CN106041632A - Device and method for recovering cooling liquid for machining - Google Patents
Device and method for recovering cooling liquid for machining Download PDFInfo
- Publication number
- CN106041632A CN106041632A CN201610706913.4A CN201610706913A CN106041632A CN 106041632 A CN106041632 A CN 106041632A CN 201610706913 A CN201610706913 A CN 201610706913A CN 106041632 A CN106041632 A CN 106041632A
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- Prior art keywords
- tube body
- outer tube
- machining
- splashproof
- coolant
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q11/00—Accessories fitted to machine tools for keeping tools or parts of the machine in good working condition or for cooling work; Safety devices specially combined with or arranged in, or specially adapted for use in connection with, machine tools
- B23Q11/10—Arrangements for cooling or lubricating tools or work
- B23Q11/1069—Filtration systems specially adapted for cutting liquids
Abstract
The invention discloses a device for recovering cooling liquid for machining. The device comprises a shell, a liquid inlet hopper, a liquid inlet pipe and a liquid outlet pipe. The shell is divided into a front cavity and a back cavity by a partition plate, a front fixing seat is arranged on the front sidewall of the front cavity, an outer pipe body is arranged on the inner upper of the front cavity, and a filter screen is arranged in the inner middle of the front cavity. An inner pipe body is fixed inside the outer pipe body, a splash-proof residue discharge pipe is arranged in the back cavity, a rotating column penetrates through a back fixing seat internally, a rotating rod is arranged at the front end of the rotating column and is provided with small spiral stirring blades and large spiral stirring blades, and a discharge hopper and a conveyor are arranged in the back cavity. The device for recovering the cooling liquid for machining has the advantages that the problem of scattered splashing of metal impurities due to direct discharge from the outer pipe body is solved by the splash-proof residue discharge pipe, good effects of separating the cooling liquid from the metal impurities is achieved, and the cooling liquid can be recycled, so that environmental pollution can be reduced effectively, and environmental protection is achieved. The invention further discloses a method for recovering cooling liquid for machining.
Description
Technical field
The present invention relates to a kind of machining equipment, the coolant retracting device of a kind of machining and
Recovery method.
Background technology
In mechanical processing process, coolant plays lubrication and cooling effect, and it is miscellaneous that used coolant contains a large amount of metal
Matter, needs during coolant recycling to remove metal impurities.
Immediate prior art: ZL204639786 " a kind of cooling liquid filtering apparatus ", it uses filtration and overflow side
Formula realizes the separation of metal impurities, and separation efficiency is low, and speed is slow, and when using in big machinery processing factory, ability shows slightly not enough.
Summary of the invention
It is an object of the invention to: the coolant of the machining of design kind coolant and metal impurities good separating effect is returned
Receiving apparatus, this coolant retracting device can solve the random problem flown of metal impurities that the direct discharge of outer tube body causes.
The solution of the present invention is as follows:
The coolant retracting device of machining, including housing, the feed liquor bucket of housing forward end, the feed tube of feed liquor bucket bottom and
Drain pipe on housing；Described housing is divided into front chamber and rear chamber by dividing plate, solid before being provided with in the front end side wall of front chamber
Reservation, is provided with centre mount on dividing plate, fixes seat on rear chamber's rear end sidewall after being provided with, described before fixing seat, centre mount and
Rear fixing seat center is designed with access ramp；Described front chamber internal upper part be provided with one tilt outer tube body, in described front chamber in
Portion is provided with drainage screen；Described drain pipe communicates with front chamber bottom；The undergauge section of described outer tube body front end is fixed before described
The access ramp of seat and be provided with bearing each other, is provided with gear in the undergauge section end of outer tube body front end, and described housing forward end is solid
Surely being provided with the first motor, this first motor is connected with described gear drive, in described outer tube body inside is fixed with by rib
Body, said inner tube body is covered with through hole；Be provided with sealing ring at interior tube body tail end, described sealing ring by interior tube body and outer tube body it
Between gap seal；It is provided with outage, after being positioned at sealing ring outside outer tube body in the upper position in sealing ring front end of outer tube body
The position of end is provided with annular enclosure；Described outer tube body rear end is through the access ramp in centre mount and is provided with bearing each other, described outside
The outlet of body is positioned at described rear chamber；The front end face of centre mount is provided with the first hairbrush contacted with described annular enclosure
