CN208389520U - A kind of filter plant - Google Patents
A kind of filter plant Download PDFInfo
- Publication number
- CN208389520U CN208389520U CN201820681218.1U CN201820681218U CN208389520U CN 208389520 U CN208389520 U CN 208389520U CN 201820681218 U CN201820681218 U CN 201820681218U CN 208389520 U CN208389520 U CN 208389520U
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- oil
- filter cylinder
- filter
- oil inlet
- supervisor
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Abstract
The utility model relates to a kind of filter plants, including oil feeding system, filter device, dreg removing system, oil system out, filter device includes the first filter cylinder independently arranged, second filter cylinder, third filter cylinder, first filter cylinder, second filter cylinder, the side of third filter cylinder offers oil inlet respectively, oil feeding system includes oil pump, oil inlet supervisor, three oil inlet branch pipes, the output end of oil pump is responsible for one end with oil inlet and is connected to, one end of three oil inlet branch pipes is respectively communicated with oil inlet supervisor, the other end of three oil inlet branch pipes respectively with the first filter cylinder, second filter cylinder, the oil inlet of third filter cylinder corresponds connection, it is installed into oil control valve respectively on oil inlet branch pipe；The filter cylinder independently arranged using three; it can be worked according to oil liquid treating capacity; pass through the manipulation to oil inlet control valve; enter oil liquid in one or two or three filter cylinders to be handled; such operation also may be implemented non-stop-machine to carry out replacement maintenance to wherein one or two filter cylinder; using flexible reduces use cost.
Description
Technical field
The utility model relates to a kind of filter plants.
Background technique
It needs to carry out cooling cutter and workpieces processing using a large amount of cutting oil, cutting fluid in product cutting process cold
But it protects, cutting oil, cutting fluid are to be recycled always in numerical control processing, in use for some time, cutting oil, cutting fluid
In will be containing the impurity such as metal fragment, and rotten discoloration is smelly, if the cutting oil after rotten, cutting fluid be used further to process it is cold
But cooling effect can be reduced, the tool damage of numerical control machining center is caused and influences the machining accuracy of workpieces processing.So cutting
Oil, cutting fluid in use for some time with regard to being replaced, but replaced cutting oil need to carry out sedimentation separation,
Filtering and adsorption treatment, are reused.
Summary of the invention
In view of the above problems, the object of the present invention is to provide a kind of structurally reasonable, using flexible filter plants.
The technical scheme for implementing the utility model is as follows
A kind of filter plant, including oil feeding system, filter device, dreg removing system, out oil system, oil feeding system will be to be filtered
Oil liquid input filter device in filter after by going out oil system discharge, the slag in filter device under filter, which enters in dreg removing system, to be arranged
Out, the filter device includes the first filter cylinder, the second filter cylinder, third filter cylinder independently arranged, the first filter cylinder, the second filter cylinder,
The side of three filter cylinders offers the oil inlet of connection cartridge interior respectively, and top offers oil outlet respectively, and bottom opens up respectively
There is slag-drip opening；
Oil feeding system includes oil pump, oil inlet supervisor, three oil inlet branch pipes, and one end company is responsible in the output end of oil pump and oil inlet
Logical, one end of three oil inlet branch pipes is respectively communicated with oil inlet supervisor, the other end of three oil inlet branch pipes respectively with the first filter cylinder, second
The oil inlet one-to-one correspondence connection of filter cylinder, third filter cylinder, is installed into oil control valve on three oil inlet branch pipes respectively；
Out oil system include three oil outlet branch pipes, fuel-displaced general pipeline, one end of three oil outlet branch pipes respectively with three filter cylinder tops
The oil outlet in portion corresponds to form connection, is separately installed with out oil control valve in three oil outlet branch pipes；
Dreg removing system include slag extractor, deslagging supervisor, three deslagging branch pipes, one end of three deslagging branch pipes respectively with three
The slag-drip opening of filter cylinder corresponds to form connection, and the other end of three deslagging branch pipes is connected to deslagging supervisor, pacifies on deslagging branch pipe
Equipped with slagging coutrol valve, deslagging supervisor is connected to the input terminal of slag extractor.
The filter plant further includes that the 4th filter cylinder, the structure of the 4th filter cylinder and the first filter cylinder or the second filter cylinder or third are filtered
Cylinder is identical, and the 4th filter cylinder is in the rear of third filter cylinder；
The oil inlet of 4th filter cylinder is connected to by the 4th oil inlet branch pipe with oil inlet supervisor, and oil outlet passes through the 4th oil outlet branch pipe
It is connected to fuel-displaced supervisor, slag-drip opening is connected to by the 4th deslagging branch pipe with deslagging supervisor；
Switching control valve is installed on oil inlet supervisor, which is between the second filter cylinder, third filter cylinder,
When closing switching control valve, the oil liquid in oil inlet supervisor not can enter third filter cylinder, in the 4th filter cylinder.
