CN201306473Y - Automatic cold water recovering tap - Google Patents
Automatic cold water recovering tap Download PDFInfo
- Publication number
- CN201306473Y CN201306473Y CNU2008201007008U CN200820100700U CN201306473Y CN 201306473 Y CN201306473 Y CN 201306473Y CN U2008201007008 U CNU2008201007008 U CN U2008201007008U CN 200820100700 U CN200820100700 U CN 200820100700U CN 201306473 Y CN201306473 Y CN 201306473Y
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- valve body
- water
- temperature control
- channel
- control conversion
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- Expired - Fee Related
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Abstract
The utility model relates to an automatic cold water recovering tap which comprises a tap valve body, a valve body cold water inlet positioned on the tap valve body, a valve body cold water channel, a valve body hot water inlet, a valve body hot water channel, a valve body mixed water outlet, a valve body used-water channel, a handle and a mixed water valve plug arranged inside the tap valve body; wherein, the tap valve body is internally provided with a valve body drainage channel; a valve body conversion water inlet communicated with valve body mixed water channels is arranged at the lower end of the tap valve body; a base of the mixed water valve plug and a fixed porcelain cup are respectively provided with the mixed water channels which are arranged in a coaxial way and respectively and correspondingly provided with the cold water channel, the hot water channel and a recycle-water channel along the axial direction; a water using/drainage cavity and a temperature control conversion valve are arranged on a binding surface on which a moving porcelain cup of the mixed water valve plug faces to the fixed porcelain cup; the water using cavity is used when the water is used for temperature adjustment; and the drainage cavity is used when the water is drained; the valve body is internally provided with a temperature control conversion valve plug; a temperature control conversion valve body is provided with a conversion water inlet, a conversion water outlet and a drainage water outlet; and two conversion channels connected with the lower end of the tap valve body are arranged on the temperature control conversion valve body.
Description
Technical field
The utility model relates to a kind of water supply installation of daily living article, and especially a kind of automatic cold water that can reclaim automatically the cold water in the hot water pipeline reclaims tap.
Background technique
Present existing cold water reclaims tap, though the cold water that has solved when using hot water reclaims problem, after the cold water in hot water pipeline has been arranged, must manual switch use hot water, may cause the waste of cold water or hot water because of grasping bad when this conversion too early or cross conversion late.Therefore, a kind of automatic cold water that can overcome above-mentioned shortcoming reclaims tap becomes required.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, recycle function for hot and cold water tap increases automatic cold water, this automatic cold water recovery tap structure is simple, cost is low, long service life, can reclaim the cold water among the hot water inlet pipe automatically, the conserve water resource cuts down the consumption of energy.
For realizing the purpose of this utility model, adopted following technological scheme; A kind of automatic cold water reclaims tap, include leading valve body, be positioned at valve body cold water inlet on the leading valve body, valve body cold water channel, valve body water inlet of hot water, valve body hot water channel, valve body mixed water exports, valve body be with the water-mixing valve core of water channel, handle and leading valve body, it is characterized in that:
A). the bottom in the aforementioned leading valve body is provided with the valve body drainage channel, these drainage channel two ends are connected with the base recycle-water passage of water-mixing valve core and the valve body draining water outlet of leading valve body lower end respectively, and leading valve body lower end also is provided with the valve body conversion water intake that leads to valve body mixing water passage;
B). the base of aforementioned water-mixing valve core with decide to be respectively equipped with on the porcelain dish coaxial base mixing water passage and decide porcelain dish mixing water passage, and vertically respectively correspondence be provided with base cold water channel, base hot water channel, base recycle-water passage and decide the porcelain dish cold water channel, decide the porcelain dish hot water channel, decide porcelain dish recycle-water passage;
C). the moving porcelain dish of aforementioned water-mixing valve core is communicated with when the junction plane of deciding porcelain dish is provided with the temperature adjustment water to be decided the porcelain dish cold water channel, decide the porcelain dish hot water channel and Dings the cavity water cavity of porcelain dish mixing water passage, and is communicated with the cavity drain chamber of deciding the porcelain dish hot water channel and Dinging porcelain dish recycle-water passage during draining;
D). be provided with temperature control conversion valve body, be provided with temperature control conversion spool in this temperature control conversion valve body, there are temperature control conversion valve body conversion water intake, temperature control conversion valve body to change water outlet and temperature control conversion valve body draining water outlet on the temperature control conversion valve body, change on the water outlet being respectively equipped with two ALT-CH alternate channels that are connected with leading valve body lower end at temperature control conversion valve body conversion water intake with temperature control conversion valve body.
