CN207980640U - Glass cleaner ultra-filtration system - Google Patents
Glass cleaner ultra-filtration system Download PDFInfo
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- CN207980640U CN207980640U CN201721288762.1U CN201721288762U CN207980640U CN 207980640 U CN207980640 U CN 207980640U CN 201721288762 U CN201721288762 U CN 201721288762U CN 207980640 U CN207980640 U CN 207980640U
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Abstract
A kind of glass cleaner ultra-filtration system is used for filter glass cleaning agent, glass cleaner ultra-filtration system includes water tank, coarse filter, water pump, first accurate filter, second accurate filter, third accurate filter and filter pipeline, water tank, coarse filter, water pump, first accurate filter, second accurate filter and third accurate filter are sequentially connected in series by filter pipeline, the filtering accuracy of second accurate filter and third accurate filter is more than the filtering accuracy of the first accurate filter, the filtering accuracy of first accurate filter is greater than or equal to 1um.The glass cleaner ultra-filtration system of the utility model can filter the impurity that grain size is less than 1um, and use physical filtering, and filtered glass cleaner will not change chemical property, the service life of glass cleaner can not only be extended, reduce entreprise cost, moreover it is possible to discharge is reduced, it is environmentally friendly.
Description
Technical field
The utility model is related to glass cleaner Remanufacture technical field, more particularly to a kind of glass cleaner precision mistake
Filter system.
Background technology
Glass cleaner is used to clean the greasy dirt of glass surface, and main component is surfactant, slightly alkalinity or tool
It is neutral.The non-polar group simultaneously in its molecule of glass cleaner with hydrophilic polar group and oleophylic, when its addition
When seldom, the surface tension and light-liquid interfacial tension of solvent (being usually water) can be substantially reduced, and have and lubricate, is solubilized,
The effects that emulsification, dispersion and washing.Glass cleaner has been widely used in family life and industrial cleaning.
Glass cleaner can deposit more and more impurity during being used for a long time, wherein impurity include colloidal suspensions,
Sandstone, chips of glass etc. make the using effect of glass cleaner and performance drastically decline due to increasing for impurity.In traditional glass
In glass cleaning agent filter type, filtering accuracy all arrives several millimeters at tens microns mostly, and traditional filtering mode needs to use
A large amount of consumptive materials, use cost are high.After glass cleaner is recycled for a long time, the minute impurities grain size of deposition is likely less than one
Micron, traditional filtering mode more have no idea to filter minute impurities, so these glass cleaners can only carry out at recycling discharge
Reason.And glass cleaner not only price, and use cost is very high, pollutes the environment.
Utility model content
The purpose of the utility model is to provide a kind of glass cleaner ultra-filtration systems, can filter grain size and be less than
The impurity of 1um, and physical filtering is used, filtered glass cleaner will not change chemical property, can not only extend glass
The service life of glass cleaning agent reduces entreprise cost, moreover it is possible to discharge is reduced, it is environmentally friendly.
The utility model solves its technical problem using technical solution below to realize.
A kind of glass cleaner ultra-filtration system is used for filter glass cleaning agent, the glass cleaner ultra-filtration system
Including water tank, coarse filter, water pump, the first accurate filter, the second accurate filter, third accurate filter and screen pipe
Road, water tank, coarse filter, water pump, the first accurate filter, the second accurate filter and third accurate filter pass through screen pipe
Road is sequentially connected in series, and the filtering accuracy of the second accurate filter and third accurate filter is more than the mistake of the first accurate filter
Precision is filtered, the filtering accuracy of the first accurate filter is greater than or equal to 1um.
In the preferred embodiment of the utility model, above-mentioned first accurate filter is that filtering accuracy is greater than or equal to 1um
Oil suction filtering bag filter；Second accurate filter is the accurate filter that filtering accuracy is greater than or equal to 0.3um；Third is accurate
Filter is the accurate filter that filtering accuracy is greater than or equal to 0.1um.
In the preferred embodiment of the utility model, above-mentioned coarse filter is the filter cylinder that filtering accuracy is greater than or equal to 2mm
Filter.
