CN107102452B - It is a kind of based on hydraulic pump except eyeglass fog glasses - Google Patents
It is a kind of based on hydraulic pump except eyeglass fog glasses Download PDFInfo
- Publication number
- CN107102452B CN107102452B CN201710473965.6A CN201710473965A CN107102452B CN 107102452 B CN107102452 B CN 107102452B CN 201710473965 A CN201710473965 A CN 201710473965A CN 107102452 B CN107102452 B CN 107102452B
- Authority
- CN
- China
- Prior art keywords
- water
- shell
- block
- face
- rotary switch
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Classifications
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C11/00—Non-optical adjuncts; Attachment thereof
- G02C11/08—Anti-misting means, e.g. ventilating, heating; Wipers
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C13/00—Assembling; Repairing; Cleaning
- G02C13/006—Devices specially adapted for cleaning spectacles frame or lenses
Landscapes
- Physics & Mathematics (AREA)
- Health & Medical Sciences (AREA)
- General Physics & Mathematics (AREA)
- Ophthalmology & Optometry (AREA)
- Optics & Photonics (AREA)
- Eyeglasses (AREA)
Abstract
The invention belongs to optometric technology field more particularly to it is a kind of based on hydraulic pump except eyeglass fog glasses, it includes left eyeglass lens mechanism, link block and right eyeglass lens mechanism, and wherein left eyeglass lens mechanism is connected with right eyeglass lens mechanism by link block；It has the function of automatically removing the upper fog in outside in eyeglass；The effect of left eyeglass lens mechanism is correction left vision, and the effect of right eyeglass lens mechanism is correction right vision；The effect of link block is connection left eyeglass lens mechanism and right eyeglass lens mechanism；The effect of leg of spectacles shell is easy for people's wearing spectacles；The effect of lens frame is fixing len.
Description
Technical field
The invention belongs to optometric technology field more particularly to it is a kind of based on hydraulic pump except eyeglass fog glasses.
Background technique
When handling the fog on glasses, the method for mostly using new material carries out eliminating winter eye current existing glasses
Fog on mirror, although this quadrat method is simple using structure, if the characteristic of glasses material aging or anti-fog disappears
Glasses will not have the function of anti-fog, and eyeglass will also be scrapped, so will result in the waste on material, so just need using
A kind of reliable glasses of structure remove the fog on eyeglass.
The present invention design it is a kind of based on hydraulic pump except the glasses of eyeglass fog solve the problems, such as it is as above.
Summary of the invention
To solve drawbacks described above in the prior art, the present invention disclose it is a kind of based on hydraulic pump except eyeglass fog eye
Mirror, it adopts the following technical solutions to realize.
It is a kind of based on hydraulic pump except eyeglass fog glasses, it is characterised in that: it includes left eyeglass lens mechanism, right eye illuminating apparatus
Structure and connecting plate, wherein left eyeglass lens mechanism is connect with right eyeglass lens mechanism by connecting plate.
Above-mentioned left eyeglass lens mechanism and right eyeglass lens mechanism mounting structure are symmetrical about connecting plate, and left eyeglass lens mechanism includes limit
Plate, the first limited block, wiper mechanism, lens frame, eyeglass, fixed disc, water recovery apparatus, the second limited block, leg of spectacles shell, fixation
Block, water chamber, the first pushing block, the second pushing block, rotary switch shell, catch bar, annular groove, the second backwater hole, heat-transfer metal,
Two apopores, support plate, scrollwork memory metal, switch block, the first spring, second spring, rotary switch block, T shape annular groove, return water
Chamber, T shape ring, wiper mechanism and third limited block, wherein eyeglass is mounted in lens frame；Leg of spectacles shell passes through fixed block and eyeglass
Frame is connected；Heat-transfer metal is mounted on leg of spectacles shell right side；Rotary switch shell is mounted on leg of spectacles shell far from lens frame end face
On；External screw thread is provided on rotary switch shell periphery；The hole being not penetrated, and rotary switch are provided at rotary switch block end face center
Internal screw thread is provided on the hole inner headed face that block is not penetrated；It is provided with annular groove on rotary switch block end face, and is provided on annular groove inner headed face interior
Screw thread；T shape annular groove is provided on the end face of rotary switch block open loop slot, and T shape annular groove is located in annular groove；Rotary switch block passes through it
It is externally threaded on the internal screw thread and rotary switch shell opened on upper annular groove to be fitted on rotary switch shell；Catch bar periphery
One end is provided with external screw thread；Catch bar by thereon over opened on the hole inner headed face that is not penetrated with rotary switch block of screw thread it is interior
It is threadedly engaged and is mounted on rotary switch block；The catch bar other end passes through in rotary switch shell insertion leg of spectacles shell；Rotary switch
The screw pitch for the internal screw thread opened at annular groove on block is the screw pitch of opened internal screw thread on hole inner headed face that rotary switch block is not penetrated
1/3 times；Second pushing block is located in leg of spectacles shell, and the second pushing block is mounted on catch bar one end；T shape ring is mounted on T shape annular groove
It is interior；Two second springs are respectively positioned in leg of spectacles shell, and two second springs are symmetrical about catch bar；Second spring one end is mounted on
On second pushing block end face, the other end passes through on T shape ring；First pushing block is located in leg of spectacles shell, and far from rotary switch block；
First pushing block is connected by two the first springs with the first pushing block；First pushing block and leg of spectacles shell end face form water
Chamber；Recycling water cavity is formed between first pushing block and the second pushing block；The second backwater hole, and are provided on leg of spectacles shell lower end surface
Two backwater holes are communicated with backwater cavity；The second apopore is provided on leg of spectacles shell front end face, and the second apopore is communicated with water chamber；
Support plate is mounted on fixed block front end face；Scrollwork memory metal is located on support plate right side；Scrollwork memory metal inner end peace
On support plate right side；Switch block is mounted on scrollwork memory metal outer end；Fixed disc is mounted on lens frame front end face
Upper left side；Limit plate is mounted on lens frame upper surface；Two the first limited blocks are symmetrically mounted on limit plate front end face；Second limit
Position block is mounted on lens frame front end face upper left side, and the second limited block is located on the downside of fixed disc；Wiper mechanism is located at lens frame
Front side, and cooperate with the first limited block and the second limited block.
