CN206646026U - A kind of glass slice device - Google Patents

A kind of glass slice device Download PDF

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Publication number
CN206646026U
CN206646026U CN201720312938.6U CN201720312938U CN206646026U CN 206646026 U CN206646026 U CN 206646026U CN 201720312938 U CN201720312938 U CN 201720312938U CN 206646026 U CN206646026 U CN 206646026U
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China
Prior art keywords
fixed
motor
bearing block
bearing
working track
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CN201720312938.6U
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Chinese (zh)
Inventor
阮洪良
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Follett Mary Parker Glass Group PLC
Flat Glass Group Co Ltd
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Follett Mary Parker Glass Group PLC
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Priority to CN201720312938.6U priority Critical patent/CN206646026U/en
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Publication of CN206646026U publication Critical patent/CN206646026U/en
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Abstract

The utility model provides a kind of glass slice device, belongs to field of mechanical technique.It solves the problems, such as that burst efficiency is low in the prior art.This glass slice device, including working track, a sliding panel one is provided with the left of working track, one is provided between sliding panel one and working track can drive the sliding equipment one that orbital direction of the sliding panel one along working track moves back and forth, the top surface of sliding panel one fixes a cylinder one, the top of cylinder one is provided with support one, and the burst wheel one that can change glass conveying direction is provided with support one;A sliding panel two is provided with the right side of working track, one is provided between sliding panel two and working track can drive the sliding equipment two that orbital direction of the sliding panel two along working track moves back and forth, the top surface of sliding panel two fixes a cylinder two, the top of cylinder one is provided with support two, and the burst wheel two that can change glass conveying direction is provided with support two.The utility model has the advantages of separative efficiency is high.

