CN207387382U - Full-automatic lock pin grinding system - Google Patents
Full-automatic lock pin grinding system Download PDFInfo
- Publication number
- CN207387382U CN207387382U CN201721182787.3U CN201721182787U CN207387382U CN 207387382 U CN207387382 U CN 207387382U CN 201721182787 U CN201721182787 U CN 201721182787U CN 207387382 U CN207387382 U CN 207387382U
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- module
- frock
- belt rail
- lock pin
- filler
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Abstract
The utility model discloses a kind of full-automatic lock pin grinding system, including：Feeding module, filler module, grinding module and inversion module；The feeding module, filler module, grinding module and inversion module head and the tail are sequentially connected；The feeding module sends workpieces processing to filler module for taking workpieces processing；The filler module is used to for workpieces processing to be packed into empty frock, and sends frock to grinding module；The grinding module is used to process the workpieces processing in grinding tool, and sends frock to inversion module；The inversion module is used to unload the workpieces processing in frock, and empty frock is sent to next workshop section.The utility model provides a kind of full-automatic lock pin grinding system, the full-automatic production of product can be achieved, that is, save manpower, and ensured the stability in operation process and the high efficiency of output quality, the secondary scuffing of fiber stub face machined flat is avoided, improves product yield.
Description
Technical field
The utility model is related to lock pin grinding device field more particularly to a kind of full-automatic lock pin grinding systems.
Background technology
With science and technology.Light lock pin is a kind of basic optical device of optical communications industry, and light lock pin is according to outside it
Shape classification is most common cylindrical ferrule and square lock pin, meets default optics to realize optical signal in transmission process
Index usually requires that and fiber stub end face is ground and is polished.
Existing lock pin grinding device is semi-automatic cooked mode, can not realize feeding, filler, processing, feeding
With the full automatic working of the flows such as feeding.Since inserting core structure is tiny, can undoubtedly be reduced by the way of manual feeding and filling
Production efficiency influences product quality.After fiber stub is ground, if directly picking and placeing grinding clamp by hand, can not only it drop
Low production efficiency, and the secondary scuffing of fiber stub face machined flat can be inevitably caused, reduce product yield.Therefore, existing skill
Art existing defects are, it is necessary to improve.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of full-automatic lock pin grinding system.
The technical solution of the utility model is as follows：A kind of full-automatic lock pin grinding system, including：Feeding module, filler mould
Block, grinding module and inversion module；The feeding module, filler module, grinding module and inversion module head and the tail are sequentially connected；
The feeding module sends workpieces processing to filler module for taking workpieces processing；The filler module is used to process
Workpiece is packed into empty frock, and sends frock to grinding module；The grinding module is used to process adding in grinding tool
Work workpiece, and send frock to inversion module；The inversion module is used to unload the workpieces processing in frock, and will be empty
Frock is sent to next workshop section.
Further, the filler module includes：It two horizontal belt rails, a longitudinal belt rail, steering assembly and fills out
Expect machine frame；Described two horizontal belt rails are arranged on the both sides of filler machine frame, and the both ends of the longitudinal belt rail are put respectively
It puts on two horizontal belt rails, and transversely belt rail length direction moves back and forth；The steering assembly is arranged on longitudinal skin
On band rail, and transversely belt rail length direction moves left and right, and steering assembly obtains the workpieces processing of feeding module, and is loaded into
In frock on filler machine frame.
Further, the steering assembly includes：Mobile foundation turns to cylinder and mechanical arm；The mobile foundation is set
On horizontal belt rail, the output axis connection of mobile foundation turns to cylinder, the output axis connection mechanical arm for turning to cylinder；Institute
Stating mobile foundation, transversely belt rail length direction moves left and right, the output shaft of mobile foundation drive turn to cylinder and with steering
The mechanical arm of cylinder connection is front and rear to be rotated, adjustment workpieces processing direction.
Further, the grinding module includes：A piece horizontal belt rail, frock transfer assembly and lock pin grinder；Institute
It states frock transfer assembly to be placed on horizontal belt rail, the lock pin grinder is arranged on frock transfer assembly away from filler module
One side, the frock of frock transfer assembly extraction filler module, and being placed on the station of lock pin grinder.