In the preferred embodiment of the utility model, above-mentioned glass cleaner ultra-filtration system further include the first air source,
Second air source, exhaust canister, cloth envelop collector, the first drain air inlet pipe, the first recoil air inlet pipe, the first drain pipe and the first deslagging
Pipe, the first drain air inlet pipe are connected between the first air source and the second accurate filter, and the first recoil air inlet pipe is connected to second
Between air source and the second accurate filter, the first drain pipe is connected between the second accurate filter and exhaust canister, exhaust canister with
Water tank is connected to, and the first scum pipe is connected between the second accurate filter and cloth envelop collector.
In the preferred embodiment of the utility model, above-mentioned glass cleaner ultra-filtration system further include the second drain into
Tracheae, the second recoil air inlet pipe, the second drain pipe and the second scum pipe, the second drain air inlet pipe are connected to the first air source and third
Between accurate filter, the second recoil air inlet pipe is connected between the second air source and third accurate filter, and the second drain pipe connects
It is connected between third accurate filter and exhaust canister, exhaust canister is connected to the water tank, and the second scum pipe is connected to third precision mistake
Between filter and cloth envelop collector.
In the preferred embodiment of the utility model, above-mentioned glass cleaner ultra-filtration system further includes carbon filter,
Carbon filter is connected on the filter pipeline between the first accurate filter and the second accurate filter.
In the preferred embodiment of the utility model, above-mentioned glass cleaner ultra-filtration system further include third drain into
Tracheae, third recoil air inlet pipe, third drain pipe and third scum pipe, third drain air inlet pipe are connected to the first air source and carbon mistake
Between filter, third recoil air inlet pipe is connected between the second air source and carbon filter, and third drain pipe is connected to carbon filter
Between exhaust canister, exhaust canister is connected to water tank, and third scum pipe is connected between carbon filter and cloth envelop collector.
In the preferred embodiment of the utility model, above-mentioned filter pipeline, the first drain air inlet pipe, the first recoil air inlet
Pipe, the first drain pipe and the first scum pipe are equipped with multiple ball valves, and glass cleaner ultra-filtration system further includes control filtering
The control device of system work, control device are electrically connected respectively at water pump and each ball valve.
The glass cleaner ultra-filtration system of the utility model is used for filter glass cleaning agent, and the glass cleaner is accurate
Filtration system water tank, coarse filter, water pump, the first accurate filter, the second accurate filter and third accurate filter pass through
Filter pipeline is sequentially connected in series, and the filtering accuracy of the second accurate filter and third accurate filter is more than the first secondary filter
The filtering accuracy of the filtering accuracy of device, the first accurate filter is greater than or equal to 1um.The glass cleaner of the utility model is accurate
Filtration system can filter the impurity that grain size is less than 1um, and use physical filtering, and filtered glass cleaner will not change
Property is learned, the service life of glass cleaner can be not only extended, reduces entreprise cost, moreover it is possible to discharge is reduced, it is environmentally friendly.
The above description is merely an outline of the technical solution of the present invention, in order to better understand the skill of the utility model
Art means, and being implemented in accordance with the contents of the specification, and in order to allow the above and other purpose, feature of the utility model
It can be clearer and more comprehensible with advantage, it is special below to lift preferred embodiment, and coordinate attached drawing, it is described in detail.
Description of the drawings
Fig. 1 is the structural schematic diagram of the glass cleaner ultra-filtration system of the utility model.
Fig. 2 is the flow diagram of the glass cleaner precision filtering method of the utility model.
Fig. 3 is the stream that second accurate filter of glass cleaner precision filtering method pair of the utility model is backwashed
Journey schematic diagram.
Fig. 4 is the stream that the glass cleaner precision filtering method of the utility model backwashes third accurate filter
Journey schematic diagram.
Fig. 5 is that the flow that the glass cleaner precision filtering method of the utility model backwashes carbon filter is illustrated
Figure.
Specific implementation mode
Further to illustrate that the utility model is to reach the technological means and effect that predetermined purpose of utility model is taken,
Below in conjunction with attached drawing and preferred embodiment, to according to the utility model proposes glass cleaner ultra-filtration system specific reality
Mode, structure, feature and its effect are applied, detailed description are as follows:
Aforementioned and other technology contents, feature and effect in relation to the utility model, following cooperation with reference to schema compared with
It can be clearly appeared from the detailed description of good embodiment.By the explanation of specific implementation mode, when can be to the utility model up to
The technological means and effect taken at predetermined purpose are able to more go deep into and specifically understand, however institute's accompanying drawings are only to provide
Reference and description is used, and is not used for limiting the utility model.
