CN208811704U - A kind of cutting fluid management system - Google Patents
A kind of cutting fluid management system Download PDFInfo
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- CN208811704U CN208811704U CN201821678527.XU CN201821678527U CN208811704U CN 208811704 U CN208811704 U CN 208811704U CN 201821678527 U CN201821678527 U CN 201821678527U CN 208811704 U CN208811704 U CN 208811704U
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- general pipeline
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Abstract
The utility model discloses a kind of cutting fluid management systems, including liquid-supply unit, return liquid unit, regeneration unit and control device, liquid-supply unit includes solution feed pump, general piping for liquids and feed flow branch pipe, and cutting fluid is delivered to process equipment by general piping for liquids and feed flow branch pipe；It returns liquid unit to include back liquid general pipeline and return liquid branch pipe, returns in liquid branch pipe and be equipped with back flow container and elevator pump, used cutting fluid is stored in liquid back pipe, is delivered to regeneration unit after boosted pump pressurization；Regeneration unit includes concentration filter device, and used cutting fluid realizes recycling after the filtering of concentration filter device, and the solution feed pump and elevator pump in system are controlled by control device.Cutting fluid management system provided by the utility model is by Pipeline transport cutting fluid, without excavating facility floor, without being trench reserved space in design house, has good applicability.
Description
Technical field
The utility model relates to technical field of mechanical processing, in particular to a kind of cutting fluid management system.
Background technique
It needs to spray cutting fluid to working position during being machined workpiece, cutting fluid is for rinsing work
Part lubricates cutter and cools down for working position.Cutting fluid is discharged into trench from the chip removal mouth of equipment after in the prior art, then
Flow container is back to back by trench.
It on the one hand needs to excavate trench in the bottom surface of workshop using trench recycling cutting fluid, needs to return flow container and be embedded in ground
Under, trench is needed with certain slope, it is also necessary to which setting punching bits mouth spaced apart, project amount is larger, and can be to workshop knot
It is configured to influence, workshop is needed at the beginning of design in view of the position of trench and depth, design requirement are higher；On the other hand it cuts
Liquid flows in trench is easily mixed into the impurity such as dust, because the granularity of impurity is smaller, it is difficult to filter, lead to the repetition benefit of cutting fluid
It is reduced with rate.
Therefore, how to provide the cutting fluid management system that a kind of applicability is good, leakproofness is high is that those skilled in the art need
Technical problems to be solved.
Utility model content
The purpose of the utility model is to provide a kind of cutting fluid management systems, by pipeline cutting fluid, without digging
Pick up ditch, and applicability is good, leakproofness is high.
To achieve the above object, the utility model provides a kind of cutting fluid management system, comprising:
Liquid-supply unit, including solution feed pump and general piping for liquids, the outlet phase of one end of the general piping for liquids and the solution feed pump
Even, the general piping for liquids is connected with the more feed flow branch pipes to connect process equipment；
Liquid unit is returned, including returns liquid general pipeline and returns liquid branch pipe, described time liquid branch pipe one end is connected with process equipment, the other end
It is connected with described time liquid general pipeline, go back to flow container to recycle cutting fluid, the outlet of described go back to flow container is equipped in described go back to liquid branch pipe
Equipped with elevator pump, the outlet of the elevator pump is connected with described time liquid general pipeline；
Filter element, including concentration filter device, described time liquid general pipeline are connected with the entrance of the concentration filter device, the collection
The outlet of middle filter is connected with the entrance of the solution feed pump；
Control device is connected, to control cutting fluid flowing with the solution feed pump and the elevator pump.
Preferably, the liquid-supplying system further includes more feed flow main pipes, and all the feed flow main pipe is total with the feed flow
Pipe is connected, and the feed flow main pipe is connected with the more feed flow branch pipes；
Described time liquid unit further includes more and returns liquid main pipe, and all the liquid main pipe that returns is connected with described time liquid general pipeline,
Liquid branch pipe is returned described in described time liquid main pipe is connected with more.
Preferably, the feed flow branch pipe is equipped with liquid supply electromagnetic valve, and the liquid supply electromagnetic valve is connected with the control device.
Preferably, the feed flow branch pipe is additionally provided with branch pipe filter, and branch pipe filter upstream is equipped with ball valve.
Preferably, described time liquid branch pipe is equipped with check valve.