Description

A kind of glass slice device
Technical field
The utility model belongs to field of mechanical technique, is related to a kind of glass slice device, particularly a kind of glass slice dress Put.
Background technology
Need to carry out glass cutting on line according to product order and on-line optimization cutting equipment in original sheet glass production process, Carry out needing to carry out glass separation online after breaking piece after glass-cutting is good, prepared for follow-up manipulator bottom sheet.Existing point Sheet devices are integrally fixed on whole piece streamline and can not all around moved, and are led because technique adjustment demand glass slice position is unstable Cause can not carry out burst work, and subsequent mechanical hand None- identified glass position carries out bottom sheet work.
So those skilled in the art, has developed one kind to be developed and has carried out adjustable glass slice according to production technology Device.The locomotive function of optional position around the present apparatus can meet, burst wheel walk according to glass and carry out automatic lifting, And burst wheel can meet that 360 ° of scale rotations use.
The content of the invention
The purpose of this utility model is above mentioned problem be present for existing technology, it is proposed that a kind of glass slice device, The utility model has the characteristics of burst efficiency high.
The purpose of this utility model can be realized by following technical proposal:A kind of glass slice device, including work rail Road, it is characterised in that be provided with a sliding panel one on the left of described working track, an energy is provided between sliding panel one and working track The sliding equipment one for driving orbital direction of the sliding panel one along working track to move back and forth, the described top surface of sliding panel one are fixed One cylinder one, the top of cylinder one are provided with support one, the burst wheel one that can change glass conveying direction are provided with support one, The rotating mechanism one of the channeling direction of energy regulating sheet wheel one is provided between the support one and cylinder one;Described working track is right Side is provided with a sliding panel two, and one is provided between sliding panel two and working track can drive track of the sliding panel two along working track The sliding equipment two that direction moves back and forth, the described top surface of sliding panel two fix a cylinder two, and the top of cylinder one is provided with branch Frame two, the burst wheel two that can change glass conveying direction is provided with support two, energy is provided between the support two and cylinder two The rotating mechanism two of the channeling direction of regulating sheet wheel two.
This glass slice device, its operation principle are such:Carry out needing to carry out online after breaking piece after glass-cutting is good Glass separates, and when glass is advanced from conveying, startup cylinder one and cylinder two, the piston rod of cylinder one and cylinder two is upward It is mobile, drive burst wheel one and burst wheel two to move up and down, when burst wheel exceedes the conveying roller of conveying, the glass of side Direction movement will be circumferentially rotated with burst wheel one, the glass of opposite side will circumferentially rotate direction shifting with burst wheel two It is dynamic, by the angle of the regulating sheet wheel one of rotating mechanism one, pass through the angle of the regulating sheet wheel two of rotating mechanism two, sliding equipment A pair of burst wheels one laterally carry out displacement, and sliding equipment two laterally carries out displacement to burst wheel two, according to the different glass of technique The initial position of regulating sheet wheel one and burst wheel two is needed, prevents that burst is unstable.
Described burst wheel one is coaxially fixed in an installation axle one, and installation axle one is by circumferentially rotating and axial restraint Mode is arranged on a support one;Described burst wheel two is coaxially fixed in an installation axle two, and installation axle two is by passing through week It is arranged on to the mode of rotation and axial restraint on a support two.
Described rotating mechanism one includes motor one, and the body of motor one is mutually fixed with the piston rod of cylinder one, motor one Output shaft straight up, the output shaft end of motor one is fixed by a connecting plate one and the phase of support one;Controlled by motor one The rotation direction of support one processed, it ensure that the accuracy that support one rotates;Described rotating mechanism two includes motor two, motor two The piston rod end of body and cylinder two mutually fix, straight up, the output shaft end of motor two leads to the output shaft of motor two A connecting plate two is crossed to fix with support two-phase.The rotation direction of support two is controlled by motor two, ensure that what support two rotated Accuracy.
Described working track side offers a sliding groove one, and working track opposite side offers a sliding groove two, sliding Dynamic groove one is identical with the orbital direction of working track, and sliding groove one is identical with the structure of sliding groove two.
