CN209721936U - Glass cutting equipment with glass severing function - Google Patents
Glass cutting equipment with glass severing function Download PDFInfo
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- CN209721936U CN209721936U CN201920394808.0U CN201920394808U CN209721936U CN 209721936 U CN209721936 U CN 209721936U CN 201920394808 U CN201920394808 U CN 201920394808U CN 209721936 U CN209721936 U CN 209721936U
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- 239000011521 glass Substances 0.000 title claims abstract description 304
- 238000005520 cutting process Methods 0.000 title claims abstract description 88
- 230000005540 biological transmission Effects 0.000 claims abstract description 182
- 230000003139 buffering effect Effects 0.000 claims abstract description 23
- 239000012634 fragment Substances 0.000 claims description 238
- 230000007723 transport mechanism Effects 0.000 claims description 104
- 230000007246 mechanism Effects 0.000 claims description 64
- 239000003381 stabilizer Substances 0.000 claims description 13
- 230000000630 rising effect Effects 0.000 claims description 7
- 230000000712 assembly Effects 0.000 claims description 6
- 238000000429 assembly Methods 0.000 claims description 6
- 238000001514 detection method Methods 0.000 claims description 6
- 238000003825 pressing Methods 0.000 claims description 6
- 238000009987 spinning Methods 0.000 claims description 6
- 230000000881 depressing effect Effects 0.000 claims description 3
- 230000005328 spin glass Effects 0.000 claims description 3
- 238000003032 molecular docking Methods 0.000 claims description 2
- 238000004519 manufacturing process Methods 0.000 abstract description 8
- 239000000872 buffer Substances 0.000 abstract description 5
- 238000010586 diagram Methods 0.000 description 9
- 238000000034 method Methods 0.000 description 7
- 230000008569 process Effects 0.000 description 6
- 239000005357 flat glass Substances 0.000 description 3
- 230000007704 transition Effects 0.000 description 3
- 238000009966 trimming Methods 0.000 description 2
- TVEXGJYMHHTVKP-UHFFFAOYSA-N 6-oxabicyclo[3.2.1]oct-3-en-7-one Chemical compound C1C2C(=O)OC1C=CC2 TVEXGJYMHHTVKP-UHFFFAOYSA-N 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000004880 explosion Methods 0.000 description 1
- 238000005816 glass manufacturing process Methods 0.000 description 1
- 230000004807 localization Effects 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 238000004064 recycling Methods 0.000 description 1
- 230000009467 reduction Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
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- Re-Forming, After-Treatment, Cutting And Transporting Of Glass Products (AREA)
Abstract
The utility model provides a kind of glass cutting equipment with glass severing function, comprising: for the first short side and the progress of the first long side to glass while breaking side unit one；For the second short side and the progress of the second long side to glass while breaking side unit two；Sharding unit one；Sharding unit two；Buffer transmission unit；Steering unit；And positioning unit；It breaks side unit two, sharding unit one, sharding unit two, buffering transmission unit, steering unit and positioning unit and is successively connected to each other setting；The identical and center symmetric setting with two structure of unit when breaking is broken in unit one, breaks and is connected to each other in unit one and unit two when breaking.The utility model can be realized with the glass cutting equipment of glass severing function to carry out glass to break side and automatic cutting automatically, to not only substantially reduce labor intensity and improve security performance, and high degree of automation, it can be time saving and energy saving, improve the production efficiency of glass.
Description
Technical field
The utility model relates to glass working arts field, more specifically to a kind of with glass severing function
Glass cutting equipment.
Background technique
In glass production process, the cutting fragment for solving glass is needed after glass-cutting and breaks the work of side trimming, i.e. handle
Glass is separated by cutting profile, is not turned off after glass-cutting, it is also necessary to be separated and be gone by artificial or equipment
Side.In existing Improving Glass Manufacturing Processes, generallys use manually-operated mode and carry out glass-cutting fragment process and break side process.So
And the problem of manually breaking side and cutting high dangerous property, great work intensity and low efficiency, due to glass during glass treatment
The characteristic of glass itself and the sharp characteristic of edge can have artificial the case where being easy scratch.In addition, manually cutting fragment glass and
Side low efficiency, great work intensity are broken, and risk is big, is that 2-3 people is needed to be completed at the same time in the glass of cutting fragment sheet, thus
And the reason with high labor costs generated.
Currently, existing glass cutting equipment is seldom, it is high also all to manufacture price by foreign countries mostly, and is unable to get general
And.In the prior art, there are also some carries out fragment to glass by the way of semi-automatic and breaks side processing, and breaks side process
In, it is more complicated: in breaking side process, by the way that glass is placed on glass due to carry out mobile trimming to four side of glass
On glass wafer separator, the position of glass is adjusted, the cut mark of slip alignment glass will be broken, then manually start jettron, break piece
Item, which rises, to be come, glass breakage.However, the existing position for breaking slip is fixed, needs artificial constantly adjustment glass position when breaking side
It sets, is both needed to for cut mark being aligned with slip is broken so that glass breaks side every time, it is inconvenient to cause manually to adjust glass position, especially
To the glass of bulk.In addition, there are large errors by the way of being manually adjusted to glass position, it is easy because breaking side position
It wanders off and glass is damaged, cause the quality and stability for breaking side poor, to greatly increase the production cost of glass.
Utility model content
The purpose of the utility model is to overcome shortcoming and deficiency in the prior art, provide a kind of with glass severing function
The glass cutting equipment of energy, which, which can realize, breaks side and automatic cutting automatically to glass progress, thus not only big
It is big to reduce labor intensity and improve security performance, and high degree of automation, it can be time saving and energy saving, improve the production efficiency of glass.
In order to achieve the above object, the utility model is achieved by following technical proposals: one kind having glass severing
The glass cutting equipment of function, it is characterised in that: include:
For to glass the first short side and the first long side carry out and meanwhile break while unit one when breaking；
For to glass the second short side and the second long side carry out and meanwhile break while unit two when breaking；
For to the sharding unit one for breaking the glass behind side and carrying out first time fragment；
For carrying out the sharding unit two of second of fragment to the glass after first time fragment；
Buffering transmission unit for being transmitted to the glass after second of fragment；
Steering unit for being turned to the glass after second of fragment；
And the positioning unit for being positioned to the glass after steering；
It is described to break side unit two, sharding unit one, sharding unit two, buffering transmission unit, steering unit and positioning unit
Successively it is connected to each other setting；
It is described to break in unit one the identical and center symmetric setting with two structure of unit when breaking, it breaks in unit one and unit when breaking
Two are connected to each other.
