CN207563282U - Land flux restoring seperator - Google Patents
Land flux restoring seperator Download PDFInfo
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- CN207563282U CN207563282U CN201721390639.0U CN201721390639U CN207563282U CN 207563282 U CN207563282 U CN 207563282U CN 201721390639 U CN201721390639 U CN 201721390639U CN 207563282 U CN207563282 U CN 207563282U
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Abstract
The utility model discloses landing flux restoring seperator, particularly suitable for being used in the production of Lincoln weld, facilitates the recycling of landing solder flux, reduces production cost.This recycling seperator includes vacuum pump, electric control box is connect by cable with vacuum pump, flux restoring head is connect by sebific duct with separating barrel, dust barrel and vacuum pump successively, solder flux is landed by after the sucking of flux restoring head, thickness screening is carried out in separating barrel, the fine powder delivery outlet of fine particle and dust through separating barrel after screening enters the dust barrel suction inlet of dust barrel by sebific duct, is connected in dust barrel via filter core bucket, again from air-out after the filter of dust barrel by the suction inlet of sebific duct and vacuum pump.The utility model has many advantages, such as that conveniently moving, Job readiness time are short, flux restoring speed is fast, impurity separation is thorough, the cleaning of filter core bucket is convenient, it is artificial to save.It effectively reduces production cost while ensure that the quality of welding assembly, there is significant using effect.
Description
Technical field
The utility model is related to land the retracting device of solder flux, flux restoring seperator is particularly landed, particularly suitable for burying
It is used in the production of arc automatic welding, facilitates the recycling of landing solder flux, reduces production cost.
Background technology
Lincoln weld is common welding method in production of pressure container, and electric arc is granular fusible at one layer during welding
Change that solder flux covering is lower to burn, arclight is not exposed, and when welding does not have arc light radiation.It has appearance of weld beauty, stable quality
Reliably, welding efficiency is high, and the labor intensity of worker is low, it is small to the injury of operator's body the advantages that, obtain in production extensively
Using.
The solder flux of Lincoln weld influences submerged arc welding quality very big, the use cost height of solder flux.Solder flux removes and needs to dry
Heat preservation is outer, has certain requirement to granularity, i.e. granule size is suitable, and solder flux to be made to have certain gas permeability, welding process
In do not appear continuous arc light, avoid air pollution molten bath formed stomata.Solder flux is broken generally into two kinds, and a kind of grain size is 2.5-
0.45 ㎜ is equivalent to 8-40 mesh, and another fine granularity solder flux, its grain size are 1.43-0.28 ㎜, are equivalent to 10-60 mesh.Its
In be less than designated size fine powder be generally no greater than 5%, the coarse powder more than designated size is generally no greater than 2%, and solder flux answers non-oxidation
The impurity such as skin, metal powder, dust.If there is impurity in solder flux, it will appear slag inclusion, stomata in the welding process, incomplete tusion etc. makes
Use defect.If slightly, the content of fine powder solder flux is exceeded, face of weld will appear interrupted uneven pit, even if non-destructive testing is closed
Lattice can also influence the presentation quality of welding assembly, weaken the intensity of local housing.
There is the problem of solder flux landing amount is big, and solder flux use cost is high in the welding process of Lincoln weld at present.
If to the processing of landing flux restoring, re-using, there is removal process is cumbersome, recoverable quantity is few, cost of labor
Phenomena such as high.Flux restoring processing method is mainly and is cleaned to concentrate or utilize a kind of high-power vacuum cleaner formula using broom at present
Landing solder flux and impurity are sucked feed bin, then be sieved respectively using the sieve of 8 mesh and 40 mesh by Flux Recovery Unit together.Such side
Method can not remove the impurity such as metal powder, the dust in landing solder flux, while can not be filtered out less than the fine powder of designated size, solder flux
Waste is serious, and welding quality is also directly influenced if recycling.In order to reduce production cost, production scene needs a kind of solder flux
Recycling device.
Utility model content
The purpose of this utility model is to provide landing flux restoring seperator, can suck the solder flux of landing and recycle, make
The solder flux isolated can reuse, and simplify reclaimer, reduce production cost.
