CN105866896A - Ceramic ferrule cleaning device - Google Patents
Ceramic ferrule cleaning device Download PDFInfo
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- CN105866896A CN105866896A CN201610334560.XA CN201610334560A CN105866896A CN 105866896 A CN105866896 A CN 105866896A CN 201610334560 A CN201610334560 A CN 201610334560A CN 105866896 A CN105866896 A CN 105866896A
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- station
- ceramic
- insertion core
- ceramic insertion
- prerinse
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/24—Coupling light guides
- G02B6/36—Mechanical coupling means
- G02B6/38—Mechanical coupling means having fibre to fibre mating means
- G02B6/3807—Dismountable connectors, i.e. comprising plugs
- G02B6/3833—Details of mounting fibres in ferrules; Assembly methods; Manufacture
- G02B6/3866—Devices, tools or methods for cleaning connectors
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Cleaning By Liquid Or Steam (AREA)
Abstract
The invention relates to a ceramic ferrule cleaning device. The ceramic ferrule cleaning device comprises a worktable, a rotary disc, a driving mechanism, a ferrule fixing table, a ferrule feeding mechanism, an inner hole pre-cleaning mechanism, a sorting mechanism, a high-pressure water washing mechanism, an air purging mechanism and a ferrule discharging mechanism, wherein a working end of the inner hole pre-cleaning mechanism corresponds to a pre-cleaning station on the rotary disc, and a pin capable of being inserted into an inner hole of a ceramic ferrule in a matched manner is mounted at the working end of the inner hole pre-cleaning mechanism and can move axially relative to the inner hole of the ceramic ferrule moving to the pre-cleaning station so as to clean dirt in the inner hole of the ceramic ferrule. According to the ceramic ferrule cleaning device, the pin in the inner hole pre-cleaning mechanism penetrates into the inner hole of the ceramic ferrule to pre-clean the dirt in the inner hole of the ceramic ferrule before cleaning the inner hole of the ceramic ferrule, so that the standard-reaching rate of cleaning of the inner hole of the ceramic ferrule can be increased effectively, and the cleaning degree of the inner hole of the ceramic ferrule can be higher after a follow-up cleaning process.
Description
Technical field
The present invention relates to ceramic insertion core processing technique field, be specifically related to a kind of cleaning for cleaning ceramic lock pin endoporus and fill
Put.
Background technology
Optical fiber ceramic lock pin is for fixing the element of optical fiber in the joints of optical fibre, and its center has an endoporus for optical fiber
Insert.Owing to the aperture of ceramic core internal hole is the least, the various rapidoprints that its endoporus is easily used in process
Blocked.If dirt can not effectively be removed in ceramic core internal hole, collect in follow-up joints of optical fibre manufacturing process,
Difficulty can be brought to wearing optical fiber, even cause disconnected fibre.In order to ensure that ceramic core internal hole is the most unobstructed, its endoporus must be entered
Row cleans.
Authorization Notice No. is the Chinese utility model patent " of CN204758870U (Application No. 201520316003.6)
Plant ceramic core internal hole cleaning machine ", wherein disclosed ceramic core internal hole cleaning machine i.e. uses high-pressure hydraulic pump to connect nozzle sets
Part, sprays the water under high pressure endoporus with cleaning ceramic lock pin by nozzle.Prior art also uses gases at high pressure, ultrasonic
Lock pin is carried out by the equipment such as ripple.Although these equipment can clear up the dirt in most of ceramic core internal hole, but
There will be the situation that bore cleaning is clean or endoporus is still blocked by dirt unavoidably, it is relatively low to clean compliance rate, and also needs
Will be sorted out by the ceramic insertion core not cleaned up from the ceramic insertion core after cleaning, workload is big and efficiency is low.
Summary of the invention
To be solved by this invention first technical problem is that for above-mentioned prior art provide one can be effectively improved pottery
Porcelain lock pin endoporus cleans the ceramic insertion core of compliance rate and cleans device.