Preferably, general pipeline reversal valve is equipped between the general piping for liquids and described time liquid general pipeline, the general pipeline reversal valve is located at
When the first valve position, the general piping for liquids is disconnected with described time liquid general pipeline, when the general pipeline reversal valve is located at the second valve position, the confession
Liquid general pipeline is connected to described time liquid general pipeline.
Preferably, the regeneration unit further includes sterilizing unit and cutting liquid supplementing device.
Preferably, the first Backflush reversing valve and the second Backflush reversing valve, the collection are equipped in the concentration filter device
Side is equipped with backwash inlet tube after the filter of middle filter, filters preceding side and is equipped with backwash outlet, first recoil washes
The general piping for liquids is connected to the entrance of the concentration filter device to the first valve position of valve, first Backflush reversing valve
The general piping for liquids is connected to by the second valve position with the backwash inlet tube, and the first valve position of second Backflush reversing valve will
The outlet of the concentration filter device is connected to described time liquid general pipeline, and the second valve position of second Backflush reversing valve is by the collection
The outlet of middle filter is connected to the backwash outlet.
Preferably, first Backflush reversing valve and second Backflush reversing valve with the control device phase
Even, the control device controls first Backflush reversing valve and the second Backflush reversing valve synchronism switching to the first valve
Position or the second valve position.
Cutting fluid management system provided by the utility model includes liquid-supply unit, returns liquid unit, regeneration unit and control
Device processed, liquid-supply unit include solution feed pump and general piping for liquids, and one end of general piping for liquids is connected with the outlet of solution feed pump, general piping for liquids
It is connected with the more feed flow branch pipes to connect process equipment；It returns liquid unit to include back liquid general pipeline and return liquid branch pipe, returns liquid branch pipe one
End is connected with process equipment, and the other end is connected with liquid general pipeline is returned, and returns time flow container being equipped in liquid branch pipe to recycle cutting fluid, returns
The outlet of flow container is equipped with elevator pump, and the outlet of elevator pump is connected with liquid general pipeline is returned；Regeneration unit includes concentration filter device, and it is total to return liquid
Pipe is connected with the entrance of concentration filter device, and the outlet of concentration filter device is connected with the entrance of solution feed pump；Control device and solution feed pump
It is connected with elevator pump, to control cutting fluid flowing.
Cutting fluid management system passes through the cutting of general piping for liquids and feed flow branch pipe to process equipment CLNT ON, after use
Liquid is recycled by returning liquid branch pipe and returning liquid general pipeline, and recycling is realized after regeneration.It returns liquid branch pipe and returns liquid general pipeline and set
Set workshop above the ground, without excavating facility floor, without in design house be trench reserved space, reduce factory
The project amount of room construction and the difficulty of plant designing, have good applicability.Meanwhile cutting fluid flows in closed pipeline
It is dynamic, reduce the chance contacted with air, and then avoid impurity and be mixed into cutting fluid, reduces the regenerated difficulty of cutting fluid.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is the embodiments of the present invention, for those of ordinary skill in the art, without creative efforts, also
Other attached drawings can be obtained according to the attached drawing of offer.
Fig. 1 is the structural schematic diagram of cutting fluid management system provided by the utility model.
Wherein, the appended drawing reference in Fig. 1 are as follows:
Solution feed pump 1, general piping for liquids 2, feed flow branch pipe 21, liquid supply electromagnetic valve 22, branch pipe strainer 23, ball valve 24, time liquid are total
Pipe 3 returns liquid branch pipe 31, returns flow container 32, elevator pump 33, check valve 34, general pipeline reversal valve 5, process equipment 6.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
In order to make those skilled in the art more fully understand the utility model, with reference to the accompanying drawing and specifically
The utility model is described in further detail for embodiment.
Referring to FIG. 1, Fig. 1 is the structural schematic diagram of cutting fluid management system provided by the utility model.
The utility model provides a kind of cutting fluid management system, including liquid-supply unit, time liquid unit, regeneration unit and control
Device processed.Liquid-supply unit is responsible for for cutting fluid being delivered to process equipment 6, and the used cutting fluid of each process equipment 6 is passed through back
Liquid unit transportation to regeneration unit, be responsible for handling used cutting fluid by regeneration unit, is regenerated as workable cutting fluid,
Control device is responsible for controlling each unit.
Specifically, liquid-supply unit includes solution feed pump 1, general piping for liquids 2 and feed flow branch pipe 21, the entrance of solution feed pump 1 and regeneration
Unit is connected, and outlet is connected with general piping for liquids 2, and general piping for liquids 2 is connected with more feed flow branch pipes 21, and feed flow branch pipe 21 is set with each processing
Standby 6 are connected.Each process equipment 6 is delivered to after regenerated cutting fluid is pressurizeed by solution feed pump 1.
