CN209269399U - A kind of sterilizing drinking equipment - Google Patents
A kind of sterilizing drinking equipment Download PDFInfo
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- CN209269399U CN209269399U CN201821069985.3U CN201821069985U CN209269399U CN 209269399 U CN209269399 U CN 209269399U CN 201821069985 U CN201821069985 U CN 201821069985U CN 209269399 U CN209269399 U CN 209269399U
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Abstract
The utility model discloses a kind of sterilizing drinking equipments, drinking equipment includes drinking device and chlorination equipment, drinking device includes raw water input equipment, water storage device, discharge outlet is set on drinking device, raw water input equipment connects the water inlet of drinking equipment, and raw water is delivered to water storage device by aqueduct；Antiseptic solution is contained in chlorination equipment, chlorination equipment replacement raw water input equipment simultaneously connects water inlet, and antiseptic solution sequentially enters aqueduct, water storage device after passing through water inlet, infiltration a period of time, is discharged finally by discharge outlet.The sterilization method of the utility model drinking equipment uses antiseptic solution with efficient sterilization effect and harmless, and antiseptic solution is imported in drinking equipment by setting chlorination equipment, to in drinking equipment water storage device and internal pipeline carry out comprehensive disinfection, realize the comprehensive disinfection and sterilization to drinking equipment pipeline and water storage device.
Description
Technical field
The utility model relates to drinking equipment fields, and in particular to a kind of sterilizing drinking equipment.
Background technique
Currently, due to the daily disinfection for ignoring water dispenser, the water of many public place water dispensers outflow may by
" secondary pollution ".Therefore, general family's water dispenser, which uses, should just carry out once sterilizing for 3 months or so, and the drink of public place
Water dispenser frequency of use is high, and disinfection cycle should also be more shorter.The water dispenser not sterilized for a long time, even if what is changed is new water, water quality
The same day can also be contaminated, and micro organism quantity but will sharply increase.Water dispenser is more than not clean for 3 months, generated a large amount of bacteriums
Digestion, nerve, uropoiesis and hematopoietic disorder can be caused by entering after human body with harmful substance.Water dispenser be daily life can not or
Scarce small electric apparatus, but shown according to investigation, people's diarrhea, many common enterogastritis such as vomiting be all due to for a long time not into
Caused by row water dispenser cleans.So-called illness finds its way in by the mouth, and the disinfection of water dispenser cannot be ignored.So if there is one kind can be with
These problems will be solved for water storehouse, pipeline and the safe disinfection liquid of filter screen disinfection inside drinking equipment, are brought
Healthier drinking water.
Application No. is 201320571207.5 patents " sterilizing water drinker " to disclose a kind of sterilizing water drinker.It includes base
Seat, water butt are provided with circulation chlorination equipment in the pedestal, and the circulation chlorination equipment includes micro pump, cyclic water tank
And disinfection room, wherein cyclic water tank is connected to by water injection pipe with outlet pipe head and the tail with disinfection room；The cyclic water tank and water butt
It is connected to, is provided with water level regulation mechanism in the cyclic water tank；Tap is provided on the outlet pipe.It is simple and reasonable,
Energy conservation and environmental protection, automatic disinfection.Ultraviolet radiator is installed in disinfection room in the chlorination equipment of the patent, by ultraviolet radiator to water
It carries out disinfection, but uses the higher cost of the structure, need to consume the work that additional power carries out ultraviolet radiator, increase makes
With cost, and ultraviolet light is very weak to the penetration capacity of object, can not carry out sterilizing to all pipelines in drinking equipment.
Utility model content
In order to solve the above-mentioned technical problem, the purpose of the utility model is to provide a kind of sterilizing drinking equipment, the disinfections
Formula drinking equipment uses antiseptic solution with efficient sterilization effect and harmless, and passes through setting disinfection dress
Set by antiseptic solution import drinking equipment in, in drinking equipment water storage device and internal pipeline carry out comprehensive disappear
Poison.
