation, and is arranged
In outside the spindle rod B, and described axostylus axostyle B lower end is nested in the sleeve B, and with the upper end of the plastic cement gum cover B
Face offsets patch, after the metal retainer plate B is arranged and is fixed on the lower end outer wall with the spindle rod B, that is, to provide rotation
The plastic cement gum cover B of damping will not be skidded off out of described sleeve B, consequently, it is possible to cause the utility model wearing comfort
It is good, use good reliability.
Thirdly, in the present embodiment, manipulate the multifunctional fast button, you can clapped by the minisize pick-up head
According to or shooting, by the USB charging inlets again can for the supplying cell charge so that the utility model using uninterruptedly,
Music is played by the music player, and song can be listened using the utility model, and then, the utility model intellectuality effect
Get well, and the rear end part and the rear end part of second temple because of first temple are bent to form to be smooth separately down
The rearward end of bending structure so that when wearing the utility model, the rear end part of first temple and second temple
Dividing respectively can catch on the rear portion of the left ear of user and auris dextra so that the utility model is difficult to drop, so that, the utility model
Using effect can reach most preferably.
Brief description of the drawings
Fig. 1 is the front view of the utility model shaft element modified form intelligent glasses；
Fig. 2 is the overall structure diagram one of the utility model shaft element modified form intelligent glasses；
Fig. 3 is the overall structure diagram two of the utility model shaft element modified form intelligent glasses；
Fig. 4 is the exploded view one of the utility model shaft element modified form intelligent glasses；
Fig. 5 is the exploded view two of the utility model shaft element modified form intelligent glasses；
During Fig. 6 is the utility model embodiment, the overall structure diagram one of the first rotating shaft component；
During Fig. 7 is the utility model embodiment, the overall structure diagram two of the first rotating shaft component；
During Fig. 8 is the utility model embodiment, the exploded view one of the first rotating shaft component；
During Fig. 9 is the utility model embodiment, the exploded view two of the first rotating shaft component；
Realization, functional characteristics and the advantage of the utility model purpose will be described further referring to the drawings in conjunction with the embodiments.
Drawing reference numeral：
Eyeglass 10；
Bridge 20；Locking cap A201；Locking cap B202；
First rotating shaft component 30；
Rotating shaft fixed cover A301；Gap slot A3011；Sleeve A3012；Flange A30121；Screw A3013；Plastic cement gum cover
A302；Cross line rotating shaft A303；Spindle rod A3031；Secondary axostylus axostyle A3032；Cross line mouthful A30321；Metal retainer plate A304；
First temple 40；
Axle sleeve fixed seat A401；Fixing hole A4011；
Second shaft element 50；
Rotating shaft fixed cover B501；Gap slot B5011；Sleeve B5012；
Second temple 60；
Axle sleeve fixed seat B601；Fixing hole B6011；Audio output hole 602；
Minisize pick-up head 70；
Multifunctional fast button 80；
USB charging inlets 90；
Switch switch 100；
Nose support 110.
Embodiment
The technical solution of the utility model is described in detail below with reference to drawings and the specific embodiments, to become apparent from, directly
See ground and understand invention essence of the present utility model.
With reference to shown in Fig. 1-Fig. 9；
A kind of shaft element modified form intelligent glasses provided by the utility model, including eyeglass 10, bridge 20, pass through one
First rotating shaft component 30 is rotationally connected with first temple 40 of the wherein one end of bridge 20, rotates company by one second shaft element 50
It is connected to the second temple 60 of the other end of bridge 20, electric power connection line, the supplying cell being fixedly arranged in the first temple 40 and is fixedly arranged on
Intelligent controlling device in second temple 60；The first passing channel, described second turn are offered on the first rotating shaft component 30
Offer the second passing channel in shaft member, the bridge 20 be internally formed for so that with first passing channel and described
3rd passing channel of the hollow structure that two passing channels are connected；The electric power connection line is connected to the supplying cell and institute
State between intelligent controlling device, and be arranged in first passing channel, the 3rd passing channel and second passing channel.