It returns liquid unit to include back liquid general pipeline 3 and return liquid branch pipe 31, returns liquid general pipeline 3 and be connected with regeneration unit, return liquid branch pipe 31
One end is connected with process equipment 6, and the other end is connected with liquid general pipeline 3 is returned.It returns in liquid branch pipe 31 and is equipped with back flow container 32, return flow container 32
Downstream is equipped with elevator pump 33, and the outlet for returning flow container 32 is connected with the entrance of elevator pump 33, the outlet of elevator pump 33 and time liquid general pipeline 3
It is connected.It returns in flow container 32 and is additionally provided with liquid level sensor, liquid level sensor is connected with control device, when the liquid level returned in flow container 32 reaches
When to preset height, control device starts the elevator pump 33 in the branch, and cutting fluid is sent out.Gear can be selected in elevator pump 33
Pump, plunger pump etc..
Optionally, returning between the outlet of flow container 32 and the bottom of time flow container 32 has pre-determined distance, due to usual in cutting fluid
It is mixed with the clast generated in process, settlement action can be played by returning flow container 32, and clast is separated with cutting fluid.Transmission process
In, cutting fluid is flowed out from outlet, and the clast of sedimentation is stored in go back to the bottom of flow container 32.
Regeneration unit includes concentration filter device 4, returns liquid general pipeline 3 and is connected with the entrance of concentration filter device 4, concentration filter device 4
Outlet be connected with the entrance of solution feed pump 1；The clast mixed in cutting fluid is filtered out through concentration filter device 4, makes filtered cutting
Liquid meets the requirement being machined to cutting fluid.
Control device is also connected with solution feed pump 1, and control device can start solution feed pump 1 before process equipment 6 starts, for processing
Equipment 6 conveys cutting fluid, and control device can be specially single-chip microcontroller, MCU controller etc..
In the present embodiment, the liquid branch pipe 31 that returns that used cutting fluid passes through back liquid unit is delivered to regeneration with liquid general pipeline 3 is returned
Unit returns liquid unit in design house without being pre-designed trench etc., returns liquid unit and be suitable for various workshops, improve cutting
The applicability of liquid management system.In addition it returns in liquid unit and is additionally provided with back flow container 32, returning 32 one side of flow container can be used to store to make
Used cutting fluid, is on the other hand mixed with the clast that more process generates in used cutting fluid, cutting fluid can return
It is settled in flow container 32, realizes and be separated by solid-liquid separation.
When workshop is larger, process equipment 6 is more, feed flow supervisor is only arranged in liquid-supply unit and feed flow branch pipe 21 is unable to satisfy
For the demand of whole 6 CLNT ONs of process equipment.Therefore, liquid-supplying system may also include more feed flow main pipes.Regeneration unit can
Be set to the side of workshop, general piping for liquids 2 is arranged along the side, and whole feed flow main pipes are connected with general piping for liquids 2, to regeneration singly
The opposite side in first position extends, and feed flow main pipe is connected with more feed flow branch pipes 21, feed flow branch pipe 21 and each process equipment 6
It is connected.Regeneration unit can also be set to center or the other positions of workshop by certain user as needed, it is not limited here.For
Settable multistage feed flow main pipe between liquid general pipeline 2 and feed flow branch pipe 21.
Liquid main pipe is returned correspondingly, returning liquid unit and further including more, liquid branch pipe 31 is returned and is delivered to back used cutting fluid
Liquid main pipe all returns liquid main pipe and is connected with time liquid general pipeline 3, returns liquid main pipe for used cutting fluid and be delivered to back liquid general pipeline 3,
Finally return that regeneration unit.
Optionally, liquid-supply unit and time liquid unit can be fixed by the mounting rack of beam frame structure, and square steel etc. is as branch
Column is fixed on the ground of workshop, and square steel column upper section and stringer weld, and stringer can be made of I-steel or angle steel etc., and adjacent is vertical
Crossbeam is additionally provided between beam, stringer is fixed by crossbeam, increases the fastness of mounting rack.Gusseted is additionally provided on square steel pillar
Frame, the support portion of triangular support bracket are the I-steel vertical with square steel pillar, and feed flow main pipe or time liquid main pipe pass through with support portion
Lock etc. is fixed.Horizontally extending support rod, feed flow branch pipe 21 or time liquid branch pipe 31 are additionally provided with below triangular support bracket
It is fixed on support rod.