Aforesaid temperature control changing valve in-core has thermosensitive element, regulator, and be provided with temperature control conversion spool conversion water intake, temperature control conversion spool conversion water outlet, temperature control conversion spool draining water outlet, aforementioned temperature control conversion spool conversion water intake and temperature control conversion valve body water intake lead to, temperature control conversion spool conversion water outlet and temperature control conversion valve body water outlet lead to, and temperature control conversion spool draining water outlet and temperature control conversion valve body draining water outlet lead to.
Aforesaid base cold water channel, base hot water channel and Ding the porcelain dish cold water channel, decide the porcelain dish hot water channel and be located at the place base respectively and decide 80 ° position of same circle spacing on the porcelain dish, described base hot water channel, base recycle-water passage and decide the porcelain dish hot water channel, decide 70 ° the position of same circle spacing that porcelain dish recycle-water passage is located at the place base respectively and is decided porcelain dish.
Aforesaid two ALT-CH alternate channels are respectively first ALT-CH alternate channel and second ALT-CH alternate channel, the described first ALT-CH alternate channel two ends are connected with temperature control conversion valve body water intake with leading valve body draining water outlet respectively, and the described second ALT-CH alternate channel two ends are connected with temperature control conversion valve body water outlet with leading valve body water intake respectively.
Reclaim tap by automatic cold water provided by the utility model, because the temperature control conversion spool in temperature control conversion valve body is provided with temperature control conversion spool conversion water intake and temperature control conversion spool draining water outlet, temperature control conversion spool conversion water intake and temperature control conversion valve body conversion water intake lead to, temperature control conversion valve body conversion water intake is communicated with leading valve body draining water outlet on the leading valve body by first ALT-CH alternate channel, temperature control conversion spool draining water outlet and temperature control conversion valve body draining water outlet lead to, temperature control conversion valve body draining water outlet is connected with the pinnacled water storing device of peripheral hardware, at the normal temperature state, temperature control conversion spool draining water outlet is in opening state, and temperature control conversion spool conversion water outlet is in closed condition.Before using hot water, the temperature of temperature control being changed spool transfers to 35 degree, under leading closed condition, clockwise direction rotatable handle to 9 o'clock direction, at this moment, drain chamber on the moving porcelain dish is communicated with the hot water inlet and the water-mixing valve core drain opening of water-mixing valve core, and the balance cold water in the external hot water pipeline of cock body is through the valve body water inlet of hot water, the valve body hot water channel, water-mixing valve core, the valve body drainage channel, first ALT-CH alternate channel, temperature control conversion spool conversion water intake, temperature control conversion spool draining water outlet, the temperature control conversion valve body draining water outlet external recovery channel of flowing through enters return water tank; After the cold water in the hot water pipeline has been arranged, hot water enters temperature control conversion spool, temperature control is changed the thermosensitive element expanded by heating of spool and is driven the regulator displacement, temperature control conversion spool conversion water outlet is opened gradually, temperature control conversion spool draining water outlet is closed gradually, after water temperature met or exceeded 35 degree, the regulator of temperature control conversion spool was changed spool conversion water outlet complete opening with temperature control, simultaneously temperature control is changed spool draining water outlet and is closed fully.Like this, reclaim cold water and finish, and hot water is discharged from valve body mixing water water outlet through temperature control conversion spool conversion water outlet, second ALT-CH alternate channel, valve body conversion water intake, valve body mixing water passage.At this moment, upwards lift handle, and with handle counterclockwise towards about 6 o'clock position move to regulate water temperature, bring into use hot water.The utility model is simple in structure, cost is low, long service life, can reclaim the cold water among the hot water inlet pipe automatically, and the conserve water resource cuts down the consumption of energy.
For avoiding scalding, second ALT-CH alternate channel is control flow rate as required.
Description of drawings
Fig. 1 is a three-dimensional view of the present utility model;
Fig. 2 is a temperature control conversion spool front view of the present utility model;
Fig. 3 is the B-B view of Fig. 2;
Fig. 4 is a water-mixing valve core front view of the present utility model;
Fig. 5 is the C-C view of Fig. 4;
Fig. 6 is cold water of the present utility model, hot water channel's sectional drawing;
Fig. 7 is the first ALT-CH alternate channel sectional drawing of the present utility model;
Fig. 8 is the front view of deciding porcelain dish and moving porcelain dish junction plane of water-mixing valve core of the present utility model;
Fig. 9 is the front view of deciding porcelain dish and base junction plane of water-mixing valve core of the present utility model;
Figure 10 is the moving porcelain dish of water-mixing valve core of the present utility model and the front view of upper surface;
Figure 11 is the moving porcelain dish and the front view of deciding the porcelain dish junction plane of water-mixing valve core of the present utility model;
Figure 12 is the base and the front view of deciding the porcelain dish junction plane of water-mixing valve core of the present utility model;
Pavilion 13 is front views of the base lower surface of water-mixing valve core of the present utility model.
