CN110514414A - The wearing stability detector and method of glasses class wearable device - Google Patents
The wearing stability detector and method of glasses class wearable device Download PDFInfo
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- CN110514414A CN110514414A CN201910799753.6A CN201910799753A CN110514414A CN 110514414 A CN110514414 A CN 110514414A CN 201910799753 A CN201910799753 A CN 201910799753A CN 110514414 A CN110514414 A CN 110514414A
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- wearable device
- fixedly connected
- glasses class
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M11/00—Testing of optical apparatus; Testing structures by optical methods not otherwise provided for
- G01M11/08—Testing mechanical properties
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Abstract
The present invention relates to wearable device detection fields, a kind of wearing stability detector of glasses class wearable device is disclosed, including pedestal and model head, the adjusting component for the raw change in location of driving model hair is provided on the pedestal, it further include position detection component, the position detection component includes the detection lug being fixedly connected at the model head bridge of the nose, for pasting the contact chip on glasses class wearable device, the power supply being fixedly connected at model head, the indicator light being fixedly connected at model head, the both ends of the indicator light are electrically connected with the anode and detection lug of power supply respectively, the cathode of the power supply is electrically connected with contact chip.The present invention has the advantages that testing result is made to meet actual demand.
Description
Technical field
The present invention relates to the technical field of wearable device detection, the wearing more particularly, to a kind of glasses class wearable device is steady
Qualitative detection device and method.
Background technique
Currently, intelligent wearable device is to carry out intelligentized design to daily wearing using wearable technology, developing can be with
The general name of the equipment of wearing, such as wrist-watch, bracelet, glasses, dress ornament.
It is existing, due to glasses class wearable device wear when be easy to appear slippage the case where, it is therefore desirable to before factory
Wearing Detection of Stability is carried out, so that the stability of glasses class wearable device be made to meet normal use requirement.Commonly mode is
Glasses class wearable device is worn on manikin head, by simulating normal use situation, after a period of time has passed, observes glasses
Whether class wearable device can fall off.
Prior art among the above has the following deficiencies: that this detection mode can only determine that glasses class wearable device is
It is no to fall off, movement to glasses class wearable device and can not be relatively clear observe, but due to glasses class wearable device
Movement can hinder the observation of user, influence the use of user, testing result is caused not meet reality, make wear stability compared with
Low product export.
Summary of the invention
In view of the deficienciess of the prior art, the invention reside in provide the wearing Detection of Stability dress of glasses class wearable device
It sets and method, has the advantages that testing result is made to meet actual demand.
To achieve the above object, the present invention provides the following technical scheme that a kind of wearing of glasses class wearable device is stablized
Property detection device, including pedestal and model head are provided with the adjusting for the raw change in location of driving model hair on the pedestal
Component further includes position detection component, and the position detection component includes being fixedly connected on detection lug at the model head bridge of the nose, using
In pasting the contact chip on glasses class wearable device, the power supply being fixedly connected at model head, be fixedly connected at model head
Indicator light, the both ends of the indicator light respectively with power supply anode and detection lug be electrically connected, the cathode of the power supply with contact
Piece electrical connection.
By using above-mentioned technical proposal, when being detected, glasses class wearable device is first worn on mould by staff
On type head, then it is changed by adjusting component with the position of movable model head, after the position for terminating model head is adjusted, work
Personnel observe the position of indicator light, if indicator light is in luminance, illustrate to be connected between power supply and indicator light, at this time
Detection lug is contacted with each other with contact chip, shows that the position of glasses class wearable device has occurred and that movement, and be moved at detection lug,
Illustrate that displacement has exceeded requirement, stability is poor；If indicator light is in non-luminance, illustrate not lead between power supply and indicator light
Logical, detection lug does not contact with each other with contact chip, the displacement of glasses class wearable device within the specified scope, illustrate stability compared with
It is good, so that testing result meets actual demand.
The present invention is further arranged to: the component that adjusts includes that be slidably connected test platform on the base, rotation connects
The rotating turret on test platform is connect, the model head is rotatably connected on rotating turret, rotation axis and the model head of rotating turret
Rotation axis is orthogonal.