Since process equipment 6 only needs to stop using cutting fluid in the gap of processing during workpieces processing
The supply of cutting fluid is to reduce processing cost.Therefore, liquid supply electromagnetic valve 22, liquid supply electromagnetic valve 22 and control are equipped in feed flow branch pipe 21
Device processed is connected, and control device is connected with the control system of process equipment 6, can be controlled and be supplied according to the operation conditions of process equipment 6
The switch of liquid electromagnetic valve 22.Liquid supply electromagnetic valve 22 can be specially two-position four-way solenoid valve, and liquid supply electromagnetic valve 22 is located at the first valve position
When, feed flow branch pipe 21 is open circuit；When liquid supply electromagnetic valve 22 is located at the second valve position, feed flow branch pipe 21 is access.
In addition, to avoid influencing the machining accuracy of workpiece, feed flow branch pipe 21 is also by being mixed with impurity in regenerated cutting fluid
Equipped with branch pipe strainer 23, branch pipe strainer 23 is located at the upstream of liquid supply electromagnetic valve 22, and 23 upstream of branch pipe strainer is equipped with ball valve
24.Wherein, upstream refers to the upstream of cutting fluid flowing.When branch pipe strainer 23 or liquid supply electromagnetic valve 22 break down, work
Ball valve 24 can be turned off manually in personnel, place under repair or replace to branch pipe strainer 23 or liquid supply electromagnetic valve 22.
A plurality of time liquid branch pipe 31 is connected with time liquid main pipe, to avoid cutting fluid from returning process equipment along 31 anti-channeling of liquid branch pipe is returned
6, liquid branch pipe 31, which is returned, in the downstream of elevator pump 33 is equipped with check valve 34, the also settable hand-operated valve in the downstream of check valve 34, when unidirectional
When valve 34 or elevator pump 33 break down, hand-operated valve can be closed, which is isolated, so that staff places under repair or more
It changes.
It is provided with feed flow main pipe in the present embodiment, in cutting fluid management system and returns liquid main pipe, to increase cutting liquid pipe
The quantity for the process equipment 6 that reason system is managed.In addition, liquid-supply unit and time liquid unit are all fixed by mounting rack, add
Construction equipment 6 is arranged in mounting rack, and liquid-supply unit and time liquid unit form modularized design, improves the arrangement of process equipment 6
Flexibility, while facilitating the extension of the enlargement of the factory buildings and cutting fluid management system, cutting fluid management system provided herein is outstanding
It is suitble to process equipment 6 than the consumer electronics processing industry application of comparatively dense.
After through a long time use, returns in liquid unit and usually have talus accumulation, cause back liquid unit pressure drop excessively high or even manage
Road blocking, the cleaning for returning liquid unit need to consume more manpower and time.In the present embodiment, 4 general piping for liquids 2 of concentration filter device
It is equipped with general pipeline reversal valve 5 with returning between liquid general pipeline 3, general piping for liquids 2 can be connected to by general pipeline reversal valve 5 with liquid general pipeline 3 is returned, due to supplying
The pressure of liquid pump 1 is higher, is pressurizeed by solution feed pump 1 to cutting fluid, is used to rinse back liquid general pipeline 3, can effectively understand clast,
A large amount of manpower and time can be saved simultaneously, improves the benefit of enterprise.
Specifically, general pipeline reversal valve 5 is connected with control device, control device can control the valve position of general pipeline reversal valve 5, general pipeline
When reversal valve 5 is located at the first valve position, general piping for liquids 2 is disconnected with liquid general pipeline 3 is returned, and general piping for liquids 2 can be supplied to process equipment 6 and be cut
Cut liquid；When general pipeline reversal valve 5 switches to the second valve position, control device controls whole elevator pumps 33 and shuts down, general piping for liquids 2
It is connected to liquid general pipeline 3 is returned, cutting fluid flows into back liquid general pipeline 3 by general piping for liquids 2, and it is single that the clast returned in liquid general pipeline 3 is poured regeneration
In member.General pipeline reversal valve 5 can be specially two-position four-way solenoid valve.
In other embodiments, also settable main pipe reversal valve, main pipe reversal valve control feed flow main pipe and return liquid main pipe
Connection or disconnection, when feed flow main pipe with return liquid main pipe be connected to when, the clast in liquid main pipe is rinsed back by cutting fluid, is avoided back
The blocking of liquid main pipe.