To be solved by this invention second technical problem is that for above-mentioned prior art provide one can be in cleaning process
In can sort out the ceramic insertion core that endoporus does not cleans up ceramic insertion core clean device.
The present invention solves the technical scheme that above-mentioned first technical problem used: a kind of ceramic insertion core cleans device, bag
Include workbench, it is characterised in that also include:
Rotating disk, is arranged on described workbench, and is driven by a drive mechanism and can horizontally rotate relative to described workbench；
Lock pin fixed station, is provided with many groups, and this many groups lock pin fixed station is uniform along described rotating disk circumference, and along with rotating disk turns
To each station；
Lock pin feed mechanism, output is corresponding to the feeding station on rotating disk, so that ceramic insertion core is delivered at feeding station,
And this ceramic insertion core is arranged on the lock pin fixed station moved at feeding station；
Endoporus prerinse mechanism, working end corresponding to the prerinse station on rotating disk, the working end of this endoporus prerinse mechanism
Being provided with and can mate the contact pin penetrating ceramic core internal hole, described contact pin can be relative to moving on prerinse station
The endoporus of ceramic insertion core moves axially, to clear up the dirt in ceramic core internal hole；
High pressure water washing mechanism, station, the water side of this high pressure water washing mechanism are rinsed corresponding to the water on rotating disk in water side
The endoporus of the ceramic insertion core on station can be rinsed, to clear up the dirt in ceramic core internal hole by alignment motion to water；
Air blowing mechanism, outlet side is corresponding to the purging station on rotating disk, and the outlet side of this air blowing mechanism can be right
The endoporus of the ceramic insertion core on quasi-moving extremely purging station, to dry up the aqueous vapor in ceramic core internal hole；
Lock pin cutting agency, input is corresponding to the discharge station on rotating disk, slotting with the pottery that will move in discharge station
Core ribbon is walked.
Preferably, described endoporus prerinse mechanism includes:
Prerinse cylinder, is arranged on described workbench by a support；
Pedestal installing rack, is connected on the piston rod of described prerinse cylinder, and the driving of piston rod of this prerinse cylinder
Move up and down relative to prerinse station under Dong；
Pedestal, is arranged on described pedestal installing rack and along with pedestal installing rack moves, and the lower end of described pedestal is offered
There is the blind hole that Open Side Down；
Contact pin mounting assembly, is arranged in described blind hole, and can move along described blind hole axial limiting, and described contact pin is installed
In described mounting assembly.
Preferably, described contact pin mounting assembly includes a slide block being arranged in described blind hole and is arranged on described slide block lower end
Pin clamp；
On the outer wall of described slide block, depression is provided with stopper slot, and the lower end of described pedestal is provided with and extends in described stopper slot
Limited block；
Described contact pin is located in described pin clamp.
Preferably, offering spacing hole along described contact pin coaxial direction in described slide block, described pedestal is provided with one can
Coupling stretches into the lead of described spacing hole.
In order to ensure that contact pin can penetrate the endoporus of ceramic insertion core to clear up dirt therein, it is applicable to for convenience not simultaneously
The cleaning of same specification ceramic core internal hole, the lower end of described contact pin mounting assembly is also arranged with a balancing weight.
Easily, described lock pin cutting agency includes:
Blanking cylinder, is arranged on described workbench by a support；
Tremie pipe installing rack, is connected on the piston rod of described blanking cylinder, and the driving of the piston rod at this blanking cylinder
Under move up and down relative to discharge station；
Tremie pipe, input is arranged on described tremie pipe installing rack, along with tremie pipe installing rack corresponding to discharge station
Move up and down, and then the ceramic insertion core in discharge station is siphoned away.
In order to prevent water under high pressure from spilling, described shower nozzle installing rack is also equipped with enclosing the dash being located at around described high-pressure nozzle
Circle, the lower limb of described retaining ring can arrive when water rinses station at high-pressure nozzle and be adjacent on rotating disk.
