CN206783411U - A kind of industrial antisludging equipment of vaporation-type recirculating cooling water system - Google Patents
A kind of industrial antisludging equipment of vaporation-type recirculating cooling water system Download PDFInfo
- Publication number
- CN206783411U CN206783411U CN201720286631.3U CN201720286631U CN206783411U CN 206783411 U CN206783411 U CN 206783411U CN 201720286631 U CN201720286631 U CN 201720286631U CN 206783411 U CN206783411 U CN 206783411U
- Authority
- CN
- China
- Prior art keywords
- water
- antisludging equipment
- flowing flux
- industrial
- excessively stream
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Water Treatment By Electricity Or Magnetism (AREA)
Abstract
The utility model discloses a kind of industrial antisludging equipment of vaporation-type recirculating cooling water system, it is：One container, flowing flux of turning back back and forth is provided with inside container, the inlet and outlet for crossing flowing flux are respectively provided at container both ends, cross in flowing flux and excessively stream bar or excessively stream fin are installed, cross flowing flux and be externally provided with antisludging equipment magnet chamber, antisludging equipment magnet intracavitary is put permanent magnet, excessively stream bar and excessively stream fin and is made up of the solid metal of the mesoporous embedded excitaton source raw material and composite of prior art.The utility model uses non-chemical high-energy physics energy magnetic resonance field of force water conditioning process, and water quality is more effectively handled.
Description
Technical field
It the utility model is related to a kind of industrial antisludging equipment of vaporation-type recirculating cooling water system.
Background technology
Industrial circulating cooling water system is the important component of the equipment of industrial product, the heat friendship in most of industrial production
Change is completed by recirculating cooling water system.Industrial circulating cooling water system turns into the industrial rich and influential family of water consumption first, while
It is the rich and influential family for producing trade effluent.Further, although central air-conditioning recirculating cooling water system flow is not so good as industrial circulating cooling water system
Flow of uniting is big, but the central air conditioner system incredible amount of social every profession and trade, and water consumption, causes the main of secondary environmental pollution
One of pollution sources.
Industrial circulating cooling water system has numerous application fields, such as the recirculating cooling water system of evaporating type condensing air-conditioning is
Its temperature is reduced by cooling down structures.Using the water and air contact of circulation, by the evaporative heat loss of water, heat transfer and hot spoke
Penetrate three kinds of mode collective effects and realize the reduction of water temperature between cooling water system import and outlet.Water consumption is mainly manifested in evaporation
Water that process is taken away by force and the water being discharged for stabilizing water quality dirtiness resistance value.System supplement water is typically using clean
Net natural water or running water.The cooling structures that common evaporating type condensing air-conditioning is selected have closing tubular constructions and opened respectively
Put the major class of plate-like construction two.
The process of the constantly circulation heating and cooling of cooling medium-water, while be constantly water consumption and a moisturizing
Process.The process can cause it is a series of to water, the related technical problem such as water quality, water temperature change.For example, substantial amounts of cooling water
In evaporation heating, in coacervation process, inevitably, heat-exchange apparatus (cooling structures) in recirculating cooling water system to
Water side metal covering has following reaction：
(1) metal erosion as caused by dissolved oxygen and produce iron dirt；
(2) incrustation scale is caused in heating surface accumulation by water heteroion (anion and cation)；
(3) grown by microorganism in flow-passing surface and cause biofouling.
The appearance of dirty (iron dirt, incrustation scale, biofouling), the phenomenon of underdeposit corrosion, not only cause various heat-exchange apparatus operations
When cooling range (cooling structures import and export between water temperature difference) reduce, can also cause the more consumptions of equipment operation
Can (relative extend the more power consumptions of run time), result even in apparatus overheat and the serious consequence such as shut down, stop production, scrapping.Therefore,
The water scale inhibition processing of effective recirculating cooling water system is the important process for ensureing the various safe efficient operations of heat-exchange apparatus
One of link.
At present, in order to solve harm caused by water quality fouling, in the market has at the water of a variety of recirculating cooling water system applications
Science and engineering skill, technology and product.