In addition, as the pressure difference for 4 two sides of increase concentration filter device for using the time can be also gradually increased, to avoid concentrating
4 pressure difference of filter is excessive, influences cutting fluid flowing, and concentration filter device 4 also has back-flushing structure.
Specifically, side is equipped with backwash inlet tube and the first Backflush reversing valve after the filter of concentration filter device 4, first is anti-
When flushing reversal valve is located at the first valve position, general piping for liquids 2 is connected to the entrance of concentration filter device 4；First Backflush reversing valve position
When the second valve position, general piping for liquids 2 is connected to backwash inlet tube.It filters preceding side and is equipped with backwash outlet and the second backwash
Reversal valve, when the second Backflush reversing valve is located at the first valve position, the outlet of concentration filter device 4 is connected to liquid general pipeline 3 is returned；Second is anti-
When flushing reversal valve is located at the second valve position, the outlet of concentration filter device 4 is connected to backwash outlet.Certainly, the first backwash
The position of reversal valve and the second Backflush reversing valve can be configured according to the needs of users, it is not limited here.
Obviously, when the first Backflush reversing valve and the second Backflush reversing valve are in the first valve position, at concentration filter device 4
In normal filtration state.When the first Backflush reversing valve and the second Backflush reversing valve switch to the second valve position, cutting fluid
Entered by side after the filter of concentration filter device 4, be discharged by filtering preceding side, thus by rows such as clast, the impurity of filtering preceding side accumulation
Out, the backwash of concentration filter device 4 is realized.
First Backflush reversing valve and the second Backflush reversing valve are connected with control device, and the switching of the two is filled by control
Control is set, when concentration filter device 4 is backwashed, control device switches to general pipeline reversal valve 5 and liquid supply electromagnetic valve 22
First valve position, while by the first Backflush reversing valve and the second Backflush reversing valve synchronism switching to the first valve position or the second valve
Position.Whole cutting fluids that solution feed pump 1 exports at this time are completed to concentrate from latter effluent is filtered to preceding side is filtered by biggish pressure difference
The backwash of filter 4.
Optionally, backwash outlet is also connected with devil liquor recovery tank, backwashes in the waste liquid of generation and contains a large amount of impurities, such as
Fruit arbitrarily discharges and can cause environmental pollution, and is recycled by devil liquor recovery tank, can be discharged into environment to avoid waste liquid, improves
The environmental-protecting performance of cutting fluid management system.
Optionally, regeneration unit further includes sterilizing unit and cutting liquid supplementing device, is detested due to easy to breed in cutting fluid
Oxygen bacterium, sterilizing unit can be passed through ozone into cutting fluid, carry out sterilization processing to cutting fluid.Cutting liquid supplementing device can wrap
Cutting fluid supplement tank and cutting fluid make-up pump are included, cutting fluid supplements and proportioned cutting fluid is housed in tank, can in concentration filter device 4
Liquid level detection device is set, and liquid level detection device is connected with control device, when the liquid level of cutting fluid in concentration filter device 4 is lower
When, control device starts cutting fluid make-up pump, and cutting fluid is supplemented the new cutting fluid in tank and is added in cutting liquid control system.
Sterilizing unit and cutting liquid supplementing device can refer to the prior art, and details are not described herein.
In the present embodiment, cutting liquid control system is equipped with general pipeline solenoid valve, and control device can control general pipeline solenoid valve, will be for
Liquid general pipeline 2 is connected to liquid general pipeline 3 is returned, and is rinsed using cutting fluid to liquid general pipeline 3 is returned, and clast heap in returning liquid general pipeline 3 is avoided
Manufacture into system jams.In addition, concentration filter device 4 is additionally provided with backwash mechanism, when the pressure difference of 4 two sides of concentration filter device is higher
When, control device starts backwash mechanism, is rinsed to concentration filter device 4.Liquid control system is cut in the present embodiment to control
It is rinsed under the control of device processed, manpower needed for having saved rinse-system and time, improves the performance of enterprises.
It should be noted that in the present specification, such as first and second etc relational terms are used merely to one
Entity is distinguished with other several entities, and without necessarily requiring or implying between these entities, there are any this actual
Relationship or sequence.
Cutting fluid management system provided by the utility model is described in detail above.It is used herein specifically
A example is expounded the principles of the present invention and embodiment, and the above embodiments are only used to help understand originally
The method and its core concept of utility model.It should be pointed out that for those skilled in the art, not departing from
Under the premise of the utility model principle, several improvements and modifications can be made to this utility model, these improvement and modification
It falls into the protection scope of the utility model claims.