Further, the inversion module includes：A piece horizontal belt rail, discharge component and discharging machine frame；It is described to unload
Material component is placed on horizontal belt rail；The discharging machine frame is placed on the one side of horizontal belt rail, and the discharge component carries
The frock of grinding module is taken, and is placed on discharging machine frame.
More preferably, the discharging mould further includes pendulum material unit, and the pendulum material unit is arranged on discharging machine frame one side, wraps
It includes：Two horizontal belt rails, a longitudinal belt rail, pendulum material component and finished work charging tray；Described two horizontal belt rails
The both sides of finished work charging tray are arranged on, the both ends of the longitudinal belt rail are individually positioned on two horizontal belt rails, and
Transversely belt rail length direction moves back and forth；The pendulum material component is arranged on longitudinal belt rail, and transversely belt rail is long
Degree direction moves left and right；Pendulum material component obtains the workpieces processing on discharging machine frame in frock, and is transmitted to finished work material
On disk.
Further, the full-automatic lock pin grinding system further includes recycling module, and the recycling module includes：Take work
It fills unit, miniature transmission line and puts frock unit；Described that frock unit is taken to connect inversion module, described miniature transmission line one end connects
Pick up frock unit, the other end put frock unit and connect miniature transmission line, the other end connection for putting frock unit
Filler module.
More preferably, it is described that frock unit is taken to include：Two horizontal belt rails, a longitudinal belt rail and take tool component；
Described two horizontal belt rails are arranged on the both sides of discharging machine frame, and the both ends of the longitudinal belt rail are individually positioned in two horizontal strokes
On belt rail, and transversely belt rail length direction moves back and forth；It is described that tool component is taken to be arranged on longitudinal belt rail, and
Transversely belt rail length direction moves left and right, and tool component is taken to obtain the frock in discharging machine frame overhead, and is placed on miniature
On transmission line.
More preferably, the frock unit of putting is arranged on above filler module, including：Two horizontal belt rails, a longitudinal directions
Belt rail and put tool component；The both ends of the longitudinal belt rail are individually positioned on two horizontal belt rails, and transversely skin
Band rail length direction moves back and forth；The tool component of putting is arranged on longitudinal belt rail, and transversely belt rail length direction
It moves left and right, puts tool component and obtain the frock of miniature transmission line, and be placed on filler machine frame.
Using the above program, the utility model a kind of full-automatic lock pin grinding system is provided, it can be achieved that product it is full-automatic
Metaplasia is produced, that is, saves manpower, and has ensured the stability in operation process and the high efficiency of output quality, avoids fiber stub
The secondary scuffing of face machined flat improves product yield.
Description of the drawings
It in order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, other attached drawings can also be obtained according to the structure shown in these attached drawings.
Fig. 1 is the structure diagram of the utility model.
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail.
With reference to shown in Fig. 1, the utility model provides a kind of full-automatic lock pin grinding system, including：Feeding module 1, filler
Module 2, grinding module 3 and inversion module 4；The feeding module 1, filler module 2, grinding module 3 and 4 head and the tail of inversion module according to
Secondary connection；The feeding module 1 sends workpieces processing to filler module for taking workpieces processing；The filler module is used
In workpieces processing to be packed into empty frock, and send frock to grinding module 3；The grinding module 3 grinds for processing
Workpieces processing in frock, and send frock to inversion module 4；The inversion module 4 is used for the workpieces processing in frock
Unloading, and empty frock is sent to next workshop section.
The feeding module 1 includes：Two horizontal belt rails, a longitudinal belt rail, take-off assembly 12 and work to be processed
Part charging tray 11；Described two horizontal belt rails are arranged on the both sides of workpiece to be processed charging tray 11, the both ends of the longitudinal belt rail
It is individually positioned on two horizontal belt rails, and transversely belt rail length direction moves back and forth；The take-off assembly 12 is set
On longitudinal belt rail, and transversely belt rail length direction moves left and right, and take-off assembly 12 obtains workpiece to be processed charging tray 11
On workpieces processing, and send filler module 2 to.
The filler module 2 includes：Two horizontal belt rails, a longitudinal belt rail, steering assembly 21 and filler frock
Frame 22；Described two horizontal belt rails are arranged on the both sides of filler machine frame 22, and the both ends of the longitudinal belt rail are placed respectively
On two horizontal belt rails, and transversely belt rail length direction moves back and forth；The steering assembly 21 is arranged on longitudinal skin
On band rail, and transversely belt rail length direction moves left and right, and steering assembly 21 obtains the workpieces processing of feeding module 1, and fills
In frock on filler machine frame 22.