The present invention solves the technical scheme that above-mentioned second technical problem used: also includes and is controlled by described main control
The mechanism for sorting of device, the front end of described mechanism for sorting is corresponding to the sortation process on rotating disk；
It is additionally provided with for detecting described endoporus prerinse mechanism pre-to ceramic core internal hole in described endoporus prerinse mechanism
The state detector of cleaning state, described state detector is connected with described master controller, and described mechanism for sorting can be by
Detect that prerinse abnormal state and the ceramic insertion core moving in sortation process sort away.
Preferably, described rotating disk is evenly arranged with 6 groups of lock pin fixed stations；
Described turntable periphery sets an enclosing wall, is formed with sewage collecting groove between described enclosing wall and described rotating disk sidewall；
Described lock pin feed mechanism, endoporus prerinse mechanism, mechanism for sorting, high pressure water washing mechanism, air blowing mechanism,
Lock pin cutting agency is uniformly distributed along the periphery of described enclosing wall successively.
Simply, described mechanism for sorting is manipulator.
Compared with prior art, it is an advantage of the current invention that: the ceramic insertion core in the present invention cleans device by setting up endoporus
Prerinse mechanism, to complete the pre-cleaning process before ceramic core internal hole cleans, i.e. penetrates the endoporus of ceramic insertion core by contact pin
So that the dirt in ceramic core internal hole is cleared up.So it is greatly improved the reliable of the cleaning of dirt in ceramic core internal hole
Property, it is effectively improved ceramic core internal hole and cleans compliance rate, ceramic core internal hole can also be made through follow-up cleaning simultaneously
After process, clean-up performance is higher.It addition, the ceramic insertion core cleaning device in the present invention can also be by setting up state detector
Detect the prerinse state of ceramic core internal hole, and then by mechanism for sorting, the ceramic insertion core of prerinse abnormal state is divided
Sort out, i.e. just can sort out cleaning ceramic insertion core the most up to standard in cleaning process, it is to avoid treat that all lock pins are equal
Clean the big workload that the pottery that after terminating, sorting cleaning is the most up to standard again is inserted, improve sorting efficiency.
Accompanying drawing explanation
Fig. 1 is that in the embodiment of the present invention, ceramic insertion core cleans assembling structure schematic diagram.
Fig. 2 is the stereogram that in the embodiment of the present invention, ceramic insertion core cleans assembling structure.
Fig. 3 is the sectional view of endoporus prerinse mechanism in the embodiment of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the present invention is described in further detail.
As shown in FIG. 1 to 3, a kind of ceramic insertion core in the present embodiment cleans device, including workbench 1, rotating disk 2,
Drive mechanism, lock pin fixed station 21, lock pin feed mechanism 3, endoporus prerinse mechanism 4, mechanism for sorting 5, water under high pressure
Flushing machine 6, air blowing mechanism 7, lock pin cutting agency 8.The automation control of device is cleaned in order to realize ceramic insertion core
System, this ceramic insertion core cleans device can also arrange master controller and display operation control panel, wherein drive mechanism, lock pin
Feed mechanism 3, endoporus prerinse mechanism 4, mechanism for sorting 5, high pressure water washing mechanism 6, air blowing mechanism 7, insert
Core cutting agency 8 is controlled by master controller, and display operation control panel is connected with master controller and can send out to master controller
Send control command.Master controller and display operation control panel all can use the industrial control equipment that prior art is ripe.Such as master control
Device processed can use existing PLC, display operation control panel can select touch-screen or display screen and control
The combination product of key.
Wherein, rotating disk 2 is arranged on workbench 1, and this rotating disk 2 can be relative to workbench 1 by a drive mechanism drive
Horizontal rotation.Drive mechanism in the present embodiment can use existing mechanism, as motor can be used as drive mechanism
Use.This outer also enclosing of rotating disk 2 sets an enclosing wall 11, is formed with dirt and receives between enclosing wall 11 and described rotating disk 2 sidewall
Collection groove 100, in cleaning process, the water used in the dirt washed out in ceramic insertion core and cleaning process is all flowed into
In this sewage collecting groove 100, a through hole can be offered with by sewage collecting groove 100 in the bottom of this sewage collecting groove 100
Dirt export in dirt box.