By using above-mentioned technical proposal, staff is moved by push to test platform, drives rotating turret and mould
The rotation of type head, i.e., some states that user head can occur in analog use, so that detection meets practical practical field
Scape.
The present invention is further arranged to: further include control assembly, the control assembly include setting on the base and piston
Pusher cylinder that bar is fixedly connected with test platform, setting on the base and drive the rotary electric machine of rotating turret rotation, setting to exist
The oscillating motor and setting that driving model head rotates on rotating turret are used on the base to pusher cylinder, rotary electric machine and swing electricity
The controller that machine is controlled.
By using above-mentioned technical proposal, controller controls pusher cylinder, rotary electric machine and oscillating motor, pushes
Test platform is driven to translate when cylinder operation, to user in emergency stop the case where simulates；Rotary electric machine band turn
Moving frame rotation, to user swing head when the case where simulate；Oscillating motor band movable model head rotates, to user
The case where when swinging up and down head, is simulated, so that emulation mode meets user's real use state.
The present invention is further arranged to: distance measuring sensor, the distance measuring sensor are provided at the eyes of the model head
It is electrically connected with the controller, display is provided on the pedestal, the display is electrically connected with the controller.
By using above-mentioned technical proposal, distance measuring sensor is to the distance between model head eyes and glasses class wearable device
It is detected, and is shown by display, by knowing the distance between model head eyes and glasses class wearable device, i.e.,
It can determine the displacement that glasses class wearable device occurs, to understand the stability of glasses class wearable device.
The present invention is further arranged to: the ear of the model head is provided with displacement detecting component, the displacement detecting group
Part includes several locating plates being fixedly connected at model head, for pasting the touching piece on glasses class wearable device, institute
Locating plate is stated to be electrically connected with the controller with touching piece.
Piece and locating plate are touched when the position of glasses class wearable device occurs mobile by using above-mentioned technical proposal
It is in contact, controller obtains the signal on locating plate, so that it is determined that position at touching piece, understands glasses class wearing and set
Standby position.
The present invention is further arranged to: being fixedly connected with connecting rope, the connection by connection component on the model head
Component includes the connection ring being fixedly connected in connecting rope, the card interface being provided in connection ring, the envelope being hinged on card interface
Setting is for driving closing at the hinge joint of the positioning ring for closing bar, being fixedly connected on model head, the closed rod and card interface
The torsional spring that bar and connection ring contradict, the connection ring are mutually socketed with positioning ring.
By using above-mentioned technical proposal, when connection ring is threaded through on positioning ring by staff, closed rod is in positioning ring
Under the action of rotate, be threaded through connection ring in positioning ring by card interface, when closed rod and positioning ring do not contact, in torsional spring
Under the action of closed rod reset, be closed card interface, so that connection ring is not easy to deviate from out of positioning ring, the position of connecting rope carried out
It limits, when staff ties up to glasses class wearable device in connecting rope, even if glasses class wearable device takes off from model head
It falls, will not fall on ground.
The present invention is further arranged to: barrier plate is fixedly connected on the test platform, the barrier plate is far from test
The side of platform is fixedly connected with cushion, and the barrier plate is located at below rotating turret.
By using above-mentioned technical proposal, when glasses class wearable device falls off from model head, due to the work of connecting rope
With glasses class wearable device can be mobile towards the direction of test platform, cushion is touched, to play to glasses class wearable device
Certain protective effect, so that glasses class wearable device is not easily damaged.
The present invention is further arranged to: the model head is rotatably connected on rotating turret by runner assembly, the rotation
The rolling bearing that component includes the rotating bar being fixedly connected on model head, is fixedly connected on rotating turret, the rotating bar are worn
It is located in the rolling bearing, the model head offers embeded slot, the output of the oscillating motor far from the side of rotating bar
Axis is connected in embeded slot.
By using above-mentioned technical proposal, the raw rotation of band movable model hair, model head when the output shaft of oscillating motor rotates
After rotation, due to the presence of rolling bearing, the rotation of model head is more smooth, to realize preferable simulation.