Described sliding equipment one includes bearing block one and bearing block two, and bearing block one is fixed on one end of working track, Bearing block two is fixed on the middle part of working track, and bearing block one is oppositely arranged with bearing block two, fixing bearing in bearing block one One, fixing bearing two in bearing block two, rotated between bearing one and bearing two and be provided with one first screw mandrel, the first screw mandrel passes axle The driving structure one that one one end connection one can drive the first screw mandrel to rotate is held, the first described wire rod thread connects a nut One, nut one is fixed with the above-mentioned phase of sliding panel one, and a fixing axle is fixed in the side of described sliding panel one straight down, fixed The lower end of axle one, which rotates, sets a roller one, and roller one is slidably arranged in sliding groove one, and the opposite side of described sliding panel one erects Straight to fix a fixing axle two downwards, the lower end of fixing axle two, which rotates, sets a roller two, and roller two is slidably arranged in sliding groove two; Driving structure one drives the first screw mandrel to rotate, and the first screw mandrel, which rotates, drives nut one to rotate, due to sliding panel one, roller one, rolling Wheel two limits nut one and rotated, so nut one moves along the first screw mandrel, sliding panel one follows nut one to move.Described Sliding equipment two includes bearing block three and bearing block four, and bearing block three is fixed on the other end of working track, and bearing block four is fixed At the middle part of working track, bearing block two is disposed adjacent with bearing block four, and bearing block three is oppositely arranged with bearing block two or four, bearing Fixing bearing three in seat three, fixing bearing four in bearing block four, rotated between bearing three and bearing four and be provided with one second Bar, the second screw mandrel pass bearing three one end connection one can drive the second screw mandrel rotate driving structure two, described second Bar is threadedly coupled a nut two, and nut two is fixed with above-mentioned sliding panel two-phase, and the side of described sliding panel two is solid straight down A fixed fixing axle three, the lower end of fixing axle three, which rotates, sets a roller three, and roller three is slidably arranged in sliding groove one, described cunning The opposite side of dynamic plate two fixes a fixing axle four straight down, and the lower end of fixing axle four, which rotates, sets a roller four, and roller four slides It is arranged in sliding groove two;Driving structure two drives the second screw mandrel to rotate, and the second screw mandrel, which rotates, drives nut two to rotate, due to cunning Dynamic plate two, roller three, roller four limit nut two and rotated, so nut two moves along the second screw mandrel, sliding panel two is followed Nut two moves.
Described driving structure one includes motor rack one and the motor three being fixed on motor rack one, and motor rack one is fixed on The side of guide rail, the output shaft end of motor three coaxially fix a sprocket wheel one, and one end that the first screw mandrel passes bearing one fixes one Sprocket wheel two, sprocket wheel one and sprocket wheel two are in same plane, and sprocket wheel one is connected with sprocket wheel two by a chain one;Three turns of motor Dynamic band movable sprocket one rotates, and sprocket wheel one, which rotates, drives chain one to rotate, and the rotational band movable sprocket two of chain one rotates, and sprocket wheel two rotates Act on behalf of the rotation of the first screw mandrel.Described driving structure two includes motor rack two and the motor four being fixed on motor rack two, motor Frame two is fixed on the opposite side of guide rail, and the output shaft end of motor four coaxially fixes a sprocket wheel three, and the second screw mandrel passes bearing three One end fix a sprocket wheel four, sprocket wheel three and sprocket wheel four are in same plane, and sprocket wheel three and sprocket wheel four pass through a chain two-phase Connection.The rotational band movable sprocket three of motor four rotates, and sprocket wheel three, which rotates, drives chain two to rotate, four turns of two rotational band movable sprocket of chain Dynamic, sprocket wheel four rotates the second screw mandrel of agency and rotated.
Compared with prior art, the utility model has advantages below:
1st, the utility model enables burst wheel one to move up and down, has and be switched fast working condition by setting cylinder one And the advantages of working condition.
2nd, by setting motor one and support one, the burst wheel one on support one is rotated by 360 ° the utility model with scale The advantages of.
3rd, the utility model enables burst wheel one vertical by setting the first screw mandrel, nut one, sliding block one and motor three Move back and forth in the direction of glass conveying.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is positive structure diagram of the present utility model.