Improvement of the present utility model is：
The first rotating shaft component 30 include to be fixedly connected with first temple 40 rotating shaft fixed cover A301, with
The plastic cement gum cover A302 of offer damping due to rotation is provided, line rotating shaft A303 is crossed and to the fixed line rotating shaft A303 excessively to line excessively
Metal retainer plate A304；
Wherein, the bottom side of the wall of the rotating shaft fixed cover A301 offers a gap slot A3011 to cross line, described turn
Axle fixed cover A301 upper end be formed as being arranged the plastic cement gum cover A302's and internal diameter with the plastic cement gum cover A302's
The sleeve A3012 that external diameter is adapted；The inwall of the sleeve A3012 is formed with a circle internal diameter and institute close to its bottom is inwardly projecting
State that plastic cement gum cover A302 internal diameter and the diameter for crossing line rotating shaft A303 be adapted to hold up the plastic cement gum cover A302
Flange A30121；The opening that the inside of the flange A30121 is formed is connected with the gap slot A3011；
The line rotating shaft A303 inside excessively offered line path A, the line rotating shaft excessively from its upper end to its lower end
A303 is sheathed in the plastic cement gum cover A302；Its upper end is revealed in outside the upper end of the rotating shaft fixed cover A301, with the mirror
The wherein one end of beam 20 is fixedly connected；The opening that its lower end is formed from the inside of the flange A30121 extend out to the gap slot
A3011 middle and upper part；The metal retainer plate A304 is arranged the lower end outer wall for being fixed on line rotating shaft A303, and with the breach
Groove A3011 upper top surface offsets patch；The line path A and gap slot A3011 that crosses is configured to first passing channel.
Second shaft element 50 include to be fixedly connected with second temple 60 rotating shaft fixed cover B501, with
Make the plastic cement gum cover B of offer damping due to rotation, to cross crossing line rotating shaft B and consolidating to the fixed metal for crossing line rotating shaft B for line
Surely B is enclosed；
Wherein, the bottom side of the wall of the rotating shaft fixed cover B501 offers a gap slot B5011 to cross line, described turn
Axle fixed cover B501 upper end is formed as being arranged plastic cement gum cover B's and internal diameter and the plastic cement gum cover B external diameter phase
The sleeve B5012 of adaptation；The inwall of the sleeve B5012 is formed with a circle internal diameter and the plastic cement close to its bottom is inwardly projecting
The flange B to hold up the plastic cement gum cover B that gum cover B internal diameter and the diameter for crossing line rotating shaft B are adapted；The flange
The opening that B inside is formed is connected with the gap slot B5011；
The inside for crossing line rotating shaft B offered line path B from its upper end to its lower end, and the line rotating shaft B that crosses is arranged
In in the plastic cement gum cover B；Its upper end is revealed in outside the upper end of the rotating shaft fixed cover B501, solid with the other end of bridge 20
Fixed connection；The opening that its lower end is formed from the inside of the flange B extend out to the middle and upper part of the gap slot B5011；It is described
Metal retainer plate B is arranged the lower end outer wall for being fixed on line rotating shaft B, and is offseted patch with the upper top surface of the gap slot B5011；Institute
Stated line path B and the gap slot B5011 is configured to second passing channel.
Herein, it is necessary to which explanation, second shaft element 50 is identical with the first rotating shaft component 30, institute is right
The parts answered are also identical, so, it is described above in, the specific parts of second shaft element 50 do not make view and said
It is bright, its structure then reference picture 6- Fig. 9.
Based on this, it is to be understood that a kind of shaft element modified form intelligent glasses provided by the utility model, in tool
When body is implemented, on the one hand, when using the utility model, corresponding plastic cement gum cover A302 can provide for the line rotating shaft A303 that crosses
Certain damping due to rotation, corresponding plastic cement gum cover B then can provide certain damping due to rotation for the line rotating shaft B that crosses so that described
Rotation stationarity is good between first temple 40 and the bridge 20 and rotational positioning is good, second temple 60 and the bridge
Rotation stationarity is good between 20 and rotational positioning is good, when then to wear the utility model, postrotational first mirror
Certain angle can be fixed to by rotation well between leg 40 and second temple 60 and the bridge 20 so that when wearing
It is difficult to relax rolling because the stationarity rotated between first temple 40 and second temple 60 and the bridge 20 is bad
It is dynamic to cause the utility model to drop.
On the other hand, when without using the utility model, first temple 40 can be by with damping due to rotation function
The first rotating shaft component 30 is rotated folding and is fixed to offset patch with the bridge 20, second temple 60 can by with
Second shaft element 50 of damping due to rotation function is rotated folding and is fixed to offset patch with the bridge 20 so that this practicality
New folding stationarity is good so that be easy to store.
Also, because corresponding electric power connection line in the middle part of the line rotating shaft A303 excessively through crossing the line path A and line rotating shaft B excessively
The line path B that crosses at middle part is passed through, so, cross line rotating shaft around described with corresponding first temple 40 in the rotating shaft fixed cover A301
A303 is rotated and rotated in the rotating shaft fixed cover B501 with corresponding second temple 60 around the line rotating shaft B that crosses, and corresponding power supply connects
Wiring is unaffected, i.e., corresponding electric power connection line will not be fixed with the rotation and the rotating shaft of the rotating shaft fixed cover A301
Cover B501 rotation and rotate so that avoid it from being twisted off because occurring the phenomenons such as bending.
And then, the utility model is practical, and using effect is good.
