CN203797960U - Recycling device for cold water of water heater - Google Patents
Recycling device for cold water of water heater Download PDFInfo
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- CN203797960U CN203797960U CN201420199205.2U CN201420199205U CN203797960U CN 203797960 U CN203797960 U CN 203797960U CN 201420199205 U CN201420199205 U CN 201420199205U CN 203797960 U CN203797960 U CN 203797960U
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Abstract
The utility model discloses a recycling device for the cold water of a water heater, and the recycling device is characterized in that a device main body is divided into three cavities including a left cavity, a right cavity and a fixed baffle chamber between the left cavity and the right cavity; a dual-linkage piston is in the device main body; a dual-linkage plunger switch matched with four openings is in the fixed baffle chamber; the dual-linkage plunger switch is connected with a thermal deformation metal rod in an expander; the water heater is connected with the expander, the device main body and the temperature control sensing switch; a water outlet and the temperature control switch is connected with the device main body. The recycling device for cold water of the water heater is provided with no any external auxiliary power or electric control element, the cold water in a water outlet pipe and the water heater can be stably recycled and reused.
Description
Technical field:
The utility model relates to a kind of hot water apparatus, particularly a kind of water heater cold water device that is recycled.
Background technology:
Current, along with people's growth in the living standard, water heater more and more welcomed by the people.But in use people can find, when water heater has just started, delivery port out be cold water, rather than hot water, and cool water quantity is along with water heater size is with different and different apart from delivery port distance.With regard to its reason, be because the cold water temperature of storing in pipeline and water heater during water heater heating starting is lower, when water heater starts, heater inleting pipe's cold water enters water heater and cannot heat in time, the cold water of discharging in water heater and the cold water in outlet conduit are discharged from, often people directly drain this part cold water, cause the significant wastage to water resource, also increased energy consumption simultaneously, very inconvenient during actual use.For this kind of phenomenon, in energy-saving and emission-reduction, today of setting up conservation-minded society, should control effectively, and realize by certain technological means.
Utility model content:
The utility model provides a kind of water heater cold water device that is recycled, and its objective is and solves prior art shortcoming, the timely recycling of the cold water in cold water residual in water heater and outlet conduit can be realized to water resource saving, cuts the waste.
Technical scheme disclosed in the utility model is as follows:
The water heater cold water device that is recycled, is characterized by:
Apparatus main body is divided into left chamber, right chamber and three chambers of the fixed baffle chamber between them;
Double crosslinking piston is positioned at above-mentioned three chambers of apparatus main body, the left hand piston of double crosslinking piston is divided into two right capacitors in left side, the left capacitor in left side by left chamber, the right hand piston of double crosslinking piston is divided into the right capacitor in right side, the left capacitor in right side by right chamber, the left hand piston of double crosslinking piston and right hand piston respectively with the inner wall sealing of left chamber, right chamber, left hand piston is connected by piston rod with right hand piston, and piston rod passes in the middle of fixed baffle chamber;
Above-mentioned fixed baffle chamber is divided into upper chamber and the lower chambers of isolation, and the upper chamber left and right sides is provided with opening c, opening d, and the lower chambers left and right sides is provided with opening a, opening b; Its split shed a, opening c communicate with left chamber, and opening b, opening d communicate with right chamber;
The upper end plug of duplex plunger switch is connected by insertion slot type gangbar with lower end plug, the rotation of shipping and reselling on another market that insertion slot type gangbar can be set in fixed baffle chamber;
The lower end plug of duplex plunger switch forms switch with above-mentioned opening a, opening b and coordinates, also descend end plug between opening a, opening b, to move, and can form sealing with opening a, opening b, and during a closure of openings of opening a, opening b, another opening is opened;
The upper end plug of duplex plunger switch becomes switch to coordinate with above-mentioned opening c, opening D-shaped, also going up end plug can move at two plungers between opening c, opening d, and can become sealing with opening c, opening D-shaped, and during a closure of openings of opening c, opening d, another opening is opened;
One end of expander is connected with the outlet pipe of heater, the other end is connected with temperature control inductive switch, the inside of expander is provided with a heat deformable Metallic rod, and side end of thermal deformation Metallic rod and expander bottom are connected and fixed, and another side end is connected with the upper end plug of duplex plunger switch;
Temperature control inductive switch is connected with two water stream channels, a water stream channel flows to the right capacitor in right side, another water stream channel flows to total delivery port, two water stream channels lay respectively at plunger f two ends, plunger f is connected by the upper U-shaped shift fork of bimetal leaf member e with a bimetal leaf member e, and the end of bimetal leaf member e is fixed on the sidewall in temperature control inductive switch 17;
The upper chamber of fixed baffle chamber 5 is connected with pipeline with the water inlet of heater;
The right capacitor in right side is connected with pipeline with the water inlet of heater;
The lower chambers of fixed baffle chamber is connected with pipeline with total water inlet.