Above-mentioned wiper mechanism includes cleaning item, cleaning driving mechanism, third water channel, pivot angle driving mechanism, connecting plate, first
Water cavity, the first water channel, cleaning water outs, the second storage water cavity and the second water channel are stored, wherein cleaning driving mechanism and pivot angle drive
Motivation structure is connected by connecting plate；There is the first storage water cavity and the second storage water cavity on cleaning item；First storage water cavity and the
Multiple cleaning water outs are provided on two storage water cavity rear end faces；On wall surface between first storage water cavity and the second storage water cavity
It is provided with third water channel；Cleaning item is mounted in cleaning driving mechanism, and cleaning water outs face eyeglass.
Above-mentioned pivot angle driving mechanism include shell, guide groove, cam, sealing cover, straight pin, plunger, third spring, guide block and
Plunger hole, wherein straight pin is mounted on fixed disc；Sealing cover is mounted on straight pin；Cam is mounted on outside straight pin one end
On disc, and cam and sealing cover front end face cooperate；Plunger hole is provided on outer casing inner wall；Two are symmetrically provided on plunger hole inner headed face
A guide groove；Shell is mounted on sealing cover front end face, and shell is axially overlapped with sealing cover and straight pin axis；Two guide blocks pair
Title is mounted on plunger at one end periphery；Plunger is fitted in plunger hole by guide block and guide groove, and upper end face
With straight pin and cam engagement；Third spring is located in plunger hole, and third spring one end is mounted on plunger hole end surface, the other end
It is mounted on plunger end face.
Above-mentioned cleaning driving mechanism and pivot angle driving mechanism institute mounting structure are essentially identical, the difference is that be only
It cleans in driving mechanism, there is the second water channel at straight pin end face center, there is the first water channel on straight pin periphery.
One third limited block, and third limited block and are installed on the shell periphery in above-mentioned pivot angle driving mechanism
The cooperation of two limited blocks.
Above-mentioned one end of the connection board is mounted on cleaning driving mechanism shell periphery, and the other end is mounted on pivot angle driving mechanism
On shell periphery；The straight pin in driving mechanism is cleaned on the wall surface across the first storage water cavity and the second storage water cavity
Circular hole, and the first water channel and third water channel cooperate.
Inner cavity on shell is divided into the first water cavity and the second water cavity by cam and plunger in above-mentioned pivot angle driving mechanism；Clearly
Inner cavity on shell is divided into third water cavity and the 4th water cavity by the cam and plunger washed in driving mechanism；Second water cavity passes through pipeline
It is connected with the second apopore, and pipeline and the second water cavity interface are close to plunger；First water cavity passes through pipeline phase with third water cavity
Even, and the interface of pipeline and the first water cavity and third water cavity is close to plunger；4th water cavity and cleaning driving mechanism straight pin
On the second water channel connected by pipeline, and the interface of pipeline and the 4th water cavity is close to plunger.
As the further improvement of this technology, above-mentioned second spring is compressed spring.
As the further improvement of this technology, the screw pitch as the internal screw thread opened at annular groove on above-mentioned rotary switch block is
1/3 times of the alternative that rotary switch block is not penetrated the screw pitch of opened internal screw thread on the inner headed face of hole is ring on rotary switch block
The screw pitch for the internal screw thread opened at slot is 1/4 times that rotary switch block is not penetrated the screw pitch of opened internal screw thread on the inner headed face of hole.
As the further improvement of this technology, the temperature of scrollwork memory metal deformation is 15 degrees Celsius.
As the further improvement of this technology, above-mentioned water recovery apparatus includes backwater cavity, cambered surface, return water shell, backwater hole and
One backwater hole wherein has backwater cavity on return water shell；Return water shell upper end is provided with cambered surface；It is provided with many backwater holes in cambered surface, and returns
Water hole is communicated with backwater cavity；The first backwater hole is provided on return water shell left side, and the first backwater hole is communicated with backwater cavity；Return water shell
Lens frame is mounted on far from the downside of leg of spectacles shell end face.
As the further improvement of this technology, blasthole is connected by pipeline with the second apopore；First backwater hole and
Two backwater holes are connected by pipeline；The pipeline and switch block connected between blasthole and the second apopore cooperates；Connection first time
Pipeline and switch block between water hole and the second backwater hole cooperate.
Relative to traditional optometric technology, the present invention devise it is a kind of based on hydraulic pump except eyeglass fog glasses,
Has the function of automatically removing the upper fog in outside in eyeglass；The effect of left eyeglass lens mechanism is correction left vision, right eyeglass lens mechanism
Effect be correction right vision；The effect of link block is connection left eyeglass lens mechanism and right eyeglass lens mechanism；The effect of leg of spectacles shell
It is easy for people's wearing spectacles；The effect of lens frame is fixing len；The effect of fixed block is connection lens frame and leg of spectacles shell；Rotation
The effect of button switch block is, when the people of winter wearing spectacles enters hotter room from extraneous colder environment, in eyeglass
Interior outside will form one layer of water mist, at this time people's turning knob switch block, by the internal screw thread opened at annular groove on rotary switch block
Screw pitch be that rotary switch block is not penetrated the screw pitch of opened internal screw thread on the inner headed face of hole 1/3 times, so when 3 circle knobs of people's rotation
When switch block, the internal screw thread that rotary switch block will be opened along upper annular groove moves 3 times of screw pitch, and catch bar will be opened along knob
It closes block and is not penetrated the screw pitch that opened internal screw thread on the inner headed face of hole moves 9 times, the catch bar of movement will will drive the second pushing block fortune
Dynamic 9 times of screw pitch, so that the first spring is compressed, compressed first spring will be to one pressure of water in water chamber
It acts on, the inner cavity on shell is divided into the first water cavity and the second water cavity by the cam and plunger in pivot angle driving mechanism；Cleaning driving
Inner cavity on shell is divided into third water cavity and the 4th water cavity by cam and plunger in mechanism；The water being under pressure can pass through second
Apopore, pipeline and the second water cavity, so that the space in the second water cavity increases；It can give plunger one active force, so that shell encloses
It is rotated around straight pin, so that the shell on swinging mechanism drives connecting plate movement；The connecting plate of movement will will drive cleaning
Driving mechanism movement；When third limited block and the second limited block contact, third limited block will will limit pivot angle driving mechanism after
Reforwarding is dynamic, to achieve the purpose that limit connecting plate movement, connecting plate will will limit the movement of wiper mechanism；First water cavity at this time
Interior water can enter third water cavity by pipeline；So that the volume in third water cavity increases, the water in third water cavity can be given
One active force of cam, so that cam driven straight pin rotates, the straight pin of rotation will will drive cleaning item movement, herein
