CN208467540U - A kind of laser processing two dimensional code automation line vacuum slot mounting structure - Google Patents
A kind of laser processing two dimensional code automation line vacuum slot mounting structure Download PDFInfo
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- CN208467540U CN208467540U CN201820915058.2U CN201820915058U CN208467540U CN 208467540 U CN208467540 U CN 208467540U CN 201820915058 U CN201820915058 U CN 201820915058U CN 208467540 U CN208467540 U CN 208467540U
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- vacuum slot
- fixed bracket
- connecting hole
- suction nozzle
- cylinder
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Abstract
The utility model public affairs are related to a kind of laser processing two dimensional code automation line vacuum slot mounting structure, including vacuum slot, fixed bracket and cylinder, male-female engagement radial positioning structure and screw locking mechanism are provided between fixed bracket and cylinder, male-female engagement radial positioning structure includes mutually matched convex block and groove, fixed bracket is in four hollow box shapes, convex block is located at fixed top of support end face middle position, support bracket fastened vacuum slot connection frame side middle position is equipped with suction nozzle connecting hole, it is left on convex block, right two side-locating faces are arranged in parallel, suction nozzle connects centerline hole and a left side, the symmetrical centre face of right two side-locating faces is coplanar with, enable fixed bracket upper protruding block center on suction nozzle connecting hole center, lower face setting.The position precision when installation that single vacuum slot can be improved in the structure is fixed, the accuracy for four vacuum slot front, rear, left and right displacement during object of when guaranteeing four vacuum slot arrays settings, taking, shift together；Structure is simple simultaneously, easy for installation.
Description
Technical field
The utility model relates to technical field of laser processing, and in particular to a kind of laser processing two dimensional code automation line
With vacuum slot mounting structure.
Background technique
With the variation of consumer electronics market demand, metal material on electronic product using more and more extensive, use
The mode of laser processing marks two dimensional code also more and more on consumer electronics, wherein relatively common application is exactly in product
Surface markers two dimensional code, for carrying out product back-tracing.Such as China Patent Publication No. CN107081970A, it discloses utilize to swash
Method and apparatus of the light in metal material surface label two dimensional code.
Retrieval discovery China Patent Publication No. is CN107381040A, and it discloses a kind of structures simply, dismounting maintenance side
Just with safe and reliable vacuum slot.It includes adapter, connection sleeve and suction nozzle body, and the top of adapter is equipped with spiral shell
Line structure is simultaneously connected with external equipment.
In order to improve the production efficiency for utilizing laser in metal material surface label two dimensional code, it is necessary to arrive product woollen
Product cost carries out pipeline automation processing, to adapt to the demand in market.For this purpose, the applicant innovation and creation laser
It cuts mark and detects automated package production line.For cooperation production line automation processing, the applicant applies pneumatic clamper and vacuum
Suction nozzle cooperates to take, shift the lamellule of two dimensional code to be processed in batches.
Summary of the invention
The purpose of the utility model is to overcome the technical deficiencies of existing location and installation, provide a kind of laser processing two
It ties up code and automates line vacuum slot mounting structure, when can guarantee four vacuum slot array settings, take, shift together
The accuracy that four vacuum slot front, rear, left and right are displaced during object；Structure is simple simultaneously, easy for installation.
For the batch-automated mark on multiple lamellules, the applicant is using laser cutting machine to block of metal plate
Material cutting, due to the laser spot diameter very little of laser cutting machine, each lamellule material after cutting on cutting working platform it
Between spacing also very little, directly by cutting when state integrally carries if, each lamellule is easy mutually to be collided and is stacked
Together, to influence subsequent using laser marking machine on-line marking on each sheet metal.For this purpose, the applicant's innovation and creation
A kind of special manipulator of multiple lamellules for transporting array setting using vacuum slot, this patent is as the special machine
A part of tool innovation and creation technology on hand.
