CN206828374U - A kind of glass production line - Google Patents
A kind of glass production line Download PDFInfo
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- CN206828374U CN206828374U CN201720312757.3U CN201720312757U CN206828374U CN 206828374 U CN206828374 U CN 206828374U CN 201720312757 U CN201720312757 U CN 201720312757U CN 206828374 U CN206828374 U CN 206828374U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P40/00—Technologies relating to the processing of minerals
- Y02P40/50—Glass production, e.g. reusing waste heat during processing or shaping
- Y02P40/57—Improving the yield, e-g- reduction of reject rates
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- Re-Forming, After-Treatment, Cutting And Transporting Of Glass Products (AREA)
Abstract
The utility model provides a kind of glass production line, belongs to field of mechanical technique.It solves the problems, such as that glass production efficiency is low in the prior art.This glass production line, including base and the frame being arranged on base, one end of frame has an import, the other end of frame has an outlet, a conveying mechanism for being used to convey glass is provided between import and outlet, frame is provided with a longitudinally cutting mechanism that can be longitudinally cutting to glass progress, longitudinally cutting mechanism rear is provided with one can carry out the transverse cuts mechanism of transverse cuts to glass, transverse cuts mechanism rear is provided with one can carry out the edge cleaning mechanism of edge cleaning to glass edge, edge cleaning mechanism rear, which is provided with one, can detect the testing agency of glass defect, testing agency rear is provided with a bottom sheet mechanism one that can be removed to defective products, bottom sheet mechanism one is provided with one below can carry out the separating mechanism of burst to glass.The utility model has the advantages of improving glass production efficiency.
Description
Technical field
The utility model belongs to field of mechanical technique, is related to a kind of glass production line.
Background technology
At present, glass manufacture step is such successively：Principle is selected, dispensing, mixing, thawing, calendering, annealing, scale
Take up, profile deep processing, plated film, tempering.At present, existing glass manufacture production work efficiency is relatively low.So for this
Technical staff in field, it need to be developed a kind of efficient glass production line.
Utility model content
The purpose of this utility model is above mentioned problem be present for existing technology, it is proposed that a kind of glass production line, this
Utility model has the characteristics of improving glass production efficiency.
The purpose of this utility model can be realized by following technical proposal：A kind of glass production line, including base and set
Put the frame on base, it is characterised in that one end of frame has an import, and the other end of frame has an outlet, described
Import and outlet between be provided with one and be used to conveying the conveying mechanism of glass, frame be provided with one glass can be carried out it is longitudinally cutting
Longitudinally cutting mechanism, longitudinally cutting mechanism rear be provided with one can to glass carry out transverse cuts transverse cuts mechanism, laterally
Cutting mechanism rear is provided with one can carry out the edge cleaning mechanism of edge cleaning to glass edge, and edge cleaning mechanism rear is provided with one and can detected
The testing agency of glass defect, testing agency rear are provided with a bottom sheet mechanism one that can be removed to defective products, bottom sheet mechanism
One rear is provided with one can carry out the separating mechanism of burst to glass, and separating mechanism rear is provided with one and glass can be carried out to spray mould proof powder
Mechanism of dusting, the exit of frame is provided with one can carry out the bottom sheet mechanism two of bottom sheet to certified products.
This glass production line, its operation principle are such：First, glass is fed forward under the conveying of conveying mechanism,
Longitudinally cutting mechanism is longitudinally cutting to glass progress, and secondly, according to technique, transverse cuts mechanism carries out transverse cuts to glass,
Edge cleaning mechanism carries out edge trimming to the glass after longitudinally cutting, makes glass edge relative smooth attractive in appearance, now, glass is
It is cleaved into bulk, glass can produce slight crack in impurity or cutting in production, and secondly, testing agency can be to bulk
Glass detected, defective products will remove in the presence of bottom sheet mechanism one, and then, separating mechanism will be qualified to adjacent two pieces
Glass separated, mechanism of dusting carries out mould proof powder sprinkling to glass, prevents that the feelings that glass goes mouldy occur before coating film on glass
Condition, finally, the glass after dusting carry out bottom sheet in the presence of bottom sheet mechanism two, this glass production line fully-automatic production,
With production efficiency it is high the advantages of.
Described conveying mechanism includes some conveying rollers, and described conveying roller is circumferentially rotating and by way of axial restraint
It is arranged on delivery track, the side of described delivery track, which is provided with one, can make the driving structure of some conveying roller synchronous axial systems
One, described driving structure one includes drive shaft, circumferentially rotating and being arranged on by way of axial restraint in frame, drive shaft
Perpendicular with the projection of conveying roller in the horizontal plane, drive shaft is located at below one end of conveying roller, is coaxially fixed with drive shaft
Some bevel gears one, each conveying roller coaxially fix a bevel gear two, bevel gear two and bevel gear one close to one end of drive shaft
It is meshed, a sprocket wheel one is also coaxially fixed in one end of drive shaft, and a motor one, the output shaft of motor one and driving are fixed in frame
Axle is parallel, and the output shaft end of motor one coaxially fixes a sprocket wheel two, and sprocket wheel one is connected with sprocket wheel two by a chain one.Open
Dynamic motor one, the output shaft rotation band movable sprocket two of motor one rotate, and sprocket wheel two drives chain one to rotate, and chain one, which rotates, to be driven
Sprocket wheel one rotates, and sprocket wheel one, which rotates, drives drive shaft turns, and drive shaft turns drive bevel gear one to rotate, the rotational band of bevel gear one
Dynamic bevel gear two rotates, and bevel gear two, which rotates, drives conveying roller to rotate.
Described longitudinally cutting mechanism includes tool rest two, main carriage and some vertical knives, and described tool rest two is in Jiong word shape, institute
The main carriage stated is in strip, and one end of described tool rest two is fixed on the side of frame, and the other end of tool rest two is fixed on machine
The opposite side of frame, a passage two passed through for glass is formed between tool rest two and delivery track, is set between main carriage and tool rest two
There is a lifting structure two that main carriage can be driven to move up and down, described lifting structure two includes cylinder two, the cylinder body of cylinder two
It is fixed on tool rest two, the piston rod of cylinder two straight down, offers some sliding grooves two, the direction of sliding groove two on tool rest two
Identical with gravity direction, described main carriage is provided with some slider bars two to match with sliding groove two with the contact surface of tool rest two,
Slider bar 211 is correspondingly slidably arranged in sliding groove two, and piston rod end and the main carriage top of cylinder two are mutually fixed；If
Dry vertical knife is arranged on main carriage, vertical that a mobile knot that vertical knife horizontal direction can be driven to move back and forth is provided between knife and main carriage
Structure two；Described moving structure two includes rack three, rack four, gear two and motor four, and described rack three is fixed on vertical knife
On frame, rack four is fixed on main carriage, the teeth of rack three straight down, the teeth of rack four straight up, rack three
A track two moved back and forth for gear two, the body of motor four are formed in the top of rack four, between rack three and rack four
The afterbody of vertical knife is fixed on, output shaft end and the gear two of motor four are coaxially fixed, and gear two is arranged in track two, indulge knife
Set straight down, the blade for indulging knife is parallel with glass conveying direction.By motor four adjust between some vertical knives away from
From startup cylinder two, the piston rod of cylinder two, which moves down, drives tool rest two to move down, and tool rest two, which moves down, connects vertical knife
Contact glass, conveying roller convey to glass, and glass produces displacement to static vertical knife, so as to form cutting.