Herein, it also will be understood that the supplying cell is arranged in first temple 40, the intelligent controlling device
It is arranged in second temple 60 so that the utility model weight is well-balanced so that user's comfortable wearing, will not be because of wherein one
Temple is heavy and causes worn the utility model because the gravity of two temples is uneven and tilts a side, so that, the utility model
Well-balanced property is good, and symmetry is good and aesthetic property is good.
It is emphasized that in the technical program, the front end of first temple 40 is provided with one to accommodating described turn
Axle fixed cover A301 axle sleeve fixed seat A401, the side wall of the axle sleeve fixed seat A401 and bottom offer a fixing hole respectively
A4011；
The upper end outer wall of the rotating shaft fixed cover A301 and bottom offer relative with corresponding fixing hole A4011 positions respectively
Screw A3013；First temple 40 is by being arranged in the fixing hole A4011 and the screw relative with its position
A3013 fastening screw is fixedly connected with the rotating shaft fixed cover A301.
In this way, causing line rotating shaft excessively fixed in the rotating shaft fixed cover A301 and rotating shaft fixed cover A301
A303 is fixed in the axle sleeve fixed seat A401 of the front end of first temple 40 well.
And in the technical program, the front end of second temple 60 is provided with one to house the rotating shaft fixed cover B501
Axle sleeve fixed seat B601, the side wall of the axle sleeve fixed seat B601 and bottom offer a fixing hole B6011 respectively；
The upper end outer wall of the rotating shaft fixed cover B501 and bottom offer relative with corresponding fixing hole B6011 positions respectively
Screw B；Second temple 60 by be arranged in the fixing hole B6011 and the screw B relative with its position it is tight
Gu screw is fixedly connected with the rotating shaft fixed cover B501.
In this way, causing line rotating shaft B excessively fixed in the rotating shaft fixed cover B501 and rotating shaft fixed cover B501
It is fixed on well in the axle sleeve fixed seat B601 of the front end of second temple 60.
It should be noted that in the specific implementation, it is described cross line rotating shaft A303 include spindle rod A3031 and with the main shaft
Bar A3031 upper end is connected to form the integral secondary axostylus axostyle A3032 for being fixedly connected with the bridge 20 wherein one end；
Wherein, the diameter of the spindle rod A3031 and the plastic cement gum cover A302 internal diameter and the flange A30121
Internal diameter is adapted, the internal diameter and the external diameter of the plastic cement gum cover A302 of described axostylus axostyle A3032 diameter and the sleeve A3012
It is adapted；
The plastic cement gum cover A302 is sheathed in the sleeve A3012, and height is less than the sleeve where its upper surface
Height where A3012 upper surface；The spindle rod A3031 is sheathed in the plastic cement gum cover A302, its upper end and the modeling
Glue gum cover A302 upper surface is flush, and the opening that lower end is formed from the inside of the flange A30121 extend out to the breach
Groove A3011 middle and upper part；The metal retainer plate A304 is arranged the lower end outer wall for being fixed on spindle rod A3031, and lacks with described
Mouthful groove A3011 upper top surface offsets patch；Described axostylus axostyle A3032 upper end is extend out to outside the sleeve A3012, and the secondary axes
Bar A3032 upper end side wall offers one and crosses line mouthful A30321；Described axostylus axostyle A3032 lower end is nested in the sleeve
In A3012, and offseted patch with the upper surface of the plastic cement gum cover A302.
And in the specific implementation, the line rotating shaft B that crosses includes spindle rod B and the shape that is connected with the upper end of the spindle rod B
The integral secondary axostylus axostyle B for being fixedly connected with the other end of bridge 20；
Wherein, the diameter of the spindle rod B is adapted with the internal diameter of the plastic cement gum cover B and the internal diameter of the flange B, institute
Time axostylus axostyle B diameter is stated to be adapted with the internal diameter of the sleeve B5012 and the external diameter of the plastic cement gum cover B；
The plastic cement gum cover B is sheathed in the sleeve B5012, and height is less than the sleeve B5012 where its upper surface
Upper surface where height；The spindle rod B is sheathed in the plastic cement gum cover B, its upper end and the upper end of the plastic cement gum cover B
Face is flush, and the opening that lower end is formed from the inside of the flange B extend out to the middle and upper part of the gap slot B5011；It is described
Metal retainer plate B is arranged the lower end outer wall for being fixed on spindle rod B, and is offseted patch with the upper top surface of the gap slot B5011；It is described
Secondary axostylus axostyle B upper end is extend out to outside the sleeve B5012, and described axostylus axostyle B upper end side wall offers a line mouthful B excessively；Institute
The lower end for stating time axostylus axostyle B is nested in the sleeve B5012, and is offseted patch with the upper surface of the plastic cement gum cover B.
