CN206652739U - A kind of efficient wiping arrangement of glass lens processing eyeglass - Google Patents
A kind of efficient wiping arrangement of glass lens processing eyeglass Download PDFInfo
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- CN206652739U CN206652739U CN201720281202.7U CN201720281202U CN206652739U CN 206652739 U CN206652739 U CN 206652739U CN 201720281202 U CN201720281202 U CN 201720281202U CN 206652739 U CN206652739 U CN 206652739U
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- wiping arrangement
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- motor
- cross bar
- glass lens
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Abstract
It the utility model is related to a kind of glass lens wiping arrangement, more particularly to a kind of efficient wiping arrangement of glass lens processing eyeglass.The technical problems to be solved in the utility model be to provide it is a kind of it is time saving and energy saving, wiping effect is good, improve operating efficiency the efficient wiping arrangement of glass lens processing eyeglass.In order to solve the above-mentioned technical problem, the utility model provides such a efficient wiping arrangement of glass lens processing eyeglass, includes bottom plate, support frame, transverse slat, pushing block, the first sponge, push rod etc.；The left and right sides is welded with support frame at the top of bottom plate, and the middle part between two support frames is welded with transverse slat, evenly spaced on transverse slat to be provided with circular standing groove, movable in circular standing groove to be provided with pushing block.The utility model is cleaned by the first wiping arrangement and the second wiping arrangement to the obverse and reverse of glass lens, and so as to reach time saving and energy saving, wiping effect is good, improves the effect of operating efficiency.
Description
Technical field
It the utility model is related to a kind of glass lens wiping arrangement, more particularly to a kind of glass lens processing eyeglass is efficient
Wiping arrangement.
Background technology
The primary raw material of glass lens is optical glass.Its refractive index is higher than resin lens, therefore in same number of degrees situation
Under, glass lens are thinner than resin lens.The light transmittance and mechanochemistry performance of glass lens are all relatively good, there is constant refraction
Rate, physicochemical property are stable.Do not have coloured eyeglass to claim optics funeral broker（White tiles）, pink in colored pellets claims Kroc match eyeglass
（Red）.Kroc match eyeglass can absorb ultraviolet, slightly have absorption to strong light.
Glass lens more or less can all have dust either fingerprint during processing, it is therefore desirable to glass lens
Wiped.And be typically all by manually being wiped at present, required a great deal of time and energy, work so as to exist
The shortcomings that arriving fingerprint can be remained on the eyeglass that efficiency is low, wiping effect is poor, has after wiping or accidentally, therefore needed badly
Research and develop it is a kind of it is time saving and energy saving, wiping effect is good, improve operating efficiency the efficient wiping arrangement of glass lens processing eyeglass.
Utility model content
（1）Technical problems to be solved
The utility model is typically all to pass through manually to be wiped at present to overcome, and needs to spend largely so as to exist
The shortcomings that time and efforts, operating efficiency are low, wiping effect is poor, the technical problems to be solved in the utility model is to provide one kind
It is time saving and energy saving, wiping effect is good, improve operating efficiency the efficient wiping arrangement of glass lens processing eyeglass.
（2）Technical scheme
In order to solve the above-mentioned technical problem, the utility model provides such a glass lens processing and efficiently wiped with eyeglass
Wipe device, include bottom plate, support frame, transverse slat, pushing block, the first sponge, push rod, first move up and down device and first wipe dress
Put, the left and right sides is welded with support frame at the top of bottom plate, and the middle part between two support frames is welded with transverse slat, uniform intervals on transverse slat
Be provided with circular standing groove, it is movable in circular standing groove to be provided with pushing block, first is connected with by way of bonding at the top of pushing block
Sponge, pushing block bottom are welded with push rod, and top moves up and down device provided with first on two support frames, and first moves up and down device
On moving parts be provided with the first wiping arrangement, the first wiping arrangement is located at the surface of transverse slat.