Described transverse cuts mechanism includes tool rest one, cross-slide and horizontal knife, and described tool rest one is in Jiong word shape, described
Cross-slide is in strip, and a rotational structure one that can rotate tool rest one is provided between one end of described tool rest one and frame,
Described rotational structure one includes motor two, and straight up, the output shaft end connection one of motor two subtracts the output shaft of motor two
Fast device, the output shaft end of decelerator are fixed with the above-mentioned phase of tool rest one；The other end of described tool rest one, which slides, to be set in frame,
A passage one passed through for glass is formed between tool rest one and delivery track, is provided with to drive on cross-slide on tool rest one and moves down
Dynamic lifting structure one, described lifting structure one include cylinder one, and the cylinder body of cylinder one is fixed on tool rest one, cylinder one
Piston rod straight down, offers some sliding grooves one on tool rest one, the direction of sliding groove one is identical with gravity direction, described horizontal stroke
Knife rest is provided with some slider bars one to match with sliding groove one with the contact surface of tool rest one, and slider bar one is corresponded to slide and set
In sliding groove one, piston rod end and the cross-slide top of cylinder one are mutually fixed；Described horizontal knife is arranged on cross-slide, horizontal
Knife rest, which is provided with, can drive the moving structure one that horizontal knife moves back and forth along cross-slide horizontal direction；Described moving structure one wraps
Rack one, rack two, gear one and motor three are included, described rack one is fixed on cross-slide, and rack two is fixed on cross-slide
On, straight down, straight up, rack one is located at the top of rack two to the teeth of rack two to the teeth of rack one, rack one with
A track one moved back and forth for gear one is formed between rack two, the body of motor three is fixed on the afterbody of horizontal knife, motor three
Output shaft end coaxially fixed with gear one, gear one is arranged in track one, the edge of a knife of horizontal knife down, the blade of horizontal knife with
Cross-slide direction is parallel.First, the position of tool rest one is adjusted by motor two, when glass comes, the piston rod of cylinder one
Moving down and drive cross-slide to move down, horizontal knife contacts glass, starts motor three, and horizontal knife is mobile and glass is cut,
Cutting finishes exhaust hood one and moved up, and the reversion of motor two drives horizontal knife to return to homeposition, is ready for cutting next time.
Described edge cleaning mechanism includes fixed seat, and an installing plate is provided with above described fixed seat, and fixed seat is provided with one
A mounting seat, mounting seat lower section are fixed in the transverse displacement arrangement that can move back and forth installing plate horizontal direction, one end of installing plate
Provided with a cylinder three, one is set between cylinder three and mounting seat can make what cylinder three moved up and down to vertically move structure, cylinder three
Straight down, the lower section of cylinder three is provided with a work bar to piston rod, and work bar is in strip, and work bar and glass conveying direction phase
Together, the work lower surface of bar is fixed with some supports one, and the lower end of support one rotates and is provided with rotary shaft, and it is clear that rotary shaft coaxially fixes one
Side striking wheel；Described transverse displacement arrangement includes the first screw mandrel, nut one and sliding panel one, and nut one is threaded in first
On bar, nut one is fixed with the phase of sliding panel one, and the upper end of sliding panel one is fixed on a mounting board, and one end of the first screw mandrel is fixed with
One handwheel one, the other end of the first screw mandrel are fixed in a bearing one, and bearing block one is fixed on fixed seat close to the one of handwheel one
End, bearing block one are fixed in fixed seat, the first screw mandrel coaxial fixing bearing two on one end of handwheel one, outside bearing two
Circle is fixed in a bearing block two, and bearing block two is fixed on fixed seat close to one end of mounting seat, and the one of the first described screw mandrel
Side is fixed with slide one and slide two, and sliding panel a lower surface fixes a slide bar one by the side of slide one, and slide bar one is slided and set
Put between slide one and slide two, the opposite side of the first described screw mandrel, which is additionally provided with, is fixed with slide three and slide four, slides
Plate a lower surface fixes a slide bar two close to the side of slide three, and slide bar two is slidably arranged between slide three and slide four；Institute
The structure that vertically moves stated includes the second screw mandrel, offers a connecting hole in mounting seat, the second wire rod thread is connected to connecting hole
Interior, a handwheel two, the lower end of the second screw mandrel and the cylinder body phase of cylinder three are fixed in the upper end that the second screw mandrel is vertically arranged the second screw mandrel
Fixed, the coaxial fixing bearing three in piston rod end of described cylinder three, the outer ring of bearing three is fixed on work bar；It is described
Work bar one end also fix a sliding seat one close to the side of fixed seat, the work bar other end is also solid close to the side of fixed seat
Determine a sliding seat two, a cross bar is fixed in mounting seat, cross bar is parallel with work bar, and one and sliding seat are fixed in one end of cross bar vertically
One sliding bar one to match, the other end of cross bar fix a sliding bar two to match with sliding seat two, sliding bar one vertically
It is slidably arranged in sliding seat one, sliding bar two is slidably arranged in sliding seat two.Handwheel one is rotated, handwheel one, which rotates, drives the
One screw mandrel rotates, and the first screw mandrel, which rotates, drives nut one to rotate, and nut one by sliding panel one due to limiting rotation, so nut one
Being moved along screw mandrel, sliding panel one follows nut one to move, and sliding panel one is fixed with installing plate, and installing plate follows slide plate to move,
Mounting seat follows installing plate to move, and work bar moves in glass width direction, so as to realize that the glass to different in width is carried out clearly
Side；Handwheel two is rotated, handwheel two, which rotates, drives the second screw mandrel to turn and move up and down, and the second screw mandrel rotates and moves up and down band and takes offence
Cylinder three is rotated and moved up and down, and due to the setting of bearing three, the rotation of cylinder three can't drive work bar to rotate, so as to realize
Handwheel two controls work bar to move up and down；Bearing three is provided between bar and the piston rod of cylinder three due to working, sliding seat one,
Sliding seat two, sliding bar one and sliding bar two have the function that limiting work bar freely rotates.
Described testing agency includes camera frame, detection camera one and detection camera two, and described camera frame is in door character type,
Camera frame is fixed in frame, and detection camera one is slidably arranged in left side at the top of camera frame, and detection camera two is slidably arranged in
Right side at the top of camera frame.
A dedusting mechanism is provided between described edge cleaning mechanism and testing agency, dedusting mechanism includes dedusting frame and is arranged on
Some jet guns on dedusting frame, the muzzle of jet gun tilt to both sides, and some jet guns connect an air pump by conduit two.