Herein, it is necessary to which explanation, second shaft element 50 is identical with the first rotating shaft component 30, institute is right
The parts answered are also identical, so, it is described above in, the specific parts of second shaft element 50 do not make view and said
It is bright, its structure then reference picture 6- Fig. 9.
In this way, being on the one hand nested in there is provided the plastic cement gum cover A302 of damping due to rotation in the sleeve A3012, and cover
Outside the spindle rod A3031, and described axostylus axostyle A3032 lower end is nested in the sleeve A3012, and with the modeling
Glue gum cover A302 upper surface is offseted patch, and the lower end for being fixed on the spindle rod A3031 is arranged in the metal retainer plate A304
After outer wall, that is, the plastic cement gum cover A302 for providing damping due to rotation will not be skidded off out of described sleeve A3012.
On the other hand it is nested in there is provided the plastic cement gum cover B of damping due to rotation in the sleeve B5012, and is sheathed on institute
State outside spindle rod B, and described axostylus axostyle B lower end is nested in the sleeve B5012, and with the upper end of the plastic cement gum cover B
Face offsets patch, after the metal retainer plate B is arranged and is fixed on the lower end outer wall with the spindle rod B, that is, to provide rotation
The plastic cement gum cover B of damping will not be skidded off out of described sleeve B5012.
And then, that is, make it that the utility model wearing comfort is good, uses good reliability.
Based on described above, it is necessary to explanation, in the technical program, the metal retainer plate A304 and the main shaft
Bar A3031 lower end outer wall is welded to connect, and the metal retainer plate B and the spindle rod B lower end outer wall are welded to connect.
So, on the one hand, when assembling the utility model, the plastic cement gum cover A302 is installed in the sleeve A3012
It is interior, then the spindle rod A3031 is inserted in the plastic cement gum cover A302 from top to bottom, and cause its lower end is extend out to described
The metal retainer plate A304, is then arranged the lower end for being fixed on the spindle rod A3031 by gap slot A3011 middle and upper part again
Outer wall, you can the assembling first rotating shaft component 30 of the present utility model of simple and fast.
On the other hand, when assembling the utility model, the plastic cement gum cover B is installed in the sleeve B5012, then will
The spindle rod B is inserted in the plastic cement gum cover B from top to bottom, and causes its lower end to extend out to the gap slot B5011's
The metal retainer plate B, is then arranged the lower end outer wall for being fixed on the spindle rod B, you can simple and fast by middle and upper part again
Assemble second shaft element 50 of the present utility model.
So as to which the utility model assembling is easy, and assembling speed is fast.
It is preferred that, in the technical program, the intelligent controlling device include master controller and with the master controller phase
The minisize pick-up head 70 of connection；
Wherein, the front end of the axle sleeve fixed seat B601 offers one first perforate, and the minisize pick-up head 70 is revealed in
First perforate.
Also, in the technical program, the intelligent controlling device also includes and being used to that the master controller is connected
Control the multifunctional fast button 80 that the minisize pick-up head 70 is taken pictures or imaged and the USB chargings charged for the supplying cell
Interface 90；
Wherein, the upper surface of second temple 60 offers one second perforate, second temple 60 close to its front end
Lower surface offer one the 3rd perforate close to its front end；The multifunctional fast button 80 is revealed in second perforate, institute
State USB charging inlets 90 and be revealed in the 3rd perforate.
Meanwhile, the music that the intelligent controlling device of the present utility model also includes being arranged in second temple 60 is broadcast
Put device；
Wherein, the music player include the audio playing module that is connected with the master controller and with the audio
The loudspeaker that playing module is connected；It is defeated that the lower surface of second temple 60 uniformly offers multiple audios close to its middle part
Portal 602；The loudspeaker is just to multiple audio output holes 602.
Also, the intelligent controlling device also includes the switch switch 100 being connected with the master controller；
Wherein, the rear end part of first temple 40 and the rear end part of second temple 60 bent separately down
As smooth bending structure, the switch switch 100 is arranged at second temple 60 of smooth bending structure
Posterior end.
So, on the one hand, the manipulation multifunctional fast button 80, you can taken pictures by the minisize pick-up head 70
Or image, it can be charged again for the supplying cell by the USB charging inlets 90, so that the utility model is used uninterruptedly,
Music is played by the music player, and song can be listened using the utility model, and then, the utility model intellectuality effect
It is good.
On the other hand, because first temple 40 rear end part and second temple 60 rear end part separately down
It is bent to form as smooth bending structure so that when wearing the utility model, the rear end part of first temple 40 and institute
Stating the rear end part of the second temple 60 respectively can catch on the rear portion of the left ear of user and auris dextra so that the utility model is difficult
Drop.
So as to which using effect of the present utility model can reach most preferably.