Cam meeting and plunger contact in the process, cam will push the guide groove movement that plunger is opened along plunger hole；At this time in the 4th water cavity
Water can enter through piping cleaning driving mechanism on straight pin on the first water channel in, then by the first water channel enter the second water
Road and third water channel finally enter the first storage water cavity and the second storage water cavity, and store water from the first storage water cavity and second
The cleaning water outs opened on chamber spray on the outside of eyeglass, to reach the function of fog on the outside of removal eyeglass；First water cavity and
Three water cavities by pipeline be connected, and the interface of pipeline and the first water cavity and third water cavity be close to plunger prevent the first water cavity and
Second water cavity communicates；4th water cavity is connect with the second water channel on cleaning driving mechanism straight pin by pipeline, and pipeline and the
The interface of four water cavities is to prevent third water cavity from communicating with the 4th water cavity close to the effect of plunger；Water after having cleaned can pass through back
The backwater hole opened in cambered surface on water hull enters in backwater cavity；The effect that cambered surface is provided on return water shell is, convenient for the collection to water,
Prevent water from flowing on face cheek；Water flow jet reduces water cavity volume, and reduced water cavity volume is restored to spring
Original length, so that the recycle-water cavity volume between the first pushing block and the second pushing block increases, the recycling that volume increases
Water cavity will absorb the water in backwater cavity, so that water enters in recycling water cavity by the first backwater hole, pipeline and the second backwater hole；
The effect of heat-transfer metal is, the heat of human body is transmitted to water chamber and is recycled in the water in water cavity, so that coolant-temperature gage is raised to, from
And the coolant-temperature gage that water injector is sprayed is higher, the water of high-temperature can heat eyeglass, so that fog evaporation on the inside of eyeglass；
To have the function that remove the upper fog in outside in eyeglass；The effect of scrollwork memory metal is to identify the temperature of indoor and outdoor；It opens
It closes block and is mounted on scrollwork memory metal outer end, the pipeline and switch block connected between the second water cavity and the second apopore cooperates；Even
Connecing the effect that the pipeline between the first backwater hole and the second backwater hole cooperates with switch block is, when glasses are in outdoor, scrollwork is remembered
Recall metal and be in free state, switch block all closes two pipelines simultaneously；When glasses are in it is indoor when, scrollwork memory metal by
Thermal deformation, to will drive the switch block movement for being mounted on its outer end, so that the first backwater hole of connection and the second backwater hole
Between pipeline and connection blasthole and the second apopore between pipeline open simultaneously, water flow starts to flow simultaneously；Scrollwork note
The effect that the temperature for recalling flow of metal is 15 degrees Celsius is that 15 degrees Celsius of temperature is the optimal deformation temperature of scrollwork memory metal
Degree；Design rotary switch block effect be, people can oneself demand rotate a fixing turn, so as to reach control water outlet
Amount has the function that fog on eyeglass or removal eyeglass is cleaned multiple times；The effect of support plate is to support scrollwork memory metal；
The effect of first spring is, is on the other hand to the first pushing block one on the one hand to one pressure effect of water in water chamber
Restoring force effect；The effect of second spring is restoring force effect when to second one return of pushing block.
In use, first by rotary switch block, catch bar, the second pushing block, the first pushing block, the first spring and
Second spring is screwed down from glasses, into the water by glasses at this time, so that water is filled in leg of spectacles shell, at this time successively by
One pushing block, the first spring, the second pushing block, catch bar, second spring and rotary switch it is packaged enter leg of spectacles shell in；Work as glasses
When outdoor in winter, outdoor temperature is lower than 15 degree, so scrollwork memory metal at this time will not deform, so at this time
Switch block be in close state；First spring and second spring are in free extension state, and heat-transfer metal is by human body at this time
Body temperature be transmitted in leg of spectacles shell in water in so that the temperature of water increases；When people wears glasses it is from the outside into the room when,
Due to indoor with outdoor temperature difference environment so that outside is respectively formed on one layer of water mist in glasses, scrollwork memory metal at this time by
To the influence of high-temperature, so that scrollwork memory metal deforms, switch block at this time will be opened, and connect the second water cavity and the
Pipeline between two apopores is opened；The pipeline connected between the first backwater hole and the second backwater hole is opened, and people rotates rotation at this time
Button switch block, so that the water in water chamber is carried out at demisting by pivot angle driving mechanism and cleaning driving mechanism on the outside of eyeglass
Reason, thus have the function that remove fog on the outside of eyeglass, because the temperature of the water come out in cleaning driving mechanism is higher, meeting
Fog on the inside of eyeglass is evaporated, while recycle-water cavity space increase forms vacuum environment, so that in backwater cavity
Water sucking recycle-water is intracavitary, to reach the fog on automatic cleaning eyeglass and collect the function of water；Rotary switch block has can
The function of adjusting rotates certain circle and counts up into primary cleaning so people can automatically adjust water yield according to their own needs
Work, it is possible to be used for multiple times and eyeglass is cleaned.
Detailed description of the invention
Fig. 1 is global facility distribution schematic diagram.
Fig. 2 is limit plate mounting structure schematic diagram.
Fig. 3 is plunger mounting structure schematic diagram.
Fig. 4 is cleaning item mounting structure schematic diagram.
Fig. 5 is guide block mounting structure schematic diagram.
Fig. 6 is return water shell structure schematic diagram.
Fig. 7 is leg of spectacles shell structure schematic diagram.
Fig. 8 is scrollwork memory metal mounting structure schematic diagram.
Fig. 9 is the first spring mounting structure schematic diagram.
Figure 10 is cleaning item structural schematic diagram.
Figure 11 is rotary switch block structure schematic diagram.
Figure 12 is return water shell cross-sectional view.
Figure 13 is scrollwork memory metal working principle diagram.
Figure label title: 1, left eyeglass lens mechanism；2, right eyeglass lens mechanism；3, limit plate；4, the first limited block；5, cleaning machine
Structure；6, water recovery apparatus；7, the second limited block；8, cleaning item；9, driving mechanism is cleaned；10, backwater hole；11, cambered surface；12, first
Backwater hole；14, leg of spectacles shell；16, fixed block；17, water chamber；18, the first pushing block；19, the second pushing block；20, knob is opened
Close shell；21, catch bar；22, annular groove；23, the second backwater hole；24, the second apopore；25, support plate；26, scrollwork memory metal；
27, switch block；28, the first spring；29, second spring；30, third limited block；31, shell；32, connecting plate；33, cam；34,
Straight pin；35, plunger；36, third spring；37, guide block；40, the first storage water cavity；42, the first water channel；44, cleaning water outs；
45, the second storage water cavity；46, the second water channel；47, rotary switch block；48, T shape annular groove；49, backwater cavity；54, plunger hole；55,
Pivot angle driving mechanism；56, link block；57, fixed disc；60, lens frame；61, eyeglass；62, third water channel；63, sealing cover；
64, the first water cavity；65, the second water cavity；66, third water cavity；67, the 4th water cavity；68, guide groove；69, return water shell；70, heat transfer gold
Belong to.