In the above scheme, the utility model, which can be realized, automatically breaks side to what glass carried out side long side and short side ---
Other side long side and short side are broken --- carrying out first time fragment to the glass after when breaking --- to the glass after first time fragment
Glass carries out second of fragment --- turning to glass after second of fragment --- and positions to the glass after steering.The glass
Glass cutting equipment, which can be realized, breaks side and automatic cutting automatically to glass progress, to not only substantially reduce labor intensity and improve peace
Full performance, and high degree of automation, can be time saving and energy saving, improves the production efficiency of glass.
It is described to break in unit one and unit two includes: when breaking
Rack；
For transmitting the glass conveying mechanism of glass；
For turn to the glass on glass conveying mechanism the steering transport mechanism of transmission；
For break to glass the Bai Bian mechanism on side；
The glass conveying mechanism and steering transport mechanism are respectively provided on the rack；The glass conveying mechanism includes transmission
Device, turning to transport mechanism includes deflecting conveyer, the direction of transfer of transmission device and the direction of transfer of deflecting conveyer
It is mutually perpendicular to；Two Bai Bian mechanisms are separately positioned on rack side, realize to the side long side of glass and side short side into
It goes while breaking side；
The steering transport mechanism broken in unit one connects with the steering transport mechanism of unit two when breaking, and side list is broken in realization
After first short side of first a pair of glass and the first long side carry out while breaking side, side unit two is broken by being conveyed into, then is carried out pair
Second short side of glass and the second long side carry out while breaking side.
After the utility model is by breaking when the first short side of unit a pair of glass and the first long side are carried out while being broken automatically,
Again by turning to the move mode transmitted into side unit two is broken, the second short side of glass and the second long side are carried out to realize
Break side automatically simultaneously.Glass position is manually constantly adjusted when which can solve the problems, such as glass severing in the prior art, thus
The difficulty for not only reducing glass severing, greatly improves and breaks side efficiency.
The deflecting conveyer for turning to transport mechanism is pipeline；The steering transport mechanism further includes being arranged in machine
Steering transport mechanism fixed frame, lifting device fixed frame, lifting device, steering pusher cylinder and steering transport motor in frame；
The deflecting conveyer and the spaced setting of transmission device are on frame body；The lifting device setting is turning to
On transport mechanism fixed frame；The lifting device fixed mount setting deflecting conveyer bottom and connect with lifting device；
The steering pusher cylinder is connect with lifting device, realizes driving lifting device to push the steering on lifting device fixed frame to pass
Device is sent to be risen, the glass accepted on transmission device carries out steering transmission again so that deflecting conveyer can misplace.
The lifting device includes at least one piece of lifting slider and the lifting wheel being arranged on lifting slider；The lifting is slided
The end face of block is continuously provided with high end face and low side face；The bottom of the lifting device fixed frame is provided with and lifting slider quantity
Equal jacking block；The lifting wheel and jacking block connect and be located at jacking block and lifting slider between, steering pusher cylinder and
Lifting slider connection realizes that high end face is slid into jacking block bottom by lifting wheel by driving lifting slider, to push lifting device
The end face of deflecting conveyer rising and deflecting conveyer on fixed frame is higher than the end face of transmission device.
The utility model is very ingenious by the way of turning to transmission, the utility model will with transmission device is spaced sets
The deflecting conveyer set on frame body jacks up, and is higher than the end face of transmission device to realize the undertaking to glass.And it goes up and down
Apparatus structure is simply and ingenious in design, can be achieved to turn on lifting device fixed frame by the way that high end face is slid into jacking block bottom then
Rise to transmission device.
The Bai Bian mechanism includes frame body, for support and the upper balancing device for pushing up glass and for depressing simultaneously spin glass
Spinning apparatus；The balancing device includes balancing pole, balancing pole shaft, stabilizer and balancing pole lower air cylinder；The balance
Bar is rotatably connected by balancing pole shaft with frame body；The stabilizer is arranged in balancing pole front end, and balancing pole lower air cylinder is set
It sets above balancing pole end, realizes that pushing equalizing feature end breaks the stabilizer of equalizing feature front end to glass upwards
Edge carries out support and upper top.
The spinning apparatus include fixed block, the rotary cylinder being connect with fixed block, rotary cylinder fixed frame, under calm the anger
Cylinder, lower lock block and be arranged in lower lock block bottom break wheel；It is described to break between wheel and stabilizer as breaking side station；It is described solid
Determine block to connect with lower lock block, lower air cylinder be arranged above fixed block, realize push fixed block make lower lock block break wheel pair
The edge of breaking of glass on the station of side is broken to be pressed；
Described rotary cylinder one end and rotary cylinder fixed frame are hinged, and the other end is connect with fixed block, realize to pull and fix
Block makes the wheel rotation that breaks of lower lock block break edge with break disconnected glass.
Cut mark is aligned in a manner of pushing and move with slip is broken relative to tradition, the utility model is broken side mode and adopted
Edge is broken and rotate that the mode moved realizes glass outwardly breaks side with clamping, this, which breaks side mode, can effectively prevent glass to burst
It is easy to cause explosion due to pushing at phenomenon, especially glass cut mark, after the utility model is greatly improved glass severing
Quality, reduction break the glass scrappage behind side, to reduce the production cost of glass.
The sharding unit one include fragment rack one, fragment transmission device one, fragment transport motor one, for detecting glass
Sensor one, sensor transport mechanism one and the motor transmission shaft one of glass position；The fragment transmission device one is arranged in fragment
In rack one；The fragment transport motor one is connect by motor transmission shaft one with fragment transmission device one, realizes driving fragment
Transmission device a pair of glass is transmitted；The sensor transport mechanism one be located at the top of fragment transmission device one and with sensing
Device one connects, and realizes the detection position for adjusting sensor one；The fragment transmission device one and the transmission device for breaking side unit two
It is connected to each other；
The sharding unit one further includes for the knife one that fractures of glass-cutting, the knife that fractures driving cylinder one and for pressing
The pinch roller one of glass；The pinch roller one is located at the butt end of fragment transmission device one with the transmission device for breaking side unit two, and sets
It sets between sensor transport mechanism one and fragment transmission device one, between pinch roller one and the transmission end face of fragment transmission device one
Space as glass transmission；The knife driving cylinder one that fractures is arranged in fragment rack side portion and connect with the knife one that fractures,
It realizes and the rising of knife one that fractures is driven to cut the glass pressed by pinch roller one.