Described bottom sheet mechanism one includes riser, and a transverse slat is also fixed at the top of described riser, and riser is formed with transverse slat
A motor seven is fixed in corner, and the output direction of principal axis of motor seven is identical with transverse slat, and transverse slat fixes an axle below one end away from riser
Bearing five, bearing six is provided with bearing block five, the output shaft end of motor seven fixes one end of the 3rd screw mandrel, the 3rd screw mandrel
The other end is fixed in the inner ring of bearing six, and a big nut is threadedly coupled on the 3rd screw mandrel, and one is provided between big nut and transverse slat and is slided
Dynamic plate three, the lower surface of transverse slat offer a sliding groove five, and the upper end of sliding panel three is slidably arranged in sliding groove five, sliding panel
Three lower end is mutually fixed with big nut, fixes a cylinder five on the downside of big nut, the piston rod of described cylinder five straight down, gas
A fixed plate is fixed in the end of cylinder five, and the lower surface of fixed plate is fixed with some vacuum cups for Adsorption For Ag looking glass, institute
The riser stated is additionally provided with a storage bin for being used to place glass close to frame side；Described bottom sheet mechanism two and bottom sheet mechanism one
Structure is identical.
Described separating mechanism includes working track, there is a sliding panel two, sliding panel two and work in described working track
Make to be provided with a slide construction that orbital direction of the sliding panel two along working track can be driven to move back and forth between track, it is described
The top surface of sliding panel two fixes a cylinder four, and the top of cylinder four is provided with support two, is provided with that to change glass defeated on support two
The burst wheel in direction is sent, the rotational structure two in energy regulating sheet Wheel-guiding direction is provided between the support two and cylinder four；Institute
The burst wheel stated coaxially is fixed in an installation axle, and installation axle is circumferentially rotating and being arranged on by way of axial restraint a support
On two；Described rotational structure two includes motor five, and the body of motor five is mutually fixed with the piston rod of cylinder four, motor five it is defeated
Shaft straight up, by a connecting plate and support two-phase fixed by the output shaft end of motor five；Described working track side
A sliding groove three is offered, working track opposite side offers a sliding groove four, the orbital direction of sliding groove three and working track
Identical, sliding groove three is identical with the structure of sliding groove four；Described slide construction includes bearing block three and bearing block four, bearing block three
One end of working track is fixed on, bearing block four is fixed on the other end of working track, and bearing block three is relative with bearing block four to be set
Put, fixing bearing four in bearing block three, fixing bearing five in bearing block four, rotated between bearing four and bearing five and be provided with one
3rd screw mandrel, the 3rd screw mandrel passes the driving structure two that one end connection one of bearing four can drive the 3rd screw mandrel to rotate, described
3rd wire rod thread connects a nut two, and nut two is fixed with above-mentioned sliding panel two-phase, and the side of described sliding panel two is vertical
A fixing axle is fixed downwards, and fixing axle lower end, which rotates, sets a roller one, and roller one is slidably arranged in sliding groove three, institute
The opposite side for the sliding panel two stated fixes a fixing axle two straight down, and the lower end of fixing axle two, which rotates, sets a roller two, roller
Two are slidably arranged in sliding groove four；Described driving structure two includes motor rack and the motor six being fixed on motor rack, electricity
Frame is fixed on the side of guide rail, and the output shaft end of motor six coaxially fixes a sprocket wheel three, and the 3rd screw mandrel passes bearing four
A sprocket wheel four is fixed in one end, and sprocket wheel three and sprocket wheel four are in same plane, and sprocket wheel three is connected with sprocket wheel four by a chain two
Connect.By changing the direction of burst wheel, so as to change the conveying direction of glass.
Described mechanism of dusting includes the frame that dusts, and the described frame that dusts is fixed in frame, is provided with the frame that dusts some
Shower nozzle, described shower nozzle connect a material storing box by conduit one.
Compared with prior art, the utility model has advantages below：
1st, the utility model is by setting the first screw mandrel, sliding panel one, nut one, slide bar one, slide bar two, slide one, cunning
Seat two, slide three and slide four, enable installing plate to move back and forth, and have the advantages of carrying out clear side to different size glass.
2nd, the utility model makes some contact clear side be changed to multiple spot linear contact lay clear side, added by setting multiple clear side striking wheels
Big clear side striking wheel dynamic load(loading), avoids the product breakage caused by great efforts.
3rd, the utility model can change horizontal knife by setting tool rest one, cross-slide, horizontal knife, motor two and motor three
Cut direction, realize and cut in conveying, improve production efficiency.
4th, for the utility model by setting motor five and support two, the burst wheel on support two has what scale was rotated by 360 °
Advantage.
5th, the utility model sprayed mould proof powder before glass lower piece, ensure that production by setting dust frame and some shower nozzles
The quality of product.
Brief description of the drawings
Fig. 1 is schematic diagram of the present utility model.
Fig. 2 is the utility model conveying mechanism and the schematic diagram of testing agency.
Fig. 3 is the utility model partial schematic diagram.
Fig. 4 is the structural representation of the longitudinally cutting mechanism of the utility model.
Fig. 5 is the structural representation of the utility model transverse cuts mechanism.
Fig. 6 is the schematic diagram of the utility model edge cleaning mechanism.
Fig. 7 is the partial schematic diagram of the utility model edge cleaning mechanism
Fig. 8 is the schematic diagram of the utility model separating mechanism.
Fig. 9 is the schematic diagram of bottom sheet mechanism one of the present utility model.
In figure, 1, base；2nd, frame；3rd, conveying roller；4th, delivery track；5th, drive shaft；6th, bevel gear one；7th, bevel gear
Two；8th, sprocket wheel one；9th, sprocket wheel two；10th, chain one；11st, camera frame；11a, detection camera one；11b, detection camera two；12nd, knife
Seat one；13rd, motor one；14th, cross-slide；15th, horizontal knife；16th, motor two；17th, cylinder one；18th, installing plate；19th, motor three；20、
Rack one；21st, rack two；22nd, tool rest two；23rd, main carriage；24th, knife is indulged；25th, cylinder two；26th, rack three；27th, rack four；
28th, mounting seat；29th, motor four；30th, fixed seat；31st, cylinder three；32nd, rotary shaft；33rd, the first screw mandrel；34th, sliding panel one；35、
Bearing block one；36th, bearing block two；37th, the second screw mandrel；38th, work bar；39th, support one；40th, clear side striking wheel；41st, support two；
42nd, slide one；43rd, slide two；44th, slide three；45th, slide four；46th, slide bar one；47th, slide bar two；48th, cylinder four；49th, pacify
Fill axle；50th, motor five；51st, bearing block three；52nd, bearing block four；53rd, motor six；54th, sprocket wheel three；55th, sprocket wheel four；56th, chain
Two；57th, sliding panel two；58th, riser；59th, transverse slat；60th, motor seven；61st, bearing block five；62nd, the 3rd screw mandrel；63rd, big nut；
64th, sliding panel three；65th, cylinder five；66th, fixed plate；67th, vacuum cup；68th, storage bin.