You need to add is that, in the specific implementation, the bridge 20 wherein one end of the present utility model is provided with to cover
If fixed described axostylus axostyle A3032 locking cap A201, the other end of bridge 20 is provided with to be arranged the fixed secondary axes
Bar B locking cap B202, and the utility model is also including two nose supports 110 of the middle lower section for being symmetrically fixed on the bridge 20,
During so as to wear the utility model, nose support 110 described in two can hold up fixed the utility model well, and to of the present utility model
Right position carries out spacing well.
Also, the intelligent controlling device of the present utility model also includes the bluetooth mould being connected with the master controller
Block, WiFi module and d GPS locating module etc., so that the utility model is more preferably intelligent.
Other embodiment etc., is illustrated one by one here, not doing.
In summary, a kind of shaft element modified form intelligent glasses provided by the utility model, in the specific implementation, one
Aspect, when using the utility model, corresponding plastic cement gum cover A302 can provide certain rotation for the line rotating shaft A303 that crosses
Damping, corresponding plastic cement gum cover B then can provide certain damping due to rotation for the line rotating shaft B that crosses so that first temple 40
Rotation stationarity is good between the bridge 20 and rotational positioning is good, is rotated between second temple 60 and the bridge 20
Stationarity is good and rotational positioning is good, then causes when wearing the utility model, postrotational first temple 40 and described
Certain angle can be fixed to by rotation well between second temple 60 and the bridge 20 so that be difficult when wearing because described
The stationarity rotated between first temple 40 and second temple 60 and the bridge 20 is bad and relaxing to rock causes this reality
Dropped with new, on the other hand, when without using the utility model, first temple 40 can be by with damping due to rotation function
The first rotating shaft component 30 be rotated folding and be fixed to offset patch with the bridge 20, second temple 60 can pass through band
Second shaft element 50 for having damping due to rotation function is rotated folding and is fixed to offset patch with the bridge 20 so that this reality
It is good with new folding stationarity so as to be easy to store, also, because corresponding electric power connection line is crossed in the middle part of line rotating shaft A303 through described
Cross line path A and the line path B that crosses crossed in the middle part of line rotating shaft B is passed through, so, in the rotating shaft fixed cover A301 with corresponding the
One temple 40 around it is described cross line rotating shaft A303 rotate and in the rotating shaft fixed cover B501 with corresponding second temple 60 around the mistake
Line rotating shaft B is rotated, and corresponding electric power connection line is unaffected, i.e., corresponding electric power connection line will not be with the rotating shaft fixed cover
A301 rotation and the rotation of the rotating shaft fixed cover B501 and rotate so that avoid its because occur bending etc. phenomenon and turned round
It is disconnected, and then, the utility model is practical, and using effect is good.
In addition, in the technical solution of the utility model, on the one hand, the supplying cell is arranged at first temple 40
Interior, the intelligent controlling device is arranged in second temple 60 so that the utility model weight is well-balanced so that user wears
Wear comfortably, will not be because a wherein temple is heavy and cause worn the utility model because the gravity of two temples is uneven and tilts one
Side, is on the other hand nested in the sleeve A3012 there is provided the plastic cement gum cover A302 of damping due to rotation, and is sheathed on described
Outside spindle rod A3031, and described axostylus axostyle A3032 lower end is nested in the sleeve A3012, and with the plastic cement gum cover
A302 upper surface offsets patch, after the metal retainer plate A304 is arranged and is fixed on the lower end outer wall of the spindle rod A3031,
I.e. so that the plastic cement gum cover A302 for providing damping due to rotation will not be skidded off out of described sleeve A3012, there is provided damping due to rotation
The plastic cement gum cover B is nested in the sleeve B5012, and is sheathed on outside the spindle rod B, and described axostylus axostyle B lower end
It is nested in the sleeve B5012, and is offseted patch with the upper surface of the plastic cement gum cover B, is arranged in the metal retainer plate B solid
Due to after the lower end outer wall of the spindle rod B, that is, make it that the plastic cement gum cover B for providing damping due to rotation will not be from the sleeve
Skidded off in B5012, consequently, it is possible to make it that the utility model wearing comfort is good, uses good reliability.
Again, in the present embodiment, the multifunctional fast button 80 is manipulated, you can enter by the minisize pick-up head 70
Row is taken pictures or imaged, and can be charged again for the supplying cell by the USB charging inlets 90, so that the utility model is not using
Interruption, music is played by the music player, and song can be listened using the utility model, and then, the utility model is intelligent
Effect is good, and the rear end part and the rear end part of second temple 60 because of first temple 40 are bent to form separately down
For smooth bending structure so that when wearing the utility model, the rear end part of first temple 40 and second mirror
The rear end part of leg 60 respectively can catch on the rear portion of the left ear of user and auris dextra so that the utility model is difficult to drop, from
And, using effect of the present utility model can reach most preferably.
