CN106323036B - Method and device of the newest constant water for heat exchange is drawn automatically from interrupted water flow - Google Patents
Method and device of the newest constant water for heat exchange is drawn automatically from interrupted water flow Download PDFInfo
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- CN106323036B CN106323036B CN201510388591.9A CN201510388591A CN106323036B CN 106323036 B CN106323036 B CN 106323036B CN 201510388591 A CN201510388591 A CN 201510388591A CN 106323036 B CN106323036 B CN 106323036B
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Abstract
The present invention relates to method and device of the newest constant water for heat exchange is drawn automatically from interrupted water flow, applied to the waste heat in useless stream of warm water for recycling the outflow of barber shop's shampoo trap discharge outlet etc. discontinuously water flow.The method includes the water in interrupted water flow is collected using drain sump；Collect drain sump water maximum by outlet device peak level line traffic control；It further include drain sump collection port band drain sump collection port trunnion, after the water that drain sump is collected reaches maximum, interrupted water flow continues to flow into drain sump collection port and is collected in drain sump collection port trunnion to be worn the outlet device being located in drain sump collection port trunnion pipe cap end and floods；The outlet device outer tube wears the side wall at pipe cap end or pipe cap roof is opened a micropore and is connected to inside；Allow the water flooded flow into micropore make outlet device attach the names of pre-determined candidates hold it is internal form vacuum, and then outwardly the water of drain sump bottom row.Have many advantages, such as that response is sensitive, constantly infuses the coldest water that fresh water displaces equivalent in drain sump.
Description
Technical field
The present invention relates to method and device of the newest constant water for heat exchange is drawn automatically from interrupted water flow, it is applied to back
Receive the waste heat in the interrupted water flow such as useless stream of warm water of barber shop's shampoo trap discharge outlet outflow.
Background technique
People, which generally use the coiled pipe to spiral, allows suction heat release two media to realize heat exchange, this heat exchange on the way in flowing
Heat exchange is carried out between the medium that device is suitable for continuously flowing.In interrupted water flow, since medium amount is few, heat exchange on the way
Area is big, and thermal losses is also serious, therefore for the thermal efficiency, it keeps the temperature cost and also rises in rain.
In order to reduce the heat preservation cost in production, increase heat exchanger effectiveness, people are using collection water heat exchanger.It is described to catchment
Heat exchanger includes drain sump, cold water pressure-bearing storehouse.Drain sump band drain sump collection port and drain sump cut row's mouth.Cold water pressure-bearing storehouse band
Cold water pressure-bearing storehouse water inlet and cold water pressure-bearing storehouse water outlet；Drain sump is inside cold water pressure-bearing storehouse, cold water pressure-bearing storehouse and drain sump
Between be isolated by the bulkhead that heat transfer performance excellent material makes.Drain sump collection port is connected to shampoo trap discharge outlet；Collection
Sump cuts in row's mouth and disposes outlet device.The lifting head or hand knob of the outlet device are mounted on table top and facilitate at operation.In use,
Electric water heater inlet mouth is connected to cold water pressure-bearing storehouse water outlet；Cold water pressure-bearing storehouse water inlet is connected with tap water (water source).No
Foot be it is each replace useless warm water and need manual operation outlet device, outlet device is opened the waste heat that recycled in emptying drain sump
Then useless warm water turns off the drain sump after allowing emptying and collects new useless warm water.Under this collection water heat exchanger very important person's work operation
Hydrophone, and the quantitatively collection of useless warm water in drain sump is realized by manual operation, cost of labor is very high in use, also very not square
Just.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art described above place, a kind of small in size, heat exchange effect is provided
Rate is high to draw method and device of the newest constant water for heat exchange from interrupted water flow automatically.
