CN201990570U - Drinking water production device - Google Patents
Drinking water production device Download PDFInfo
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- CN201990570U CN201990570U CN2011200226847U CN201120022684U CN201990570U CN 201990570 U CN201990570 U CN 201990570U CN 2011200226847 U CN2011200226847 U CN 2011200226847U CN 201120022684 U CN201120022684 U CN 201120022684U CN 201990570 U CN201990570 U CN 201990570U
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Abstract
The utility model provides a drinking water production device, which comprises a filter unit 1, a filter unit 2, a filter unit 3, a filter unit 4, a filter unit 5, a water storage device 1, a water storage device 2, a sterilizing device 1, a sterilizing device 2, a sterilizing device 3, a water quality adjusting device 1, a water quality adjusting device 2, a water pump 1, a water pump 2, a water pump 3, a magnetic valve 1, a magnetic valve 2, a magnetic valve 3, a magnetic valve 4, a T-type tee joint ball valve 1, a T-type tee joint ball valve 2, a T-type tee joint ball valve 3, a T-type tee joint ball valve 4, a control device 1, a control device 2, a sensor, a water inlet and a water outlet. The drinking water production device overcomes shortcomings of the prior art, is free of harmful substances to human body, capable of providing beneficial trace elements, and convenient to show to consumers.
Description
Technical field
The utility model relates to the food machinery field, particularly a kind of tap water machinery.
Background technology
General water source is all from river, lake, reservoir or underground water well, and the water source is if estrepement occurs, excessively use agricultural chemicals or industrial wastewater pollution, and quality can become very severe and be not suitable for drinking.Running-water Company just with oxidation, tan by the sun and method such as chlorination is done basic processing, can not remove injury maximum agricultural chemicals, heavy metal, add the secondary pollution of hydraulic pipe and family expenses water pipe, have only and drink end in common people water intaking and install safe and reliable water purifying plant additional, just can guarantee drinking water quality.
Prior art adopts method or their combination producing drinking waters in next life such as sand filtration, gac, ion exchange resin, accurate filter, ultra-filtration membrane, nanofilter or reverse osmosis membrane.Though soly can remove objectionable impurities on a large scale, as impurity, pathogenetic bacteria, intestinal bacteria, vibrio cholerae, chlorine, agricultural chemicals, macromolecular organic compound and heavy metal in the water, and deodorizing.But still have disappearance: one, the pure soft water after the filtration, pH are to present faint acidity between 6.5 to 6.9, are not suitable for the human body long-term drinking; Its two, do not contain the trace element of needed by human, cause the heavy skeleton development of osteoporosis, cardiovascular disorder and youngster bad easily; Its three, the equipment of making tap water is huge mostly, can only produce in the workshop, is not easy to show to the human consumer.
The utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, and a kind of potable water production apparatus that harmful material can provide healthy trace elements with household again and be convenient to show to the human consumer that neither contains is provided.
For achieving the above object, a kind of potable water production apparatus described in the utility model comprises a filtration unit (11), No. two filtration units (12), No. three filtration units (13), No. four filtration units (14), No. five filtration units (15), a water storage device (21), No. two water storage devices (22), a sterilising plant (31), No. two sterilising plants (32), No. three sterilising plants (33), a water quality setting device (41), No. two water quality setting devices (42), a water pump (51), No. two water pumps (52), No. three water pumps (53), a magnetic valve (61), No. two magnetic valves (62), No. three magnetic valves (63), No. four magnetic valves (64), a T type tee ball valve (71), No. two T type tee ball valves (72), No. three T type tee ball valves (73), No. four T type tee ball valves (74), a control device (81), No. two control device (82), transmitter (83), water-in (91) and water outlet (92);
A described filtration unit (11), No. two filtration units (12), No. three filtration units (13), No. four filtration units (14), No. five filtration units (15), a sterilising plant (31), No. two sterilising plants (32), No. three sterilising plants (33), a water quality setting device (41), No. two water quality setting devices (42), a water pump (51), No. two water pumps (52), No. three water pumps (53) all comprise an import and an outlet.