Accordingly, overall structure of the present utility model is simple, easily implements, easy to operate, practical, and specificity is strong, manufacture
Cost is low, in the improvement of structure and the improvement of technology, need not increase too many cost so that the utility model necessarily has
There is good market popularization value, the utility model can be very welcome, can effectively be popularized.
Preferred embodiment of the present utility model is the foregoing is only, patent protection model of the present utility model is not thereby limited
Enclose, equivalent structure or the conversion of equivalent process that every utilization the utility model specification and accompanying drawing content are made, or directly or
Other related technical fields are used in indirectly, are similarly included in scope of patent protection of the present utility model.
Claims (10)
1. a kind of shaft element modified form intelligent glasses, including eyeglass, bridge, mirror is rotationally connected with by a first rotating shaft component
First temple of one end in Liangqi, the second temple of the bridge other end, power supply are rotationally connected with by one second shaft element connected
Wiring, the supplying cell being fixedly arranged in the first temple and the intelligent controlling device being fixedly arranged in the second temple；The first rotating shaft
Offered on component and the second passing channel, the inside shape of the bridge are offered on the first passing channel, the second rotating shaft part
As so that the 3rd passing channel of the hollow structure being connected with first passing channel and second passing channel；Institute
State electric power connection line to be connected between the supplying cell and the intelligent controlling device, and be arranged in the described first line excessively and lead to
In road, the 3rd passing channel and second passing channel, it is characterised in that：
The first rotating shaft component is including the rotating shaft fixed cover A to be fixedly connected with first temple, so as to provide rotation
The plastic cement gum cover A of damping, to cross line cross line rotating shaft A and to the fixed metal retainer plate A for crossing line rotating shaft A；
Wherein, the bottom side of the wall of the rotating shaft fixed cover A offers a gap slot A to cross line, the rotating shaft fixed cover A's
Upper end be formed as being arranged the plastic cement gum cover A's and the sleeve A that is adapted with the external diameter of the plastic cement gum cover A of internal diameter；Institute
Sleeve A inwall is stated close to the inwardly projecting internal diameter and the line excessively for being formed with a circle internal diameter and the plastic cement gum cover A in its bottom
The flange A to hold up the plastic cement gum cover A that rotating shaft A diameter is adapted；Opening that the inside of the flange A is formed with
The gap slot A is connected；
The inside for crossing line rotating shaft A offered line path A, the line rotating shaft A that crosses from its upper end to its lower end and is sheathed on institute
State in plastic cement gum cover A；Its upper end is revealed in outside the upper end of the rotating shaft fixed cover A, is fixedly connected with the bridge wherein one end；
The opening that its lower end is formed from the inside of the flange A extend out to the middle and upper part of the gap slot A；The metal retainer plate A
It is arranged the lower end outer wall for being fixed on line rotating shaft A, and is offseted patch with the upper top surface of the gap slot A；It is described to cross line path A and institute
State gap slot A and be configured to first passing channel.
Second shaft element is including the rotating shaft fixed cover B to be fixedly connected with second temple, so as to provide rotation
The plastic cement gum cover B of damping, to cross line cross line rotating shaft B and to the fixed metal retainer plate B for crossing line rotating shaft B；
Wherein, the bottom side of the wall of the rotating shaft fixed cover B offers a gap slot B to cross line, the rotating shaft fixed cover B's
Upper end be formed as being arranged the plastic cement gum cover B's and the sleeve B that is adapted with the external diameter of the plastic cement gum cover B of internal diameter；Institute
Sleeve B inwall is stated close to the inwardly projecting internal diameter and the line excessively for being formed with a circle internal diameter and the plastic cement gum cover B in its bottom
The flange B to hold up the plastic cement gum cover B that rotating shaft B diameter is adapted；Opening that the inside of the flange B is formed with
The gap slot B is connected；
The inside for crossing line rotating shaft B offered line path B, the line rotating shaft B that crosses from its upper end to its lower end and is sheathed on institute
State in plastic cement gum cover B；Its upper end is revealed in outside the upper end of the rotating shaft fixed cover B, is fixedly connected with the bridge other end；Its
The opening that lower end is formed from the inside of the flange B extend out to the middle and upper part of the gap slot B；The metal retainer plate B sets
If being fixed on line rotating shaft B lower end outer wall, and offseted patch with the upper top surface of the gap slot B；It is described to cross line path B and described
Gap slot B is configured to second passing channel.
2. shaft element modified form intelligent glasses according to claim 1, it is characterised in that：The front end of first temple
Axle sleeve fixed seat A provided with one to house the rotating shaft fixed cover A, the side wall of the axle sleeve fixed seat A and bottom are opened respectively
Provided with a fixing hole A；
The upper end outer wall of the rotating shaft fixed cover A and bottom offer the screw A relative with corresponding fixing hole location A respectively；Institute
The first temple is stated by being arranged in the fixing hole A and the screw A relative with its position fastening screw and the rotating shaft
Fixed cover A is fixedly connected.