The sensor one of the utility model sharding unit one carries out the adjusting of position according to the glass size of required cutting, when
After sensor one detects that glass reaches designated position by fragment transmission device one, stop the transmission of glass；At this point, glass position
In the space of glass transmission, then the knife a pair that fractures is pushed to be cut by the glass that pinch roller one presses, realizes the first time of glass
Fragment.
The sharding unit two includes:
Fragment rack two；
Fragment transport mechanism two for being transmitted to the glass after first time fragment；
At least two fragments for turn to transmission to the glass in fragment transport mechanism two turns to transport mechanism；
And the cutting mechanism for carrying out second of fragment to glass；The quantity and fragment of the cutting mechanism, which turn to, to be passed
Send the quantity of mechanism equal；
The fragment transport mechanism two and fragment turn to transport mechanism and are arranged in fragment rack two；The fragment transmission
Mechanism two includes fragment transmission device two, and it includes fragment deflecting conveyer, fragment transmission dress that each fragment, which turns to transport mechanism,
The direction of transfer for setting two direction of transfer and each fragment deflecting conveyer is mutually perpendicular to；Point of the fragment transport mechanism two
Piece transmission device two is connected to each other with fragment transmission device one；
Each cutting mechanism turns to transport mechanism with a fragment and is connected to each other；The fragment turns to the knot of transport mechanism
Structure is identical as the structure of transport mechanism is turned to.
After the utility model turns to the glass in fragment transport mechanism two by fragment steering transport mechanism, directly
The glass of first time fragment is sent to cutting mechanism and carries out second of fragment.The utility model is provided at least two
Fragment turn to transport mechanism, it can be achieved that glass second of fragment in batches: turned to when first block of glass is transmitted to first fragment
When transport mechanism, which turns to transport mechanism and is turned to the sheet glass and be sent to first cutting mechanism progress second
Secondary fragment；Second block of glass is sent to the second fragment and turns to transport mechanism and the second cutting mechanism second of fragment of progress simultaneously,
And so on, it is all discharged by the glass after second of fragment of each cutting mechanism in buffering transmission unit, realizes common pass
It send to subsequent processing.Therefore, the utility model is greatly improved the efficiency of glass slice, achievees the effect that efficiently quickly fragment.
The cutting mechanism include fragment rack three, fragment transmission device three, fragment transport motor three, for detecting glass
Sensor two, sensor transport mechanism two and the motor transmission shaft two of position；The fragment transmission device three is arranged in wafer separator
On frame three；The fragment transport motor three is connect by motor transmission shaft two with fragment transmission device three, realizes that driving fragment passes
Device three is sent to be transmitted glass；The sensor transport mechanism two is located at the top of fragment transmission device three and and sensor
Two connections, realize the detection position for adjusting sensor two；Described three one end of fragment transmission device and fragment deflecting conveyer phase
Docking, the other end are connected to each other with buffering transmission unit；
The cutting mechanism further includes for the knife two that fractures of glass-cutting, the knife that fractures driving cylinder two and for pressing glass
The pinch roller two of glass；The pinch roller two is located at the butt end of fragment transmission device three and fragment deflecting conveyer, and is arranged and is passing
Between sensor transport mechanism two and fragment transmission device three, glass is used as between the transmission end face of pinch roller two and fragment transmission device three
The space of glass transmission；The knife driving cylinder two that fractures is arranged in three side of fragment rack and connect with the knife two that fractures, and realizes and drives
The glass pressed by pinch roller two is cut in the dynamic rising of knife two that fractures.
The cutting mechanism is identical as one principle of sharding unit, and sensor two carries out position according to the glass size of required cutting
Adjusting, when sensor two detect glass by fragment transmission device three reach designated position after, stop the transmission of glass；This
When, glass is located at the space of glass transmission, then pushes to fracture two pairs of knife and be cut by the glass that pinch roller two presses, and realizes glass
Second of fragment.
The positioning unit includes positioning frame, positioning transmissioning device, positions transport motor and for the glass after steering
The positioning device that glass is positioned；The positioning transmissioning device is arranged on positioning frame, and connect with positioning transport motor, real
Now driving positioning transmissioning device is transmitted the glass after steering；
The positioning device includes two guide wheel assemblies, ball screw, hand-operated wheel and promotions fixed by fixed plate
Cylinder；The guide wheel assemblies include several and are staggered the directive wheel on positioning frame with positioning transmissioning device, guiding
Wheel is fixed in fixed plate；The ball screw both ends are connect with positioning frame, and are slidably connected with fixed plate；The hand-operated wheel
It is connect with one piece of fixed plate, realizes the fixing end for adjusting the fixed plate in the position of ball screw as glass；The promotion gas
Cylinder is connect with another piece of fixed plate, is realized and is driven the directive wheel in the fixed plate mobile towards fixed extreme direction, to carry out to glass
Positioning.
The positioning device of the utility model can position the glass after steering, in order to subsequent glass processing work
Sequence.
The course of work of the glass cutting equipment of the utility model is such that
1, after glass is by breaking when the first short side of unit a pair of glass and the first long side are carried out while being broken automatically, then lead to
The move mode for turning to transmission is crossed into side unit two is broken, the second short side of glass and the second long side are carried out simultaneously to realize
Automatically side is broken.
2, the sensor one of sharding unit one carries out the adjusting of position according to the glass size of required cutting, when sensor one
After detecting that glass reaches designated position by fragment transmission device one, stop the transmission of glass；At this point, glass is located at glass biography
The space sent, then the knife a pair that fractures is pushed to be cut by the glass that pinch roller one presses, realize the first time fragment of glass.
It 3, directly will be for the first time after being turned to by fragment steering transport mechanism to the glass in fragment transport mechanism two
The glass of fragment is sent to cutting mechanism and carries out second of fragment.Conveyer is turned to when first block of glass is transmitted to first fragment
When structure, which turns to transport mechanism and is turned to the sheet glass and be sent to first second point of cutting mechanism progress
Piece；Second block of glass is sent to the second fragment and turns to transport mechanism and the second cutting mechanism second of fragment of progress simultaneously, with this
Analogize, is all discharged by the glass after second of fragment of each cutting mechanism in buffering transmission unit.
4, buffering transmission unit is transmitted the glass after second of fragment, while also functioning to buffer function.
