CN209614990U - Device for filtering cutting fluid - Google Patents
Device for filtering cutting fluid Download PDFInfo
- Publication number
- CN209614990U CN209614990U CN201822258450.7U CN201822258450U CN209614990U CN 209614990 U CN209614990 U CN 209614990U CN 201822258450 U CN201822258450 U CN 201822258450U CN 209614990 U CN209614990 U CN 209614990U
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- filtering cabin
- cutting fluid
- overflow
- filtering
- storehouse
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Abstract
The utility model discloses a kind of device for filtering cutting fluid, including filtering cabin and overflow storehouse；The both ends of filtering cabin length direction are respectively first end and second end；The first end of filtering cabin is equipped with inlet, the external cutting fluid delivery pipe containing bits of inlet；The second end of filtering cabin is equipped with chip removal mouth；The inside of filtering cabin is equipped with: the multiple tilting partitions uniformly distributed along filtering cabin length direction；Filtering cabin is divided into multistage along filtering cabin length direction by multiple partition；Each partition is evenly equipped with filter hole respectively；Overflow position in storehouse is screen pack in the top of filtering cabin, the bottom plate in overflow storehouse；At least one side plate in overflow storehouse is equipped with an overflowing head piece；Each overflow port distinguishes external overflowing liquid delivery pipe；The inside of filtering cabin is additionally provided with scraper plate chip removal mechanism.The utility model device for filtering cutting fluid can be filtered the cutting fluid containing bits, the metal fillings in cutting fluid is recovered by filtration, and export filtered cutting fluid.
Description
Technical field
The utility model relates to device for filtering cutting fluid.
Background technique
Lathe can generate metal fillings during the work time, and the cutting waste fluid containing metal fillings can be discharged by lathe, discharge
The cutting fluid containing bits is separated by solid-liquid separation, to recycle respectively to cutting fluid and metal fillings.
Utility model content
The purpose of this utility model is to provide a kind of device for filtering cutting fluid, can be filtered to the cutting fluid containing bits,
Metal fillings in cutting fluid is recovered by filtration, and exports filtered cutting fluid.
To achieve the above object, the technical solution of the utility model is to design a kind of device for filtering cutting fluid, comprising: horizontal
Filtering cabin, and the horizontal overflow storehouse inside filtering cabin；
The filtering cabin is strip, and the both ends of filtering cabin length direction are respectively first end and second end；Filtering cabin
First end is equipped with inlet, the external cutting fluid delivery pipe containing bits of inlet, and the cutting fluid delivery pipe containing bits is used for: being conveyed to filtering cabin
The cutting fluid containing bits；The second end of filtering cabin is equipped with chip removal mouth, and chip removal mouth is located at the top of filtering cabin；The inside of filtering cabin is set
Have: the multiple tilting partitions uniformly distributed along filtering cabin length direction；Filtering cabin is divided by multiple partition along filtering cabin length direction
Multistage；Each partition is parallel to each other, and the top of each partition is tilted to the first end of filtering cabin；Each partition is evenly equipped with respectively: being used for
Obstruct the filter hole of metal fillings in cutting fluid；
The overflow position in storehouse is in the top of filtering cabin, and overflow storehouse is also strip, and overflow storehouse is extended in the same direction with filtering cabin；
Inlet and chip removal mouth are all located at outside overflow storehouse；Overflow storehouse includes: the horizontal bottom plate extended along overflow storehouse length direction, and
The vertical side plate of a pair extended along overflow storehouse length direction；The bottom plate in overflow storehouse are as follows: for obstructing the flat of metal fillings in cutting fluid
Set screen pack；Overflow storehouse is connected to by the screen pack with filtering cabin；Each partition is located at the underface of screen pack；Overflow storehouse
At least one side plate be equipped with: an overflowing head piece uniformly distributed along overflow storehouse length direction；Each overflow port is located at sustained height, and
Each overflow port is located at the lower section of chip removal mouth；Each overflow port distinguishes external overflowing liquid delivery pipe；Each overflowing liquid delivery pipe each extends over
To filtering cabin；Overflowing liquid delivery pipe is used for: the cutting fluid that corresponding overflow port is overflowed is conveyed to external equipment；
The inside of the filtering cabin is additionally provided with: the scraper plate chip removal for conveying the metal fillings of filtering cabin bottom to chip removal mouth
Mechanism；There are gap between each partition and the inner bottom wall of filtering cabin, scraper plate chip removal mechanism is current in above-mentioned gap.
Preferably, the inlet is located at the lower section in overflow storehouse.
Preferably, the top of each partition and the bottom surface of screen pack against.
Preferably, it is respectively equipped with solution feed pump in each overflowing liquid delivery pipe, solution feed pump is used for: will be in corresponding overflowing liquid delivery pipe
Cutting fluid to external equipment convey.
Advantages and beneficial effects of the utility model lie in that a kind of device for filtering cutting fluid is provided, it can be to cutting containing bits
Liquid is filtered, and the metal fillings in cutting fluid is recovered by filtration, and exports filtered cutting fluid.