Fig. 1 is the structural schematic diagram of the glass cleaner ultra-filtration system of the utility model.As shown in Figure 1, clearing glass
Lotion ultra-filtration system 100 include water tank 11, coarse filter 13, water pump 14, carbon filter 15, the first accurate filter 16a,
Second accurate filter 16b, third accurate filter 16c, the first air source 17a, the second air source 17b, exhaust canister 18, Bag filter
Device 19, control device (not shown), filter pipeline 21, the first drain air inlet pipe 22a, the second drain air inlet pipe 22b, third drain
Air inlet pipe 22c, the first recoil air inlet pipe 23a, the second recoil air inlet pipe 23b, third recoil air inlet pipe 23c, the first drain pipe
24a, the second drain pipe 24b, third drain pipe 24c, the first scum pipe 25a, the second scum pipe 25b and third scum pipe 25c.
Water tank 11, coarse filter 13, water pump 14, the first accurate filter 16a, carbon filter 15, the second accurate filter
16b and third accurate filter 16c are sequentially connected in series by filter pipeline 21, that is to say, that the glass cleaning in water tank 11
Agent can pass through coarse filter 13, the first accurate filter 16a, carbon filter 15, the second accurate filter 16b and third essence successively
It is returned in water tank 11 after close filter 16c filterings.Wherein, the filtering of the second accurate filter 16b and third accurate filter 16c
Precision is more than the filtering accuracy of the first accurate filter 16a, that is to say, that the second accurate filter 16b and third secondary filter
Device 16c can filter the smaller impurity of grain size than the first accurate filter 16a.In the present embodiment, filter pipeline 21 is equipped with more
The quantity of a ball valve, ball valve can freely increase and decrease according to actual needs, it is preferable that the first accurate filter 16a and carbon filter 15
Between filter pipeline 21 be equipped with the first ball valve；Filter pipeline 21 between carbon filter 15 and the second accurate filter 16b
It is equipped with the second ball valve；Filter pipeline 21 between second accurate filter 16b and third accurate filter 16c is equipped with third
Ball valve；Filter pipeline 21 between third accurate filter 16c and water tank 11 is equipped with the 4th ball valve.
Specifically, coarse filter 13 is the filtering cartridge filter that filtering accuracy is greater than or equal to 2mm, when the mistake of coarse filter 13
Filter precision be 2mm when, i.e., coarse filter 13 can filter out grain size be greater than or equal to 2mm impurity, can protect water pump 14 not by
Block damage.
The output flow of water pump 14 is 1.5 ton hours, and water pump 14 is flowed for providing glass cleaner in filter pipeline 21
Dynamic power.In the present embodiment, it is connected with water return pipeline 26 on the water inlet end of water pump 14 and the filter pipeline of water outlet 21, returned
Water lines 26 are equipped with manual ball valve, when the pressure in filter pipeline 21 is excessive, can open manual ball valve, reduce filter pipeline
Pressure in 21.
First accurate filter 16a is the oil suction filtering bag filter that filtering accuracy is greater than or equal to 1um, when the first accurate mistake
When the filtering accuracy of filter 16a is 1um, i.e. the first accurate filter 16a can filter out the impurity that grain size is greater than or equal to 1mm,
The first accurate filter 16a can also adsorb the greasy dirt in glass cleaner simultaneously.
Carbon filter 15 is filtered using activated carbon, there are many carbon-point in carbon filter 15, in adsorbable glass cleaner
Minute impurities can especially filter out colored impurity in glass cleaner.
Second accurate filter 16b is the accurate filter that filtering accuracy is greater than or equal to 0.3um, when the second secondary filter
When the filtering accuracy of device 16b is 0.3um, i.e. it is miscellaneous more than or equal to 0.3um that the second accurate filter 16b can filter out grain size
Matter.