1st, blowdown method is commonly used.
The dirtiness resistance value of water quality in recirculating cooling water system is controlled, most commonly regulates and controls to arrange according to water quality detection result
The method of dirt amount.Water impurity ion concentration multiple raises after water consumption is evaporated, and only needs timely moisturizing just to decline cycles of concentration, puts down
The relation of weighing apparatus regulation and control (automation) water consumption, draining and amount of makeup water is the speed of growth of controllable, the slow dirt that blocks water.
Advantage：Operating method is easy.
Shortcoming：Iron dirt, the formation of biofouling can not be prevented；Water consumption is big；Management cost is high；Draining has pollution.
2nd, chemical scale-inhibiting method.
Chemical agent water treatment technology is traditional conventional process, and iron dirt can be solved the problems, such as by launching corrosion inhibiter, is launched scattered
Agent or flocculation agent can solve the problems, such as incrustation scale, and biofouling problem can be handled by launching bactericide.
Advantage：It is quick, specific field working conditions detection water quality can be directed to, launches corresponding chemical agent to handle it.
Shortcoming：It is strongly professional；Operating cost is high；Pharmacy has pollution, and medication is more polluted；Sewer containing medicament seriously pollutes
Water source environment；The discharge water containing medicament that evaporation process is taken away by wind-force seriously pollutes atmospheric environment.
3rd, physical scale inhibition method.
Market is common the physics water process such as water mangetizer, electronics (high frequency, low frequency, electrostatic) descaler, ultrasound wave descaling instrument
Equipment is used for recirculating cooling water system, and usual equipment is arranged on the pipeline of circulating-pump outlet, existed with changing impurities in water ion
Crystallization under heating condition and reach scale inhibition, the purpose of scale removal.
Advantage：Environmental protection, operating cost is low, and management is convenient.
Shortcoming：Traditional physics water treatment product mechanism is not understood fully completely, therefore can only obtain the resistance such as the distorted crystal of incrustation scale, oblique crystalline substance
Dirty effect, there is limitation (different quality hardness causes), scale inhibition performance is low.
Utility model content
Technical problem to be solved in the utility model, just it is to provide a kind of industry resistance of vaporation-type recirculating cooling water system
Dirty device, it uses non-chemical high-energy physics energy magnetic resonance field of force water conditioning process, and water quality is more effectively located
Reason.
Solves above-mentioned technical problem, the technical solution adopted in the utility model is as follows：
A kind of industrial antisludging equipment of vaporation-type recirculating cooling water system, it is：One container, container inside is provided with turns back back and forth
Flowing flux is crossed, the described inlet and outlet for crossing flowing flux are respectively provided at container both ends, cross in flowing flux and be provided with excessively stream bar or excessively stream
Fin, cross flowing flux and be externally provided with antisludging equipment magnet chamber, antisludging equipment magnet intracavitary puts permanent magnet, and described excessively stream bar and excessively stream are stuck up
Piece is by the prior art (application for a patent for invention submitted on May 25 in 2002《A kind of nano material of water process and application》, application
Number it is made up of the solid metal of mesoporous embedded excitaton source raw material and composite 021152845).
Preferably, described industrial antisludging equipment structure includes：
One water intake end lid, provided with the first mounting surface, water inlet is provided among the first mounting surface, is provided with and is oriented in water intake end lid
Passage, the inlet and outlet of guide channel are located on the first mounting surface；
One antisludging equipment excessively stream structure body, one end are connected with the first mounting surface of water intake end lid, and centre is in connection water inlet
Between water channel, around internal water main distribution once excessively stream water channel and secondary flow channels, once cross flowing flux and secondary cross flowing water
Road connects the inlet and outlet of guide channel respectively；
Flowing flux and the secondary excessively stream fin being mounted on excessively in flowing flux along water channel direction are once crossed, once crosses flowing flux
With secondary flowing flux both sides of crossing permanent magnet is provided with provided with the antisludging equipment magnet chamber along water channel direction, antisludging equipment magnet intracavitary；
Excessively stream bar along water channel direction is installed, the side of excessively stream bar is corresponding with antisludging equipment magnet chamber in internal water main
Position is provided with the groove along water channel direction；
One water outlet end cap, provided with the second mounting surface, the second mounting surface is connected with the other end of antisludging equipment excessively stream structure body, water outlet
Return flow line is provided with end cap, the inlet and outlet of return flow line is located on the second mounting surface, the inlet and outlet of return flow line
Cross flowing flux with internal water main and once respectively to be connected, water side, which covers, is additionally provided with delivery port, and delivery port crosses flowing flux with secondary
Connection；
The water body for flowing through industrial antisludging equipment flows successively through：Water inlet, internal water main, return flow line, once cross flowing flux, lead
To passage, secondary flowing flux, delivery port excessively.