The steering assembly 21 includes：Mobile foundation turns to cylinder and mechanical arm；The mobile foundation is arranged on horizontal skin
On band rail, the output axis connection of mobile foundation turns to cylinder, the output axis connection mechanical arm for turning to cylinder；The mobile base
Transversely belt rail length direction moves left and right seat, and the output shaft of mobile foundation, which drives, to be turned to cylinder and be connected with turning to cylinder
Mechanical arm it is front and rear rotate, adjustment workpieces processing direction.
The grinding module 3 includes：A piece horizontal belt rail, frock transfer assembly 31 and lock pin grinder 32；The work
Dress transfer assembly 31 is placed on horizontal belt rail, and the lock pin grinder 32 is arranged on frock transfer assembly 31 away from filler mould
The one side of group 2, the frock transfer assembly 31 extract the frock of filler module 2, and are placed on the station of lock pin grinder 32.
In use, frock is placed on the mill below compression module, counterweight lifting cylinder can delay lock pin grinder 32
It is slow to decline, compression module is placed in frock.Wherein, compression molding compression bar bottom in the block props up the force hole on jacking plate,
Locating rod props up location hole, according to actual needs toward compression weight is increased on object disposing platform, increases the pressure being applied in frock,
So as to increase the pressure for being applied to workpiece to be ground.
The power set started in grinder bin rotate mill, and it is downward that the weight of jacking plate increases workpiece to be ground
Pressure so as to increase the frictional force of workpiece and mill to be ground, realizes the self-locking for treating grinding workpiece.In compression module
The gravitation energy of compression weight enhances the pressure to frock, so as to enhance the self-locking property that frock treats grinding workpiece；Compression bar with
Frock position is fixed in locating rod cooperation, avoid frock with the rotation of mill rotation offset, ensure the stability of process of lapping,
Skidding number is reduced, so as to improve product yield.
After grinding, counterweight lifting cylinder control counterweight promotes shovel and rises, the lifting from rack by entire compression module,
After frock lifting cylinder control frock promotion shovel scoops up frock, frock hoisting module is rotated to next station by rotary cylinder
Afterwards, frock hoisting module control frock is put down.
The inversion module 4 includes：A piece horizontal belt rail, discharge component 41 and discharging machine frame 42；The discharging group
Part 41 is placed on horizontal belt rail；The discharging machine frame 42 is placed on the one side of horizontal belt rail, the discharge component 41
The frock of grinding module 3 is extracted, and is placed on discharging machine frame 42.
The discharging mould further includes pendulum material unit, and the pendulum material unit is arranged on 42 one side of discharging machine frame, including：Two
Horizontal belt rail, a longitudinal belt rail, pendulum material component 43 and finished work charging tray 44；Described two horizontal belt rails are set
In the both sides of finished work charging tray 44, the both ends of the longitudinal belt rail are individually positioned on two horizontal belt rails, and edge
Horizontal belt rail length direction moves back and forth；The pendulum material component 43 is arranged on longitudinal belt rail, and transversely belt rail is long
Degree direction moves left and right；Pendulum material component 43 obtains the workpieces processing on discharging machine frame 42 in frock, and is transmitted to machined work
On part charging tray 44.
The full-automatic lock pin grinding system further includes recycling module 5, and the recycling module 5 includes：Take frock unit
51st, miniature transmission line 52 and frock unit 53 is put；It is described that frock unit 51 is taken to connect inversion module 4, the miniature transmission line 52
One end connection takes frock unit 51, and the other end put frock unit 53 and connect miniature transmission line 52 is described to put frock unit
53 other end bonding pad module 2.
It is described that frock unit 51 is taken to include：Two horizontal belt rails, a longitudinal belt rail and take tool component 511；Institute
The both sides that two horizontal belt rails are arranged on discharging machine frame 42 are stated, the both ends of the longitudinal belt rail are individually positioned in two horizontal strokes
On belt rail, and transversely belt rail length direction moves back and forth；It is described that tool component 511 is taken to be arranged on longitudinal belt rail
On, and transversely belt rail length direction moves left and right, and tool component 511 is taken to obtain the frock in 42 overhead of discharging machine frame, and
It is placed on miniature transmission line 52.