The present invention draws method of the newest constant water for heat exchange from interrupted water flow automatically, comprising:
(a) water in interrupted water flow is collected using drain sump；The drain sump band drain sump collection port and drain sump cut row
Mouthful；Interrupted water flow is collected in drain sump from the inflow of drain sump collection port；The water collected in drain sump passes through the silo wall that catchments
The cold water being located in the cold water pressure-bearing storehouse of drain sump peripheral space carries out heat exchange；Cold water pressure-bearing storehouse band cold water pressure-bearing storehouse
Water inlet and cold water pressure-bearing storehouse water outlet；Cold water pressure-bearing storehouse water inlet with cold water source for being connected；Cold water pressure-bearing storehouse water outlet
Water inlet for same electric heater is connected；
(b) collect drain sump water maximum by outlet device peak level line traffic control；The outlet device includes
Outlet device outer tube and outlet device inner tube；Pipe cap is worn in outlet device outer tube one end, and other end side wall drives water hole into；Outlet device inner tube water level
Section is inserted in outlet device outer tube, and outlet device inner tube plug section is exposed, and outlet device inner tube water level section is by side exterior surface under
The inner surface of hydrophone outer tube is directly bonded or mechanically allows outlet device inner tube water level section with phase between outlet device outer tube
It is mutually fixed；The outlet device is located inside drain sump, and is inserted in drain sump by outlet device inner tube plug section and cuts on row's mouth；It is special
Sign is further include:
(c) drain sump collection port band drain sump collection port trunnion, after the water that drain sump is collected reaches maximum, interrupted water
Stream continue to flow into drain sump collection port be collected in drain sump collection port trunnion will be located at drain sump collection port trunnion under
Hydrophone is worn pipe cap end and is flooded；
(d) the outlet device outer tube wears the side wall at pipe cap end or pipe cap roof is opened a micropore and is connected to inside；In outlet device
The end face of pipe water level section and 3~20mm of fore-and-aft distance of micropore；Allowing the water flooded to flow into micropore makes outlet device attach the names of pre-determined candidates to hold inside
Formed vacuum, and then the water of drain sump bottom from outlet device inlet opening flow into again out of outlet device inner tube pipe and drain sump cut row
Mouth row is outwardly.
A kind of device for realizing the above method, including drain sump, cold water pressure-bearing storehouse；Drain sump band drain sump collection port sum aggregate
Sump cuts row's mouth；Cold water pressure-bearing storehouse band cold water pressure-bearing storehouse water inlet and cold water pressure-bearing storehouse water outlet；Drain sump is in cold water pressure-bearing storehouse
Inside is isolated by the bulkhead that heat transfer performance excellent material makes；Drain sump cuts in row's mouth and disposes outlet device；Outlet device packet
Include outlet device outer tube and outlet device inner tube；It is characterized in that the space in cold water pressure-bearing storehouse and the space of drain sump are by annular cold water pressure-bearing
Storehouse lateral wall and its enclosed confined space of upper head plate and bottom plate are isolated to be formed through annular cold water pressure-bearing storehouse inner sidewall；Cold water is held
Pressure storehouse water inlet and cold water pressure-bearing storehouse water outlet are opened on the lateral wall of cold water pressure-bearing storehouse；Drain sump collection port is opened on upper head plate,
Drain sump cuts row's mouth and is opened on bottom plate；Pipe cap is worn in outlet device outer tube one end, and opens in outlet device outer tube wall or pipe cap roof
One micropore is connected to inside, and other end side wall drives water hole into；Outlet device inner tube water level section is inserted in outlet device outer tube, end face with
3~20mm of fore-and-aft distance of micropore by the direct bonding way of inner surface of side exterior surface and outlet device outer tube or passes through
Mechanical system allows outlet device inner tube water level section to be fixed to each other between outlet device outer tube；Outlet device inner tube plug section is exposed, and inserts
It is cut on row's mouth in drain sump；The drain sump collection port band drain sump collection port trunnion；The outlet device wears pipe cap end and is located at larynx
Inside pipe；The trunnion is connected as one with upper head plate.
The drain sump collection port trunnion band adapting flange.