Third accurate filter 16c is the accurate filter that filtering accuracy is greater than or equal to 0.1um, when third secondary filter
When the filtering accuracy of device 16c is 0.1um, i.e. it is miscellaneous more than or equal to 0.1um that third accurate filter 16c can filter out grain size
Matter makes the impurity in glass cleaner be thoroughly removed, and filtered glass cleaner can reach or be cleaned close to new glass
The cleanliness factor of agent is so that it can continue normal use.Due to using physical filtering, filtered glass cleaner will not change
Property is learned, the service life of glass cleaner can be not only extended, reduces entreprise cost, moreover it is possible to discharge is reduced, it is environmentally friendly.
Control device is electrically connected with water pump 14, ball valve respectively, control device can control the unlatching of water pump 14 and ball valve with
It closes, realizes that the glass cleaner ultra-filtration system 100 of the utility model carries out automatic fitration.In the present embodiment, it controls
Device realizes the intelligent control to glass cleaner ultra-filtration system 100 using PLC control system, but is not limited thereto.
In the present embodiment, after filtering a period of time, the second accurate filter 16b, third accurate filter 16c and carbon
The filter core of filter 15 can adhere to more and more impurity, when impurity more to a certain degree after need automatic backflushing deslagging.
Specifically, the first drain air inlet pipe 22a is connected between the first air source 17a and the second accurate filter 16b, and first
Recoil air inlet pipe 23a is connected between the second air source 17b and the second accurate filter 16b, and the first drain pipe 24a is connected to second
Between accurate filter 16b and exhaust canister 18, exhaust canister 18 is connected to water tank 11, and the first scum pipe 25a is connected to the second precision
Between filter 16b and cloth envelop collector 19.In the present embodiment, the liquid that cloth envelop collector 19 filters can enter water tank 11
In, or be discharged into foul water tank 11, it according to actual needs can unrestricted choice.
It is set on first drain air inlet pipe 22a, the first recoil air inlet pipe 23a, the first drain pipe 24a and the first scum pipe 25a
There are multiple ball valves, the quantity of ball valve that can freely increase and decrease according to actual needs, it is preferable that the first drain air inlet pipe 22a is equipped with the
One pressure sensor 27a and the 5th ball valve；First recoil air inlet pipe 23a is equipped with the 6th ball valve；First drain pipe 24a is equipped with
7th ball valve；First scum pipe 25a is equipped with the 8th ball valve.In the present embodiment, control device is sensed with first pressure respectively
Device 27a and each ball valve are electrically connected, when first pressure sensor 27a senses that the pressure in the second accurate filter 16b is more than
When setting value, control device control water pump 14 is stopped, and closes the second ball valve and third ball valve, opens the 5th ball valve and the 7th
Ball valve, while starting the first air source 17a, the first air source 17a and exporting low-pressure air by the clearing glass in the second accurate filter 16b
Lotion is discharged into water tank 11；It is then shut off the first air source 17a, the 5th ball valve and the 7th ball valve, opens the 6th ball valve and the 8th ball
Valve, while starting the second air source 17b, the second air source 17b output pressure-airs will be miscellaneous on filter core in the second accurate filter 16b
Matter is sprung back in cloth envelop collector 19.It is noted that when the pressure in cloth envelop collector 19 is greater than the set value, need temporarily
Stop filtration system, deslagging is carried out to cloth envelop collector 19 manually, and cleans filter bag or replace filter bag.
Further, it is equipped with turbulent structure in exhaust canister 18, air velocity is made to decline, it will not by the air of air filtering core
Workshop air is polluted, soiling solution moisture contained in gas is discharged to downwards by cyclonic separation in water tank 11.
The filtering accuracy of cloth envelop collector 19 is greater than or equal to 1mm, when the filtering accuracy of cloth envelop collector 19 is 1mm,
I.e. cloth envelop collector 19 can filter out the impurity that grain size is greater than or equal to 1mm.
Second drain air inlet pipe 22b is connected between the first air source 17a and third accurate filter 16c, second recoil into
Tracheae 23b is connected between the second air source 17b and third accurate filter 16c, and the second drain pipe 24b is connected to third precision mistake
Between filter 16c and exhaust canister 18, the second scum pipe 25b is connected between third accurate filter 16c and cloth envelop collector 19.
In the present embodiment, the liquid that cloth envelop collector 19 filters can enter in water tank 11, or be discharged into foul water tank 11, according to reality
Needing can unrestricted choice.