Using above-mentioned technical proposal, oil feeding system inputs oil liquid in filter device, oil liquid of the filter device to input
It is filtered processing, the dregs of fat under filtering are discharged by dreg removing system, and purified oil liquid is then discharged from oil system out；Wherein
Filter device uses three filter cylinders independently arranged, and three filter cylinders can work according to oil liquid treating capacity, that is, work as place
When reason amount is few/more, oil liquid can be made to enter in one or two or three filter cylinders by the manipulation to oil inlet control valve
Reason, it is such operation also may be implemented it is non-stop-machine replacement maintenance is carried out to wherein one or two filter cylinder, using flexible also drops
Low use cost.
Detailed description of the invention
Fig. 1 is one schematic diagram of the utility model embodiment；
Fig. 2 is two schematic diagram of the utility model embodiment；
Fig. 3 is the schematic diagram of filter cylinder in the utility model；
Fig. 4 is the schematic diagram of filter stick in the utility model；
In attached drawing, 1 is the first filter cylinder, and 2 be the second filter cylinder, and 3 be third filter cylinder, and 4 be oil inlet, and 5 be oil outlet, and 6 be row
Cinder notch, 7 be oil pump, and 8 are responsible for for oil inlet, and 9 be the first oil inlet branch pipe, and 10 be the second oil inlet branch pipe, and 11 be third oil inlet branch pipe, 12
It is the first oil outlet branch pipe for oil inlet control valve, 13,14 be the second oil outlet branch pipe, and 15 be third oil outlet branch pipe, and 16 be fuel-displaced general pipeline,
17 is go out oil control valve, and 18 be slag extractor, and 19 are responsible for for deslagging, and 20 be the first deslagging branch pipe, and 21 be the second deslagging branch pipe, and 22 are
Third deslagging branch pipe, 23 be slagging coutrol valve, and 24 be the 4th filter cylinder, and 25 be the 4th oil inlet branch pipe, and 26 be the 4th oil outlet branch pipe, 27
It is switching control valve for the 4th deslagging branch pipe, 28,29 be cylinder, and 30 be filtering chamber, and 31 be upper cover, and 32 be to clamp notch, 33
It is fuel-displaced chamber for partition, 34,35 be filter stick, and 36 be through-hole, and 37 be filter paper, and 38 be baffle ring, and 39 be barrier plate, and 40 be cabinet body.
Specific embodiment
It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer
The technical solution of the utility model embodiment is clearly and completely described in the attached drawing of type embodiment.Obviously, described
Embodiment is a part of the embodiment of the utility model, instead of all the embodiments.Based on described the utility model
Embodiment, those of ordinary skill in the art's every other embodiment obtained under the premise of being not necessarily to creative work, all belongs to
In the range of the utility model protection.
Embodiment one
As shown in Figure 1, a kind of filter plant, including oil feeding system, filter device, dreg removing system, out oil system, oil inlet system
By going out oil system discharge after filtering in the oil liquid input filter device that system will be to be filtered, the slag under the interior filter of filter device enters row
It is discharged in slag system, filter device includes the first filter cylinder 1 independently arranged, the second filter cylinder 2, third filter cylinder 3, the first filter cylinder,
Two filter cylinders, third filter cylinder side offer respectively connection cartridge interior oil inlet 4, top offers oil outlet 5, bottom respectively
Portion offers slag-drip opening 6 respectively.The oil liquid filtered will be needed to be input in filter cylinder by oil feeding system, after in cartridge filter, mistake
Impurity under filter is deposited on filter cylinder bottom and enters in dreg removing system and is discharged, and purified oil liquid is then from the fuel-displaced of cartridge top portion
Mouth enters to be discharged in oil system, to obtain clean oil liquid.
Wherein, oil feeding system include oil pump 7, oil inlet be responsible for the 8, first oil inlet branch pipe 9, the second oil inlet branch pipe 10, third into
Oil inlet pipe 11, the output end of oil pump are responsible for one end with oil inlet and are connected to, and one end of three oil inlet branch pipes is respectively communicated with oil inlet and is responsible for, and three
The other end of a oil inlet branch pipe is connected to the oil inlet of the first filter cylinder, the second filter cylinder, third filter cylinder one-to-one correspondence respectively, at three
Oil control valve 12 is installed on oil inlet branch pipe respectively；Parallel way arrangement is formed between three filter cylinders；Pass through regulation oil inlet control
Valve opens or closes, can switch the oil liquid that oil feeding system is come in enter as needed the first filter cylinder or/and the second filter cylinder or/
In third filter cylinder, to enhance the using flexible of filter plant, and the amount of oil liquid is filtered as needed to select filter cylinder
Quantity uses, and reduces energy consumption.