The present invention is further arranged to: resettlement groove is offered on the rotating turret, the rolling bearing is entrenched in resettlement groove
It is interior, it is fixedly connected with elastic component in the resettlement groove, reseting plate, the reseting plate and rotation are fixedly connected on the elastic component
The end of bar contradicts, and the elastic component and reseting plate are threaded through in rolling bearing.
By using above-mentioned technical proposal, when rotating bar to be inserted into rolling bearing, rotating bar and reseting plate are contradicted,
To compression elastic piece, when staff's not effect of applied force on model head, elastic component resets, and reseting plate is driven to push
Rotating bar is mobile, and the output shaft of oscillating motor can be clamped mutually with embeded slot, and implementation model head is conveniently replaced, by not
Different glasses class wearable devices is adapted to the model head of model.
To achieve the above object, the present invention provides the following technical scheme that a kind of wearing of glasses class wearable device is stablized
Property detection method, including
Suitable model head is selected according to the glasses class wearable device that need to be detected and model head is connected on rotating turret；
Contact chip is pasted into the position to glasses class wearable device at model head nose, touching piece is pasted to glasses class and is worn
Wear position of the equipment at model head ear；
Connecting rope is fastened in the mirror pin of glasses class wearable device and is fixedly connected on model head by connection component；
The glasses class wearable device detected will be needed to be worn on model head；
It is controlled by control assembly component is adjusted；
The location status of glasses class wearable device is determined by indicator light and display；
It is determined by location status and wears stability.
By using above-mentioned technical proposal, first as needed detection glasses class wearable device by corresponding model head install to
On rotating turret, then glasses class wearable device is worn on model head, contact chip is pasted close to glasses class wearable device
Touching piece is pasted the position to glasses class wearable device at model head ear, will connected by the position at model head nose
Rope ties up at the mirror pin of glasses class wearable device, and then connecting rope is fixed on model head by connection component, is passed through later
Control assembly, which drives, adjusts component simulation real use state, determines glasses class by indicator light and display after the completion of simulation
The situation of wearable device determines stability by situation information.
In conclusion the invention has the following advantages:
1, component and position detection component are adjusted by setting, adjusts component and the position of model head is changed, thus to reality
Border service condition is simulated, and position detection component detects the position of glasses class wearable device on model head, thus really
The fixed position that glasses class wearable device occurs after simulation is mobile, and the position occurred by glasses class wearable device is mobile
It determines；
2, it is set by setting connecting rope, connection component, barrier plate and cushion, connecting rope and connection component limitation glasses class wearing
It is standby to fall to ground, barrier plate and cushion glasses class wearable device is buffered so that glasses class wearable device not vulnerable to
Damage.
Detailed description of the invention
Fig. 1 is external structure schematic diagram of the invention；
Fig. 2 is the attachment structure schematic diagram for embodying drive rod and rotating turret；
Fig. 3 is enlarged drawing at the A of Fig. 1, embodies the connection structure of rolling bearing and rotating bar；
Fig. 4 is the connection structure diagrammatic cross-section for embodying embeded slot and oscillating motor；
Fig. 5 is enlarged drawing at the B of Fig. 4, embodies the connection structure of elastic component and reseting plate；
Fig. 6 is the attachment structure schematic diagram for embodying power supply and model head；
Fig. 7 is enlarged drawing at the C of Fig. 1, embodies the connection structure of detection lug and contact chip；
Fig. 8 is the attachment structure schematic diagram for embodying connection ring and closed rod；
Fig. 9 is step figure of the invention.