A described water storage device (21) and No. two water storage devices (22) comprise first import, second import and outlet.
A described T type tee ball valve (71), No. two T type tee ball valves (72), No. three T type tee ball valves (73) and No. four T type tee ball valves (74) comprise first interface, second interface and the 3rd interface, three mutual UNICOMs of orthogonal pipeline be can make, shunting, interflow effect played.
Water-in (91) is by the import of a water pump of pipe connection (51), the outlet of a water pump (51) is by the import of a filtration unit of pipe connection (11), the outlet of a filtration unit (11) is by the import of No. two filtration units of pipe connection (12), the outlet of No. two filtration units (12) is by the import of No. three filtration units of pipe connection (13), the outlet of No. three filtration units (13) is by the import of No. four filtration units of pipe connection (14), and the outlet of No. four filtration units (14) is by first import of a water storage device of pipe connection (21); The outlet of a water storage device (21) is by the import of No. two water pumps of pipe connection (52), the outlet of No. two water pumps (52) is by the import of a sterilising plant of pipe connection (31), and the outlet of a sterilising plant (31) is by first interface of a T type of pipe connection tee ball valve (71); Second interface of a T type tee ball valve (71) is by the import of a magnetic valve of pipe connection (61), and the outlet of a magnetic valve (61) is by second import of a water storage device of pipe connection (21); The 3rd interface of a T type tee ball valve (71) is by the import of a water quality setting device of pipe connection (41), and the outlet of a water quality setting device (41) is by first import of No. two water storage devices of pipe connection (22); The outlet of No. two water storage devices (22) is by the import of No. three water pumps of pipe connection (53), the outlet of No. three water pumps (53) is by the import of No. two sterilising plants of pipe connection (32), and the outlet of No. two sterilising plants (32) is by first interface of No. two T types of pipe connection tee ball valve (72); Second interface of No. two T type tee ball valves (72) is by the import of No. two magnetic valves of pipe connection (62), and the outlet of No. two magnetic valves (62) is by second import of No. two water storage devices of pipe connection (22); The 3rd interface of No. two T type tee ball valves (72) is by first interface of No. three T types of pipe connection tee ball valve (73); Second interface of No. three T type tee ball valves (73) is by the import of No. two water quality setting devices of pipe connection (42), the outlet of No. two water quality setting devices (42) is by the import of No. three magnetic valves of pipe connection (63), and the outlet of No. three magnetic valves (63) is by first interface of No. four T types of pipe connection tee ball valve (74); Transmitter (83) is fixed in the outlet of No. two water quality setting devices (42); The 3rd interface of No. three T type tee ball valves (73) is by the import of No. four magnetic valves of pipe connection (64), and the outlet of No. four magnetic valves (64) is by second interface of No. four T types of pipe connection tee ball valve (74); The 3rd interface of No. four T type tee ball valves (74) is by the import of No. five filtration units of pipe connection (15), the outlet of No. five filtration units (15) is by the import of No. three sterilising plants of pipe connection (33), and the outlet of No. three sterilising plants (33) is by pipe connection water outlet (92); A magnetic valve (61) is connected with a control device (81) by cable with No. two magnetic valves (62), by the unified control of a control device (81); No. three magnetic valves (63), No. four magnetic valves (64) and transmitter (83) are connected with No. two control device (82) by cable, by the unified control of No. two control device (82).
Mainly contain sand in a described filtration unit (11) and No. two filtration units (12) and filter filter material and activated carbon filtration filter material.
In described No. three filtration units (13) the ion exchange resin filter material is housed.
Described No. four filtration units (14) are reverse osmosis membrane filtration device or nanofilter.
A described sterilising plant (31), No. two sterilising plants (32), No. three sterilising plants (33) are ultraviolet sterilizer or ozone sterilization device.
Described transmitter (83) is a pH meter.
Described No. five filtration units (15) are the glass fibre membrane filter appts.
This equipment can also comprise that an ozone generating-device (84) is fixed in the sterilization that is used for production environment in the production environment; This ozone generating-device (84) is connected with a control device (81), by the generation of a control device control (81) system ozone.
The utility model has following beneficial effect:
1. can improve water oxygen level, and be difficult for decline, can replenish oxygen requirement in the health.
2. the water of producing contains the mineral substance equal with ocean water body, is that mineral substance absorbs best source in the added body.
3. the effects such as pH that negative pole magnetization, interpolation mineral substance, change water are arranged behind the water process water quality setting device.
4. the product that is by control pH presents weakly alkaline, is the water that is fit to the human body long-term drinking.
5. contain mineral substance in the water of producing, calcium, magnesium, sodium, potassium, selenium, vanadium ... Deng element, be the fundamental element of activation ferment, also be prime mover indispensable in the life.
6. the water after filtering is totally aseptic, can generate clean and the good water of fine, and meet the standard of drinking raw.
7. this equipment volume is light and handy relatively, can put convenient the displaying according to the width of StoreFront.
8. after having installed ozone generating-device additional, can eliminate and in show window, show the problem that microorganism enters easily.
Description of drawings
Fig. 1 is a schema, is used for illustrating the connection and the structure of each device of the utility model;
Fig. 2 is the stereographic map that is used to illustrate the three-dimensional arrangement of the utility model embodiment.
Filtration unit of 11-; No. two filtration units of 12-; No. three filtration units of 13-; No. four filtration units of 14-; No. five filtration units of 15-; Water storage device of 21-; No. two water storage devices of 22-; Sterilising plant of 31-; No. two sterilising plants of 32-; No. three sterilising plants of 33-; Water quality setting device of 41-; No. two water quality setting devices of 42-; Water pump of 51-; No. two water pumps of 52-; No. three water pumps of 53-; Magnetic valve of 61-; No. two magnetic valves of 62-; No. three magnetic valves of 63-; No. four magnetic valves of 64-; A T type of 71-tee ball valve; No. two T types of 72-tee ball valve; No. three T types of 73-tee ball valve; No. four T types of 74-tee ball valve; The 81-control device; The 83-transmitter; The 84-ozone generating-device; The 91-water-in; The 92-water outlet.
Embodiment
Below come a kind of potable water production apparatus described in the utility model is described further with concrete case, purpose is for the public better understands technology contents of the present invention, rather than to the restriction of technology contents of the present invention.
Referring to figs. 1 through Fig. 2, water-in 91 is by the import of a water pump 51 of pipe connection, the outlet of a water pump 51 is by the import of a filtration unit 11 of pipe connection, the outlet of a filtration unit 11 is by the import of No. two filtration units 12 of pipe connection, the outlet of No. two filtration units 12 is by the import of No. three filtration units 13 of pipe connection, the outlet of No. three filtration units 13 is by the import of No. four filtration units 14 of pipe connection, and the outlet of No. four filtration units 14 is by first import of a water storage device 21 of pipe connection; The outlet of a water storage device 21 is by the import of No. two water pumps 52 of pipe connection, the outlet of No. two water pumps 52 is by the import of a sterilising plant 31 of pipe connection, and the outlet of a sterilising plant 31 is by first interface of a T type of pipe connection tee ball valve 71; Second interface of a T type tee ball valve 71 is by the import of a magnetic valve 61 of pipe connection, and the outlet of a magnetic valve 61 is by second import of a water storage device 21 of pipe connection; The 3rd interface of a T type tee ball valve 71 is by the import of a water quality setting device 41 of pipe connection, and the outlet of a water quality setting device 41 is by first import of No. two water storage devices 22 of pipe connection; The outlet of No. two water storage devices 22 is by the import of No. three water pumps 53 of pipe connection, the outlet of No. three water pumps 53 is by the import of No. two sterilising plants 32 of pipe connection, and the outlet of No. two sterilising plants 32 is by first interface of No. two T types of pipe connection tee ball valve 72; Second interface of No. two T type tee ball valves 72 is by the import of No. two magnetic