Wherein, out oil system include the first oil outlet branch pipe 13, it is the second oil outlet branch pipe 14, third oil outlet branch pipe 15, fuel-displaced total
Pipe 16, one end of the first, second, third oil outlet branch pipe are corresponded with the oil outlet of the first, second, third cartridge top portion respectively
Connection is formed, oil control valve 17 is separately installed with out in the first, second, third oil outlet branch pipe；To close or open as needed
The discharge for opening oil liquid after purification in corresponding filter cylinder is also possible to prevent when the filter cylinder is not used, and in addition after filter cylinder discharge purification
Oil liquid be flowed into the filter cylinder.
Wherein, dreg removing system includes that slag extractor 18, deslagging are responsible for the 19, first deslagging branch pipe 20, the second deslagging branch pipe 21, the
Three deslagging branch pipes 22, one end of the first, second, third deslagging branch pipe respectively with the slag-drip opening of the first, second, third filter cylinder one by one
It is correspondingly formed connection, slagging coutrol valve 23 is installed on deslagging branch pipe, the other end of the first, second, third deslagging branch pipe connects
It is connected to deslagging supervisor, deslagging supervisor is connected to the input terminal of slag extractor.Oil liquid slag deposits in filter cylinder under filter in filter cylinder bottom, when
When needing deslagging, the slagging coutrol valve opened on corresponding deslagging branch pipe slag can be then discharged, and the slag of discharge is responsible for by deslagging
Into in slag extractor, filter plant is discharged, centralized collection, processing can be carried out to the slag that slag extractor is discharged.Slag extractor can be adopted
With currently used slagging structure, not described here any more.
Embodiment two
As shown in Fig. 2, filter plant further includes the 4th filter cylinder 24, the knot of the 4th filter cylinder on the basis of embodiment one
Structure is identical as the first filter cylinder or the second filter cylinder or third filter cylinder, and the 4th filter cylinder is in the rear of third filter cylinder；4th filter cylinder into
Hydraulic fluid port is connected to by the 4th oil inlet branch pipe 25 with oil inlet supervisor, and oil outlet is connected to by the 4th oil outlet branch pipe 26 with fuel-displaced supervisor,
Slag-drip opening is connected to by the 4th deslagging branch pipe 27 with deslagging supervisor；Switching control valve 28 is installed on oil inlet supervisor, the switching
Control valve is between the second filter cylinder, third filter cylinder, when closing switching control valve, oil inlet be responsible in oil liquid not can enter the
In three filter cylinders, the 4th filter cylinder.Such combination is then needed when needing using the first two filter cylinder (the first filter cylinder, the second filter cylinder)
Switching control valve is turned off, oil liquid to be filtered just cannot be introduced into latter two filter cylinder (third filter cylinder, the 4th filter cylinder), so that
Realize the flexible switching of two groups of (the first filter cylinder, the second filter cylinder are one group, and third filter cylinder, the 4th filter cylinder are one group) filter cylinders, simultaneously
When filter cylinder needs to safeguard, without shutting down, it is always ensured that filter plant is online, guarantees that filtration persistently carries out.