Appended drawing reference: 1, pedestal；11, display；2, component is adjusted；21, test platform；211, installation cavity；22, it rotates
Frame；221, resettlement groove；222, elastic component；223, reseting plate；224, drive rod；23, barrier plate；231, cushion；3, control group
Part；31, pusher cylinder；32, rotary electric machine；33, oscillating motor；34, controller；4, model head；41, embeded slot；42, ranging passes
Sensor；5, runner assembly；51, rolling bearing；52, rotating bar；6, position detection component；61, detection lug；62, contact chip；63,
Power supply；64, indicator light；7, displacement detecting component；71, locating plate；72, piece is touched；8, connecting rope；9, connection component；91, it connects
Ring；92, card interface；93, closed rod；94, positioning ring.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
It referring to Figures 1 and 2, is a kind of wearing stability detector of glasses class wearable device disclosed by the invention, packet
Pedestal 1 is included, is provided on pedestal 1 and adjusts component 2, adjusting component 2 includes test platform 21 and rotating turret 22, and test platform 21 is logical
It crosses sliding rail (being not shown on figure) to be slidably connected on pedestal 1, rotating turret 22 annular in shape is rotatably connected on by drive rod 224
On test platform 21 and it is vertically arranged.It further include control assembly 3, control assembly 3 includes pusher cylinder 31, rotary electric machine 32, pendulum
Dynamic motor 33 and controller 34, pusher cylinder 31 are fixedly connected on pedestal 1, the piston rod and test platform 21 of pusher cylinder 31
It is fixedly connected, installation cavity 211 is offered in test platform 21, rotary electric machine 32 is mounted in installation cavity 211, rotary electric machine 32
Output shaft passes through test platform 21 and is fixedly connected with drive rod 224, and the output shaft of rotating turret 22 and rotary electric machine 32 is coaxially disposed.
Oscillating motor 33 is fixedly connected on the inner wall of rotating turret 22, and the extended line and rotary electric machine 32 of 33 output shaft of oscillating motor export
The extended line of axis is vertical.Controller 34 is mounted on pedestal 1, and controller 34 is PLC, is equipped with display 11 on pedestal 1, is shown
Device 11 is electrically connected with controller 34, and controller 34 is electrically connected with pusher cylinder 31, rotary electric machine 32 and oscillating motor 33, rotation electricity
Machine 32 and oscillating motor 33 are servo motor.Barrier plate 23 is fixedly connected on test platform 21, barrier plate 23 is flat far from test
The side of platform 21 is fixedly connected with cushion 231 made of sponge, and barrier plate 23 is located at the lower section of rotating turret 22.
It further include model head 4 referring to Fig. 3 and Fig. 4, model head 4 is rotatably connected on rotating turret 22 by runner assembly 5,
Runner assembly 5 includes rolling bearing 51 and rotating bar 52, and rotating bar 52 is fixedly connected on the side of model head 4, rotating turret 22
Resettlement groove 221 is offered on inner wall, rolling bearing 51 is fixedly connected in resettlement groove 221.Referring to Fig. 4 and Fig. 5, resettlement groove 221
Inner wall on be fixedly connected with elastic component 222, elastic component 222 is spring, the one end of elastic component 222 far from 221 bottom surface of resettlement groove
It is fixedly connected with reseting plate 223, elastic component 222 and reseting plate 223 are threaded through in rolling bearing 51, and rotating bar 52, which is threaded through, to be turned
It is contradicted in dynamic bearing 51 and with reseting plate 223.Model head 4 offers embeded slot 41 on the side far from rotating bar 52, swing electricity
The output shaft of machine 33 is entrenched in embeded slot 41.
Referring to figure 6 and figure 7, distance measuring sensor 42 is installed, distance measuring sensor 42 is ultrasonic wave biography at the eyes of model head 4
Sensor, distance measuring sensor 42 are electrically connected with controller 34.It further include position detection component 6 and displacement detecting component 7, position detection
Component 6 includes detection lug 61, contact chip 62, power supply 63 and indicator light 64, and detection lug 61 is fixedly connected on the bridge of the nose two of model head 4
Side, contact chip 62 are pasted on the mirror holder of glasses class wearable device, and power supply 63 is fixedly connected on model head 4, and power supply 63 is lithium
Battery, indicator light 64 are fixedly connected on model head 4, and the both ends of indicator light 64 are electrically connected with detection lug 61 and 63 anode of power supply respectively
It connects, contact chip 62 is electrically connected by conducting wire (being not shown on figure) with 63 cathode of power supply.Referring to Fig.1 and Fig. 6, displacement detecting component 7
Including locating plate 71 and touching piece 72, several locating plates 71 are fixedly connected on the two sides of model head 4 and arrive eye along ear
Connecting line distribution, touching piece 72 are pasted on the mirror holder of glasses class wearable device, and locating plate 71 and touching piece 72 pass through conducting wire
(being not shown on figure) is electrically connected with controller 34.