The guide channel is divided into the first guide channel and the second guide channel, once crosses flowing flux and is divided into the first once mistake
Flowing flux, second once cross flowing flux, it is secondary cross flowing flux and be divided into cross flowing flux for the first two times, cross flowing flux the second two times, return
Circulation road is divided into the first return flow line, the second return flow line, and delivery port is divided into the first delivery port, the second delivery port；First backflow
Passage and the second return flow line are provided with common import, and the first return flow line and will be further separated into by flowing through the current of internal water main
Two return flow lines；First once crosses flowing flux both ends connects with the import of the first guide channel and the outlet of the first return flow line respectively
Connect, second once crosses flowing flux both ends is connected with the import of the second guide channel and the outlet of the second return flow line respectively, and first
It is secondary to cross flowing flux both ends the outlet with the first guide channel and the first delivery port be connecteds respectively, the second two mistake flowing flux both ends
The outlet with the second guide channel and the second delivery port are connected respectively.
The industrial antisludging equipment is additionally provided with columnar antisludging equipment shell, and antisludging equipment shell both ends are respectively equipped with into water port
And water outlet port, the parts group of industrial antisludging equipment are loaded in the inner passage of antisludging equipment shell, the water body entered from water inlet port
The water inlet of water intake end lid is flowed into, the water body of delivery port outflow flows out from water outlet port.
Deflector, deflector are mounted between water outlet end cap and water outlet port between water inlet port and water intake end lid
To be provided with the flat board of pod apertures.
The industrial antisludging equipment is provided with the antisludging equipment excessively stream structure body that two head and the tail link together, two antisludging equipment excessively stream structures
Body crosses the corresponding connection of flowing flux.
The industrial antisludging equipment is additionally provided with sealed connection lid, is tightly connected lid and seals the opening of antisludging equipment magnet chamber, and opens
There is the port corresponding with flowing flux and internal water main excessively, it is installed on the connection of the opening position of antisludging equipment magnet chamber
Place.
Junction between the part of the industrial antisludging equipment is provided with sealed film.
The water intake end lid, antisludging equipment excessively stream structure body and water outlet end cap have corresponding connection through hole, provided with even
Connecting bolt sequentially passes through connection through hole, and is screwed with nut at connecting bolt both ends.
The permanent magnet is the cylindrical permanent magnet with water-proof function, and cylindrical permanent magnet is along water channel side
To being connected and installed in antisludging equipment magnet intracavitary side by side.
Compared with prior art, the utility model has the advantages that：
The utility model is provided with internal water main, once return flow line, mistake flowing flux, guide channel and secondary flowing flux excessively,
The water body for flowing through industrial antisludging equipment repeatedly flow back and forth, and is in flow process in the magnetic resonance field of force, to water quality
More effective processing is carried out.