The technical solution of the utility model is：It lands flux restoring seperator and includes vacuum pump, electric control box leads to
It crosses cable to connect with vacuum pump, flux restoring head is connect by sebific duct with separating barrel, dust barrel and vacuum pump successively, lands solder flux
After being sucked by flux restoring head, thickness screening is carried out in separating barrel, the fine particle and dust after screening are through the thin of separating barrel
Powder delivery outlet enters the dust barrel suction inlet of dust barrel by sebific duct, via filter core bucket, again from the filter of dust barrel in dust barrel
Air-out is connected by the suction inlet of sebific duct and vacuum pump afterwards.
Compared with prior art, the remarkable result of the utility model is：Flux restoring head, separating barrel and dust barrel with it is true
It is connected between sky pump with sebific duct, when work constitutes a vacuum suction circuit.Landing solder flux and other impurities enter separating barrel
Afterwards, less than the impurity such as the fine powder of designated size, metal powder, dust pull of vacuum effect under by thick, thin in separating barrel
Strainer and sebific duct enter dust barrel, and the impurity such as fine powder, dust fall into dust bottom of the barrel under the blocking of filter core bucket, and pure air then leads to
Vacuum pump discharge is crossed, avoids environmental pollution.Solder flux, oxide skin metal powder, more than designated size coarse powder in thick, detailed catalogue number
It under the blocking of different strainers, falls into the separation hopper in recycling bin, qualified solder flux falls into recycling bin bottom by detaching hopper
Portion.Oxide skin, the coarse powder more than designated size are stopped by the separation hopper coarse strainer in separation hopper, and residual metal powder is by magnetic
Iron adsorbs, and flux particle degree meets regulation requirement, and solder flux, which is not required to reprocessing, to come into operation.This recycling seperator has movement
It is convenient, the Job readiness time is short, flux restoring speed is fast, impurity separation thoroughly, the cleaning of filter core bucket is convenient, it is artificial etc. excellent to save
Point.The recycling work of solder flux is greatly facilitated, landing solder flux is enable to come into operation again, effectively reduces and is produced into
Sheet while the quality that ensure that welding assembly have significant using effect.
Description of the drawings
Fig. 1 is the utility model structure diagram.
Fig. 2 is the structure diagram of the utility model separating barrel.
Fig. 3 is the structure diagram of the utility model separation hopper.
Fig. 4 is the structure diagram of the utility model dust barrel.
Fig. 5 is the structure diagram of the utility model filter core bucket blow device.
Specific embodiment
The utility model is described in detail below in conjunction with attached drawing, not limits the scope of protection of the utility model, it is all to use this practicality
The improvement that novel mentality of designing obtains belongs to the protection category of the utility model.
Referring to Fig. 1 to Fig. 5, landing flux restoring seperator includes vacuum pump 7, and electric control box 8 passes through cable and vacuum
7 connection of pump, flux restoring head 1 are connect by sebific duct 11 with separating barrel 2, dust barrel 5 and vacuum pump 7 successively, the fine powder of separating barrel 2
Delivery outlet 2.11 is connect by sebific duct 11 with the dust barrel suction inlet 5.1 of dust barrel 5, and filter core bucket 13 is also equipped in dust barrel 5,
Air-out 5.2 is connect by sebific duct 11 with the suction inlet of vacuum pump 7 after the filter of dust barrel 5.Solder flux is landed by flux restoring
After first 1 sucking, thickness screening, the fine powder delivery outlet of fine particle and dust through separating barrel 2 after screening are carried out in separating barrel 2
2.11 enter the dust barrel suction inlet 5.1 of dust barrel 5 by sebific duct 11, via filter core bucket 13, again from dust barrel in dust barrel 5
Air-out 5.2 is connect by sebific duct 11 with the suction inlet of vacuum pump 7 after 5 filter.
The bottom cover 2.1 of the separating barrel 2 is covered in the top of recycling bin 4, the also fixed separation hopper 3 in recycling bin 4, point
It is concentric from bucket 2, separation hopper 3 and recycling bin 4；The suction inlet of flux restoring head 1 is rubber girth sheets.Rubber girth sheets with it is uneven
Ground is deformed when contacting, and plays the role of completely cutting off extraneous air.The transparent hose of embedded steel wire is preferred in sebific duct 11, with
It prevents and inhales flat phenomenon, while facilitate the sucking of observation solder flux and transhipment situation.