Being evenly arranged with 6 groups of lock pin fixed stations on this rotating disk 2, according to different requirements, often group lock pin fixed station can wrap
Include at least one lock pin fixed station 21, the present embodiment is often organized lock pin fixed station and includes a single lock pin fixed station
21, lock pin fixed station 21 has a putting hole that can just vertically insert for lock pin.6 lock pins on rotating disk 2
Fixed station 21 can go on each following station along with rotating disk 2.Lock pin feed mechanism 3, endoporus prerinse mechanism 4,
Mechanism for sorting 5, high pressure water washing mechanism 6, air blowing mechanism 7, lock pin cutting agency 8 are successively along enclosing wall 11
Periphery is uniformly distributed.
Lock pin feed mechanism 3 uses prior art, it mainly include feeding cylinder 31, feeding tube installing rack 32, charging tray,
Feeding tube 34.Wherein feeding cylinder 31 is arranged on workbench 1 by a support.Feeding tube installing rack 32 is then connected to
On the piston rod of feeding cylinder 31, and move down relative on feeding station under the driving of the piston rod of this feeding cylinder 31
Dynamic.Charging tray (typically selecting vibrating disc) is arranged on workbench 1, the input of feeding tube 34 be connected on charging tray with
Ceramic insertion core in charging tray is delivered to feeding station, and the output of feeding tube 34 is connected on this corresponding to feeding station
On material pipe installing rack 32.When needing feeding, lock pin fixed station 21 goes on feeding station along with rotating disk 2, feeding
Cylinder 31 action under the control of master controller moves downward with promotion feeding tube installing rack 32, and then drives feeding tube 34
Output can move down along with feeding tube installing rack 32, the delivery outlet of feeding tube 34 is narrowly focused towards at lock pin fixed station
The putting hole of 21, and then ceramic insertion core is arranged on the lock pin fixed station 21 going to feeding station.After feeding completes,
Feeding cylinder 31 action under the control of master controller, thus drive feeding tube installing rack 32 to move upward, and then drive
Feeding tube 34 moves up, and rotating disk 2 then drives lock pin fixed station 21 and the ceramic insertion core placed on it to go to prerinse work
Position.
Endoporus prerinse mechanism 4 includes prerinse cylinder 41, pedestal installing rack 42, pedestal 43, contact pin mounting assembly
44, contact pin 45 and balancing weight 46.Wherein prerinse cylinder 41 is arranged on described workbench 1 by a support.Pedestal
Installing rack 42 is then connected on the piston rod of prerinse cylinder 41, and pedestal installing rack 42 can be at this prerinse cylinder 41
Move up and down relative to prerinse station under the driving of piston rod.Pedestal 43 is arranged on pedestal installing rack 42 and along with base
Seat installing rack 42 moves, and the lower end of pedestal 43 offers the blind hole 431 that Open Side Down.Contact pin mounting assembly 44
In being arranged on this blind hole 431 and can be dynamic along the axial bound displacement of blind hole 431, contact pin 45 be arranged on contact pin mounting assembly
In 44, and the pottery gone on prerinse station can be penetrated into axially downward along with the movement of contact pin mounting assembly 44
In the endoporus of lock pin, simultaneously during contact pin 45 moves down, the dirt in ceramic core internal hole is cleared up away.
As it is shown on figure 3, contact pin mounting assembly 44 includes a slide block 441 and pin clamp 442.Slide block in the present embodiment
441 is a columned slide block, and this slide block 441 is arranged in the blind hole 431 of pedestal 43 lower end.This slide block 441 simultaneously
Outer wall on depression be provided with stopper slot 401, the lower end of pedestal 43 is provided with the limited block 432 extended in stopper slot 401.
The most in its natural state, slide block 441 is under the position-limiting action of stopper slot 401, hangs down naturally blind in the lower end of slide block 441
Outside hole 431.