valves 62 of pipe connection, and the outlet of No. two magnetic valves 62 is by second import of No. two water storage devices 22 of pipe connection; The 3rd interface of No. two T type tee ball valves 72 is by first interface of No. three T types of pipe connection tee ball valve 73; Second interface of No. three T type tee ball valves 73 is by the import of No. two water quality setting devices 42 of pipe connection, the outlet of No. two water quality setting devices 42 is by the import of No. three magnetic valves 63 of pipe connection, and the outlet of No. three magnetic valves 63 is by first interface of No. four T types of pipe connection tee ball valve 74; Transmitter 83 is fixed in the outlet of No. two water quality setting devices 42; The 3rd interface of No. three T type tee ball valves 73 is by the import of No. four magnetic valves 64 of pipe connection, and the outlet of No. four magnetic valves 64 is by second interface of No. four T types of pipe connection tee ball valve 74; The 3rd interface of No. four T type tee ball valves 74 is by the import of No. five filtration units 15 of pipe connection, and the outlet of No. five filtration units 15 is by the import of No. three sterilising plants 33 of pipe connection, and the outlet of No. three sterilising plants 33 is by pipe connection water outlet 92; No. one magnetic valve 61 is connected with a control device 81 by cable with No. two magnetic valves 62, by control device 81 unified controls; No. three magnetic valves 63, No. four magnetic valves 64 are connected with No. two control device 82 by cable with transmitter 83, by No. two control device 82 unified controls.Mainly contain sand filtration filter material and activated carbon filtration filter material in a filtration unit 11 and No. two filtration units 12.In No. three filtration units 13 the ion exchange resin filter material is housed.No. four filtration unit 14 is the reverse osmosis membrane filtration device.Sterilising plant 31, No. two sterilising plants 32, No. three sterilising plants 33 are ultraviolet sterilizer.Transmitter 83 is a pH meter.No. five filtration unit 15 is the glass fibre membrane filter appts.Ozone generating-device 84 is fixed in the sterilization that is used for production environment in the production environment, and ozone generating-device 84 is connected with a control device 81, by the generation of control device 81 control ozone.
Claims (9)
1. potable water production apparatus is characterized in that:
Comprise a filtration unit (11), No. two filtration units (12), No. three filtration units (13), No. four filtration units (14), No. five filtration units (15), a water storage device (21), No. two water storage devices (22), a sterilising plant (31), No. two sterilising plants (32), No. three sterilising plants (33), a water quality setting device (41), No. two water quality setting devices (42), a water pump (51), No. two water pumps (52), No. three water pumps (53), a magnetic valve (61), No. two magnetic valves (62), No. three magnetic valves (63), No. four magnetic valves (64), a T type tee ball valve (71), No. two T type tee ball valves (72), No. three T type tee ball valves (73), No. four T type tee ball valves (74), a control device (81), No. two control device (82), transmitter (83), water-in (91) and water outlet (92);
Water-in (91) is by the import of a water pump of pipe connection (51), the outlet of a water pump (51) is by the import of a filtration unit of pipe connection (11), the outlet of a filtration unit (11) is by the import of No. two filtration units of pipe connection (12), the outlet of No. two filtration units (12) is by the import of No. three filtration units of pipe connection (13), the outlet of No. three filtration units (13) is by the import of No. four filtration units of pipe connection (14), and the outlet of No. four filtration units (14) is by first import of a water storage device of pipe connection (21); The outlet of a water storage device (21) is by the import of No. two water pumps of pipe connection (52), the outlet of No. two water pumps (52) is by the import of a sterilising plant of pipe connection (31), and the outlet of a sterilising plant (31) is by first interface of a T type of pipe connection tee ball valve (71); Second interface of a T type tee ball valve (71) is by the import of a magnetic valve of pipe connection (61), and the outlet of a magnetic valve (61) is by second import of a water storage device of pipe connection (21); The 3rd interface of a T type tee ball valve (71) is by the import of a water quality setting device of pipe connection (41), and the outlet of a water quality setting device (41) is by first import of No. two water storage devices of pipe connection (22); The outlet of No. two water storage devices (22) is by the import of No. three water pumps of pipe connection (53), the outlet of No. three water pumps (53) is by the import of No. two sterilising plants of pipe connection (32), and the outlet of No. two sterilising plants (32) is by first interface of No. two T types of pipe connection tee ball valve (72); Second interface of No. two T type tee ball valves (72) is by the import of No. two magnetic valves of pipe connection (62), and the outlet of No. two magnetic valves (62) is by second import of No. two water storage devices of pipe connection (22); The 3rd interface of No. two T type tee ball valves (72) is by first interface of No. three T types of pipe connection tee ball valve (73); Second interface of No. three T type tee ball valves (73) is by the import of No. two water quality setting devices of pipe connection (42), the outlet of No. two water quality setting devices (42) is by the import of No. three magnetic valves of pipe connection (63), and the outlet of No. three magnetic valves (63) is by first interface of No. four T types of pipe connection tee ball valve (74); Transmitter (83) is fixed in the outlet of No. two water quality setting devices (42); The 3rd interface of No. three T type tee ball valves (73) is by the import of No. four magnetic valves of pipe connection (64), and the outlet of No. four magnetic valves (64) is by second interface of No. four T types of pipe connection tee ball valve (74); The 3rd interface of No. four T type tee ball valves (74) is by the import of No. five filtration units of pipe connection (15), the outlet of No. five filtration units (15) is by the import of No. three sterilising plants of pipe connection (33), and the outlet of No. three sterilising plants (33) is by pipe connection water outlet (92); A magnetic valve (61) is connected with a control device (81) by cable with No. two magnetic valves (62), by the unified control of a control device (81); No. three magnetic valves (63), No. four magnetic valves (64) and transmitter (83) are connected with No. two control device (82) by cable, by the unified control of No. two control device (82).
2. a kind of potable water production apparatus according to claim 1 is characterized in that: in described No. three filtration units (13) the ion exchange resin filter material is housed.
3. a kind of potable water production apparatus according to claim 1 is characterized in that: described No. four filtration units (14) are the reverse osmosis membrane filtration device.
4. a kind of potable water production apparatus according to claim 1 is characterized in that: described No. four filtration units (14) are nanofiltration unit.
5. a kind of potable water production apparatus according to claim 1 is characterized in that: a described sterilising plant (31), No. two sterilising plants (32), No. three sterilising plants (33) are ultraviolet sterilizer.
6. a kind of potable water production apparatus according to claim 1 is characterized in that: a described sterilising plant (31), No. two sterilising plants (32), No. three sterilising plants (33) are ozone sterilization device.
7. a kind of potable water production apparatus according to claim 1 is characterized in that: described transmitter (83) is a pH meter.
8. a kind of potable water production apparatus according to claim 1 is characterized in that: described No. five filtration units (15) are the glass fibre membrane filter appts.
9. a kind of potable water production apparatus according to claim 1 is characterized in that: comprise that also an ozone generating-device (84) is fixed in the sterilization that is used for production environment in the production environment; This ozone generating-device (84) is connected with a control device (81), by the generation of a control device (81) control ozone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200226847U CN201990570U (en) | 2011-01-24 | 2011-01-24 | Drinking water production device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200226847U CN201990570U (en) | 2011-01-24 | 2011-01-24 | Drinking water production device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201990570U true CN201990570U (en) | 2011-09-28 |
Family
ID=44667065
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200226847U Expired - Fee Related CN201990570U (en) | 2011-01-24 | 2011-01-24 | Drinking water production device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201990570U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019015676A1 (en) * | 2017-07-21 | 2019-01-24 | 艾欧史密斯（中国）环境电器有限公司 | Water purification system |
-
2011
- 2011-01-24 CN CN2011200226847U patent/CN201990570U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019015676A1 (en) * | 2017-07-21 | 2019-01-24 | 艾欧史密斯（中国）环境电器有限公司 | Water purification system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110928 Termination date: 20140124 |