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, a kind of glass production line, including base 1 and the frame 2 being arranged on base 1, one end of frame 2
With an import, the other end of frame 2 has an outlet, and a conveyer for being used to convey glass is provided between import and outlet
Structure, as shown in Fig. 2, conveying mechanism includes 50 conveying rollers 3, is coaxially fixed with antislip ring on conveying roller 3, conveying roller 3 passes through
Circumferentially rotate and the mode of axial restraint be arranged on delivery track 4, the side of delivery track 4 be provided with one can make 50 it is defeated
The driving structure one of the synchronous axial system of roller 3 is sent, driving structure one includes drive shaft 5, circumferentially rotating and by way of axial restraint
It is arranged in frame 2, projection of the drive shaft 5 with conveying roller 3 in the horizontal plane is perpendicular, and drive shaft 5 is located at one end of conveying roller 3
Lower section, 50 bevel gears 1 is coaxially fixed with drive shaft 5, each conveying roller 3 is coaxially fixed close to one end of drive shaft 5
One bevel gear 27, bevel gear 27 are meshed with bevel gear 1, and a sprocket wheel 1, frame are also coaxially fixed in one end of drive shaft 5
A motor 1 is fixed on 2, the output shaft of motor 1 is parallel with drive shaft 5, and the output shaft end of motor 1 is coaxially fixed
One sprocket wheel 29, sprocket wheel 1 are connected with sprocket wheel 29 by a chain 1.Start motor 1, the output shaft of motor 1
Rotational band movable sprocket 29 rotates, and sprocket wheel 29 drives chain 1 to rotate, and the rotational band movable sprocket 1 of chain 1 rotates, sprocket wheel
One 8, which rotate drive drive shaft 5, rotates, and drive shaft 5, which rotates, drives bevel gear 1 to rotate, and bevel gear 1 rotates drive bevel gear two
7 rotate, and bevel gear 27, which rotates, drives conveying roller 3 to rotate.
As shown in Figure 3, Figure 4, frame 2 is provided with one can carry out longitudinally cutting longitudinally cutting mechanism to glass, longitudinally cut
Cutting mill structure includes tool rest 2 22, main carriage 23 and three vertical knife 24, and tool rest 2 22 is in Jiong word shape, and main carriage 23 is in strip, knife
One end of seat 2 22 is fixed on the side of frame 2, and the other end of tool rest 2 22 is fixed on the opposite side of frame 2, tool rest 2 22
A passage two passed through for glass is formed between delivery track 4, can drive and indulge provided with one between main carriage 23 and tool rest 2 22
The lifting structure two that knife rest 23 moves up and down, lifting structure two include cylinder 2 25, and the cylinder body of cylinder 2 25 is fixed on tool rest two
On 22, the piston rod of cylinder 2 25 straight down, offers ten sliding grooves two, the direction of sliding groove two and gravity on tool rest 2 22
Direction is identical, and main carriage 23 is provided with ten slider bars two to match with sliding groove two, slider bar two with the contact surface of tool rest 2 22
One-to-one corresponding is slidably arranged in sliding groove two, and piston rod end and the top of main carriage 23 of cylinder 2 25 are mutually fixed；Three vertical
Knife 24 is arranged on main carriage 23, and the left side is cut to glass left side edge, and the right is cut to glass right side edge, in
Between vertical knife 24 glass is carried out it is longitudinally cutting, it is vertical one is provided between knife 24 and main carriage 23 to drive that to indulge the horizontal direction of knife 24 next
The dynamic moving structure two of return；Moving structure two includes rack 3 26, rack 4 27, gear two and motor 4 29, rack 3 26
Be fixed on main carriage 23, rack 4 27 is fixed on main carriage 23, the teeth of rack 3 26 straight down, the tooth of rack 4 27
Straight up, rack 3 26 is located at the top of rack 4 27 to tooth, and one is formed between rack 3 26 and rack 4 27 and supplies gear two
The dynamic track two of return, the body of motor 4 29 are fixed on the afterbody of vertical knife 24, output shaft end and the gear two of motor 4 29
Coaxial fixed, gear two is arranged in track two, and vertical knife 24 is set straight down, indulges the blade and glass conveying direction phase of knife 24
It is parallel.The distance between three vertical knives 24 are adjusted by motor 4 29, start cylinder 2 25, the piston rod of cylinder 2 25 to
Lower mobile drive tool rest 2 22 moves down, and tool rest 2 22, which moves down, makes vertical knife 24 contact glass, and conveying roller 3 is carried out to glass
Conveying, glass produce displacement to static vertical knife 24, so as to form cutting.
As shown in figure 5, longitudinally cutting mechanism rear is provided with one can carry out the transverse cuts mechanism of transverse cuts to glass, it is horizontal
Include tool rest 1, cross-slide 14 and horizontal knife 15 to cutting mechanism, tool rest 1 is in Jiong word shape, and cross-slide 14 is in strip, knife
A rotational structure one that can rotate tool rest 1 is provided between one end of seat 1 and frame 2, rotational structure one includes motor
2 16, straight up, the output shaft end of motor 2 16 connects one speed reducer, the output of decelerator to the output shaft of motor 2 16
Shaft end is fixed with the phase of tool rest 1；The other end of tool rest 1, which slides, to be set in frame 2, tool rest 1 and delivery track 4 it
Between form a passage one passed through for glass, be provided with the lifting structure that cross-slide 14 can be driven to move up and down on tool rest 1
One, lifting structure one includes cylinder 1, and the cylinder body of cylinder 1 is fixed on tool rest 1, and the piston rod of cylinder 1 is vertical
Downwards, ten sliding grooves one are offered on tool rest 1, the direction of sliding groove one is identical with gravity direction, cross-slide 14 and tool rest one
12 contact surfaces are provided with ten slider bars one to match with sliding groove one, and slider bar one corresponds and is slidably arranged in sliding groove one
In, piston rod end and the top of cross-slide 14 of cylinder 1 are mutually fixed；Horizontal knife 15 is arranged on cross-slide 14, on cross-slide 14
Provided with the moving structure one that horizontal knife 15 can be driven to move back and forth along the horizontal direction of cross-slide 14；Moving structure one includes rack one
20th, rack 2 21, gear one and motor 3 19, rack 1 are fixed on cross-slide 14, and rack 2 21 is fixed on cross-slide
On 14, straight down, straight up, rack 1 is located at the upper of rack 2 21 to the teeth of rack 2 21 to the teeth of rack 1
Side, forms a track one moved back and forth for gear one between rack 1 and rack 2 21, the body of motor 3 19 is fixed
In the afterbody of horizontal knife 15, output shaft end and the gear one of motor 3 19 are coaxially fixed, and gear one is arranged in track one, horizontal knife
Down, the blade of horizontal knife 15 is parallel with the direction of cross-slide 14 for 15 edge of a knife.First, tool rest 1 is adjusted by motor 2 16
Position, when glass comes, the piston rod of cylinder 1, which moves down, drives cross-slide 14 to move down, and horizontal knife 15 contacts glass
Glass, start motor 3 19, horizontal knife 15 moves and glass is cut, and cutting finishes exhaust hood 1 and moved up, motor two
16 reversions drive horizontal knife 15 to return to homeposition, are ready for cutting next time.