Brief description of the drawings
Fig. 1 is exploded perspective view of the present utility model；
Fig. 2 is schematic cross-sectional view of the present utility model；
Fig. 3 is the enlarged diagram at F in Fig. 2；
Fig. 4 is the schematic diagram of antisludging equipment shell of the present utility model；
Fig. 5 is the schematic diagram after the lower antisludging equipment shell of the utility model dismounting and deflector；
Fig. 6 is one of structural representation of water intake end lid of the present utility model；
Fig. 7 is the two of the structural representation of water intake end lid of the present utility model, shows that the first guide channel, second are oriented to
Passage and the first mounting surface；
Fig. 8 is one of structural representation of water outlet end cap of the present utility model；
Fig. 9 is the two of the structural representation of water outlet end cap of the present utility model；
Figure 10 is the three of the structural representation of water outlet end cap of the present utility model, show the first return flow line, second time
Circulation road, the first delivery port and the second delivery port；
Figure 11 is one of structural representation of antisludging equipment excessively stream structure body of the present utility model；
Figure 12 is the two of the structural representation of antisludging equipment excessively stream structure body of the present utility model；
Figure 13 is the structure that antisludging equipment excessively stream structure body, permanent magnet, excessively stream fin and excessively stream bar of the present utility model assemble
Schematic diagram；
Figure 14 is the structural representation of excessively stream bar of the present utility model；
Figure 15 is the structural representation of excessively stream fin of the present utility model.
Reference implication in figure：
1- antisludging equipment shells；2- deflectors；3- water outlet end caps；4- sealed films；5- is tightly connected lid；6- excessively stream bars；7-
Excessively stream fin；8- permanent magnets；9- antisludging equipment excessively stream structure bodies；10- water intake end lids；11- connecting bolts；12- connection through holes；21-
Intake port；22- water outlet ports；The return flow lines of 31- first；The return flow lines of 32- second；The delivery ports of 33- first；34- second goes out
The mouth of a river；35- intermediate grooves；The mounting surfaces of 36- second；37- peripheral grooves；The opening of 38- water outlet end cap sidewalls；61- grooves；91-
First once crosses flowing flux；92- second once crosses flowing flux；93- crosses flowing flux the first two times；94- crosses flowing flux the second two times；
95- internal water mains；96- antisludging equipment magnet chambers；Projection on the inwall of 97- antisludging equipment magnet chambers；101- water inlets；102- first
Mounting surface；The guide channels of 103- first；The guide channels of 104- second.
Embodiment
The utility model is further described with reference to embodiment.
Industrial antisludging equipment as described in Fig. 1 to Figure 15 includes 10, two antisludging equipment shell 1, water intake end lid antisludging equipment excessively streams
Structure body 9, water outlet end cap 3, deflector 2, sealed connection lid 5, sealed film 4.
The end face of water intake end lid 10 is the first mounting surface 102, and its side wall is circular arc wall, is provided with and passes through among the first mounting surface
The water inlet 101 of water end (W.E.) lid is penetrated, water inlet 101 is a manhole, and the He of the first guide channel 103 is provided with water intake end lid 10
Second guide channel 104, the inlet and outlet of guide channel are located on the first mounting surface 102.The concrete structure of guide channel is：
Inlet and outlet of the groove 105 as guide channel is provided with the first mounting surface 102, two grooves are communicated with water intake end lid 10
Passage.Water intake end is covered provided with the connection through hole 12 for being uniformly distributed in four angles.
The end face of water outlet end cap 3 is the second mounting surface 36, and its side wall is circular arc wall, and water side is covered provided with the first backflow
Passage 31, the second return flow line 32, the first delivery port 33 and the second delivery port 34, the inlet and outlet of return flow line are located at second
On mounting surface 36.The concrete structure of return flow line and delivery port is：An intermediate groove is provided with the centre of the second mounting surface 36
35, four peripheral grooves 37 are additionally provided with around intermediate groove 35, are provided with two passes in water outlet end cap 3, two passes will wherein
Two peripheral grooves 37 connect with intermediate groove 35 respectively, form the first return flow line 31 and the second return flow line 32, wherein in
Between the import common as the first return flow line 31 and the second return flow line 32 of groove 35, two peripheral grooves 37 are respectively as
One return flow line 31 and the outlet of the second return flow line 32；Two other peripheral groove and the opening 38 of the side of water outlet end cap 3 connect
It is logical, form the first delivery port 33 and the second delivery port 34.