It is set on second drain air inlet pipe 22b, the second recoil air inlet pipe 23b, the second drain pipe 24b and the second scum pipe 25b
There are multiple ball valves, the quantity of ball valve that can freely increase and decrease according to actual needs, it is preferable that the second drain air inlet pipe 22b is equipped with the
Two pressure sensor 27b and the 9th ball valve；Second recoil air inlet pipe 23b is equipped with the tenth ball valve；Second drain pipe 24b is equipped with
11st ball valve；Second scum pipe 25b is equipped with the 12nd ball valve.In the present embodiment, control device respectively with second pressure
Sensor 27b and each ball valve are electrically connected, when second pressure sensor 27b senses the pressure in third accurate filter 16c
When being greater than the set value, control device control water pump 14 is stopped, and closes third ball valve and the 4th ball valve, open the 9th ball valve and
11st ball valve, while starting the first air source 17a, the first air source 17a output low-pressure airs will be in third accurate filter 16c
Glass cleaner is discharged into water tank 11；It is then shut off the first air source 17a, the 9th ball valve and the 11st ball valve, opens the tenth ball valve
With the 12nd ball valve, while starting the second air source 17b, the second air source 17b output pressure-airs will be in third accurate filter 16c
Impurity on filter core is sprung back in cloth envelop collector 19.It is noted that when the pressure in cloth envelop collector 19 is more than setting
It when value, needs to suspend filtration system, deslagging is carried out to cloth envelop collector 19 manually, and clean filter bag or replace filter bag.
Third drain air inlet pipe 22c is connected between the first air source 17a and carbon filter 15, third recoil air inlet pipe 23c
Be connected between the second air source 17b and carbon filter 15, third drain pipe 24c be connected to carbon filter 15 and exhaust canister 18 it
Between, third scum pipe 25c is connected between carbon filter 15 and cloth envelop collector 19.In the present embodiment, cloth envelop collector 19
The liquid of filtering can enter in water tank 11, or be discharged into foul water tank 11, according to actual needs can unrestricted choice.
It is set on third drain air inlet pipe 22c, third recoil air inlet pipe 23c, third drain pipe 24c and third scum pipe 25c
There are multiple ball valves, the quantity of ball valve that can freely increase and decrease according to actual needs, it is preferable that third drain air inlet pipe 22c is equipped with the
Three pressure sensor 27c and the 13rd ball valve；Third recoils air inlet pipe 23c equipped with the 14th ball valve；On third drain pipe 24c
Equipped with the 15th ball valve；Third scum pipe 25c is equipped with the 16th ball valve.In the present embodiment, control device respectively with third
Pressure sensor 27c and each ball valve are electrically connected, when third pressure sensor 27c senses that the pressure in carbon filter 15 is more than
When setting value, control device control water pump 14 is stopped, and closes the first ball valve and the second ball valve, opens the 13rd ball valve and the
15 ball valves, while starting the first air source 17a, the first air source 17a and exporting low-pressure air by the glass cleaning in carbon filter 15
Agent is discharged into water tank 11；It is then shut off the first air source 17a, the 13rd ball valve and the 15th ball valve, opens the 14th ball valve and the
16 ball valves, while starting the second air source 17b, the second air source 17b output pressure-airs will be miscellaneous on filter core in carbon filter 15
Matter is sprung back in cloth envelop collector 19.It is noted that when the pressure in cloth envelop collector 19 is greater than the set value, need temporarily
Stop filtration system, deslagging is carried out to cloth envelop collector 19 manually, and cleans filter bag or replace filter bag.
In the present embodiment, the first accurate filter of the glass cleaner ultra-filtration system 100 of the utility model
16a, carbon filter 15, the second accurate filter 16b and third accurate filter 16c are equipped with the pressure for sensing pressure size
Power table.Pipeline between first scum pipe 25a, the second scum pipe 25b and third scum pipe 25c and exhaust canister 18 and water tank 11
It is equipped with hand-operated valve, is used for manual drainage.Three essences are provided in the glass cleaner ultra-filtration system 100 of the utility model
Close filter 16a, 16b, 16c, but be not limited thereto, precision can be also set more in glass cleaner ultra-filtration system 100
High accurate filter, setting quantity can unrestricted choice according to actual needs.