As shown in Figure 6, Figure 7, transverse cuts mechanism rear is provided with one can carry out the Edge-cleaning machine of edge cleaning to glass edge
Structure, edge cleaning mechanism include fixed seat 30, and the top of fixed seat 30 is provided with an installing plate 18, and fixed seat 30, which is provided with one, can make installation
A mounting seat 28, the lower section of mounting seat 28 are fixed in the transverse displacement arrangement that the horizontal direction of plate 18 moves back and forth, one end of installing plate 18
Provided with a cylinder 3 31, one is set between cylinder 3 31 and mounting seat 28 can make what cylinder 3 31 moved up and down to vertically move structure,
Straight down, the lower section of cylinder 3 31 is provided with a work bar 38 to the piston rod of cylinder 3 31, and work bar 38 is in strip, and work bar
38 is identical with glass conveying direction, and the lower surface of work bar 38 is fixed with five frame supports 1, and the lower end of support 1 rotates and is provided with
Rotary shaft 32, rotary shaft 32 coaxially fix a clear side striking wheel 40；Transverse displacement arrangement includes the first screw mandrel 33, nut one and slided
Dynamic plate 1, nut one are threaded on the first screw mandrel 33, and nut one is fixed with the phase of sliding panel 1, sliding panel 1 it is upper
End is fixed on installing plate 18, and one end of the first screw mandrel 33 is fixed with a handwheel one, and the other end of the first screw mandrel 33 is fixed on one
In bearing one, the outer ring of bearing one is fixed in bearing block 1, and bearing block 1 is fixed on fixed seat 30 close to handwheel one
One end, the first screw mandrel 33 coaxial fixing bearing two on one end of handwheel one, the outer ring of bearing two is fixed on a bearing block two
In 36, bearing block 2 36 is fixed on fixed seat 30 and is fixed with slide one close to one end of mounting seat 28, the side of the first screw mandrel 33
42 and slide 2 43, a slide bar 1 is fixed in the lower surface of sliding panel 1 by the side of slide 1, and slide bar 1, which slides, to be set
Between slide 1 and slide 2 43, the opposite side of the first screw mandrel 33, which is additionally provided with, is fixed with slide 3 44 and slide 4 45,
A slide bar 2 47 is fixed in the lower surface of sliding panel 1 close to the side of slide 3 44, and slide bar 2 47 is slidably arranged in the He of slide 3 44
Between slide 4 45；Vertically moving structure includes the second screw mandrel 37, and a connecting hole, the spiral shell of the second screw mandrel 37 are offered in mounting seat 28
Line is connected in connecting hole, and a handwheel two is fixed in the upper end that the second screw mandrel 37 is vertically arranged the second screw mandrel 37, the second screw mandrel 37
Lower end and the cylinder body of cylinder 3 31 are mutually fixed, the coaxial fixing bearing three in piston rod end of cylinder 3 31, the outer ring of bearing three
It is fixed on work bar 38；A sliding seat one is also fixed in work one end of bar 38 close to the side of fixed seat 30, and work bar 38 is another
A sliding seat two is also fixed in end close to the side of fixed seat 30, and a cross bar is fixed in mounting seat 28, and cross bar is parallel with work bar 38,
A sliding bar one to match with sliding seat one is fixed in one end of cross bar vertically, and the other end of cross bar fixes one and sliding seat vertically
Two sliding bars two to match, sliding bar one are slidably arranged in sliding seat one, and sliding bar two is slidably arranged in sliding seat two.
Rotate handwheel one, handwheel one rotate drive the first screw mandrel 33 rotate, the first screw mandrel 33 rotate drive nut one rotate, nut one by
Rotated in being limited by sliding panel 1, so nut one moves along screw mandrel, sliding panel 1 follows nut one to move, sliding panel
One 34 fix with installing plate 18, and installing plate 18 follows slide plate to move, and mounting seat 28 follows installing plate 18 to move, and work bar 38 exists
Glass width direction is moved, so as to realize that the glass to different in width carries out clear side；Handwheel two is rotated, handwheel two, which rotates, drives the
Two 37 turns of screw mandrels are simultaneously moved up and down, and the second screw mandrel 37 is rotated and moved up and down and drives cylinder 3 31 to rotate and move up and down, due to
The setting of bearing three, the rotation of cylinder 3 31 can't drive work bar 38 to rotate, so as to realize that handwheel two controls work bar 38
Move up and down；Due to being provided with bearing three between work bar 38 and the piston rod of cylinder 3 31, sliding seat one, sliding seat two, slide
Lever one and sliding bar two have the function that limiting work bar 38 freely rotates.
Edge cleaning mechanism rear, which is provided with one, can detect the testing agency of glass defect, and testing agency includes camera frame 11, detection
The 11a of the camera one and detection 11b of camera two, camera frame 11 is in door character type, and camera frame 11 is fixed in frame 2, and detection camera one is slided
Dynamic to be arranged on the top left side of camera frame 11, the detection 11b of camera two is slidably arranged in the top right side of camera frame 11.
As shown in figure 9, testing agency rear is provided with a bottom sheet mechanism one that can be removed to defective products, bottom sheet mechanism one
Including riser 58, a transverse slat 59 is also fixed at the top of riser 58, and a motor 7 60 is fixed in the corner that riser 58 is formed with transverse slat 59,
The output direction of principal axis of motor 7 60 is identical with transverse slat 59, fixing bearing seat 5 61 below the one end of transverse slat 59 away from riser 58,
Bearing six is provided with bearing block 5 61, the output shaft end of motor 7 60 fixes one end of the 3rd screw mandrel 62, the 3rd screw mandrel 62
The other end be fixed in the inner ring of bearing six, be threadedly coupled a big nut 63 on the 3rd screw mandrel 62, big nut 63 and transverse slat 59 it
Between be provided with a sliding panel 3 64, the lower surface of transverse slat 59 offers a sliding groove five, and the upper end of sliding panel 3 64 is slidably arranged in
In sliding groove five, lower end and the phase of big nut 63 of sliding panel 3 64 are fixed, and a cylinder 5 65, cylinder are fixed in the downside of big nut 63
Straight down, a fixed plate 66 is fixed in the end of cylinder 5 65 to 5 65 piston rod, and the lower surface of fixed plate 66 is fixed with ten
For the vacuum cup 67 of Adsorption For Ag looking glass, riser 58 is additionally provided with a storage bin for being used to place glass close to the side of frame 2
68；
A dedusting mechanism is provided between edge cleaning mechanism and testing agency, dedusting mechanism includes dedusting frame and is arranged on dedusting frame
On four jet gun, the muzzle of jet gun tilts to both sides, and four connect an air pump jet gun by conduit two.