The separation staving 2.2 of the separating barrel 2 is rectangular or polygon, and bottom cover 2.1 is round, and separation staving 2.2 welds
In the center of bottom cover 2.1, separating barrel suction inlet 2.4 and fine powder delivery outlet 2.11 are oppositely arranged on the top of separation staving 2.2；Point
Baffle 2.3, coarse strainer 2.6 and fie screen 2.9 are inhaled from backspace is equipped in staving 2.2, backspace is inhaled baffle 2.3 and tilted down, staggeredly
It is fixed on 2.2 inner wall both sides of separation staving；The top of coarse strainer 2.6 is solid by rubber pressing plate 2.5 and coarse strainer upper mounted plate 2.7
Top, the rubber pressing plate 2.5 for being scheduled on separation staving 2.2 are corresponding with separating barrel suction inlet 2.4, and the lower end of coarse strainer 2.6 is by thick
Strainer bottom plate 2.8 is fixed on backspace and inhales on baffle 2.3, blocks coarse strainer 2.6 and is exported in 2.4 fine powder of separating barrel suction inlet
Between mouthfuls 2.11, the backspace of fixed coarse strainer bottom plate 2.8 inhales in the plate body of baffle 2.3, is corresponding with fie screen 2.9
Position is equipped with solder flux whereabouts slot, can be fallen on from the slot of solder flux whereabouts by substances such as solder flux that fie screen 2.9 stops
It detaches in hopper 3；Fie screen 2.9 is fixed on the front end of fine powder sucking hopper 2.10, fine powder sucking hopper by fie screen fixed plate
2.10 rear end is connected with fine powder delivery outlet 2.11.From the impurity such as landing solder flux that flux restoring head 1 sucks by sebific duct 11 into
Enter separating barrel 2, coarse granule solder flux and impurity are stopped by coarse strainer 2.6, slide into separation under oblique backspace suction baffle 2.3
In hopper 3, the impurity such as fine powder dust pass through coarse strainer 2.6 and fie screen 2.9 by fine powder delivery outlet under the suction of vacuum pump 7
2.11 enter the lower part of dust barrel 5 by sebific duct 11.The bottom cover 2.1 of separating barrel 2 plays closing and connection function to recycling bin 4.
Separation staving 2.2 is rectangular or polygon, it is convenient to inner body is fixed in staving, backspace inhales baffle 2.3 in this reality
It is sucked into the large granular impurity that can effectively prevent falling into separation hopper 3 during Novel work and slightly crosses net 2.6 and fie screen
2.9 place.Rubber pressing plate 2.5 plays the role of reducing impact force and fixed, when solder flux is sucked into separating barrel 2 and rubber pressing plate 2.5
When colliding, the degradation rate of solder flux can be effectively reduced, improves the availability of solder flux.
The separation hopper 3 includes separating material bucket body 3.2, separation hopper coarse strainer 3.4, separation hopper fie screen 3.6
With magnetic receiver 3.9,3.2 upper inside wall stationary positioned of separating material bucket body set 3.3, separation hopper coarse strainer 3.4 is clamped in two panels
Between coarse strainer fixinig plate 3.5, fixed by trip bolt after be placed on the upper surface of positioning sleeve 3.3；Detach hopper fie screen 3.6
It is fixed between two panels fie screen fixinig plate 3.7, is placed on the interior step surface of positioning sleeve 3.3 by screw, positioned at separation hopper
Trip bolt is installed to fixed magnet seat in the lower section of coarse strainer 3.4 in the center screw of two panels fie screen fixinig plate 3.7
3.9, the adsorption magnet 3.8 in the cone of magnetic receiver 3.9.The top of above-mentioned trip bolt carries drop handle, facilitates separating material
Struggle against the 3.6 proposition cleaning of coarse strainer 3.4 and separation hopper fie screen.The iron that the effect of magnet 3.8 is absorption and solder flux falls together
The impurity such as powder also play anti-resorption while magnetic receiver 3.9 is as 3.8 adsorbent of magnet.
The lower part of the separating material bucket body 3.2 be bullet, bottom be equipped with outlet, the cone of magnetic receiver 3.9 is positive cone
Body, the lower face of cone can block the outlet of 3.2 bottom of separating material bucket body；The upper end edge weldering of separating material bucket body 3.2
Locating ring 3.1 is connect, which can be shelved on the interior step of 4 inner wall upper end of recycling bin, in locating ring 3.1 and recycling
Sealing ring, the top bucket outer wall of recycling bin 4 and the outer wall joint installation clamp 12 of bottom cover 2.1 are installed between the inner wall of bucket 4.Magnetic
The cone lower face of iron seat 3.9 can block the outlet of 3.2 bottom of separating material bucket body, can have when vacuum pump 7 opens work
Effect prevents the upward resorption of solder flux in recycling bin 4, has anti-resorption.