Embodiment
Embodiment of the present utility model is described with reference to the accompanying drawings.As Fig. 1-shown in Figure 13, a kind of automatic cold water reclaims tap, include leading valve body 1, be positioned at the valve body cold water inlet 3 on the leading valve body 1, valve body cold water channel 8, valve body water inlet of hot water 4, valve body hot water channel 9, valve body mixed water exports 5, valve body water path 10, water-mixing valve core 22 in handle 12 and the leading valve body, bottom in the aforementioned leading valve body 1 is provided with valve body drainage channel 11, these drainage channel 11 two ends are connected with the base recycle-water passage 33 of water-mixing valve core 22 and the valve body draining water outlet 6 of leading valve body 1 lower end respectively, and leading valve body 1 lower end also is provided with the valve body conversion water intake 7 that leads to valve body mixing water path 10; The base 23 of aforementioned water-mixing valve core 22 with decide to be respectively equipped with on the porcelain dish 2 coaxial base mixing water passage 37 and decide porcelain dish mixing water passage 36, and vertically respectively correspondence be provided with base cold water channel 32, base hot water channel 31, base recycle-water passage 33 and decide porcelain dish cold water channel 29, decide porcelain dish hot water channel 28, decide porcelain dish recycle-water passage 30; The moving porcelain dish 24 of aforementioned water-mixing valve core is communicated with when the junction plane of deciding porcelain dish 25 is provided with the temperature adjustment water to be decided porcelain dish cold water channel 29, decide porcelain dish hot water channel 28 and decides the cavity water cavity 26 of porcelain dish mixing water passage 36, and is communicated with the cavity drain chamber 27 of decide porcelain dish hot water channel 28 and deciding porcelain dish recycle-water passage 30 during draining; Be provided with temperature control conversion valve body 2, be provided with temperature control conversion spool 13 in this temperature control conversion valve body, there are temperature control conversion valve body conversion water intake 15, temperature control conversion valve body to change water outlet 16 and temperature control conversion valve body draining water outlet 14 on the temperature control conversion valve body 2, change on the water outlet 16 being respectively equipped with two ALT-CH alternate channels 34,35 that are connected with leading valve body 1 lower end at temperature control conversion valve body conversion water intake 15 with temperature control conversion valve body.
In the embodiment shown in the figures, as Fig. 2, shown in Figure 3, in the aforesaid temperature control conversion spool 13 thermosensitive element 20, regulator 21 are arranged, and be provided with temperature control conversion spool conversion water intake 18, temperature control conversion spool conversion water outlet 19, temperature control conversion spool draining water outlet 17, aforementioned temperature control conversion spool conversion water intake 18 leads to temperature control conversion valve body water intake 15, temperature control conversion spool conversion water outlet 19 leads to temperature control conversion valve body water outlet 16, and temperature control conversion spool draining water outlet 17 leads to temperature control conversion valve body draining water outlet 14.
In the embodiment shown in the figures, as Fig. 6-shown in Figure 13, aforesaid base cold water channel 32, base hot water channel 31 and decide porcelain dish cold water channel 29, decide porcelain dish hot water channel 28 and be located at the place base respectively and decide 80 ° position of same circle spacing on the porcelain dish, described base hot water channel 31, base recycle-water passage 33 and decide porcelain dish hot water channel 28, decide 70 ° the position of same circle spacing that porcelain dish recycle-water passage 30 is located at the place base respectively and is decided porcelain dish.
In the embodiment of Fig. 1-shown in Figure 7, aforesaid two ALT-CH alternate channels 34,35 are respectively first ALT-CH alternate channel 34 and second ALT-CH alternate channel 35, described first ALT-CH alternate channel 34 two ends are connected with temperature control conversion valve body water intake 15 with leading valve body draining water outlet 6 respectively, and described second ALT-CH alternate channel 35 two ends are connected with temperature control conversion valve body water outlet 16 with leading valve body water intake 7 respectively.
Temperature control conversion spool described in the utility model is the constant temperature valve core change from prior art.Wherein, the mixing water water outlet of constant temperature valve core becomes temperature control conversion spool conversion water intake, the constant temperature valve core water inlet of hot water is become temperature control conversion spool draining water outlet, the constant temperature valve core cold water inlet is become temperature control conversion spool conversion water water outlet, change constant temperature valve core temperature adjustment handle into temperature control conversion spool temperature adjustment nut.