As shown in figure 8, the rear of bottom sheet mechanism one is provided with one can carry out the separating mechanism of burst to glass, separating mechanism includes
Working track, there is a sliding panel 2 57 in working track, one is provided between sliding panel 2 57 and working track can drive sliding panel
2 57 slide constructions moved back and forth along the orbital direction of working track, the top surface of sliding panel 2 57 fix a cylinder 4 48, gas
The top of cylinder 4 48 is provided with support 2 41, and the burst wheel that can change glass conveying direction, support two are provided with support 2 41
The rotational structure two in energy regulating sheet Wheel-guiding direction is provided between 41 and cylinder 4 48；Burst wheel is coaxially fixed on an installation axle
On 49, installation axle 49 is circumferentially rotating and being arranged on by way of axial restraint on a support 2 41；Rotational structure two includes electricity
Machine 5 50, the body of motor 5 50 are mutually fixed with the piston rod of cylinder 4 48, the output shaft of motor 5 50 straight up, motor five
50 output shaft end is fixed by a connecting plate and the phase of support 2 41；Working track side offers a sliding groove three, work
Track opposite side offers a sliding groove four, and sliding groove three is identical with the orbital direction of working track, sliding groove three and sliding groove
Four structures are identical；Slide construction includes bearing block 3 51 and bearing block 4 52, and bearing block 3 51 is fixed on one end of working track,
Bearing block 4 52 is fixed on the other end of working track, and bearing block 3 51 is oppositely arranged with bearing block 4 52, in bearing block 3 51
Fixing bearing four, fixing bearing five in bearing block 4 52, rotated between bearing four and bearing five and be provided with one the 3rd screw mandrel 62,
3rd screw mandrel 62 passes the driving structure two that one end connection one of bearing four can drive the 3rd screw mandrel 62 to rotate, the 3rd screw mandrel 62
A nut two is threadedly coupled, nut two is fixed with the phase of sliding panel 2 57, and the side of sliding panel 2 57 is fixed straight down
Axle one, fixing axle lower end, which rotates, sets a roller one, and roller one is slidably arranged in sliding groove three, sliding panel 2 57 it is another
A fixing axle two is fixed in side straight down, and the lower end of fixing axle two, which rotates, sets a roller two, and roller two is slidably arranged in sliding groove
In four；Driving structure two includes motor rack 2 and the motor 6 53 being fixed on motor rack 2, and motor rack 2 is fixed on the one of guide rail
Side, the output shaft end of motor 6 53 coaxially fix a sprocket wheel 3 54, and a chain is fixed in one end that the 3rd screw mandrel 62 passes bearing four
4 55 are taken turns, sprocket wheel 3 54 and sprocket wheel 4 55 are in same plane, and sprocket wheel 3 54 is connected with sprocket wheel 4 55 by a chain 2 56
Connect.By changing the direction of burst wheel, so as to change the conveying direction of glass.
Separating mechanism rear, which is provided with one, to glass can spray the mechanism of dusting of mould proof powder, and mechanism of dusting includes the frame that dusts,
The frame that dusts is fixed in frame 2, and five shower nozzles are provided with the frame that dusts, and shower nozzle connects a material storing box by conduit one.
The exit of frame 2 is provided with one can carry out the bottom sheet mechanism two of bottom sheet to certified products；Bottom sheet mechanism two and bottom sheet machine
The structure of structure one is identical.
A PLC is fixed in side in frame 2, and PCL controllers pass through wire and cylinder 1, cylinder 2 25, cylinder
3 31, cylinder 4 48, cylinder 5 65, motor 1, motor 2 16, motor 3 19, motor 4 29, motor 5 50, motor six
53rd, motor 7 60 is connected.
This glass production line, its operation principle are such：First, glass is fed forward under the conveying of conveying roller 3,
Vertical knife 24 is longitudinally cutting to glass progress, and secondly, according to technique, horizontal knife 15 carries out transverse cuts to glass, and clear side striking wheel 40 is right
Glass after longitudinally cutting carries out edge trimming, makes that glass edge relative smooth is attractive in appearance, and now, glass has cut blocking
Shape, glass can produce slight crack in impurity or cutting in production, secondly, detection camera one 11a, detection camera two 11b
The glass of bulk can be detected, be analyzed by computerized image contrast, defective products is by the effect of vacuum cup 67
Lower removal, then, burst wheel will separate to adjacent two blocks of qualified glass, and five shower nozzles carry out mould proof powder spray to glass
Spill, prevent that glass situation about going mouldy occurs before coating film on glass, finally, the effect of glass after dusting in bottom sheet mechanism two
Lower carry out bottom sheet, this glass production line fully-automatic production, there is the advantages of production efficiency is high.
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 base 1 has more been used herein；Frame 2；Conveying roller 3；Delivery track 4；Drive shaft 5；Bevel gear 1；
Bevel gear 27；Sprocket wheel 1；Sprocket wheel 29；Chain 1；Camera frame 11；Detect the 11a of camera one；Detect the 11b of camera two；Tool rest
One 12；Motor 1；Cross-slide 14；Horizontal knife 15；Motor 2 16；Cylinder 1；Installing plate 18；Motor 3 19；Rack 1；
Rack 2 21；Tool rest 2 22；Main carriage 23；Vertical knife 24；Cylinder 2 25；Rack 3 26；Rack 4 27；Mounting seat 28；Motor four
29；Fixed seat 30；Cylinder 3 31；Rotary shaft 32；First screw mandrel 33；Sliding panel 1；Bearing block 1；Bearing block 2 36；The
Two screw mandrels 37；Work bar 38；Support 1；Clear side striking wheel 40；Support 2 41；Slide 1；Slide 2 43；Slide 3 44；It is sliding
Seat 4 45；Slide bar 1；Slide bar 2 47；Cylinder 4 48；Installation axle 49；Motor 5 50；Bearing block 3 51；Bearing block 4 52；Electricity
Machine 6 53；Sprocket wheel 3 54；Sprocket wheel 4 55；Chain 2 56；Sliding panel 2 57；Riser 58；Transverse slat 59；Motor 7 60；Bearing block five
61；3rd screw mandrel 62；Big nut 63；Sliding panel 3 64；Cylinder 5 65；Fixed plate 66；Vacuum cup 67；The arts such as storage bin 68
Language, but it is not precluded from the possibility using other terms.It is used for the purpose of more easily describing and explaining this using these terms
The essence of utility model；Any additional limitation is construed as all to disagree with the utility model spirit.
Claims (10)
1. a kind of glass production line, including base and the frame that is arranged on base, it is characterised in that one end of frame has one
Import, the other end of frame have an outlet, and a conveying mechanism for being used to convey glass is provided between described import and outlet,
Frame is provided with one can carry out longitudinally cutting longitudinally cutting mechanism to glass, and longitudinally cutting mechanism rear can be to glass provided with one
The transverse cuts mechanism of transverse cuts is carried out, transverse cuts mechanism rear, which is provided with one, to carry out the clear of edge cleaning to glass edge
Side mechanism, edge cleaning mechanism rear, which is provided with one, can detect the testing agency of glass defect, and testing agency rear can be to bad provided with one
The bottom sheet mechanism one that product are removed, the rear of bottom sheet mechanism one is provided with one can carry out the separating mechanism of burst, wafer separator to glass
Structure rear, which is provided with one, to glass can spray the mechanism of dusting of mould proof powder, and the exit of frame, which is provided with one, to be carried out down to certified products
The bottom sheet mechanism two of piece.