Fig. 3 is partial structural diagram of the present utility model.
In figure, 1, working track;2nd, sliding panel one;3rd, cylinder one;4th, burst wheel one;5th, installation axle one;6th, support one;7、 Sliding panel two;8th, cylinder two;9th, burst wheel two;10th, installation axle two;11st, support two;12nd, bearing one;13rd, bearing two;14th, axle Hold three;15th, bearing four;16th, bearing block one;17th, bearing block two;18th, bearing block three;19th, bearing block four;20th, the first screw mandrel; 21st, the second screw mandrel;22nd, motor one;23rd, motor two;24th, motor three;25th, motor four;26th, chain one;27th, chain two;28th, chain Wheel one;29th, sprocket wheel two;30th, sprocket wheel three;31st, sprocket wheel four;32nd, fixing axle;33rd, fixing axle two;33rd, roller one;34th, roller Two;35th, roller three;36th, roller four;37th, fixing axle three;38th, fixing axle four;
Embodiment
It is specific embodiment of the utility model and with reference to accompanying drawing below, the technical solution of the utility model is made further Description, but the utility model is not limited to these embodiments.
As shown in Figure 1, Figure 2, Figure 3 shows, a kind of glass slice device, including working track 1, the left side of working track 1 are provided with one Sliding panel 1, one is provided between sliding panel 1 and working track 1 can drive track side of the sliding panel 1 along working track 1 To the sliding equipment one moved back and forth, the top surface of sliding panel 1 fixes a cylinder 1, and the top of cylinder 1 is provided with support 1, The burst wheel 1 of glass conveying direction can be changed by being provided with support 1, be provided with to adjust between support 1 and cylinder 1 and divided The rotating mechanism one of the channeling direction of piece wheel 1;Rotating mechanism one includes motor 1, body and the cylinder 1 of motor 1 Piston rod is mutually fixed, and straight up, the output shaft end of motor 1 passes through a connecting plate one and branch to the output shaft of motor 1 The phase of frame 1 is fixed;The rotation direction of support 1 is controlled by motor 1, ensure that the accuracy that burst wheel 1 rotates.
The right side of working track 1 is provided with a sliding panel 27, and one is provided between sliding panel 27 and working track 1 can drive slip The sliding equipment two that orbital direction of the plate 27 along working track 1 moves back and forth, the top surface of sliding panel 27 fix a cylinder 28, The top of cylinder 1 is provided with support 2 11, and the burst wheel 29 that can change glass conveying direction is provided with support 2 11, branch The rotating mechanism two of the channeling direction of energy regulating sheet wheel 29 is provided between frame 2 11 and cylinder 28;Rotating mechanism two includes motor 2 23, the body of motor 2 23 is mutually fixed with the piston rod end of cylinder 28, the output shaft of motor 2 23 straight up, motor 2 23 output shaft end is fixed by a connecting plate two and the phase of support 2 11.Turning for burst wheel 29 is controlled by motor 2 23 Dynamic direction, it ensure that the accuracy that support 2 11 rotates.
Burst wheel 1 is coaxially fixed in an installation axle 1, and installation axle 1 is by circumferentially rotating and the side of axial restraint Formula is arranged on a support 1;Burst wheel 29 is coaxially fixed in an installation axle 2 10, and installation axle 2 10 is by passing through circumference Rotate and the mode of axial restraint is arranged on a support 2 11.The side of working track 1 offers a sliding groove one, working track 1 opposite side offers a sliding groove two, and sliding groove one is identical with the orbital direction of working track 1, sliding groove one and sliding groove two Structure is identical.
Sliding equipment one includes bearing block 1 and bearing block 2 17, and bearing block 1 is fixed on one end of working track 1, Bearing block 2 17 is fixed on the middle part of working track 1, and bearing block 1 is oppositely arranged with bearing block 2 17, solid in bearing block 1 A fixed bearing 1, fixing bearing 2 13 in bearing block 2 17, rotates between bearing 1 and bearing 2 13 and is provided with one first Screw mandrel 20, the first screw mandrel 20 pass the driving structure one that one end connection one of bearing 1 can drive the first screw mandrel 20 to rotate, driven Dynamic structure one includes motor rack one and the motor 3 24 being fixed on motor rack one, and motor rack one is fixed on the side of guide rail, electricity The output shaft end of machine 3 24 coaxially fixes a sprocket wheel 1, and a sprocket wheel two is fixed in one end that the first screw mandrel 20 passes bearing 1 29, sprocket wheel 1 and sprocket wheel 2 29 are in same plane, and sprocket wheel 1 is connected with sprocket wheel 2 29 by a chain 1;Electricity The rotational band movable sprocket 1 of machine 3 24 rotates, and sprocket wheel 1, which rotates, drives chain 1 to rotate, the rotational band movable sprocket of chain 1 2 29 rotate, and sprocket wheel 2 29 rotates the first screw mandrel 20 of agency and rotated.First screw mandrel 20 is threadedly coupled a nut one, and nut one is with sliding The dynamic phase of plate 1 is fixed, and a fixing