The dust barrel 5 includes dust staving 5.3, filter core bucket fixes positioning sleeve 5.6 and end cap under girth sheets 5.8, filter core bucket
5.4, dust barrel suction inlet 5.1 is located at air-out 5.2 after filter above dust staving 5.3, and filter core bucket is fixed girth sheets 5.8 and set
Lath 5.9 is welded and fixed in the top of dust barrel suction inlet 5.1, the endoporus for fixing girth sheets 5.8 in filter core bucket and in fixed plate
5.9 central point processing screw hole of item is packed into fixing sleeve 5.10；It is fixed under the upper surface welding filter core bucket for fixing girth sheets 5.8 in filter core bucket
Position set 5.6 simultaneously makes positioning sleeve 5.6 and filter core bucket fixation girth sheets 5.8 and fixing sleeve 5.10 under filter core bucket concentric, fixed under filter core bucket
The external cementation twice filter core bucket lower seal 5.7 of position set 5.6；End cap 5.4 is welded in the upper end port of dust staving 5.3 simultaneously
In the upper surface cementation end part seal pad 5.5 of end cap 5.4.
Positioning sleeve 5.13 on two circle filter core buckets is equipped in the bung 5.11 of the dust barrel 5, is positioned on two circle filter core buckets
Cementation two encloses sealing ring 5.12 on filter core bucket between set 5.13；In the outer wall of bung 5.11 and the external wall of upper portion of dust staving 5.3
Joint installation clamp 12, after compressing clamp 12, can make to seal on end part seal pad 5.5, filter core bucket lower seal 5.7 and filter core bucket
Circle 5.12 is deformed, and filter core bucket 13 and dust barrel 5 is made to realize sealing, and it is more convenient to use the dismounting of filter core bucket 13.Filter core
Bucket 13 is mounted in dust barrel 5, is fixed between bung 5.11 and filter core bucket fixation girth sheets 5.8, and the upper end of filter core bucket 13 passes through
Sealing ring 5.12 seals on filter core bucket, lower end is sealed by filter core bucket lower seal 5.7；It also is able to pass through inside filter core bucket 13
Bung 5.11 installs filter core bucket blow device 6, and the righting plug 6.9 of 6 lower end of filter core bucket blow device is inserted into fixing sleeve 5.10
In.
The filter core bucket blow device 6 includes bearing seal box 6.1, connector sleeve 6.5 and scavenging conduit 6.8, bearing seal box
6.1 are mounted between bung 5.11 and connector sleeve 6.5, and thrust bearing is housed between bearing seal box 6.1 and connector sleeve 6.5
6.3rd, clamp spring 6.4 and bearing fixing sleeve 6.6, clamp spring 6.4 and bearing fixing sleeve 6.6 are mounted on the top of thrust bearing 6.3, bearing
Fixing sleeve 6.6 is threadedly coupled with connector sleeve 6.5 and passes through screw and fixes；The top of 6.5 centre bore of connector sleeve and quick coupling 6.7
Lower part sleeve be threadedly coupled, the lower part of 6.5 centre bore of connector sleeve is threadedly coupled with scavenging conduit 6.8 and passes through screw and fixes；It blows
Sweep pipe 6.8 be " in " font tube body, the tube chamber of outer tube and the lumen therethrough of central tube, on the tube wall of outer tube be equipped with purge hole,
In the lower end of central tube installation righting plug 6.9.The tube body of scavenging conduit 6.8 in " in " font, outer tube is interior with filter core bucket 13
Wall is closer to purging effect is more preferable, and processing and manufacturing is easier.It is also equipped between bearing seal box 6.1 and connector sleeve 6.5
Sealing element 6.2.