Fig. 2 is the flow diagram of the glass cleaner precision filtering method of the utility model.As depicted in figs. 1 and 2, originally
The glass cleaner precision filtering method of utility model utilizes above-mentioned glass cleaner ultra-filtration system 100, the clearing glass
The step of lotion precision filtering method includes：
Step S1 starts water pump 14, glass cleaner is made to be flowed in filter pipeline 21.
Step S2 filters the large granular impurity that grain size is less than or equal to 2mm using coarse filter 13.
Specifically, coarse filter 13 is the filtering cartridge filter that filtering accuracy is greater than or equal to 2mm, when the mistake of coarse filter 13
Filter precision be 2mm when, using coarse filter 13 filter out grain size be greater than or equal to 2mm impurity, to protect water pump 14 not by
Block damage.
Step S3 is less than or equal to the impurity of 1um using the first accurate filter 16a filtering grain sizes.
Specifically, the first accurate filter 16a is the oil suction filtering bag filter that filtering accuracy is greater than or equal to 1um, when the
When the filtering accuracy of one accurate filter 16a is 1um, filters out grain size using the first accurate filter 16a and be greater than or equal to 1mm
Impurity, while utilizing the greasy dirt in the first accurate filter 16a absorption glass cleaner.
Step S4 adsorbs minute impurities and colored impurity using carbon filter 15.
Specifically, carbon filter 15 is filtered using activated carbon, and there are many carbon-points in carbon filter 15, utilize carbon filter 15
The minute impurities in glass cleaner are adsorbed, colored impurity in glass cleaner can be especially filtered out.
Step S5 filters minute impurities using the second accurate filter 16b and third accurate filter 16c, and second is accurate
The filtering accuracy of filter 16b and third accurate filter 16c are more than the filtering accuracy of the first accurate filter 16a.
Specifically, the second accurate filter 16b is the accurate filter that filtering accuracy is greater than or equal to 0.3um, when second
When the filtering accuracy of accurate filter 16b is 0.3um, filters out grain size using the second accurate filter 16b and be greater than or equal to
The impurity of 0.3um.
Third accurate filter 16c is the accurate filter that filtering accuracy is greater than or equal to 0.1um, when third secondary filter
When the filtering accuracy of device 16c is 0.1um, it is miscellaneous more than or equal to 0.1um to filter out grain size using third accurate filter 16c
Matter makes the impurity in glass cleaner be thoroughly removed, and filtered glass cleaner can reach or be cleaned close to new glass
The cleanliness factor of agent is so that it can continue normal use.In the present embodiment, due to using physical filtering, filtered clearing glass
Lotion will not change chemical property, can not only extend the service life of glass cleaner, reduce entreprise cost, moreover it is possible to the row of reduction
It puts, it is environmentally friendly.
Fig. 3 is the stream that second accurate filter of glass cleaner precision filtering method pair of the utility model is backwashed
Journey schematic diagram.As shown in figure 3, the step of being backwashed to the second accurate filter 16b includes：
Step N1 provides low-pressure gas, by the second secondary filter using the first air source 17a for the second accurate filter 16b
Glass cleaner in device 16b is discharged into water tank 11.
Specifically, it is stopped using control device control water pump 14, closes the second ball valve and third ball valve, open the 5th
Ball valve and the 7th ball valve, while starting the first air source 17a, the first air source 17a and exporting low-pressure air by the second accurate filter 16b
In glass cleaner be discharged into water tank 11；
Step N2 provides high pressure gas, by the second secondary filter using the second air source 17b for the second accurate filter 16b
Filter residue on device 16b is swept away, and filter residue is discharged into cloth envelop collector 19.
Specifically, it is controlled using control device and closes the first air source 17a, the 5th ball valve and the 7th ball valve, open the 6th ball
Valve and the 8th ball valve, while starting the second air source 17b, the second air source 17b output pressure-airs will be in the second accurate filter 16b
Impurity on filter core is sprung back in cloth envelop collector 19.
Fig. 4 is the stream that the glass cleaner precision filtering method of the utility model backwashes third accurate filter
Journey schematic diagram.As shown in figure 4, the step of being backwashed to third accurate filter 16c includes：
Step M1 provides low-pressure gas, by third secondary filter using the first air source 17a for third accurate filter 16c
Glass cleaner in device 16c is discharged into water tank 11.