The frock unit 53 of putting is arranged on 2 top of filler module, including：Two horizontal belt rails, a longitudinal belts
Rail and put tool component 531；The both ends of the longitudinal belt rail are individually positioned on two horizontal belt rails, and transversely belt
Rail length direction moves back and forth；The tool component 531 of putting is arranged on longitudinal belt rail, and transversely belt rail length direction
It moves left and right, puts tool component 531 and obtain the frock of miniature transmission line 52, and be placed on filler machine frame 22.
Utility model works principle：Take-off assembly 12 in feeding module 1 draws adding on workpiece to be processed charging tray 11
Work workpiece, and send filler module 2 to；Steering assembly 21 in filler module 2 draws the workpieces processing that take-off assembly 12 is drawn
Afterwards, the direction of workpieces processing is adjusted, and workpieces processing is placed on filler machine frame 22, facilitates workpieces processing filling as empty
Frock；Lap frock transfer assembly 31 in the block extracts the frock filled up on filler machine frame 22, and is placed on lock pin grinding
On the station of machine 32；The frock that the extraction grinding of discharge component 41 in inversion module 4 finishes, and it is placed on discharging machine frame 42
On, on the one hand, pendulum material component 43 obtains the workpieces processing on discharging machine frame 42 in frock, and is transmitted to finished work charging tray
On 44, on the other hand, the tool component 511 that takes in frock unit 51 is taken to obtain the frock in 42 overhead of discharging machine frame, and is placed
On miniature transmission line 52, the tool component 531 of putting for putting work order member obtains the frock of miniature transmission line 52, and is placed on loaders
It shelves on 22；Repeat more than flow, you can realize the full-automatic production of assembly line.
In conclusion the utility model provides a kind of full-automatic lock pin grinding system, it can be achieved that the full-automatic metaplasia of product
Production, that is, save manpower, and has ensured the stability in operation process and the high efficiency of output quality, and fiber stub is avoided to grind
The secondary scuffing of face grinding improves product yield.
The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all in this practicality
All any modification, equivalent and improvement made within new spirit and principle etc., should be included in the guarantor of the utility model
Within the scope of shield.
Claims (10)
1. a kind of full-automatic lock pin grinding system, which is characterized in that including：Feeding module, filler module, grinding module and discharging
Module；The feeding module, filler module, grinding module and inversion module head and the tail are sequentially connected；The feeding module is used to take
Workpieces processing, and send workpieces processing to filler module；The filler module is used to for workpieces processing to be packed into empty frock,
And send frock to grinding module；The grinding module is used to process the workpieces processing in grinding tool, and frock is transmitted
To inversion module；The inversion module is used to unload the workpieces processing in frock, and empty frock is sent to next workshop section.
2. full-automatic lock pin grinding system according to claim 1, which is characterized in that the feeding module includes：Two
Horizontal belt rail, a longitudinal belt rail, take-off assembly and workpiece to be processed charging tray；Described two horizontal belt rails are arranged on and treat
The both sides of workpieces processing charging tray, the both ends of the longitudinal belt rail are individually positioned on two horizontal belt rails, and transversely skin
Band rail length direction moves back and forth；The take-off assembly is arranged on longitudinal belt rail, and transversely belt rail length direction is left
It moves right, take-off assembly obtains the workpieces processing on workpiece to be processed charging tray, and sends filler module to.
3. full-automatic lock pin grinding system according to claim 1, which is characterized in that the filler module includes：Two
Horizontal belt rail, a longitudinal belt rail, steering assembly and filler machine frame；Described two horizontal belt rails are arranged on loaders
The both sides shelved, the both ends of the longitudinal belt rail are individually positioned on two horizontal belt rails, and transversely belt rail length
Direction moves back and forth；The steering assembly is arranged on longitudinal belt rail, and transversely belt rail length direction moves left and right, and is turned
The workpieces processing of feeding module is obtained to component, and in the frock being loaded on filler machine frame.