Cutting waste fluid containing metal fillings is sent into filtering cabin by the cutting fluid delivery pipe containing bits, after cutting fluid overflows across screen pack
It is flowed out into overflow storehouse, and then by the overflow port in overflow storehouse, and external equipment is delivered to by overflowing liquid delivery pipe, realized to cutting
The recycling of liquid；Metal fillings in cutting fluid is obstructed by screen pack, will not enter overflow storehouse, it can be achieved that filtering to metal fillings.
The inside of filtering cabin is equipped with: the multiple tilting partitions uniformly distributed along filtering cabin length direction；Multiple partition is along filtering
Filtering cabin is divided into multistage by storehouse length direction；Each partition is evenly equipped with respectively: for obstructing the filter hole of metal fillings in cutting fluid；It crosses
Cutting fluid in filter position can flow through each partition, and the metal fillings in filtering cabin can be obstructed layer by layer by each partition, and it is each every
Plate is all tilting, and the top of each partition is tilted to the first end of filtering cabin；It can accelerate the deposition of metal fillings；The metal fillings of whereabouts can
Chip removal mouth is delivered to by scraper plate chip removal mechanism, and is discharged by chip removal mouth, the metal fillings of discharge may be recovered.
Detailed description of the invention
Fig. 1 is the schematic diagram of the utility model.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is further described.Implement below
Example is only used for clearly illustrating the technical solution of the utility model, and cannot be used as a limitation the protection model of limitation the utility model
It encloses.
The technical solution of the utility model specific implementation is:
As shown in Figure 1, a kind of device for filtering cutting fluid, comprising: horizontal filtering cabin 1, and it is flat inside filtering cabin 1
Set overflow storehouse 2；
The filtering cabin 1 is strip, and the both ends of 1 length direction of filtering cabin are respectively first end and second end；Filtering cabin 1
First end be equipped with inlet, inlet it is external containing bits cutting fluid delivery pipe 11, containing bits cutting fluid delivery pipe 11 be used for: to filtering
The conveying of storehouse 1 cutting fluid containing bits；The second end of filtering cabin 1 is equipped with chip removal mouth 12, and chip removal mouth 12 is located at the top of filtering cabin 1；It crosses
The inside of filter position 1 is equipped with: the multiple tilting partitions 13 uniformly distributed along 1 length direction of filtering cabin；Multiple partition 13 is long along filtering cabin 1
Degree direction divides filtering cabin 1 for multistage；Each partition 13 is parallel to each other, and the top of each partition 13 is inclined to the first end of filtering cabin 1
Tiltedly；Each partition 13 is evenly equipped with respectively: for obstructing the filter hole of metal fillings in cutting fluid；
The overflow storehouse 2 is located at the top of filtering cabin 1, and overflow storehouse 2 is also strip, and overflow storehouse 2 and filtering cabin 1 are in the same direction
Extend；Inlet and chip removal mouth 12 are all located at outside overflow storehouse 2；Overflow storehouse 2 includes: to put down along what 2 length direction of overflow storehouse extended
Bottom set plate, and the vertical side plate of a pair extended along 2 length direction of overflow storehouse；The bottom plate in overflow storehouse 2 are as follows: for obstructing cutting fluid
The horizontal screen pack 21 of middle metal fillings；Overflow storehouse 2 is connected to by the screen pack 21 with filtering cabin 1；Each partition 13 was located at
The underface of sieve plate 21；At least one side plate in overflow storehouse 2 is equipped with: an overflowing stream uniformly distributed along 2 length direction of overflow storehouse
Mouth 22；Each overflow port 22 is located at sustained height, and each overflow port 22 is located at the lower section of chip removal mouth 12；Each overflow port 22 is distinguished external
(overflowing liquid delivery pipe is not shown in the figure) in overflowing liquid delivery pipe；Each overflowing liquid delivery pipe extends respectively to outside filtering cabin 1；Overflow
Liquid delivery pipe is used for: the cutting fluid that corresponding overflow port 22 is overflowed is conveyed to external equipment；
The inside of the filtering cabin 1 is additionally provided with: the scraper plate for conveying the metal fillings of 1 bottom of filtering cabin to chip removal mouth 12
Chip removal mechanism 14；There are gap between each partition 13 and the inner bottom wall of filtering cabin 1, scraper plate chip removal mechanism 14 leads in above-mentioned gap
Row.
Preferably, the inlet is located at the lower section in overflow storehouse 2.
Preferably, the bottom surface of the top of each partition 13 and screen pack 21 against.
Preferably, it is respectively equipped with solution feed pump in each overflowing liquid delivery pipe, solution feed pump is used for: will be in corresponding overflowing liquid delivery pipe
Cutting fluid to external equipment convey.
The utility model device for filtering cutting fluid can be filtered the cutting fluid containing bits, by the metal fillings in cutting fluid
It is recovered by filtration, and exports filtered cutting fluid.