Specifically, it is stopped using control device control water pump 14, closes third ball valve and the 4th ball valve, open the 9th
Ball valve and the 11st ball valve, while starting the first air source 17a, the first air source 17a and exporting low-pressure air by third accurate filter
Glass cleaner in 16c is discharged into water tank 11.
Step M2 provides high pressure gas, by third secondary filter using the second air source 17b for third accurate filter 16c
Filter residue on device 16c is swept away, and filter residue is discharged into cloth envelop collector 19.
Specifically, it is controlled using control device and closes the first air source 17a, the 9th ball valve and the 11st ball valve, open the tenth
Ball valve and the 12nd ball valve, while starting the second air source 17b, the second air source 17b and exporting pressure-air by third accurate filter
Impurity in 16c on filter core is sprung back in cloth envelop collector 19.
Fig. 5 is that the flow that the glass cleaner precision filtering method of the utility model backwashes carbon filter is illustrated
Figure.As shown in figure 5, the step of being backwashed to carbon filter 15 includes：
Step K1 is that carbon filter 15 provides low-pressure gas using the first air source 17a, by the clearing glass in carbon filter 15
Lotion is discharged into water tank 11.
Specifically, it is stopped using control device control water pump 14, closes the first ball valve and the second ball valve, open the tenth
Three ball valves and the 15th ball valve, while starting the first air source 17a, the first air source 17a output low-pressure airs will be in carbon filter 15
Glass cleaner be discharged into water tank 11.
Step K2 is that carbon filter 15 provides high pressure gas using the second air source 17b, the filter residue on carbon filter 15 is rushed
Under, and filter residue is discharged into cloth envelop collector 19.
Specifically, it is controlled using control device and closes the first air source 17a, the 13rd ball valve and the 15th ball valve, open the
14 ball valves and the 16th ball valve, while starting the second air source 17b, the second air source 17b and exporting pressure-air by carbon filter 15
Impurity on middle filter core is sprung back in cloth envelop collector 19.
The glass cleaner ultra-filtration system 100 of the utility model is used for filter glass cleaning agent, the glass cleaner
Water tank 11, coarse filter 12, water pump 14, the first accurate filter 16a, the second accurate filter 16b of ultra-filtration system 100
It is sequentially connected in series by filter pipeline 21 with third accurate filter 16c, third accurate filter 16c and the second secondary filter
The filtering accuracy of device 16b is more than the filtering accuracy of the first accurate filter 16a, and the filtering accuracy of the first accurate filter 16a is big
In or equal to 1um.The glass cleaner ultra-filtration system 100 of the utility model can filter out the impurity that grain size is less than 1um, and
And physical filtering is used, filtered glass cleaner will not change chemical property, can not only extend making for glass cleaner
With the service life, entreprise cost is reduced, moreover it is possible to discharge is reduced, it is environmentally friendly.
Preferred embodiments of the present invention are described in detail above in association with attached drawing, but the utility model is not limited to
Detail in the above embodiment can be to the technology of the utility model in the range of the technology design of the utility model
Scheme carries out a variety of simple variants, these simple variants belong to the scope of protection of the utility model.In above-mentioned specific embodiment party
Each particular technique feature described in formula can be combined by any suitable means in the case of no contradiction.
In order to avoid unnecessary repetition, the utility model no longer separately illustrates various combinations of possible ways.
Claims (8)
1. a kind of glass cleaner ultra-filtration system, which is characterized in that be used for filter glass cleaning agent, glass cleaner essence
Close filtration system includes water tank (11), coarse filter (13), water pump (14), the first accurate filter (16a), the second secondary filter
Device (16b), third accurate filter (16c) and filter pipeline (21), the water tank (11), coarse filter (13), water pump (14),
One accurate filter (16a), the second accurate filter (16b) and third accurate filter (16c) pass through the filter pipeline (21)
Be sequentially connected in series, the filtering accuracy of second accurate filter (16b) and the third accurate filter (16c) be more than this first
The filtering accuracy of the filtering accuracy of accurate filter (16a), first accurate filter (16a) is greater than or equal to 1um, the glass
Cleaning agent ultra-filtration system further includes the first air source (17a), the second drain air inlet pipe (22b), the second drain air inlet pipe
(22b) is connected between first air source (17a) and the third accurate filter (16c), in the second drain air inlet pipe (22b)
Equipped with second pressure sensor (27a).