The present invention has the advantage that
1, the sectional area of drain sump collection port trunnion can make very little compared to drain sump sectional area, and interrupted water flow flows into collection
In sump collection port trunnion, drain sump bottom has same water and is taken away automatically and water level is automatically maintained at and is lauched by outlet device
On this water level line of device inner tube water level section port；The process of this automatic maintenance water, response is sensitive, constantly infuses fresh
Water displaces the coldest water of equivalent in drain sump, keeps the highest water of most fresh temperature of the constant in storehouse, and friendship is changed in raising
The efficiency changed.
2, small in size, heat exchanger effectiveness is high.
3, it remains and saves the advantages of electric heater electric energy is up to 40% in the prior art.
4, it is mounted on immediately below shampoo trap and uses, avoid hair washing waste water to the maximum extent and flow in collecting container on the way
Thermal loss.
5, outlet device is inserted in drain sump and cuts on row's mouth, keeps vertical state；Water level maximum height is by outlet device in drain sump
The length of inner tube water level section controls；When water flow of washing hair is larger and then micropore is crammed, outlet device inner tube forms vacuum, collection
The accelerated extraction of the water of hydrophone bottom.The quantitative collection warm water that gives up is accomplished accurate, timely, ensure that heat exchange before the deadline
The maximization of efficiency.
6, the cold waste water of drain sump bottom can speed on foot fast extraction because of useless warm water of washing hair, and the quantitative useless warm water of update is quick.
7, few from the useless warm water of the hair washing to flow away in micropore on outlet device, meet the needs of control water level.
Detailed description of the invention
Attached drawing 1 is the structural schematic diagram of apparatus of the present invention.
1 is bottom plate in figure, and 3 be cold water pressure-bearing storehouse water inlet, and 5 be annular cold water pressure-bearing storehouse inner sidewall, and 7 be annular cold water
Pressure-bearing storehouse lateral wall, 9 be upper head plate, and 12 be drain sump collection port trunnion, and 13 be adapting flange, and 15 be pipe cap, and 17 be micropore, 19
It is cold water pressure-bearing storehouse water outlet, 21 be the space in cold water pressure-bearing storehouse, and 23 be the space of drain sump, and 25 be outlet device outer tube, and 27 are
Inlet opening, 29 outlet device inner tubes, 31 be that drain sump cuts row's mouth.
Fig. 2 is one example structure schematic diagram of outlet device used in apparatus of the present invention.
15 be pipe cap in figure, and 17 be micropore, and 25 be outlet device outer tube, and 27 be inlet opening, and 29 be outlet device inner tube.
Fig. 3 is another example structure schematic diagram of outlet device used in the present invention.
15 be pipe cap in figure, and 33 be micropore I, and 25 be outlet device outer tube, and 27 be inlet opening, and 29 be outlet device inner tube.
Fig. 4 is the sectional structure chart of Fig. 3.
17 be micropore in figure, and 15 be pipe cap, and 25 be outlet device outer tube, and 35 be outlet device inner tube water level section, and 37 be outlet device
Inner tube plug section.
Specific embodiment
It is washed hair for useless stream of warm water is interrupted water flow and is further described by barber shop below the present invention.From interrupted water flow
Automatically method of the newest constant water for heat exchange is drawn, comprising:
(a) water in interrupted water flow is collected using drain sump.Interrupted water flow is interior in any given time, and what is flowed is total
Amount is usually very limited.If necessarily caused using the heat exchanger of existing continuous flow media because heat exchange contact area is excessive
The heat distributed into environment is also more, and the efficiency of heat exchange is it is contemplated that be very low.It is collected in interrupted water flow using drain sump
They are collected together by water, and heat exchange is used in a limited spatial volume of concentration, can also predict its heat exchanger effectiveness
It can be very high.The drain sump band drain sump collection port and drain sump cut row's mouth.Interrupted water flow is received from the inflow of drain sump collection port
Collection is in drain sump；Collection is in the cold water pressure-bearing storehouse that the water of drain sump is located on drain sump peripheral space by the silo wall that catchments
Cold water carry out heat exchange.The cold water pressure-bearing storehouse band cold water pressure-bearing storehouse water inlet and cold water pressure-bearing storehouse water outlet；Cold water pressure-bearing
Storehouse water inlet with cold water source for being connected；Cold water pressure-bearing storehouse water outlet is used to be connected with the water inlet of electric heater.Here,
The waste heat of recycling is used to improve the hot water amount gone out in the electric heater unit time, reduces the electricity consumption of electric heater.
