CN205857309U - Bathroom WHRS - Google Patents
Bathroom WHRS Download PDFInfo
- Publication number
- CN205857309U CN205857309U CN201620829497.2U CN201620829497U CN205857309U CN 205857309 U CN205857309 U CN 205857309U CN 201620829497 U CN201620829497 U CN 201620829497U CN 205857309 U CN205857309 U CN 205857309U
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- downpipe
- bathroom
- whrs
- valve
- downcomer
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Abstract
The utility model discloses a kind of bathroom WHRS, including wastewater disposal basin, attemperater and the waste water energy water heater connected with wastewater disposal basin and attemperater respectively, described wastewater disposal basin is provided with the downpipe connected with aquaporin under bathroom, connect on described waste water energy water heater and have running water pipe, the downcomer being connected with sewer it is communicated with on the sidewall of described downpipe, described downcomer is provided with stop valve, at downcomer and drop leg below downpipe on be provided with stop valve.This bathroom WHRS can stop cold water to enter in wastewater disposal basin, improves the bathroom WHRS utilization rate to thermal wastewater heat.
Description
Technical field
This utility model relates to a kind of bathroom WHRS.
Background technology
The energy and environment are the social problems that the world today is prominent, this promote people to recognize more the energy is to the mankind's
Importance, and more and more pay attention to the exploitation application of efficiency of energy utilization and power-saving technology.The when of having a bath in our bathroom, bathing
Being containing a large amount of available heat energy in fact in waste water, if can effectively utilize, this partial heat energy can help bathroom operator
Alleviate the heating cost burden of half, simultaneously for optimizing bathroom operation and management, also there is high meaning
As it is shown in figure 1, be present a kind of bathroom WHRS the most on the market, it first by bath wastewater by with bath
The downpipe centralized collection that under room, aquaporin connects is in wastewater disposal basin, and the size of wastewater disposal basin determines according to the water yield, then utilize into
Waterpipe, by bathing spent hot water unified input waste water energy water heater, accesses clean cold water (room temperature) by running water pipe simultaneously,
That is bathing spent hot water and clean cold water waste water energy water heater to be simultaneously entered.Heat friendship is carried out inside waste water energy water heater
Change.During this period, the temperature of bathing spent hot water and clean cold water swaps, and cold heating heat turns cold, but water quality is independent of each other,
Simply temperature swaps.Two kinds of water after thermal energy exchange have had changed into bathing and have given up cold water (room temperature) and clean warm water, from useless
The water energy hot water machine other end flows out, and the bathing cold water that gives up can be flowed in sewer by waste pipe, and clean warm water passes through warm water tube
Then entrance attemperater is squeezed into original firing equipment (boiler, solar energy or heat pump) and is relayed temperature of continuing rising, and finally we can see
Arriving, what boiler burnt originally is room temperature cold water, and after the energy recovery of waste water energy water heater, burning in boiler is exactly the temperature of 30 DEG C
Water, it is assumed that water for bathing is 40 DEG C, as long as that heats up 10 DEG C now again, saves the fuel of half quickly.And waste water
The energy consumption of energy hot water machine itself is considerably less, and only one water pump needs electricity consumption (electrical power consumption of water pump: 10 tons of water/1.5 degree electricity).
But a defect can there is in this bathroom WHRS: the waste water in bathroom differs, and to establish a capital be hot water,
If it is hot water that certain time period flows to wastewater disposal basin, the heat in waste water so can pass to clean water, but suddenly
It is cold waste water that certain time period flows in wastewater disposal basin, and the heat in clean water can be given band by the coldest waste water on the contrary
Walk, thus the bathroom WHRS utilization rate to thermal wastewater heat can be substantially reduced.
Utility model content
The deficiency existed for prior art, this utility model is to provide a kind of bathroom WHRS, this bathroom
WHRS can stop cold water to enter in wastewater disposal basin, improves the utilization to thermal wastewater heat of the bathroom WHRS
Rate.