4. full-automatic lock pin grinding system according to claim 3, which is characterized in that the steering assembly includes：It is mobile
Pedestal turns to cylinder and mechanical arm；The mobile foundation is arranged on horizontal belt rail, and the output axis connection of mobile foundation turns to
Cylinder, the output axis connection mechanical arm for turning to cylinder；Transversely belt rail length direction moves left and right the mobile foundation,
The output shaft of mobile foundation rotates before and after driving the mechanical arm for turning to cylinder and being connected with turning to cylinder, adjusts workpieces processing
Direction.
5. full-automatic lock pin grinding system according to claim 1, which is characterized in that the grinding module includes：One
Horizontal belt rail, frock transfer assembly and lock pin grinder；The frock transfer assembly is placed on horizontal belt rail, described to insert
Core grinder is arranged on one side of the frock transfer assembly away from filler module, the work of the frock transfer assembly extraction filler module
Dress, and be placed on the station of lock pin grinder.
6. full-automatic lock pin grinding system according to claim 1, which is characterized in that the inversion module includes：One
Horizontal belt rail, discharge component and discharging machine frame；The discharge component is placed on horizontal belt rail；The discharging machine frame
The one side of horizontal belt rail, the frock of the discharge component extraction grinding module are placed on, and is placed on discharging machine frame.
7. full-automatic lock pin grinding system according to claim 6, which is characterized in that the discharging mould further includes pendulum material list
Member, the pendulum material unit are arranged on discharging machine frame one side, including：Two horizontal belt rails, a longitudinal belt rail, pendulum material groups
Part and finished work charging tray；Described two horizontal belt rails are arranged on the both sides of finished work charging tray, the longitudinal belt
The both ends of rail are individually positioned on two horizontal belt rails, and transversely belt rail length direction moves back and forth；The pendulum material group
Part is arranged on longitudinal belt rail, and transversely belt rail length direction moves left and right；Pendulum material component is obtained on discharging machine frame
Workpieces processing in frock, and be transmitted on finished work charging tray.
8. full-automatic lock pin grinding system according to claim 1, which is characterized in that further include recycling module, described time
Receiving module includes：It takes frock unit, miniature transmission line and puts frock unit；It is described that frock unit is taken to connect inversion module, it is described
Miniature transmission line one end connection takes frock unit, and the other end put frock unit and connect miniature transmission line is described to put frock
The other end bonding pad module of unit.
9. full-automatic lock pin grinding system according to claim 8, which is characterized in that described that frock unit is taken to include：Two
Root transverse direction belt rail, a longitudinal belt rail and take tool component；Described two horizontal belt rails are arranged on discharging machine frame
Both sides, the both ends of the longitudinal belt rail are individually positioned on two horizontal belt rails, and transversely before belt rail length direction
After move；It is described that tool component is taken to be arranged on longitudinal belt rail, and transversely belt rail length direction moves left and right, and takes frock
Component obtains the frock in discharging machine frame overhead, and is placed on miniature transmission line.
10. full-automatic lock pin grinding system according to claim 8, which is characterized in that the frock unit of putting is arranged on
Above filler module, including：Two horizontal belt rails, a longitudinal belt rail and put tool component；The longitudinal belt rail
Both ends are individually positioned on two horizontal belt rails, and transversely belt rail length direction moves back and forth；It is described to put tool component
It is arranged on longitudinal belt rail, and transversely belt rail length direction moves left and right, and puts tool component and obtains miniature transmission line
Frock, and be placed on filler machine frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721182787.3U CN207387382U (en) | 2017-09-14 | 2017-09-14 | Full-automatic lock pin grinding system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721182787.3U CN207387382U (en) | 2017-09-14 | 2017-09-14 | Full-automatic lock pin grinding system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207387382U true CN207387382U (en) | 2018-05-22 |
Family
ID=62417334
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721182787.3U Active CN207387382U (en) | 2017-09-14 | 2017-09-14 | Full-automatic lock pin grinding system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207387382U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109352174A (en) * | 2018-12-06 | 2019-02-19 | 武汉昱升光器件有限公司 | A kind of ferrule assembly automatic assembling welding equipment |
-
2017
- 2017-09-14 CN CN201721182787.3U patent/CN207387382U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109352174A (en) * | 2018-12-06 | 2019-02-19 | 武汉昱升光器件有限公司 | A kind of ferrule assembly automatic assembling welding equipment |
| CN109352174B (en) * | 2018-12-06 | 2024-02-09 | 武汉昱升光电股份有限公司 | Automatic assembling and welding equipment for core insert assembly |
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