5, the glass after second of fragment by buffer transmission unit be sent to steering unit when, steering unit to glass into
Row increases and 90 ° of rotations, and the glass after steering is then sent to positioning unit.
6, the positioning device of positioning unit can position the glass after steering, in order to subsequent glass processing work
Sequence.
Compared with prior art, the utility model have the following advantages that with the utility model has the advantages that the utility model is broken with glass
While function glass cutting equipment can realize glass break automatically while and automatic cutting, so that it is strong not only to substantially reduce labour
Degree and raising security performance, and high degree of automation, can be time saving and energy saving, improves the production efficiency of glass.
Detailed description of the invention
Fig. 1 is the schematic diagram of the utility model glass cutting equipment；
Fig. 2 is broken in the utility model glass cutting equipment in unit one and two schematic diagram of unit when breaking；
Fig. 3 is glass conveying mechanism partial schematic diagram in the utility model glass cutting equipment；
Fig. 4 is that side unit one side schematic diagram is broken in the utility model glass cutting equipment；
Fig. 5 is to break structural scheme of mechanism one when breaking in unit one；
Fig. 6 is to break structural scheme of mechanism two when breaking in unit one；
Fig. 7 is one schematic diagram of sharding unit in the utility model glass cutting equipment；
Fig. 8 is sharding unit one side schematic diagram in the utility model glass cutting equipment；
Fig. 9 is cutting mechanism schematic diagram in the utility model glass cutting equipment；
Figure 10 is steering unit and positioning unit schematic diagram in the utility model glass cutting equipment；
Figure 11 is the process schematic diagram of the utility model glass cutting equipment；
Wherein, 1 to break the unit two, 3 when unit one, 2 is to break it is rack, 4 be Bai Bian mechanism, 4.1 be frame body, 4.2 is
Balancing pole, 4.3 be balancing pole shaft, 4.4 be stabilizer, 4.5 be balancing pole lower air cylinder, 4.6 be fixed block, 4.7 be rotation
Cylinder, 4.8 be rotary cylinder fixed frame, 4.9 be lower air cylinder, 4.10 be lower lock block, 4.11 for break wheel, 4.12 be break side mistake
Ferry boat, 5 be roller, 6 be transport motor, 7 be transmission gear, 8 be double chain wheel, 9 be pipeline, 10 be turn to transport mechanism fix
Frame, 11 be lifting device fixed frame, 12 be turn to pusher cylinder, 13 be turn to transport motor, 14 be lifting slider, 15 be lifting
Wheel, 16 be jack block, 17 be recyclable device, 18 be sharding unit one, 18.1 be fragment rack one, 18.2 be fragment transmission device
One, 18.3 be fragment transport motor one, 18.4 be sensor one, 18.5 be sensor transport mechanism one, 18.6 be motor drive
It is to fracture that drive cylinder one, 18.9 be that pinch roller one, 19 is buffering transmission unit, 20 is to knife that axis one, 18.7, which is the knife one, 18.8 that fractures,
Steering unit, 20.1 be rubber tire, 20.2 be turn to transmission line, 20.3 be lifting cylinder, 20.4 be rotating platform, 20.5 be rotation
Motor, 20.6 be turn to rack, 21 be positioning unit, 21.1 be positioning frame, 21.2 be positioning transmissioning device, 21.3 be positioning
Transport motor, 21.4 be fixed plate, 21.5 be ball screw, 21.6 be hand-operated wheel, 21.7 be pusher cylinder, 21.8 be guiding
Wheel, 21.9 be guiding axis, 22 be fragment rack two, 23 be fragment transport mechanism two, 23.1 be fragment transmission device two, 24 be divide
Piece turn to transport mechanism, 24.1 be fragment deflecting conveyer, 25 be cutting mechanism, 25.1 fragment racks three, 25.2 are fragment
It is sensor two, 25.5 is that sensor transport mechanism two, 25.6 is that transmission device three, 25.3, which is fragment transport motor three, 25.4,
It is pinch roller two that motor transmission shaft two, 25.8, which drives cylinder two, 25.9 for the knife that fractures,.
Specific embodiment
The utility model is described in further detail with specific embodiment with reference to the accompanying drawing.
Embodiment
As shown in Figure 1 to 11, the utility model has the glass cutting equipment of glass severing function, comprising:
For to glass the first short side and the first long side carry out and meanwhile break while unit 1 when breaking；
For to glass the second short side and the second long side carry out and meanwhile break while unit 22 when breaking；
For to the sharding unit 1 for breaking the glass behind side and carrying out first time fragment；
For carrying out the sharding unit two of second of fragment to the glass after first time fragment；
Buffering transmission unit 19 for being transmitted to the glass after second of fragment；
Steering unit 20 for being turned to the glass after second of fragment；
And the positioning unit 21 for being positioned to the glass after steering；
Wherein, side unit 22, sharding unit 1, sharding unit two, buffering transmission unit 19,20 and of steering unit are broken
Positioning unit 21 is successively connected to each other setting.
The identical and center symmetric setting with 22 structure of unit when breaking is broken in unit 1, is broken in unit 1 and unit when breaking
22 are connected to each other.It breaks and includes: in unit 1 and unit 22 when breaking
Rack 3；
For transmitting the glass conveying mechanism of glass；
For turn to the glass on glass conveying mechanism the steering transport mechanism of transmission；
And the Bai Bian mechanism 4 for break to glass side；
Wherein, glass conveying mechanism and steering transport mechanism are arranged in rack 3, and glass conveying mechanism includes transmission dress
It sets, turning to transport mechanism includes deflecting conveyer, the direction of transfer phase of the direction of transfer and deflecting conveyer of transmission device
It is mutually vertical；The side Liang Gebai mechanism 4 is separately positioned on 3 side of rack, realizes and carries out together to the side long side and side short side of glass
When break side.
Break in unit 1 and 22 center symmetric setting of unit when breaking, and break the steering transport mechanism of side unit 1 with
The steering transport mechanism for breaking side unit 22 connects, and it is same to realize that the first short side for breaking one 1 pairs of glass of side unit and the first long side carry out
When break side after, break side unit 22 by being conveyed into, then the second short side of glass and the second long side are carried out while being broken
Side.