Ring；Described feed tube is through entering in outer tube body after the undergauge section of outer tube body front end and the outlet of feed tube is positioned at said inner tube
Internal, it is designed with bearing between the undergauge section of described feed tube and outer tube body front end and between feed tube and interior tube body；Described
Through there being a rotary column in rear fixing seat, between the access ramp of described rotary column and rear fixing seat, it also is provided with bearing；Rotary column rear end is provided with
Drive block；Described housing rear end is fixedly installed the second motor, and this second motor is in transmission connection with described drive block, described rotary column
Front end is integrally formed with the bull stick being narrower than rotary column；Described bull stick leading portion penetrates outer tube body and interior tube body, and the position, front end of this bull stick
In said inner tube body；The part being positioned at interior tube body on described bull stick is provided with some minor spiral paddles；On described bull stick
It is positioned at the part on rear side of minor spiral paddle and is provided with some king bolt paddles, it is characterised in that: fixing in described rear chamber
Being provided with a splashproof scum pipe, described splashproof scum pipe is arranged on outside the outlet of outer tube body, and described outer tube body is arranged with splashproof
Slag pipe is in being arranged concentrically and both can relatively rotate, and described king bolt paddle extends to outside splashproof scum pipe, described
The position of the root being positioned at king bolt paddle on bull stick is provided with anti-splashing disk；It is positioned in described rear chamber below splashproof scum pipe
Position is provided with dump skip；The conveyer of the outward opening transport of rear chamber bottom it is provided through below described dump skip.
The rotary working method of the coolant retracting device of above-mentioned machining, interior tube body and outer tube body, interior tube body
The coolant of liquid can be isolated, the metal impurities of solid-state then through interior tube body, outer tube body and splashproof scum pipe to falling to
In dump skip, conveyer outwards carry realization and reclaim, owing to splashproof scum pipe is arranged on outside the outlet of outer tube body, from circumference
The metal impurities that direction throws away effectively are stopped by splashproof scum pipe, and metal impurities finally fall into below rear chamber from splashproof scum pipe
Dump skip in, owing to splashproof scum pipe is fixed, therefore discharging downwards is more stable, splashproof scum pipe solution is set
The problem that the metal impurities that the direct discharge of outer tube body of having determined causes disorderly fly.
Further improved plan is as follows:
Described splashproof scum pipe be with centre mount be integral type and extend on rear side of centre mount in the segment pipe diagonally distributed；
Described splashproof scum pipe is fixedly installed on membrane backside, is provided with bearing between described splashproof scum pipe and outer tube body；
The outlet of described outer tube body is horn mouth；
The present invention also design a mechanism processing coolant recovery method, it is characterized in that setting machinings all in workshop
Standby produced coolant is by unified coolant retracting device recycling, after this coolant retracting device of cooled liquid separates
Again supplying each machining equipment, described coolant retracting device is that the coolant of machining recited above reclaims
Device.
The invention has the beneficial effects as follows:
Revolving separate mode, whole process coolant and metal impurities good separating effect, separation efficiency height can realize metal
Efficiently separating of impurity and coolant, coolant can recycle, and metal impurities can reclaim central selling, thus can be effective
Reduce the pollution to environment, reach to protect the effect of environment, this device can effectively alleviate the workload of workers processing, save machine
The cost of tool processing.
Accompanying drawing explanation
Fig. 1 is the structural representation of the coolant retracting device of embodiment 1 machining；
Fig. 2 is the enlarged drawing in Fig. 1 at A；
Fig. 3 is the enlarged drawing in Fig. 1 at B；
Fig. 4 is the structural representation of the coolant retracting device of embodiment 2 machining；
In figure: housing 1, feed liquor bucket 2, feed tube 3, drain pipe 4, front chamber 5, rear chamber 6, front fixing seat 7, dividing plate 8, centre mount
9, rear fixing seat 10, outer tube body 11, drainage screen 12, undergauge section the 13, first motor 14, gear 15, interior tube body 16, sealing ring 17,
Outage 18, annular enclosure the 19, first hairbrush ring 20, splashproof scum pipe 21, anti-splashing disk 22, rotary column 23, drive block the 24, second motor
25, bull stick 26, bearing 27, minor spiral paddle 28, king bolt paddle 29, rib 30, dump skip 32, opening 33, conveyer
34, bearing 101, bearing 102, bearing 103, bearing 104.
Detailed description of the invention
The invention will be further described to combine accompanying drawing below by embodiment.