(b) collect drain sump water maximum by outlet device peak level line traffic control.The outlet device includes
Outlet device outer tube and outlet device inner tube；Pipe cap is worn in outlet device outer tube one end, and other end side wall drives water hole into；Outlet device inner tube water level
Section is inserted in outlet device outer tube, and outlet device inner tube plug section is exposed, and outlet device inner tube water level section is by side exterior surface under
The inner surface of hydrophone outer tube is directly bonded or mechanically allows outlet device inner tube water level section with phase between outlet device outer tube
It is mutually fixed.The outlet device is located inside drain sump, and is inserted in drain sump by outlet device inner tube plug section and cuts on row's mouth.This hair
Bright method further include:
(c) drain sump collection port band drain sump collection port trunnion (12) after the water that drain sump is collected reaches maximum, breaks
Continuous water flow continues to flow into drain sump collection port and is collected in drain sump collection port trunnion and will be located in drain sump collection port trunnion
Outlet device wear pipe cap end and flood.
(d) the outlet device outer tube wears the side wall at pipe cap end or pipe cap roof is opened a micropore and is connected to inside.Pipe cap roof
The micropore (17) opened, the micropore that side wall is opened such as micropore I (33).The end face of outlet device inner tube water level section and the fore-and-aft distance 3 of micropore
~20mm；Allow the water flooded flow into micropore make outlet device attach the names of pre-determined candidates hold it is internal form vacuum, and then the water of drain sump bottom from
Outlet device inlet opening (27) flow into again out of outlet device inner tube pipe and drain sump cut row mouth (31) row outwardly.
The cross section of drain sump collection port trunnion (12) can be fabricated to very little, and unit time interrupted water flow flows into wherein,
Relatively high water can be formed outlet device is worn into pipe cap end and flooded, improve the sensitivity of the method for the present invention, made to collect and catchment
The cold water of drain sump bottom is quickly cemented out row outwardly by the newest water in the collection port trunnion of storehouse.
A kind of device for realizing aforementioned present invention method, including drain sump, cold water pressure-bearing storehouse；Drain sump band drain sump is collected
Mouth and drain sump cut row mouth (31)；Cold water pressure-bearing storehouse band cold water pressure-bearing storehouse water inlet (3) and cold water pressure-bearing storehouse water outlet (19)；Collection
Sump is isolated inside cold water pressure-bearing storehouse by the bulkhead that heat transfer performance excellent material makes；Drain sump cuts row mouth (31)
Interior placement outlet device；Outlet device includes outlet device outer tube (25) and outlet device inner tube (29)；The space in cold water pressure-bearing of the present invention storehouse
(21) and the space of drain sump (23) enclosed by annular cold water pressure-bearing storehouse lateral wall (7) and its upper head plate (9) and bottom plate (1) it is close
Space is closed to be isolated to be formed through annular cold water pressure-bearing storehouse inner sidewall (5).It washes hair in drain sump useless warm water axisymmetricly structure distribution,
Its heat load can be along the radially outward migration of annular cold water pressure-bearing storehouse inner sidewall central axis, through cold water pressure-bearing storehouse inner sidewall
Reach the cold water in cold water pressure-bearing storehouse, the cold water for keeping the difference in same level level radial has identical temperature gradient, obtains
Respectively to the uniform warm water of temperature.
Cold water pressure-bearing storehouse water inlet (3) and cold water pressure-bearing storehouse water outlet (19) are opened on cold water pressure-bearing storehouse lateral wall (7).It protects
Stay height into low feature, the warm water after making heating has an opportunity to enter inner container of electric water heater at the first time.