Referring to Fig. 7 and Fig. 8, connecting rope 8 is fixedly connected with by connection component 9 on model head 4, connection component 9 includes connecting
Ring 91, card interface 92, closed rod 93 and positioning ring 94 are connect, card interface 92 is provided in connection ring 91,93 company of being hinged on of closed rod
It connects on ring 91, the hinged place of closed rod 93 and connection ring 91 is provided with torsional spring, and closed rod 93 is far from torsional spring under the action of torsional spring
End and clamping ring contradict, close card interface 92.Positioning ring 94 is fixedly connected on the two sides of model head 4, connection ring 91 and fixed
Position ring 94 is mutually socketed.
Referring to Fig. 9, a kind of wearing Detection of Stability method of glasses class wearable device, comprising:
S1: suitable model head 4 is selected according to the glasses class wearable device that need to be detected and model head 4 is connected to rotating turret 22
On；The model head 4 being adapted to glasses class wearable device is selected according to different glasses class wearable devices, and model head 4 is installed
On rotating turret 22, the position of model head 4 is changed as the position of rotating turret 22 changes.
S2: pasting the position to glasses class wearable device at 4 nose of model head for contact chip 62, and it is glutinous to will test piece 61
It is labelled to position of the glasses class wearable device at 4 ear of model head；Contact chip 62 and detection lug 61 are pasted to glasses class and are dressed
It in equipment, in wearing later, contacts contact chip 62 with detection lug 61, contacts touching piece 72 with locating plate 71.
S3: connecting rope 8 is fastened in the mirror pin of glasses class wearable device and is fixedly connected on model by connection component 9
On first 4；Connecting rope 8 is fastened in the mirror pin of glasses class wearable device, so that connecting rope 8 is connect with glasses class wearable device, even
Splicing 8 is fixed on model head 4 by connection component 9, so that glasses class wearable device is connected with model head 4.
S4: the glasses class wearable device detected will be needed to be worn on model head 4；It, will after completing above-mentioned assembly setting
Glasses class wearable device is worn on model head 4 and keeps not sliding.
S5: it is controlled by 3 pairs of adjusting components 2 of control assembly；It is controlled by 3 pairs of adjusting components 2 of control assembly,
Make to adjust the simulation use environment of component 2, after continuing for some time, stops adjusting component 2.
S6: the location status of glasses class wearable device is determined by indicator light 64 and display 11；Pass through 64 He of indicator light
Display 11 observes the location status of glasses class wearable device, such as whether indicator light 64 shines, and the parameter on display 11 is
It is no to be in critical field.
S7: it is determined by location status and wears stability；By the parameter information on indicator light 64 and display 11, determine
Wear stability.
The implementation principle of the present embodiment are as follows: when carrying out Detection of Stability preparation, staff first selects and current detection
Glasses class wearing set the model head 4 of adaptation, then connecting rod is inserted into rolling bearing 51, so that reseting plate 223 is turning
It is moved under the drive of lever 52, elastic component 222 is compressed, when staff's not effect to 4 applied force of model head
When, elastic component 222 resets, and it is mobile to drive rotating bar 52, so that the output rod of oscillating motor 33 is entrenched in embeded slot 41, completes
The installation of model head 4.The personnel that proceed with one's work paste contact chip 62 to glasses class wearable device at the bridge of the nose, will touch piece 72
It pastes to the mirror pin of glasses class wearable device, then fastens connecting rope 8 at the mirror pin of glasses class wearable device, then will
Connection ring 91 is set on positioning ring 94, and closed rod 93 rotates under the action of positioning ring 94, and connection ring 91 is made to pass through card interface
92 are set in positioning ring 94, and when closed rod 93 is not contacted with positioning ring 94, closed rod 93 resets under the action of torsional spring, close
Card interface 92 is closed, connection ring 91 mutually socket-connects with positioning ring 94.Then glasses class wearing is set and is worn on model head 4, worn
When, it contacts contact chip 62 with detection lug 61, contacts touching piece 72 with locating plate 71.