Filter cylinder employed in embodiment one, embodiment two is as shown in figure 3, include the open cylinder of bottom closed upper end
Body 29, cylinder is interior to form filtering chamber 30, is equipped with upper cover 31 in the upper end of cylinder, upper cover and cylinder upper end use flange method
Connection forms the partition of clamping notch 32 and card in clamping notch in upper cover lower end inner circumferential, the upper end inner circumferential of cylinder
33, it is formed between the top and upper cover of partition for the fuel-displaced chamber 34 that oil liquid stores after purification, oil outlet and fuel-displaced chamber connect
It is logical, it is then filtering chamber below partition；Several mounting holes are distributed on partition, a filter stick 35 is installed in each mounting hole,
As shown in figure 4, the lower end closed of filter stick, inner hollow, open upper end, the upper end of filter stick passes through mounting hole and extends to fuel-displaced chamber
In, lower end is arranged in filtering chamber in hang, in this way when there is oil liquid to enter in filtering chamber, due to the stream of oil liquid
It is dynamic, certain impact force is generated to filter stick lower end, the slag being attached on filter paper rolling is fallen on into filtering chamber bottom, in filtering
Be distributed on filter stick in chamber connection filtering chamber and filter stick inside through-hole 36, filter paper 37 is wrapped in outside filter stick, from into
Hydraulic fluid port enters the indoor oil liquid of filter chamber, is filtered out slag by the filtering of filter paper, and purified oil liquid then passes through filter paper, leads to
Hole flows into fuel-displaced chamber from the upper end of filter stick, is finally discharged from oil outlet branch pipe；Connect in the filter stick screw thread of partition upper and lower
It is connected to baffle ring 38, filter stick is installed on partition.In order to avoid from oil inlet enter the indoor oil liquid of filter chamber to close into
The filter stick of hydraulic fluid port generates biggish impact, and barrier plate 39 is welded at the oil inlet of filter cylinder inner wall, which is both ends weldering
It connects in filter cylinder inner wall, middle part is bent to form blocking portion to filter cylinder middle part, and the oil liquid that oil inlet enters is above and below on the inside of barrier plate
Direction flows into filtering chamber, will not collide filter stick, directly to extend the service life of filter stick.
Oil feeding system, filter device, dreg removing system, go out oil system packaging in a cabinet body 40, i.e., the input end of oil pump,
The outlet end of dreg removing system, the oil outlet for going out oil system reach outside cabinet body, form modularization assembling and use, easy for installation.
Claims (2)
1. a kind of filter plant, including oil feeding system, filter device, dreg removing system, out oil system, oil feeding system will be to be filtered
By going out oil system discharge after filtering in oil liquid input filter device, the slag in filter device under filter, which enters in dreg removing system, to be arranged
Out, which is characterized in that the filter device includes the first filter cylinder, the second filter cylinder, third filter cylinder independently arranged, the first filter cylinder,
Second filter cylinder, third filter cylinder side offer respectively connection cartridge interior oil inlet, top offers oil outlet, bottom respectively
Portion offers slag-drip opening respectively；
Oil feeding system includes oil pump, oil inlet supervisor, three oil inlet branch pipes, and the output end of oil pump is responsible for one end with oil inlet and is connected to, and three
One end of a oil inlet branch pipe be respectively communicated with oil inlet supervisor, the other end of three oil inlet branch pipes respectively with the first filter cylinder, the second filter cylinder,
The oil inlet of third filter cylinder corresponds connection, is installed into oil control valve respectively on three oil inlet branch pipes；
Oil system includes three oil outlet branch pipes, fuel-displaced general pipeline out, one end of three oil outlet branch pipes respectively with three cartridge top portions
Oil outlet corresponds to form connection, is separately installed with out oil control valve in three oil outlet branch pipes；
Dreg removing system include slag extractor, deslagging supervisor, three deslagging branch pipes, one end of three deslagging branch pipes respectively with three filter cylinders
Slag-drip opening correspond to form connection, the other end of three deslagging branch pipes is connected to deslagging supervisor, is equipped on deslagging branch pipe
Slagging coutrol valve, deslagging supervisor are connected to the input terminal of slag extractor.
2. a kind of filter plant as described in claim 1, which is characterized in that the filter plant further includes the 4th filter cylinder, the
The structure of four filter cylinders is identical as the first filter cylinder or the second filter cylinder or third filter cylinder, and the 4th filter cylinder is in the rear of third filter cylinder；
The oil inlet of 4th filter cylinder is connected to by the 4th oil inlet branch pipe with oil inlet supervisor, and oil outlet is by the 4th oil outlet branch pipe and goes out
Oil supervisor's connection, slag-drip opening are connected to by the 4th deslagging branch pipe with deslagging supervisor；
Switching control valve is installed on oil inlet supervisor, which is between the second filter cylinder, third filter cylinder, is closing
When switching control valve, the oil liquid in oil inlet supervisor not can enter third filter cylinder, in the 4th filter cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820681218.1U CN208389520U (en) | 2018-05-07 | 2018-05-07 | A kind of filter plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820681218.1U CN208389520U (en) | 2018-05-07 | 2018-05-07 | A kind of filter plant |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208389520U true CN208389520U (en) | 2019-01-18 |
Family
ID=65062481
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820681218.1U Expired - Fee Related CN208389520U (en) | 2018-05-07 | 2018-05-07 | A kind of filter plant |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208389520U (en) |
-
2018
- 2018-05-07 CN CN201820681218.1U patent/CN208389520U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190118 Termination date: 20190507 |