Drain sump collection port is opened on upper head plate (9), is preferably placed at plate central location；Drain sump cuts row mouth (31) and is opened in down
On end plate, it is preferably placed at plate central location.Drain sump collection port and drain sump cut the center that row's mouth is all located at plate, are conducive in this way
Newly collect into hair washing give up warm water along drain sump shaft centre line flow into, quickly formed have axially symmetric structure new temperature field
Distribution, the useless warm water that makes to wash hair put in storage after along axis Radial Flow, improve the area of heat exchange.And the hair washing generated after heat exchange
Useless cold water sinks to bottom, and can flow along the radial ecto-entad of axis, arranges outwardly from inlet opening (27) through outlet device.
Outlet device outer tube (25) one end is worn pipe cap (15), and outlet device outer tube wall or pipe cap roof open a micropore (17,
33) it is connected to inside, other end side wall drives water hole (27) into；Outlet device inner tube water level section (35) is inserted in outlet device outer tube (25)
Portion, 3~20mm of fore-and-aft distance of end face and micropore (17,33), the inner surface by side exterior surface and outlet device outer tube are direct
Bonding way mechanically allows outlet device inner tube water level section to be fixed to each other between outlet device outer tube.The machinery side
Formula, for example, by pipe internal surface outside outlet device several raised lines being coaxially distributed by outlet device inner tube outer surface clamping, under making
Hydrophone inner tube is inserted in outlet device outer tube and parallel with outlet device outer coaxial tube or twin shaft.Snap ring can also be relied on, by card
Ring set allows snap ring lateral outer to be in close contact with pipe internal surface outside outlet device and outer hydrophone inner tube is fixed in outlet device inner tube
It is coaxial or inner and outer pipes twin shaft is parallel in outlet device outer tube or inner and outer pipes.Outlet device inner tube plug section (37) is exposed, and inserts
It is cut on row mouth (31) in drain sump.Drain sump collection port band drain sump collection port trunnion (12)；The outlet device wears pipe cap
It is internal that end is located at drain sump collection port trunnion (12)；The drain sump collection port trunnion (12) is connected as one with upper head plate (9).
The effect of this outlet device has two: first is that the water level in drain sump to be maintained to the height of outlet device inner tube water level section.Second is that moving certainly
Water extracts the water of bottom in drain sump out, cuts row mouth (31) from drain sump and arranges to boundary, the volume vacateed in drain sump storehouse in time is gone
Accommodate newly generated useless warm water of washing hair.Micropore effect in outlet device has three: first is that reducing the useless cold water of hair washing for flowing into inlet opening
The flow resistance of (the hair washing spent hot water of heat exchange) before entering outlet device inner tube the top port.Second is that during hair washing
When the useless warm water of the hair washing newly entered blocks up micropore, outlet device internal tube makes because in primary tube fall under water and form vacuum
The useless cold water of the hair washing of drain sump bottom is quickly retracted to the external world.The appearance of vacuum and the maintenance of vacuum state, have the present invention
The constant performance of water level in the useless warm water of hair washing and then maintenance drain sump in the case of accelerating processing flow apprentice to increase, it is ensured that heat-exchange surface
Product constantly in the state made full use of, improves the efficiency of heat exchange.Third is that injecting water from micropore, internal air is arranged
Out, favorably facilitate the generation of inner vacuum.The distance between outlet device inner tube end face and micropore are related to outlet device in use
It is no with it is this accelerate processing flow to increase on foot in the case of the useless warm water of hair washing and maintain the performance that water level is constant in storehouse.Exceed
20mm indicates that pipe cap end face is higher by that the water level to be maintained is higher, and the probability of micropore blocking is also just smaller.The size of micropore, it is real
Diameter is applied within 0.5~2.5mm, can satisfy the needs of control." it is micro- that outlet device outer tube wall or pipe cap roof open one
Hole " refers to one of following three situation: first is that only opening a micropore in pipe cap roof；Second is that it is micro- only to open one in outlet device outer tube wall
Hole；Third is that pipe cap roof and outlet device outer tube wall all open a micropore.