axle 32 is fixed in the side of sliding panel 1 straight down, and the lower end of fixing axle 32, which rotates, to be set One roller 1, roller 1 are slidably arranged in sliding groove one, and the opposite side of sliding panel 1 fixes a fixing axle straight down 2 33, the lower end of fixing axle 2 33, which rotates, sets a roller 2 34, and roller 2 34 is slidably arranged in sliding groove two;Driving structure one The first screw mandrel 20 is driven to rotate, the first screw mandrel 20, which rotates, drives nut one to rotate, due to sliding panel 1, roller 1, roller two 34 limit nut rotation, so nut one moves along the first screw mandrel 20, sliding panel 1 follows nut one to move.Skate machine Structure two includes bearing block 3 18 and bearing block 4 19, and bearing block 3 18 is fixed on the other end of working track 1, and bearing block 4 19 is solid The middle part of working track 1 is scheduled on, bearing block 2 17 is disposed adjacent with bearing block 4 19, bearing block 3 18 and the phase of bearing block 2 17 4 To setting, fixing bearing 3 14 in bearing block 3 18, fixing bearing 4 15, bearing 3 14 and bearing four in bearing block 4 19 Rotated between 15 and be provided with one second screw mandrel 21, one end connection one that the second screw mandrel 21 passes bearing 3 14 can drive the second screw mandrel 21 The driving structure two of rotation, driving structure two include motor rack two and the motor 4 25 being fixed on motor rack two, motor rack two The opposite side of guide rail is fixed on, the output shaft end of motor 4 25 coaxially fixes a sprocket wheel 3 30, and the second screw mandrel 21 passes bearing A sprocket wheel 4 31 is fixed in 3 14 one end, and sprocket wheel 3 30 and sprocket wheel 4 31 are in same plane, sprocket wheel 3 30 and sprocket wheel 4 31 It is connected by a chain 2 27.The rotational band movable sprocket 3 30 of motor 4 25 rotates, and sprocket wheel 3 30, which rotates, drives 2 27 turns of chain Dynamic, the rotational band movable sprocket 4 31 of chain 2 27 rotates, and sprocket wheel 4 31 rotates the second screw mandrel 21 of agency and rotated.The screw thread of second screw mandrel 21 A nut two is connected, nut two is fixed with the phase of sliding panel 27, and a fixing axle 3 37 is fixed in the side of sliding panel 27 straight down, The lower end of fixing axle 3 37, which rotates, sets a roller 3 35, and roller 3 35 is slidably arranged in sliding groove one, sliding panel 27 it is another A fixing axle 4 38 is fixed in side straight down, and the lower end of fixing axle 4 38, which rotates, sets a roller 4 36, and roller 4 36, which slides, to be set In sliding groove two;Driving structure two drives the second screw mandrel 21 to rotate, and the second screw mandrel 21, which rotates, drives nut two to rotate, due to cunning Dynamic plate 27, roller 3 35, roller 4 36 limit nut two and rotated, so nut two moves along the second screw mandrel 21, sliding panel 27 follow nut two to move.
A controller is fixed in the outside of working track 1, controller by wire and cylinder 1, cylinder 28, motor 1, Motor 2 23, motor 3 24 are connected.
This glass slice device, its operation principle are such:Carry out needing to carry out online after breaking piece after glass-cutting is good Glass separates, and when glass is advanced from conveying, starts the piston rod of cylinder 1 and cylinder 28, cylinder 1 and cylinder 28 Move up, drive burst wheel 1 and burst wheel 29 to move up and down, when burst wheel exceedes the conveying roller of conveying, side Glass direction movement will be circumferentially rotated with burst wheel 1, the glass of opposite side will circumferentially rotate with burst wheel 29 Direction is moved, and by the angle of the regulating sheet wheel 1 of motor 1, by the angle of the regulating sheet wheel 29 of motor 2 23, is slided One 2 pairs of burst wheels of plate 1 laterally carry out displacement, and 27 pairs of burst wheels of sliding panel 29 laterally carry out displacement, different according to technique Glass needs the initial position of regulating sheet wheel 1 and burst wheel 29, prevents that burst is unstable.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute Category those skilled in the art can make various modifications or supplement to described specific embodiment or using similar Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although working track 1 has more been used herein;Sliding panel 1;Cylinder 1;Burst wheel 1;Installation axle 1; Support 1;Sliding panel 27;Cylinder 28;Burst wheel 29;Installation axle 2 10;Support 2 11;Bearing 1;Bearing 2 13;Axle Hold 3 14;Bearing 4 15;Bearing block 1;Bearing block 2 17;Bearing block 3 18;Bearing block 4 19;First screw mandrel 20;Second Bar 21;Motor 1;Motor 2 23;Motor 3 24;Motor 4 25;Chain 1;Chain 2 27;Sprocket wheel 1;Sprocket wheel 2 29; Sprocket wheel 3 30;Sprocket wheel 4 31;Fixing axle 32;Fixing axle 2 33;Roller 1;Roller 2 34;Roller 3 35;Roller 4 36; Fixing axle 3 37;The grade term of fixing axle 4 38, but it is not precluded from the possibility using other terms.It is only using these terms In order to more easily describe and explain essence of the present utility model;Being construed as any additional limitation is all and this Utility model spirit is disagreed.