Embodiment 1:
As shown in Figure 1, 2, 3, the coolant retracting device of the machining described by the present embodiment, including housing 1, housing 1
Drain pipe 4 on the feed liquor bucket 2 of front end, the feed tube 3 of feed liquor bucket 2 bottom and housing 1；Described housing 1 is divided into ante-chamber by dividing plate 8
Room 5 and rear chamber 6, fix seat 7 in the front end side wall of front chamber 5 before being provided with, is provided with centre mount 9, in rear chamber on dividing plate 8
6 rear end sidewalls fix seat 10 after being provided with, described front fixing seat 7, centre mount 9 and rear fixing seat 10 center are designed with access ramp；
Described front chamber 5 internal upper part is provided with an outer tube body 11 tilted, and in described front chamber 5, middle part is provided with drainage screen 12；Described go out
Liquid pipe 4 communicates with front chamber 5 bottom；The undergauge section 13 of described outer tube body 11 front end fixes the access ramp of seat 7 also before described
And it is provided with bearing 101 each other, and gear 15 it is provided with in undergauge section 13 end of outer tube body 11 front end, described housing 1 front end is fixed
Being provided with the first motor 14, this first motor 14 is in transmission connection with described gear 15, and described outer tube body 11 is internal by rib 30
It is fixed with interior tube body 16, said inner tube body 16 is covered with through hole；It is provided with sealing ring 17, described sealing ring 17 at interior tube body 16 tail end
Gap between interior tube body 16 and outer tube body 11 is sealed；The position being positioned at sealing ring 17 front end on outer tube body 11 is provided with discharge opeing
Hole 18, the position being positioned at sealing ring 17 rear end outside outer tube body 11 is provided with annular enclosure 19；Described outer tube body 11 rear end passes center
Seat 9 in access ramp and be provided with bearing 102 each other, the outlet of described outer tube body 11 is positioned at described rear chamber 6；At centre mount
The front end face of 9 is provided with the first hairbrush ring 20 contacted with described annular enclosure 19；Described feed tube 3 is through outer tube body 11 front end
Undergauge section 13 after enter outer tube body 11 in and the outlet of feed tube 3 be positioned at said inner tube body 16, described feed tube 3 is with outer
It is designed with bearing 103 between the undergauge section 13 of body 11 front end and between feed tube 3 and interior tube body 16；Fixing seat 10 after described
Interior through there being a rotary column 23, it also is provided with bearing 104 between the access ramp of described rotary column 23 and rear fixing seat 10；Rotary column 23 rear end sets
There is drive block 24；Described housing 1 rear end is fixedly installed the second motor 25, and this second motor 25 is with described drive block 24 transmission even
Connecing, described rotary column 23 front end is integrally formed with the bull stick 26 being narrower than rotary column 23；Described bull stick 26 leading portion penetrates outer tube body 11 and inner tube
Body 16, and the front end of this bull stick 26 is positioned at said inner tube body 16；It is positioned in the part of interior tube body 16 on described bull stick 26
It is provided with some minor spiral paddles 28；It is positioned at the part on rear side of minor spiral paddle 28 on described bull stick 26 and is provided with some big spiral shells
Rotation paddle 29, it is characterised in that: being fixedly installed a splashproof scum pipe 21 in described rear chamber 6, wherein, described splashproof is arranged
Slag pipe 21 be with centre mount 9 for integral type and extend on rear side of centre mount 9 in the segment pipe diagonally distributed；Described splashproof is arranged
Slag pipe 21 is arranged on outside the outlet of outer tube body 11, and described outer tube body 11 and splashproof scum pipe 21 are in being arranged concentrically and both can
Relatively rotating, described king bolt paddle 29 extends to outside splashproof scum pipe 21, described bull stick 26 is positioned at king bolt and stirs
The position of the root mixing leaf 29 is provided with anti-splashing disk 22；It is positioned at the position below splashproof scum pipe 21 in described rear chamber 6 to be provided with and unload
Hopper 32；The conveyer 34 that the opening 33 of rear chamber 6 bottom outwards transports it is provided through below described dump skip 32.
