CN204999760U - Be used for sterile degassing unit of liquid - Google Patents
Be used for sterile degassing unit of liquid Download PDFInfo
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- CN204999760U CN204999760U CN201520706063.9U CN201520706063U CN204999760U CN 204999760 U CN204999760 U CN 204999760U CN 201520706063 U CN201520706063 U CN 201520706063U CN 204999760 U CN204999760 U CN 204999760U
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Abstract
The utility model discloses a be used for sterile degassing unit of liquid, include the inlet tube of arranging in proper order along the liquid flow path that waits to disinfect, ultraviolet lamp module piece and outlet pipe, ultraviolet lamp module piece includes the ultraviolet lamp disinfection room, ultraviolet lamp and the cladding ultraviolet lamp of setting in the ultraviolet lamp disinfection room transparent cover that liquid and ultraviolet lamp are kept apart that will wait to disinfect, still including connecting ultrasonic disinfection device and the disinfectant input device between outlet pipe and inlet tube, wherein, ultrasonic module holds room and ultrasonic transducer including the liquid of waiting to disinfect, the liquid of waiting to disinfect gets into and flows out by the ultrasonic transducer disinfection is back after the liquid of waiting to disinfect holds the room, the device is thrown in to waiting the liquid input disinfectant of disinfecting to disinfectant. The utility model discloses an outstanding advantage lies in, on ultraviolet lamp sterile basis, increases the chemistry disinfection of disinfection of hyperacoustic mechanical system and disinfectant, can carry out the liquid disinfection comparatively fully, and sterile effect can be comparatively lasting.
Description
Technical field
The utility model relates to end water treatment field, particularly relates to a kind of sterilizing unit for liquid disinfection.
Background technology
Existing liquid sterilisation apparatus to be sterilized usually adopts ultraviolet lamp to treat sterilised liq body and carries out disinfection, generally comprise connect successively water inlet pipe, ultraviolet lamp disinfection room and rising pipe, wherein be provided with for treating the ultraviolet lamp that sterilised liq carries out disinfection and the lampshade enveloped by ultraviolet lamp in ultraviolet lamp disinfection room, lampshade is made up of transparent material, prevents liquid comes into contact ultraviolet lamp to be sterilized thus the circuit of destruction ultraviolet lamp.Ultraviolet lamp is carried out disinfection by the liquid to be sterilized of lampshade to outside.Ultraviolet radiation for sterilizing and disinfecting principle is the molecular structure utilizing DNA (thymus nucleic acid) in the ultraviolet damage microflora organisms cell of suitable wavelength or RNA (Yeast Nucleic Acid), cause that growth sexual cell is dead and (or) regenerative cell is dead, reach the effect of sterilization and disinfection.Independent disinfection by ultraviolet light does not produce harmful chemical, and the efficiency of sterilization is also very high, but does not possess lasting disinfecting power.Liquid to be sterilized is through the limited time of uviolizing, therefore liquid to be sterilized can not be sterilized by ultraviolet fully, and once from ultraviolet lamp disinfection room flow out after, if there is residual bacterium alive in liquid to be sterilized, still in the process of liquid-flow to be sterilized, increase can be bred gradually, therefore continuously and effectively cannot keep the effect of sterilizing.
Therefore, the liquid disinfection to be sterilized of prior art continuously and effectively cannot treat sterilised liq sterilization is the problem needing to solve.
Utility model content
In order to solve prior art Problems existing, the utility model provides the liquid disinfection of a kind of device for continuous and effective.
A kind of sterilizing unit for liquid disinfection, comprise the water inlet pipe of arranging successively along flow path of the liquid to be sterilized, ultraviolet lamp module liquid carried out disinfection by ultraviolet lamp and rising pipe, it is characterized in that, also comprise the ultrasonic wave module be connected between rising pipe and water inlet pipe and the sterilizing agent throwing device throwing in sterilizing agent to described liquid to be sterilized, wherein
Described ultrasonic wave module comprises liquid containment chamber to be sterilized and ultrasonic transducer, and described ultrasonic transducer is used for the liquid described to be sterilized entering liquid containment chamber to be sterilized to carry out disinfection.