In order to achieve the above objectives, the technical solution adopted in the utility model is:
A kind of laser processing two dimensional code automates line vacuum slot mounting structure, including vacuum slot, fixed bracket and
Cylinder, cylinder are equipped with the pneumatic pawl of energy radial expansion, it is characterised in that: the vacuum slot passes through on fixed bracket and cylinder
Pneumatic pawl is correspondingly connected with；Male-female engagement radial positioning structure and screw locking are provided between the fixed bracket and the cylinder
Structure；
The fixed bracket is in four hollow box shapes, and the fixed bracket upper ledge is described when connecting frame for pneumatic pawl
Fixed bracket lower frame is that vacuum slot connects frame side；
The male-female engagement radial positioning structure includes mutually matched convex block and groove, and groove is provided with the pneumatic pawl
On downside, the pneumatic pawl connection frame side is equipped with the top end face that can stick on pneumatic pawl downside, and the convex block is located at top
Face middle position, the groove, which has, is perpendicularly to the radial direction the arranged on left and right sides cell wall of setting, the convex block be equipped with can with it is described
The arranged on left and right sides positioning surface of arranged on left and right sides cell wall fitting slides into groove and and groove by arranged on left and right sides positioning surface on convex block
Fixed bracket radial positioning on pneumatic pawl is realized in upper arranged on left and right sides cell wall fitting；
It is connected between the vacuum slot and vacuum slot connection frame side by locking nut, structure are as follows: described
Vacuum slot connects frame side middle position and is equipped with suction nozzle connecting hole, and suction nozzle connecting hole connects frame axially through the vacuum slot
Side, arranged on left and right sides positioning surface is arranged in parallel on the convex block, and suction nozzle connects the symmetrical of centerline hole and arranged on left and right sides positioning surface
Median plane is coplanar with, and fixed bracket upper protruding block center is arranged with the upper and lower face in suction nozzle connecting hole center；It is described
Vacuum slot is equipped with externally threaded adapter, and the adapter axial direction movable set is in the suction nozzle connecting hole, adapter
Middle part is equipped with the boss that can stick on vacuum slot connection frame side lateral surface, adapter pass through after suction nozzle connecting hole with it is described
The connection of locking nut screw-threaded coupling.
A kind of laser processing two dimensional code as described above automates line vacuum slot mounting structure, it is characterised in that: institute
Stating screw locking mechanism includes lock-screw and be provided with the pneumatic pawl and connect a pair of of connecting hole on frame side, and connecting hole is axial
Frame side is connected through the pneumatic pawl, connecting hole is symmetrically distributed in the convex block two sides, and two lock-screw difference are upward
It locks and connects with the screw hole on the pneumatic pawl after a pair of of connecting hole.
A kind of laser processing two dimensional code as described above automates line vacuum slot mounting structure, it is characterised in that: institute
It is integrally formed integral structure that fixed bracket, which is stated, with convex block thereon.
A kind of laser processing two dimensional code as described above automates line vacuum slot mounting structure, it is characterised in that: institute
Stating fixed bracket is stainless steel stent.
A kind of laser processing two dimensional code as described above automates line vacuum slot mounting structure, it is characterised in that: institute
State fixed bracket upper ledge while, lower frame, left frame while, right frame side with a thickness of 1 centimetre -2 centimetres.
A kind of laser processing two dimensional code as described above automates line vacuum slot mounting structure, it is characterised in that: institute
Stating cylinder is four paws cylinder, 90 ° of cylinder circumferencial direction be equipped at intervals with four can radial expansion pneumatic pawl, four vacuum inhale
Mouth is connected one to one by four fixed brackets and four pneumatic pawls on cylinder.