The transmission device of the glass conveying mechanism of the utility model is several rollers 5, and glass conveying mechanism further includes using
In the transport motor 6 of driving roller rotation；Several rollers 5 side by side across being arranged in rack 3, every roller 5 by tube body and
Shaft connection composition, shaft is threaded through in tube body and both ends are stretched out tube body and are rotatably arranged in rack 3.It is set respectively in every shaft
It sets there are two transmission gear 7, two transmission gears 7 in same shaft are by double chain wheel 8 respectively and in adjacent two sides shaft
Transmission gear 7 is sequentially connected, and double chain wheel 8 is connect with transport motor 6, realizes adjacent shafts with the mutual band of 8 kind of drive of double chain wheel
Turn is dynamic.
The deflecting conveyer that the utility model turns to transport mechanism is pipeline 9, which further includes setting
It sets the steering transport mechanism fixed frame 10 in rack 3, lifting device fixed frame 11, lifting device, turn to 12 and of pusher cylinder
Turn to transport motor 13, wherein on frame body 3, lifting device setting is passed in steering for pipeline 9 and the spaced setting of roller 5
It send in institutions fixator 10, lifting device fixed frame 11 is arranged in the bottom of pipeline 9 and connect with lifting device.It turns to and pushes
Cylinder 12 is connect with lifting device, realizes driving lifting device to push the pipeline 9 on lifting device fixed frame 11 to carry out
It rises, so that pipeline 9 can misplace, the glass accepted on roller 5 carries out steering transmission again.
The lifting device includes two pieces of lifting sliders 14 and the lifting wheel 15 that is arranged on lifting slider 14, and lifting slider
14 end face is continuously provided with high end face and low side face, and the bottom of lifting device fixed frame 11 is provided with and 14 quantity of lifting slider
Equal jacking block 16.The lifting wheel 15 and jacking block 16 connect and are located between jacking block 16 and lifting slider 14, and steering pushes away
Cylinder 12 of taking offence is connect with lifting slider 14, realizes that high end face is slid into jacking 16 bottom of block by lifting wheel 15 by driving lifting slider 14
Portion, to push the end face of the rising of pipeline 9 and pipeline 9 on lifting device fixed frame 11 to be higher than the end face of roller 5.This is practical
It is novel using turn to transmission by the way of it is very ingenious, the utility model by with the spaced conveying being arranged on frame body 3 of roller 5
Line 9 jacks up, and is higher than the end face of roller 5 to realize the undertaking to glass.And lifting device structure is simply and ingenious in design, leads to
It crosses and rises the pipeline 9 on high end face slide-in jacking 16 bottom of block then achievable lifting device fixed frame 11.
The utility model Bai Bian mechanism 4 include frame body 4.1, for support and it is upper top glass balancing device and for depressing
And the spinning apparatus of spin glass, wherein balancing device includes balancing pole 4.2, balancing pole shaft 4.3, stabilizer 4.4 and balance
Bar lower air cylinder 4.5, the balancing pole 4.2 are rotatably connected by balancing pole shaft 4.3 with frame body 4.1, and the setting of stabilizer 4.4 exists
4.2 front end of balancing pole, balancing pole lower air cylinder 4.5 are arranged above 4.2 end of balancing pole, realize that pushing equalizing feature end makes
The stabilizer 4.4 for obtaining equalizing feature front end carries out support and upper top to the edge of breaking of glass upwards.And spinning apparatus includes fixing
Block 4.6, the rotary cylinder 4.7 being connect with fixed block 4.6, rotary cylinder fixed frame 4.8, lower air cylinder 4.9, lower lock block 4.10 and
4.10 bottom of lower lock block is arranged in breaks wheel 4.11, wherein and it breaks to be used as between wheel 4.11 and stabilizer 4.4 and breaks side station,
Fixed block 4.6 is connect with lower lock block 4.10, and lower air cylinder 4.9 is arranged above fixed block 4.6, realizes that pushing fixed block 4.6 makes
4.11 pairs of the wheel that breaks of lower lock block 4.10 is broken the edge of breaking of glass on the station of side and is pressed.And 4.7 one end of rotary cylinder with
Rotary cylinder fixed frame 4.8 is hinged, and the other end is connect with fixed block 4.6, realizes and fixed block 4.6 is pulled to make lower lock block 4.10
It breaks 4.11 rotation of wheel and breaks edge with break disconnected glass.The Bai Bian mechanism 4 further includes for carrying out to the glass on transmission device
That accepts transition breaks side transition wheel 4.12, this is broken side transition wheel 4.12 and is arranged in 3 side of rack, and the transmission for being located at rack 3 fills
It sets and breaks between the station of side.The utility model breaks edge and breaks the recycling having no progeny breaking to be additionally provided with below the station of side for accepting
Device
The utility model sharding unit 1 includes fragment rack 1, fragment transmission device 1, fragment transmission
Motor 1, the sensor 1 for detecting glass position, sensor transport mechanism 1 and motor transmission shaft one
18.6, wherein fragment transmission device 1 is arranged in fragment rack 1, and fragment transport motor 1 passes through motor
Transmission shaft 1 is connect with fragment transmission device 1, realizes that driving one 18.2 pairs of glass of fragment transmission device pass
It send, sensor transport mechanism 1 is located at the top of fragment transmission device 1 and connect with sensor 1, realizes
Adjust the detection position of sensor 1.Fragment transmission device 1 is connected to each other with the transmission device for breaking side unit 22.
The sharding unit 1 further includes driving one 18.8 and of cylinder for the knife 1 that fractures of glass-cutting, the knife that fractures
For pressing the pinch roller 1 of glass, wherein pinch roller 1 is located at fragment transmission device 1 and breaks side unit 22
The butt end of transmission device, and be arranged between sensor transport mechanism 1 and fragment transmission device 1, pinch roller one
Space between 18.9 and the transmission end face of fragment transmission device 1 as glass transmission, the knife that fractures drive cylinder 1
It is arranged in one 18.1 side of fragment rack and is connect with the knife 1 that fractures, realizes that driving fractures the rising of knife 1 to by pinch roller
The glass of one 18.9 pressure holdings is cut.