Apparatus of the present invention are useless in order to the interrupted hair washing that for example hair washing bed shampoo trap of same interrupted aqueous stream source is flowed out in discharge outlet
The characteristics of stream of warm water is matched, using trunnion itself is in short tube shape, the present apparatus can be using passing through with the docking of shampoo trap discharge outlet
The mode of the encryption seal of cylinder sleeve or glue sealing is together with shampoo trap discharge outlet cylinder fitting.The drain sump collection port trunnion
(12) can also be with adapting flange (13), the present apparatus is docked with shampoo trap discharge outlet can also be matched by flange with shampoo trap discharge outlet
It connects.Hair washing bed shampoo trap lower part is being mounted in use, apparatus of the present invention are all located on ground using bracket.In order to save
Cost improves service life, outlet device outer tube (25) and its pipe cap (15) and outlet device inner tube (29) all by PVC material,
PPR material, the production of PE material thrin.Outlet device is inserted in drain sump and cuts on row mouth (31), so that also outlet device can be from collection
Sump, which is cut, to be transferred to come in row mouth (31).This facilitate that maintenance and cleaning.The present invention can be covered by the rtificial leather with zipper to be coated, only
Expose cold water pressure-bearing storehouse water inlet, cold water pressure-bearing storehouse water outlet, adapting flange, drain sump, which is cut, arranges mouth.Rtificial leather with zipper
Cover inner surface and cold water pressure-bearing storehouse lateral wall (7) outer surface, upper head plate (9) outer surface, filling guarantor between bottom plate (1) outer surface
Adiabator.The thermal insulation material filled can be the overall structure of fixed shape, can also be with granulated filler object.Pass through cold water pressure-bearing
The same central axises of storehouse outboard sidewalls and outlet device it is small and exquisite, apparatus of the present invention volume can be fabricated to very small and exquisite.Facilitate people
From interrupted water flow recovery waste heat, reduce the electric energy of electric heater consumed.
Cold water pressure-bearing storehouse water inlet (3) is connected with cold water source (tap water) in use, cold water pressure-bearing storehouse water outlet (19) with
Water feeding of heater mouth is connected, matched by adapting flange and shampoo trap discharge outlet.Drain sump cuts row mouth (31) and is connected with extraneous.
Its course of work is to wash hair useless warm water successively or continuously from the interior accumulation in the space (23) that drain sump collection port flows into drain sump
Get up, it is symmetrical in drain sump central axis.Due to the connection of inlet opening (27), micropore can act the work for reducing flow resistance
With and outlet device inner tube plug section be inserted in drain sump cut row mouth (31) in, the height of ponding can reach outlet device inner tube water
The maximum height of position section, this maximum height is maximum water level.The connection of micropore (17) or micropore I (33), makes in drain sump
Water level line with the water being distributed between the outer pipe internal surface of outlet device and outlet device inner tube outer surface water level line in same level
On face.After water level reaches maximum height, if useless warm water of washing hair discontinuously flows into drain sump collection port, the hair washing of drain sump bottom is useless cold
Water can be flowed into from inlet opening (27), and outside from the outlet device inner tube plug section port outflow row cut inside row's mouth in drain sump
Boundary.Due to outlet of water heater outflow hot water with cold water mix generate hair washing warm water, during hair washing, cold water is held
The cold water of higher temperature is admitted to inner container of electric water heater from electric water heater inlet mouth in pressure storehouse, the meeting simultaneously of the cold water from cold water source
It is added in cold water pressure-bearing storehouse by equivalent.As long as putting aside the useless warm water of hair washing in drain sump, the cold water in cold water pressure-bearing storehouse exists
Heat is absorbed from the useless warm water of hair washing in drain sump through cold water pressure-bearing storehouse inner sidewall and then is heated up, and the cold water after heating is in cold water
Storehouse internal upper part is floated in pressure-bearing storehouse.Outlet device length long enough protrudes into pipe cap in drain sump collection port trunnion (12), due to
Trunnion sectional area is much smaller compared to drain sump sectional area, increases the chance that useless warm water of washing hair in use floods micropore, makes this hair
Bright device quickly extracts the cold useless cold water of hair washing of drain sump bottom out.When the hair washing temperature wastewater flow generated in hair washing is bigger, with
It causes when micropore is flooded, due to the vacuum action of outlet device internal tube, the water of bottom will rapidly be taken out in drain sump
The external world is arrived out, and the useless warm water in drain sump is made to obtain Rapid replacement.Process of this extraction is until the useless warm water water that gathers in trunnion
Until position decline could not flood micropore.When micropore could not flood, outlet device can stop drawing water out of drain sump immediately, later
Water-head is eliminated by flowing naturally, the water in drain sump is maintained on outlet device inner tube water level section maximum water level.