Specific embodiment
As shown in Figure 1, it includes left eyeglass lens mechanism 1, right eyeglass lens mechanism 2 and link block 56, wherein left eyeglass lens mechanism 1 and the right side
Eyeglasses body 2 is connected by link block 56.
As shown in Figure 1, above-mentioned left eyeglass lens mechanism 1 and 2 mounting structure of right eyeglass lens mechanism are symmetrical about connecting plate 32, left eyeglass lens
Mechanism 1 include limit plate 3, the first limited block 4, wiper mechanism 5, lens frame 60, eyeglass 61, fixed disc 57, water recovery apparatus 6,
Second limited block 7, leg of spectacles shell 14, fixed block 16, water chamber 17, the first pushing block 18, the second pushing block 19, rotary switch shell
20, catch bar 21, annular groove 22, the second backwater hole 23, the second apopore 24, support plate 25, scrollwork memory metal 26, switch block
27, the first spring 28, second spring 29, heat-transfer metal 70, rotary switch block 47, T shape annular groove 48, backwater cavity 49, T shape ring, clear
Washing machine structure 5 and third limited block 30, as shown in Fig. 2, wherein eyeglass 61 is mounted in lens frame 60；Leg of spectacles shell 14 passes through fixation
Block 16 is connected with lens frame 60；As shown in Figure 1, heat-transfer metal 70 is mounted on 14 right side of leg of spectacles shell；As shown in fig. 7, rotation
Button switch shell 20 is mounted on leg of spectacles shell 14 far from 60 end face of lens frame；As shown in fig. 7, being opened on 20 periphery of rotary switch shell
There is external screw thread；As shown in Fig. 7,11, the hole being not penetrated is provided at 47 end face center of rotary switch block, and rotary switch block 47 does not pass through
Internal screw thread is provided on logical hole inner headed face；As shown in Fig. 7,11, annular groove 22 is provided on 47 end face of rotary switch block, and in annular groove 22
Internal screw thread is provided on disc；As shown in figure 11, T shape annular groove 48, and T shape ring are provided on the end face of 47 open loop slot 22 of rotary switch block
Slot 48 is located in annular groove 22；As shown in fig. 7, rotary switch block 47 passes through the internal screw thread and rotary switch opened on annular groove 22 thereon
It is externally threaded on shell 20 to be fitted on rotary switch shell 20；21 periphery one end of catch bar is provided with external screw thread；Such as Fig. 7 institute
Show, the screw-internal thread fit opened on the hole inner headed face that catch bar 21 is not penetrated by screw thread and rotary switch block 47 over institute thereon
It is mounted on rotary switch block 47；As shown in fig. 7,21 other end of catch bar, which passes through rotary switch shell 20, is inserted into leg of spectacles shell 14
It is interior；As shown in fig. 7, the screw pitch for the internal screw thread opened at annular groove 22 on rotary switch block 47 is the hole that rotary switch block 47 is not penetrated
1/3 times of the screw pitch of opened internal screw thread on inner headed face；Second pushing block 19 is located in leg of spectacles shell, and the second pushing block 19 is mounted on
21 one end of catch bar；T shape ring is mounted in T shape annular groove 48；As shown in figure 9, two second springs 29 are respectively positioned on leg of spectacles shell 14
Interior, two second springs 29 are symmetrical about catch bar 21；As shown in figure 9,29 one end of second spring is mounted on the second pushing block 19
On end face, the other end passes through on T shape ring；As shown in figure 9, the first pushing block 18 is located in leg of spectacles shell 14, and opened far from knob
Close block 47；First pushing block 18 is connected by two the first springs 28 with the first pushing block 18；First pushing block 18 and leg of spectacles
14 end face of shell forms water chamber 17；As shown in figure 9, forming recycling water cavity between the first pushing block 18 and the second pushing block 19；
The second backwater hole 23 is provided on 14 lower end surface of leg of spectacles shell, and the second backwater hole 23 is communicated with backwater cavity 49；As shown in Fig. 2, eye
The second apopore 24 is provided on 14 front end face of temple shell, and the second apopore 24 is communicated with water chamber 17；Support plate 25 is mounted on
On 16 front end face of fixed block；As shown in Fig. 2, scrollwork memory metal 26 is located on 25 right side of support plate；Scrollwork memory metal 26
Inner end is mounted on 25 right side of support plate；As shown in Fig. 2,8, switch block 27 is mounted on 26 outer end of scrollwork memory metal.Gu
Determine plectane 57 and is mounted on 60 front end face upper left side of lens frame；As shown in Fig. 2, limit plate 3 is mounted on 60 upper surface of lens frame；Such as figure
Shown in 2, two the first limited blocks 4 are symmetrically mounted on 3 front end face of limit plate；Second limited block 7 is mounted on 60 front end of lens frame
Face upper left side, and the second limited block 7 is located at 57 downside of fixed disc；As shown in Figure 1, 2, before wiper mechanism 5 is located at lens frame 60
Side, and cooperate with the first limited block 4 and the second limited block 7.
As shown in Fig. 2, above-mentioned wiper mechanism 5 includes cleaning item 8, cleaning driving mechanism 9, third water channel 62, pivot angle driving
Mechanism 55, connecting plate 32, first store water cavity 40, the first water channel 42, cleaning water outs 44, second and store water cavity 45 and the second water
Road 46, as shown in Figure 2,3, wherein cleaning driving mechanism 9 is connected with pivot angle driving mechanism 55 by connecting plate 32；On cleaning item 8
With the first storage water cavity 40 and the second storage water cavity 45；It is opened on first storage water cavity 40 and the second storage 45 rear end face of water cavity
There are multiple cleaning water outs 44；As shown in Figure 10, it is provided on the wall surface between the first storage water cavity 40 and the second storage water cavity 45
Third water channel 62；As shown in figure 4, cleaning item 8 is mounted in cleaning driving mechanism 9, and 44 face eyeglass 61 of cleaning water outs.