To realize that above-mentioned purpose of utility model, the technical solution that the utility model is taken are as follows:
A kind of sterilizing drinking equipment, the drinking equipment apply the sterilization method of above-mentioned drinking equipment, the drinking-water
Equipment includes drinking device and chlorination equipment, and the drinking device includes raw water input equipment, water storage device, the drinking device
Upper setting discharge outlet, the raw water input equipment connect the water inlet of the drinking equipment, and raw water is delivered to by aqueduct
The water storage device；The antiseptic solution is contained in the chlorination equipment, the chlorination equipment replaces the raw water input
Equipment simultaneously connects the water inlet, and the antiseptic solution sequentially enters the aqueduct, water storage dress after passing through water inlet
It sets, is discharged finally by the discharge outlet.Pure water is delivered in drinking device by raw water input equipment by water inlet, is being drunk
Raw water input equipment after a period of use, due to the growth of pathogenic microorganism, is replaced as chlorination equipment, will sterilized by wetting system
Antiseptic solution in device imports in drinking device, by being impregnated to aqueduct, water storage device, infiltrating a period of time,
Play the role of killing pathogenic microorganism.
Preferably, chlorination equipment is produced using corrosion-resistant material, and corrosion-resistant material is using in HDPE, PVC, ceramics or glass
It is one or more.
Preferably, the drinking equipment further includes water pump, and the discharge outlet connects the water inlet end of water pump by water pipe, described
The water outlet of water pump is connected to the water inlet by the water pipe, by pump handle from the discharge outlet of the drinking device
After the antiseptic solution of discharge is drawn, then pass through water pump lifting to the water inlet, follows the antiseptic solution
Ring uses.The recycling of antiseptic solution is realized by water pump, reduces use cost.
Preferably, the drinking equipment further includes atomising device, and the atomising device connects the chlorination equipment and described
Water inlet, the antiseptic solution in the chlorination equipment is atomized by the atomising device, by the sterilization after the atomization
Antiseptic solution passes through the water inlet by spraying and is delivered to the aqueduct, in water storage device.Atomising device keeps sterilizing molten
Liquid forms tiny droplet, and the corner convenient for junction and water storage device to aqueduct carries out comprehensive disinfection.
Preferably, the chlorination equipment connects booster pump, and the booster pump is connected to the water inlet by water pipe, described
Antiseptic solution is by carrying out high pressure washing to the drinking device inside after pressurization.Booster pump is by the sterilization in chlorination equipment
Antiseptic solution forms biggish percussion to the side wall of aqueduct and water storage device after being pressurized, and is conducive to remove attachment
The biggish spot of stickiness and bacterium in drinking device.
Preferably, the water inlet includes raw water inlet and thimerosal input port, the raw water inlet and thimerosal
Input port is arranged on the drinking device, and the raw water inlet connects the raw water input equipment, and the thimerosal is defeated
Entrance connects the chlorination equipment, and the raw water inlet is connected with thimerosal input port by communicating valve, on the communicating valve
Multiple valve ports, the raw water input equipment and the chlorination equipment is arranged to connect with the valve port respectively by pipeline.
Preferably, the communicating valve is two-way unilaterally connected valve, and the first valve port, the second valve port is arranged on the communicating valve,
First valve port connects the chlorination equipment by raw water pipeline, and second valve port connects the raw water by raw water pipeline
Input equipment.When needing to quote water, two valve ports are opened, the first valve port is closed, and drinking device is carried out by water outlet at this time
Drinking water picking up and drinking；When needing to sterilize, the second valve port is first closed, opens discharge outlet the raw water in drinking device is complete
Portion's discharge, then opens the first valve port, the antiseptic solution in chlorination equipment enters in drinking device to drinking device at this time
In aqueduct and water storage device carry out disinfection sterilization.
Preferably, spraying device is set in the water storage device, and the spraying device passes through spray pipe and the disinfection
Pipeline connects, and setting booster pump carries out spraying disinfection to the water storage device on the spraying device.It is realized by spraying device
Sterilization is further refined to water storage device inside drinking device, since the droplet that spraying device ejects has biggish punching
Power is hit, the bacterium being tightly attached on water storage device inner wall can be removed.
Preferably, warning device, the warning device are set on the inside of the interface of first valve port and the chlorination equipment
It works in the case where first valve port is closed.Warning device prevents in the raw water input equipment course of work, disinfection
Antiseptic solution in device leaks into raw water.
Preferably, time-controlling arrangement and volume control device are set on the chlorination equipment and disappeared for controlling the sterilization
The drain time and uninterrupted of malicious solution；The pH value that detector for pH value is used to detect water is set in the water storage device.