Claims (3)
1. drawing method of the newest constant water for heat exchange automatically from interrupted water flow, comprising:
(a) water in interrupted water flow is collected using drain sump；The drain sump band drain sump collection port and drain sump cut row's mouth；It is disconnected
Continuous water flow is collected in drain sump from the inflow of drain sump collection port；The water collected in drain sump is located on by the silo wall that catchments
Cold water in the cold water pressure-bearing storehouse of drain sump peripheral space carries out heat exchange；Cold water pressure-bearing storehouse band cold water pressure-bearing storehouse water inlet
With cold water pressure-bearing storehouse water outlet；Cold water pressure-bearing storehouse water inlet with cold water source for being connected；Cold water pressure-bearing storehouse water outlet is for same
The water inlet of electric heater is connected；
(b) collect drain sump water maximum by outlet device peak level line traffic control；The outlet device includes being lauched
Device outer tube and outlet device inner tube；Pipe cap is worn in outlet device outer tube one end, and other end side wall drives water hole into；Outlet device inner tube water level section is inserted
In outlet device outer tube, outlet device inner tube plug section is exposed, and outlet device inner tube water level section passes through side exterior surface and outlet device
The inner surface of outer tube is directly bonded or mechanically allows outlet device inner tube water level section with mutually solid between outlet device outer tube
It is fixed；The outlet device is located inside drain sump, and is inserted in drain sump by outlet device inner tube plug section and cuts on row's mouth；It is characterized in that
Further include:
(c) drain sump collection port band drain sump collection port trunnion, drain sump collect water reach maximum after, interrupted water flow after
Afterflow enters drain sump collection port and is collected in the outlet device in drain sump collection port trunnion in drain sump collection port trunnion
Pipe cap end is worn to flood；
(d) the outlet device outer tube wears the side wall at pipe cap end or pipe cap roof is opened a micropore and is connected to inside；Outlet device inner tube water
The position end face of section and 3~20mm of fore-and-aft distance of micropore；Allowing the water flooded to flow into micropore makes outlet device attach the names of pre-determined candidates to hold internal formation
Vacuum, so the water of drain sump bottom from outlet device inlet opening flow into again out of outlet device inner tube pipe and drain sump cut row mouth row
Outwardly.
