CN103216928B - heat energy water circulation system - Google Patents
heat energy water circulation system Download PDFInfo
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- CN103216928B CN103216928B CN201210026260.7A CN201210026260A CN103216928B CN 103216928 B CN103216928 B CN 103216928B CN 201210026260 A CN201210026260 A CN 201210026260A CN 103216928 B CN103216928 B CN 103216928B
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Abstract
The invention relates to a heat energy water circulation system by utilizing electricity to heat water to produce vapor so as to push the water to flow. The invention aims to provide a heat energy water circulation system that a vapor chamber is large in return water amount and can provide large amount water to a heating barrel and the water circulation amount is large. The heat energy water circulation system is characterized in that the heating barrel is communicated with the vapor chamber on at least two positions, wherein one communication position is lower than the other communication position, a high-level communication position and a low-level communication position are formed, and the low-level communication position is provided with a water flow control device; and the vapor chamber is communicated with a water storage tank through a check valve, the vapor chamber is communicated with one end of a water outlet connection pipe, the other end of the water outlet connection pipe is communicated with a water passage, the water passage is also communicated with one end of the water inlet connection pipe, and the other end of the water inlet connection pipe is communicated with the water storage tank. The water flow control device achieves the functions of delayed water supply, water in the water storage tank is sucked into the vapor chamber through the check valve, and water in the vapor chamber is delayed to flow into the heating barrel due to the action of the gravity through the water flow control device.
Description
Technical field：
The present invention relates to a kind of electric-heating water produces the heat energy water circulation system of Steam Actuation water flowing, more particularly to electric heating
Water warming blanket, pad (include mattress, medicated cushion, ground cushion, spfa cushion, callosity, bustle, bolster, thermatology pad etc.), water heating bed, hot-water heating bed board,
The heat energy water circulation system of hot-water heating a heatable brick bed, hot-water heating a heatable brick bed plate, hot-water heating bedding, radiator and warmer etc..
Background technology：
Chinese patent 201110167035.0 discloses a kind of thermo-motive water cycling system.One of which technical scheme：Bag
Include, cartridge heater 4, vaporium 7, check valve 3, storage tank 1, electric heater 5, water outlet connecting tube 8, water inlet connecting tube 11, radiator
9th, aquaporin 10；Electric heater 5 is combined with cartridge heater 4；Aquaporin 10 is set in radiator 9；At 7 liang of cartridge heater 4 and vaporium
Communicate, wherein less than place is communicated in addition at one, forming the high position place of communicating, low level and communicating place；Vaporium 7 is by check valve 3 and storage
Water tank 1 is communicated, and vaporium 7 is communicated with 8 one end of water outlet connecting tube, and 8 other end of water outlet connecting tube is communicated with aquaporin 10, aquaporin
10 are communicated with water inlet connecting tube 11 again, and water inlet 11 other end of connecting tube is communicated with storage tank 1.
But the practice of above scheme Jing finds still there is weak point, in work, under not power-off loop condition, vaporium leads to
Cross check valve the water in storage tank is fashionable to its interior suction, due to cartridge heater constantly heating and continuous intensification, be drawn in steam room
Water immediately enter, cause vaporium suck a small amount of water, cause vaporium big
The water supply into cartridge heater of amount, water circulation amount are little.
The content of the invention：
It is an object of the invention to provide a kind of vaporium can a large amount of backwater, and vaporium supplied water in a large number to cartridge heater, water
The big heat energy water circulation system of circulating load.
The present invention includes：Cartridge heater, vaporium, check valve, storage tank, electric heater, water outlet connecting tube, water inlet connection
Pipe, radiator, aquaporin；Electric heater is combined with cartridge heater；Radiating sets aquaporin in vivo；It is characterized in that：Cartridge heater with
Communicate at vaporium at least two, wherein less than place is communicated in addition at one, forming the high position place of communicating, low level and communicating place, low level is communicated
Place sets flow control apparatus for water；Vaporium is communicated with storage tank by check valve, and vaporium is communicated with water outlet connecting tube one end, water outlet
The connecting tube other end is communicated with aquaporin, and aquaporin is communicated with water inlet connecting tube one end again, intake the connecting tube other end and water storage
Case is communicated；The effect of the flow control apparatus for water is that time delay is supplied water, and the water in storage tank is sucked in steam room by check valve, is steamed
Water in steam chest is flowed into by flow control apparatus for water time delay into cartridge heater due to action of gravity.