Pin clamp 442 is embedded the lower end at slide block 441, and the upper end of contact pin 45 is then fixed in pin clamp 442.
In order to ensure under the effect of natural gravity, contact pin 45 can penetrate the endoporus of ceramic insertion core to clear up dirt therein,
It is provided with a balancing weight 46 at the lower end of slide block 441 also fixed cover.According to different size ceramic core internal hole, can adjust and join
The weight of pouring weight 46, it is ensured that the dirt in ceramic core internal hole can effectively be cleared up by contact pin.Contact pin 45 in the present embodiment
Steel wire can be used.
When the dirt accumulation density in ceramic insertion core is higher, i.e. in slide block 441 and the effect of balancing weight 46 natural gravity
Under when cannot clear up, then dirt can produce an active force upwards to contact pin 45, under this active force, promotes contact pin 45
Whole contact pin mounting assembly 44 is driven to move up along blind hole 431, even if thus ceramic insertion core cannot be penetrated at contact pin 45
During bore cleaning dirt, also can guarantee that not havinging contact pin 45 bends or the situation of contact pin 45 fracture.
Owing to the diameter of bore of ceramic insertion core is the least, contact pin 45 requires higher with the quality of fit of ceramic core internal hole,
In order to ensure the precision that contact pin 45 moves axially, upper end edge contact pin 45 coaxial direction at slide block 441 offers spacing hole
402, and be provided with one on pedestal 43 and can mate the lead 433 stretching into this spacing hole 402, thus by spacing hole
402 and the cooperation of lead 433 can effectively ensure that the direction of motion of slide block 441 will not offset, protect the most accordingly
Demonstrate,prove the direction of motion precision of contact pin 45.
It is additionally provided with for detecting described endoporus prerinse mechanism 4 pre-clearly to ceramic core internal hole in endoporus prerinse mechanism 4
Washing the state detector 47 of state, this state detector 47 is connected with master controller, and mechanism for sorting 5 can will detect
Sort away to prerinse abnormal state and the ceramic insertion core that moves in sortation process.In the present embodiment, mechanism for sorting 5 can
To use existing manipulator mechanism.And state detector 47 can use infrared radiation detection apparatus, infrared radiation detection apparatus can be with pin
The position of ceramic insertion core upper end on prerinse station is detected, when after signal pin clamp 442 being detected, then says
Bright contact pin 45 successfully penetrates in the endoporus of ceramic insertion core and cleans up dirt therein, when can't detect pin clamp 442
Signal time, then explanation contact pin 45 promoted under the active force of dirt in ceramic core internal hole contact pin mounting assembly 44 to
Upper movement, the position of ceramic insertion core upper end is contact pin 45, it is impossible to the signal of pin clamp 442 detected.I.e. occur pre-clearly
Wash the situation of abnormal state, when this occurs that the ceramic insertion core of prerinse abnormal state goes in sortation process, be then sorted
Mechanism 5 sorts out to put in waste product box.And ceramic insertion core normal for prerinse state, mechanism for sorting 5 is then
It is failure to actuate.
High pressure water washing mechanism 6 uses prior art, and it mainly includes that water rinses cylinder 61, shower nozzle installing rack 62, water
Pipe 63 and high-pressure nozzle 64.Water is rinsed cylinder 61 and is arranged on workbench 1 by a support.Shower nozzle installing rack 62 is even
It is connected on water to rinse on the piston rod of cylinder 61, and rinses relative to water under the driving of the piston rod of this water flushing cylinder 61
Station moves up and down.Water pipe 63 input is connected with water source, and output then connects high-pressure nozzle 64.High-pressure nozzle 64
It is arranged on shower nozzle installing rack 62 and moves up and down along with shower nozzle installing rack 62.High pressure water washing mechanism 6 worked
Cheng Wei: when ceramic insertion core goes on water flushing station, water rinses cylinder 61 and works under the control of master controller, band
Dynamic shower nozzle installing rack 62 moves down, and when arriving water flushing station, the water side of high-pressure nozzle 64 is narrowly focused towards water and rinses
The endoporus of the ceramic insertion core on station, high-pressure nozzle 64 is opened with the dirt in cleaning ceramic lock pin endoporus.Clean complete
After, high-pressure nozzle 64 is closed, and water rinses cylinder 61 and drives shower nozzle installing rack 62 to move up, and rotating disk 2 drives simultaneously
Cleaned ceramic insertion core goes to purge station.So complete a water flushing job.