Claims (4)
1, a kind of automatic cold water reclaims tap, include leading valve body (1), be positioned at valve body cold water inlet (3) on the leading valve body (1), valve body cold water channel (8), valve body water inlet of hot water (4), valve body hot water channel (9), valve body mixed water exports (5), valve body be with the water-mixing valve core (22) of water channel (10), handle (12) and leading valve body, it is characterized in that:
A). the bottom in the aforementioned leading valve body (1) is provided with valve body drainage channel (11), this drainage channel (11) two ends are connected with the base recycle-water passage (33) of water-mixing valve core (22) and the valve body draining water outlet (6) of leading valve body (1) lower end respectively, and leading valve body (1) lower end also is provided with the valve body conversion water intake (7) that leads to valve body mixing water passage (10);
B). the base (23) of aforementioned water-mixing valve core (22) with decide to be respectively equipped with coaxial base mixing water passage (37) on the porcelain dish (25) and to decide porcelain dish mixing water passage (36), and vertically respectively correspondence be provided with base cold water channel (32), base hot water channel (31), base recycle-water passage (33) and decide porcelain dish cold water channel (29), decide porcelain dish hot water channel (28), decide porcelain dish recycle-water passage (30);
C). the moving porcelain dish (24) of aforementioned water-mixing valve core is communicated with when the junction plane of deciding porcelain dish (25) is provided with the temperature adjustment water to be decided porcelain dish cold water channel (29), decide porcelain dish hot water channel (28) and decides the cavity water cavity (26) of porcelain dish mixing water passage (36), and is communicated with the cavity drain chamber (27) of deciding porcelain dish hot water channel (28) and deciding porcelain dish recycle-water passage (30) during draining;
D). be provided with temperature control conversion valve body (2), be provided with temperature control conversion spool (13) in this temperature control conversion valve body, there are temperature control conversion valve body conversion water intake (15), temperature control conversion valve body to change water outlet (16) and temperature control conversion valve body draining water outlet (14) on the temperature control conversion valve body (2), change on the water outlet (16) being respectively equipped with two ALT-CH alternate channels (34,35) that are connected with leading valve body (1) lower end at temperature control conversion valve body conversion water intake (15) with temperature control conversion valve body.
2, automatic cold water according to claim 1 reclaims tap, it is characterized in that in the aforesaid temperature control conversion spool (13) thermosensitive element (20) being arranged, regulator (21), and be provided with temperature control conversion spool conversion water intake (18), temperature control conversion spool conversion water outlet (19), temperature control conversion spool draining water outlet (17), aforementioned temperature control conversion spool conversion water intake (18) leads to temperature control conversion valve body water intake (15), temperature control conversion spool conversion water outlet (19) leads to temperature control conversion valve body water outlet (16), and temperature control conversion spool draining water outlet (17) leads to temperature control conversion valve body draining water outlet (14).
3, automatic cold water according to claim 1 reclaims tap, it is characterized in that aforesaid base cold water channel (32), base hot water channel (31) and decide porcelain dish cold water channel (29), decide porcelain dish hot water channel (28) and be located at the place base respectively and decide 80 ° position of same circle spacing on the porcelain dish, described base hot water channel (31), base recycle-water passage (33) and decide porcelain dish hot water channel (28), decide 70 ° the position of same circle spacing that porcelain dish recycle-water passage (30) is located at the place base respectively and is decided porcelain dish.
4, automatic cold water according to claim 1 reclaims tap, it is characterized in that aforesaid two ALT-CH alternate channels (34,35) are respectively first ALT-CH alternate channel (34) and second ALT-CH alternate channel (35), described first ALT-CH alternate channel (34) two ends are connected with temperature control conversion valve body water intake (15) with leading valve body draining water outlet (6) respectively, and described second ALT-CH alternate channel (35) two ends are connected with temperature control conversion valve body water outlet (16) with leading valve body water intake (7) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201007008U CN201306473Y (en) | 2008-11-25 | 2008-11-25 | Automatic cold water recovering tap |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201007008U CN201306473Y (en) | 2008-11-25 | 2008-11-25 | Automatic cold water recovering tap |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201306473Y true CN201306473Y (en) | 2009-09-09 |
Family
ID=41098938
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201007008U Expired - Fee Related CN201306473Y (en) | 2008-11-25 | 2008-11-25 | Automatic cold water recovering tap |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201306473Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104390048A (en) * | 2014-11-24 | 2015-03-04 | 延安市琥灵节水有限公司 | Temperature-controlled pipeline changing valve |
-
2008
- 2008-11-25 CN CNU2008201007008U patent/CN201306473Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104390048A (en) * | 2014-11-24 | 2015-03-04 | 延安市琥灵节水有限公司 | Temperature-controlled pipeline changing valve |
| CN104390048B (en) * | 2014-11-24 | 2017-01-04 | 延安市琥灵节水有限公司 | Road valve is changed in temperature control |
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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: 20090909 Termination date: 20111125 |