The standard component that the quick coupling 6.7, which is self-locking type quick coupling, is market to purchase, quick coupling 6.7 are logical
Overcompression air hose is connect with air compressor；Top outer circle welding extension bar, handle or the installation of bearing fixing sleeve 6.6
Handwheel.Flux restoring work terminates, the cutting ferrule of 6.7 outside of pressure quick coupling, and the check valve in quick coupling 6.7 is open-top,
Compressed air enters scavenging conduit 6.8 and filter core bucket 13 is purged, and purging finishes the slotting axis for extracting quick coupling 6.7, in
Closed check valve, check valve when flux restoring works in quick coupling 6.7 are in closed state.Bearing fixing sleeve 6.6 it is upper
Portion's outer circle welding extension bar, handle or handwheel, on the one hand can facilitate the installation of bearing fixing sleeve 6.6, on the other hand, use
When filter core bucket blow device 6 purges, extension bar, handle or the handwheel on 6.6 top of rolling bearing fixing sleeve can drive thrust axis
It holds 6.3, connector sleeve 6.5,6.7 lower part sleeve of quick coupling and scavenging conduit 6.8 to rotate together, carrying out 360 ° to filter core bucket 13 blows
It sweeps.If do not installed filter core bucket blow device 6, air compressor can also be used, with compressed-air hose by hand to filter core bucket 13
Purging.
The bottom of the recycling bin 4 and dust barrel 5 is that the outlet of taper staving, its taper staving is respectively arranged with silk braid and silk
Stifled 14 connection, the discharge of the interior collection storage matter of convenient barrel；Recycling bin 4, vacuum pump 7 and dust barrel 5 are each attached to equipped with traveling wheel 10
Cart rack 9 above, the recycling of easy to use and solder flux.
In use, the starting switch on rotation electric-controlled box 8, vacuum pump 7 are started to work, the alignment of flux restoring head 1 is fallen
Solder flux on ground, the rubber girth sheets of suction inlet is contacted with ground to be deformed, completely cuts off extraneous air substantially, recycles seperator
Inside generates vacuum.Landing solder flux and other impurity are entered by sebific duct 11 and air in cylinder 2, and solder flux, oxide skin is more than
Coarse strainer 2.6 and fie screen 2.9 block in the coarse powder tube of designated size, dust, fine powder and a part less than regulation particle
Metal powder and air reach the lower section of filter core bucket 13 in dust barrel 5 by fie screen 2.9, by sebific duct 11.Dust, less than rule
The fine powder and a part of metal powder for determining particle stopped by filter core bucket 13, air then from filter core bucket 13 by it is rear, into vacuum pump 7
And it is discharged from the outlet of vacuum pump 7.When flux restoring head 1 is not contacted with ground, the vacuum degree recycled in seperator disappears,
It is the solder flux and oxide skin that are blocked at this time in separating barrel 2 at coarse strainer 2.6 and fie screen 2.9, thick more than designated size
Powder will be fallen into separation hopper 3.Oxide skin is blocked in separation hopper coarse strainer more than sundries such as the coarse powder of designated size
Above 3.4, solder flux is then fallen by detaching hopper fie screen 3.6 in recycling charging basket 4, residual metal powder, the impurity quilt such as iron rust
Absorption is on magnet 3.8.At the same time dust, the fine powder less than regulation particle and a part of metal stopped by filter core bucket 13
Powder falls into the bottom of dust barrel 5.
After recycling, the silk plug 14 of 4 bottom of dust barrel 5 and recycling bin is unscrewed, releases solder flux and dust respectively.Work knot
Shu Hou can purge filter core bucket 13 by filter core bucket blow device 6 or by hand using air compressor.Purging finishes, rotation
The silk plug 14 of tight 5 bottom of recycling bin 4 and recycling bin, the cutting ferrule of 6.7 outside of pressure quick coupling, extracts inserting for compressed-air hose
Head, the closed check valve in quick coupling 6.7, work terminate.
The embodiment described above is only exemplary embodiments, but the utility model is not limited only to these embodiments, ability
The technical staff in domain can make modification under without departing from the spirit of the utility model and enlightenment.Aspect disclosed herein may
In the presence of many changes, combination and modification, and all in the scope of the utility model, therefore, protection domain is not limited only to above
Explanation.
Claims (10)
1. flux restoring seperator is landed, including vacuum pump（7）, electric control box（8）Pass through cable and vacuum pump（7）Connection,
It is characterized in that flux restoring head（1）Pass through sebific duct（11）Successively with separating barrel（2）, dust barrel（5）And vacuum pump（7）Connection, point
From bucket（2）Fine powder delivery outlet（2.11）Pass through sebific duct（11）With dust barrel（5）Dust barrel suction inlet（5.1）Connection, in ash
Dust barrel（5）Inside it is also equipped with filter core bucket（13）, dust barrel（5）Filter after air-out（5.2）Pass through sebific duct（11）With vacuum pump
（7）Suction inlet connection.