Wherein, the angle that described outer tube body 11 tilts is 30 degree, it is also possible to be other values in 30 degree to 45 degree, such as 40
Degree；
This device has an outer tube body 11 tilted, and outer tube body 11 two ends are fixing seat 7 and centre mount 9 before being individually fixed in,
Outer tube body 11 can be driven to rotate under the effect of the first motor 14；During work, the coolant with metal impurities is entered by feed liquor bucket 2
Enter feed tube 3, and flow into interior tube body 16 under gravity, be installed on the first motor 14 outside front chamber 5 and can pass through tooth
Wheel drives interior tube body 16 to rotate together with outer tube body 11, owing to being covered with through hole on interior tube body 16, and the now cooling in interior tube body 16
Liquid will be thrown out of interior tube body 16 under the dual function of gravity and centrifugal force, the coolant being thrown out of enter outer tube body 11 and along
Outer tube body 11 inwall continues to descending, until it reaches being thrown out of after outage 18 to front chamber 5, now sealing ring 17 has blocked cold
But the route that liquid continues traveling downwardly, coolant can only be thrown out of after outage 18, enters the coolant work at gravity of front chamber 5
Eventually falling on the drainage screen 12 in the middle part of front chamber 5 under with, the coolant after drainage screen 12 filters is accumulated in the end of front chamber 5
Portion thus obtain pure coolant, pure coolant can by drain pipe 4 output carry out again with；And in interior tube body 16
Metal impurities run downwards entrance outer tube body 11, continue to run downwards until outer tube body 11 in outer tube body 11 along inner tubal wall
Exit throws away, and now splashproof scum pipe 21 is arranged on outside the outlet of outer tube body 11, the metal impurities thrown away from circumferencial direction
Effectively stopped by splashproof scum pipe 21, metal impurities finally from the dump skip 32 that splashproof scum pipe 21 falls into below rear chamber 6,
Owing to splashproof scum pipe 21 is fixed, therefore discharging downwards is more stable, outside the setting of splashproof scum pipe 21 solves
The problem that the metal impurities that the direct discharge of body 11 causes disorderly fly；The metal impurities fallen from dump skip 32 pass through conveyer 34
It is sent to recovery point outward, thus carries out the recycling of metal impurities；Whole process coolant and metal impurities separating effect
Good, separation efficiency high, can realize efficiently separating and recycling of metal impurities and coolant, reduce processing cost, simultaneously can
To reduce the infringement to environment that the most former machining is brought, play the effect of protection environment.Wherein, in order to make interior tube body 16
Entering rear chamber 6 smoothly with the metal impurities in outer tube body 11, the rear end of rear chamber 6 is fixedly installed the second motor 25, and this is years old
Two motors 25 and drive block 24 are in transmission connection and thus drive rotary column 23 and bull stick 26 to rotate, and bull stick 26 is positioned at interior tube body 16
Part is provided with some minor spiral paddles 28；It is positioned at the part on rear side of interior tube body 16 on bull stick 26 to be provided with some king bolts and stir
Mixing leaf 29, king bolt paddle 29 extends to splashproof scum pipe 21 in outer tube body 11, and this second motor 25 drives and turns
Large and small auger leaf 28,29 on bar 26 rotates, and minor spiral paddle 28 matches with interior tube body 16, king bolt paddle
29 match with outer tube body 11 and splashproof scum pipe 21, and the metal impurities in interior tube body 16 are scraped by minor spiral paddle 28 smoothly
Entering in outer tube body 11, king bolt paddle 29 makes the metal impurities in outer tube body 11 and the metal in splashproof scum pipe 21 miscellaneous
Matter discharges (preferably: the king bolt paddle 29 located relative with splashproof scum pipe 21 is slightly larger than and outer tube body 11 phase smoothly
King bolt paddle 29 to place, because splashproof scum pipe 21 caliber is bigger)；Fall in the dump skip 32 of lower section, such knot
Structure can effectively prevent from metal impurities from too much accumulating resulting in blockage in tube wall；Anti-splashing disk 22 is that on bull stick 26, an area is bigger
Disk body, it is positioned at the root of king bolt paddle 29, and metal impurities at most march to just to fall at anti-splashing disk 22, anti-splashing disk 22
Metal impurities can be stopped, keep off clearly, prevent metal impurities from fixing the access ramp of seat 10 after entering, bearing 104 being produced
Impact.It addition, be provided with outage 18 at outer tube body 11, outage 18 is positioned at the position of sealing ring 17 front end, is used for discharging from interior
Body 16 throws away and is accumulated in the coolant in outer tube body 11, and sealing ring 17 is then by the gap between interior tube body 16 and outer tube body 11
Seal, prevent the coolant thrown away from interior tube body 16 from entering rear chamber 6 by the inner tubal wall of outer tube body 11, make the cooling after filtration
Liquid can only go out by outage 18 from outer tube body 11.The position being positioned at sealing ring 17 rear end outside outer tube body 11 is provided with annular enclosure 19,
To prevent the fraction contamination coolant on the outer tube wall of outer tube body 11 from flowing into rear chamber 6, this annular enclosure 19 along outer tube wall
Being that integral type rotates together with outer tube body 11 with the outer wall of outer tube body 11, the effect that can pass through eccentricity will be from outer tube body 11
The coolant that wall intercepts throws away to front chamber 5.And the first hairbrush ring 20 on centre mount 9 can be by contamination on annular enclosure 19
Coolant brush falls.