Cutting waste fluid containing metal fillings is sent into filtering cabin 1 by the cutting fluid delivery pipe 11 containing bits, and cutting fluid overflows across filter screen
Enter overflow storehouse 2 after plate 21, and then flowed out by the overflow port in overflow storehouse 2 22, and external equipment is delivered to by overflowing liquid delivery pipe,
Realize the recycling to cutting fluid；Metal fillings in cutting fluid is obstructed by screen pack 21, will not enter overflow storehouse 2, it can be achieved that right
The filtering of metal fillings.
The inside of filtering cabin 1 is equipped with: the multiple tilting partitions 13 uniformly distributed along 1 length direction of filtering cabin；Multiple partition 13
Filtering cabin 1 is divided for multistage along 1 length direction of filtering cabin；Each partition 13 is evenly equipped with respectively: for obstructing metal fillings in cutting fluid
Filter hole；Cutting fluid in filtering cabin 1 can flow through each partition 13, and the metal fillings in filtering cabin 1 can be by each partition 13
It obstructs layer by layer, and each partition 13 is all tilting, and the top of each partition 13 is tilted to the first end of filtering cabin 1；It can accelerate metal
The deposition of bits；The metal fillings of whereabouts can be delivered to chip removal mouth 12 by scraper plate chip removal mechanism 14, and be discharged by chip removal mouth 12, discharge
Metal fillings may be recovered.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change
It also should be regarded as the protection scope of the utility model into retouching.
Claims (4)
1. device for filtering cutting fluid characterized by comprising horizontal filtering cabin, and the horizontal overflow inside filtering cabin
Storehouse；
The filtering cabin is strip, and the both ends of filtering cabin length direction are respectively first end and second end；The first of filtering cabin
End is equipped with inlet, the external cutting fluid delivery pipe containing bits of inlet, and the cutting fluid delivery pipe containing bits is used for: to filtering cabin conveying containing bits
Cutting fluid；The second end of filtering cabin is equipped with chip removal mouth, and chip removal mouth is located at the top of filtering cabin；The inside of filtering cabin is equipped with: edge
The uniformly distributed multiple tilting partitions of filtering cabin length direction；Filtering cabin is divided into multistage along filtering cabin length direction by multiple partition；
Each partition is parallel to each other, and the top of each partition is tilted to the first end of filtering cabin；Each partition is evenly equipped with respectively: being cut for obstructing
Cut the filter hole of metal fillings in liquid；
The overflow position in storehouse is in the top of filtering cabin, and overflow storehouse is also strip, and overflow storehouse is extended in the same direction with filtering cabin；Feed liquor
Mouth and chip removal mouth are all located at outside overflow storehouse；Overflow storehouse includes: the horizontal bottom plate extended along overflow storehouse length direction, and along excessive
Flow the vertical side plate of a pair that storehouse length direction extends；The bottom plate in overflow storehouse are as follows: for obstructing the horizontal mistake of metal fillings in cutting fluid
Sieve plate；Overflow storehouse is connected to by the screen pack with filtering cabin；Each partition is located at the underface of screen pack；Overflow storehouse is extremely
A few side plate is equipped with: an overflowing head piece uniformly distributed along overflow storehouse length direction；Each overflow port is located at sustained height, and each excessive
Head piece is located at the lower section of chip removal mouth；Each overflow port distinguishes external overflowing liquid delivery pipe；Each overflowing liquid delivery pipe extended respectively to
Outside filter position；Overflowing liquid delivery pipe is used for: the cutting fluid that corresponding overflow port is overflowed is conveyed to external equipment；
The inside of the filtering cabin is additionally provided with: the scraper plate Scrap-removing machine for conveying the metal fillings of filtering cabin bottom to chip removal mouth
Structure；There are gap between each partition and the inner bottom wall of filtering cabin, scraper plate chip removal mechanism is current in above-mentioned gap.
2. device for filtering cutting fluid according to claim 1, which is characterized in that the inlet is located under overflow storehouse
Side.
3. device for filtering cutting fluid according to claim 2, which is characterized in that the top of each partition and the bottom of screen pack
Face against.
4. device for filtering cutting fluid according to claim 3, which is characterized in that be respectively equipped with confession in each overflowing liquid delivery pipe
Liquid pump, solution feed pump are used for: the cutting fluid in corresponding overflowing liquid delivery pipe is conveyed to external equipment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822258450.7U CN209614990U (en) | 2018-12-30 | 2018-12-30 | Device for filtering cutting fluid |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822258450.7U CN209614990U (en) | 2018-12-30 | 2018-12-30 | Device for filtering cutting fluid |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209614990U true CN209614990U (en) | 2019-11-12 |
Family
ID=68448199
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822258450.7U Active CN209614990U (en) | 2018-12-30 | 2018-12-30 | Device for filtering cutting fluid |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209614990U (en) |
-
2018
- 2018-12-30 CN CN201822258450.7U patent/CN209614990U/en active Active
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