Left chamber left side is provided with an air vent.Between the lower chambers of fixed baffle chamber and total water inlet, be provided with a check valve; Between the upper chamber of fixed baffle chamber and the water inlet of heater, be provided with a check valve; Between the right capacitor in right side and the water inlet of heater, be provided with a check valve; Between the right capacitor in temperature control inductive switch and right side, be provided with a check valve.
The two ends of linker are to lay respectively at right chamber outer wall, it is also that the right capacitor in right side, the left capacitor in right side are communicated with two capacitors of right chamber, and being communicated with position is the maximum position place that double crosslinking piston moves right at right chamber, the effect of linker is when double crosslinking piston arrives spacing position, to realize the left capacitor of the right capacitor in right side and right side to be communicated with.
The piston rod of double crosslinking piston forms shaft hole matching in fixed baffle chamber.
Between expander and temperature control inductive switch, be provided with a discharging valve.
Usefulness of the present utility model is:
By this device, can fundamentally realize water heater cold water recycling, from every little bit, realize the saving of water, and device is without any external auxiliary power or electric control element, can stablize to realize cold water in water heater and in outlet conduit to reclaim and realize again and utilize, have simple in structure, low cost and other advantages, can effectively realize water resource saving, cuts the waste.
Accompanying drawing explanation:
Fig. 1 is the be recycled structural representation of device of water heater cold water;
Fig. 2 is the water heater cold water device positional structure schematic diagram while going out hot water that is recycled;
Fig. 3 is the be recycled structural representation of stationary barrier chamber in device of water heater cold water;
Fig. 4 is the be recycled structural representation of insertion slot type gangbar in device of water heater cold water;
Fig. 5 is the straight configuration of the bimetal leaf member of temperature control inductive switch;
Fig. 6 is the case of bending of the bimetal leaf member of temperature control inductive switch.
The specific embodiment:
Below in conjunction with accompanying drawing, the utility model is specifically described.
As shown in Figure 1, Figure 2, the utility model shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6 is a kind of water heater cold water device that is recycled, its structure is:
Between total water inlet 1 and check valve 2, by water pipe, be connected, check valve 2 is connected with the lower chambers of fixed baffle chamber 5 lower ends, and apparatus main body has three chambers: left chamber 3, right chamber 4 and the fixed baffle chamber 5 between them.Left chamber 3 left sides are provided with an air vent 10.
In chamber interior, having one can the double crosslinking piston 8 that moves freely of left and right, the left hand piston of double crosslinking piston 8 is divided into two right capacitors 31 in capacitor left side by left chamber 3, the left capacitor 32 in left side, the right hand piston of double crosslinking piston 8 is divided into two right capacitors 41 in capacitor right side by right chamber 4, the left capacitor 42 in right side, the piston of double crosslinking piston 8 is sealed and matched with chamber inner wall respectively in left chamber 3 and right chamber 4, between the piston at two ends, by piston rod, be connected, piston rod passes in the middle of fixed baffle chamber 5, and form shaft hole matching, guarantee the stability of double crosslinking piston 8.