2. glass cleaner ultra-filtration system as described in claim 1, which is characterized in that first accurate filter
(16a) is the oil suction filtering bag filter that filtering accuracy is greater than or equal to 1um；Second accurate filter (16b) is filtering accuracy
Accurate filter more than or equal to 0.3um；The third accurate filter (16c) is filtering accuracy more than or equal to 0.1um's
Accurate filter.
3. glass cleaner ultra-filtration system as described in claim 1, which is characterized in that the coarse filter (13) is filtering
Precision is greater than or equal to the filtering cartridge filter of 2mm.
4. glass cleaner ultra-filtration system as described in claim 1, which is characterized in that the glass cleaner secondary filter
System further includes the second air source (17b), exhaust canister (18), cloth envelop collector (19), the first drain air inlet pipe (22a), first anti-
Tracheae (23a), the first drain pipe (24a) and the first scum pipe (25a) are rushed in, which is connected to this
Between first air source (17a) and second accurate filter (16b), which is connected to second gas
Between source (17b) and second accurate filter (16b), which is connected to second accurate filter
Between (16b) and the exhaust canister (18), which is connected to the water tank (11), which is connected to
Between second accurate filter (16b) and the cloth envelop collector (19).
5. glass cleaner ultra-filtration system as claimed in claim 4, which is characterized in that the glass cleaner secondary filter
System further includes the second recoil air inlet pipe (23b), the second drain pipe (24b) and the second scum pipe (25b), the second recoil air inlet
Pipe (23b) is connected between second air source (17b) and the third accurate filter (16c), second drain pipe (24b) connection
Between the third accurate filter (16c) and the exhaust canister (18), which is connected to the water tank (11), this second
Scum pipe (25b) is connected between the third accurate filter (16c) and the cloth envelop collector (19).
6. glass cleaner ultra-filtration system as claimed in claim 5, which is characterized in that the glass cleaner secondary filter
System further includes carbon filter (15), which is connected to first accurate filter (16a) and second precision
On filter pipeline (21) between filter (16b).
7. glass cleaner ultra-filtration system as claimed in claim 6, which is characterized in that the glass cleaner secondary filter
System further includes third drain air inlet pipe (22c), third recoil air inlet pipe (23c), third drain pipe (24c) and third scum pipe
(25c), the third drain air inlet pipe (22c) are connected between first air source (17a) and the carbon filter (15), and the third is anti-
It rushes in tracheae (23c) to be connected between second air source (17b) and the carbon filter (15), the third drain pipe (24c) connection
Between the carbon filter (15) and the exhaust canister (18), which is connected to the water tank (11), the third scum pipe
(25c) is connected between the carbon filter (15) and the cloth envelop collector (19).
8. glass cleaner ultra-filtration system as claimed in claim 4, which is characterized in that filter pipeline (21), first
Drain air inlet pipe (22a), the first recoil air inlet pipe (23a), the first drain pipe (24a) and the first scum pipe (25a) are equipped with more
A ball valve, the glass cleaner ultra-filtration system further include the control device for controlling filtration system work, the control device point
It is not electrically connected in the water pump (14) and each ball valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721288762.1U CN207980640U (en) | 2017-09-30 | 2017-09-30 | Glass cleaner ultra-filtration system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721288762.1U CN207980640U (en) | 2017-09-30 | 2017-09-30 | Glass cleaner ultra-filtration system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207980640U true CN207980640U (en) | 2018-10-19 |
Family
ID=63804482
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721288762.1U Expired - Fee Related CN207980640U (en) | 2017-09-30 | 2017-09-30 | Glass cleaner ultra-filtration system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207980640U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107626144A (en) * | 2017-09-30 | 2018-01-26 | 东莞安默琳机械制造技术有限公司 | Glass cleaner ultra-filtration system and its method |
-
2017
- 2017-09-30 CN CN201721288762.1U patent/CN207980640U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107626144A (en) * | 2017-09-30 | 2018-01-26 | 东莞安默琳机械制造技术有限公司 | Glass cleaner ultra-filtration system and its method |
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