2. landing flux restoring seperator as described in claim 1, it is characterized in that, the separating barrel（2）Bottom cover（2.1）Lid
In recycling bin（4）Top, in recycling bin（4）In also fixed separation hopper（3）, separating barrel（2）, separation hopper（3）With returning
Receive bucket（4）With one heart.
3. landing flux restoring seperator as claimed in claim 1 or 2, it is characterized in that, the separating barrel（2）Separation staving
（2.2）It is rectangular or polygon, bottom cover（2.1）It is round, detaches staving（2.2）It is welded on bottom cover（2.1）Center, detaching
Staving（2.2）Top be oppositely arranged separating barrel suction inlet（2.4）With fine powder delivery outlet（2.11）；Detach staving（2.2）Inside set
There is backspace to inhale baffle（2.3）, coarse strainer（2.6）And fie screen（2.9）, backspace suction baffle（2.3）It tilts down, be staggeredly fixed on
Detach staving（2.2）Inner wall both sides；Coarse strainer（2.6）Top pass through rubber pressing plate（2.5）With coarse strainer upper mounted plate（2.7）
It is fixed on separation staving（2.2）Top, rubber pressing plate（2.5）With separating barrel suction inlet（2.4）It is corresponding, coarse strainer（2.6）
Lower end by coarse strainer bottom plate（2.8）It is fixed on backspace and inhales baffle（2.3）On, make coarse strainer（2.6）It blocks in separating barrel
Suction inlet（2.4）With fine powder delivery outlet（2.11）Between, fixed coarse strainer bottom plate（2.8）Backspace inhale baffle（2.3）
Plate body in and fie screen（2.9）Corresponding position is equipped with solder flux whereabouts slot；Fie screen（2.9）By fie screen fixed plate
It is fixed on fine powder sucking hopper（2.10）Front end, fine powder sucking hopper（2.10）Rear end and fine powder delivery outlet（2.11）Even
It is logical.
4. landing flux restoring seperator as claimed in claim 2, it is characterized in that, the separation hopper（3）Including separating material
Bucket body（3.2）, separation hopper coarse strainer（3.4）, separation hopper fie screen（3.6）And magnetic receiver（3.9）, separating material bucket body
（3.2）Upper inside wall stationary positioned set（3.3）, detach hopper coarse strainer（3.4）It is clamped in two panels coarse strainer fixinig plate（3.5）It
Between, fixed by trip bolt after be placed on positioning sleeve（3.3）Upper surface；Detach hopper fie screen（3.6）It is fixed on by screw
Two panels fie screen fixinig plate（3.7）Between, be placed on positioning sleeve（3.3）Interior step surface on, positioned at separation hopper coarse strainer
（3.4）Lower section, in two panels fie screen fixinig plate（3.7）Center screw in installation trip bolt to fixed magnet seat
（3.9）, in magnetic receiver（3.9）Cone on adsorption magnet（3.8）.
5. landing flux restoring seperator as claimed in claim 4, it is characterized in that, the separating material bucket body（3.2）Under
Portion is bullet, bottom equipped with outlet, magnetic receiver（3.9）Cone be right circular cone, the lower face of cone can block separating material
Bucket body（3.2）The outlet of bottom；Separating material bucket body（3.2）Upper end edge welding locating ring（3.1）, the locating ring
（3.1）Recycling bin can be shelved on（4）Above the interior step of inner wall upper end, in locating ring（3.1）With recycling bin（4）Inner wall it
Between sealing ring, recycling bin are installed（4）Top bucket outer wall and bottom cover（2.1）Outer wall joint installation clamp（12）.