In order to avoid the water sputtering situation of ejection in the course of work of high-pressure nozzle 64 is serious, shower nozzle installing rack 62 is also pacified
Equipped with enclosing the retaining ring 65 being located at around high-pressure nozzle 64, the lower limb of this retaining ring 65 can arrive at high-pressure nozzle 64
Reach when water rinses station and be adjacent on rotating disk 2.And the water of high-pressure nozzle 64 ejection can be flowed in sewage collecting groove 100.
Air blowing mechanism 7 uses prior art, and it mainly includes that air purges cylinder 71, valve installing rack 72, gas
Pipe 73 and valve 74.Wherein air purging cylinder 71 is arranged on workbench 1 by a support.Valve installing rack 72
Be connected to air purging cylinder 71 piston rod on, and this air purging cylinder 71 piston rod driving under relative to
Purging station moves up and down.Tracheae 73 input is connected with source of the gas, and output is connected with valve 74.Valve 74
Being arranged on valve installing rack 72 and move up and down along with valve installing rack 72, the outlet side of valve 74 can be directed at fortune
The endoporus of the ceramic insertion core moved to purging station, to dry up the aqueous vapor in ceramic core internal hole.This air blowing mechanism 7
The course of work be: when ceramic insertion core goes to purge on station, air purging cylinder 71 is under the control of master controller
Work, drives valve installing rack 72 to move down, and when arriving purging station, the outlet side of valve 74 is narrowly focused towards purging
The endoporus of the ceramic insertion core on station, now valve 74 opens purging ceramic core internal hole, and then by ceramic core internal hole
In aqueous vapor dry up.After purging, valve 74 is closed, and air purging cylinder 71 drives valve installing rack 72 upwards
Mobile, rotating disk 2 drives cleaned ceramic insertion core to go to discharge station simultaneously.So complete primary air purging work.
Lock pin cutting agency 8 includes blanking cylinder 81, tremie pipe installing rack 82 and tremie pipe 83.Wherein blanking cylinder 81
It is arranged on workbench 1 by a support.Tremie pipe installing rack 82 is connected on the piston rod of blanking cylinder 81, and
Move up and down relative to discharge station under the driving of the piston rod of this blanking cylinder 81.Tremie pipe 83 input corresponds to down
Material station is arranged on tremie pipe installing rack 82, and output is then connectable in product box.The input of tremie pipe 83 with
Tremie pipe installing rack 82 and move up and down, and then the ceramic insertion core gone in discharge station is siphoned away and is delivered to product
In box.The course of work of this lock pin cutting agency 8 is: when ceramic insertion core goes in discharge station, blanking cylinder 81
Under the control of master controller, action is to promote tremie pipe installing rack 82 to move downward, and then drives the input of tremie pipe 83
End can move down along with tremie pipe installing rack 82, and the pottery that the input port of tremie pipe 83 is narrowly focused towards in discharge station is inserted
The endoporus of core, and then by aspiratory action, ceramic insertion core is drawn in tremie pipe 83 on lock pin fixed station 21, and then
It is delivered to again in product box.After blanking completes, blanking cylinder 81 action under the control of master controller, thus under driving
Material pipe installing rack 82 moves upward, and then drives tremie pipe 83 to move up, and rotating disk 2 then drives lock pin fixed station 21
Go on feeding station.
Aforesaid feeding cylinder 31, prerinse cylinder 41, water rinse cylinder 61, air purging cylinder 71, blanking cylinder
81 all can use other driving equipment to be replaced, as used the equipment such as hydraulic cylinder, motor.