Hyperacoustic mechanical effect cell membrane, cell walls can cause physical damage; Its cavitation phenomenon can produce the hydroxyl radical free radical in a large number with strong oxidation in water, can the cell walls of destroy microorganisms and cytolemma, thus tenuigenin is flowed out, and cellular enzymes and movement system is damaged, thus reaches the effect of sterilizing.
Common sterilizing agent is chloride compound, and such as common is clorox.Clorox directly can be added in tap water and carry out disinfection, avoid the security against fire problem that chlorine addition and dioxide peroxide add, dosing method is also more simple simultaneously, and have advantages such as adding conveniently, safety requirements is lower, one of can yet be regarded as is drinking water disinfection mode relatively preferably.And sterilizing agent can keep long period of time in water, thus there is sterilisation effect good lastingly.
On the basis of ultraviolet lamp disinfection, increase the chemical disinfection of the sterilization of hyperacoustic mechanical system and sterilizing agent, liquid disinfection can be carried out comparatively fully, and the effect of sterilization can be comparatively lasting.
Furthermore, before described ultrasonic wave module is arranged on described ultraviolet lamp module in described flow path of the liquid to be sterilized.
Adopt supersonic synergic ultraviolet to after filter during water sterilization ultrasonic effect can not only reduce grain diameter in water, increase the transmittance of ultraviolet, reduce required UV irradiation dose, improve uv sterilisation effect, finally decrease the dosage of chemical agent, decrease the generation of disinfection byproduct (DBP) to greatest extent.May there is the particle that some have greater particle size in liquid, there is stop to the irradiation of ultraviolet lamp in these particles, affects the sterilisation effect of ultraviolet lamp.Therefore, before ultrasonic wave module being arranged at ultraviolet lamp disinfection module, first by a part of killing bacteria before carrying out ultra violet lamp sterilization, grain diameter in liquid can be reduced, to guarantee good disinfection efficacy of ultraviolet ray simultaneously.
Furthermore, after described sterilizing agent throwing device is arranged at described ultraviolet lamp module in described flow path of the liquid to be sterilized.
Sterilizing agent adds and excessively not only can cause waste, the disinfection byproduct (DBP) of the HUMAN HEALTH that simultaneously also can have an impact.The injury to human body can not be caused in order to ensure sterilizing agent, ensure that liquid can sufficiently sterilised again simultaneously, after sterilizing agent throwing device is arranged on ultraviolet lamp module, liquid can be made first to involve ultraviolet lamp sterilization sterilization through ultrasonic, thus bacterium remaining in liquid is cut down greatly, the input of agent of now carrying out disinfection again then can reduce input dosage, thus plays cost-saving and ensure the double effects of HUMAN HEALTH.
Furthermore, described sterilizing agent throwing device comprises volume pump, for throwing in sterilizing agent in described liquid to be sterilized.
By increasing volume pump, the sterilizing agent dropped into can be set as required and quantitatively drop into, avoiding causing waste.
Furthermore, described sterilizing agent throwing device also comprises mixing section, for being mixed with the sterilizing agent that described volume pump is thrown in by the liquid to be sterilized flowing into described mixing section.
Because liquid to be sterilized is flowing, therefore the volume pump decontaminant concentration that may cause certain part in liquid to be sterilized when dropping into sterilizing agent is comparatively large and the decontaminant concentration of other parts is less, thus causes and sterilize uneven everywhere, affects sterilisation effect.Flow out again after the sterilizing agent of quantitative input mixes fully in mixing section, avoid further because throwing in uneven and the waste that sufficiently sterilised causes cannot being realized.
Furthermore, described sterilizing unit also comprises:
Liquid meter, be located at described volume pump in described flow path of the liquid to be sterilized before, for detecting the flow of liquid to be sterilized;
Volume pump controller, for receiving liquid flow rate to be sterilized that described liquid meter to be sterilized monitors and dosage thrown in by the sterilizing agent controlling volume pump.
Liquid meter can be such as magnetic flow meter, in water inlet pipe place monitor liquid flow rate and to the corresponding signal containing liquid flow rate information to be sterilized of volume pump controller transmission, volume pump controller is according to the input dosage of the signal adjustment volume pump received, sterilizing agent content in liquid to be sterilized is adjusted in real time according to the liquid flow rate entered, avoids waste or the deficiency of sterilizing agent further.