The coolant retracting device of the machining described by the present embodiment, it provides the benefit that: whole process is cold
But liquid and metal impurities good separating effect, separation efficiency height can realize efficiently separating of metal impurities and coolant, and coolant can
To recycle, metal impurities can reclaim central selling, thus be effectively reduced the pollution to environment, reach to protect environment
Effect, this device can effectively alleviate the workload of workers processing, saves the cost of machining.
Embodiment 2
As shown in Figure 4, the coolant retracting device of the machining described by the present embodiment, as different from Example 1 institute
State splashproof scum pipe 21 and be fixedly installed on rear side of dividing plate 8, between described splashproof scum pipe 21 and outer tube body 11, be provided with bearing 27；Institute
The outlet stating outer tube body 11 is horn mouth；By oblique centrifugal force when metal impurities run at horn mouth, it is thus susceptible to gold
Belonging to impurity to throw away, throw away and stopped in time by splashproof scum pipe 21, such situation deslagging is in hgher efficiency, is difficult to block up；Significantly
Outer tube body 11 can also be not provided with horn mouth；
Splashproof scum pipe 21 is fixedly installed on dividing plate 8 realization and connects, and is provided with bearing 27 and realizes relative between its with outer tube body 11
Rotating, such mode structure is the most firm.
Embodiment 3
The present invention also design a mechanism processing coolant recovery method, it is characterized in that setting machinings all in workshop
Standby produced coolant is by unified coolant retracting device recycling, after this coolant retracting device of cooled liquid separates
Again supplying each machining equipment, described coolant retracting device is the machining described in example 1 above or 2
Coolant retracting device.
The present invention also design a mechanism processing coolant recovery method, coolant focuses on, in hgher efficiency.
Above-described embodiment is only the design explanation for example to the present invention, it will be apparent that, the protection domain of this patent does not limits
In above-described embodiment.
The various equivalent modifications or supplementary that above-described embodiment is made by those skilled in the art, all should fall into this patent
Protection domain.
Claims (5)
1. a coolant retracting device for machining, including housing (1), the feed liquor bucket (2) of housing (1) front end, feed liquor
Drain pipe (4) on the feed tube (3) of bucket (2) bottom and housing (1)；Described housing (1) is divided into front chamber (5) by dividing plate (8)
With rear chamber (6), before being provided with in the front end side wall of front chamber (5), fixing seat (7), is provided with centre mount (9) on dividing plate (8),
Rear chamber (6) rear end sidewall fixes after being provided with seat (10), described before fixing seat (7), centre mount (9) and after fix seat (10)
Center is designed with access ramp；Described front chamber (5) internal upper part is provided with an outer tube body (11) tilted, in described front chamber (5)
Middle part is provided with drainage screen (12)；Described drain pipe (4) communicates with front chamber (5) bottom；The undergauge of described outer tube body (11) front end
Section (13) is fixed the access ramp of seat (7) and is provided with bearing (101) each other, in the contracting of outer tube body (11) front end before described
Footpath section (13) end is provided with gear (15), and described housing (1) front end is fixedly installed the first motor (14), this first motor (14)
Being in transmission connection with described gear (15), described outer tube body (11) is internal is fixed with interior tube body (16) by rib (30), described interior
Body is covered with through hole on (16)；Being provided with sealing ring (17) at interior tube body (16) tail end, described sealing ring (17) is by interior tube body (16)
And the gap between outer tube body (11) seals；The position being positioned at sealing ring (17) front end on outer tube body (11) is provided with outage
(18) position, being positioned at sealing ring (17) rear end outside outer tube body (11) is provided with annular enclosure (19)；Described outer tube body (11) rear end
Through the access ramp in centre mount (9) and be provided with bearing (102) each other, the outlet of described outer tube body (11) is positioned at described back cavity
In room (6)；The front end face of centre mount (9) is provided with the first hairbrush ring (20) contacted with described annular enclosure (19)；Described
In feed tube (3) enters outer tube body (11) afterwards through the undergauge section (13) of outer tube body (11) front end and the outlet of feed tube (3)
It is positioned at said inner tube body (16), between the undergauge section (13) of described feed tube (3) and outer tube body (11) front end and feed tube
And between interior tube body (16), be designed with bearing (103) (3)；Through there being a rotary column (23) in fixing seat (10) after described, described
Bearing (104) it also is provided with between the access ramp of rotary column (23) and rear fixing seat (10)；Rotary column (23) rear end is provided with drive block (24)；Institute
Stating housing (1) rear end and be fixedly installed the second motor (25), this second motor (25) is in transmission connection with described drive block (24), institute
State rotary column (23) front end and be integrally formed with the bull stick (26) being narrower than rotary column (23)；Described bull stick (26) leading portion penetrate outer tube body (11) and
Interior tube body (16), and the front end of this bull stick (26) is positioned at said inner tube body (16)；Described bull stick is positioned at interior tube body on (26)
(16) part in is provided with some minor spiral paddles (28)；Minor spiral paddle (28) rear side it is positioned on described bull stick (26)
Part be provided with some king bolt paddles (29), it is characterised in that: be fixedly installed a splashproof in described rear chamber (6)
Scum pipe (21), described splashproof scum pipe (21) is arranged on outside the outlet of outer tube body (11), described outer tube body (11) and splashproof
Scum pipe (21) is in being arranged concentrically and both can relatively rotate, and described king bolt paddle (29) extends to splashproof deslagging
Outward, the position of the root that described bull stick (26) is positioned at king bolt paddle (29) is provided with anti-splashing disk (22) to pipe (21)；After described
The position being positioned at splashproof scum pipe (21) lower section in chamber (6) is provided with dump skip (32)；Described dump skip (32) lower section is provided with wears
The conveyer (34) of the opening (33) of chamber (6) bottom outwards transport later.
The coolant retracting device of machining the most according to claim 1, it is characterised in that: described splashproof scum pipe
(21) be with centre mount (9) be integral type and extend in centre mount (9) rear side in the segment pipe diagonally distributed.
The coolant retracting device of machining the most according to claim 1, it is characterised in that: described splashproof scum pipe
(21) it is fixedly installed on dividing plate (8) rear side, between described splashproof scum pipe (21) and outer tube body (11), is provided with bearing (27).
4. according to the coolant retracting device of the machining described in claim 1 or 2 or 3, it is characterised in that: described outer tube
The outlet of body (11) is horn mouth.
5. a coolant recovery method for machining, is characterized in that produced by machining equipments all in workshop
Coolant is by unified coolant retracting device recycling, and this coolant retracting device of cooled liquid supplies each again after separating
Platform machining equipment, described coolant retracting device is the coolant retracting device of the machining described in claim 1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610706913.4A CN106041632A (en) | 2016-08-23 | 2016-08-23 | Device and method for recovering cooling liquid for machining |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610706913.4A CN106041632A (en) | 2016-08-23 | 2016-08-23 | Device and method for recovering cooling liquid for machining |
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| CN106041632A true CN106041632A (en) | 2016-10-26 |
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| CN201610706913.4A Pending CN106041632A (en) | 2016-08-23 | 2016-08-23 | Device and method for recovering cooling liquid for machining |
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| WO2018103200A1 (en) * | 2016-12-06 | 2018-06-14 | 青岛理工大学 | High-speed milling micro lubrication liquid supply nozzle structure, separation and recovery mechanism and system |
| CN108942396A (en) * | 2018-09-10 | 2018-12-07 | 台州来智科技有限公司 | A kind of coolant liquid recyclable device for machinery automation processing |
| CN109079577A (en) * | 2018-11-15 | 2018-12-25 | 哈尔滨学院 | A kind of machine tool coolant filtration cycle utilizes device |
| CN110405531A (en) * | 2019-09-06 | 2019-11-05 | 金华宣亚环保技术有限公司 | A kind of cutter coolant liquid recycling equipment |
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Application publication date: 20161026 |