The sharding unit two of the utility model includes:
Fragment rack 2 22；
Fragment transport mechanism 2 23 for being transmitted to the glass after first time fragment；
Two fragments for turn to transmission to the glass in fragment transport mechanism 2 23 turn to transport mechanism 24；
And the cutting mechanism 25 for carrying out second of fragment to glass, the quantity and fragment of the cutting mechanism 25 turn to
The quantity of transport mechanism 24 is equal；
Wherein, fragment transport mechanism 2 23 and fragment turn to transport mechanism 24 and are arranged in fragment rack 2 22, fragment
Transport mechanism 2 23 includes fragment transmission device 2 23.1, and it includes fragment deflecting conveyer that each fragment, which turns to transport mechanism 24,
24.1, the direction of transfer of fragment transmission device 2 23.1 and the direction of transfer of each fragment deflecting conveyer 24.1 mutually hang down
Directly, the fragment transmission device 2 23.1 with fragment transmission device 1 of fragment transport mechanism 2 23 are connected to each other.And each cutting
Mechanism 25 turns to transport mechanism 24 with a fragment and is connected to each other.The fragment of the utility model turn to the structure of transport mechanism 24 with it is upper
The structure for stating steering transport mechanism is identical, and fragment turns to the fragment deflecting conveyer 24.1 of transport mechanism 24 and fragment transmission fills
2 23.1 spaced settings are set in fragment rack 2 22, make it by way of jacking up fragment deflecting conveyer 24.1
End face is higher than the end face of fragment transmission device 2 23.1 to realize the undertaking to glass.And the structure of the lifting device and above-mentioned turn
Lifting device structure to transport mechanism is identical.And fragment transport mechanism 2 23 is identical as the structure of above-mentioned glass conveying mechanism.
The cutting mechanism 25 of the utility model includes fragment rack 3 25.1, fragment transmission device 3 25.2, fragment transmission
Motor 3 25.3, the sensor 2 25.4 for detecting glass position, sensor transport mechanism 2 25.5 and motor transmission shaft two
25.6, wherein fragment transmission device 3 25.2 is arranged in fragment rack 3 25.1, and fragment transport motor 3 25.3 passes through motor
Transmission shaft 2 25.6 is connect with fragment transmission device 3 25.2, realizes that driving 3 25.2 pairs of glass of fragment transmission device pass
It send, sensor transport mechanism 2 25.5 is located at the top of fragment transmission device 3 25.2 and connect with sensor 2 25.4, realizes
Adjust the detection position of sensor 2 25.4.3 25.2 one end of fragment transmission device and fragment deflecting conveyer 24.1 are opposite
It connects, the other end is connected to each other with buffering transmission unit 19.
The cutting mechanism 25 further includes for the knife two that fractures of glass-cutting, the knife that fractures driving cylinder 2 25.8 and for pressing
Hold the pinch roller 2 25.9 of glass, wherein pinch roller 2 25.9 is located at fragment transmission device 3 25.2 and fragment deflecting conveyer
24.1 butt end, and be arranged between sensor transport mechanism 2 25.5 and fragment transmission device 3 25.2, pinch roller 2 25.9
Space between the transmission end face of fragment transmission device 3 25.2 as glass transmission, the knife that fractures drive cylinder 2 25.8 to be arranged
It connect in 3 25.1 side of fragment rack and with the knife two that fractures, realizes that the driving knife two that fractures rises to being pressed by pinch roller 2 25.9
Glass is cut.The cutting mode of the knife two that fractures of the cutting mechanism 25 is identical as sharding unit one, thus fracture knife two with
The knife that fractures drive cylinder 2 25.8 connection type, pinch roller 2 25.9 with fracture knife two fit system with sharding unit one
Unanimously.
The buffering transmission unit of the utility model includes buffering the gentle red switch of transport mechanism to transport mechanism, wherein buffering
The structure of transport mechanism is identical as the glass conveying mechanism structure of side unit 1 is broken, and buffers and turn to transport mechanism and break side list
The steering transport mechanism structure of member 1 is identical.The utility model buffering transmission unit buffering turn to transport mechanism quantity with
25 quantity of cutting mechanism is equal, and is connected to each other with the fragment transmission device 3 25.2 of cutting mechanism 25, realizes to second of fragment
Glass afterwards is turned to, and is then conveyed by buffering transport mechanism.
The steering unit 20 of the utility model include turn to rack 20.6, the steering transmission line 20.2 with rubber tire 20.1,
90 ° of rotating devices and lifting cylinder 20.3, wherein 90 ° of rotating devices include rotating platform 20.4 and rotating electric machine 20.5, are had
The steering transmission line 20.2 of rubber tire 20.1 is arranged in the transmission for turning to and being realized in rack 20.6 to glass, rotating platform 20.4
Positioned at the middle part for turning to transmission line 20.2, when glass is sent to rotating platform 20.4, lifting cylinder 20.3 drives rotating platform
20.4 rise, and rotating electric machine 20.5 drives the rotation of rotating platform 20.4 to realize that 90 ° of glass turn to, lifting cylinder after glass turns to
20.3 driving rotating platforms 20.4 reset decline, are sent to positioning unit 21 finally by transmission line 20.2 is turned to.Whole process
Realize 90 ° of steerings to glass.
The positioning unit 21 of the utility model includes positioning frame 21.1, positioning transmissioning device 21.2, positioning transport motor
21.3 and the positioning device for being positioned to the glass after steering, wherein positioning transmissioning device 21.2 is arranged in localization machine
It on frame 21.1, and is connect with positioning transport motor 21.3, the glass after realizing 21.2 pairs of positioning transmissioning device steerings of driving carries out
Transmission.The positioning device includes two by the fixed guide wheel assemblies of fixed plate 21.4, ball screw 21.5, hand-operated wheel 21.6
With pusher cylinder 21.7, wherein guide wheel assemblies include several and are staggered with positioning transmissioning device 21.2 in positioning frame
Directive wheel 21.8 on 21.1, directive wheel 21.8 are fixed in fixed plate 21.4,21.5 both ends of ball screw and positioning frame
21.1 connections, and be slidably connected with fixed plate 21.4, hand-operated wheel 21.6 is connect with one piece of fixed plate 21.4, realizes that adjusting this fixes
Fixing end of the plate 21.4 in the position of ball screw 21.5 as glass, pusher cylinder 21.7 connect with another piece of fixed plate 21.4
It connects, realizes and drive the directive wheel 21.8 in the fixed plate 21.4 mobile towards fixed extreme direction, to be positioned to glass.The positioning
Device is additionally provided with the guiding axis 21.9 mobile convenient for fixed plate 21.4, the guiding axis 21.9 pass through two fixed plates 21.4 and with
Positioning frame 21.1 connects.
The course of work of the glass cutting equipment of the utility model is such that
1, after glass is by breaking when first short side of one 1 pairs of glass of unit and the first long side are carried out while being broken automatically, then
Move mode by turning to transmission, which enters, breaks side unit 22, carries out to realize to the second short side of glass and the second long side
Break side automatically simultaneously.