Furthermore, described ultraviolet lamp module also comprises ultraviolet lamp disinfection room, described ultraviolet lamp is located in ultraviolet lamp disinfection room, the Transparent lamp shade that described liquid to be sterilized and described ultraviolet lamp are isolated by coated ultraviolet lamp is also provided with in ultraviolet lamp disinfection indoor, be provided with the some clean slide block arranged along Transparent lamp shade length direction at described Transparent lamp shade outside surface, carry out the clean of described Transparent lamp shade by being slidably matched between described Transparent lamp shade.
Because Transparent lamp shade directly contacts with liquid to be sterilized, therefore, through after a period of time, the impurity contained in liquid to be sterilized can adhere to and be deposited on Transparent lamp shade, form opaque incrustation scale, this is affected with regard to causing the light transmission of Transparent lamp shade, affects the effect of ultra violet lamp sterilization.
Furthermore, described ultraviolet lamp module also comprises clean controller and liquid inlet electromagnetic valve, before described liquid inlet electromagnetic valve is arranged on described ultraviolet lamp disinfection room in described flow path of the liquid to be sterilized, described clean controller enters the path of ultraviolet lamp disinfection room for controlling liquid to be sterilized described in described solenoid valve shuts and conducting.
Liquid inlet electromagnetic valve is be arranged on liquid in sterilizing unit to immerse the magnetic valve in the path of ultraviolet lamp disinfection room, controls liquid to be sterilized and enters ultraviolet lamp disinfection room.When ultraviolet lamp module cleans Transparent lamp shade, incrustation scale on Transparent lamp shade can drop, for preventing from adulterating in the liquid to be sterilized that enters incrustation scale, can liquid inlet electromagnetic valve be set, and liquid inlet electromagnetic valve controls by clean controller, when Transparent lamp shade needs clean, clean controller controls liquid inlet electromagnetic valve and cuts off the path that liquid to be sterilized immerses ultraviolet lamp disinfection room, by the time clean complete after wait until that clean slide block is from after ultraviolet lamp disinfection room is discharged, clean controller controls the path of liquid inlet electromagnetic valve conducting again, liquid to be sterilized is made to immerse ultraviolet lamp disinfection room, prevent the cleaned incrustation scale got off of liquid to be sterilized from mixing into liquid to be sterilized.
Outstanding advantages of the present utility model is, on the basis of ultraviolet lamp disinfection, increase the chemical disinfection of the sterilization of hyperacoustic mechanical system and sterilizing agent, can carry out liquid disinfection comparatively fully, and the effect of sterilization can be comparatively lasting; Before ultrasonic wave module being arranged at ultraviolet lamp disinfection module, first by a part of killing bacteria before carrying out ultra violet lamp sterilization, grain diameter in liquid can be reduced, to guarantee good disinfection efficacy of ultraviolet ray simultaneously; By tracer liquid flow and according to liquid flux quantitative input, the good injury that simultaneously can not cause human body of sterilisation effect can be ensured.By the setting of clean slide block, the transmittance of ultraviolet lamp can be ensured, thus keep good illumination-based disinfection effect.
Accompanying drawing explanation
Fig. 1 is the one-piece construction schematic diagram of the utility model embodiment;
Fig. 2 is present example flow path of the liquid schematic diagram to be sterilized;
Fig. 3 is present example ultraviolet lamp disinfection chamber interior structural representation;
Fig. 4 is the clean slide block structure schematic diagram of present example;
Fig. 5 is the second through hole and the third through-hole position view of present example.
Embodiment
In order to make the utility model clearly understand, existing in conjunction with the embodiments and accompanying drawing, the explanation explanation in addition detailed to the utility model.
The sterilizing unit for liquid disinfection of the utility model embodiment as shown in Figure 1, comprising: water inlet pipe 1, ultrasonic wave module 4, ultraviolet lamp module 6, sterilizing agent throwing device and rising pipe 9.Wherein ultrasonic wave module 4 comprises liquid containment chamber 41 to be sterilized, and ultraviolet lamp module 6 comprises ultraviolet lamp disinfection room 63, and sterilizing agent throwing device comprises mixing section 7.Water inlet pipe 1 is connected with liquid containment chamber 41 entrance to be sterilized, liquid containment chamber 41 to be sterilized exports between the entrance of ultraviolet lamp disinfection room 63, ultraviolet lamp disinfection room 63 is exported and is all connected by pipeline 3 between mixing section 7 entrance, and the outlet of mixing section 7 is connected with rising pipe 9.As shown in Figure 2, liquid to be sterilized was monitored by liquid meter before entering water inlet pipe 1, after liquid to be sterilized enters water inlet pipe 1, flowed out successively after ultrasonic wave module 4, ultraviolet lamp module 6 and sterilizing agent throwing device carry out disinfection from rising pipe 9.