When carrying out Detection of Stability, controller 34 controls pusher cylinder 31, rotary electric machine 32 and oscillating motor 33
System drives test platform 21 to translate when pusher cylinder 31 works, and to user in emergency stop the case where simulates；Rotation
Motor 32 drive rotating turret 22 rotate, to user swing head when the case where simulate；Oscillating motor 33 is with dynamic model
Type head 4 rotates, and when swinging up and down head to user the case where simulates, and after the detection time as defined in persistently, stops pushing away
It takes offence the work of cylinder 31, rotary electric machine 32 and oscillating motor 33, indicator light 64 and display 11 is observed.
If indicator light 64 is in luminance, illustrate to be connected between power supply 63 and indicator light 64, at this time detection lug 61 with connect
Contact 62 contacts with each other, and shows that the position of glasses class wearable device has occurred and that movement, and be moved at detection lug 61, detail bit
Shifting has exceeded requirement；If indicator light 64 is in non-luminance, illustrate not turning between power supply 63 and indicator light 64, detection lug 61
It does not contact with each other with contact chip 62, the displacement of glasses class wearable device is within the specified scope.Distance measuring sensor 42 is to model
The distance between first 4 eyes and glasses class wearable device are detected, and are shown by the numerical value of adjusting the distance of display 11.When
When the position of glasses class wearable device occurs mobile, touching piece 72 is in contact with locating plate 71, and controller 34 obtains locating plate
Signal on 71 determines according to the locating plate 71 for receiving signal and touches position at piece 72.When indicator light 64 does not shine,
When position where the distance values and touching piece 72 that show on display 11 meets the requirements, illustrate that stability is preferable, it is on the contrary
Then stability is poor.
The embodiment of present embodiment is presently preferred embodiments of the present invention, not limits protection of the invention according to this
Range, therefore: the equivalence changes that all structures under this invention, shape, principle are done, should all be covered by protection scope of the present invention it
It is interior.
Claims (10)
1. a kind of wearing stability detector of glasses class wearable device, it is characterized in that: including pedestal (1) and model head (4),
It is provided with the adjusting component (2) that change in location occurs for driving model head (4) on the pedestal (1), further includes position detection
Component (6), the position detection component (6) include being fixedly connected on detection lug (61) at model head (4) bridge of the nose, for pasting
On glasses class wearable device contact chip (62), be fixedly connected at model head (4) power supply (63), be fixedly connected on model
Indicator light (64) at head (4), the both ends of the indicator light (64) are electrically connected with the anode and detection lug (61) of power supply (63) respectively
It connects, the cathode of the power supply (63) is electrically connected with contact chip (62).
2. the wearing stability detector of glasses class wearable device according to claim 1, it is characterized in that: the adjusting
Component (2) includes the test platform (21) being slidably connected on pedestal (1), the rotating turret being rotatably connected on test platform (21)
(22), the model head (4) is rotatably connected on rotating turret (22), the rotation axis of rotating turret (22) and the rotation of model head (4)
Axis is orthogonal.
3. the wearing stability detector of glasses class wearable device according to claim 2, it is characterized in that: further including control
Component (3) processed, the control assembly (3) includes setting on pedestal (1) and piston rod is fixedly connected with test platform (21)
Pusher cylinder (31), is arranged in rotating turret the rotary electric machine (32) for being arranged on pedestal (1) and driving rotating turret (22) rotation
(22) oscillating motor (33) and be arranged on pedestal (1) for pusher cylinder (31), rotation that driving model head (4) rotates on
The controller (34) that motor (32) and oscillating motor (33) are controlled.