Two antisludging equipment excessively stream structure bodies 9, two antisludging equipment excessively stream structure bodies 9 are provided between water intake end lid 10 and water outlet end cap 3
Coaxial head and the tail connect, and are provided between them and are tightly connected lid 5 and sealed film 4, antisludging equipment excessively stream structure body 9 and water outlet end cap 3 it
Between be provided with and be tightly connected lid 5 and sealed film 4, sealed film 4 is provided between antisludging equipment excessively stream structure body 9 and water outlet end cap 3.
Antisludging equipment excessively stream structure body 9 is circular tube shaped, is among it internal water main 95, and internal water main 95 is a square water channel,
The both ends of internal water main 95 connect the water inlet 101 of water intake end lid 10 and the intermediate groove 35 of water outlet end cap 3 respectively, around centre
Water channel 95, which is evenly distributed with first, once to be crossed flowing flux 91, second and once crosses flowing flux 92, crosses flowing flux 93 for the first two times and the
Two or two times flowing flux 94, antisludging equipment excessively stream structure body 9 excessively is additionally provided with four antisludging equipment magnet chambers 96 along water channel direction, and first once
It is by four to cross flowing flux 91, second and once cross flowing flux 92, cross flowing flux 93 for the first two times and cross flowing flux 94 the second two times
Antisludging equipment magnet chamber 96 is split to form, and permanent magnet 8 is provided with antisludging equipment magnet chamber 96.The mistake of two antisludging equipment excessively stream structure bodies 9
Flowing flux with internal water main is corresponding connects.Permanent magnet 8 is the cylindrical permanent magnet with water-proof function, permanent magnet 8
Axially side by side in antisludging equipment magnet chamber 96.The inwall of antisludging equipment magnet chamber 96 is provided with the projection 97 for fixed permanent magnet 8.
First once cross flowing flux 91 both ends respectively with the import of the first guide channel 103 and going out for the first return flow line 31
Mouthful connection, second once cross flowing flux 92 both ends respectively with the import of the second guide channel 104 and going out for the second return flow line 32
Mouthful connection, crossing the both ends of flowing flux 93 the first two times, the outlet with the first guide channel 103 and the first delivery port 33 are connected respectively, the
Two or two times the outlet with the second guide channel 104 and the second delivery port 34 are connected at the both ends of flowing flux 94 respectively excessively.
Once cross flowing flux and the secondary excessively stream fin 7 being mounted on excessively in flowing flux along water channel direction, excessively stream fin 7
Two sides in erose, excessively stream fin 7 will cross flowing flux and be divided into two passages of left and right, both sides surface current of the current from excessively stream fin
By flowing flux.Current will appear from the more turbulent flows such as division collision, fluctuation effect, jet effect when flowing through excessively stream 7 both sides of fin
State.
Excessively stream bar 6 along water channel direction is installed, excessively stream bar 6 is square strip, four of excessively stream bar in internal water main 95
Side is provided with the groove 61 along water channel direction, and groove 61 is corresponding with the position of antisludging equipment magnet chamber 96, the inwall of internal water main
Projection is provided with, respectively against four angles of excessively stream bar 6.The inwall of groove 61 and internal water main 95 forms four passages, current
Internal water main 95 is flowed through from this four passages so that water body is more fully in the magnetic resonance field of force, preferably passes through high energy thing
The reason energy magnetic resonance field of force is handled water quality.
Excessively stream fin 7 and excessively stream bar 6 use the prior art (application for a patent for invention submitted on May 25 in 2002《It is a kind of
The nano material of water process and application》, Application No. 021152845) mesoporous embedded excitaton source raw material and composite consolidate
Body metal is made.
One end of antisludging equipment magnet chamber 96 is opening, and the other end is closed, and permanent magnet 8 loads from open at one end.Sealing connects
It is discoideus to connect lid 5, is provided with the port corresponding with flowing flux and internal water main 95 excessively, it is placed on opening for antisludging equipment magnet chamber 96
On the end face of antisludging equipment excessively stream structure body 9 where mouthful, the opening of antisludging equipment magnet chamber 96 is sealed, antisludging equipment excessively stream structure body 9
End edge is provided with the concaveconvex structure 201 of mutual chimeric adaptation with being tightly connected between the joint face of lid 5, reach sealing function, install
During completion, antisludging equipment magnet chamber 96 is completely cut off with exterior space, is tightly connected the diameter and antisludging equipment excessively stream structure body 9 of lid 5
Diameter is corresponding.The edge of the mounting surface of water intake end lid 10 and water outlet end cap 3 is provided with a circle projection 202, preferably close so as to reach
Seal effect.