As shown in Fig. 2, above-mentioned pivot angle driving mechanism 55 includes shell 31, guide groove 68, cam 33, sealing cover 63, straight pin
34, plunger 35, third spring 36, guide block 37 and plunger hole 54, as shown in Figure 1, wherein straight pin 34 is mounted on fixed disc 57
On；Sealing cover 63 is mounted on straight pin 34；As shown in figure 5, cam 33 is mounted on 34 one end periphery of straight pin, and cam
33 cooperate with 63 front end face of sealing cover；Plunger hole 54 is provided on 31 inner wall of shell；As shown in figure 3, right on 54 inner headed face of plunger hole
Title is opened there are two guide groove 68；As shown in figure 3, shell 31 is mounted on 63 front end face of sealing cover, and 31 axial direction of shell and sealing cover
63 and 34 axis of straight pin be overlapped；As shown in figure 5, two guide blocks 37 are symmetrically mounted on 35 one end periphery of plunger；Such as Fig. 3 institute
Show, plunger 35 is fitted in plunger hole 54 by guide block 37 and guide groove 68, and 35 upper surface of plunger and straight pin 34 and
Cam 33 cooperates；As shown in figure 3, third spring 36 is located in plunger hole 54,36 one end of third spring is mounted on 54 end of plunger hole
On face, the other end is mounted on 35 end face of plunger.
As shown in figure 3, above-mentioned cleaning driving mechanism 9 and 55 mounting structures of pivot angle driving mechanism are essentially identical, it is different
Place is it is only to have the second water channel 46,34 periphery of straight pin at 34 end face center of straight pin in cleaning driving mechanism 9
It is upper that there is the first water channel 42.
As shown in Fig. 2, a third limited block 30 is installed on 31 periphery of shell in above-mentioned pivot angle driving mechanism 55,
And third limited block 30 and the second limited block 7 cooperate.
As shown in Figure 10, above-mentioned 32 one end of connecting plate is mounted on cleaning 9 shell of driving mechanism, 31 periphery, other end peace
On 55 shell of pivot angle driving mechanism, 31 periphery；The straight pin 34 cleaned in driving mechanism 9 passes through the first storage water cavity 40
The circular hole on wall surface between the second storage water cavity 45, and the first water channel 42 cooperates with third water channel 62.
As shown in figure 3, the inner cavity on shell 31 is divided into the by cam 33 in above-mentioned pivot angle driving mechanism 55 and plunger 35
One water cavity 64 and the second water cavity 65；As shown in figure 3, the cam 33 and plunger 35 in cleaning driving mechanism 9 will be on shells 31
Chamber is divided into third water cavity 66 and the 4th water cavity 67；Second water cavity 65 is connected by pipeline with the second apopore 24, and pipeline and the
Two water cavities, 65 interface is close to plunger 35；As shown in figure 3, the first water cavity 64 is connected with third water cavity 66 by pipeline, and pipeline
Plunger 35 is close to the interface of the first water cavity 64 and third water cavity 66；As shown in figure 3, the 4th water cavity 67 and cleaning driving machine
The second water channel 46 on 9 straight pin 34 of structure is connected by pipeline, and the interface of pipeline and the 4th water cavity 67 is close to plunger 35.
As shown in figure 9, above-mentioned second spring 29 is compressed spring.
As shown in fig. 7, the screw pitch as the internal screw thread opened at annular groove 22 on above-mentioned rotary switch block 47 is rotary switch
1/3 times of the alternative that block 47 is not penetrated the screw pitch of opened internal screw thread on the inner headed face of hole is annular groove 22 on rotary switch block 47
The screw pitch for the internal screw thread that place is opened is 1/4 times that rotary switch block 47 is not penetrated the screw pitch of opened internal screw thread on the inner headed face of hole.
As shown in figure 8, the temperature that scrollwork memory metal 26 deforms is 15 degrees Celsius.
As shown in Fig. 6,12, above-mentioned water recovery apparatus 6 includes backwater cavity 49, cambered surface 11, return water shell 69, backwater hole 10 and first
Backwater hole 12 wherein has backwater cavity 49 on return water shell 69；69 upper end of return water shell is provided with cambered surface 11；Many return is provided in cambered surface 11
Water hole 10, and backwater hole 10 is communicated with backwater cavity 49；The first backwater hole 12, and the first backwater hole are provided on 69 left side of return water shell
12 communicate with backwater cavity 49；Return water shell 69 is mounted on lens frame 60 far from the downside of 14 end face of leg of spectacles shell.
As shown in figure 13, blasthole is connected by pipeline with the second apopore 24；First backwater hole 12 and the second backwater hole
23 are connected by pipeline；The pipeline and switch block 27 connected between blasthole and the second apopore 24 cooperates；Connect the first return water
Pipeline and switch block 27 between hole 12 and the second backwater hole 23 cooperate.
In summary:
The present invention devises a kind of glasses being used for except 61 fog of eyeglass based on hydraulic pump, has and automatically removes eyeglass
The function of the upper fog in outside in 61；The effect of left eyeglass lens mechanism 1 is correction left vision, and the effect of right eyeglass lens mechanism 2 is correction
Right vision；The effect of link block is connection left eyeglass lens mechanism 1 and right eyeglass lens mechanism 2；The effect of leg of spectacles shell 14 is easy for people
Wearing spectacles；The effect of lens frame 60 is fixing len 61；The effect of fixed block 16 is connection lens frame 60 and leg of spectacles shell 14；
The effect of rotary switch block 47 is, when the people of winter wearing spectacles enters hotter room from extraneous colder environment, in mirror
The interior outside of piece 61 will form one layer of water mist, at this time people's turning knob switch block 47, due on rotary switch block 47 at annular groove 22
The screw pitch for the internal screw thread opened is 1/3 times that rotary switch block 47 is not penetrated the screw pitch of opened internal screw thread on the inner headed face of hole, so
When 3 circle rotary switch block 47 of people's rotation, the internal screw thread that rotary switch block 47 will be opened along upper annular groove 22 moves 3 times of spiral shell
Away from catch bar 21 will be not penetrated the screw pitch that opened internal screw thread on the inner headed face of hole moves 9 times along rotary switch block 47, and movement pushes away
Lever 21 moves 9 times of screw pitch by will drive the second pushing block 19, so that the first spring 28 is compressed, compressed first
Spring 28 will be to one pressure effect of water in water chamber 17, and cam 33 and plunger 35 in pivot angle driving mechanism 55 are by shell
Inner cavity on 31 is divided into the first water cavity 64 and the second water cavity 65；Cam 33 in driving mechanism 9 and plunger 35 are cleaned by shell 31
On inner cavity be divided into third water cavity 66 and the 4th water cavity 67；The water being under pressure can pass through the second apopore 24, pipeline and second
Water cavity 65, so that the space in the second water cavity 65 increases；It can give plunger 35 1 active forces, so that shell 31 surrounds straight pin 34