Claims (9)
1. a kind of cutting fluid management system characterized by comprising
Liquid-supply unit, including solution feed pump (1) and general piping for liquids (2), one end and the solution feed pump (1) of the general piping for liquids (2)
Outlet be connected, the general piping for liquids (2) is connected with the more feed flow branch pipes (21) to connect process equipment (6)；
Liquid unit is returned, including goes back to liquid general pipeline (3) and goes back to liquid branch pipe (31), described time liquid branch pipe (31) one end and process equipment (6)
It is connected, the other end is connected with described time liquid general pipeline (3), and time flow container to recycle cutting fluid is equipped in described time liquid branch pipe (31)
(32), the outlet of described time flow container (32) is equipped with elevator pump (33), the outlet of the elevator pump (33) and described time liquid general pipeline (3)
It is connected；
Regeneration unit, including concentration filter device (4), described time liquid general pipeline (3) are connected with the entrance of the concentration filter device (4),
The outlet of the concentration filter device (4) is connected with the entrance of the solution feed pump (1)；
Control device is connected, to control cutting fluid flowing with the solution feed pump (1) and the elevator pump (33).
2. cutting fluid management system according to claim 1, which is characterized in that the liquid-supplying system further includes more feed flows
Main pipe, all the feed flow main pipe is connected with the general piping for liquids (2), and the feed flow main pipe is connected with the more feed flow branch pipes
(21)；
Described time liquid unit further includes more and returns liquid main pipe, and all the liquid main pipe that returns is connected with described time liquid general pipeline (3), institute
State back liquid main pipe be connected with more described in return liquid branch pipe (31).
3. cutting fluid management system according to claim 2, which is characterized in that the feed flow branch pipe (21) is equipped with feed flow electricity
Magnet valve (22), the liquid supply electromagnetic valve (22) are connected with the control device.
4. cutting fluid management system according to claim 3, which is characterized in that the feed flow branch pipe (21) is additionally provided with branch pipe
Filter (23), branch pipe strainer (23) upstream are equipped with ball valve (24).
5. cutting fluid management system according to claim 4, which is characterized in that described time liquid branch pipe (31) is equipped with check valve
(34)。
6. according to claim 1 to cutting fluid management system described in 5 any one, which is characterized in that the general piping for liquids (2)
General pipeline reversal valve (5) are equipped between described time liquid general pipeline (3), when the general pipeline reversal valve (5) is located at the first valve position, the feed flow
General pipeline (2) is disconnected with described time liquid general pipeline (3), when the general pipeline reversal valve (5) is located at the second valve position, the general piping for liquids (2)
It is connected to described time liquid general pipeline (3).
7. according to claim 1 to cutting fluid management system described in 5 any one, the regeneration unit further includes sterilizing unit
With cutting liquid supplementing device.
8. cutting fluid management system according to claim 7, which is characterized in that be equipped with the in the concentration filter device (4)
One Backflush reversing valve and the second Backflush reversing valve, side is equipped with backwash inlet tube after the filter of the concentration filter device (4),
It filters preceding side and is equipped with backwash outlet, the first valve position of first Backflush reversing valve is by the general piping for liquids (2) and institute
State the entrance connection of concentration filter device (4), the second valve position of first Backflush reversing valve is by the general piping for liquids (2) and institute
State backwash inlet tube connection, the first valve position of second Backflush reversing valve by the outlet of the concentration filter device (4) with
The connection of described time liquid general pipeline (3), the second valve position of second Backflush reversing valve by the outlet of the concentration filter device (4) with
The backwash outlet connection.
9. cutting fluid management system according to claim 8, which is characterized in that first Backflush reversing valve and described
Second Backflush reversing valve is connected with the control device, and the control device controls first Backflush reversing valve and institute
State the second Backflush reversing valve synchronism switching to the first valve position or the second valve position.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821678527.XU CN208811704U (en) | 2018-10-16 | 2018-10-16 | A kind of cutting fluid management system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821678527.XU CN208811704U (en) | 2018-10-16 | 2018-10-16 | A kind of cutting fluid management system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109015105A (en) * | 2018-10-16 | 2018-12-18 | 尤洛卡（山东）矿业科技有限公司 | A kind of cutting fluid management system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109015105A (en) * | 2018-10-16 | 2018-12-18 | 尤洛卡（山东）矿业科技有限公司 | A kind of cutting fluid management system |
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