Claims (6)

1. a kind of glass slice device, including working track, it is characterised in that be provided with a sliding panel on the left of described working track One, one is provided between sliding panel one and working track can drive what orbital direction of the sliding panel one along working track moved back and forth Sliding equipment one, the described top surface of sliding panel one fix a cylinder one, and the top of cylinder one is provided with support one, set on support one The burst wheel one of glass conveying direction can be changed by being equipped with, and energy regulating sheet wheel one is provided between the support one and cylinder one and is guided The rotating mechanism one in direction;A sliding panel two is provided with the right side of described working track, is provided between sliding panel two and working track One can drive the sliding equipment two that orbital direction of the sliding panel two along working track moves back and forth, the described top surface of sliding panel two A cylinder two is fixed, the top of cylinder one is provided with support two, the burst that can change glass conveying direction is provided with support two Wheel two, the rotating mechanism two of the channeling direction of energy regulating sheet wheel two is provided between the support two and cylinder two.
2. glass slice device according to claim 1, it is characterised in that described burst wheel one is coaxially fixed on a peace Fill on axle one, installation axle one is circumferentially rotating and being arranged on by way of axial restraint on a support one;Described burst wheel two Coaxially it is fixed in an installation axle two, installation axle two passes through by circumferentially rotating and being arranged on by way of axial restraint a support two On.
3. glass slice device according to claim 2, it is characterised in that described rotating mechanism one includes motor one, The piston rod of the body of motor one and cylinder one is mutually fixed, the output shaft of motor one straight up, the output shaft end of motor one Fixed by a connecting plate one and the phase of support one;Described rotating mechanism two includes motor two, body and the cylinder two of motor two Piston rod end mutually fix, the output shaft of motor two straight up, the output shaft end of motor two by a connecting plate two with Support two-phase is fixed.
4. glass slice device according to claim 3, it is characterised in that described working track side offers a cunning Dynamic groove one, working track opposite side offer a sliding groove two, and sliding groove one is identical with the orbital direction of working track, sliding groove One is identical with the structure of sliding groove two.
5. glass slice device according to claim 4, it is characterised in that described sliding equipment one includes bearing block one With bearing block two, bearing block one is fixed on one end of working track, and bearing block two is fixed on the middle part of working track, bearing block one It is oppositely arranged with bearing block two, fixing bearing one in bearing block one, fixing bearing two, bearing one and bearing in bearing block two Rotated between two and be provided with one first screw mandrel, the first screw mandrel passes the drive that one end connection one of bearing one can drive the first screw mandrel to rotate Dynamic structure one, the first described wire rod thread connect a nut one, and nut one is fixed with the above-mentioned phase of sliding panel one, described slip A fixing axle is fixed in the side of plate one straight down, and fixing axle lower end, which rotates, sets a roller one, and roller one, which slides, to be set In sliding groove one, the opposite side of described sliding panel one fixes a fixing axle two straight down, and the lower end of fixing axle two rotates and set A roller two is put, roller two is slidably arranged in sliding groove two;Described sliding equipment two includes bearing block three and bearing block four, Bearing block three is fixed on the other end of working track, and bearing block four is fixed on the middle part of working track, bearing block two and bearing block Four are disposed adjacent, and bearing block three is oppositely arranged with bearing block two or four, fixing bearing three in bearing block three, fixed in bearing block four One bearing four, rotated between bearing three and bearing four and be provided with one second screw mandrel, the second screw mandrel passes one end connection one of bearing three The driving structure two that the second screw mandrel can be driven to rotate, the second described wire rod thread connect a nut two, nut two and above-mentioned cunning Dynamic plate two-phase is fixed, and a fixing axle three is fixed in the side of described sliding panel two straight down, and the lower end of fixing axle three, which rotates, to be set One roller three, roller three are slidably arranged in sliding groove one, and the opposite side of described sliding panel two is fixed straight down Axle four, the lower end of fixing axle four, which rotates, sets a roller four, and roller four is slidably arranged in sliding groove two.
6. glass slice device according to claim 5, it is characterised in that described driving structure one includes motor rack one With the motor three being fixed on motor rack one, motor rack one is fixed on the side of guide rail, and the output shaft end of motor three is coaxially solid A sprocket wheel two is fixed in a fixed sprocket wheel one, one end that the first screw mandrel passes bearing one, and sprocket wheel one and sprocket wheel two are in same plane, Sprocket wheel one is connected with sprocket wheel two by a chain one;Described driving structure two includes motor rack two and is fixed on motor rack two On motor four, motor rack two is fixed on the opposite side of guide rail, and the output shaft end of motor four coaxially fixes a sprocket wheel three, second A sprocket wheel four is fixed in one end that screw mandrel passes bearing three, and sprocket wheel three and sprocket wheel four are in same plane, sprocket wheel three and sprocket wheel four It is connected by a chain two.
CN201720312938.6U 2017-03-28 2017-03-28 A kind of glass slice device Active CN206646026U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720312938.6U CN206646026U (en) 2017-03-28 2017-03-28 A kind of glass slice device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720312938.6U CN206646026U (en) 2017-03-28 2017-03-28 A kind of glass slice device

Publications (1)

Publication Number Publication Date
CN206646026U true CN206646026U (en) 2017-11-17

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Application Number Title Priority Date Filing Date
CN201720312938.6U Active CN206646026U (en) 2017-03-28 2017-03-28 A kind of glass slice device

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109279768A (en) * 2018-08-08 2019-01-29 东旭科技集团有限公司 Glass slice machine

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109279768A (en) * 2018-08-08 2019-01-29 东旭科技集团有限公司 Glass slice machine
CN109279768B (en) * 2018-08-08 2021-09-14 东旭光电科技股份有限公司 Glass sheet separator

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