For achieving the above object, this utility model provides following technical scheme: a kind of bathroom WHRS, bag
Include wastewater disposal basin, attemperater is provided with the waste water energy water heater connected with wastewater disposal basin and attemperater respectively, described wastewater disposal basin
The downpipe connected with aquaporin under bathroom, described waste water energy water heater connects and has running water pipe, the sidewall of described downpipe
On be communicated with the downcomer being connected with sewer, described downcomer and at downcomer with drop leg below downpipe on
It is equipped with stop valve.
By using technique scheme, controlled respectively by two stop valves being arranged on downcomer and downpipe
Downcomer and the opening and closing of downpipe, such that it is able to be optionally incorporated in wastewater disposal basin by waste water, the waste water of heat is still
Can be entered in wastewater disposal basin by downpipe, and cold waste water the most all can be discharged in sewer by downcomer, it is to avoid
Cold waste water has influence on the waste water of wastewater disposal basin interior-heat.
This utility model is further arranged to: described stop valve is ball valve, and the valve rod of two stop valves has been respectively articulated with
Promote the catch bar that it rotates, two catch bars to be hinged, the length after two catch bars are hinged more than or equal to valve rod with
Maximum distance between two pin joints that catch bar is formed.
By using technique scheme, the valve rod on two stop valves is made to link by two catch bars, thus
Avoid the need for individually going adjustable cut-off valve, facilitate operator to go operation, regulation to get up the rapidest, make cold water more not
Easily enter in wastewater disposal basin.
This utility model is further arranged to: when two stop valves are respectively at opening and closing, two catch bars
Being hinged with connecting rod at pin joint, described wastewater disposal basin is provided with support, and described support is provided with promotion connecting rod and catch bar moves
Move and drive the cylinder that two valve rods rotate.
By using technique scheme, promote connecting rod and the movement of catch bar by cylinder thus drive two to cut
Only the movement of valve valve rod, eliminates and is artificially pushed to, and makes operator the most laborsaving operation when.
This utility model is further arranged to: two hinged, on described support by rotating shaft between catch bar and connecting rod
Being provided with the chute arranged along cylinder output shaft moving direction, rotating shaft lower end extends in chute.
By using technique scheme, rotating shaft is moved in chute to and fro, so that cylinder is promoting connecting rod
Time the most steady, be difficult to that stuck phenomenon occurs.
This utility model is further arranged to: described stop valve is electromagnetic valve.
By using technique scheme, electromagnetic valve is opening and closing when, and operator operate and more save
Power.
This utility model is further arranged to: the sidewall of described downpipe water inlet is provided with temperature sensor, described
Downpipe sidewall is provided with the controller electrically connected respectively with temperature sensor and cylinder.
By using technique scheme, controller includes comparison module, for temperature temperature sensor transmitted
The degree signal of telecommunication compares with the temperature value of setting；Main control module, for by comparison module relatively after signal be converted into execution
Signal；Drive module, perform signal for receiving and control the flexible of cylinder output shaft；Normally using when, downpipe
On stop valve open, and the stop valve on downcomer be close, waste water enters into temperature sensor meeting in downpipe
Detecting a temperature signal, temperature signal can be converted into the signal of telecommunication and be delivered in comparison module by temperature sensor, compares
The module signal of telecommunication to transmitting compares with the temperature value preset, if be detected that the temperature come is less than the temperature preset
During value, the signal after comparing is delivered to main control module, and the signal after main control module will compare is converted into execution signal and is delivered to
In driving module, drive the outfan elongation of module drive cylinder, so that the stop valve on downpipe is closed, on downcomer
Stop valve is opened, and makes cold waste water be flowed away by downcomer；If the temperature that temperature sensor detects is higher than the temperature preset
During angle value, cylinder is inoperative, keeps the stop valve on downpipe to open, the state that the stop valve on downcomer is closed, whole mistake
Journey need not artificially go regulation, reduces labour force.
This utility model is further arranged to: the sidewall of described downpipe water inlet is provided with temperature sensor, described
Downpipe sidewall is provided with the controller electrically connected respectively with temperature sensor and two electromagnetic valves.