Preferably, the raw water input equipment is raw water bucket or raw water pipeline, directly holds pure water, raw water in raw water bucket
Pipeline can connect conveying pure water with extraneous pure water pipe and enter in drinking device.
Compared with the existing technology, the utility model achieves beneficial technical effect:
The sterilization method of drinking equipment disclosed by the utility model use with efficient sterilization effect and to human body without
Harmful antiseptic solution, and imported antiseptic solution in drinking equipment by setting chlorination equipment, in drinking equipment
Water storage device and internal pipeline carry out comprehensive disinfection, antiseptic solution is safe and reliable, can enter human body, will not generate
Any toxic side effect.
The sterilizing drinking equipment structure of the application is simple, holds antiseptic solution using chlorination equipment, and disinfection is filled
The antiseptic solution set imports in drinking device, by impregnating to aqueduct, water storage device, infiltrating a period of time, rises
To the effect for killing pathogenic microorganism.The recycling of antiseptic solution is realized by water pump, reduces use cost.In diversion
Atomising device is accessed in the outside of device, and antiseptic solution is made to form tiny droplet, convenient for aqueduct junction and
The corner of water storage device carries out comprehensive disinfection.The external booster pump being arranged carries out the antiseptic solution in chlorination equipment
Biggish percussion is formed to the side wall of aqueduct and water storage device after pressurization, is conducive to removing and is attached in drinking device
The biggish spot of stickiness and bacterium.The application also by the way that raw water input equipment and chlorination equipment are arranged on drinking device, is led to
It crosses communicating valve to switch over the drinking-water and disinfecting steps of drinking equipment, realizes simple and fast disinfection, while by setting
The spraying device realization set in water storage device further refines sterilization inside drinking device to water storage device, due to spraying
The droplet that device ejects has biggish impact force, can remove the bacterium being tightly attached on water storage device inner wall.
Detailed description of the invention
Fig. 1 is a kind of 1 structure chart of apparatus embodiments of sterilizing drinking equipment disclosed by the utility model；
Fig. 2 is a kind of 2 structure chart of apparatus embodiments of sterilizing drinking equipment disclosed by the utility model；
Fig. 3 is a kind of 3 structure chart of apparatus embodiments of sterilizing drinking equipment disclosed by the utility model；
Fig. 4 is a kind of 4 structure chart of apparatus embodiments of sterilizing drinking equipment disclosed by the utility model.
Appended drawing reference
1. raw water input equipment；2. chlorination equipment；3. water inlet；31. raw water inlet；32. thimerosal input port；4. defeated
Waterpipe；5. discharge outlet；6. water storage device；7. refrigerated area；71. refrigeration inner container；8. heating region；81. heating inner liner；9. water
Pump；10. booster pump；11. communicating valve；12. atomising device.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, with reference to embodiments to this
Utility model is further elaborated, but the range of the requires of the utility model protection is not limited to following specific implementations
Example.
Apparatus embodiments 1
As shown in Figure 1, a kind of sterilizing drinking equipment, the drinking equipment applies the sterilization method of above-mentioned drinking equipment,
The drinking equipment includes drinking device and chlorination equipment 2, and the drinking device includes raw water input equipment 1, water storage device 6,
Discharge outlet 5 is set on the drinking device, and the raw water input equipment 1 connects the water inlet 3 of the drinking equipment, and raw water passes through
Aqueduct 4 is delivered to the water storage device 6；The antiseptic solution, the chlorination equipment are contained in the chlorination equipment 2
The 2 replacements raw water input equipment 1 simultaneously connects the water inlet 3, and the antiseptic solution sequentially enters after passing through water inlet 3
The aqueduct 4, water storage device 6 are discharged finally by the discharge outlet 5.
Water storage device 6 connects refrigeration heating region, and refrigeration inner container 71, the heating region 8 is arranged in the refrigerated area 7
Heating inner liner 81 is set, and the refrigeration heating region connects water outlet, and water outlet carries out the discharge of hot water or cold water.Discharge outlet 5
For be discharged aqueduct 4, water storage device 6, refrigeration heating region in residual water.
The raw water input equipment 1 is raw water bucket or raw water pipeline, directly holds pure water in raw water bucket, raw water pipeline can
Entered in drinking device with connecting conveying pure water with extraneous pure water pipe.The chlorination equipment 2 of the utility model is using anti-
Corrosion material production, corrosion-resistant material use one of HDPE, PVC, ceramics or glass or a variety of.
The drinking equipment further includes water pump 9.Pure water is delivered to drinking-water dress by water inlet 3 by raw water input equipment 1
In setting, drinking equipment after a period of use, due to the growth of pathogenic microorganism, raw water input equipment 1 is replaced as sterilizing
Device 2 imports the antiseptic solution in chlorination equipment 2 in drinking device, by aqueduct 4, water storage device 6, system
Cold heating region impregnates, infiltrates a period of time, plays the role of killing pathogenic microorganism, then be discharged from discharge outlet 5.Work as process
It is repeated several times soaking disinfection, after reaching a certain level water dispenser cleaning inside, the discharge outlet 5 is connected into water pump by water pipe
The water outlet of 9 water inlet end, the water pump 9 is connected to the water inlet 3 by the water pipe, by water pump 9 from the drink
After the antiseptic solution that the discharge outlet 5 of water installations is discharged is drawn, then passes through water pump 9 and is promoted to the water inlet 3,
The antiseptic solution is recycled.The recycling of antiseptic solution is realized by water pump 9, reduces use cost.
Apparatus embodiments 2
As shown in Fig. 2, the embodiment only describes and the difference of above-described embodiment, remaining technical characteristic and above-mentioned implementation
Example is identical.The embodiment of the present invention drinking equipment further includes atomising device 12, and the atomising device 12 connects the chlorination equipment 2
Atomising device 12, the atomization dress are opened when needing chlorination equipment 2 to clear up water dispenser inside with the water inlet 3
It sets 12 to be atomized the antiseptic solution in the chlorination equipment 2, the antiseptic solution after the atomization is led to by spraying
It crosses the water inlet 3 and is delivered to the aqueduct 4, in water storage device 6.It is tiny that atomising device forms antiseptic solution
Droplet, the corner convenient for junction and water storage device 6 to aqueduct 4 carry out comprehensive disinfection.
Apparatus embodiments 3
As shown in figure 3, the embodiment only describes and the difference of above-described embodiment, remaining technical characteristic and above-mentioned implementation
Example is identical.The embodiment of the present invention chlorination equipment 2 connects booster pump 10, and the booster pump 10 is connected to the water inlet by water pipe
Mouth 3, when cleaning to water dispenser inside, opens booster pump 10 when raw water input equipment 1 in use, closing booster pump 10,
The antiseptic solution is by carrying out high pressure washing to the drinking device inside after pressurization.Booster pump 10 is by chlorination equipment 2
In antiseptic solution be pressurized after biggish percussion is formed to the side wall of aqueduct 4 and water storage device 6, favorably
In removing the biggish spot of stickiness that is attached in drinking device and bacterium.
Apparatus embodiments 4
As shown in figure 4, the embodiment only describes and the difference of above-described embodiment, remaining technical characteristic and above-mentioned implementation
Example is identical.The embodiment of the present invention water inlet 3 includes raw water inlet 31 and thimerosal input port 32, the raw water inlet
31 and thimerosal input port 32 be arranged on the drinking device, the raw water inlet 31 connects the raw water input equipment
1, the thimerosal input port 32 connects the chlorination equipment 2, and the raw water inlet 31 and thimerosal input port 32 pass through company
Port valve 11 connects, and multiple valve ports is arranged on the communicating valve 11, the raw water input equipment 1 and the chlorination equipment 2 pass through pipe
Road is connect with the valve port respectively.
The present embodiment is preferred, and the communicating valve 11 is two-way unilaterally connected valve 11, is arranged first on the communicating valve 11
Valve port, the second valve port, first valve port connect the chlorination equipment 2 by raw water pipeline, and second valve port passes through raw water
Pipeline connects the raw water input equipment 1.When needing to quote water, two valve ports are opened, the first valve port is closed, at this time drinking-water dress
It sets and picking up and drinking for drinking water is carried out by water outlet；When needing to sterilize, the second valve port is first closed, opening discharge outlet 5 will
Raw water in drinking device is all discharged, and then opens the first valve port, the antiseptic solution in chlorination equipment 2 enters drink at this time
In water installations in drinking device aqueduct 4 and water storage device 6 carry out disinfection sterilization.
Spraying device is set in the water storage device 6, and the spraying device is connected by spray pipe and the decontamination duct
It connects, booster pump 10 is set on the spraying device, spraying disinfection is carried out to the water storage device 6.It is being drunk by spraying device realization
To the further refinement sterilization of water storage device 6 inside water installations, since the droplet that spraying device ejects has biggish impact
Power can remove the bacterium being tightly attached on 6 inner wall of water storage device.
Warning device is set on the inside of the interface of first valve port and the chlorination equipment 2, and the warning device is described
First valve port works in the case where closing.Warning device prevents in 1 course of work of raw water input equipment, chlorination equipment 2
In antiseptic solution leak into raw water.
Apparatus embodiments 5
The embodiment only describes and the difference of above-described embodiment, remaining technical characteristic is same as the previously described embodiments.This
Time-controlling arrangement and volume control device are set on the chlorination equipment 2 of embodiment for controlling the antiseptic solution
Drain time and uninterrupted；The pH value that detector for pH value is used to detect water is set in the water storage device 6.
The sterilizing drinking equipment structure of the utility model is simple, holds antiseptic solution using chlorination equipment 2, will disappear
Antiseptic solution in malicious device 2 imports in drinking device, by impregnating to aqueduct 4, water storage device 6, infiltrating one section
Time plays the role of killing pathogenic microorganism.By water pump 9 realize antiseptic solution recycling, reduce use at
This.Atomising device 12 is accessed in the outside of priming device, so that antiseptic solution is formed tiny droplet, convenient for aqueduct
4 junction and the corner of water storage device 6 carry out comprehensive disinfection.The external booster pump 10 being arranged will be in chlorination equipment 2
Antiseptic solution forms biggish percussion to the side wall of aqueduct 4 and water storage device 6 after being pressurized, and is conducive to clear
Except the biggish spot of the stickiness being attached in drinking device and bacterium.The application is also inputted by the way that raw water is arranged on drinking device
Equipment 1 and chlorination equipment 2 are switched over by drinking-water and disinfecting steps of the communicating valve 11 to drinking equipment, are realized simple and fast
Disinfection, while by the spraying device that is arranged in water storage device 6 realize inside drinking device to water storage device 6 into
The refinement of one step is sterilized, and since the droplet that spraying device ejects has biggish impact force, can will be tightly attached in water storage device 6
Bacterium on wall is removed.
The sterilization method of sterilizing drinking equipment:
The embodiment of this method is as follows: a kind of sterilization method of sterilizing drinking equipment, and sterilizing drinking equipment is above-mentioned
The sterilization method of drinking equipment in 1-5 embodiment, drinking equipment includes the following steps:
(1) contains antiseptic solution in chlorination equipment, by the antiseptic solution from the drinking equipment into
The mouth of a river imports in the aqueduct of the drinking equipment；
(2) after antiseptic solution described in is in the internal pipeline of the drinking equipment by infiltration, impregnating, institute is opened
The discharge outlet of drinking equipment is stated, the antiseptic solution is discharged from the discharge outlet of the drinking equipment；
The wherein antiseptic solution percentage in step (1) and (2) comprising following components:
Wherein, the weight percent of the component is based on the total weight of the antiseptic solution；
The antiseptic solution the preparation method is as follows:
A. it prepares solution A: stabilizer and starch is mixed with water, and time for being 10%-12% to effective chlorine density is added
Chloranion is provided in agent aqueous solution, obtains solution A after being sufficiently mixed；
B. prepare B solution: secure ph is that the pH adjusting agent solution of 3.5-5.1 makees B solution；
C. it prepares antiseptic solution: the B liquid prepared is slowly added into A liquid, adjustment pH is sufficiently stirred to required
After value, it is stirred for 30 minutes；
D. antiseptic solution carries out pH, effective chlorine density, clarity etc. after the assay was approved, is dispensed, is packed.
The sterilization method of drinking equipment disclosed by the utility model use with efficient sterilization effect and to human body without
Harmful antiseptic solution, and imported antiseptic solution in drinking equipment by setting chlorination equipment 2, in drinking equipment
Water storage device 6 and internal pipeline carry out comprehensive disinfection, antiseptic solution is safe and reliable, can enter human body, will not produce
Raw any toxic side effect.
The antiseptic solution preparation embodiment is as follows:
Prepare embodiment 1
1) it prepares solution A: weighing 120g sodium formate and 11g starch is added to 600L purified water and stirs 30min, slowly add
Enter the liquor natrii hypochloritis that 1100ml effective chlorine density is 10% and is sufficiently stirred up to solution A.
2) prepare B solution: preparing pH by the preparation method under Chinese Pharmacopoeia third portion general rule buffer item is 3.6 acetic acid-
Sodium-acetate buffer, detailed process are that sodium acetate 5.1g, acetic acid 20ml on the rocks is taken to add water and be diluted to 250ml, be counted as B
Solution.
3) it mixes: the B liquid prepared is slowly added into A liquid, after adjustment pH to 4.7 is sufficiently stirred, while polishing is extremely
1000L is stirred for 30 minutes.
4) mixed liquor carries out pH measurement, effective chlorine density, clarity etc. after the assay was approved, can be dispensed, be packed.
Prepare embodiment 2
1) it prepares solution A: weighing 120g sodium formate and 11g starch is added to 600L purified water and stirs 30min, slowly add
Enter the liquor natrii hypochloritis that 1800ml effective chlorine density is 10% and is sufficiently stirred up to solution A.
2) prepare B solution: preparing pH by the preparation method under Chinese Pharmacopoeia third portion general rule buffer item is 3.6 acetic acid-
Sodium-acetate buffer, detailed process are that sodium acetate 5.1g, acetic acid 20ml on the rocks is taken to add water and be diluted to 250ml, be counted as B
Solution.
3) it mixes: the B liquid prepared is slowly added into A liquid, after adjustment pH to 4.7 is sufficiently stirred, while polishing is extremely
1000L is stirred for 30 minutes.
4) mixed liquor carries out pH measurement, effective chlorine density, clarity etc. after the assay was approved, can be dispensed, be packed.
Prepare embodiment 3
1) it prepares solution A: weighing 120g sodium formate and 11g starch is added to 600L purified water and stirs 30min, slowly add
Enter the liquor natrii hypochloritis that 2400ml effective chlorine density is 10% and is sufficiently stirred up to solution A.
2) prepare B solution: preparing pH by the preparation method under Chinese Pharmacopoeia third portion general rule buffer item is 3.6 acetic acid-
Sodium-acetate buffer, detailed process are that sodium acetate 5.1g, acetic acid 20ml on the rocks is taken to add water and be diluted to 250ml, be counted as B
Solution.
3) it mixes: the B liquid prepared is slowly added into A liquid, after adjustment pH to 4.7 is sufficiently stirred, while polishing is extremely
1000L is stirred for 30 minutes.
4) mixed liquor carries out pH measurement, effective chlorine density, clarity etc. after the assay was approved, can be dispensed, be packed.
Prepare embodiment 4
1) it prepares solution A: weighing 120g sodium formate and 11g starch is added to 600L purified water and stirs 30min, slowly add
Enter the liquor natrii hypochloritis that 5300ml effective chlorine density is 10% and is sufficiently stirred up to solution A.
2) prepare B solution: preparing pH by the preparation method under Chinese Pharmacopoeia third portion general rule buffer item is 3.6 acetic acid-
Sodium-acetate buffer, detailed process are that sodium acetate 5.1g, acetic acid 20ml on the rocks is taken to add water and be diluted to 250ml, be counted as B
Solution.
3) it mixes: the B liquid prepared is slowly added into A liquid, after adjustment pH to 4.7 is sufficiently stirred, while polishing is extremely
1000L is stirred for 30 minutes.
4) mixed liquor carries out pH measurement, effective chlorine density, clarity etc. after the assay was approved, can be dispensed, be packed.
Prepare embodiment 5
1) it prepares solution A: weighing 120g sodium formate and 11g starch is added to 600L purified water and stirs 30min, slowly add
Enter the liquor natrii hypochloritis that 13000ml effective chlorine density is 10% and is sufficiently stirred up to solution A.
2) prepare B solution: preparing pH by the preparation method under Chinese Pharmacopoeia third portion general rule buffer item is 3.6 acetic acid-
Sodium-acetate buffer, detailed process are that sodium acetate 5.1g, acetic acid 20ml on the rocks is taken to add water and be diluted to 250ml, be counted as B
Solution.
3) it mixes: the B liquid prepared is slowly added into A liquid, after adjustment pH to 4.7 is sufficiently stirred, while polishing is extremely
1000L is stirred for 30 minutes.
4) mixed liquor carries out pH measurement, effective chlorine density, clarity etc. after the assay was approved, can be dispensed, be packed.
Comparative example
Comparative example 1
1) it prepares solution A: weighing 120g sodium formate and be added to 600L purified water and stir 30min, be slowly added to 1100ml
Liquor natrii hypochloritis that effective chlorine density is 10% is simultaneously sufficiently stirred up to solution A.
2) prepare B solution: preparing pH by the preparation method under Chinese Pharmacopoeia third portion general rule buffer item is 3.6 acetic acid-
Sodium-acetate buffer, detailed process are that sodium acetate 5.1g, acetic acid 20ml on the rocks is taken to add water and be diluted to 250ml, be counted as B
Solution.
3) it mixes: the B liquid prepared is slowly added into A liquid, after adjustment pH to 4.7 is sufficiently stirred, while polishing is extremely
1000L is stirred for 30 minutes.
4) mixed liquor carries out pH measurement, effective chlorine density, clarity etc. after the assay was approved, can be dispensed, be packed.
Comparative example 2
1) it prepares solution A: weighing 11g starch and be added to 600L purified water and stir 30min, it is effective to be slowly added to 1100ml
Liquor natrii hypochloritis that cl concn is 10% is simultaneously sufficiently stirred up to solution A.
2) prepare B solution: preparing pH by the preparation method under Chinese Pharmacopoeia third portion general rule buffer item is 3.6 acetic acid-
Sodium-acetate buffer, detailed process are that sodium acetate 5.1g, acetic acid 20ml on the rocks is taken to add water and be diluted to 250ml, be counted as B
Solution.
3) it mixes: the B liquid prepared is slowly added into A liquid, after adjustment pH to 4.7 is sufficiently stirred, while polishing is extremely
1000L is stirred for 30 minutes.
4) mixed liquor carries out pH measurement, effective chlorine density, clarity etc. after the assay was approved, can be dispensed, be packed.
Comparative example 3
1) it prepares solution A: measuring the liquor natrii hypochloritis that 1100ml effective chlorine density is 10% and be added in 600L water, and fill
Divide and stirs up to solution A.
2) prepare B solution: preparing pH by the preparation method under Chinese Pharmacopoeia third portion general rule buffer item is 3.6 acetic acid-
Sodium-acetate buffer, detailed process are that sodium acetate 5.1g, acetic acid 20ml on the rocks is taken to add water and be diluted to 250ml, be counted as B
Solution.
3) it mixes: the B liquid prepared is slowly added into A liquid, after adjustment pH to 4.7 is sufficiently stirred, while polishing is extremely
1000L is stirred for 30 minutes.
4) mixed liquor carries out pH measurement, effective chlorine density, clarity etc. after the assay was approved, can be dispensed, be packed.
Testing example
By " disinfection technology standard version in 2002 " carry out preparation embodiment, comparative example and commercially available hypochlorite solution into
Row accelerated stability test, wherein constant temperature and humidity saves 14 days at 54 DEG C, effective chlorine decline≤10%, validity period reaches 1 year；37
Constant temperature and humidity saves 90 days at DEG C, and effective chlorine decline≤10%, validity period reaches 2 years, and commercially available hypochlorous acid is effective chlorine density
10% is the solution of sodium hypochlorite.Measurement result is shown in Table 1.
Table 1
Through detecting, the antiseptic solution of present invention gained various concentration is in storage under confined conditions 14 days of 54 DEG C, effective chlorine
Content declines 3.03%-3.75%；37 DEG C of storage under confined conditions 90 days, effective chlorine decline 4.24%-5.00%, are less than mark
10% as defined in standard；Its validity period can be estimated up to 36 months according to " disinfection technology standard ", there is significant stability.
In summary as it can be seen that it is provided by the utility model production antiseptic solution method, have reaction raw materials be easy to get,
Production equipment structure is simple, be easy maintenance, can be achieved it is increasingly automated, can with precisely control product quality, Zero-discharge non-pollution,
The advantages that materials conversion rate is up to 100%.Using the utility model method, particularly stable antiseptic solution can be produced, storage is steady
It is qualitative to be at least 2 years, packaging, the storage, transhipment of antiseptic solution are realized, makes it possible that it is commercialized, overcomes existing skill
The limitation of art " now-making-now-using "；Therefore, the utility model has conspicuousness progress and industrial application value compared with the existing technology.
According to the disclosure and teachings of the above specification, the utility model those skilled in the art can also be to above-mentioned reality
The mode of applying is changed and is modified.Therefore, the utility model is not limited to specific embodiment disclosed and described above, right
Some modifications and changes of utility model should also be as falling into the protection scope of the claims of the present utility model.In addition, although
It is used some specific terms in this specification, these terms are merely for convenience of description, does not constitute to utility model
Any restrictions.
Claims (8)
1. a kind of sterilizing drinking equipment, which is characterized in that the drinking equipment includes drinking device and chlorination equipment, the drink
Water installations include raw water input equipment, water storage device, and discharge outlet, the raw water input equipment connection are arranged on the drinking device
The water inlet of the drinking equipment, raw water are delivered to the water storage device by aqueduct；It contains and kills in the chlorination equipment
Bacterium antiseptic solution, the chlorination equipment replace the raw water input equipment and connect the water inlet, the antiseptic solution
By sequentially entering the aqueduct, water storage device after water inlet, it is discharged finally by the discharge outlet；
The drinking equipment further includes atomising device, and the atomising device connects the chlorination equipment and the water inlet, described
The antiseptic solution in the chlorination equipment is atomized by atomising device, and the antiseptic solution after the atomization is sprayed
The aqueduct is delivered to, in water storage device by the water inlet.
2. a kind of sterilizing drinking equipment according to claim 1, which is characterized in that the drinking equipment further includes water
Pump, the discharge outlet connect the water inlet end of water pump by water pipe, and the water outlet of the water pump is connected to described by the water pipe
Water inlet after drawing by the antiseptic solution that pump handle is discharged from the discharge outlet, then passes through water pump lifting to institute
Water inlet is stated, the antiseptic solution is recycled.
3. a kind of sterilizing drinking equipment according to claim 1, which is characterized in that the chlorination equipment connection pressurization
Pump, the booster pump are connected to the water inlet by water pipe, and the antiseptic solution is by filling the drinking-water after pressurization
Set internal progress high pressure washing.
4. a kind of sterilizing drinking equipment according to claim 1, which is characterized in that the water inlet includes raw water water inlet
Mouth and thimerosal input port, the raw water inlet and thimerosal input port are arranged on the drinking device, the raw water
Water inlet connects the raw water input equipment, and the thimerosal input port connects the chlorination equipment, the raw water inlet and
Thimerosal input port is connected by communicating valve, is arranged multiple valve ports on the communicating valve, the raw water input equipment and described is disappeared
Malicious device is connect with the valve port respectively by pipeline.
5. a kind of sterilizing drinking equipment according to claim 4, which is characterized in that the communicating valve is that two-way unidirectionally connects
Port valve, the first valve port, the second valve port are arranged on the communicating valve, and first valve port connects the disinfection by raw water pipeline and fills
It sets, second valve port connects the raw water input equipment by raw water pipeline.
6. a kind of sterilizing drinking equipment according to claim 5, which is characterized in that be arranged in the water storage device spraying
Device, the spraying device are connect by spray pipe with decontamination duct, and booster pump is arranged on the spraying device to the storage
Water installations carry out spraying disinfection.
7. a kind of sterilizing drinking equipment according to claim 5, which is characterized in that first valve port and the disinfection
Warning device is set on the inside of the interface of device, and the warning device works in the case where first valve port is closed.
8. a kind of sterilizing drinking equipment according to claim 4, which is characterized in that the time is arranged on the chlorination equipment
Control device and volume control device are used to control the drain time and uninterrupted of the antiseptic solution；The water storage dress
Detector for pH value is centered for detecting the pH value of water.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821069985.3U CN209269399U (en) | 2018-07-06 | 2018-07-06 | A kind of sterilizing drinking equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821069985.3U CN209269399U (en) | 2018-07-06 | 2018-07-06 | A kind of sterilizing drinking equipment |
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| CN209269399U true CN209269399U (en) | 2019-08-20 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108634793A (en) * | 2018-07-06 | 2018-10-12 | 广州泰道安医疗科技有限公司 | A kind of sterilization method of sterilizing drinking equipment and the drinking equipment |
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2018
- 2018-07-06 CN CN201821069985.3U patent/CN209269399U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108634793A (en) * | 2018-07-06 | 2018-10-12 | 广州泰道安医疗科技有限公司 | A kind of sterilization method of sterilizing drinking equipment and the drinking equipment |
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