During work, the water in cartridge heater is heated and produces water vapour and enter steam with the vaporium high position place of communicating by which
Indoor (now closed check valve), and Preheated steam room and its interior water, meanwhile, water vapour promotes the water in cartridge heater by low
Position communicates the flow control apparatus for water at place to steam indoor moveable, while water vapour promotes the water in steam room to connect into water outlet
Pipe, aquaporin, water inlet connecting tube flow into storage tank.When the water in cartridge heater is emptied and dryouied, vaporium cannot warm
Source support the water vapour volume in which diminish produce negative pressure (now due to water outlet connecting tube, aquaporin, water inlet connecting tube resistance
Effect opens check valve), the water in storage tank is sucked in steam room by check valve, as cartridge heater and vaporium have height
Communicate at position and low level two, and the low level place of communicating sets flow control apparatus for water, so, the water in steam room is sucked as gravity is made
With being flowed into into cartridge heater by flow control apparatus for water time delay, within this period of time delay, vaporium is constantly from storage tank
Suction water, after time delay, vaporium is supplied water into cartridge heater by flow control apparatus for water, while the steam in cartridge heater is logical
Cross the high position place of communicating to supplement in vaporium, the water entered in cartridge heater is heated again and produces the above-mentioned mistake of water vapour repetition
Journey, realizes circulating heat transfer process.In above-mentioned cyclic process, the water in storage tank is sucked in steam room, in which by check valve
Water a period of time postponed into cartridge heater by flow control apparatus for water supply water, enter vaporium resorption within this time more
Water, reach certain height of water level, form enough liquid level differences and pressure differential between vaporium and cartridge heater, time delay mistake
Afterwards, vaporium is supplied water into cartridge heater by flow control apparatus for water, realizes a large amount of backwater of vaporium with this, and vaporium to plus
Hot cylinder continues substantial amounts of water supply.So so as to which water circulation amount is bigger.
To improve the present invention, the flow control apparatus for water is siphon passage, and the siphon passage one end communicated with cartridge heater, separately
One end is communicated with vaporium.So, when backwater in steam room, when water level rises to siphon passage highest order, siphon, water are produced
Stream could pass through siphon passage and persistently supply water into cartridge heater, realize that time delay is supplied water with this.
To improve the present invention, the flow control apparatus for water is cavity, and the cavity communicated with cartridge heater, vaporium respectively, should
Cavity with vaporium communicates place higher than the cavity with the cartridge heater place of communicating, and the cavity is communicated by passage with vaporium.So, in work
Make state, during backwater, the water in storage tank is sucked in steam room, when water level rises to certain altitude by vaporium by check valve
When, the water in steam room is flowed into into cartridge heater through passage and cavity, as the resistance of the passage plays slow because of action of gravity
The effect of stream, is needed the water level in a period of time cavity just rise to its position communicated with cartridge heater, enters back into cartridge heater
It is interior.With this, realize that time delay is supplied water.
To improve the present invention, the flow control apparatus for water is pipe, and the pipe one end communicated with cartridge heater, the other end and vaporium
Communicate.With this, as such, it is possible to the length for controlling the pipe makes its current certain hour be needed by the pipe, realize that time delay is supplied water.
To improve the present invention, the pipe is obliquely installed.The pipe is so made to form the gradient, the water in cartridge heater is heated and produces
Water vapour simultaneously promotes the water in steam room to flow into storage tank into water outlet connecting tube, aquaporin, water inlet connecting tube, works as steam
When indoor water level is less than the pipe, the water in the pipe is flowed in cartridge heater or steam room because of action of gravity, makes to reach nothing in the pipe
Water state, next vaporium backwater when supplying water into cartridge heater, current need a period of time in cartridge heater through the pipe,
Realize that time delay is supplied water with this.
To improve the present invention, the cartridge heater is connected by upper pipe with the vaporium high position place of communicating.So, in work, by
The drag effect of Yu Shangguan, sometimes water vapour can backflow phenomenon, the water in flow control apparatus for water is pushed in steam room, is steamed
Vapour is entered in flow control apparatus for water and is separated cartridge heater with vaporium, and during vaporium backwater, the water in steam room passes through
Flow control apparatus for water is entered back into, so as to realize that time delay is supplied water.