Sealed film 4 is a circular film, is provided with and crosses flowing flux and the corresponding port of internal water main 95, be installed on into
Junction of the water end (W.E.) lid 10 between the junction of antisludging equipment excessively stream structure body 9, two antisludging equipment excessively stream structure bodies 9, it is tightly connected lid 5
With the junction of water outlet end cap 3.
10, two antisludging equipment excessively stream structure bodies 9 of water intake end lid, water outlet end cap 3, sealed connection lid 5 and sealed film 4 are set respectively
There are four corresponding connection through holes 12, connection through hole 12 is sequentially passed through provided with four connecting bolts 11, and in connecting bolt 11
Both ends are screwed with nut, so as to by 10, two antisludging equipment excessively stream structure bodies 9 of water intake end lid, water outlet end cap 3, be tightly connected lid 5 and sealing
Film 4 fits together.
Antisludging equipment shell 1 is cylindrical shape, and both ends are respectively equipped with into water port 21 and water outlet port 22, water inlet port 21 and is gone out
Water end (W.E.) mouth 22 is circular tube shaped, and the company for mounting industrial antisludging equipment is provided with the outer wall of water inlet port 21 and water outlet port 22
Screw thread is connect, the miscellaneous part of industrial antisludging equipment is assembled in the inner passage of antisludging equipment shell.
Between water inlet port 21 and water intake end lid 10 deflector is mounted between water outlet end cap 3 and water outlet port 22
2, deflector 2 is the flat board for being provided with pod apertures, and deflector 2 has buffering and guide functions to current.
In use, the water body for flowing through industrial antisludging equipment is first flowed through into water port 21, deflector 2, water inlet 101, centre
Water channel 95, at the intermediate groove 35 of water outlet end cap 3, water body will be divided into two parts：A part flows into the first return flow line 31,
First is flowed through successively again once to cross flowing flux 91, the first guide channel 103, cross flowing flux 93, the first delivery port 33 the first two times；
Another part flows into the second return flow line 32, then flows through second successively and once cross flowing flux 92, the second guide channel 104, second
It is secondary to cross flowing flux 94, the second delivery port 34.The water body flowed out from the first delivery port 33 and the second delivery port 34 passes through deflector 2
Afterwards, finally industrial antisludging equipment is flowed out from water outlet port 22.
Industrial antisludging equipment designs for definite value inflow-rate of water turbine, according to the change of system water supplement amount, can use N number of industrial antisludging equipment
Assembled in parallel, to adjust inflow-rate of water turbine to solve.
Claims (10)
1. a kind of industrial antisludging equipment of vaporation-type recirculating cooling water system, it is characterised in that it is：One container, in the container
Portion is provided with flowing flux of turning back back and forth, and the described inlet and outlet for crossing flowing flux are respectively provided at the container both ends, described to cross flowing water
Excessively stream bar or excessively stream fin are installed, the flowing flux of crossing is externally provided with antisludging equipment magnet chamber, the antisludging equipment magnet intracavitary in road
Permanent magnet, described excessively stream bar and excessively stream fin is put by the mesoporous embedded excitaton source raw material and composite of prior art to be consolidated
Body metal is made.