Rotation, so that the shell 31 on swinging mechanism drives connecting plate 32 to move；The connecting plate 32 of movement will will drive cleaning and drive
Motivation structure 9 moves；When third limited block 30 and the second limited block 7 contact, third limited block 30 will will limit pivot angle driving machine
Structure 55 continues to move, to achieve the purpose that limiting connecting plate 32 moves, connecting plate 32 will will limit the movement of wiper mechanism 5；
The water in the first water cavity 64 can enter third water cavity 66 by pipeline at this time；So that the volume in third water cavity 66 increases,
Water in third water cavity 66 can give 33 1 active forces of cam, so that cam 33 drives straight pin 34 to rotate, in this process
Middle cam 33 can be contacted with plunger 35, and cam 33 will push the guide groove 68 that plunger 35 is opened along plunger hole 54 and move；Rotation
Straight pin 34 will will drive cleaning item 8 and move, and the water in the 4th water cavity 67 can enter through piping in cleaning driving mechanism 9 at this time
Straight pin 34 on the first water channel 42 in, then by the first water channel 42 enter the second water channel 46 and third water channel 62, finally enter
First storage water cavity 40 and the second storage water cavity 45, and the cleaning opened from the first storage water cavity 40 and the second storage water cavity 45
Water out 44 sprays to 61 outside of eyeglass, to reach the function of removal 61 outside fog of eyeglass；First water cavity 64 and third water cavity
66 are connected by pipeline, and the interface of pipeline and the first water cavity 64 and third water cavity 66 is close to plunger 35 and prevents the first water cavity
64 communicate with the second water cavity 65；4th water cavity 67 is connected with the second water channel 46 on cleaning 9 straight pin 34 of driving mechanism by pipeline
It connects, and the interface of pipeline and the 4th water cavity 67 is to prevent 67 phase of third water cavity 66 and the 4th water cavity close to the effect of plunger 35
It is logical；Water after having cleaned can enter in backwater cavity 49 by the backwater hole 10 held in cambered surface 11 on return water shell 69；Return water shell 69
On to be provided with the effect of cambered surface 11 be, convenient for the collection to water, to prevent water from flowing on face cheek；Water flow jet makes 17 body of water chamber
Product reduces, and reduced 17 volume of water chamber makes spring be restored to original length, so that the first pushing block 18 is pushed away with second
Recycle-water cavity volume between motion block 19 increases, and the recycling water cavity that volume increases will absorb the water in backwater cavity 49, so that water
Enter in recycling water cavity by the first backwater hole 12, pipeline and the second backwater hole 23；The effect of heat-transfer metal 70 is, by human body
Heat is transmitted to water chamber 17 and recycles in the water in water cavity, so that coolant-temperature gage is raised to, so that the water that water injector sprays
Temperature is higher, and the water of high-temperature can heat eyeglass 61, so that 61 inside fog of eyeglass evaporates；To reach removal eyeglass 61
The effect of fog on interior outside；The effect of scrollwork memory metal 26 is to identify the temperature of indoor and outdoor；Switch block 27 is mounted on whirlpool
26 outer end of memory metal is rolled up, the pipeline and switch block 27 connected between the second water cavity 65 and the second apopore 24 cooperates；Connection the
The effect that pipeline between one backwater hole 12 and the second backwater hole 23 cooperates with switch block 27 is, as depicted in fig. 13 a, at glasses
Scrollwork memory metal 26 is in free state when outdoor, and switch block 27 all closes two pipelines simultaneously；As illustrated in fig. 13b,
When glasses are in interior, 26 temperature distortion of scrollwork memory metal, thus will drive the movement of switch block 27 for being mounted on its outer end,
So that pipeline between the first backwater hole 12 of connection and the second backwater hole 23 with connect blasthole and the second apopore 24 it
Between pipeline open simultaneously, water flow starts to flow simultaneously；The temperature that scrollwork memory metal 26 deforms is that 15 degrees Celsius of effect is,
15 degrees Celsius of temperature is the optimal deformation temperature of scrollwork memory metal 26；The effect of design rotary switch block 47 is that people can be with
The demand of oneself rotates a fixing turn, so as to reach control water yield, reaches and eyeglass 61 or removal eyeglass is cleaned multiple times
The effect of fog on 61；The effect of support plate 25 is to support scrollwork memory metal 26；The effect of first spring 28 is one side
It is on the other hand to give the first pushing block 18 1 restoring force effects to one pressure effect of water in water chamber 17；Second spring
29 effect is restoring force effect when to second 19 1 returns of pushing block.
Specific embodiment is, first by rotary switch block 47, catch bar 21, the second pushing block 19, the first pushing block 18,
First spring 28 and second spring 29 are screwed down from glasses, into the water by glasses at this time, so that note in leg of spectacles shell 14
Full water, at this time successively by the first pushing block 18, the first spring 28, the second pushing block 19, catch bar 21, second spring 29 and knob
Switch block 47 is packed into leg of spectacles shell；When glasses are in the outdoor in winter, outdoor temperature is lower than 15 degree, so scrollwork at this time
Memory metal 26 will not deform, so switch block 27 at this time is in close state；First spring 28 and second spring 29
It is in free extension state, the body temperature of human body is transmitted in the water in leg of spectacles shell 14 by heat-transfer metal 70 at this time, to make
The temperature for obtaining water increases；When people wears glasses it is from the outside into the room when, due to indoor with outdoor temperature difference environment, so that in glasses
Outside is respectively formed on one layer of water mist, and scrollwork memory metal 26 at this time is influenced by high-temperature, so that scrollwork memory metal 26
It deforms, switch block 27 at this time will be opened, and the pipeline connected between the second water cavity 65 and the second apopore 24 is opened；Even
The pipeline connect between the first backwater hole 12 and the second backwater hole 23 is opened, and people rotates rotary switch block 47 at this time, so that water chamber
Water in 17 by pivot angle driving mechanism 55 and cleans driving mechanism 9 to demisting processing is carried out on the outside of eyeglass 61, to reach
It, can will be in eyeglass 61 because the temperature of the water come out in cleaning driving mechanism 9 is higher except the effect of 61 outside fog of eyeglass
The fog of side evaporates, while recycle-water cavity space increase forms vacuum environment, so that the water in backwater cavity 49 sucks
Recycle-water is intracavitary, to reach the fog on automatic cleaning eyeglass 61 and collect the function of water；Rotary switch block 47 has adjustable
The function of section rotates certain circle and counts up to Cheng Yici scavenger so people can automatically adjust water yield according to their own needs
Make, it is possible to be used for multiple times and eyeglass 61 is cleaned.