Liquid to be sterilized can be daily each class I liquid I, such as, is tap water in present example.
As shown in Figure 1, liquid to be sterilized is from after water inlet pipe 1 enters sterilizing unit, first liquid containment chamber 41 to be sterilized is entered, ultrasonic wave module 4 also comprises the ultrasonic transducer 42 be arranged in liquid containment chamber 41 to be sterilized, and liquid to be sterilized carries out ultrasonic oscillation by ultrasonic transducer 42 in liquid containment chamber 41 to be sterilized.The effect that ultrasonic transducer 42 plays in the utility model has in two, is on the one hand disinfection, and hyperacoustic mechanical effect cell membrane, cell walls can cause physical damage; Its cavitation phenomenon can produce the hydroxyl radical free radical in a large number with strong oxidation in water, can the cell walls of destroy microorganisms and cytolemma, thus tenuigenin is flowed out, and cellular enzymes and movement system is damaged, thus reaches the effect of sterilizing; Another effect of ultrasonic wave module 4 is to reduce the grain diameter in liquid to be sterilized, ultrasonic wave adopt supersonic synergic ultraviolet to after filter during water sterilization ultrasonic effect can reduce grain diameter in water, increase the transmittance of ultraviolet, reduce required UV irradiation dose, improve uv sterilisation effect, finally decrease the dosage of chemical agent, decrease the generation of disinfection byproduct (DBP) to greatest extent.May there is the particle that some have greater particle size in liquid to be sterilized, there is stop to the irradiation of ultraviolet lamp in these particles, affects the sterilisation effect of ultraviolet lamp.Therefore, before ultrasonic wave module 4 being arranged at ultraviolet lamp module 6, first by a part of killing bacteria before carrying out ultra violet lamp sterilization, grain diameter in liquid can be reduced, to guarantee good disinfection efficacy of ultraviolet ray simultaneously.
As shown in Figure 3, ultraviolet lamp module 6 also comprises except ultraviolet lamp disinfection room 63: be arranged on the ultraviolet lamp 65 in ultraviolet lamp disinfection room 63, the Transparent lamp shade 67 of coated ultraviolet lamp 65, along the clean slide block 64 that Transparent lamp shade 67 length direction is arranged, and liquid outlet electromagnetic valve 57.
The effect of Transparent lamp shade 67 prevents liquid comes into contact ultraviolet lamp 65 to be sterilized and circuit thereof from causing ultraviolet lamp 65 to damage, simultaneously treat sterilised liq carry out disinfection to make ultraviolet can penetrate Transparent lamp shade 67, in present example, Transparent lamp shade 67 is made up of quartz.Because Transparent lamp shade 67 directly contacts with liquid to be sterilized, therefore, through after a period of time, the impurity contained in liquid to be sterilized can adhere to and be deposited on Transparent lamp shade 67, forms opaque incrustation scale, and this is affected with regard to causing the light transmission of Transparent lamp shade 67, affect the effect of ultraviolet lamp 65 illumination-based disinfection, therefore need to carry out regular or irregular cleaning to Transparent lamp shade 67, to guarantee that Transparent lamp shade 67 has good transmittance, and then guarantee that ultraviolet lamp 65 radiation response is good.Because ultraviolet lamp disinfection room 63 is generally long and narrow chamber, be subject to the volume impact of single unit system simultaneously, larger opening cannot be had for user, hand or other instruments are stretched into inside and clear up, therefore ultraviolet lamp module 6 of the present utility model is in order to provide clean facility, Transparent lamp shade 67 arranges some clean slide blocks 64, these clean slide blocks 64 can link together with pole 66, stretched out by the osculum that ultraviolet lamp disinfection room 63 is offered, linked together by union lever 68, when sliding, driven two poles 66 of both sides by union lever 68 simultaneously, clean slide block 64 is slided.When clean, such as manual the length direction of clean slide block 64 along Transparent lamp shade 67 can be slided, by the incrustation scale erasing on Transparent lamp shade 67, driving mechanism also can be adopted to implement, in present example, driving mechanism is cylinder 55, is distributed in the both sides corresponding with pole 66 respectively.Corresponding outlet 61 can be set bottom ultraviolet lamp disinfection room 63, the incrustation scale under wiping is discharged.
Reciprocatingly slide back and forth iff the clean slide block 64 of employing and Transparent lamp shade 67 cleaned, easily cause and adhered on clean slide block 64 by the incrustation scale under wiping, if clean slide block 64 slidably reciprocates, incrustation scale rubs between clean slide block 64 and Transparent lamp shade 67, easily causes friction to scratch to Transparent lamp shade 67.
Therefore can pour into scavenging solution to ultraviolet lamp disinfection room 63 when cleaning, scavenging solution can be liquid to be sterilized, also can be the liquid added in addition, and accordingly, if scavenging solution is liquid to be sterilized, then the entrance of scavenging solution is the entrance of liquid to be sterilized; If scavenging solution is other liquid, then can in addition inlet porting for introducing scavenging solution.Scavenging solution is such as water, is provided with the outlet 61 of the scavenging solution discharge for cleaning Transparent lamp shade 67, is discharged by the incrustation scale under wiping, thus avoid incrustation scale to be trapped on Transparent lamp shade 67 by scavenging solution in ultraviolet lamp disinfection room 63.In present example, scavenging solution is the liquid added in addition, and ultraviolet lamp disinfection room 63 is separately provided with the entrance added for scavenging solution.Outside, ultraviolet lamp disinfection room 63 is provided with the scavenging solution torage tank 52 of store washing liquid, separately be provided with water pump 53, conduit 54 is connected with between cleaning liquid inlet 16 on water pump 53 and ultraviolet lamp disinfection room 63, when needs clean, water pump 53 is extracted scavenging solution and is extracted scavenging solution in ultraviolet lamp disinfection room 63 by conduit 54 in scavenging solution torage tank 52.
In order to make clean slide block 64 automatically clean, driving mechanism can be adopted to drive clean slide block 64.Driving mechanism connects clean slide block 64 by transmission bracket 5, and between slide block 64 and Transparent lamp shade 67, relatively sliding occurs by transmission bracket driving is clean.As shown in Figure 3, transmission bracket comprises pole 66 and union lever 68, and pole 66 is stretched into connect each clean slide block 64 from ultraviolet lamp disinfection room 63 entrance; Union lever 68 two ends connect the piston rod 55a of each cylinder 6 respectively.
In order to ensure that scavenging solution can flow on Transparent lamp shade 67, and can not flow away along clean slide block 64 or other paths, as shown in Figure 4, present example sidewall relative with Transparent lamp shade 67 on clean slide block 64 arranges the first through hole 64a, and accordingly, as shown in Figure 5, pole 66 is set to hollow, the upper end of pole 66 has the second through hole 54 flowed into for scavenging solution, second through hole 54 extends along the length direction of pole 66 in pole 66, form the passage for scavenging solution circulation, and passage is communicated with the first through hole 64a.Union lever 68 is provided with third through-hole 68a, wears pass through for pole 66, and conduit 54 connects with the second through hole 66a of pole 66.
Clean slide block 64 can with scavenging solution with the use of, with the moistening Transparent lamp shade 67 of scavenging solution when clean, and with the use of clean slide block 64, incrustation scale is made to be dissolved in scavenging solution, and removed by the scraping that reciprocatingly slides of clean slide block 64, thus reach better cleaning effect.
When the incrustation scale on Transparent lamp shade 67 is more, the radiation response of ultraviolet lamp 65 can be weakened, the most directly reflection is exactly the light intensity decreasing in ultraviolet lamp disinfection room 63, therefore the UV sterilizer of the utility model present example is as shown in Figure 3 provided with light intensity sensor 69 for detecting light intensity in ultraviolet lamp disinfection room 63 in the strong indoor of sterilization, and corresponding clean controller is set, for receiving the light intensity signal from light intensity sensor 69, and send the first control signal when the light intensity detected is less than preset value to start driving mechanism, send the second control signal startup water pump 53 simultaneously and extract scavenging solution.
User can preset the preset value of ultraviolet lamp 65 irradiation light intensity, and detected in real time by light intensity sensor 69 and be sent to clean controller, when clean controller judges that the light intensity detected is run lower than the air pump 7 controlling when preset value to be connected with cylinder 6, cylinder 6 promotes piston rod 55a thus drives clean slide block 64 to clean.In present example, light intensity preset value is 70% of normal light intensity, light intensity lower than 70% time, clean controller operates with regard to booster air pump 7 and water pump 53.Whole cleaning course does not need people to judge for carrying out and start, and realizes automatization cleaning course completely, can clean to ensure the sterilisation effect of ultraviolet lamp 65 unaffected in time.
Clean controller can start driving mechanism and water pump 53 simultaneously, this just makes it possible to the flushing carrying out scavenging solution while clean slide block 64 slidably reciprocates, thus make incrustation scale enter scavenging solution in time and discharge, preventing clean slide block 64 from slidably reciprocating is trapped on Transparent lamp shade 67, therefore reaches good cleaning effect.Whole cleaning course does not need artificially to judge and cooperatively interact, thus adds clean convenience and promptness.
Because the outlet 61 of ultraviolet lamp disinfection room 63 is for discharging scavenging solution, therefore, after having cleaned, outlet 61 needs airtight, otherwise liquid to be sterilized also can be discharged from outlet 61, export 61 places to be opened and closed by user's artificial judgment, but do comparatively consuming time like this; Preferably, liquid electromagnetic valve 57 can be set out at outlet 61 place, by clean controller under the condition preset, such as, after certain time interval, control liquid outlet electromagnetic valve 57 and open and close, to realize the automatic airtight of ultraviolet lamp disinfection room 63.
When utilizing clean slide block 64 pairs of Transparent lamp shades 67 to clean, the incrustation scale on Transparent lamp shade 67 can drop, if liquid to be sterilized now enters ultraviolet lamp disinfection room 63, not only cannot be subject to the irradiation of ultraviolet lamp, also can mix incrustation scale, pollute.Therefore, for preventing from adulterating in the liquid to be sterilized that enters incrustation scale, can liquid inlet electromagnetic valve be set, and liquid inlet electromagnetic valve controls by clean controller, when Transparent lamp shade 67 needs clean, clean controller controls liquid inlet electromagnetic valve and cuts off the path that liquid to be sterilized immerses ultraviolet lamp disinfection room 63, by the time clean complete after wait until that clean slide block 64 is from after ultraviolet lamp disinfection room 63 is discharged, clean controller controls the path of liquid inlet electromagnetic valve conducting again, make liquid to be sterilized enter ultraviolet lamp disinfection room 63 from entrance 62, prevent the incrustation scale cleaning from mixing into liquid to be sterilized.Before liquid inlet electromagnetic valve is arranged on ultraviolet lamp disinfection room 63 in flow path of the liquid to be sterilized, such as can be arranged between ultraviolet lamp disinfection room 63 and liquid containment chamber to be sterilized 41, or be arranged on entrance 62, in the present example, before liquid inlet electromagnetic valve is arranged on water inlet pipe 1, when the Transparent lamp shade 67 carrying out ultraviolet lamp module 6 cleans, liquid to be sterilized can not enter sterilizing unit.Wherein clean controller can according to external command, such as, in present example, clean controller can carry out conducting and the cutting-off controlling of liquid inlet electromagnetic valve according to the order of user's input, clean controller also can pass through timing setting, carry out periodic liquid inlet electromagnetic valve control, to realize the cleaned at regular intervals of ultraviolet lamp module 6.
Liquid to be sterilized from after ultraviolet lamp disinfection room 63 goes out to flow out, then throws in sterilizing agent by sterilizing agent throwing device.In the present example, sterilizing agent is clorox.Clorox directly can be added in tap water and carry out disinfection, avoid the security against fire problem that chlorine addition and dioxide peroxide add, dosing method is also more simple simultaneously, there is advantages such as adding conveniently, safety requirements is lower, one of can yet be regarded as is drinking water disinfection mode relatively preferably, and sterilizing agent can keep long period of time in water, thus there is sterilisation effect good lastingly.
Because clorox input is excessive, not only waste can be caused, the disinfection byproduct (DBP) of the HUMAN HEALTH that simultaneously also can have an impact.The injury to human body can not be caused in order to ensure clorox, ensure that liquid can sufficiently sterilised, after sterilizing agent throwing device is arranged on ultraviolet lamp module 6 by the utility model present example again simultaneously.Liquid to be sterilized have passed through ultrasonic involve ultraviolet lamp sterilization sterilization after, to have made in liquid remaining bacterium greatly reduce, the input now carrying out clorox more then can reduce input dosage, thus plays cost-saving and ensure the double effects of HUMAN HEALTH.
In present example, sterilizing agent throwing device also comprises volume pump 8, liquid meter 2 and volume pump controller except mixing section 7 as shown in Figure 1.Wherein, volume pump 8 is arranged in mixing section 7, before liquid meter 2 can be arranged on volume pump 8, such as be arranged between mixing section 7 and ultraviolet lamp disinfection room 63, in present example, for ease of installing, be arranged on water inlet pipe 1 position, the object arranging liquid meter 2 is to detect the liquid flow rate that enters mixing section 7 and sends to volume pump controller, and volume pump controller controls the dosage that volume pump 8 throws in clorox in mixing section 7.As considered in the remnants of liquid to be sterilized in liquid containment chamber 41 to be sterilized and ultraviolet lamp disinfection room 63, being calculated flow rate more exactly, also can being arranged between mixing section 7 and ultraviolet lamp disinfection room 63.Liquid flow rate association volume pump 8 is quantitatively thrown in, and the sterilizing agent in liquid to be sterilized can be made to throw in content and adjust according to the real-time traffic of liquid to be sterilized, thus it is too much or very few to avoid sterilizing agent to throw in.
Mixing section 7 plays the effect making to mix sufficiently uniformly between sterilizing agent with liquid to be sterilized.Because liquid to be sterilized is flowing, therefore volume pump 8 decontaminant concentration that may cause certain part in liquid to be sterilized when dropping into sterilizing agent is comparatively large and the decontaminant concentration of other parts is less, thus causes and sterilize uneven everywhere, affects sterilisation effect.Flow out again after the sterilizing agent of quantitative input mixes fully in mixing section 7 and can avoid cannot realizing because throwing in uneven the waste that sufficiently sterilised causes.The mixing section 7 of the utility model present example is line mixer, well-mixedly has little, the space-saving advantage of volume in guarantee simultaneously.
Wherein clean controller and volume pump controller can integrate, also can arrange respectively, in present example, both are integrated on control panel 5 to save space as shown in Figure 1, control panel 5 is also provided with indicating meter and is presented at the real time temperature, flow, illumination etc. that detect in device, to facilitate user's manual operation.
Outstanding advantages of the present utility model is, on the basis of ultraviolet lamp disinfection, increase the chemical disinfection of the sterilization of hyperacoustic mechanical system and sterilizing agent, can carry out liquid disinfection comparatively fully, and the effect of sterilization can be comparatively lasting; Before ultrasonic wave module being arranged at ultraviolet lamp module 6, first by a part of killing bacteria before carrying out ultra violet lamp sterilization, grain diameter in liquid can be reduced, to guarantee good disinfection efficacy of ultraviolet ray simultaneously; By tracer liquid flow and according to liquid flux quantitative input, the good injury that simultaneously can not cause human body of sterilisation effect can be ensured.By the setting of clean slide block, the transmittance of ultraviolet lamp can be ensured, thus keep good illumination-based disinfection effect.
Claims (8)
1. the sterilizing unit for liquid disinfection, comprise the water inlet pipe of arranging successively along flow path of the liquid to be sterilized, ultraviolet lamp module liquid carried out disinfection by ultraviolet lamp and rising pipe, it is characterized in that, also comprise the ultrasonic wave module be connected between rising pipe and water inlet pipe and the sterilizing agent throwing device throwing in sterilizing agent to described liquid to be sterilized, wherein
Described ultrasonic wave module comprises liquid containment chamber to be sterilized and ultrasonic transducer, and described ultrasonic transducer is used for the liquid described to be sterilized entering liquid containment chamber to be sterilized to carry out disinfection.
2. as claimed in claim 1 for the sterilizing unit of liquid disinfection, it is characterized in that, before described ultrasonic wave module is arranged on described ultraviolet lamp module in described flow path of the liquid to be sterilized.
3. as claimed in claim 2 for the sterilizing unit of liquid disinfection, it is characterized in that, after described sterilizing agent throwing device is arranged at described ultraviolet lamp module in described flow path of the liquid to be sterilized.
4. as claimed in claim 1 for the sterilizing unit of liquid disinfection, it is characterized in that, described sterilizing agent throwing device comprises volume pump, for throwing in sterilizing agent in described liquid to be sterilized.
5. as claimed in claim 4 for the sterilizing unit of liquid disinfection, it is characterized in that, described sterilizing agent throwing device also comprises mixing section, for being mixed with the sterilizing agent that described volume pump is thrown in by the liquid to be sterilized flowing into described mixing section.
6. as claimed in claim 4 for the sterilizing unit of liquid disinfection, it is characterized in that, described sterilizing unit also comprises:
Liquid meter, be located at described volume pump in described flow path of the liquid to be sterilized before, for detecting the flow of liquid to be sterilized;
Volume pump controller, for receiving liquid flow rate to be sterilized that described liquid meter to be sterilized monitors and dosage thrown in by the sterilizing agent controlling volume pump.
7. as claimed in claim 1 for the sterilizing unit of liquid disinfection, it is characterized in that, described ultraviolet lamp module also comprises ultraviolet lamp disinfection room, described ultraviolet lamp is located in ultraviolet lamp disinfection room, the Transparent lamp shade that described liquid to be sterilized and described ultraviolet lamp are isolated by coated ultraviolet lamp is also provided with in ultraviolet lamp disinfection indoor, be provided with the some clean slide block arranged along Transparent lamp shade length direction at described Transparent lamp shade outside surface, carry out the clean of described Transparent lamp shade by being slidably matched between described Transparent lamp shade.
8. as claimed in claim 7 for the sterilizing unit of liquid disinfection, it is characterized in that, described ultraviolet lamp module also comprises clean controller and liquid inlet electromagnetic valve, before described liquid inlet electromagnetic valve is arranged on described ultraviolet lamp disinfection room in described flow path of the liquid to be sterilized, described clean controller enters the path of ultraviolet lamp disinfection room for controlling liquid to be sterilized described in described solenoid valve shuts and conducting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520706063.9U CN204999760U (en) | 2015-09-11 | 2015-09-11 | Be used for sterile degassing unit of liquid |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520706063.9U CN204999760U (en) | 2015-09-11 | 2015-09-11 | Be used for sterile degassing unit of liquid |
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| CN204999760U true CN204999760U (en) | 2016-01-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105084625A (en) * | 2015-09-11 | 2015-11-25 | 杭州绿洁水务科技有限公司 | Liquid disinfecting device |
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2015
- 2015-09-11 CN CN201520706063.9U patent/CN204999760U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105084625A (en) * | 2015-09-11 | 2015-11-25 | 杭州绿洁水务科技有限公司 | Liquid disinfecting device |
| CN105084625B (en) * | 2015-09-11 | 2018-05-11 | 杭州绿洁水务科技股份有限公司 | Chlorination equipment for liquid disinfection |
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Address after: Green Ting Road Yuhang District Cang Qian street of Hangzhou city Zhejiang province 311121 No. 1 Building 1 room 101 Patentee after: HANGZHOU GREAN WATER SCIENCE & TECHNOLOGY INC. Address before: Green Ting Road Yuhang District Cang Qian street of Hangzhou city Zhejiang province 311121 No. 1 Building 1 room 101 Patentee before: Hangzhou Grean Water Technology Co., Ltd. |
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Address after: 311100 Room 101, Building 1, Luting Road, Cangqian Street, Yuhang District, Hangzhou City, Zhejiang Province Patentee after: Hangzhou Lujie Environmental Science and Technology Co., Ltd. Address before: 311121 Room 101, Building 1, Luting Road, Cangqian Street, Yuhang District, Hangzhou City, Zhejiang Province Patentee before: HANGZHOU GREAN WATER SCIENCE & TECHNOLOGY INC. |