2, the sensor 1 of sharding unit 1 carries out the adjusting of position according to the glass size of required cutting, works as biography
After sensor 1 detects that glass reaches designated position by fragment transmission device 1, stop the transmission of glass；At this point,
Glass is located at the space of glass transmission, then pushes to fracture one 18.7 pairs of knife and be cut by the glass that pinch roller 1 presses, real
The first time fragment of existing glass.
3, it is turned to after transport mechanism 24 turns to the glass in fragment transport mechanism 2 23 by fragment, directly by the
The glass of fragment is sent to cutting mechanism 25 and carries out second of fragment.It is turned to when first block of glass is transmitted to first fragment
When transport mechanism 24, the fragment turn to transport mechanism 24 sheet glass is turned to and be sent to first cutting mechanism 25 into
Second of fragment of row；Second block of glass, which is sent to the second fragment and turns to transport mechanism 24 and the second cutting mechanism 25, simultaneously carries out the
Secondary fragment, and so on, it is all discharged by the glass after each 25 second of fragment of cutting mechanism in buffering transmission unit
19。
4, buffering transmission unit 19 is transmitted the glass after second of fragment, while also functioning to buffer function.
5, when the glass after second of fragment is sent to steering unit 20 by buffering transmission unit 19, steering unit 20 is right
Glass increase and 90 ° of rotations, and the glass after steering is then sent to positioning unit 21.
6, the positioning device of positioning unit 21 can position the glass after steering, in order to subsequent glass processing work
Sequence.
Above-described embodiment is the preferable embodiment of the utility model, but the embodiments of the present invention is not by above-mentioned
The limitation of embodiment, it is made under other any spiritual essence and principles without departing from the utility model to change, modify, replacing
In generation, simplifies combination, should be equivalent substitute mode, is included within the protection scope of the utility model.
Claims (10)
1. a kind of glass cutting equipment with glass severing function, it is characterised in that: include:
For to glass the first short side and the first long side carry out and meanwhile break while unit one when breaking；
For to glass the second short side and the second long side carry out and meanwhile break while unit two when breaking；
For to the sharding unit one for breaking the glass behind side and carrying out first time fragment；
For carrying out the sharding unit two of second of fragment to the glass after first time fragment；
Buffering transmission unit for being transmitted to the glass after second of fragment；
Steering unit for being turned to the glass after second of fragment；
And the positioning unit for being positioned to the glass after steering；
It is described to break side unit two, sharding unit one, sharding unit two, buffering transmission unit, steering unit and positioning unit successively
It is connected to each other setting；
It is described to break in unit one the identical and center symmetric setting with two structure of unit when breaking, it breaks in unit one and unit two-phase when breaking
Docking.
2. the glass cutting equipment according to claim 1 with glass severing function, it is characterised in that: described to break side list
It member one and breaks side unit two and includes:
Rack；
For transmitting the glass conveying mechanism of glass；
For turn to the glass on glass conveying mechanism the steering transport mechanism of transmission；
For break to glass the Bai Bian mechanism on side；
The glass conveying mechanism and steering transport mechanism are respectively provided on the rack；The glass conveying mechanism includes transmission dress
It sets, turning to transport mechanism includes deflecting conveyer, the direction of transfer phase of the direction of transfer and deflecting conveyer of transmission device
It is mutually vertical；Two Bai Bian mechanisms are separately positioned on rack side, realize and carry out to the side long side and side short side of glass
Side is broken simultaneously；
The steering transport mechanism broken in unit one connects with the steering transport mechanism of unit two when breaking, and side unit one is broken in realization
After the first short side and the first long side to glass carry out while breaking side, side unit two is broken by being conveyed into, then carry out to glass
The second short side and the second long side carry out and meanwhile break side.
3. the glass cutting equipment according to claim 2 with glass severing function, it is characterised in that: the steering passes
The deflecting conveyer for sending mechanism is pipeline；The steering transport mechanism further includes the steering transport mechanism being arranged in rack
Fixed frame, lifting device, turns to pusher cylinder and turns to transport motor lifting device fixed frame；
The deflecting conveyer and the spaced setting of transmission device are on frame body；The lifting device setting is turning to transmission
In institutions fixator；The lifting device fixed mount setting deflecting conveyer bottom and connect with lifting device；It is described
It turns to pusher cylinder to connect with lifting device, realizes driving lifting device to push the steering on lifting device fixed frame to transmit dress
It sets and is risen, the glass accepted on transmission device carries out steering transmission again so that deflecting conveyer can misplace.
4. the glass cutting equipment according to claim 3 with glass severing function, it is characterised in that: the lifting dress
It sets including at least one piece of lifting slider and the lifting wheel being arranged on lifting slider；The end face of the lifting slider is continuously provided with
High end face and low side face；The bottom of the lifting device fixed frame is provided with the jacking block equal with lifting slider quantity；It is described
Lifting wheel and jacking block connect and are located between jacking block and lifting slider, turn to pusher cylinder and connect with lifting slider, realize
Drive lifting slider that high end face is slid into jacking block bottom by lifting wheel, to push the steering on lifting device fixed frame to transmit
Device rises and the end face of deflecting conveyer is higher than the end face of transmission device.
5. the glass cutting equipment according to claim 2 with glass severing function, it is characterised in that: described to break side machine
Structure includes frame body, for support and the upper balancing device for pushing up glass and for depressing the spinning apparatus of simultaneously spin glass；It is described flat
The device that weighs includes balancing pole, balancing pole shaft, stabilizer and balancing pole lower air cylinder；The balancing pole by balancing pole shaft with
Frame body is rotatably connected；In balancing pole front end, balancing pole lower air cylinder is arranged above balancing pole end for the stabilizer setting,
Realize that pushing equalizing feature end makes the stabilizer of equalizing feature front end carry out support and upper top to the edge of breaking of glass upwards.
6. the glass cutting equipment according to claim 5 with glass severing function, it is characterised in that: the spinning dress
It sets including fixed block, the rotary cylinder being connect with fixed block, rotary cylinder fixed frame, lower air cylinder, lower lock block and setting under
Briquetting bottom breaks wheel；It is described to break between wheel and stabilizer as breaking side station；The fixed block is connect with lower lock block, under
Air cylinder is arranged above fixed block, realizes that push that fixed block makes lower lock block breaks wheel to breaking in when breaking of glass on station
Portion is pressed；
Described rotary cylinder one end and rotary cylinder fixed frame are hinged, and the other end is connect with fixed block, realize and fixed block is pulled to make
The wheel rotation that breaks of lower lock block breaks edge with break disconnected glass.