2. glass production line according to claim 1, it is characterised in that described conveying mechanism includes some conveying rollers,
Described conveying roller is circumferentially rotating and being arranged on by way of axial restraint on delivery track, the side of described delivery track
Provided with a driving structure one that can make some conveying roller synchronous axial systems, described driving structure one includes drive shaft, and drive shaft is led to
To cross and circumferentially rotate and the mode of axial restraint is arranged in frame, projection of the drive shaft with conveying roller in the horizontal plane is perpendicular,
Drive shaft is located at below one end of conveying roller, some bevel gears one is coaxially fixed with drive shaft, each conveying roller is close to driving
A bevel gear two is coaxially fixed in one end of axle, and bevel gear two is meshed with bevel gear one, and one end of drive shaft also coaxially fixes one
Sprocket wheel one, a motor one is fixed in frame, the output shaft of motor one is parallel with drive shaft, and the output shaft end of motor one is coaxially solid
A fixed sprocket wheel two, sprocket wheel one are connected with sprocket wheel two by a chain one.
3. glass production line according to claim 2, it is characterised in that described longitudinally cutting mechanism include tool rest two,
Main carriage and some vertical knives, described tool rest two are in Jiong word shape, and described main carriage is in strip, one end of described tool rest two
The side of frame is fixed on, the other end of tool rest two is fixed on the opposite side of frame, one is formed between tool rest two and delivery track
The passage two passed through for glass, one is provided between main carriage and tool rest two can drive the lifting structure two that main carriage moves up and down,
Described lifting structure two includes cylinder two, and the cylinder body of cylinder two is fixed on tool rest two, the piston rod of cylinder two straight down,
Some sliding grooves two are offered on tool rest two, the direction of sliding groove two is identical with gravity direction, and described main carriage connects with tool rest two
Contacting surface is provided with some slider bars two to match with sliding groove two, and slider bar 211 is correspondingly slidably arranged in sliding groove two,
The piston rod end of cylinder two is mutually fixed with main carriage top；Some vertical knives are arranged on main carriage, are indulged between knife and main carriage
The moving structure two indulged knife horizontal direction and moved back and forth can be driven provided with one；Described moving structure two includes rack three, rack
Four, gear two and motor four, described rack three are fixed on main carriage, and rack four is fixed on main carriage, the tooth of rack three
Straight down, straight up, rack three is located at the top of rack four to the teeth of rack four to tooth, is formed between rack three and rack four
One track two moved back and forth for gear two, the body of motor four are fixed on the afterbody of vertical knife, the output shaft end of motor four with
Gear two is coaxially fixed, and gear two is arranged in track two, and vertical knife is set straight down, indulges the blade and glass conveying direction of knife
It is parallel.
4. the glass production line according to Claims 2 or 3, it is characterised in that described transverse cuts mechanism includes tool rest
First, cross-slide and horizontal knife, described tool rest one are in Jiong word shape, and described cross-slide is in strip, one end of described tool rest one
A rotational structure one that can rotate tool rest one is provided between frame, described rotational structure one includes motor two, motor two
Output shaft straight up, the output shaft end of motor two connection one speed reducer, the output shaft end of decelerator and above-mentioned tool rest
One phase is fixed；The other end of described tool rest one, which slides, to be set in frame, and one is formed between tool rest one and delivery track and supplies glass
The passage one passed through, the lifting structure one that cross-slide can be driven to move up and down, described lifting structure one are provided with tool rest one
Including cylinder one, the cylinder body of cylinder one is fixed on tool rest one, the piston rod of cylinder one straight down, if being offered on tool rest one
Dry-charged plates groove one, the direction of sliding groove one is identical with gravity direction, and described cross-slide is provided with some with sliding with the contact surface of tool rest one
The slider bar one that dynamic groove one matches, slider bar one are corresponded and are slidably arranged in sliding groove one, the tailpiece of the piston rod of cylinder one
Portion is mutually fixed with cross-slide top；Described horizontal knife is arranged on cross-slide, and cross-slide, which is provided with, can drive horizontal knife along horizontal knife
The moving structure one that frame horizontal direction moves back and forth；Described moving structure one includes rack one, rack two, gear one and motor
Three, described rack one is fixed on cross-slide, and rack two is fixed on cross-slide, the teeth of rack one straight down, rack
Straight up, rack one is located at the top of rack two to two teeth, and one is formed between rack one and rack two and supplies gear one back and forth
Mobile track one, the body of motor three are fixed on the afterbody of horizontal knife, and output shaft end and the gear one of motor three are coaxially fixed,
Gear one is arranged in track one, and down, the blade of horizontal knife is parallel with cross-slide direction for the edge of a knife of horizontal knife.
5. glass production line according to claim 4, it is characterised in that described edge cleaning mechanism includes fixed seat, described
Fixed seat above be provided with an installing plate, fixed seat can make the transverse shifting knot that installing plate horizontal direction moves back and forth provided with one
Structure, one end of installing plate fix a mounting seat, are provided with a cylinder three below mounting seat, one is set between cylinder three and mounting seat to make
What cylinder three moved up and down vertically moves structure, and straight down, the lower section of cylinder three is provided with a work bar to the piston rod of cylinder three,
The bar that works is in strip, and work bar is identical with glass conveying direction, and the lower surface for the bar that works is fixed with some supports one, support one
Lower end rotates and is provided with rotary shaft, and rotary shaft coaxially fixes a clear side striking wheel；Described transverse displacement arrangement includes the first screw mandrel, spiral shell
Mother one and sliding panel one, nut one be threaded on the first screw mandrel, nut one is fixed with the phase of sliding panel one, sliding panel one it is upper
End is fixed on a mounting board, and one end of the first screw mandrel is fixed with a handwheel one, and the other end of the first screw mandrel is fixed on a bearing one
In, bearing block one is fixed on fixed seat and is fixed on close to one end of handwheel one, bearing block one in fixed seat, and the first screw mandrel is close to hand
Coaxial fixing bearing two, the outer ring of bearing two are fixed in a bearing block two on one end of wheel one, and bearing block two is fixed on fixation
One end of nearly mounting seat is seated against, the side of the first described screw mandrel is fixed with slide one and slide two, and sliding panel a lower surface leans on
A slide bar one is fixed in the side of slide one, and slide bar one is slidably arranged between slide one and slide two, the first described screw mandrel
Opposite side, which is additionally provided with, is fixed with slide three and slide four, and sliding panel a lower surface fixes a slide bar two close to the side of slide three,
Slide bar two is slidably arranged between slide three and slide four；The described structure that vertically moves includes the second screw mandrel, is opened in mounting seat
Provided with a connecting hole, the second wire rod thread is connected in connecting hole, and the upper end that the second screw mandrel is vertically arranged the second screw mandrel fixes one
Handwheel two, the lower end of the second screw mandrel are mutually fixed with the cylinder body of cylinder three, and the piston rod end of described cylinder three coaxially fixes one
Bearing three, the outer ring of bearing three are fixed on work bar；A cunning is also fixed in described work bar one end close to the side of fixed seat
Dynamic seat one, the work bar other end also fix a sliding seat two close to the side of fixed seat, fix a cross bar in mounting seat, cross bar with
The bar that works is parallel, and a sliding bar one to match with sliding seat one is fixed in one end of cross bar vertically, and the other end of cross bar is solid vertically
Fixed one sliding bar two to match with sliding seat two, sliding bar one are slidably arranged in sliding seat one, and sliding bar two, which slides, to be set
In sliding seat two.