6. landing flux restoring seperator as claimed in claim 2, it is characterized in that, the dust barrel（5）Including dust staving
（5.3）, filter core bucket fix girth sheets（5.8）, positioning sleeve under filter core bucket（5.6）And end cap（5.4）, dust barrel suction inlet（5.1）With
Air-out after filter（5.2）It is located at dust staving（5.3）Above, filter core bucket fixes girth sheets（5.8）It is located at dust barrel suction inlet
（5.1）Top, filter core bucket fix girth sheets（5.8）Endoporus in be welded and fixed lath（5.9）And in security strip（5.9）In
Heart point processing screw hole is packed into fixing sleeve（5.10）；Girth sheets is fixed in filter core bucket（5.8）Upper surface welding filter core bucket under positioning sleeve
（5.6）And make positioning sleeve under filter core bucket（5.6）Girth sheets is fixed with filter core bucket（5.8）And fixing sleeve（5.10）With one heart, in filter core bucket
Lower positioning sleeve（5.6）External cementation twice filter core bucket lower seal（5.7）；End cap（5.4）It is welded on dust staving（5.3）'s
In upper end port and in end cap（5.4）Upper surface cementation end part seal pad（5.5）.
7. landing flux restoring seperator as claimed in claim 6, it is characterized in that, the dust barrel（5）Bung（5.11）
Inside it is equipped with positioning sleeve on two circle filter core buckets（5.13）, the positioning sleeve on two circle filter core buckets（5.13）Between cementation two enclose filter core bucket on
Sealing ring（5.12）；In bung（5.11）Outer wall and dust staving（5.3）External wall of upper portion joint installation clamp（12）；Filter core
Bucket（13）Mounted on dust barrel（5）It is interior, be fixed on bung（5.11）Girth sheets is fixed with filter core bucket（5.8）Between, filter core bucket（13）
Upper end pass through sealing ring on filter core bucket（5.12）Sealing, lower end pass through filter core bucket lower seal（5.7）Sealing；In filter core bucket
（13）Inside also is able to pass through bung（5.11）Filter core bucket blow device is installed（6）, filter core bucket blow device（6）The righting of lower end
Plug（6.9）It is inserted into fixing sleeve（5.10）In.
8. landing flux restoring seperator as claimed in claim 7, it is characterized in that, the filter core bucket blow device（6）Including
Bearing seal box（6.1）, connector sleeve（6.5）And scavenging conduit（6.8）, bearing seal box（6.1）Mounted on bung（5.11）With connecting
Female connector（6.5）Between, in bearing seal box（6.1）With connector sleeve（6.5）Between be equipped with thrust bearing（6.3）, clamp spring（6.4）With
Bearing fixing sleeve（6.6）, clamp spring（6.4）And bearing fixing sleeve（6.6）Mounted on thrust bearing（6.3）Top, bearing fixes
Set（6.6）With connector sleeve（6.5）It is threadedly coupled and passes through screw and fix；Connector sleeve（6.5）The top of centre bore and quick coupling
（6.7）Lower part sleeve be threadedly coupled, connector sleeve（6.5）The lower part of centre bore and scavenging conduit（6.8）It is threadedly coupled and passes through spiral shell
Nail is fixed；Scavenging conduit（6.8）Be " in " font tube body, the tube chamber of outer tube and the lumen therethrough of central tube, on the tube wall of outer tube
Righting plug is installed equipped with purge hole, in the lower end of central tube（6.9）.
9. landing flux restoring seperator as claimed in claim 8, it is characterized in that, the quick coupling（6.7）It is self-locking type
Quick coupling is connect by compressed-air hose with air compressor；Bearing fixing sleeve（6.6）The welding reinforcing of top outer circle
Bar, handle or installation handwheel.
10. landing flux restoring seperator as claimed in claim 2, it is characterized in that, the recycling bin（4）And dust barrel（5）
Bottom be that the outlet of taper staving, its taper staving is respectively arranged with silk braid and silk plug（14）Connection；Recycling bin（4）, vacuum pump
（7）And dust barrel（5）It is each attached to equipped with traveling wheel（10）Cart rack（9）Above.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721390639.0U CN207563282U (en) | 2017-10-26 | 2017-10-26 | Land flux restoring seperator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721390639.0U CN207563282U (en) | 2017-10-26 | 2017-10-26 | Land flux restoring seperator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207563282U true CN207563282U (en) | 2018-07-03 |
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ID=62696116
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721390639.0U Active CN207563282U (en) | 2017-10-26 | 2017-10-26 | Land flux restoring seperator |
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| CN (1) | CN207563282U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107597599A (en) * | 2017-10-26 | 2018-01-19 | 中石化石油工程技术服务有限公司 | Land flux restoring seperator |
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2017
- 2017-10-26 CN CN201721390639.0U patent/CN207563282U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107597599A (en) * | 2017-10-26 | 2018-01-19 | 中石化石油工程技术服务有限公司 | Land flux restoring seperator |
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