2. a kind of realize the dress for drawing method of the newest constant water for heat exchange described in claim 1 automatically from interrupted water flow
It sets, including drain sump, cold water pressure-bearing storehouse；Drain sump band drain sump collection port and drain sump cut row mouth (31)；Cold water pressure-bearing storehouse band
Cold water pressure-bearing storehouse water inlet (3) and cold water pressure-bearing storehouse water outlet (19)；Drain sump passes through heat transmitting inside cold water pressure-bearing storehouse
The bulkhead of energy excellent material production is isolated；Drain sump, which is cut, disposes outlet device in row mouth (31)；Outlet device includes outlet device outer tube
(25) and outlet device inner tube (29)；It is characterized in that the space (21) in cold water pressure-bearing storehouse and the space (23) of drain sump are by annular cold water
Pressure-bearing storehouse lateral wall (7) and its upper head plate (9) and the enclosed confined space of bottom plate (1) are through annular cold water pressure-bearing storehouse inner sidewall (5)
It is isolated to be formed；Cold water pressure-bearing storehouse water inlet (3) and cold water pressure-bearing storehouse water outlet (19) are opened in cold water pressure-bearing storehouse lateral wall (7)
On；Drain sump collection port is opened on upper head plate (9), and drain sump cuts row mouth (31) and is opened on bottom plate；Outlet device outer tube (25) one
End is worn pipe cap (15), and is opened a micropore (17,33) in outlet device outer tube wall or pipe cap roof and be connected to inside, other end side wall
Drive water hole (27) into；Outlet device inner tube water level section (35) is inserted in outlet device outer tube (25) inside, and end face is vertical with micropore (17,33)
To 3~20mm of distance, by the direct bonding way of inner surface of side exterior surface and outlet device outer tube or mechanically
Outlet device inner tube water level section is allowed to be fixed to each other between outlet device outer tube；Outlet device inner tube plug section (37) is exposed, and is inserted in collection
Sump is cut on row mouth (31)；Drain sump collection port band drain sump collection port trunnion (12)；The outlet device wears pipe cap end position
It is internal in drain sump collection port trunnion (12)；The drain sump collection port trunnion (12) is connected as one with upper head plate (9).
3. the device according to claim 2 for drawing method of the newest constant water for heat exchange automatically from interrupted water flow,
It is characterized in that drain sump collection port trunnion (12) band adapting flange (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510388591.9A CN106323036B (en) | 2015-07-05 | 2015-07-05 | Method and device of the newest constant water for heat exchange is drawn automatically from interrupted water flow |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510388591.9A CN106323036B (en) | 2015-07-05 | 2015-07-05 | Method and device of the newest constant water for heat exchange is drawn automatically from interrupted water flow |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106323036A CN106323036A (en) | 2017-01-11 |
| CN106323036B true CN106323036B (en) | 2019-08-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510388591.9A Expired - Fee Related CN106323036B (en) | 2015-07-05 | 2015-07-05 | Method and device of the newest constant water for heat exchange is drawn automatically from interrupted water flow |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3840534A1 (en) * | 1987-12-09 | 1989-06-22 | Fercher Josef | Shower installation |
| CN2404087Y (en) * | 2000-01-26 | 2000-11-01 | 淮阴辉煌太阳能有限公司 | Assembled spiral sleeve heat exchanger |
| CN2739559Y (en) * | 2004-11-03 | 2005-11-09 | 上海市向明中学 | Waste water residual heat utilziing device for bathing room |
| CN1967128A (en) * | 2005-11-17 | 2007-05-23 | 苏武民 | Preheating energy-saving water-saving device using waste water heat energy for use in barber shop |
| CN202521865U (en) * | 2012-02-20 | 2012-11-07 | 武汉海尔热水器有限公司 | Water heater inlet pipe capable of improving hot water output rate and water heater |
| CN103743267A (en) * | 2013-12-11 | 2014-04-23 | 天津大学 | Recovery heat exchange device for recycling energy of waste heat in waste hot water |
-
2015
- 2015-07-05 CN CN201510388591.9A patent/CN106323036B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3840534A1 (en) * | 1987-12-09 | 1989-06-22 | Fercher Josef | Shower installation |
| CN2404087Y (en) * | 2000-01-26 | 2000-11-01 | 淮阴辉煌太阳能有限公司 | Assembled spiral sleeve heat exchanger |
| CN2739559Y (en) * | 2004-11-03 | 2005-11-09 | 上海市向明中学 | Waste water residual heat utilziing device for bathing room |
| CN1967128A (en) * | 2005-11-17 | 2007-05-23 | 苏武民 | Preheating energy-saving water-saving device using waste water heat energy for use in barber shop |
| CN202521865U (en) * | 2012-02-20 | 2012-11-07 | 武汉海尔热水器有限公司 | Water heater inlet pipe capable of improving hot water output rate and water heater |
| CN103743267A (en) * | 2013-12-11 | 2014-04-23 | 天津大学 | Recovery heat exchange device for recycling energy of waste heat in waste hot water |
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| CN106323036A (en) | 2017-01-11 |
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