2. industrial antisludging equipment according to claim 1, it is characterised in that：Described industrial antisludging equipment structure includes：
One water intake end lid, provided with the first mounting surface, water inlet is provided among first mounting surface, is provided with the water intake end lid
Guide channel, the inlet and outlet of the guide channel are located on first mounting surface；
One antisludging equipment excessively stream structure body, one end are connected with the first mounting surface of the water intake end lid, and centre is the connection water inlet
Internal water main, it is described once to cross flowing flux around internal water main distribution once excessively stream water channel and secondary flow channels
With the secondary inlet and outlet crossed flowing flux and connect the guide channel respectively；
It is described once to cross flowing flux and secondary cross in flowing flux is mounted on the excessively stream fin along water channel direction, it is described once
Flowing flux and secondary flowing flux both sides of crossing are crossed provided with the antisludging equipment magnet chamber along water channel direction, the antisludging equipment magnet intracavitary
Provided with permanent magnet；
The excessively stream bar along water channel direction, the side of the excessively stream bar and the antisludging equipment magnetic are installed in the internal water main
The corresponding position of iron chamber is provided with the groove along water channel direction；
One water outlet end cap, provided with the second mounting surface, second mounting surface is connected with the other end of the antisludging equipment excessively stream structure body,
Return flow line is provided with the water outlet end cap, the inlet and outlet of the return flow line is located on second mounting surface, described
The inlet and outlet of return flow line is crossed flowing flux with the internal water main and once respectively and is connected, and the water side, which covers, to be additionally provided with
Delivery port, the delivery port are connected with the secondary flowing flux of crossing；
The water body for flowing through industrial antisludging equipment flows successively through：The water inlet, internal water main, return flow line, once cross flowing flux, lead
To passage, secondary flowing flux, delivery port excessively.
3. industrial antisludging equipment according to claim 2, it is characterised in that：The guide channel be divided into the first guide channel and
Second guide channel, the once mistake flowing flux are divided into first and once cross the once mistake flowing flux of flowing flux, second, the secondary mistake
Flowing flux, which is divided into, to be crossed flowing flux for the first two times, crosses flowing flux the second two times, and the return flow line is divided into the first return flow line, second
Return flow line, delivery port are divided into the first delivery port, the second delivery port；First return flow line and the second return flow line are provided with altogether
Same import, first return flow line and the second return flow line will be further separated into by flowing through the current of the internal water main；It is described
First once crosses flowing flux both ends is connected with the import of first guide channel and the outlet of first return flow line respectively,
Described second once cross flowing flux both ends respectively with the import of second guide channel and the outlet of second return flow line
Connection, crossing flowing flux both ends described the first two times, the outlet with first guide channel and first delivery port connect respectively
Connect, crossing flowing flux both ends described the second two times, the outlet with second guide channel and second delivery port are connected respectively.
4. the industrial antisludging equipment according to Claims 2 or 3, it is characterised in that：The industrial antisludging equipment is additionally provided with cylindrical shape
Antisludging equipment shell, the antisludging equipment shell both ends are respectively equipped with into water port and water outlet port, the portion of the industrial antisludging equipment
Part is assembled in the inner passage of antisludging equipment shell, and the water body entered from water inlet port flows into the water inlet of the water intake end lid,
The water body of the delivery port outflow flows out from the water outlet port.
5. industrial antisludging equipment according to claim 4, it is characterised in that：It is described water inlet port and water intake end lid between and
Deflector is mounted between the water outlet end cap and water outlet port, the deflector is the flat board for being provided with pod apertures.
6. industrial antisludging equipment according to claim 5, it is characterised in that：The industrial antisludging equipment is provided with two head and the tail and connected
The antisludging equipment excessively stream structure body together, described two antisludging equipment excessively stream structure bodies cross the corresponding connection of flowing flux.
7. industrial antisludging equipment according to claim 6, it is characterised in that：The industrial antisludging equipment is additionally provided with sealed connection
Lid, the lid that is tightly connected seals the opening of the antisludging equipment magnet chamber, and is provided with and crosses flowing flux and internal water main phase with described
Corresponding port, it is installed on the junction of the opening position of the antisludging equipment magnet chamber.
8. industrial antisludging equipment according to claim 7, it is characterised in that：Connection between the part of the industrial antisludging equipment
Place is provided with sealed film.
9. industrial antisludging equipment according to claim 8, it is characterised in that：The water intake end lid, antisludging equipment excessively stream structure body and
Water outlet end cap has corresponding connection through hole, and the connection through hole is sequentially passed through provided with connecting bolt, and in the company
Connecting bolt both ends are screwed with nut.