3. shaft element modified form intelligent glasses according to claim 1, it is characterised in that：The front end of second temple
Axle sleeve fixed seat B provided with one to house the rotating shaft fixed cover B, the side wall of the axle sleeve fixed seat B and bottom are opened respectively
Provided with a fixing hole B；
The upper end outer wall of the rotating shaft fixed cover B and bottom offer the screw B relative with corresponding fixing hole B location respectively；Institute
The second temple is stated by being arranged in the fixing hole B and the screw B relative with its position fastening screw and the rotating shaft
Fixed cover B is fixedly connected.
4. shaft element modified form intelligent glasses according to claim 1, it is characterised in that：The line rotating shaft A that crosses includes
Spindle rod A and being connected with the upper end of the spindle rod A, which to be formed, integral is used for what is be fixedly connected with the bridge wherein one end
Secondary axostylus axostyle A；
Wherein, the diameter of the spindle rod A is adapted with the internal diameter of the plastic cement gum cover A and the internal diameter of the flange A, described time
Axostylus axostyle A diameter is adapted with the internal diameter of the sleeve A and the external diameter of the plastic cement gum cover A；
The plastic cement gum cover A is sheathed in the sleeve A, where upper surface of the height less than the sleeve A where its upper surface
Highly；The spindle rod A is sheathed in the plastic cement gum cover A, and its upper end and the upper surface of the plastic cement gum cover A are flush, under
The opening formed from the inside of the flange A is held to extend out to the middle and upper part of the gap slot A；The metal retainer plate A is arranged
It is fixed on spindle rod A lower end outer wall, and is offseted patch with the upper top surface of the gap slot A；Described axostylus axostyle A upper end is extend out to
Outside the sleeve A, and described axostylus axostyle A upper end side wall offers a line mouthful A excessively；Described axostylus axostyle A lower end is nested in institute
State in sleeve A, and offseted patch with the upper surface of the plastic cement gum cover A.
5. shaft element modified form intelligent glasses according to claim 4, it is characterised in that：The line rotating shaft B that crosses includes
Spindle rod B and being connected with the upper end of the spindle rod B to form integral time for being used to be fixedly connected with the bridge other end
Axostylus axostyle B；
Wherein, the diameter of the spindle rod B is adapted with the internal diameter of the plastic cement gum cover B and the internal diameter of the flange B, described time
Axostylus axostyle B diameter is adapted with the internal diameter of the sleeve B and the external diameter of the plastic cement gum cover B；
The plastic cement gum cover B is sheathed in the sleeve B, where upper surface of the height less than the sleeve B where its upper surface
Highly；The spindle rod B is sheathed in the plastic cement gum cover B, and its upper end and the upper surface of the plastic cement gum cover B are flush, under
The opening formed from the inside of the flange B is held to extend out to the middle and upper part of the gap slot B；The metal retainer plate B is arranged
It is fixed on spindle rod B lower end outer wall, and is offseted patch with the upper top surface of the gap slot B；Described axostylus axostyle B upper end is extend out to
Outside the sleeve B, and described axostylus axostyle B upper end side wall offers a line mouthful B excessively；Described axostylus axostyle B lower end is nested in institute
State in sleeve B, and offseted patch with the upper surface of the plastic cement gum cover B.
6. shaft element modified form intelligent glasses according to claim 5, it is characterised in that：The metal retainer plate A with
The lower end outer wall of the spindle rod A is welded to connect, and the metal retainer plate B and the spindle rod B lower end outer wall are welded to connect.
7. shaft element modified form intelligent glasses according to claim 3, it is characterised in that：The intelligent controlling device bag
Include master controller and the minisize pick-up head being connected with the master controller；
Wherein, the front end of the axle sleeve fixed seat B offers one first perforate, and the minisize pick-up head is revealed in described first and opened
Hole.
8. shaft element modified form intelligent glasses according to claim 7, it is characterised in that：The intelligent controlling device is also
Including be connected with the master controller to control multifunctional fast button that the minisize pick-up head takes pictures or image and
The USB charging inlets charged for the supplying cell；
Wherein, the upper surface of second temple offers one second perforate, the lower surface of second temple close to its front end
One the 3rd perforate is offered close to its front end；The multifunctional fast button is revealed in second perforate, the USB chargings
Mouth is revealed in the 3rd perforate.