4. the wearing stability detector of glasses class wearable device according to claim 3, it is characterized in that: the model
It is provided with distance measuring sensor (42) at the eyes of head (4), the distance measuring sensor (42) is electrically connected with controller (34), the base
It is provided with display (11) on seat (1), the display (11) is electrically connected with controller (34).
5. the wearing stability detector of glasses class wearable device according to claim 4, it is characterized in that: the model
The ear of head (4) is provided with displacement detecting component (7), and the displacement detecting component (7) includes that several are fixedly connected on model
Locating plate (71) at head (4), for pasting the touching piece (72) on glasses class wearable device, the locating plate (71) and touching
Piece (72) is touched to be electrically connected with controller (34).
6. the wearing stability detector of glasses class wearable device according to claim 5, it is characterized in that: the model
It is fixedly connected with connecting rope (8) on head (4) by connection component (9), the connection component (9) includes being fixedly connected on connecting rope
(8) connection ring (91) on, the card interface (92) being provided on connection ring (91), the closed rod being hinged on card interface (92)
(93), it is set at the positioning ring (94) being fixedly connected on model head (4), the closed rod (93) and the hinge joint of card interface (92)
The torsional spring for driving closed rod (93) and connection ring (91) to contradict is set, the connection ring (91) and positioning ring (94) mutually cover
It connects.
7. the wearing stability detector of glasses class wearable device according to claim 6, it is characterized in that: the test
It is fixedly connected on platform (21) barrier plate (23), the barrier plate (23) is fixedly connected with far from the side of test platform (21)
Cushion (231), the barrier plate (23) are located at below rotating turret (22).
8. the wearing stability detector of glasses class wearable device according to claim 6, it is characterized in that: the model
Head (4) is rotatably connected on rotating turret (22) by runner assembly (5), and the runner assembly (5) includes being fixedly connected on model
Rotating bar (52), the rolling bearing (51) that is fixedly connected on rotating turret (22) on head (4), the rotating bar (52) are threaded through
In the rolling bearing (51), the model head (4) offers embeded slot (41), the swing far from the side of rotating bar (52)
The output shaft of motor (33) is connected in embeded slot (41).
9. the wearing stability detector of glasses class wearable device according to claim 8, it is characterized in that: the rotation
It is offered on frame (22) resettlement groove (221), the rolling bearing (51) is entrenched in resettlement groove (221), the resettlement groove (221)
It is inside fixedly connected with elastic component (222), is fixedly connected with reseting plate (223), the reseting plate on the elastic component (222)
(223) it is contradicted with the end of rotating bar (52), the elastic component (222) and reseting plate (223) are threaded through rolling bearing (51)
It is interior.
10. a kind of wearing stability detector based on glasses class wearable device described in any one of claim 1-9
Detection method, it is characterized in that: including
Suitable model head (4) is selected according to the glasses class wearable device that need to be detected and model head (4) is connected to rotating turret
(22) on；
Contact chip (62) is pasted into the position to glasses class wearable device at model head (4) nose, it is glutinous to will test piece (61)
It is labelled to position of the glasses class wearable device at model head (4) ear；
Connecting rope (8) are fastened in the mirror pin of glasses class wearable device and are fixedly connected on model head by connection component (9)
(4) on；
The glasses class wearable device detected will be needed to be worn on model head (4)；
It is controlled by control assembly (3) component (2) are adjusted；
The location status of glasses class wearable device is determined by indicator light (64) and display (11)；
It is determined by location status and wears stability.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910799753.6A CN110514414B (en) | 2019-08-28 | 2019-08-28 | Wearing stability detection device and method for glasses wearing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910799753.6A CN110514414B (en) | 2019-08-28 | 2019-08-28 | Wearing stability detection device and method for glasses wearing equipment |
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| Publication Number | Publication Date |
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| CN110514414A true CN110514414A (en) | 2019-11-29 |
| CN110514414B CN110514414B (en) | 2021-02-19 |
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|---|---|---|---|
| CN201910799753.6A Active CN110514414B (en) | 2019-08-28 | 2019-08-28 | Wearing stability detection device and method for glasses wearing equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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|---|---|
| CN110514414B (en) | 2021-02-19 |
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