10. industrial antisludging equipment according to claim 9, it is characterised in that：The permanent magnet is with water-proof function
The permanent magnet of cylinder, the cylindrical permanent magnet are connected and installed in the antisludging equipment magnet chamber side by side along water channel direction
It is interior.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720286631.3U CN206783411U (en) | 2017-03-23 | 2017-03-23 | A kind of industrial antisludging equipment of vaporation-type recirculating cooling water system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720286631.3U CN206783411U (en) | 2017-03-23 | 2017-03-23 | A kind of industrial antisludging equipment of vaporation-type recirculating cooling water system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206783411U true CN206783411U (en) | 2017-12-22 |
Family
ID=60706188
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720286631.3U Expired - Fee Related CN206783411U (en) | 2017-03-23 | 2017-03-23 | A kind of industrial antisludging equipment of vaporation-type recirculating cooling water system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206783411U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110330141A (en) * | 2019-07-11 | 2019-10-15 | 福建优净星环境科技有限公司 | Sterilization process device |
| CN110357225A (en) * | 2019-07-11 | 2019-10-22 | 福建优净星环境科技有限公司 | A kind of energy-saving sterilizing algae-killing purifying device |
-
2017
- 2017-03-23 CN CN201720286631.3U patent/CN206783411U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110330141A (en) * | 2019-07-11 | 2019-10-15 | 福建优净星环境科技有限公司 | Sterilization process device |
| CN110357225A (en) * | 2019-07-11 | 2019-10-22 | 福建优净星环境科技有限公司 | A kind of energy-saving sterilizing algae-killing purifying device |
| CN110357225B (en) * | 2019-07-11 | 2022-05-31 | 福建优净星环境科技有限公司 | Energy-saving sterilizing algae-killing purifying device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206783411U (en) | A kind of industrial antisludging equipment of vaporation-type recirculating cooling water system | |
| CN205709856U (en) | A kind of heat exchange type hydrologic cycle cooling system of ozone generating-device | |
| CN102512844B (en) | Device for controlling zinc sulfate heptahydrate cooling crystallization shape, and cooling method thereof | |
| CN203525600U (en) | Efficient hybridization equipment for water-based paint | |
| CN206337092U (en) | Ground descaling device | |
| CN203940037U (en) | Water saving modulating valve | |
| CN107055818A (en) | A kind of magnetic resonance for vaporation-type recirculating cooling water system antibacterial equipment of scale inhibition | |
| CN110585767A (en) | Internal rotation sedimentation device and application thereof | |
| CN206235236U (en) | Close cold water plate type heat exchanger online backflushing cleaning device | |
| CN205037794U (en) | Exempt from to wash plate heat exchanger | |
| CN208292744U (en) | Permanent magnetism deironing polarization device | |
| CN207421360U (en) | A kind of anti-freezing and pollution-discharging valve | |
| CN216814132U (en) | Ammonia distillation waste water heat recycling device | |
| CN208871092U (en) | A kind of changeover valve of quick change flow direction | |
| CN108373205A (en) | Permanent magnetism deironing polarization device | |
| CN207169090U (en) | A kind of cooling system | |
| CN205500932U (en) | Circulating water is with hindering dirty equipment | |
| CN206886817U (en) | A kind of environmentally friendly purification water pool naturally | |
| CN110171859A (en) | Gypsum magnetocrystalline kind anti-scale descaling system and evaporation and crystallization system | |
| CN206407986U (en) | A kind of water purification scale prevention device on heat exchange manifold | |
| CN205313261U (en) | Circulating cooling water treatment device | |
| CN204902316U (en) | Heat recovery heat pump system is bred with constant temperature at water source | |
| CN204458274U (en) | Nozzle-type heating and cooling domestic electric fan | |
| CN213271233U (en) | Pipeline valve assembly | |
| CN205528243U (en) | Instant heating type magnetization water purifier |
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: 20171222 Termination date: 20210323 |