9. shaft element modified form intelligent glasses according to claim 7, it is characterised in that：The intelligent controlling device is also
Including the music player being arranged in second temple；
Wherein, the music player includes the audio playing module being connected with the master controller and played with the audio
The loudspeaker that module is connected；The lower surface of second temple uniformly offers multiple audio output holes close to its middle part；
The loudspeaker is just to multiple audio output holes.
10. shaft element modified form intelligent glasses according to claim 9, it is characterised in that：The intelligent controlling device
Also include the switch switch being connected with the master controller；
Wherein, the rear end part of first temple and the rear end part of second temple are bent to form to be smooth separately down
Bending structure, the switch switch is arranged at the posterior end of second temple of smooth bending structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621133622.2U CN206421112U (en) | 2016-10-18 | 2016-10-18 | Shaft element modified form intelligent glasses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621133622.2U CN206421112U (en) | 2016-10-18 | 2016-10-18 | Shaft element modified form intelligent glasses |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206421112U true CN206421112U (en) | 2017-08-18 |
Family
ID=59579047
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621133622.2U Active CN206421112U (en) | 2016-10-18 | 2016-10-18 | Shaft element modified form intelligent glasses |
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| Country | Link |
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| CN (1) | CN206421112U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108371373A (en) * | 2018-04-19 | 2018-08-07 | 浙江伟星实业发展股份有限公司 | A kind of slider of zipper fastener and the chain stretching device with the slider of zipper fastener |
| CN108776393A (en) * | 2018-08-24 | 2018-11-09 | 深圳市韶音科技有限公司 | A kind of glasses |
| WO2020038488A1 (en) * | 2018-08-24 | 2020-02-27 | 深圳市韶音科技有限公司 | Spectacles |
| EP3739900A4 (en) * | 2018-01-08 | 2021-08-04 | Shenzhen Voxtech Co., Ltd. | Bone conduction sound device |
| US11558698B2 (en) | 2014-01-06 | 2023-01-17 | Shenzhen Shokz Co., Ltd. | Systems and methods for suppressing sound leakage |
| US11582565B2 (en) | 2014-01-06 | 2023-02-14 | Shenzhen Shokz Co., Ltd. | Systems and methods for suppressing sound leakage |
| US11650431B2 (en) | 2018-08-24 | 2023-05-16 | Shenzhen Shokz Co., Ltd. | Loudspeaker |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11558698B2 (en) | 2014-01-06 | 2023-01-17 | Shenzhen Shokz Co., Ltd. | Systems and methods for suppressing sound leakage |
| US11582565B2 (en) | 2014-01-06 | 2023-02-14 | Shenzhen Shokz Co., Ltd. | Systems and methods for suppressing sound leakage |
| EP3739900A4 (en) * | 2018-01-08 | 2021-08-04 | Shenzhen Voxtech Co., Ltd. | Bone conduction sound device |
| US11310584B2 (en) | 2018-01-08 | 2022-04-19 | Shenzhen Shokz Co., Ltd. | Bone conductive sound generating device |
| CN108371373A (en) * | 2018-04-19 | 2018-08-07 | 浙江伟星实业发展股份有限公司 | A kind of slider of zipper fastener and the chain stretching device with the slider of zipper fastener |
| US11644692B2 (en) | 2018-08-24 | 2023-05-09 | Shenzhen Shokz Co., Ltd. | Loudspeaker |
| WO2020038488A1 (en) * | 2018-08-24 | 2020-02-27 | 深圳市韶音科技有限公司 | Spectacles |
| US11592690B2 (en) | 2018-08-24 | 2023-02-28 | Shenzhen Shokz Co., Ltd. | Loudspeaker device |
| CN108776393A (en) * | 2018-08-24 | 2018-11-09 | 深圳市韶音科技有限公司 | A kind of glasses |
| US11650431B2 (en) | 2018-08-24 | 2023-05-16 | Shenzhen Shokz Co., Ltd. | Loudspeaker |
| US11846831B2 (en) | 2018-08-24 | 2023-12-19 | Shenzhen Shokz Co., Ltd. | Eyeglasses |
| US11906817B2 (en) | 2018-08-24 | 2024-02-20 | Shenzhen Shokz Co., Ltd. | Eyeglasses |
| US11940669B2 (en) | 2018-08-24 | 2024-03-26 | Shenzhen Shokz Co., Ltd. | Glasses |
| US11940670B2 (en) | 2018-08-24 | 2024-03-26 | Shenzhen Shokz Co., Ltd. | Eyeglasses |
| US11977275B2 (en) | 2018-08-24 | 2024-05-07 | Shenzhen Shokz Co., Ltd. | Glasses |
| US12007625B2 (en) | 2018-08-24 | 2024-06-11 | Shenzhen Shokz Co., Ltd. | Glasses |
| US12013596B2 (en) | 2018-08-24 | 2024-06-18 | Shenzhen Shokz Co., Ltd. | Glasses |
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