Duplex plunger switch 6 is connected by insertion slot type gangbar 7 by these two plungers of upper end plug and lower end plug, its two plunger can become switch to coordinate with opening a, the opening b of fixed baffle chamber 5 respectively with opening c, opening D-shaped, the opening of two plungers and fixed baffle chamber 5 forms sealing, can between opening c, opening d and opening a, opening b, move left and right respectively, in moving left and right, only have the opening of one end to seal, the opening of the other end is opened, while sealing such as opening c, opening d opens, opening a opens simultaneously, and opening b closes.Fixed baffle chamber 5 is except being provided with opening a, opening b, opening c, tetra-openings of opening d, fixed baffle chamber 5 is also divided into upper and lower two isolated chamber, and cold water can only enter the right capacitor 31 in left side or the left capacitor 42 in right side by opening a or opening b opening after entering fixed baffle chamber 5 by check valve 2.The upper end plug of duplex plunger switch 6 is connected by insertion slot type gangbar 7 with lower end plug, and the centre of insertion slot type gangbar 7 is to ship and resell on another market once, and assurance insertion slot type gangbar 7 can only be rotated along fulcrum post.
One end of expander 11 is connected with the outlet pipe of water heater 13, the other end is connected with outlet pipe, its inside is provided with a heat deformable Metallic rod 19, and thermal deformation Metallic rod 19 left end and expander 11 bottoms are connected and fixed, and opposite side is connected with the plunger of the upper end of duplex plunger switch 6.The water inlet of water heater 13 is connected with check valve 12, check valve 14 by water pipe, and the delivery port of water heater 13 is connected with expander 11 by water pipe.
There are two water stream channels the inside of temperature control inductive switch 17, one is back to the right capacitor 41 in right side downwards, one flows to total delivery port 18 to the right, two water stream channels lay respectively at plunger f two ends, plunger f is connected by the upper U-shaped shift fork of bimetal leaf member e with a bimetal leaf member e, and bimetal leaf member e is fixed on one end on the interior sidewall of temperature control inductive switch 17.
The two ends of linker 16 are to be positioned at right chamber 4 outer walls, it is communicated with the right capacitor 41 in two capacitor right sides, the left capacitor 42 in right side of right chamber 4, and being communicated with position is the maximum position place that double crosslinking piston 8 moves right at right chamber 4, the effect of linker 16 is when double crosslinking piston 8 arrives spacing position, to realize the right capacitor 41 in right side, left capacitor 42 connections in right side, guarantees the lasting water supply to water heater.Also be that double crosslinking piston 8 is while arriving spacing position to the right, cold water is by 42 entering the right capacitor 41 in right side by linker 16 and realize water heater continue is supplied water in the left capacitor in right side, and now double crosslinking piston 8 is because left capacitor 42 internal pressures in right side lose and stop motion.
Outside water arrives check valve 2 from water inlet 1 by water pipe and enters fixed baffle chamber 5, stroke by 19 pairs of cold-hot conditions of thermal deformation Metallic rod is realized duplex plunger switch 6 impetuses, realize opening a, the opening b of 6 pairs of fixed baffle chambers 5 of duplex plunger switch and opening c, opening d switch coordinates, and then realize outside water and lead to left chamber 3 or right chamber 4 at fixed baffle chamber 5.
During work, open discharging valve 20, in pipe network, cold water arrives by water pipe the lower chambers that check valve 2 enters fixed baffle chamber 5 from total water inlet 1, it is that water heater 13 is cold water whens output that thermal deformation Metallic rod 19 detects, thermal deformation Metallic rod 19 contraction in lengths, thermal deformation Metallic rod 19 drives duplex plunger switch 6 top plungers to be moved to the left the opening c passage of closing on fixed baffle chamber 5, open opening d passage simultaneously, and move right and close the opening b passage on fixed baffle chamber 5 by insertion slot type gangbar 7 drive duplex plunger switch 6 bottom plungers, open opening a passage simultaneously, the left hand piston that makes outside water can enter from the lower chambers of fixed baffle chamber 5 the right capacitor 31 promotion double crosslinking pistons 8 in left side is moved to the left, now drive the right hand piston of double crosslinking piston 8 to be synchronously moved to the left and compress the left capacitor 42 in right side, make the right side interior water of left capacitor 42 by the opening d passage on fixed baffle chamber 5, flow to the upper chamber of fixed baffle chamber 5, then by check valve 12, entering water heater 13 heats.Meanwhile, water is flowed out and is entered expander 11 by water heater 13, and the cold and hot degree of water is carried out perception by thermal deformation Metallic rod 19.Heating water enters temperature control inductive switch 17 by the pipeline discharging valve 20 of flowing through from expander 11 flows out.