By using technique scheme, controller includes comparison module, for temperature temperature sensor transmitted
The degree signal of telecommunication compares with the temperature value of setting；Main control module, for by comparison module relatively after signal be converted into execution
Signal；Drive module, be used for receiving execution signal and controlling electromagnetic valve opening or closing；Normally using when, downpipe
On stop valve open, and the stop valve on downcomer be close, waste water enters into temperature sensor meeting in downpipe
Detecting a temperature signal, temperature signal can be converted into the signal of telecommunication and be delivered in comparison module by temperature sensor, compares
The module signal of telecommunication to transmitting compares with the temperature value preset, if be detected that the temperature come is less than the temperature preset
During value, the signal after comparing is delivered to main control module, and the signal after main control module will compare is converted into execution signal and is delivered to
In driving module, drive two electromagnetic valve runnings of module drive, so that the closed electromagnetic valve on downpipe, the electricity on downcomer
Magnet valve is opened, and makes cold waste water be flowed away by downcomer；If the temperature that temperature sensor detects is higher than the temperature preset
During value, two electromagnetic valves are the most inoperative, keep the electromagnetic valve on downpipe to open, the state of the closed electromagnetic valve on downcomer,
Whole process need not artificially go regulation, reduces labour force.
This utility model is further arranged to: the water inlet of described downpipe is provided with floor drain.
By using technique scheme, arranging of floor drain can be by impurity such as the hairs in waste water to filtering out.
In sum, this utility model has the advantages that and can be optionally incorporated in wastewater disposal basin by waste water,
The waste water of heat still can be entered in wastewater disposal basin by downpipe, and cold waste water the most all can be discharged to down by downcomer
In water channel, it is to avoid cold waste water has influence on the waste water of wastewater disposal basin interior-heat, improve bathroom WHRS to thermal wastewater heat
Utilization rate.
Accompanying drawing explanation
Fig. 1 is the structural representation of prior art；
Fig. 2 is the structural representation of embodiment one；
Fig. 3 is the structural representation flowing into cold waste water in embodiment one；
Fig. 4 is the workflow diagram of cylinder in embodiment one；
Fig. 5 is the structural representation of embodiment two；
Fig. 6 is the workflow diagram of electromagnetic valve in embodiment two；
Reference: 1, downpipe；2, wastewater disposal basin；3, waste water energy water heater；4, attemperater；5, floor drain；6, tap water
Pipe；7, downcomer；8, stop valve；9, support；10, catch bar；11, connecting rod；12, cylinder；13, temperature sensor；14, control
Device processed；15, chute.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described in further detail.
This specific embodiment is only that it is not to restriction of the present utility model, ability to explanation of the present utility model
The present embodiment can be made after reading this specification by field technique personnel as required does not has the amendment of creative contribution, but
As long as all being protected by Patent Law in right of the present utility model.
Embodiment 1: as shown in Figures 2 and 3, a kind of bathroom WHRS, including wastewater disposal basin 2, attemperater 4 and point
The waste water energy water heater 3 not connected with wastewater disposal basin 2 and attemperater 4, wastewater disposal basin 2 is provided with and falling that aquaporin under bathroom connects
Water pipe 1, waste water energy water heater 3 connects and has a running water pipe 6, described downcomer 7 and downcomer 7 and downpipe 1 connectivity part with
Under downpipe 1 on be equipped with stop valve 8.Controlled respectively by two stop valves 8 being arranged on downcomer 7 and downpipe 1
Downcomer 7 processed and the opening and closing of downpipe 1, such that it is able to optionally waste water is incorporated in wastewater disposal basin 2, the waste water of heat
Or can be entered in wastewater disposal basin 2 by downpipe 1, and cold waste water directly can all be discharged to sewer by downcomer 7
In, it is to avoid cold waste water has influence on the waste water of wastewater disposal basin 2 interior-heat.
Stop valve 8 is ball valve, the valve rod of two stop valves 8 is respectively articulated with and promotes its catch bar 10 rotated, two
Catch bar 10 is hinged, two hinges that the length after two catch bars 10 are hinged is formed with catch bar 10 more than or equal to valve rod
Maximum distance between contact.Make the valve rod on two stop valves 8 link by two catch bars 10, thus avoid the need for
Individually remove adjustable cut-off valve 8, facilitate operator to go operation, regulation to get up the rapidest, make cold water more be not easily accessible
In wastewater disposal basin 2.