This ceramic insertion core clean device busy time, rotating disk 2 drive each lock pin fixed station 21 respectively through feeding station,
Prerinse station, sortation process, water rinse station, purging station and discharge station, and then respectively at lock pin feed mechanism
3, endoporus prerinse mechanism 4, mechanism for sorting 5, high pressure water washing mechanism 6, air blowing mechanism 7, lock pin blanking machine
The whole cleaning of ceramic insertion core is carried out under the effect of structure 8.Meanwhile, lock pin feed mechanism 3, endoporus prerinse mechanism
4, mechanism for sorting 5, high pressure water washing mechanism 6, air blowing mechanism 7, lock pin cutting agency 8 are operated the most simultaneously,
Circulate the whole cleaning of ceramic insertion core.
Claims (10)
1. ceramic insertion core cleans a device, including workbench, it is characterised in that also include:
Rotating disk, is arranged on described workbench, and is driven by a drive mechanism and can horizontally rotate relative to described workbench；
Lock pin fixed station, is provided with many groups, and this many groups lock pin fixed station is uniform along described rotating disk circumference, and along with rotating disk turns
To each station；
Lock pin feed mechanism, output is corresponding to the feeding station on rotating disk, so that ceramic insertion core is delivered at feeding station,
And this ceramic insertion core is arranged on the lock pin fixed station moved at feeding station；
Endoporus prerinse mechanism, working end corresponding to the prerinse station on rotating disk, the working end of this endoporus prerinse mechanism
Being provided with and can mate the contact pin penetrating ceramic core internal hole, described contact pin can be relative to moving on prerinse station
The endoporus of ceramic insertion core moves axially, to clear up the dirt in ceramic core internal hole；
High pressure water washing mechanism, station, the water side of this high pressure water washing mechanism are rinsed corresponding to the water on rotating disk in water side
The endoporus of the ceramic insertion core on station can be rinsed, to clear up the dirt in ceramic core internal hole by alignment motion to water；
Air blowing mechanism, outlet side is corresponding to the purging station on rotating disk, and the outlet side of this air blowing mechanism can be right
The endoporus of the ceramic insertion core on quasi-moving extremely purging station, to dry up the aqueous vapor in ceramic core internal hole；
Lock pin cutting agency, input is corresponding to the discharge station on rotating disk, slotting with the pottery that will move in discharge station
Core ribbon is walked.
Ceramic insertion core the most according to claim 1 cleans device, it is characterised in that: described endoporus prerinse mechanism
Including:
Prerinse cylinder, is arranged on described workbench by a support；
Pedestal installing rack, is connected on the piston rod of described prerinse cylinder, and the driving of piston rod of this prerinse cylinder
Move up and down relative to prerinse station under Dong；
Pedestal, is arranged on described pedestal installing rack and along with pedestal installing rack moves, and the lower end of described pedestal is offered
There is the blind hole that Open Side Down；
Contact pin mounting assembly, is arranged in described blind hole, and can move along described blind hole axial limiting, and described contact pin is installed
In described mounting assembly.
Ceramic insertion core the most according to claim 2 cleans device, it is characterised in that: described contact pin mounting assembly bag
Include a slide block being arranged in described blind hole and be arranged on the pin clamp of described slide block lower end；
On the outer wall of described slide block, depression is provided with stopper slot, and the lower end of described pedestal is provided with and extends in described stopper slot
Limited block；
Described contact pin is located in described pin clamp.
Ceramic insertion core the most according to claim 3 cleans device, it is characterised in that: insert along described in described slide block
Coaxial needle direction offers spacing hole, described pedestal is provided with one and can mate the lead stretching into described spacing hole.
Ceramic insertion core the most according to claim 3 cleans device, it is characterised in that: described contact pin mounting assembly
Lower end is also arranged with a balancing weight.