Claims (6)
1. it is a kind of based on hydraulic pump except eyeglass fog glasses, it is characterised in that: it includes left eyeglass lens mechanism, right eyeglass lens mechanism
And connecting plate, wherein left eyeglass lens mechanism is connect with right eyeglass lens mechanism by connecting plate；
The structure of above-mentioned left eyeglass lens mechanism and right eyeglass lens mechanism is symmetrical about connecting plate median plane, and left eyeglass lens mechanism includes limit
Plate, the first limited block, heat-transfer metal, wiper mechanism, lens frame, eyeglass, fixed disc, water recovery apparatus, the second limited block, glasses
Leg shell, fixed block, water chamber, the first pushing block, the second pushing block, rotary switch shell, catch bar, annular groove, the second backwater hole,
Two apopores, support plate, scrollwork memory metal, switch block, the first spring, second spring, rotary switch block, T shape annular groove, return water
Chamber, T shape ring, wiper mechanism and third limited block, wherein eyeglass is mounted in lens frame；Leg of spectacles shell passes through fixed block and eyeglass
Frame is connected；Heat-transfer metal is mounted on leg of spectacles shell right side；Rotary switch shell is mounted on leg of spectacles shell far from lens frame end face
On；External screw thread is provided on rotary switch shell periphery；The hole being not penetrated, and rotary switch are provided at rotary switch block end face center
Internal screw thread is provided on the hole inner headed face that block is not penetrated；It is provided with annular groove on rotary switch block end face, and is provided on annular groove inner headed face interior
Screw thread；T shape annular groove is provided on the end face of rotary switch block open loop slot, and T shape annular groove is located in annular groove；Rotary switch block passes through it
It is externally threaded on the internal screw thread and rotary switch shell opened on upper annular groove to be fitted on rotary switch shell；Catch bar periphery
One end is provided with external screw thread；Catch bar by thereon over opened on the hole inner headed face that is not penetrated with rotary switch block of screw thread it is interior
It is threadedly engaged and is mounted on rotary switch block；The catch bar other end passes through in rotary switch shell insertion leg of spectacles shell；Rotary switch
The screw pitch for the internal screw thread opened at annular groove on block is the screw pitch of opened internal screw thread on hole inner headed face that rotary switch block is not penetrated
1/3 times；Second pushing block is located in leg of spectacles shell, and the second pushing block is mounted on catch bar one end；T shape ring is mounted on T shape annular groove
It is interior；Two second springs are respectively positioned in leg of spectacles shell, and two second springs are symmetrical about catch bar；Second spring one end is mounted on
On second pushing block end face, the other end passes through on T shape ring；First pushing block is located in leg of spectacles shell, and far from rotary switch block；
First pushing block is connected by two the first springs with the first pushing block；First pushing block and leg of spectacles shell end face form water
Chamber；Recycling water cavity is formed between first pushing block and the second pushing block；The second backwater hole, and are provided on leg of spectacles shell lower end surface
Two backwater holes are communicated with backwater cavity；The second apopore is provided on leg of spectacles shell front end face, and the second apopore is communicated with water chamber；
Support plate is mounted on fixed block front end face；Scrollwork memory metal is located on support plate right side；Scrollwork memory metal inner end peace
On support plate right side；Switch block is mounted on scrollwork memory metal outer end；Fixed disc is mounted on lens frame front end face
Upper left side；Limit plate is mounted on lens frame upper surface；Two the first limited blocks are symmetrically mounted on limit plate front end face；Second limit
Position block is mounted on lens frame front end face upper left side, and the second limited block is located on the downside of fixed disc；Wiper mechanism is located at lens frame
Front side, and cooperate with the first limited block and the second limited block；
Above-mentioned wiper mechanism includes cleaning item, cleaning driving mechanism, third water channel, pivot angle driving mechanism, connection
Plate, the first storage water cavity, the first water channel, cleaning water outs, the second storage water cavity and the second water channel, wherein cleaning driving machine
Structure is connected with pivot angle driving mechanism by connecting plate；There is the first storage water cavity and the second storage water cavity on cleaning item；First storage
Multiple cleaning water outs are provided on water chamber and the second storage water cavity rear end face；First storage water cavity with second store water cavity it
Between wall surface on be provided with third water channel；Cleaning item is mounted in cleaning driving mechanism, and cleaning water outs face eyeglass；
Above-mentioned pivot angle driving mechanism includes shell, guide groove, cam, sealing cover, straight pin, plunger, third spring, guide block and plunger
Hole, wherein straight pin is mounted on fixed disc；Sealing cover is mounted on straight pin；Cam is mounted on straight pin one end periphery
On, and cam and sealing cover front end face cooperate；Plunger hole is provided on outer casing inner wall；It is led there are two symmetrically being opened on plunger hole inner headed face
Slot；Shell is mounted on sealing cover front end face, and shell is axially overlapped with sealing cover and straight pin axis；Two guide blocks are symmetrically pacified
On plunger at one end periphery；Plunger is fitted in plunger hole by guide block and guide groove, and upper end face and circle
Pin and cam engagement；Third spring is located in plunger hole, and third spring one end is mounted on plunger hole end surface, other end installation
On plunger end face；
Above-mentioned cleaning driving mechanism and pivot angle driving mechanism institute mounting structure are essentially identical, the difference is that being only to clean
In driving mechanism, there is the second water channel at straight pin end face center, there is the first water channel on straight pin periphery；
One third limited block, and third limited block and the second limit are installed on the shell periphery in above-mentioned pivot angle driving mechanism
Position block cooperation；
Above-mentioned one end of the connection board is mounted on cleaning driving mechanism shell periphery, and the other end is mounted on pivot angle driving mechanism shell
On periphery；Clean circle of the straight pin in driving mechanism on the wall surface across the first storage water cavity and the second storage water cavity
Hole, and the first water channel and third water channel cooperate；
Inner cavity on shell is divided into the first water cavity and the second water cavity by cam and plunger in above-mentioned pivot angle driving mechanism；Cleaning is driven
Inner cavity on shell is divided into third water cavity and the 4th water cavity by cam and plunger on motivation structure；Second water cavity passes through pipeline and the
Two apopores are connected, and pipeline and the second water cavity interface are close to plunger；First water cavity is connected with third water cavity by pipeline, and
The interface of pipeline and the first water cavity and third water cavity is close to plunger；The on 4th water cavity and cleaning driving mechanism straight pin
Two water channels are connected by pipeline, and the interface of pipeline and the 4th water cavity is close to plunger.