When two stop valves 8 are respectively at opening and closing, at the pin joint of two catch bars 10, it is hinged with connecting rod
11, wastewater disposal basin 2 is provided with support 9, and support 9 is provided with promotion connecting rod 11 and catch bar 10 moves and drives two valve rods to rotate
Cylinder 12.Promote connecting rod 11 and the movement of catch bar 10 by cylinder 12 thus drive the shifting of two stop valve 8 valve rods
Dynamic, eliminate and be artificially pushed to, make operator the most laborsaving operation when.
Passing through rotating shaft between two catch bars 10 and connecting rod 11 hinged, support 9 is provided with and moves along cylinder 12 output shaft
The chute 15 that direction is arranged, rotating shaft lower end extends in chute 15.Rotating shaft is moved in chute 15 to and fro, so that cylinder 12
Promote connecting rod 11 when the most steady, be difficult to that stuck phenomenon occurs.
As shown in Figure 4, the sidewall of downpipe 1 water inlet is provided with temperature sensor 13, and downpipe 1 sidewall is provided with
The controller 14 electrically connected with temperature sensor 13 and cylinder 12 respectively.Controller 14 includes comparison module, for temperature being passed
The temperature signal that sensor 13 transmits compares with the temperature value of setting；Main control module, for comparing comparison module
After signal be converted into execution signal；Drive module, perform signal for receiving and control the flexible of cylinder 12 output shaft；Just
The when of often use, the stop valve 8 on downpipe 1 is opened, and the stop valve 8 on downcomer 7 is to close, and waste water enters
In downpipe 1, temperature sensor 13 will detect that a temperature signal, and temperature signal can be converted into by temperature sensor 13
The signal of telecommunication is also delivered in comparison module, and the comparison module signal of telecommunication to transmitting compares with the temperature value preset, as
When the temperature that fruit detects is less than the temperature value preset, the signal after comparing is delivered to main control module, and main control module will compare
After signal be converted into execution signal and be delivered to drive in module, drive the outfan elongation of module drive cylinder 12, thus
Making the stop valve 8 on downpipe 1 close, the stop valve 8 on downcomer 7 is opened, and makes cold waste water be flowed away by downcomer 7；As
When the temperature that really temperature sensor 13 detects is higher than the temperature value preset, cylinder 12 is inoperative, keeps on downpipe 1
Stop valve 8 is opened, the state that the stop valve 8 on downcomer 7 is closed, and whole process need not artificially go regulation, reduces labour force.
The water inlet of downpipe 1 is provided with floor drain 5.Arranging of floor drain 5 can be by impurity such as the hairs in waste water to filtering
Fall.
Embodiment 2: a kind of bathroom WHRS, with differring primarily in that of embodiment one: stop valve 8 is electromagnetism
Valve.Electromagnetic valve is opening and closing when, and operator operate the most laborsaving.On the sidewall of downpipe 1 water inlet
Being provided with temperature sensor 13, downpipe 1 sidewall is provided with the control electrically connected respectively with temperature sensor 13 and two electromagnetic valves
Device 14 processed.Controller 14 includes comparison module, for temperature signal temperature sensor 13 transmitted and the temperature of setting
Angle value compares；Main control module, for by comparison module relatively after signal be converted into execution signal；Drive module, be used for
Receive and perform signal and control electromagnetic valve to open or close；Normally using when, the stop valve 8 on downpipe 1 is to open
, and the stop valve 8 on downcomer 7 is to close, in waste water enters into downpipe 1, temperature sensor 13 will detect that one
Temperature signal, temperature signal can be converted into the signal of telecommunication and be delivered in comparison module by temperature sensor 13, and comparison module is to biography
The defeated signal of telecommunication come compares with the temperature value preset, during if be detected that the temperature come is less than the temperature value preset, than
Signal after relatively is delivered to main control module, and the signal after main control module will compare is converted into execution signal and is delivered to drive module
In, drive two electromagnetic valve runnings of module drive, so that the closed electromagnetic valve on downpipe 1, the electromagnetic valve on downcomer 7 is beaten
Open, make cold waste water be flowed away by downcomer 7；If the temperature that temperature sensor 13 detects is higher than the temperature value preset
Time, two electromagnetic valves are the most inoperative, keep the electromagnetic valve on downpipe 1 to open, the state of the closed electromagnetic valve on downcomer 7,
Whole process need not artificially go regulation, reduces labour force.
