CN109664156A - A kind of stainless steel processing workshop is interior to cut fluid circulation - Google Patents
A kind of stainless steel processing workshop is interior to cut fluid circulation Download PDFInfo
- Publication number
- CN109664156A CN109664156A CN201910133532.5A CN201910133532A CN109664156A CN 109664156 A CN109664156 A CN 109664156A CN 201910133532 A CN201910133532 A CN 201910133532A CN 109664156 A CN109664156 A CN 109664156A
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- Prior art keywords
- cutting fluid
- stainless steel
- fluid circulation
- steel processing
- filtration channel
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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
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D33/00—Filters with filtering elements which move during the filtering operation
- B01D33/044—Filters with filtering elements which move during the filtering operation with filtering bands or the like supported on cylinders which are pervious for filtering
- B01D33/048—Filters with filtering elements which move during the filtering operation with filtering bands or the like supported on cylinders which are pervious for filtering with endless filtering bands
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D33/00—Filters with filtering elements which move during the filtering operation
- B01D33/333—Filters with filtering elements which move during the filtering operation with individual filtering elements moving along a closed path
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D33/00—Filters with filtering elements which move during the filtering operation
- B01D33/80—Accessories
- B01D33/804—Accessories integrally combined with devices for controlling the filtration
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Filtration Of Liquid (AREA)
- Processing Of Solid Wastes (AREA)
Abstract
The invention discloses cut fluid circulation in a kind of stainless steel processing workshop, including process equipment group, circulating slot and filtration system, it is connected between the process equipment group and filtration system by the first comprehensive slot, described first comprehensive slot is communicated with by-pass filtration channel by conveyance conduit, secondary filtration channel is provided with below the by-pass filtration channel, allotment chamber is provided with below the secondary filtration channel, the allotment is intracavitary to be provided with vortex agitator, solvent box is fixedly installed on the lateral wall of the allotment chamber and prepares box, the solvent box and the junction for preparing box and allotment chamber are equipped with injector, the both ends of the filtration system are provided with Slag recovering storehouse.The present invention is in the circuit that the cutting fluid in workshop is formed to a circulation by pressurization pump group, and the cutting fluid after using is filtered in the circuit, separate, convey, is deployed, treated cutting fluid it is eligible and then be transmitted to processing end carry out cooperation processing.
Description
Technical field
The present invention relates to stainless steel processing, in particular to fluid circulation is cut in a kind of stainless steel processing workshop.
Background technique
Cutting fluid is a kind of in metal cutting, mill process, for cooling down and lubricating the work of cutter and workpiece
Industry liquid, cutting fluid from a variety of super strong functional auxiliary agents through science it is compound with form, be provided simultaneously with good cooling performance, profit
Slip energy, rustless property, oil removing cleaning function, anti-corrosion function, easily dilutable feature.
In the processing workshop of stainless steel, the cutting fluid of oiliness is generally used, in the prior art generally for save the cost
And energy-saving and emission-reduction, the recirculation system of cutting fluid is usually mounted in workshop, which makes cutting fluid shape by pump group
At a circuit, and processing is filtered in the circuit, so that cutting fluid is separated with metallic residue, so as to again
It uses, but has following defects that 1 in existing recovery system, equipment relative distribution, takes up a large area in the circulatory system；2 cut
It cuts liquid to be easy to be layered by residue in being separated by filtration, the oiliness liquid on upper layer can be taken away by metallic residue, or directly be detained
In on separation equipment, concentration is caused to reduce；3, in process segment of the cutting fluid in the circulatory system, moisture has certain evaporation
Amount, causes pH value to change；4, in filter progress, the metallic residue being separated, there are certain oiliness liquid, so mutually
Bonding, is not readily separated and topples over.
Summary of the invention
The object of the present invention is to provide cut fluid circulation in a kind of stainless steel processing workshop.The present invention is passing through
Cutting fluid in workshop is formed the circuit of a circulation by pump group of pressurizeing, and is carried out in the circuit to the cutting fluid after using
Filter, separation, conveying, allotment, treated cutting fluid it is eligible and then be transmitted to processing end carry out cooperation processing.
Technical solution of the present invention: cutting fluid circulation in a kind of stainless steel processing workshop, including process equipment group, follows
Annular groove and filtration system are provided with cutting fluid recovery tube, the process equipment group and filtration system in the process equipment group
Between by the first comprehensive slot connection, integrate slot by second between the process equipment group and circulating slot and be connected to, described first
Pressurization pump group is provided in comprehensive slot and the second comprehensive slot, the described first comprehensive slot is communicated with by-pass filtration by conveyance conduit
Channel, the by-pass filtration channel are fixedly mounted on the top of filtration system by support frame, under the by-pass filtration channel
Side is provided with secondary filtration channel, is equipped with coaming plate on the outer wall in the secondary filtration channel, under the secondary filtration channel
Side is provided with allotment chamber, and the allotment is intracavitary to be provided with vortex agitator, is provided with detector of liquid in the middle part of the allotment chamber,
It is fixedly installed with solvent box and preparation box, the solvent box and preparation box on the lateral wall of the allotment chamber and deploys chamber
Junction is equipped with injector, and the injector is located on the outer wall of allotment chamber, by steady between allotment chamber and the circulating slot
Tank connection is pressed, the both ends of the filtration system are provided with Slag recovering storehouse.
In a kind of above-mentioned stainless steel processing workshop in cutting fluid circulation, the by-pass filtration channel passes through rectangular tube
It being made, is provided with buffer channel in the middle part of the by-pass filtration channel, the buffer channel is horizontal by 30 degree of angles, and described one
Position-limited rack is installed in the inner cavity of grade filtration channel, roller station is installed, the roller station includes on the inside of the position-limited rack
First carrying roller, second roller and third carrying roller, first carrying roller and third carrying roller are symmetrically mounted on the two sides of second roller, institute
It states in 15 degree of angles between the first carrying roller and second roller, the roller station is equipped with several.
In a kind of stainless steel processing workshop above-mentioned in cutting fluid circulation, filtering conveying is installed on the roller station
One end of band, the filtering conveyer belt is connected with driving motor, and the filtering conveyer belt includes filter bag and conveyer belt, described
Filter bag is located at the top of conveyer belt, and the end face of the filter bag is uniformly distributed screen belt, is mutually between the screen belt
15 degree of angles, and head and the tail connect, polishing treatment is passed through in the end face of the screen belt, and the conveyer belt is made of rubber-plastics material, institute
The end face for stating conveyer belt is provided with ceramic coating.
In a kind of stainless steel processing workshop above-mentioned in cutting fluid circulation, the secondary filtration channel includes filtering
Pond and filter cloth, the both ends of the filter cloth are provided with bracket, and cloth rewinder roll is equipped on the bracket, and the filter cloth is twined in cloth rewinder roll
On, the side of the cloth rewinder roll is connected with motor.
In a kind of stainless steel processing workshop above-mentioned in cutting fluid circulation, level sensing is provided in the filtering ponds
Device, the filtering ponds are connected to allotment chamber by solenoid valve, and the bottom of the filtering ponds is provided with valve, the valve
Having heaters is fixedly mounted on end face, is provided with heater grid in the middle part of the heater.
In a kind of stainless steel processing workshop above-mentioned in cutting fluid circulation, the vortex agitator is at least equipped with two
A, for the detector of liquid at least provided with three, the detector of liquid includes that densimeter, PH detection meter and rotation are glutinous
Degree meter, the upper surface of the liquid detecting meter offers mounting groove, is evenly distributed with waist on the outer housing of the liquid detecting meter
Type groove.
In a kind of stainless steel processing workshop above-mentioned in cutting fluid circulation, the solvent box and allotment box pass through electromagnetism
Valve is connected to the input port of injector, and spray head is equipped on the injector, and one end of the spray head is equipped with the first injection
Mouth and the second jet port, first jet port are located at the surface of the second jet port, are equipped with adjusting below the spray head
Valve, one end of the regulating valve are connected with adjusting bolt.
In a kind of stainless steel processing workshop above-mentioned in cutting fluid circulation, the bottom in the Slag recovering storehouse is equipped with
Return pulley is provided with receiving slit in the middle part of the Slag recovering storehouse, and the side of the receiving slit is rotatably connected to drip sap cavity, the drip
Sap cavity and receiving slit.Junction solenoid valve is installed, the drip sap cavity is connected with motor, the horse far from the side of receiving slit
The two sides up and down reached are mounted on resilient cushion.
In a kind of stainless steel processing workshop above-mentioned in cutting fluid circulation, uniformly divide on the lateral wall of the drip sap cavity
It is furnished with drip fluid apertures, back to the fluid chamber is provided with below the drip sap cavity, the back to the fluid chamber is connected to allotment chamber, the bottom of the drip sap cavity
Portion is provided with solenoid valve, is equipped with augers below the solenoid valve.
In a kind of stainless steel processing workshop above-mentioned in cutting fluid circulation, one end of the augers is equipped with
The two sides up and down of drive motor, the augers output end are rotatably connected to shaping wheel.
Compared with prior art, to be solved by this invention is that fluid circulation is cut in existing stainless steel processing workshop
Ineffective problem is improved in traditional cutting fluid circulation, is set up first at the both ends of operation interval
Two comprehensive slots, the synthesis slot can be used for the detection to cutting fluid, and for the adjusting to cutting fluid discharge pressure, while
The in-process being separated by filtration is provided with multiple stage filter units, filters more abundant, and allotment chamber is provided with after filter progress,
Cutting fluid after filtering is detected in this cavity, and is deployed according to detection data, wherein primarily directed to concentration
And pH value is adjusted, and complies with use condition, the present invention provides a more perfect cutting fluid recovery systems, and
And be completely embedded between each structure, device distribution science will not influence the continuity of production and processing, have very high practical value
And promotion prospect.
Detailed description of the invention
Fig. 1 is present device scheme of installation；
Fig. 2 is filtration system structural schematic diagram of the present invention；
Fig. 3 is filtration system structure top view of the present invention；
Fig. 4 is filtration system structural side view of the present invention；
Fig. 5 is present invention allotment chamber schematic diagram of internal structure；
Fig. 6 is the structural schematic diagram of position-limited rack in by-pass filtration channel of the present invention；
Fig. 7 is filtering conveyer belt structure schematic diagram on position-limited rack of the present invention；
Fig. 8 is Slag recovering chamber structure schematic diagram of the present invention；
Fig. 9 is drip sap cavity structural schematic diagram in Slag recovering storehouse of the present invention；
Figure 10 is emitter construction schematic diagram of the present invention.
In figure: 1- filtration system；2- secondary filtration channel；3- vacuum tank；4- Slag recovering storehouse；5- support frame；6- allotment
Chamber；7- coaming plate；8- heater grid；9- mounting groove；10- heater；11- solvent box；12- deploys box；13- liquid detecting meter；14-
Waist type groove；15- vortex agitator；16- circulating slot；17- by-pass filtration channel；18- conveyance conduit；19- first integrates slot；20-
Process equipment group；21 second comprehensive slots；22 back to the fluid chambers；23 return pulleys；24- driving motor；25- filtering ponds；The first jet port of 26-；
27- regulating valve；28- motor；The second jet port of 29-；30- liquid level sensor；31- spray head；32- cloth rewinder roll；33- input port；34-
Filter cloth；35- receiving slit；36- adjusts bolt；37- drips sap cavity；38- resilient cushion；39- motor；40- shaping wheel；41- spiral pushing
Device；42- drive motor；43- position-limited rack；44- roller station；45- injector；46- conveyer belt；47- screen belt；48- filter bag；
49- filters conveyer belt.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples, but be not intended as to the present invention limit according to
According to.
Embodiment: cutting fluid circulation in a kind of stainless steel processing workshop, as shown in attached drawing 1-10, a kind of stainless steel adds
Fluid circulation is cut in work workshop, it is characterised in that: including process equipment group 20, circulating slot 16 and filtration system 1, processing
It is provided with cutting fluid recovery tube in equipment group 20, is connected between process equipment group 20 and filtration system 1 by the first comprehensive slot 19,
It is connected between process equipment group 20 and circulating slot 16 by the second comprehensive slot 21, in the first comprehensive slot 19 and the second comprehensive slot 21
It is provided with pressurization pump group, the first comprehensive slot 19 is communicated with by-pass filtration channel 17, by-pass filtration channel 17 by conveyance conduit 18
One end the top of filtration system 1 is mounted on by support frame 5, the lower section in by-pass filtration channel 17 is provided with secondary filtration channel
2, coaming plate 7 is installed, the lower section in secondary filtration channel 2 is provided with allotment chamber 6, deploys in chamber 6 on the outer wall in secondary filtration channel 2
It is provided with vortex agitator 15, the middle part of allotment chamber 6 is provided with detector of liquid 13, deploys on the lateral wall of chamber 6 and be fixedly mounted
There is solvent box 11 and prepare box 12, solvent box 11 and preparation box 12 and the junction of allotment chamber 6 are equipped with injector 45, spray
Emitter 45 is located on the outer wall of allotment chamber 6, deploys between chamber 6 and circulating slot 16 and is connected to by vacuum tank 3, and the two of filtration system 1
End be provided with Slag recovering storehouse 4, a whole set of circulatory system can be divided mainly into three parts, be respectively process equipment group 20 and
The recovery structure of equipment locking installation, the caching pressure stabilizing pipeline being made of two synthesis, conveyance conduit 18 and circulating slot 16 and
Filtration system, function is clearly demarcated between each structure, compact-sized.
By-pass filtration channel 17 is made up of rectangular tube, and the middle part in by-pass filtration channel 17 is provided with buffer channel, buffering
Channel is equipped with position-limited rack 43, the inside installation of position-limited rack 43 horizontal by 30 degree of angles in the inner cavity in by-pass filtration channel 17
There is roller station 44, roller station 44 includes the first carrying roller, second roller and third carrying roller, and the first carrying roller and third carrying roller are symmetrically pacified
It is in 15 degree of angles between the two sides of second roller, the first carrying roller and second roller, roller station 44 is equipped with several, level-one mistake
Filter channel 17 is on the whole for " Z " type structure, and buffer channel has certain gradient, the gradient in whole medium position
Design can refer to the granularity of specific cutting fluid concentration and metallic residue, designed roller station 44 can installing
Hydraulic package is installed, allows to neatly adjust the drop between two neighboring, cutting fluid is helped preferably to be filtered point
From, while three carrying rollers are symmetrically installed, and form certain drop in the longitudinal direction, are helped cutting fluid to return stream, are made it after releasing
Filtration channel is flowed out more glibly.
Filtering conveyer belt 49 is installed, one end of filtering conveyer belt 49 is connected with driving motor 24, filters on roller station 44
Conveyer belt includes filter bag 48 and conveyer belt 46, and filter bag 48 is located at the top of conveyer belt 46, and the end face of filter bag 48 is uniform
It is distributed screen belt 47,15 degree of angles are mutually between screen belt 47, and head and the tail connect, the end face of screen belt 47 is by polishing
Reason, conveyer belt 46 are made of rubber-plastics material, and the end face of conveyer belt 46 is provided with ceramic coating, and filtering conveyer belt 49 is cut for separating
Liquid and metallic residue are cut, generally upper and lower hierachical structure, upper layer is filter bag 48, and lower layer is conveyer belt 46, cutting
Liquid is filtered separation by filter bag 48, and falls on conveyer belt 46, and conveyer belt 46 forms one under the action of roller station 44
The quick carrying path of item, and under the action of cooperating ceramic coating, the cutting fluid of oiliness not will do it delay, while filter bag
Cutting fluid layering can be effectively prevented in 7 unique design.
Secondary filtration channel 2 includes filtering ponds 25 and filter cloth 34, and the both ends of filter cloth 34 are provided with bracket, on bracket
Cloth rewinder roll 32 is installed, filter cloth 34 is twined on cloth rewinder roll 32, and the side of cloth rewinder roll 32 is connected with motor 28, passes through filter cloth in filtering ponds 25
34 are separated by solid-liquid separation, and when work, open motor 28, cloth rewinder roll 32 is driven to be rotated, and filter cloth 34 is transmitted on cloth rewinder roll 32,
Metallic residue is stranded on filter cloth 34, and cutting fluid penetration filter cloth 34 is filtered in pond 25.
Liquid level sensor 30 is provided in filtering ponds 25, filtering ponds 25 are connected to allotment chamber 6 by solenoid valve, are filtered
The bottom in pond 25 is provided with valve, having heaters 10 is fixedly mounted on the end face of valve, the middle part of heater 10 is provided with heating
Grid 8, the effect of liquid level sensor 30 are the liquid level in detection filtering ponds 25, motor internal 28 can be effectively prevent to carry out sky
Turn, when liquid level reaches designated position, start to work, improve the utilization rate of equipment, after filtering is completed, opens solenoid valve, cut
Cut liquid from filtering ponds 25 flow into allotment chamber 6 in, herein be arranged heater 10 effect be in order under specific environment (low temperature) to
Cutting fluid carries out a degree of heating, not only improves the stability for maintaining its own, and can be after entering allotment chamber 6, more
It mixed well, dissolved.
There are two vortex agitator 15 is at least installed, at least provided with three, detector of liquid 13 wraps detector of liquid 13
It has included densimeter, PH detection meter and rotational viscometer, the upper surface of liquid detecting meter 13 and has offered mounting groove 9, liquid detecting
Waist type groove 14 is evenly distributed on the outer housing of meter 13, detector of liquid 13 includes that densimeter, PH detection meter and rotation are glutinous
Degree meter can be in inside setting control system and analysis system for carrying out the detection of multiple parameter to the cutting fluid after recycling
System, for the processing and intelligentized allotment to data, the tangential direction of vortex agitator 15 is arranged in detector of liquid 13
On, when being stirred, detector at the first time detects the liquid in eddy flow, when it obtains a relatively stable number
It when value, that is, may identify, the time for detecting result can be shortened to a certain extent.
Solvent box 11 and allotment box 12 are connected to by solenoid valve with the input port 33 of injector 45, are installed on injector 45
There is spray head 31, one end of spray head 31 is equipped with the first jet port 26 and the second jet port 29, and the first jet port 26 is located at the second spray
The surface of loophole 29, the lower section of spray head 23 are equipped with regulating valve 27, and one end of regulating valve 27, which is connected with, adjusts bolt 36, solvent
Being loaded with different liquid in box 11 and allotment box 12 (can also design multiple groups the type the storage box, referring in particular to different cuttings
The ingredient and proportion of liquid), it is provided that the cutting fluid of higher concentration in the former, is provided that in the latter for adjusting pH value
Triethanolamine or polyethylene glycol, the first set jet port 26 and the second jet port 29 are with user to allotment solvent for use
Conveying, two jet ports are at an angle to each other, and spray site is scheduled on two vortex agitators 15, fixed point spray into after
It is directly stirred, improves diffusion velocity, adjust bolt 36 and be used for the adjusting to injector 45 manually, body can be drawn
Outside, automatic regulating system break down in the case where, conveniently manually adjust.
The bottom in Slag recovering storehouse 4 is equipped with return pulley 23, and the middle part in Slag recovering storehouse 4 is provided with receiving slit 35, receiving slit
35 side is rotatably connected to drip sap cavity 37, and the junction for dripping sap cavity 37 and receiving slit 35 is equipped with solenoid valve, and drip sap cavity 37 is remote
Side from receiving slit 35 is connected with motor 39, and the two sides up and down of motor 39 are mounted on resilient cushion 38, drips sap cavity 37 as class cone
Shape structure, is rotated in use, by centrifugal force, remaining cutting fluid is thrown away to come.
It drips and is evenly distributed with drip fluid apertures on the lateral wall of sap cavity 37, the lower section of drip sap cavity 37 is provided with back to the fluid chamber 22, returns liquid
Chamber 22 is connected to allotment chamber 6, and the bottom of drip sap cavity 37 is provided with solenoid valve, and the drip of augers 41 is equipped with below solenoid valve
Separated cutting fluid in sap cavity 37, falls directly into back to the fluid chamber 22, and enters allotment chamber 6 in the pipeline by inside setting
In, the solenoid valve of drip 37 bottom of sap cavity is opened, propellers can be set on the inner wall of drip sap cavity 37, remaining metallic residue is fallen
Out, it makes it into augers 41.
One end of augers 41 is equipped with drive motor 42, and the two sides up and down of 41 output end of augers rotate
It is connected with shaping wheel 40, the motor of augers 41 is opened, metallic residue is exported, shaping wheel 40 can be set in its output end
Or other plastic constructions, metallic residue is exported in particular shapes, facilitates centralized processing, or recycle.
Claims (10)
1. cutting fluid circulation in a kind of stainless steel processing workshop, it is characterised in that: including process equipment group (20), circulating slot
(16) and filtration system (1) cutting fluid recovery tube, the process equipment group (20), are provided in the process equipment group (20)
It is connected between filtration system (1) by first comprehensive slot (19), is led between the process equipment group (20) and circulating slot (16)
Second comprehensive slot (21) connection is crossed, is provided with pressurization pump group, institute in described first comprehensive slot (19) and second comprehensive slot (21)
First comprehensive slot (19) are stated to be communicated with by-pass filtration channel (17) by conveyance conduit (18), the by-pass filtration channel (17)
One end is mounted on the top of filtration system (1) by support frame (5), is provided with second level below the by-pass filtration channel (17)
Filtration channel (2) is equipped with coaming plate (7) on the outer wall of the secondary filtration channel (2), under the secondary filtration channel (2)
Side is provided with allotment chamber (6), is provided with vortex agitator (15) in the allotment chamber (6), the middle part setting of allotment chamber (6)
Have detector of liquid (13), solvent box (11) is fixedly installed on the lateral wall of allotment chamber (6) and prepares box (12), institute
It states solvent box (11) and prepares box (12) and be equipped with injector (45) with the junction for deploying chamber (6), the injector (45)
On the outer wall of allotment chamber (6), it is connected between the allotment chamber (6) and circulating slot (16) by vacuum tank (3), the filtering
The both ends of system (1) are provided with Slag recovering storehouse (4).
2. cutting fluid circulation in a kind of stainless steel processing workshop according to claim 1, it is characterised in that: described one
Grade filtration channel (17) is made up of rectangular tube, and buffer channel is provided in the middle part of the by-pass filtration channel (17), described slow
Channel is rushed horizontal by 30 degree of angles, position-limited rack (43), the limit are installed in the inner cavity of the by-pass filtration channel (17)
It being equipped on the inside of frame (43) roller station (44), the roller station (44) includes the first carrying roller, second roller and third carrying roller,
First carrying roller and third carrying roller are symmetrically mounted on the two sides of second roller, are in 15 between first carrying roller and second roller
Angle is spent, the roller station (44) is equipped with several.
3. cutting fluid circulation in a kind of stainless steel processing workshop according to claim 2, it is characterised in that: the support
Filtering conveyer belt (49) is installed, one end of filtering conveyer belt (49) is connected with driving motor (24), institute in roller group (44)
Stating filtering conveyer belt includes filter bag (48) and conveyer belt (46), and the filter bag (48) is located at the top of conveyer belt (46),
The end face of the filter bag (48) is uniformly distributed screen belt (47), 15 degree of angles is mutually between the screen belt (47), and first
Polishing treatment is passed through in the end face of tail connection, the screen belt (47), and the conveyer belt (46) is made of rubber-plastics material, described defeated
The end face of band (46) is sent to be provided with ceramic coating.
4. cutting fluid circulation in a kind of stainless steel processing workshop according to claim 1, it is characterised in that: described two
Grade filtration channel (2) includes filtering ponds (25) and filter cloth (34), and the both ends of the filter cloth (34) are provided with bracket, described
It is equipped on bracket cloth rewinder roll (32), the filter cloth (34) twines on cloth rewinder roll (32), and the side of the cloth rewinder roll (32) is connected with motor
(28)。
5. cutting fluid circulation in a kind of stainless steel processing workshop according to claim 4, it is characterised in that: the mistake
It is provided with liquid level sensor (30) in filter tank (25), the filtering ponds (25) are connected to allotment chamber (6) by solenoid valve, institute
The bottom for stating filtering ponds (25) is provided with valve, having heaters (10) is fixedly mounted on the end face of the valve, the heater
(10) heater grid (8) are provided in the middle part of.
6. cutting fluid circulation in a kind of stainless steel processing workshop according to claim 1, it is characterised in that: the rotation
There are two whirlpool blender (15) is at least installed, the detector of liquid (13) is at least provided with three, the detector of liquid
It (13) include that densimeter, PH detection meter and rotational viscometer, the upper surface of the liquid detecting meter (13) offer installation
Slot (9) is evenly distributed with waist type groove (14) on the outer housing of the liquid detecting meter (13).
7. cutting fluid circulation in a kind of stainless steel processing workshop according to claim 1, it is characterised in that: described molten
Agent box (11) and allotment box (12) are connected to by solenoid valve with the input port (33) of injector (45), on the injector (45)
It being equipped with spray head (31), one end of the spray head (31) is equipped with the first jet port (26) and the second jet port (29), and described
One jet port (26) is located at the surface of the second jet port (29), is equipped with regulating valve (27), institute below the spray head (23)
The one end for stating regulating valve (27), which is connected with, adjusts bolt (36).
8. cutting fluid circulation in a kind of stainless steel processing workshop according to claim 1, it is characterised in that: described residual
The bottom of slag recovery bin (4) is equipped with return pulley (23), is provided with receiving slit (35) in the middle part of the Slag recovering storehouse (4), described
The side of receiving slit (35) is rotatably connected to drip sap cavity (37), and drip sap cavity (37) and the junction of receiving slit (35) are equipped with
Solenoid valve, drip sap cavity (37) are connected with motor (39) far from the side of receiving slit (35), and up and down the two of the motor (39)
Side is mounted on resilient cushion (38).
9. cutting fluid circulation, feature in a kind of stainless steel processing workshop according to any one of claims 1 to 8
It is: is evenly distributed with drip fluid apertures on the lateral wall of drip sap cavity (37), is provided with back liquid below the drip sap cavity (37)
Chamber (22), the back to the fluid chamber (22) are connected to allotment chamber (6), and the bottom of drip sap cavity (37) is provided with solenoid valve, the electricity
Augers (41) are installed below magnet valve.
10. cutting fluid circulation in a kind of stainless steel processing workshop according to claim 9, it is characterised in that: described
One end of augers (41) is equipped with drive motor (42), and the two sides up and down of augers (41) output end turn
It is dynamic to be connected with shaping wheel (40).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910133532.5A CN109664156B (en) | 2019-02-22 | 2019-02-22 | Cutting fluid circulation system in stainless steel processing workshop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910133532.5A CN109664156B (en) | 2019-02-22 | 2019-02-22 | Cutting fluid circulation system in stainless steel processing workshop |
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| Publication Number | Publication Date |
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| CN109664156A true CN109664156A (en) | 2019-04-23 |
| CN109664156B CN109664156B (en) | 2020-06-26 |
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| CN201910133532.5A Active CN109664156B (en) | 2019-02-22 | 2019-02-22 | Cutting fluid circulation system in stainless steel processing workshop |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111644896A (en) * | 2020-06-23 | 2020-09-11 | 新昌县侃梁机械配件厂 | Circulation purifier that machining used |
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| CN109664156B (en) | 2020-06-26 |
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