7. the glass cutting equipment according to claim 2 with glass severing function, it is characterised in that: the fragment list
Member one include fragment rack one, fragment transmission device one, fragment transport motor one, the sensor one for detecting glass position,
Sensor transport mechanism one and motor transmission shaft one；The fragment transmission device one is arranged in fragment rack one；The fragment
Transport motor one connect by motor transmission shaft one with fragment transmission device one, realization drive fragment transmission device a pair of glass into
Row transmission；The sensor transport mechanism one is located at the top of fragment transmission device one and connect with sensor one, realizes and adjusts
The detection position of sensor one；The fragment transmission device one is connected to each other with the transmission device for breaking side unit two；
The sharding unit one further includes for the knife one that fractures of glass-cutting, the knife that fractures driving cylinder one and for pressing glass
Pinch roller one；The pinch roller one is located at the butt end of fragment transmission device one with the transmission device for breaking side unit two, and is arranged
Between sensor transport mechanism one and fragment transmission device one, conduct between the transmission end face of pinch roller one and fragment transmission device one
The space of glass transmission；The knife driving cylinder one that fractures is arranged in fragment rack side portion and connect with the knife one that fractures, and realizes
The rising of knife one that fractures is driven to cut the glass pressed by pinch roller one.
8. the glass cutting equipment according to claim 2 with glass severing function, it is characterised in that: the fragment list
First two include:
Fragment rack two；
Fragment transport mechanism two for being transmitted to the glass after first time fragment；
At least two fragments for turn to transmission to the glass in fragment transport mechanism two turns to transport mechanism；
And the cutting mechanism for carrying out second of fragment to glass；The quantity and fragment of the cutting mechanism turn to conveyer
The quantity of structure is equal；
The fragment transport mechanism two and fragment turn to transport mechanism and are arranged in fragment rack two；The fragment transport mechanism
Two include fragment transmission device two, and it includes fragment deflecting conveyer, fragment transmission device two that each fragment, which turns to transport mechanism,
The direction of transfer of direction of transfer and each fragment deflecting conveyer be mutually perpendicular to；The fragment of the fragment transport mechanism two passes
Device two is sent to be connected to each other with fragment transmission device one；
Each cutting mechanism turns to transport mechanism with a fragment and is connected to each other；The fragment turn to the structure of transport mechanism with
The structure for turning to transport mechanism is identical.
9. the glass cutting equipment according to claim 8 with glass severing function, it is characterised in that: the cutting machine
Structure includes fragment rack three, fragment transmission device three, fragment transport motor three, the sensor two for detecting glass position, passes
Sensor transport mechanism two and motor transmission shaft two；The fragment transmission device three is arranged in fragment rack three；The fragment passes
Power transmission machine three is connect by motor transmission shaft two with fragment transmission device three, realizes that driving fragment transmission device three carries out glass
Transmission；The sensor transport mechanism two is located at the top of fragment transmission device three and connect with sensor two, realizes and adjusts biography
The detection position of sensor two；Described three one end of fragment transmission device is connected to each other with fragment deflecting conveyer, the other end and buffering
Transmission unit is connected to each other；
The cutting mechanism further includes for the knife two that fractures of glass-cutting, the knife that fractures driving cylinder two and for pressing glass
Pinch roller two；The pinch roller two is located at the butt end of fragment transmission device three and fragment deflecting conveyer, and is arranged in sensor
Between transport mechanism two and fragment transmission device three, passed between the transmission end face of pinch roller two and fragment transmission device three as glass
The space sent；The knife driving cylinder two that fractures is arranged in three side of fragment rack and connect with the knife two that fractures, and realizes driving folding
The glass pressed by pinch roller two is cut in the rising of breaking two.
10. the glass cutting equipment according to claim 1 with glass severing function, it is characterised in that: the positioning
Unit includes positioning frame, positioning transmissioning device, positioning transport motor and the positioning for being positioned to the glass after steering
Device；The positioning transmissioning device is arranged on positioning frame, and connect with positioning transport motor, realizes driving positioning transmission dress
It sets and the glass after steering is transmitted；
The positioning device includes two guide wheel assemblies, ball screw, hand-operated wheel and pusher cylinders fixed by fixed plate；
The guide wheel assemblies include several and are staggered the directive wheel on positioning frame with positioning transmissioning device, and directive wheel is fixed
In in fixed plate；The ball screw both ends are connect with positioning frame, and are slidably connected with fixed plate；The hand-operated wheel and one piece
The fixing end for adjusting the fixed plate in the position of ball screw as glass is realized in fixed plate connection；The pusher cylinder and another
One piece of fixed plate connection is realized and drives the directive wheel in the fixed plate mobile towards fixed extreme direction, to position to glass.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920394808.0U CN209721936U (en) | 2019-03-26 | 2019-03-26 | Glass cutting equipment with glass severing function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920394808.0U CN209721936U (en) | 2019-03-26 | 2019-03-26 | Glass cutting equipment with glass severing function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209721936U true CN209721936U (en) | 2019-12-03 |
Family
ID=68688748
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920394808.0U Withdrawn - After Issue CN209721936U (en) | 2019-03-26 | 2019-03-26 | Glass cutting equipment with glass severing function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209721936U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109775971A (en) * | 2019-03-26 | 2019-05-21 | 佛山市嘉荣智能机械有限公司 | A kind of glass cutting equipment with glass severing function |
| CN114050015A (en) * | 2021-11-19 | 2022-02-15 | 彩智电子科技(江西)有限公司 | Length-adjustable strip folding machine capable of protecting materials for production of chip resistors |
-
2019
- 2019-03-26 CN CN201920394808.0U patent/CN209721936U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109775971A (en) * | 2019-03-26 | 2019-05-21 | 佛山市嘉荣智能机械有限公司 | A kind of glass cutting equipment with glass severing function |
| CN109775971B (en) * | 2019-03-26 | 2024-02-27 | 佛山市嘉荣智能机械有限公司 | Glass cutting equipment with glass breaks limit function off with fingers and thumb |
| CN114050015A (en) * | 2021-11-19 | 2022-02-15 | 彩智电子科技(江西)有限公司 | Length-adjustable strip folding machine capable of protecting materials for production of chip resistors |
| CN114050015B (en) * | 2021-11-19 | 2023-04-07 | 彩智电子科技(江西)有限公司 | Length-adjustable strip folding machine capable of protecting materials for production of chip resistors |
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