Ceramic insertion core the most according to claim 1 cleans device, it is characterised in that:
Described lock pin cutting agency includes:
Blanking cylinder, is arranged on described workbench by a support；
Tremie pipe installing rack, is connected on the piston rod of described blanking cylinder, and the driving of the piston rod at this blanking cylinder
Under move up and down relative to discharge station；
Tremie pipe, input is arranged on described tremie pipe installing rack, along with tremie pipe installing rack corresponding to discharge station
Move up and down, and then the ceramic insertion core in discharge station is siphoned away.
Ceramic insertion core the most according to claim 6 cleans device, it is characterised in that: on described shower nozzle installing rack also
Being provided with and enclose the retaining ring being located at around described high-pressure nozzle, the lower limb of described retaining ring can arrive water at high-pressure nozzle
It is adjacent on rotating disk when rinsing station.
8. clean device according to the ceramic insertion core described in claim 1～7 any claim, it is characterised in that: also wrap
Including the mechanism for sorting being controlled by described master controller, the front end of described mechanism for sorting is corresponding to the sortation process on rotating disk；
It is additionally provided with for detecting described endoporus prerinse mechanism pre-to ceramic core internal hole in described endoporus prerinse mechanism
The state detector of cleaning state, described state detector is connected with described master controller, and described mechanism for sorting can be by
Detect that prerinse abnormal state and the ceramic insertion core moving in sortation process sort away.
Ceramic insertion core the most according to claim 8 cleans device, it is characterised in that: it is uniformly arranged on described rotating disk
There are 6 groups of lock pin fixed stations；
Described turntable periphery sets an enclosing wall, is formed with sewage collecting groove between described enclosing wall and described rotating disk sidewall；
Described lock pin feed mechanism, endoporus prerinse mechanism, mechanism for sorting, high pressure water washing mechanism, air blowing mechanism,
Lock pin cutting agency is uniformly distributed along the periphery of described enclosing wall successively.
Ceramic insertion core the most according to claim 8 cleans device, it is characterised in that: described mechanism for sorting is machinery
Hand.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610334560.XA CN105866896B (en) | 2016-05-19 | 2016-05-19 | Ceramic insertion core cleaning device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610334560.XA CN105866896B (en) | 2016-05-19 | 2016-05-19 | Ceramic insertion core cleaning device |
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| CN105866896A true CN105866896A (en) | 2016-08-17 |
| CN105866896B CN105866896B (en) | 2017-07-18 |
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| CN107321630A (en) * | 2017-02-28 | 2017-11-07 | 广州迪然安全检测技术有限公司 | A kind of novel cable pipe fitting surveys checking device |
| CN107537809A (en) * | 2017-09-22 | 2018-01-05 | 深圳华钛自动化科技有限公司 | A kind of ceramic core internal hole high-pressure cleaning device |
| CN109499995A (en) * | 2018-11-27 | 2019-03-22 | 四川鑫陶源科技有限公司 | A kind of ceramic insertion core Special cleaning air feeder |
| CN113399333A (en) * | 2021-06-23 | 2021-09-17 | 新乡创想自动化科技有限公司 | Full-automatic processing apparatus of building rubbish |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107321630A (en) * | 2017-02-28 | 2017-11-07 | 广州迪然安全检测技术有限公司 | A kind of novel cable pipe fitting surveys checking device |
| CN107537809A (en) * | 2017-09-22 | 2018-01-05 | 深圳华钛自动化科技有限公司 | A kind of ceramic core internal hole high-pressure cleaning device |
| CN107537809B (en) * | 2017-09-22 | 2023-11-21 | 深圳华钛自动化科技有限公司 | High-pressure cleaning machine for inner holes of ceramic lock pins |
| CN109499995A (en) * | 2018-11-27 | 2019-03-22 | 四川鑫陶源科技有限公司 | A kind of ceramic insertion core Special cleaning air feeder |
| CN113399333A (en) * | 2021-06-23 | 2021-09-17 | 新乡创想自动化科技有限公司 | Full-automatic processing apparatus of building rubbish |
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