Preferably, first move up and down device and include the first sliding block and the first cylinder, top is provided with two support frames
First chute, the first chute inner sliding type are provided with the first sliding block, and the first sliding block inner top has been bolted the first cylinder,
The expansion link of first cylinder is connected with the first slider top.
Preferably, the first wiping arrangement include the first cross bar, second gear, the first motor, first bearing seat, first turn
Axle, first gear, the second rotating shaft, contiguous block and the second sponge, the first cross bar, the first cross bar are welded between two the first sliding blocks
Bottom left has been bolted the first motor, and the first cross bar bottom even interval on the right side of the first motor is connected by bolt
It is connected to first bearing seat, first rotating shaft is connected with by shaft coupling on the output shaft of the first motor, the is provided with first bearing seat
Two rotating shafts, the second rotating shaft are connected with the bearing in first bearing seat by bearing interference, pass through the side of key connection in first rotating shaft
Formula is connected with first gear, is connected with second gear in the second rotating shaft by way of key connection, the second gear of the leftmost side with
First gear engages, and first rotating shaft bottom and the second rotating shaft bottom are all welded with contiguous block, and contiguous block bottom is all bonded with second
Sponge, the second sponge are located at the surface of circular standing groove.
Preferably, also including second and move up and down device, two support frame bottoms are designed with second and move up and down device,
Second, which moves up and down device, includes the second sliding block, the second cylinder and the second cross bar, and two support frame bottoms are all provided with the second cunning
Groove, movable in the second chute to be provided with the second sliding block, the second sliding block inner bottom part has been bolted the second cylinder, the second gas
The top of cylinder is connected with the second slider bottom, and the second cross bar, push rod and the second cross bar top are welded between two piece of second sliding block
Connection.
Preferably, also include the second wiping arrangement, the second wiping arrangement, the second wiping arrangement are provided with the top of the second cross bar
Include the 3rd gear, the second motor, second bearing seat and the 4th gear, the second cross bar top right side has been bolted
Two motors, the output shaft of the second motor are connected by shaft coupling and the push rod of the rightmost side, the second cross bar top on the left of the second motor
Portion is evenly spaced to be bolted second bearing seat.Second bearing seat is connected with push rod on the left of the second motor, the rightmost side
Push rod on the 3rd gear is connected with by way of key connection, the 4th tooth is connected with by way of key connection on the push rod of left side
Wheel, the gear of the rightmost side the 4th engage with the 3rd gear.
Preferably, the first motor and the second motor are servomotor.
Operation principle：When to be wiped to glass lens, glass lens are placed in circular standing groove, and is sprayed into
Appropriate cleaning fluid.Then moving up and down device by first moves downward the first wiping arrangement, and wipes and fill by first
Put and the glass lens in circular standing groove are cleaned.After being cleaned when the front of glass lens, operating personnel can be upward
Push rod is promoted, drives pushing block to move upwards, is released so as to which the glass lens that finish will be cleaned, now, operating personnel are by glass mirror
Piece reverse side.Repeating appeal operation can clean to glass lens reverse side.
Because first, which moves up and down device, includes the first sliding block and the first cylinder, top is provided with first on two support frames
Chute, the first chute inner sliding type are provided with the first sliding block, and the first sliding block inner top has been bolted the first cylinder, and first
The expansion link of cylinder is connected with the first slider top, can control cylinder elongation, drives the first sliding block and the first wiping arrangement downward
Motion, is then cleaned by the first wiping arrangement to glass lens surface.
Because the first wiping arrangement include the first cross bar, second gear, the first motor, first bearing seat, first rotating shaft,
First gear, the second rotating shaft, contiguous block and the second sponge, the first cross bar, the first cross bar bottom are welded between two the first sliding blocks
Portion, which passes on left bolt connection, the first motor, and the first cross bar bottom even interval on the right side of the first motor is bolted
There is a first bearing seat, first rotating shaft is connected with by shaft coupling on the output shaft of the first motor, second is provided with first bearing seat
Rotating shaft, the second rotating shaft is connected with the bearing in first bearing seat by bearing interference, in first rotating shaft by way of key connection
First gear is connected with, is connected with second gear in the second rotating shaft by way of key connection, the second gear of the leftmost side and the
One gear engages, and first rotating shaft bottom and the second rotating shaft bottom are all welded with contiguous block, and contiguous block bottom is all bonded with the second sea
Silk floss, the second sponge are located at the surface of circular standing groove, when the first cylinder extends, move downward the first cross bar, drive the
Two sponges and its upper-part move downward, and when the second sponge is moved downwardly to glass lens front face, control the first gas
Cylinder stops elongation.Start the first motor rotation, drive second gear rotate, and then drive first gear rotate, the second sponge with
Rotation, so as to being cleaned to glass lens front, after scouring, close the first motor.
Because also including second moves up and down device, two support frame bottoms are designed with second and move up and down device, the
Two, which move up and down device, includes the second sliding block, the second cylinder and the second cross bar, and two support frame bottoms are all provided with the second chute,
Movable in second chute to be provided with the second sliding block, the second sliding block inner bottom part has been bolted the second cylinder, the second cylinder
Top be connected with the second slider bottom, be welded with the second cross bar between two piece of second sliding block, push rod at the top of the second cross bar with connecting
Connect, can control the elongation of the second cylinder, drive the second cross bar to move upwards, glass lens are released, so as to reach reduction manpower
Effect.
Because also including the second wiping arrangement, the second wiping arrangement, the second wiping arrangement bag are provided with the top of the second cross bar
The 3rd gear, the second motor, second bearing seat and the 4th gear are included, the second cross bar top right side has been bolted second
Motor, the output shaft of the second motor is connected by shaft coupling and the push rod of the rightmost side, at the top of the second cross bar on the left of the second motor
It is evenly spaced to be bolted second bearing seat.Second bearing seat is connected with push rod on the left of the second motor, the rightmost side
The 3rd gear is connected with push rod by way of key connection, the 4th tooth is connected with by way of key connection on the push rod of left side
Wheel, the gear of the rightmost side the 4th engage with the 3rd gear, after being cleaned when glass lens front, the first motor of closing, and startup the
Two motors rotate, and rotate the first sponge, glass lens reverse side is cleaned.After glass mirror eyeglass reverse side is cleaned,
The second motor is closed, so as to reach simple to operate, time saving and energy saving effect.
Because the first motor and the second motor are servomotor, its rotating speed can be preferably controlled, makes operation more steady.
（3）Beneficial effect
The utility model is wiped the obverse and reverse of glass lens by the first wiping arrangement and the second wiping arrangement
Wash, so as to reach time saving and energy saving, wiping effect is good, improves the effect of operating efficiency.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present utility model.
Fig. 2 is second of main structure diagram of the present utility model.
Fig. 3 is the third main structure diagram of the present utility model.
Mark in accompanying drawing for：1- bottom plates, 2- support frames, 3- transverse slats, 4- circle standing grooves, 5- pushing blocks, the sponges of 6- first,
7- push rods, 8- first move up and down device, and the chutes of 801- first, the sliding blocks of 802- first, the cylinders of 803- first, 9- first, which is wiped, to be filled
Put, the motors of 901- first, 902- first rotating shafts, 903- first bearing seats, the rotating shafts of 904- second, 905- first gears, 906-
Two gears, 907- contiguous blocks, the sponges of 908- second, the cross bars of 909- first, 10- second move up and down device, and 1001- second is slided
Groove, the sliding blocks of 1002- second, the cylinders of 1003- second, the cross bars of 1004- second, the wiping arrangements of 11- second, the gears of 1101- the 3rd,
The motors of 1102- second, 1103- second bearing seats, the gears of 1104- the 4th.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of efficient wiping arrangement of glass lens processing eyeglass, as Figure 1-3, include bottom plate 1, support frame 2, horizontal stroke
Plate 3, pushing block 5, the first sponge 6, push rod 7, first move up and down the wiping arrangement 9 of device 8 and first, the top of bottom plate 1 left and right sides
It is welded with support frame 2, the middle part between two support frames 2 is welded with transverse slat 3, evenly spaced on transverse slat 3 to be provided with circular placement
Groove 4, movable in circular standing groove 4 to be provided with pushing block 5, the top of pushing block 5 is connected with the first sponge 6, pushing block 5 by way of bonding
Bottom is welded with push rod 7, and top moves up and down device 8 provided with first on two support frames 2, and first moves up and down on device 8
Moving parts is provided with the first wiping arrangement 9, and the first wiping arrangement 9 is located at the surface of transverse slat 3.
Embodiment 2
A kind of efficient wiping arrangement of glass lens processing eyeglass, as Figure 1-3, include bottom plate 1, support frame 2, horizontal stroke
Plate 3, pushing block 5, the first sponge 6, push rod 7, first move up and down the wiping arrangement 9 of device 8 and first, the top of bottom plate 1 left and right sides
It is welded with support frame 2, the middle part between two support frames 2 is welded with transverse slat 3, evenly spaced on transverse slat 3 to be provided with circular placement
Groove 4, movable in circular standing groove 4 to be provided with pushing block 5, the top of pushing block 5 is connected with the first sponge 6, pushing block 5 by way of bonding
Bottom is welded with push rod 7, and top moves up and down device 8 provided with first on two support frames 2, and first moves up and down on device 8
Moving parts is provided with the first wiping arrangement 9, and the first wiping arrangement 9 is located at the surface of transverse slat 3.
First, which moves up and down device 8, includes the first sliding block 802 and the first cylinder 803, and top is provided with two support frames 2
First chute 801, the inner sliding type of the first chute 801 are provided with the first sliding block 802, and the inner top of the first sliding block 802 is connected by bolt
The first cylinder 803 is connected to, the expansion link of the first cylinder 803 is connected with the top of the first sliding block 802.
Embodiment 3
A kind of efficient wiping arrangement of glass lens processing eyeglass, as Figure 1-3, include bottom plate 1, support frame 2, horizontal stroke
Plate 3, pushing block 5, the first sponge 6, push rod 7, first move up and down the wiping arrangement 9 of device 8 and first, the top of bottom plate 1 left and right sides
It is welded with support frame 2, the middle part between two support frames 2 is welded with transverse slat 3, evenly spaced on transverse slat 3 to be provided with circular placement
Groove 4, movable in circular standing groove 4 to be provided with pushing block 5, the top of pushing block 5 is connected with the first sponge 6, pushing block 5 by way of bonding
Bottom is welded with push rod 7, and top moves up and down device 8 provided with first on two support frames 2, and first moves up and down on device 8
Moving parts is provided with the first wiping arrangement 9, and the first wiping arrangement 9 is located at the surface of transverse slat 3.
First, which moves up and down device 8, includes the first sliding block 802 and the first cylinder 803, and top is provided with two support frames 2
First chute 801, the inner sliding type of the first chute 801 are provided with the first sliding block 802, and the inner top of the first sliding block 802 is connected by bolt
The first cylinder 803 is connected to, the expansion link of the first cylinder 803 is connected with the top of the first sliding block 802.
First wiping arrangement 9 include the first cross bar 909, second gear 906, the first motor 901, first bearing seat 903,
First rotating shaft 902, first gear 905, the second rotating shaft 904, the sponge 908 of contiguous block 907 and second, two the first sliding blocks 802 it
Between be welded with the first cross bar 909, the bottom left of the first cross bar 909 has been bolted the first motor 901, the first motor 901
The bottom even interval of first cross bar 909 on right side has been bolted first bearing seat 903, the output of the first motor 901
First rotating shaft 902 is connected with by shaft coupling on axle, is provided with the second rotating shaft 904 in first bearing seat 903, the second rotating shaft 904 and
Bearing in first bearing seat 903 is connected by bearing interference, and first is connected with by way of key connection in first rotating shaft 902
Gear 905, is connected with second gear 906 in the second rotating shaft 904 by way of key connection, the second gear 906 of the leftmost side with
First gear 905 engages, and the bottom of first rotating shaft 902 and the bottom of the second rotating shaft 904 are all welded with contiguous block 907, the bottom of contiguous block 907
Portion is all bonded with the second sponge 908, and the second sponge 908 is located at the surface of circular standing groove 4.
Embodiment 4
A kind of efficient wiping arrangement of glass lens processing eyeglass, as Figure 1-3, include bottom plate 1, support frame 2, horizontal stroke
Plate 3, pushing block 5, the first sponge 6, push rod 7, first move up and down the wiping arrangement 9 of device 8 and first, the top of bottom plate 1 left and right sides
It is welded with support frame 2, the middle part between two support frames 2 is welded with transverse slat 3, evenly spaced on transverse slat 3 to be provided with circular placement
Groove 4, movable in circular standing groove 4 to be provided with pushing block 5, the top of pushing block 5 is connected with the first sponge 6, pushing block 5 by way of bonding
Bottom is welded with push rod 7, and top moves up and down device 8 provided with first on two support frames 2, and first moves up and down on device 8
Moving parts is provided with the first wiping arrangement 9, and the first wiping arrangement 9 is located at the surface of transverse slat 3.
First, which moves up and down device 8, includes the first sliding block 802 and the first cylinder 803, and top is provided with two support frames 2
First chute 801, the inner sliding type of the first chute 801 are provided with the first sliding block 802, and the inner top of the first sliding block 802 is connected by bolt
The first cylinder 803 is connected to, the expansion link of the first cylinder 803 is connected with the top of the first sliding block 802.
First wiping arrangement 9 include the first cross bar 909, second gear 906, the first motor 901, first bearing seat 903,
First rotating shaft 902, first gear 905, the second rotating shaft 904, the sponge 908 of contiguous block 907 and second, two the first sliding blocks 802 it
Between be welded with the first cross bar 909, the bottom left of the first cross bar 909 has been bolted the first motor 901, the first motor 901
The bottom even interval of first cross bar 909 on right side has been bolted first bearing seat 903, the output of the first motor 901
First rotating shaft 902 is connected with by shaft coupling on axle, is provided with the second rotating shaft 904 in first bearing seat 903, the second rotating shaft 904 and
Bearing in first bearing seat 903 is connected by bearing interference, and first is connected with by way of key connection in first rotating shaft 902
Gear 905, is connected with second gear 906 in the second rotating shaft 904 by way of key connection, the second gear 906 of the leftmost side with
First gear 905 engages, and the bottom of first rotating shaft 902 and the bottom of the second rotating shaft 904 are all welded with contiguous block 907, the bottom of contiguous block 907
Portion is all bonded with the second sponge 908, and the second sponge 908 is located at the surface of circular standing groove 4.
Also including second and move up and down device 10, two bottoms of support frame 2 are designed with second and move up and down device 10, the
Two, which move up and down device 10, includes the second sliding block 1002, the second cylinder 1003 and the second cross bar 1004, two bottoms of support frame 2
All it is provided with the second chute 1001, it is movable in the second chute 1001 to be provided with the second sliding block 1002, the inner bottom part of the second sliding block 1002
The second cylinder 1003 is bolted, the top of the second cylinder 1003 is connected with the bottom of the second sliding block 1002, two piece second
The second cross bar 1004 is welded between sliding block 1002, push rod 7 is connected with the top of the second cross bar 1004.
Also include the second wiping arrangement 11, the top of the second cross bar 1004 is provided with the second wiping arrangement 11, and second wipes dress
Put 11 and include the 3rd gear 1101, the second motor 1102, the gear 1104 of second bearing seat 1103 and the 4th, the second cross bar 1004
Top right side has been bolted the second motor 1102, and the output shaft of the second motor 1102 is pushed away by shaft coupling and the rightmost side
Bar 7 connects, and the top of the second cross bar 1004 in the left side of the second motor 1102 is evenly spaced to be bolted second bearing seat
1103.Second bearing seat 1103 is connected with the left side push rod 7 of the second motor 1102, passes through the side of key connection on the push rod 7 of the rightmost side
Formula is connected with the 3rd gear 1101, is connected with the 4th gear 1104, the rightmost side the 4th on left side push rod 7 by way of key connection
Gear 1104 engages with the 3rd gear 1101.
First motor 901 and the second motor 1102 are servomotor.
Operation principle：When to be wiped to glass lens, glass lens are placed in circular standing groove 4, and is sprayed
Enter appropriate cleaning fluid.Then moving up and down device 8 by first moves downward the first wiping arrangement 9, and is wiped by first
Device 9 is wiped to clean the glass lens in circular standing groove 4.After being cleaned when the front of glass lens, operating personnel
Push rod 7 can be pushed up, drives pushing block 5 to move upwards, is released so as to which the glass lens finished will be cleaned, now, operating personnel
By glass lens reverse side.Repeating appeal operation can clean to glass lens reverse side.
Because first, which moves up and down device 8, includes the first sliding block 802 and the first cylinder 803, top on two support frames 2
The first chute 801 is provided with, the inner sliding type of the first chute 801 is provided with the first sliding block 802, and the inner top of the first sliding block 802 passes through spiral shell
Tethering and be connected to the first cylinder 803, the expansion link of the first cylinder 803 is connected with the top of the first sliding block 802, can control cylinder elongation,
Drive the first sliding block 802 and the first wiping arrangement 9 to move downward, then glass lens surface is entered by the first wiping arrangement 9
Row is cleaned.
Because the first wiping arrangement 9 includes the first cross bar 909, second gear 906, the first motor 901, first bearing seat
903rd, first rotating shaft 902, first gear 905, the second rotating shaft 904, the sponge 908 of contiguous block 907 and second, two the first sliding blocks
The first cross bar 909 is welded between 802, the bottom left of the first cross bar 909 has been bolted the first motor 901, the first electricity
The bottom even interval of first cross bar 909 on the right side of machine 901 has been bolted first bearing seat 903, the first motor 901
First rotating shaft 902 is connected with by shaft coupling on output shaft, the second rotating shaft 904, the second rotating shaft are provided with first bearing seat 903
904 are connected with the bearing in first bearing seat 903 by bearing interference, are connected in first rotating shaft 902 by way of key connection
There is first gear 905, be connected with second gear 906, the second gear of the leftmost side in the second rotating shaft 904 by way of key connection
906 engage with first gear 905, and the bottom of first rotating shaft 902 and the bottom of the second rotating shaft 904 are all welded with contiguous block 907, contiguous block
907 bottoms are all bonded with the second sponge 908, and the second sponge 908 is located at the surface of circular standing groove 4, when the first cylinder 803 is stretched
When long, move downward the first cross bar 909, drive the second sponge 908 and its upper-part to move downward, when the second sponge 908 to
Under when moving to glass lens front face, the first cylinder 803 of control stops elongation.Start the first motor 901 to rotate, drive
Second gear 906 rotates, and then drives first gear 905 to rotate, the concomitant rotation of the second sponge 908, so as to glass lens just
Face is cleaned, and after scouring, closes the first motor 901.
Because also including second moves up and down device 10, two bottoms of support frame 2 are designed with second and move up and down device
10, second, which moves up and down device 10, includes the second sliding block 1002, the second cylinder 1003 and the second cross bar 1004, two support frames
2 bottoms are all provided with the second chute 1001, movable in the second chute 1001 to be provided with the second sliding block 1002, in the second sliding block 1002
Bottom has been bolted the second cylinder 1003, and the top of the second cylinder 1003 is connected with the bottom of the second sliding block 1002, two pieces
The second cross bar 1004 is welded between second sliding block 1002, push rod 7 is connected with the top of the second cross bar 1004, can control the second cylinder
1003 elongations, drive the second cross bar 1004 to move upwards, glass lens are released, so as to reach the effect for reducing manpower.
Because also including the second wiping arrangement 11, the top of the second cross bar 1004 is provided with the second wiping arrangement 11, and second wipes
Wipe device 11 and include the 3rd gear 1101, the second motor 1102, the gear 1104 of second bearing seat 1103 and the 4th, the second cross bar
1004 top right sides have been bolted the second motor 1102, and the output shaft of the second motor 1102 passes through shaft coupling and the rightmost side
Push rod 7 connect, the top of the second cross bar 1004 in the left side of the second motor 1102 is evenly spaced to be bolted the second axle
Bearing 1103.Second bearing seat 1103 is connected with the left side push rod 7 of the second motor 1102, passes through key connection on the push rod 7 of the rightmost side
Mode be connected with the 3rd gear 1101, the 4th gear 1104, the rightmost side are connected with by way of key connection on left side push rod 7
4th gear 1104 engages with the 3rd gear 1101, after being cleaned when glass lens front, closes the first motor 901, starts
Second motor 1102 rotates, and rotates the first sponge 6, glass lens reverse side is cleaned.When glass mirror eyeglass reverse side is cleaned
After, the second motor 1102 is closed, so as to reach simple to operate, time saving and energy saving effect.
Because the first motor 901 and the second motor 1102 are servomotor, its rotating speed can be preferably controlled, makes operation more
Steadily.
Embodiment described above only expresses preferred embodiment of the present utility model, and its description is more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (6)
1. a kind of efficient wiping arrangement of glass lens processing eyeglass, it is characterised in that include bottom plate（1）, support frame（2）、
Transverse slat（3）, pushing block（5）, the first sponge（6）, push rod（7）, first move up and down device（8）With the first wiping arrangement（9）, bottom plate
（1）Support frame is welded with left and right sides of top（2）, two support frames（2）Between middle part be welded with transverse slat（3）, transverse slat（3）On
It is evenly spaced to be provided with circular standing groove（4）, circular standing groove（4）It is interior movable to be provided with pushing block（5）, pushing block（5）Top passes through
The mode of bonding is connected with the first sponge（6）, pushing block（5）Bottom is welded with push rod（7）, two support frames（2）Top is provided with
First moves up and down device（8）, first moves up and down device（8）On moving parts be provided with the first wiping arrangement（9）, first
Wiping arrangement（9）Positioned at transverse slat（3）Surface.
2. a kind of efficient wiping arrangement of glass lens processing eyeglass according to claim 1, it is characterised in that on first
Lower mobile device（8）Include the first sliding block（802）With the first cylinder（803）, two support frames（2）Top is provided with the first cunning
Groove（801）, the first chute（801）Inner sliding type is provided with the first sliding block（802）, the first sliding block（802）Inner top passes through bolt
It is connected with the first cylinder（803）, the first cylinder（803）Expansion link and the first sliding block（802）Top connects.
3. a kind of efficient wiping arrangement of glass lens processing eyeglass according to claim 2, it is characterised in that first wipes
Wipe device（9）Include the first cross bar（909）, second gear（906）, the first motor（901）, first bearing seat（903）, first
Rotating shaft（902）, first gear（905）, the second rotating shaft（904）, contiguous block（907）With the second sponge（908）, two the first sliding blocks
（802）Between be welded with the first cross bar（909）, the first cross bar（909）Bottom left has been bolted the first motor
（901）, the first motor（901）First cross bar on right side（909）Bottom even interval has been bolted first bearing seat
（903）, the first motor（901）Output shaft on first rotating shaft is connected with by shaft coupling（902）, first bearing seat（903）It is interior
Provided with the second rotating shaft（904）, the second rotating shaft（904）With first bearing seat（903）Interior bearing is connected by bearing interference, and first
Rotating shaft（902）On first gear is connected with by way of key connection（905）, the second rotating shaft（904）On pass through the side of key connection
Formula is connected with second gear（906）, the second gear of the leftmost side（906）With first gear（905）Engagement, first rotating shaft（902）
Bottom and the second rotating shaft（904）Bottom is all welded with contiguous block（907）, contiguous block（907）Bottom is all bonded with the second sponge
（908）, the second sponge（908）Positioned at circular standing groove（4）Surface.