6. glass production line according to claim 1 or 5, it is characterised in that described testing agency includes camera frame, inspection
Camera one and detection camera two are looked into, described camera frame is in door character type, and camera frame is fixed in frame, and detection camera one, which slides, to be set
The left side at the top of camera frame is put, detection camera two is slidably arranged in right side at the top of camera frame.
7. glass production line according to claim 6, it is characterised in that set between described edge cleaning mechanism and testing agency
There is a dedusting mechanism, dedusting mechanism includes dedusting frame and some jet guns being arranged on dedusting frame, and the muzzle of jet gun is to two
Roll tiltedly, some jet guns pass through conduit two and connect an air pump.
8. glass production line according to claim 7, it is characterised in that described bottom sheet mechanism one includes riser, described
Riser at the top of also fix a transverse slat, a motor seven is fixed in the corner that riser is formed with transverse slat, the output direction of principal axis of motor seven with
Transverse slat is identical, fixing bearing seat five below the one end of transverse slat away from riser, and bearing six is provided with bearing block five, motor seven
Output shaft end fixes one end of the 3rd screw mandrel, and the other end of the 3rd screw mandrel is fixed in the inner ring of bearing six, spiral shell on the 3rd screw mandrel
Line connects a big nut, and a sliding panel three is provided between big nut and transverse slat, and the lower surface of transverse slat offers a sliding groove five, sliding
The upper end of dynamic plate three is slidably arranged in sliding groove five, and the lower end of sliding panel three is mutually fixed with big nut, fixed on the downside of big nut
One cylinder five, straight down, a fixed plate, the lower surface of fixed plate are fixed in the end of cylinder five to the piston rod of described cylinder five
Some vacuum cups for Adsorption For Ag looking glass are fixed with, described riser is additionally provided with one close to frame side and is used to place glass
The storage bin of glass；Described bottom sheet mechanism two is identical with bottom sheet mechanism one structure.
9. glass production line according to claim 8, it is characterised in that described separating mechanism includes working track, institute
There is a sliding panel two in the working track stated, one is provided between sliding panel two and working track can drive sliding panel two along work
The slide construction that the orbital direction of track moves back and forth, the described top surface of sliding panel two fix a cylinder four, the top of cylinder four
Support two is provided with, the burst wheel that can change glass conveying direction is provided with support two, between the support two and cylinder four
Rotational structure two provided with energy regulating sheet Wheel-guiding direction；Described burst wheel is coaxially fixed in an installation axle, installation axle
Circumferentially rotating and being arranged on by way of axial restraint on a support two；Described rotational structure two includes motor five, motor
The piston rod of five body and cylinder four is mutually fixed, and straight up, the output shaft end of motor five passes through the output shaft of motor five
One connecting plate is fixed with support two-phase；Described working track side offers a sliding groove three, and working track opposite side opens up
There is a sliding groove four, sliding groove three is identical with the orbital direction of working track, and sliding groove three is identical with the structure of sliding groove four；It is described
Slide construction include bearing block three and bearing block four, bearing block three is fixed on one end of working track, and bearing block four is fixed on
The other end of working track, bearing block three are oppositely arranged with bearing block four, fixing bearing four in bearing block three, in bearing block four
Fixing bearing five, rotated between bearing four and bearing five and be provided with one the 3rd screw mandrel, one end that the 3rd screw mandrel passes bearing four connects
Connect one can drive the 3rd screw mandrel rotate driving structure two, the 3rd described wire rod thread connect a nut two, nut two with it is upper
State sliding panel two-phase to fix, a fixing axle is fixed in the side of described sliding panel two straight down, and fixing axle lower end rotates
One roller one is set, and roller one is slidably arranged in sliding groove three, and the opposite side of described sliding panel two fixes one straight down
Fixing axle two, the lower end of fixing axle two, which rotates, sets a roller two, and roller two is slidably arranged in sliding groove four；Described driving knot
Structure two includes motor rack and the motor six being fixed on motor rack, and motor rack is fixed on the side of guide rail, the output shaft of motor six
A sprocket wheel three is coaxially fixed in end, and a sprocket wheel four is fixed in one end that the 3rd screw mandrel passes bearing four, and sprocket wheel three and sprocket wheel four are in
In same plane, sprocket wheel three is connected with sprocket wheel four by a chain two.
10. glass production line according to claim 9, it is characterised in that described mechanism of dusting includes the frame that dusts, described
The frame that dusts be fixed in frame, be provided with some shower nozzles on the frame that dusts, described shower nozzle passes through conduit one and connects a material storing box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720312757.3U CN206828374U (en) | 2017-03-28 | 2017-03-28 | A kind of glass production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720312757.3U CN206828374U (en) | 2017-03-28 | 2017-03-28 | A kind of glass production line |
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| Publication Number | Publication Date |
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| CN206828374U true CN206828374U (en) | 2018-01-02 |
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| CN201720312757.3U Active CN206828374U (en) | 2017-03-28 | 2017-03-28 | A kind of glass production line |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108297198A (en) * | 2018-02-01 | 2018-07-20 | 海宁市纵达新材料有限公司 | A kind of cutting agency of plate cutting device |
| CN108582524A (en) * | 2018-04-28 | 2018-09-28 | 重庆晶宇光电科技有限公司 | A kind of indigo plant slide process equipment |
| CN114590993A (en) * | 2020-12-07 | 2022-06-07 | 洛阳维路智能设备有限公司 | Operation method of glass slicing device |
-
2017
- 2017-03-28 CN CN201720312757.3U patent/CN206828374U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108297198A (en) * | 2018-02-01 | 2018-07-20 | 海宁市纵达新材料有限公司 | A kind of cutting agency of plate cutting device |
| CN108582524A (en) * | 2018-04-28 | 2018-09-28 | 重庆晶宇光电科技有限公司 | A kind of indigo plant slide process equipment |
| CN108582524B (en) * | 2018-04-28 | 2019-11-05 | 重庆晶宇光电科技有限公司 | A kind of indigo plant slide process equipment |
| CN114590993A (en) * | 2020-12-07 | 2022-06-07 | 洛阳维路智能设备有限公司 | Operation method of glass slicing device |
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