The utility model has the advantage that compared with prior art
1, cylinder drives the forward and backward and left and right directions movement of four pneumatic pawls, due to suction nozzle connect centerline hole with it is left and right
The symmetrical centre face of two side-locating faces is coplanar with, and bracket upper protruding block symmetrical centre fixed in this way can be with suction nozzle connecting hole center
Upper and lower face setting, so that the vacuum slot being mounted on suction nozzle connecting hole keeps high-precision with the groove installation position on pneumatic pawl
The cooperation of degree is conducive to the operation accuracy for improving vacuum slot start of a run and final position, is especially using multiple realities
When being arranged with novel evacuated suction nozzle array, the start of a run and stroke end that each vacuum slot has it to set are being drawn
Multiple widgets and multiple widgets are shifted together and be placed in array setting groove in when, the utility model have operation
Stablize, the technical characterstic that work efficiency is high.
2, first groove and convex block are cooperated when the utility model is installed, carry out radial accurate positioning, then vertical with screw
It is connected to locking, locks connection compared to existing single screw, so that the utility model radial positioning is more accurate, guarantee same
The precision of the vacuum slot radial spacing on each pneumatic pawl in cylinder driving, in multiple pneumatic pawls of pneumatic actuation and each
When vacuum slot on pneumatic pawl moves longitudinally up and down, multiple vacuum slots can face cut on laser cutting platform after square
Each lamellule of shape array discharge can accurately, efficiently be completed once to move up and down the purpose that batch is drawn.
2, fixed pedestal upper end is equipped with convex block, and pneumatic pawl is equipped with the groove that can cooperate with convex block, and groove and convex block cooperate,
Structure is simple, easy for installation.
3, fixed bracket is in four hollow box shapes, and convex block is structure as a whole with fixed bracket, and structure is simple, convenient to add
Work, it is light-weight, facilitate storage transport and final assembling.
Detailed description of the invention
Fig. 1 is cylinder schematic perspective view in the utility model.
Fig. 2 is to fix bracket schematic perspective view in the utility model.
Fig. 3 is vacuum slot and fixed bracket assembling structure schematic diagram.
Fig. 4 is multiple vacuum slots respectively by fixed bracket and cylinder assembly structure diagram.
Wherein, 1, vacuum slot；11, adapter；12, boss；2, fixed bracket；
20, convex block；21, suction nozzle connecting hole；22, connecting hole；3, cylinder；30, groove；
31, pneumatic pawl；4, locking nut.
Specific embodiment
The utility model will be further described with reference to the accompanying drawing.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of laser processing two dimensional code automates line vacuum slot mounting structure,
Including vacuum slot 1, fixed bracket 2 and cylinder 3, cylinder 3 is equipped with the pneumatic pawl 31 of energy radial expansion, and vacuum slot 1 passes through solid
Fixed rack 2 is correspondingly connected with the pneumatic pawl 31 on cylinder 3；Male-female engagement is provided between the fixed bracket 2 and the cylinder 3
Radial positioning structure and screw locking mechanism.
Fixed bracket 2 is in four hollow box shapes, and fixed 2 upper ledge of bracket is when connecting frame for pneumatic pawl, the fixed branch
2 lower frame of frame is that vacuum slot connects frame side.Male-female engagement radial positioning structure includes mutually matched convex block 20 and groove 30,
Groove 30 is provided on 31 downside of pneumatic pawl, and pneumatic pawl connection frame side is equipped with the top that can stick on pneumatic 31 downside of pawl
End face, convex block 20 are located at top end face middle position, and groove 30 has the arranged on left and right sides cell wall for being perpendicularly to the radial direction setting, convex
Block 20 is equipped with the arranged on left and right sides positioning surface that can be bonded with arranged on left and right sides cell wall, sliding by arranged on left and right sides positioning surface on convex block 20
Enter groove 30 and is bonded the fixed radial positioning on pneumatic pawl 31 of bracket 2 of realization with arranged on left and right sides cell wall on groove 30；
It is connected between vacuum slot 1 and vacuum slot connection frame side by locking nut 4, structure are as follows: vacuum slot connects
Frame side middle position is connect equipped with suction nozzle connecting hole 21, suction nozzle connecting hole 21 connects frame side, convex block 20 axially through vacuum slot
Upper arranged on left and right sides positioning surface is arranged in parallel, and 21 center line of suction nozzle connecting hole is coplanar with the symmetrical centre face of arranged on left and right sides positioning surface
Setting enables fixed 2 upper protruding block of bracket, 20 center to be arranged with the upper and lower face in 21 center of suction nozzle connecting hole；Vacuum slot 1 is equipped with
With externally threaded adapter 11, in suction nozzle connecting hole 21, being equipped in the middle part of adapter 11 can paste the axial movable set of adapter 11
Lean against vacuum slot connection frame side lateral surface boss 12, adapter 11 pass through suction nozzle connecting hole 21 after with 4 screw thread of locking nut
Locking connection.
Screw locking mechanism includes lock-screw and be provided with pneumatic pawl and connect a pair of of connecting hole 22 on frame side, connecting hole
22 axially penetrate through pneumatic pawl connection frame side, and connecting hole 22 is symmetrically distributed in 20 two sides of convex block, and two lock-screws are worn upwards respectively
It is connected after crossing a pair of of connecting hole 22 with the screw hole locking on pneumatic pawl 31.
Fixed bracket 2 is stainless steel stent.Fixed bracket 2 is integrally formed integral structure with convex block 20 thereon.Gu
2 upper ledge of fixed rack while, lower frame, left frame while, right frame side with a thickness of 1 centimetre -2 centimetres.Cylinder 3 is four paws cylinder, cylinder circle
90 ° of circumferential direction be equipped at intervals with four can radial expansion pneumatic pawl 31, four vacuum slots 1 pass through four fixed brackets 2 and gas
Four pneumatic pawls 31 on cylinder 3 connect one to one.
When work, cylinder 3 drives four pneumatic 31 front and backs of pawl and left and right directions movement, due to 21 center line of suction nozzle connecting hole
It is coplanar with the symmetrical centre face of arranged on left and right sides positioning surface, 2 upper protruding block of bracket, 20 center fixed in this way can be with suction nozzle connecting hole
The upper and lower face setting in 21 centers, so that the groove on the vacuum slot 1 being mounted on suction nozzle connecting hole 21 and pneumatic pawl 3 is installed
Position keeps high-precision cooperation, is conducive to the operation accuracy for improving 1 start of a run of vacuum slot and final position, is especially adopting
When being arranged with multiple 1 arrays of the utility model vacuum slot, start of a run and stroke that each vacuum slot has it to set
Terminal, when drawing multiple widgets and shifting multiple widgets together and be placed in the groove of array setting, this is practical
It is novel that there is stable, the technical characterstic that work efficiency is high.
Combine figure embodiment that the utility model is described in detail above, those skilled in the art can root
Many variations example is made to the utility model according to above description.Thus, certain details in embodiment should not constitute practical to this
Novel restriction, the utility model will be using the ranges that the appended claims define as the protection scope of the utility model.
Claims (6)
1. a kind of laser processing two dimensional code automates line vacuum slot mounting structure, including vacuum slot (1), fixed bracket
(2) and cylinder (3), cylinder (3) are equipped with the pneumatic pawl (31) of energy radial expansion, it is characterised in that: the vacuum slot (1) passes through
Fixed bracket (2) are correspondingly connected with the pneumatic pawl (31) on cylinder (3)；It is set between the fixed bracket (2) and the cylinder (3)
It is equipped with male-female engagement radial positioning structure and screw locking mechanism；
The fixed bracket (2) is in four hollow box shapes, and fixed bracket (2) upper ledge is when connecting frame for pneumatic pawl, institute
Stating fixed bracket (2) lower frame is that vacuum slot connects frame side；
The male-female engagement radial positioning structure includes mutually matched convex block (20) and groove (30), and groove (30) is provided with institute
It states on pneumatic pawl (31) downside, the pneumatic pawl connection frame side is equipped with the top end face that can stick on pneumatic pawl (31) downside,
The convex block (20) is located at top end face middle position, and the groove (30) has the arranged on left and right sides for being perpendicularly to the radial direction setting
Cell wall, the convex block (20) are equipped with the arranged on left and right sides positioning surface that can be bonded with the arranged on left and right sides cell wall, pass through convex block (20)
Upper arranged on left and right sides positioning surface slides into groove (30) and is bonded the fixed bracket of realization with arranged on left and right sides cell wall on groove (30) in gas
Radial positioning in pawl (31)；
The vacuum slot (1) is connect between frame side with the vacuum slot to be connected by locking nut (4), structure are as follows: institute
It states vacuum slot connection frame side middle position and is equipped with suction nozzle connecting hole (21), suction nozzle connecting hole (21) is axially through the vacuum
Suction nozzle connects frame side, and arranged on left and right sides positioning surface is arranged in parallel on the convex block (20), suction nozzle connecting hole (21) center line and it is left,
The symmetrical centre face of right two side-locating faces is coplanar with, and fixed bracket (2) upper protruding block (20) center is connected with the suction nozzle
Connect the upper and lower face setting in hole (21) center；The vacuum slot (1) is equipped with externally threaded adapter (11), the adapter
(11) for axial movable set in the suction nozzle connecting hole (21), the vacuum slot can be sticked on by being equipped in the middle part of adapter (11)
Connect frame side lateral surface boss (12), adapter (11) pass through suction nozzle connecting hole (21) afterwards with the locking nut (4) screw thread
Locking connection.
2. a kind of laser processing two dimensional code according to claim 1 automates line vacuum slot mounting structure, feature
Be: the screw locking mechanism includes lock-screw and be provided with the pneumatic pawl and connect a pair of of connecting hole on frame side
(22), connecting hole (22) axially penetrates through the pneumatic pawl connection frame side, and connecting hole (22) is symmetrically distributed in the convex block (20) two
Side, two lock-screws are upward through a pair of of connecting hole (22) respectively and lock afterwards with the screw hole on the pneumatic pawl (31)
Connection.
3. a kind of laser processing two dimensional code according to claim 1 automates line vacuum slot mounting structure, feature
Be: the fixed bracket (2) is integrally formed integral structure with convex block (20) thereon.
4. a kind of laser processing two dimensional code according to claim 1 automates line vacuum slot mounting structure, feature
Be: the fixed bracket (2) is stainless steel stent.
5. a kind of laser processing two dimensional code according to claim 1 or 4 automates line vacuum slot mounting structure, special
Sign is: fixed bracket (2) upper ledge while, lower frame, left frame while, right frame side with a thickness of 1 centimetre -2 centimetres.
6. a kind of laser processing two dimensional code according to claim 1 automates line vacuum slot mounting structure, feature
Be: the cylinder (3) be four paws cylinder, 90 ° of cylinder circumferencial direction be equipped at intervals with four can radial expansion pneumatic pawl (31),
Four vacuum slots (1) are corresponded by four pneumatic pawls (31) on four fixed brackets (2) and cylinder (3) to be connected
It connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820915058.2U CN208467540U (en) | 2018-06-13 | 2018-06-13 | A kind of laser processing two dimensional code automation line vacuum slot mounting structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820915058.2U CN208467540U (en) | 2018-06-13 | 2018-06-13 | A kind of laser processing two dimensional code automation line vacuum slot mounting structure |
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| Publication Number | Publication Date |
|---|---|
| CN208467540U true CN208467540U (en) | 2019-02-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820915058.2U Active CN208467540U (en) | 2018-06-13 | 2018-06-13 | A kind of laser processing two dimensional code automation line vacuum slot mounting structure |
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| CN (1) | CN208467540U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108747030A (en) * | 2018-06-13 | 2018-11-06 | 湖北易同科技发展有限公司 | A kind of laser processing Quick Response Code automation line vacuum slot mounting structure |
-
2018
- 2018-06-13 CN CN201820915058.2U patent/CN208467540U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108747030A (en) * | 2018-06-13 | 2018-11-06 | 湖北易同科技发展有限公司 | A kind of laser processing Quick Response Code automation line vacuum slot mounting structure |
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