Claims (8)
1. a bathroom WHRS, including wastewater disposal basin (2), attemperater (4) and respectively with wastewater disposal basin (2) and insulation water
The waste water energy water heater (3) that case (4) connects, described wastewater disposal basin (2) is provided with the downpipe (1) connected with aquaporin under bathroom,
The upper connection of described waste water energy water heater (3) has running water pipe (6), it is characterized in that: be communicated with on the sidewall of described downpipe (1) with
The downcomer (7) that sewer connects, described downcomer (7) and the downpipe below downcomer (7) with downpipe (1) connectivity part
(1) stop valve (8) it is equipped with on.
Bathroom the most according to claim 1 WHRS, is characterized in that: described stop valve (8) is ball valve, and two are cut
Only being respectively articulated with on the valve rod of valve (8) and promote its catch bar (10) rotated, two catch bars (10) are hinged, and two push away
Maximum distance between two pin joints that length after lever (10) is hinged is formed more than or equal to valve rod and catch bar (10).
Bathroom the most according to claim 2 WHRS, is characterized in that: beat when two stop valves (8) are respectively at
Time open and close, being hinged with connecting rod (11) at the pin joint of two catch bars (10), described wastewater disposal basin (2) is provided with support
(9), described support (9) is provided with and promotes connecting rod (11) and catch bar (10) to move and drive the cylinder that two valve rods rotate
(12)。
Bathroom the most according to claim 3 WHRS, is characterized in that: two catch bars (10) and connecting rod (11)
Between by rotating shaft hinged, described support (9) be provided with along cylinder (12) output shaft moving direction arrange chute (15), rotating shaft
Lower end extends in chute (15).
Bathroom the most according to claim 1 WHRS, is characterized in that: described stop valve (8) is electromagnetic valve.
Bathroom the most according to claim 3 WHRS, is characterized in that: the side of described downpipe (1) water inlet
Wall is provided with temperature sensor (13), described downpipe (1) sidewall be provided with respectively with temperature sensor (13) and cylinder
(12) controller (14) electrically connected.
Bathroom the most according to claim 5 WHRS, is characterized in that: the side of described downpipe (1) water inlet
Wall is provided with temperature sensor (13), described downpipe (1) sidewall be provided with respectively with temperature sensor (13) and two electricity
The controller (14) of magnet valve electrical connection.
Bathroom the most according to claim 3 WHRS, is characterized in that: the water inlet of described downpipe (1) sets
There is floor drain (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620829497.2U CN205857309U (en) | 2016-07-30 | 2016-07-30 | Bathroom WHRS |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620829497.2U CN205857309U (en) | 2016-07-30 | 2016-07-30 | Bathroom WHRS |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205857309U true CN205857309U (en) | 2017-01-04 |
Family
ID=57654545
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620829497.2U Active CN205857309U (en) | 2016-07-30 | 2016-07-30 | Bathroom WHRS |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205857309U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109243631A (en) * | 2018-08-22 | 2019-01-18 | 刘思泽 | The heat energy recycling device of recirculated cooling water in a kind of nuclear power station |
-
2016
- 2016-07-30 CN CN201620829497.2U patent/CN205857309U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109243631A (en) * | 2018-08-22 | 2019-01-18 | 刘思泽 | The heat energy recycling device of recirculated cooling water in a kind of nuclear power station |
| CN109243631B (en) * | 2018-08-22 | 2022-08-09 | 浙江嘉诚动能科技股份有限公司 | Heat energy recycling device for circulating cooling water in nuclear power station |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |