CN207771436U - A kind of cutting coolant atomizing generator - Google Patents
A kind of cutting coolant atomizing generator Download PDFInfo
- Publication number
- CN207771436U CN207771436U CN201721824468.8U CN201721824468U CN207771436U CN 207771436 U CN207771436 U CN 207771436U CN 201721824468 U CN201721824468 U CN 201721824468U CN 207771436 U CN207771436 U CN 207771436U
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- cooling
- cutting coolant
- cutting
- cover board
- cut
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Abstract
The utility model discloses a kind of cutting coolant atomizing generators, and cylinder circle is fixed on seal base, seal cover board is fixed on cylinder circle, the cylinder shape between seal cover board, seal base is at cooling for cut sap cavity；Air inlet, cutting coolant filling exit on seal cover board are communicated with cooling for cut sap cavity；Cutting coolant filling exit has sealing cover；The seal cover board reverse side is connected with a cutting coolant output tubule and extends to the bottom of cooling for cut sap cavity；It is fixed with cutting coolant flow control valve on seal cover board and the liquid outlet for exporting tubule with cutting coolant is connected to；Seal cover board is internally provided with cooling liquid mist and forms channel and communicated with cutting coolant flow control valve, and cooling for cut liquid mist out splice going splice is connected on seal cover board and is communicated with cooling liquid mist formation channel；The advantages that this product inputs pressure-air in air inlet, makes cutting coolant atomization output, and the cutting coolant diffusion after atomization is more uniform, and saw blade both sides, Metal Cutting mouth are more fully soaked, and using effect is good, saving dosage.
Description
Technical field
The utility model is related to the device that coolant liquid generates mist, specifically a kind of cutting coolant atomizing generators.
Background technology
Existing metal column, bar, plate, part cutting are mostly used hacksaw draw cut, during draw cut, will produce high temperature and friction resistance
Power, so to continue to increase cutting coolant at cutting mouth, still, existing cutting coolant is added to be added by water droplet formula
Add, flow is difficult to control, and cutting coolant used is more in this way, and waste is more, can not also be recycled after drop.
Utility model content
In order to solve the above-mentioned technical problem, a kind of cutting coolant dosage of the utility model offer is few, makes cutting coolant
Become the ejection that nebulizes, the cutting coolant atomizing generator of energy saving cutting coolant dosage.
Cutting coolant atomizing generator, cutting coolant atomizing generator include seal base, are fixed on seal base
It is connected with cylinder circle, seal cover board is fixedly connected on cylinder circle, the both ends nozzle sealing of cylinder circle is made cylinder by seal cover board, seal base
Circle is internal to form a cooling for cut sap cavity；The seal cover board is equipped with air inlet, and air inlet is communicated with cooling for cut sap cavity；
The seal cover board is equipped with cutting coolant filling exit, and cutting coolant filling exit is communicated with cooling for cut sap cavity, and cutting is cold
But filling exit sealing cover has been tightened on liquid filling exit；The seal cover board reverse side is connected with a cutting coolant output tubule,
The cutting coolant output tubule other end extends to the bottom of cooling for cut sap cavity；It is fixed with cooling for cut on the seal cover board
Liquid stream adjustable valve, the liquid outlet that cutting coolant flow control valve exports tubule with cutting coolant are connected to；The sealing cover
Intralamellar part is equipped with cooling liquid mist and forms channel, and one end that cooling liquid mist forms channel is communicated with cutting coolant flow control valve,
Cooling for cut liquid mist out splice going splice is connected on the seal cover board, cooling for cut liquid mist out splice going splice forms logical with cooling liquid mist
Road communicates.
Preferred embodiment：The cutting coolant filling exit is connected with cooling for cut liquid filter, cooling for cut liquid filter
It is fixedly mounted on seal cover board reverse side, is arranged in cutting coolant intracavitary.
Preferred embodiment：The air inlet is connected with air filter, and air filter is fixedly mounted on seal cover board reverse side,
It is arranged in cutting coolant intracavitary.
Preferred embodiment：It is fixed with spray adjustable valve on the cooling for cut liquid mist out splice going splice.
Preferred embodiment：The air inlet is connected with air flow rate adjustment valve, and air flow rate adjustment valve is electric air flow
Regulating valve adjusts air flow rate adjustment valve manually.
Preferred embodiment：Air gauge, air gauge and air flow rate adjustment valve air flue are connected on the air flow rate adjustment valve
It communicates.
Preferred embodiment：It is connected with air filter on the air flow rate adjustment valve.
Preferred embodiment：The cutting coolant flow control valve includes pedestal shells, and pedestal shells is equipped with a bolt tune
Through-hole is saved, bolt adjusts through-hole wall and is equipped with internal thread and sealing ring；It is cold equipped with cutting that the bolt adjusts through-hole stage casing inner wall
But liquid delivery port, upper end aperture and the bolt of cutting coolant delivery port adjust through-hole and communicate, cutting coolant delivery port lower end
Aperture forms channel with cooling liquid mist and communicates, and bolt adjusts the lower aperture of through-hole and the liquid outlet of cutting coolant output tubule connects
It is logical；The bolt adjusts through-hole has liquid outlet quantity adjusting bolt by internal thread and sealing ring twist-on, is adjusted by turn-knob liquid outlet quantity
The body decline of bolt/rising adjusts the upper end aperture size of cutting coolant delivery port to adjust liquid outlet quantity.
Preferred embodiment：The seal base, seal cover board quadrangle on be equipped with corresponding screw hole；The side of the cylinder circle
Wall is set there are four screw rod jack hole, and screw rod is fixed on screw rod jack hole, screw hole；Cylinder circle bottom end by seal washer with it is close
Back cover plate fixed connection and sealing；The upper end of cylinder circle passes through seal washer and sealing seal cover board fixed connection and sealing.
Preferred embodiment：Cutting coolant discharge observation transparent pipe is connected between the seal base and seal cover board；It is described
Be equipped with the cooling fluid through-hole communicated with cooling for cut sap cavity in seal base, the bottom end of cutting coolant discharge observation transparent pipe with it is cold
But fluid through-hole connects；The intercommunicating pore communicated with cooling for cut sap cavity is equipped in the seal cover board, cooling for cut liquid measure is seen
The upper end for surveying transparent pipe is connected with intercommunicating pore.
A kind of the advantages of cutting coolant atomizing generator of the utility model is：Cutting coolant is passed through into cooling for cut
Liquid filling exit pours into cooling for cut sap cavity, and the air pressure of high pressure is inputted by air inlet, forces the cooling for cut of cooling for cut sap cavity
Liquid is walked from cutting coolant output tubule bottom upwards in a small amount, and cooling liquid mist is entered back by cutting coolant flow control valve
Channel is formed, cutting coolant is after cutting coolant output tubule sprays, and hyperbar breaks up cutting coolant, and coolant liquid exists
Cooling liquid mist forms channel output process and gradually forms atomization, is exported finally by cooling for cut liquid mist out splice going splice, passes through company
It takes over and cooling for cut liquid mist is delivered at cutting mouth, the cutting coolant after atomization spreads more uniform, saw blade both sides, metal
The advantages that cutting mouth is more fully soaked, and using effect is good, saving dosage.
Description of the drawings
Fig. 1 is the utility model product front view；
Fig. 2 is the utility model product sectional view；
Fig. 3 is the utility model product sectional view；
Fig. 4 is the sectional view of the utility model product seal cover board；
Fig. 5 is the sectional view of the utility model product cutting coolant rate regulating valve；
Fig. 6 is the front view of the utility model product air flow rate adjustment valve；
Fig. 7 is the sectional view of the utility model product cutting coolant rate regulating valve；
Fig. 8 is the vertical view of the utility model product seal cover board；
Fig. 9 is the vertical view of the utility model product seal base；
Figure 10 is the sectional view of the utility model product seal cover board；
Figure 11 is the vertical view of the utility model product cylinder circle.
Specific implementation mode
A kind of cutting coolant atomizing generator, cutting coolant atomizing generator include seal base 1, seal base 1
On be fixedly connected with cylinder circle 2, be fixedly connected with seal cover board 3 on cylinder circle 2, seal cover board 3, seal base 1 are by the both ends of cylinder circle 2
Nozzle sealing makes 2 inside of cylinder circle form a cooling for cut sap cavity 4；3 side of the seal cover board is equipped with air inlet 31, air inlet
Mouth 31 is communicated with cooling for cut sap cavity 4；3 top of the seal cover board is equipped with cutting coolant filling exit 32, cutting coolant
Filling exit 32 is communicated with cooling for cut sap cavity 4, and filling exit sealing cover 33 has been tightened on cutting coolant filling exit 32；The sealing
3 middle part reverse side of cover board is connected with a cutting coolant output tubule 34, and cutting coolant output 34 tail end of tubule, which extends to, to be cut
The bottom of cooling sap cavity 4 is cut, upper end cross under type is fixedly connected on 3 middle part of seal cover board, and cutting coolant output tubule 34 goes out
Liquid mouth is located at 3 top of seal cover board；3 top of the seal cover board is fixed with cutting coolant flow control valve 35, cooling for cut
The liquid outlet that liquid stream adjustable valve 35 exports tubule 34 with cutting coolant is connected to；The seal cover board 3 is internally provided with coolant liquid
Mist forms channel 341, and one end that cooling liquid mist forms channel 341 is communicated with cutting coolant flow control valve 35, the sealing
The side of cover board 3 is connected with cooling for cut liquid mist out splice going splice 36, and cooling for cut liquid mist out splice going splice 36 is formed with cooling liquid mist
Channel 341 communicates；The cutting coolant filling exit 32 is connected with cooling for cut liquid filter 321, cooling for cut liquid filter
321 are fixedly mounted on 3 reverse side of seal cover board, are arranged in cooling for cut sap cavity 4；The air inlet 31 is connected with air filter
311, air filter 311 is fixedly mounted on 3 reverse side of seal cover board, is arranged in cooling for cut sap cavity 4；The cutting coolant
Spray adjustable valve 361, spray adjustable valve 361 and cooling for cut liquid mist out splice going splice 36 are fixed on mist out splice going splice 36
It is existing flow control valve product for integral type；Spray adjustable valve 361 is existing fluid regulating valve；The air inlet 31
It is connected with air flow rate adjustment valve 310, is existing flow control valve product, air flow rate adjustment valve 310 is connected by tube body
Air compressor provides air source by air compressor；Air flow rate adjustment valve 310 is electric air flow control valve or adjusts manually
Air flow rate adjustment valve is saved, air inflow is controlled by air flow rate adjustment valve 310 and closes air source.
The cutting coolant flow control valve 35 includes pedestal shells 351, and pedestal shells 351 is adjusted equipped with a bolt
Through-hole 352, bolt adjust 352 inner wall of through-hole and are equipped with internal thread and sealing ring；The bolt adjusts 352 stage casing inner wall of through-hole and is equipped with
Cutting coolant delivery port 353, upper end aperture and the bolt of cutting coolant delivery port 353 adjust through-hole 352 and communicate, and cutting is cold
But 353 lower end aperture of liquid delivery port forms channel 341 with cooling liquid mist and communicates, and bolt adjusts lower aperture and the cutting of through-hole 352
Coolant liquid exports the liquid outlet connection of tubule 34；The bolt adjusts through-hole 352 has liquid by internal thread and sealing ring twist-on
Adjusting bolt 354 is measured, cutting coolant delivery port 353 is adjusted by body decline/rising of turn-knob liquid outlet quantity adjusting bolt 354
Upper end aperture size adjust liquid outlet quantity, the size by controlling liquid measure output determines to form the amount of cooling for cut liquid mist.
Air gauge 312, air gauge 312 and 310 gas of air flow rate adjustment valve are connected on the air flow rate adjustment valve 310
Road communicates, the air pressure for observing air inlet.
Air filter 313 is connected on the air flow rate adjustment valve 310, air filter 313 is for filtering
Air, is sent by koniology and impurity again after filtering；Air filter 313 is air cleaner.
The seal base 1, seal cover board 3 quadrangle on be equipped with corresponding screw hole 101；The side wall of the cylinder circle 2
If there are four screw rod jack hole 201, screw rod 203 is fixed on screw rod jack hole 201, screw hole 101；The bottom end of cylinder circle 2 passes through
Seal washer and 1 fixed connection and sealing of seal base；The upper end of cylinder circle 2, which is fixed by seal washer with sealing seal cover board 3, to be connected
Connect sealing.
Cutting coolant discharge observation transparent pipe 5 is connected between the seal base 1 and seal cover board 3；The sealing bottom
Be equipped with the cooling fluid through-hole 110 communicated with cooling for cut sap cavity 4 in plate 1, the bottom end of cutting coolant discharge observation transparent pipe 5 with it is cold
But fluid through-hole 110 connects；The intercommunicating pore 111 communicated with cooling for cut sap cavity 4 is equipped in the seal cover board 3, cutting is cold
But the upper end of liquid measure observation transparent pipe 5 is connected with intercommunicating pore 111.
In use, first filling exit sealing cover is unscrewed, cutting coolant is poured by cutting coolant filling exit then and is cut
Cooling sap cavity is cut, the air pressure of high pressure is inputted to air inlet by air compressor, forces the cutting coolant of cooling for cut sap cavity
It walks, is sprayed from cutting coolant output tubule upper port, hyperbar will upwards from cutting coolant output tubule bottom in a small amount
Cutting coolant is broken up, and cutting is dispersed into the vacant hole body of hypomere of the bolt adjusting through-hole of cutting coolant flow control valve
Coolant liquid particle (sends into particle forth), and coolant liquid is entered back by the cutting coolant delivery port of cutting coolant flow control valve
Mist forms channel, and the air of high pressure is mixed with cutting coolant particle to be exported with forcing coolant liquid to form channel in cooling liquid mist
Journey gradually forms atomization, exports finally by cooling for cut liquid mist out splice going splice, is conveyed cooling for cut liquid mist by connecting tube
To cutting mouth, the cutting coolant diffusion after atomization is more uniform, and saw blade both sides, Metal Cutting mouth are more fully moistened
The advantages that wet, using effect is good, saving dosage.
This product is applied not only to cutting coolant, can be also used for the atomization of lubricating oil.
Clean and tidy air is waited until by air filtration, enable under gas pressure cutting coolant balance uniformly by
Cooling for cut liquid mist out splice going splice 36 sprays, and reaches micro lubricating and cutting cooling effect, this product are widely used in automating
On mechanical equipment.
This product can set intermittent output cutting coolant mist, can effectively provide stabilization and cut according to the needs of processing
Cut cooling liquid mist supply.
Claims (10)
1. a kind of cutting coolant atomizing generator, it is characterised in that：Cutting coolant atomizing generator includes seal base
(1), it is fixedly connected with cylinder circle (2) on seal base (1), seal cover board (3), seal cover board are fixedly connected on cylinder circle (2)
(3), seal base (1) makes the both ends nozzle sealing of cylinder circle (2) form a cooling for cut sap cavity (4) inside cylinder circle (2)；Institute
It states seal cover board (3) and is equipped with air inlet (31), air inlet (31) is communicated with cooling for cut sap cavity (4)；The seal cover board (3)
It is equipped with cutting coolant filling exit (32), cutting coolant filling exit (32) is communicated with cooling for cut sap cavity (4), cooling for cut
Filling exit sealing cover (33) has been tightened on liquid filling exit (32)；Seal cover board (3) reverse side is connected with a cutting coolant
Tubule (34) is exported, cutting coolant output tubule (34) other end extends to the bottom of cooling for cut sap cavity (4)；The sealing
Cutting coolant flow control valve (35), cutting coolant flow control valve (35) and cutting coolant are fixed on cover board (3)
Export the liquid outlet connection of tubule (34)；The seal cover board (3) is internally provided with cooling liquid mist and forms channel (341), coolant liquid
One end that mist forms channel (341) is communicated with cutting coolant flow control valve (35), is connected with and is cut on the seal cover board (3)
Cooling liquid mist out splice going splice (36) is cut, cooling for cut liquid mist out splice going splice (36) forms channel (341) with cooling liquid mist and communicates.
2. a kind of cutting coolant atomizing generator according to claim 1, it is characterised in that：The cutting coolant fills
Dress mouth (32) is connected with cooling for cut liquid filter (321), and cooling for cut liquid filter (321) is fixedly mounted on seal cover board
(3) reverse side is arranged in cooling for cut sap cavity (4).
3. a kind of cutting coolant atomizing generator according to claim 1, it is characterised in that：The air inlet (31) is even
It is connected to air filter (311), air filter (311) is fixedly mounted on seal cover board (3) reverse side, is arranged in cutting coolant
In chamber (4).
4. a kind of cutting coolant atomizing generator according to claim 1, it is characterised in that：The cooling for cut liquid mist
Spray adjustable valve (361) is fixed on out splice going splice (36).
5. a kind of cutting coolant atomizing generator according to claim 1, it is characterised in that：The air inlet (31) is even
It is connected to air flow rate adjustment valve (310), air flow rate adjustment valve (310) is electric air flow control valve or adjusts air manually
Flow control valve.
6. a kind of cutting coolant atomizing generator according to claim 5, it is characterised in that：The both air flow modulation
Air gauge (312) is connected on valve (310), air gauge (312) is communicated with air flow rate adjustment valve (310) air flue.
7. a kind of cutting coolant atomizing generator according to claim 5, it is characterised in that：The both air flow modulation
Air filter (313) is connected on valve (310).
8. a kind of cutting coolant atomizing generator according to claim 1, it is characterised in that：The cooling for cut liquid stream
Adjustable valve (35) includes pedestal shells (351), and pedestal shells (351) is equipped with a bolt and adjusts through-hole (352), and bolt is adjusted
Through-hole (352) inner wall is equipped with internal thread and sealing ring；The bolt adjusts through-hole (352) stage casing inner wall and is sent equipped with cutting coolant
Portal (353), upper end aperture and the bolt of cutting coolant delivery port (353) adjust through-hole (352) and communicate, and cutting coolant is sent
(353) lower end aperture of portalling forms channel (341) with cooling liquid mist and communicates, and bolt adjusts lower aperture and the cutting of through-hole (352)
Coolant liquid exports the liquid outlet connection of tubule (34)；The bolt adjusts through-hole (352) to be had by internal thread and sealing ring twist-on
Liquid outlet quantity adjusting bolt (354) adjusts cutting coolant by body decline/rising of turn-knob liquid outlet quantity adjusting bolt (354)
The upper end aperture size of delivery port (353) adjusts liquid outlet quantity.
9. a kind of cutting coolant atomizing generator according to claim 1, it is characterised in that：The seal base (1),
Corresponding screw hole (101) is equipped on the quadrangle of seal cover board (3)；The side wall of the cylinder circle (2), which is set, to be worn and connects there are four screw rod
Hole (201) is fixed with screw rod (203) on screw rod jack hole (201), screw hole (101)；The bottom end of cylinder circle (2) passes through gasket
Circle and seal base (1) fixed connection and sealing；The upper end of cylinder circle (2), which is fixed by seal washer with sealing seal cover board (3), to be connected
Connect sealing.
10. a kind of cutting coolant atomizing generator according to claim 1, it is characterised in that：The seal base (1)
Cutting coolant discharge observation transparent pipe (5) is connected between seal cover board (3)；It is equipped with and cutting in the seal base (1)
The cooling fluid through-hole (110) that cooling sap cavity (4) communicates, the bottom end of cutting coolant discharge observation transparent pipe (5) and cooling fluid through-hole
(110) it connects；The intercommunicating pore (111) communicated with cooling for cut sap cavity (4) is equipped in the seal cover board (3), cutting is cold
But the upper end of liquid measure observation transparent pipe (5) is connected with intercommunicating pore (111).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721824468.8U CN207771436U (en) | 2017-12-22 | 2017-12-22 | A kind of cutting coolant atomizing generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721824468.8U CN207771436U (en) | 2017-12-22 | 2017-12-22 | A kind of cutting coolant atomizing generator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207771436U true CN207771436U (en) | 2018-08-28 |
Family
ID=63228606
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721824468.8U Active CN207771436U (en) | 2017-12-22 | 2017-12-22 | A kind of cutting coolant atomizing generator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207771436U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109551299A (en) * | 2019-01-16 | 2019-04-02 | 典辉商贸(上海)有限公司 | A kind of oil fog generating apparatus |
-
2017
- 2017-12-22 CN CN201721824468.8U patent/CN207771436U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109551299A (en) * | 2019-01-16 | 2019-04-02 | 典辉商贸(上海)有限公司 | A kind of oil fog generating apparatus |
| CN109551299B (en) * | 2019-01-16 | 2024-01-19 | 典辉商贸(上海)有限公司 | Oil mist generating device |
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