4. a kind of efficient wiping arrangement of glass lens processing eyeglass according to claim 3, it is characterised in that also include
There is second to move up and down device（10）, two support frames（2）Bottom is designed with second and moves up and down device（10）, move down on second
Dynamic device（10）Include the second sliding block（1002）, the second cylinder（1003）With the second cross bar（1004）, two support frames（2）Under
Portion is all provided with the second chute（1001）, the second chute（1001）It is interior movable to be provided with the second sliding block（1002）, the second sliding block
（1002）Inner bottom part has been bolted the second cylinder（1003）, the second cylinder（1003）Top and the second sliding block（1002）
Bottom connects, two piece of second sliding block（1002）Between be welded with the second cross bar（1004）, push rod（7）With the second cross bar（1004）Top
Portion connects.
5. a kind of efficient wiping arrangement of glass lens processing eyeglass according to claim 4, it is characterised in that also include
There is the second wiping arrangement（11）, the second cross bar（1004）Top is provided with the second wiping arrangement（11）, the second wiping arrangement（11）Bag
The 3rd gear is included（1101）, the second motor（1102）, second bearing seat（1103）With the 4th gear（1104）, the second cross bar
（1004）Top right side has been bolted the second motor（1102）, the second motor（1102）Output shaft by shaft coupling with
The push rod of the rightmost side（7）Connection, the second motor（1102）Second cross bar in left side（1004）Top is evenly spaced to pass through bolt
It is connected with second bearing seat（1103）, second bearing seat（1103）With the second motor（1102）Left side push rod（7）Connection, the rightmost side
Push rod（7）On the 3rd gear is connected with by way of key connection（1101）, left side push rod（7）On by way of key connection
It is connected with the 4th gear（1104）, the gear of the rightmost side the 4th（1104）With the 3rd gear（1101）Engagement.
A kind of 6. efficient wiping arrangement of glass lens processing eyeglass according to claim 5, it is characterised in that the first electricity
Machine（901）With the second motor（1102）It is servomotor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720281202.7U CN206652739U (en) | 2017-03-22 | 2017-03-22 | A kind of efficient wiping arrangement of glass lens processing eyeglass |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720281202.7U CN206652739U (en) | 2017-03-22 | 2017-03-22 | A kind of efficient wiping arrangement of glass lens processing eyeglass |
Publications (1)
| Publication Number | Publication Date |
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| CN206652739U true CN206652739U (en) | 2017-11-21 |
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ID=60316173
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720281202.7U Expired - Fee Related CN206652739U (en) | 2017-03-22 | 2017-03-22 | A kind of efficient wiping arrangement of glass lens processing eyeglass |
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| Country | Link |
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| CN (1) | CN206652739U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111112172A (en) * | 2019-12-30 | 2020-05-08 | 杨兆安 | Cleaning device for silicon wafer processing |
| CN111790708A (en) * | 2020-07-24 | 2020-10-20 | 怀化学院 | Pigment dish belt cleaning device for art design |
-
2017
- 2017-03-22 CN CN201720281202.7U patent/CN206652739U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111112172A (en) * | 2019-12-30 | 2020-05-08 | 杨兆安 | Cleaning device for silicon wafer processing |
| CN111112172B (en) * | 2019-12-30 | 2021-12-07 | 中科同帜半导体(江苏)有限公司 | Cleaning device for silicon wafer processing |
| CN111790708A (en) * | 2020-07-24 | 2020-10-20 | 怀化学院 | Pigment dish belt cleaning device for art design |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20171121 Termination date: 20200322 |