As Fig. 5, and when now temperature control inductive switch 17 is by cold water, bimetal leaf member e produces and stretches distortion, by U-shaped shift fork, make plunger f block total delivery port 18 passages, open and be back to right capacitor 41 passages in right side downwards, cold water flows to cold water by check valve 15 and is recovered to the right capacitor 41 in right side, thereby realizes the recovery to water.
When thermal deformation Metallic rod 19 detects, be that water heater 13 is hot water whens output, thermal deformation Metallic rod 19 length increase, thermal deformation Metallic rod 19 drives duplex plunger switch 6 top plungers to move right, open the opening c passage on fixed baffle chamber 5, close opening d passage simultaneously, and drive duplex plunger switch 6 bottom plungers to be moved to the left and to open the opening b passage on fixed baffle chamber 5 by insertion slot type gangbar 7, close opening a passage simultaneously, making outside water to enter the right hand piston that the left capacitor in right side 42 promotes double crosslinking pistons 8 from 5 end spaceses of fixed baffle chamber moves right, now drive the left hand piston of double crosslinking piston 8 synchronously move right and compress the right capacitor 31 in left side, make the interior water of the right capacitor 31 in left side by the opening c passage on fixed baffle chamber 5, flow to the upper chamber of fixed baffle chamber 5, then by check valve 12, enter water heater 13, water in the right capacitor 41 in right side is subject to the right hand piston extruding of double crosslinking piston 8 and is injected into water heater 13 from check valve 14 simultaneously, thereby realize the utilization again to recycle-water.
As Fig. 6, and when temperature control inductive switch 17 passes through hot water, bimetal leaf member e produces downward flexural deformation, by U-shaped shift fork e, plunger f is closed and is back to right capacitor 41 passages in right side downwards and opens total delivery port 18 passages, thereby realize the normal discharge to hot water.
When closing discharging valve 20, the whole water heater cold water device that is recycled quits work, until while again opening discharging valve 20, system will be carried out work by said process.
The utility model is to propose a solution based on existing ubiquitous water resource waste problem in social life, by this device, can fundamentally realize water heater cold water recycling, from every little bit, realize the saving of water, and device is without any external auxiliary power or electric control element, can stablize to realize cold water in water heater and in outlet conduit to reclaim and realize again and utilize, there is simple in structure, low cost and other advantages, can effectively realize water resource saving, cut the waste.
More than narrate and try hard to show and describe principal character of the present utility model, essence, basic principle, technological merit and the specific embodiment; one skilled in the art will appreciate that; embodiment described here is in order to help reader understanding's principle of the present utility model; do not departing under the prerequisite of the utility model thought and scope; the utility model method also has other various changes and modifications, should be understood in protection domain of the present utility model.
Claims (6)
1. the water heater cold water device that is recycled, is characterized by:
Apparatus main body is divided into left chamber (3), right chamber (4) and (5) three chambers of the fixed baffle chamber between them;
Double crosslinking piston (8) is positioned at above-mentioned three chambers of apparatus main body, the left hand piston of double crosslinking piston (8) is divided into left side right capacitor (31), the left capacitor in left side (32) by left chamber (3), the right hand piston of double crosslinking piston (8) is divided into the right capacitor in right side (41), the left capacitor in right side (42) by right chamber (4), the left hand piston of double crosslinking piston (8) and right hand piston respectively with the inner wall sealing of left chamber (3), right chamber (4), left hand piston is connected by piston rod with right hand piston, and piston rod passes in the middle of fixed baffle chamber (5);
Above-mentioned fixed baffle chamber (5) is divided into upper chamber and the lower chambers of isolation, and the upper chamber left and right sides is provided with opening c, opening d, and the lower chambers left and right sides is provided with opening a, opening b; Its split shed a, opening c communicate with left chamber (3), and opening b, opening d communicate with right chamber (4);
The upper end plug of duplex plunger switch (6) is connected by insertion slot type gangbar (7) with lower end plug, the rotation of shipping and reselling on another market that insertion slot type gangbar (7) can be set in fixed baffle chamber (5);
The lower end plug of duplex plunger switch (6) forms switch with above-mentioned opening a, opening b and coordinates, also descend end plug between opening a, opening b, to move, and can form sealing with opening a, opening b, and during a closure of openings of opening a, opening b, another opening is opened;
The upper end plug of duplex plunger switch (6) becomes switch to coordinate with above-mentioned opening c, opening D-shaped, also going up end plug can move at two plungers between opening c, opening d, and can become sealing with opening c, opening D-shaped, and during a closure of openings of opening c, opening d, another opening is opened;
One end of expander (11) is connected with the outlet pipe of heater (13), the other end is connected with temperature control inductive switch (17), the inside of expander (11) is provided with a heat deformable Metallic rod (19), (19) side ends of thermal deformation Metallic rod and expander (11) bottom are connected and fixed, and another side end is connected with the upper end plug of duplex plunger switch (6);
Temperature control inductive switch (17) is connected with two water stream channels, a water stream channel flows to the right capacitor in right side (41), another water stream channel flows to total delivery port (18), two water stream channels lay respectively at plunger f two ends, plunger f is connected by the upper U-shaped shift fork of bimetal leaf member e with a bimetal leaf member e, and the end of bimetal leaf member e is fixed on the sidewall in temperature control inductive switch (17);
The upper chamber of fixed baffle chamber (5) is connected with pipeline with the water inlet of heater (13);
The right capacitor in right side (41) is connected with pipeline with the water inlet of heater (13);
The lower chambers of fixed baffle chamber (5) is connected with pipeline with total water inlet (1).
2. the water heater cold water according to claim 1 device that is recycled, is characterized by: left chamber (3) left side is provided with an air vent (10).
3. the water heater cold water according to claim 1 device that is recycled, is characterized by: between the lower chambers of fixed baffle chamber (5) and total water inlet, be provided with a check valve (2); Between the upper chamber of fixed baffle chamber (5) and the water inlet of heater, be provided with a check valve (12); Between the right capacitor in right side (41) and the water inlet of heater, be provided with a check valve (14); Between the right capacitor of temperature control inductive switch (17) and right side (41), be provided with a check valve (15).
4. the water heater cold water according to claim 1 device that is recycled, it is characterized by: the two ends of linker (16) are to lay respectively at right chamber (4) outer wall, it is communicated with the right capacitor in right side (41), the left capacitor in right side (42), and being communicated with position is the maximum position place that double crosslinking piston (8) moves right at right chamber (4), the effect of linker (16) is when double crosslinking piston (8) arrives spacing position, to realize the left capacitor of the right capacitor in right side (41) and right side (42) to be communicated with.
5. the water heater cold water according to claim 1 device that is recycled, is characterized by: the piston rod of double crosslinking piston (8) forms shaft hole matching in fixed baffle chamber (5).
6. the water heater cold water according to claim 1 device that is recycled, is characterized by: between expander (11) and temperature control inductive switch (17), be provided with a discharging valve (20).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420199205.2U CN203797960U (en) | 2014-04-21 | 2014-04-21 | Recycling device for cold water of water heater |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420199205.2U CN203797960U (en) | 2014-04-21 | 2014-04-21 | Recycling device for cold water of water heater |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203797960U true CN203797960U (en) | 2014-08-27 |
Family
ID=51380165
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420199205.2U Withdrawn - After Issue CN203797960U (en) | 2014-04-21 | 2014-04-21 | Recycling device for cold water of water heater |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203797960U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104296401A (en) * | 2014-09-28 | 2015-01-21 | 延安市琥灵节水有限公司 | Cold water collection system with pipeline linkage mechanism |
| CN105004054A (en) * | 2014-04-21 | 2015-10-28 | 肖吟雪 | Recovery and reutilization device for cold water of water heater |
-
2014
- 2014-04-21 CN CN201420199205.2U patent/CN203797960U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105004054A (en) * | 2014-04-21 | 2015-10-28 | 肖吟雪 | Recovery and reutilization device for cold water of water heater |
| CN105004054B (en) * | 2014-04-21 | 2017-09-05 | 肖吟雪 | Water heater cold water is recycled device |
| CN104296401A (en) * | 2014-09-28 | 2015-01-21 | 延安市琥灵节水有限公司 | Cold water collection system with pipeline linkage mechanism |
| CN104296401B (en) * | 2014-09-28 | 2016-06-22 | 延安市琥灵节水有限公司 | A kind of cold water collection system with pipeline link gear |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140827 Effective date of abandoning: 20170905 |
|
| AV01 | Patent right actively abandoned |