2. it is according to claim 1 it is a kind of based on hydraulic pump except eyeglass fog glasses, it is characterised in that: above-mentioned second
Spring is compressed spring.
3. it is according to claim 1 it is a kind of based on hydraulic pump except eyeglass fog glasses, it is characterised in that: as above-mentioned
The screw pitch for the internal screw thread opened at annular groove on rotary switch block is that rotary switch block is not penetrated opened internal screw thread on the inner headed face of hole
1/3 times of alternative of screw pitch is that the screw pitch for the internal screw thread opened at annular groove on rotary switch block is that rotary switch block does not pass through
1/4 times of the screw pitch of opened internal screw thread on through-hole inner headed face.
4. it is according to claim 1 it is a kind of based on hydraulic pump except eyeglass fog glasses, it is characterised in that: scrollwork memory
The temperature of flow of metal is 15 degrees Celsius.
5. it is according to claim 1 it is a kind of based on hydraulic pump except eyeglass fog glasses, it is characterised in that: above-mentioned return water
Device includes backwater cavity, cambered surface, return water shell, backwater hole and the first backwater hole, wherein has backwater cavity on return water shell；On return water shell
End is provided with cambered surface；Many backwater holes are provided in cambered surface, and backwater hole is communicated with backwater cavity；It is provided on return water shell left side first time
Water hole, and the first backwater hole is communicated with backwater cavity；Return water shell is mounted on lens frame far from the downside of leg of spectacles shell end face.
6. it is according to claim 5 it is a kind of based on hydraulic pump except eyeglass fog glasses, it is characterised in that: blasthole is logical
Piping is connected with the second apopore；First backwater hole is connected with the second backwater hole by pipeline；Connection blasthole and second goes out
Pipeline and switch block between water hole cooperate；The pipeline and switch block connected between the first backwater hole and the second backwater hole cooperates.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710473965.6A CN107102452B (en) | 2017-06-21 | 2017-06-21 | It is a kind of based on hydraulic pump except eyeglass fog glasses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710473965.6A CN107102452B (en) | 2017-06-21 | 2017-06-21 | It is a kind of based on hydraulic pump except eyeglass fog glasses |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107102452A CN107102452A (en) | 2017-08-29 |
| CN107102452B true CN107102452B (en) | 2019-11-08 |
Family
ID=59663132
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710473965.6A Active CN107102452B (en) | 2017-06-21 | 2017-06-21 | It is a kind of based on hydraulic pump except eyeglass fog glasses |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107102452B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110646954B (en) * | 2019-08-21 | 2020-11-27 | 湖州达立智能设备制造有限公司 | DIY type intelligence wearing equipment |
| CN112666725A (en) * | 2021-01-11 | 2021-04-16 | 温州医科大学 | Antifogging glasses |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7036927B2 (en) * | 2004-04-08 | 2006-05-02 | Kopfer Rudolph J | Face foam free protective eyewear with inner liner and vent |
| JP2012073615A (en) * | 2011-10-05 | 2012-04-12 | Jyo Kida | Spectacle frame for dry eye and spectacle for dry eye having the same |
| CN205404994U (en) * | 2016-01-26 | 2016-07-27 | 湖北工业大学 | Lens self - cleaning glasses |
| CN205404997U (en) * | 2016-02-29 | 2016-07-27 | 重庆蓝岸通讯技术有限公司 | Automatic abluent glasses |
| CN206115067U (en) * | 2016-09-09 | 2017-04-19 | 江苏鸿晨光学有限公司 | Lens with effect of dust removal defogging |
-
2017
- 2017-06-21 CN CN201710473965.6A patent/CN107102452B/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN107102452A (en) | 2017-08-29 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN107102452B (en) | It is a kind of based on hydraulic pump except eyeglass fog glasses | |
| CN107065231B (en) | A kind of glasses removing fog on eyeglass automatically for winter | |
| CN111240045A (en) | Spectacle frame with automatic blowing and demisting functions | |
| CN107831605B (en) | Contact lenses clean box | |
| CN114178216A (en) | Intelligent flow control expansion valve based on light weight and system thereof | |
| CN108379042A (en) | A kind of wear-type visual function training device | |
| CN113701066B (en) | Adjustable LED lamp pearl of focus | |
| CN209239705U (en) | A kind of burnishing device for eliminating non-spherical reflector coining effect | |
| CN207301504U (en) | A kind of adjustable myopic-preventing training glasses | |
| CN113608361B (en) | Intelligent myopia glasses with astigmatism detection and automatic adjustment and correction functions | |
| CN106584238B (en) | A kind of fixed disk of optical mirror slip cold working and fixing means | |
| US2329757A (en) | Eyeglasses | |
| CN211318912U (en) | VR glasses are used in safety training of adjustable near-sighted number of degrees | |
| CN207222519U (en) | Plane mirror minute surface cleaning device | |
| CN210480177U (en) | Physical optical lens taking and placing device | |
| CN213957771U (en) | Novel anti-fogging double-layer skiing goggles | |
| CN107748454A (en) | A kind of portable type glasses cleaning box | |
| CN117348279A (en) | Intelligent automatic defogging defrosting glasses | |
| CN213822032U (en) | Goggles with prevent highlight | |
| CN208491516U (en) | A kind of intelligent fitting mirror | |
| CN221079078U (en) | Head-mounted display device | |
| CN216352427U (en) | Face recognition machine with automatic light filling function and convenient to clean | |
| CN215867382U (en) | 3D prints transparent spectacle-frame | |
| CN114452705B (en) | Optical lens system of processing | |
| CN209928163U (en) | From glasses of taking burnisher |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| TA01 | Transfer of patent application right |
Effective date of registration: 20191017 Address after: 317 000 No. 117, Shaojiadu Street, Linhai City, Taizhou City, Zhejiang Province Applicant after: Zhang Xue Li Address before: 362200 No. 1306, Antai World City, Luoshan Street, Jinjiang City, Quanzhou City, Fujian Province Applicant before: Quanzhou Qimei Electronic Technology Co. Ltd. |
|
| TA01 | Transfer of patent application right | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP02 | Change in the address of a patent holder |
Address after: AI Zhi technology building, Gulou District, Nanjing City, Jiangsu Province Patentee after: Zhang Xueli Address before: 117 Chuanzhi village, shaojiadu street, Linhai City, Taizhou City, Zhejiang Province Patentee before: Zhang Xueli |
|
| CP02 | Change in the address of a patent holder |