CN209835721U - Environment-friendly water-waiting system capable of adjusting TDS value - Google Patents
Environment-friendly water-waiting system capable of adjusting TDS value Download PDFInfo
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- CN209835721U CN209835721U CN201920102793.6U CN201920102793U CN209835721U CN 209835721 U CN209835721 U CN 209835721U CN 201920102793 U CN201920102793 U CN 201920102793U CN 209835721 U CN209835721 U CN 209835721U
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Abstract
An environmentally friendly water-waiting system with adjustable TDS value, comprising: the environment-friendly water supply system can produce pure water or mixed water as required, so that a user does not worry about adverse effects on the body caused by drinking only reverse osmosis pure water for a long time.
Description
Technical Field
The present invention relates to an environment-friendly water-waiting system with adjustable TDS value, and more particularly to an environment-friendly water-waiting system with adjustable TDS value, which has a pure water or mixed water discharge function.
Background
The current industry is highly developed, which causes the air, land and water source to be excessively polluted, when the waste gas of the factory is discharged into the air, the waste gas will be scattered to various places along with the air flow, can be attached to rainwater and fall down when raining, thereby flowing into the ground and causing more pollution to water sources, or the industrial waste is dumped anywhere, and after raining, the industrial waste can be flushed into the water source area by large water, after the water source is collected, the water source is subjected to water purification procedures such as precipitation, disinfection, solarization and the like in a water works, however, these procedures are still insufficient to completely remove various pollutants, and tap water usually contains a large amount of chlorine during the disinfection process, and the chlorine within the allowable range does not affect human health, but the taste is not good, and many people do not like, moreover, the current domestic tap water pipe is old, or the water tower has no cleaning habit, and the water pipe and the water tower can be polluted after being used for months; the water source is polluted in various situations and is difficult to see by naked eyes, so that under the condition that modern people pay more and more attention to health, tap water for drinking or washing is mostly led into a water filter firstly, so that the tap water is fully filtered by the water filter and then is taken.
The so-called RO reverse osmosis water machine (RO machine for short) adopts a film and utilizes the reverse osmosis principle to make tap water permeate from one side with high concentration to one side with low concentration, but because the film is quite compact and has small pores, all impurities in the water, together with minerals, organic matters and trace elements required by human body, can be completely filtered, and medical research reports indicate that these filtered pure water are weakly acidic and are not suitable for long-term drinking of human body, if the pure water lacking various minerals and trace elements is drunk for a long time, the human body can produce adverse effects such as osteoporosis, cardiovascular diseases and the like, and the RO machine can also discharge a large amount of waste water in the operation process, the ratio of the pure water to the waste water is even as high as 1: 4 (namely 4 liters of waste water is discharged when 1 liter of pure water is produced), which is quite waste on day when water resources are scarce, and is not environment-friendly.
In view of the above, the applicant has designed the device based on years of experience, and has developed the present invention through many studies, trials and tests of samples, and many modifications and improvements.
SUMMERY OF THE UTILITY MODEL
The technical problems to be solved are as follows:
it is known that RO can completely filter out all minerals, organic matters and trace elements in water, and a large amount of wastewater is discharged in the water making process, which is a technical problem to be solved.
The technical scheme for solving the problems is as follows:
the utility model discloses an environmental protection of adjustable TDS value is waited water system, it includes: the ultrafiltration membrane is provided with an ultrafiltration membrane water inlet and an ultrafiltration membrane water outlet, the ultrafiltration membrane water inlet is used for connecting a water source, the water source can be sent into the ultrafiltration membrane from the ultrafiltration membrane water inlet and is filtered into ultrafiltration membrane water by the ultrafiltration membrane, the ultrafiltration membrane water can be simultaneously used by the RO reverse osmosis water machine and the mixer through the shunting of a first pipe body on the ultrafiltration membrane water outlet, and the filtration precision of the ultrafiltration membrane can reach 0.01 micron, so that harmful substances in water such as rust, bacteria, microorganisms, viruses, heavy metals, colloid, algae, silt and the like can be effectively removed, minerals, organic matters and trace elements required by a human body can be fully reserved, and the ultrafiltration membrane water can still contain the minerals, organic matters and trace elements, The RO reverse osmosis water machine is connected with the TDS regulating valve through a second pipe body and can convey filtered pure water to the TDS regulating valve, the waste water barrel is used for receiving and storing waste water generated after filtering by the RO reverse osmosis water machine, the waste water stored in the waste water barrel still only has mineral substances, organic substances and trace elements required by a human body and does not have ultrafiltration membrane water of other harmful substances, a reducing section, a throat section and a reducing section which are connected and communicated are sequentially arranged in the mixer, and the reducing section are conical holes and respectively penetrate through two ends of the mixer, the first pipe body is connected with the gradually reducing section, the waste water barrel is connected with the throat, the gradually expanding section is connected with the TDS regulating valve through a third pipe body, so that negative pressure is generated at the throat when the ultrafiltration membrane water flows into the TDS regulating valve from the gradually reducing section through the gradually expanding section and the third pipe body, waste water in the waste water barrel is pumped out and mixed with the ultrafiltration membrane water through venturi phenomenon formed by the negative pressure and then is sent into the TDS regulating valve together, the TDS regulating valve is provided with a first water inlet through hole, a second water inlet through hole and a water outlet through hole, the first water inlet through hole is used for providing connection with the second pipe body, the filtered pure water is continuously communicated with the water outlet through the first water inlet through hole in a normal state, and is connected between the water outlet through hole and the water connection joint through a fourth pipe body, so that the filtered pure water can be directly sent into the water connection through the second pipe body through the TDS regulating valve and the fourth pipe body, the second water inlet through hole which is closed under the normal state but can be gradually communicated with the water outlet through hole by using the operation of the TDS regulating valve is used for providing the connection for the third pipe body, so that a user can appropriately inject the ultrafiltration membrane water and the wastewater into the fourth pipe body and the water connection joint through the operation of the TDS regulating valve according to the actual use requirement, and the fourth pipe body and the water joint are mixed with the pure water after reverse osmosis to form mixed water, a display unit is arranged on the TDS regulating valve so as to connect the display unit with a TDS concentration sensor penetrating through the water joint, the TDS value in the water connector can be displayed according to the actual data, a control handle for controlling the opening and closing of water is arranged on the water outlet faucet, when the control handle is opened, the pure water or the mixed water can flow out from the water outlet faucet from the fourth pipe body through the water passing joint; therefore, the environment-friendly water-waiting system with the adjustable TDS value can be formed.
Wherein, an overflow pipe is connected with the waste water barrel by a check valve.
Wherein, the TDS regulating valve is directly arranged on the water outlet faucet.
Wherein the display unit is a liquid crystal display.
Efficacy against the prior art:
the utility model discloses an environment-friendly water-waiting system of adjustable TDS value, environment-friendly water-waiting system can produce pure water or mixed water as required, lets the user not worry only drink the adverse effect that causes the health because of the pure water of reverse osmosis for a long time.
(II) the utility model discloses an environmental protection water waiting system of adjustable TDS value, the TDS value is adjustable, lets everyone can adjust out the drinking or washing water that is most fit for oneself according to own hobby, can be more according to the personal condition in the use.
(III) the utility model discloses an environmental protection of adjustable TDS value is waited water system, the acquisition of mixed water partly is the waste water that comes from behind the reverse osmosis, consequently can avoid causing the valuable water resource to be extravagant when the reverse osmosis, can be more environmental protection in the use.
Drawings
Fig. 1 is an overall structure diagram of the present invention.
Fig. 2 is a water outlet state diagram of the pure water of the present invention.
Fig. 3 is a water outlet state diagram of the mixed water of the utility model.
Ultrafiltration membrane- - - - (10) ultrafiltration membrane water inlet- - - - (101)
Ultrafiltration membrane water outlet (102) first pipe body- - (11)
RO reverse osmosis water machine- (20) second pipe body- - - (21)
Waste water barrel (30) check valve (31)
Overflow pipe- - - - (32)
Mixer (40) taper segment (401)
Throat (402) divergent section (403)
Third pipe- - - (41)
TDS adjusting valve- - (50) first inlet bore- - (501)
Second Water inlet hole (502) Water outlet hole (503)
Fourth tube- - (51) display Unit- - - - (52)
Water connection- - - (60) TDS concentration sensor- (61)
Tap- - - (70) control handle- - - (71)
Water source- - - - - (80)
Detailed Description
In order to make the objects, features and functions of the present invention clearer, the following detailed description is made with reference to the accompanying drawings:
generally, according to the present invention, please first show in fig. 1, which includes: an ultrafiltration membrane (10), an RO reverse osmosis water machine (20), a waste water tank (30), a mixer (40), a TDS regulating valve (50), a water passing joint (60) and a water outlet tap (70), wherein, the ultrafiltration membrane (10) is provided with an ultrafiltration membrane water inlet (101) and an ultrafiltration membrane water outlet (102), the ultrafiltration membrane water inlet (101) is used for connecting a water source (80), the water source (80) can be sent into the ultrafiltration membrane (10) from the ultrafiltration membrane water inlet (101) and is filtered into ultrafiltration membrane water by the ultrafiltration membrane (10), the filtered ultrafiltration membrane water can be simultaneously provided for the RO reverse osmosis water machine (20) and the mixer (40) to use through the tapping of a first pipe body (11) on the ultrafiltration membrane water outlet (102), and the filtering precision of the ultrafiltration membrane (10) can reach 0.01 micron (mum), therefore, the ultrafiltration membrane can effectively remove the harmful substances in the water such as iron rust, bacteria, microorganisms, viruses, heavy metals, colloid, algae, silt and the like, but can still fully reserve the mineral substances, organic substances and trace elements in the water required by the human body, so that the ultrafiltration membrane water has a higher TDS value (the measurement unit of the TDS value is milligram/liter, which indicates how many milligrams of soluble solids are dissolved in one liter of water, the higher the original TDS value is, the more impurities are contained in the water, but because the ultrafiltration membrane water completely filters the harmful substances in the water, the retained soluble solids are all the mineral substances, organic substances and trace elements required by the human body, and therefore, the higher the TDS value is, the more mineral substances, organic substances and trace elements are contained in the water), and the reverse osmosis water machine (20) is used for filtering the ultrafiltration membrane water into the water without the mineral substances, the organic substances and the trace elements, The RO reverse osmosis water machine (20) is connected with the TDS regulating valve (50) through a second pipe body (21) and can convey the filtered pure water to the TDS regulating valve (50), the waste water barrel (30) is used for receiving and storing the waste water generated after the RO reverse osmosis water machine (20) is filtered, the ultrafiltration membrane water is taken when the RO reverse osmosis water machine (20) is filtered, so the waste water stored in the waste water barrel (30) still only has mineral substances, organic substances and trace elements required by a human body and does not have the ultrafiltration membrane water of other harmful substances, a tapered section (401), a throat section (402) and a tapered section (403) which are communicated are sequentially arranged in the mixer (40), the tapered section (401) and the tapered section (403) are conical holes and respectively penetrate through two ends of the mixer (40), the first pipe body (11) is connected with the convergent section (401), the throat (402) is connected with the waste water barrel (30), the divergent section (403) is connected with the TDS regulating valve (50) through a third pipe body (41), so that negative pressure can be generated at the throat (402) when the ultrafiltration membrane water flows into the TDS regulating valve (50) from the convergent section (401) through the divergent section (403) and the third pipe body (41), the waste water in the waste water barrel (30) is pumped out by venturi phenomenon formed by the negative pressure and is mixed with the ultrafiltration membrane water, and then the waste water is sent into the TDS regulating valve (50) together, the TDS regulating valve (50) is provided with a first water inlet through hole (501), a second water inlet through hole (502) and a water outlet through hole (503), and the first water inlet through hole (501) is used for providing the connection of the second pipe body (21), the filtered pure water can be directly sent to the water joint (60) through the second pipe body (21) through the TDS regulating valve (50) and the fourth pipe body (51) by matching a fourth pipe body (51) to be connected between the water outlet through hole (503) and the water joint (60) in a constant state through the first water inlet through hole (501) and the water outlet through hole (503), the second water inlet through hole (502) which is closed in the constant state but can gradually conduct with the water outlet through hole (503) by utilizing the operation of the TDS regulating valve (50) is used for providing the third pipe body (41) for connection, and a user can appropriately inject the ultrafiltration membrane water and the waste water into the fourth pipe body (51) and the water joint (60) according to the actual use requirement through the operation of the TDS regulating valve (50) and mix the pure water after reverse osmosis into mixed water in the fourth pipe body (51) and the water joint (60), and the TDS regulating valve (50) is provided with a display unit (52), so that the display unit (52) is connected with a TDS concentration sensor (61) which is arranged in the water through connector (60) in a penetrating way, the TDS value in the water through connector (60) can be displayed according to the actual data, a control handle (71) for controlling the water opening and closing is arranged on the water outlet faucet (70), and when the control handle (71) is opened, the pure water or the mixed water can flow out of the water outlet faucet (70) from the fourth pipe body (51) through the water through connector (60).
The utility model provides an environmental protection of adjustable TDS value is waited water system, wherein, utilize a check valve (31) to connect to be equipped with an overflow pipe (32) on waste water bucket (30), let unnecessary waste water can follow this check valve (31) and toward doing the emission outward through overflow pipe (32).
The utility model provides an environmental protection wait water system of adjustable TDS value, wherein, TDS adjusting valve (50) are directly set up go out on tap (70).
The utility model provides an environmental protection water waiting system of adjustable TDS value, wherein, display element (52) are a LCD.
With the above-mentioned environment-friendly water waiting system with adjustable TDS value, because the water passing joint (60) only provides pure water after reverse osmosis to pass through in the normal state, when needing to be taken, the rotation of the control handle (71) is directly utilized to make the pure water flow out from the water passing joint (60) through the water outlet tap (70) (please refer to fig. 2 at the same time), if the adverse effect of the pure water after reverse osmosis on the body is afraid of long-term drinking or the taste of the drinking water needs to be changed, the ultrafiltration membrane water containing minerals, organic matters and trace elements needed by the human body and the waste water (the same as the ultrafiltration membrane water) generated in the reverse osmosis process flow into the fourth pipe body (51) and the water passing joint (60) to be mixed with the pure water through the operation of the TDS regulating valve (50), so that the TDS value is changed (please refer to fig. 3 at the same time), through the design of adjustable TDS value, can adjust out the drinking or washing water that suits oneself best according to user's hobby by oneself, and because the acquisition of the said mixed water is partly from the waste water after the reverse osmosis, can avoid causing the precious water resource to be wasted excessively when the reverse osmosis, can be more environmental protection in the use.
The environment-friendly water waiting system with the adjustable TDS value has the following advantages: the environment-friendly water-waiting system can produce pure water or mixed water as required, so that a user does not worry about adverse effects on the body caused by drinking reverse osmosis pure water for a long time; (II) the TDS value is adjustable, so that each person can adjust drinking or washing water which is most suitable for the person according to the preference of the person, and the use can be more suitable for the person; and (III) part of the mixed water is obtained from the wastewater after reverse osmosis, so that the condition that precious water resources are excessively wasted during reverse osmosis can be avoided, and the use is more environment-friendly.
The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the scope of the invention; all equivalent changes and modifications made according to the claims of the present invention shall still fall within the scope of the present invention.
Claims (4)
1. An environment-friendly water-waiting system capable of adjusting TDS value, comprising: an milipore filter, an RO reverse osmosis water machine, a waste water bucket, a blender, a TDS adjusting valve, a logical water connector and a tap, wherein:
the ultrafiltration membrane is provided with an ultrafiltration membrane water inlet and an ultrafiltration membrane water outlet, the ultrafiltration membrane water inlet is used for connecting a water source, the water source can be sent into the ultrafiltration membrane from the ultrafiltration membrane water inlet and is filtered into ultrafiltration membrane water by the ultrafiltration membrane, the filtered ultrafiltration membrane water can be simultaneously provided with the RO reverse osmosis water machine and the mixer for use by tapping a first pipe body on the ultrafiltration membrane water outlet, and the filtration precision of the ultrafiltration membrane can reach 0.01 micron, so that harmful substances in water such as rust, bacteria, microorganisms, viruses, heavy metals, colloid, algae, silt and the like can be effectively removed, minerals, organic matters and trace elements in water required by a human body can be fully reserved, and the ultrafiltration membrane water has a higher TDS value because of containing the minerals, the organic matters and the trace elements;
the RO reverse osmosis water machine is used for filtering the ultrafiltration membrane water into pure water without mineral substances, organic substances and trace elements, and the RO reverse osmosis water machine is connected with the TDS regulating valve through a second pipe body and can convey the filtered pure water into the TDS regulating valve;
the waste water barrel is used for receiving and storing the waste water generated after the RO reverse osmosis water machine filters, and the ultrafiltration membrane water is taken when the RO reverse osmosis water machine filters, so the waste water stored in the waste water barrel is the ultrafiltration membrane water which only has minerals, organic matters and trace elements required by a human body and does not have harmful substances;
a gradually reducing section, a throat section and a gradually expanding section which are connected and communicated are sequentially arranged in the mixer, the gradually reducing section and the gradually expanding section are conical holes and respectively penetrate through two ends of the mixer, the first pipe body is connected and arranged on the gradually reducing section, the waste water barrel is connected and arranged on the throat section, the gradually expanding section is connected with the TDS regulating valve through a third pipe body, so that negative pressure can be generated at the throat section when the ultrafiltration membrane water flows into the TDS regulating valve from the gradually reducing section through the gradually expanding section and the third pipe body, and the waste water in the waste water barrel is pumped out through a venturi tube phenomenon formed by the negative pressure and is mixed with the ultrafiltration membrane water and then is sent into the TDS regulating valve;
the TDS regulating valve is provided with a first water inlet through hole, a second water inlet through hole and a water outlet through hole, the first water inlet through hole is used for providing connection for the second pipe body, so that the first water inlet through hole and the water outlet through hole are continuously communicated under normal conditions, a fourth pipe body is matched and connected between the water outlet through hole and the water connector, filtered pure water can be directly conveyed into the water connector from the second pipe body through the TDS regulating valve and the fourth pipe body, the second water inlet through hole which is closed under normal conditions but can be gradually communicated with the water outlet through hole by utilizing the operation of the TDS regulating valve is used for providing connection for the third pipe body, a user can appropriately inject ultrafiltration membrane water and waste water into the fourth pipe body and the water connector according to actual use requirements through the operation of the TDS regulating valve, and the ultrafiltration membrane water and the waste water can be mixed with the pure water after reverse osmosis in the fourth pipe body and the water connector to form mixed water, the TDS adjusting valve is provided with a display unit which is connected with a TDS concentration sensor penetrating in the water joint, so that the TDS value in the water joint can be displayed according to the actual data;
the water outlet faucet is provided with a control handle for controlling the opening and closing of water, and when the control handle is opened, the pure water or the mixed water can flow out of the water outlet faucet from the fourth pipe body through the water passing joint.
2. The TDS value adjustable eco-service system as claimed in claim 1 wherein an overflow pipe is connected to the waste water tank by a check valve.
3. The TDS value adjustable recirculating water service system as claimed in claim 1 wherein said TDS trim valve is provided directly on said outlet tap.
4. The system as claimed in claim 1, wherein the display unit is a liquid crystal display.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920102793.6U CN209835721U (en) | 2019-01-22 | 2019-01-22 | Environment-friendly water-waiting system capable of adjusting TDS value |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920102793.6U CN209835721U (en) | 2019-01-22 | 2019-01-22 | Environment-friendly water-waiting system capable of adjusting TDS value |
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| CN209835721U true CN209835721U (en) | 2019-12-24 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022132028A1 (en) * | 2020-12-14 | 2022-06-23 | Tsia Yong Mr Lim | Waste water tank for zero waste |
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2019
- 2019-01-22 CN CN201920102793.6U patent/CN209835721U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022132028A1 (en) * | 2020-12-14 | 2022-06-23 | Tsia Yong Mr Lim | Waste water tank for zero waste |
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