To improve the present invention, steam pipe is set up, vaporium is connected with water outlet connecting tube by the steam pipe.So, should
Steam pipe can accommodate the water vapour from vaporium, water vapour is not entered water outlet connecting tube, aquaporin or is entered water outlet less
In connecting tube, aquaporin so as to which temperature is unlikely to too high.
To improve the present invention, set up gland steam exhauster, by the gland steam exhauster by vaporium or cartridge heater directly or indirectly and water storage
Case is communicated.So, in cyclic process, water vapour carries the gas that can not be reduced to water in gland steam exhauster, during circulation next time
The gas that water can not be reduced to directly is pushed in storage tank by current, or internal through water outlet connecting tube, water inlet connecting tube, radiating
Aquaporin enter storage tank in and to air discharge.
To improve the present invention, at water outlet connecting tube and steam chambers or water outlet connecting tube, aquaporin, water inlet connecting tube
Optional position or water inlet connecting tube set end check valve with the storage tank place of communicating.So, negative pressure is produced during backwater makes the end list
Close to valve, so as to realize more preferable backwater.
To improve the present invention, water outlet connecting tube is inserted in steam room and sets exhaust hole thereon.So, in cyclic process
In, water vapour carries and can not be reduced to the gas of water by exhaust hole also in water outlet connecting tube, and can not reduce
Gas for water is entered in storage tank and is discharged to air as water flows through aquaporin, water inlet connecting tube.
To improve the present invention, backwater connecting tube is set up, vaporium passes through the backwater connecting tube and check valve and storage tank phase
It is logical.So, vaporium is made to be more easy to connect and install with storage tank.
Because adopting such scheme, cartridge heater is had at a high position and low level two with vaporium and communicates the present invention, and the low level place of communicating sets
Flow control apparatus for water, the effect of the flow control apparatus for water is that time delay is supplied water, and the water in storage tank sucks steam by check valve
Interior, the water in steam room are flowed into by flow control apparatus for water time delay into cartridge heater due to action of gravity, so, vaporium energy
A large amount of backwater, and vaporium continues a large amount of water supply to cartridge heater, and so, water circulation amount is bigger so as to which work efficiency is higher, disappears
Expense person is more easily accepted by the technical products.
Description of the drawings：
Structural representations of the Fig. 1-10 for the present invention, and provide different embodiments.
Figure 11 provides the radiator and its a kind of structure chart of interior aquaporin of the present invention, parallel way.
Figure 12 provides the radiator and its interior aquaporin another kind structure chart of the present invention, series system.
In Fig. 1-11, arrow show current or steam flow direction and path.
Specific embodiment：
Reference picture 1-12, which includes：Cartridge heater 2, vaporium 3, check valve 4, storage tank 1, it is provided with emptying gas-shaft hood 22
Emptying trachea 23, water filling port 14, lid 17, backwater connecting tube 20, upper pipe 7, electric heater 5, water outlet connecting tube 8, water inlet connecting tube
11st, radiator 9, aquaporin 10；Electric heater 5 is combined with cartridge heater 2；Aquaporin 10 is set in radiator 9, is set on storage tank 1
There is water filling port 14, on the water filling port 14, set lid 17, emptying trachea 23 is located on cartridge heater 2 or vaporium 3；Cartridge heater 2 and steam
Room 3 is communicated by upper pipe 7, flow control apparatus for water 6, and 6 position of flow control apparatus for water is less than upper pipe 7；Vaporium 3 passes through check valve 4, returns
Water connecting tube 20 is communicated with storage tank 1, and vaporium 3 is communicated with 8 one end of water outlet connecting tube, and 8 other end of water outlet connecting tube is led to water
Road 10 is communicated, and aquaporin 10 is communicated with 11 one end of water inlet connecting tube again, and water inlet 11 other end of connecting tube is communicated with storage tank 1.
Emptying gas-shaft hood 22 is opened, by water filling port 14 to water filling in storage tank 1, the water in storage tank 1 passes through backwater
Connecting tube 20, check valve 4 are entered in vaporium 3, cartridge heater 2, and the air in which is derived by emptying trachea 23, then, are buckled
Emptying gas-shaft hood 22.Switch on power, into working condition, the water in cartridge heater 2 is heated and produces water vapour and entered by upper pipe 7
Enter (now check valve 4 is closed) in vaporium 3, and Preheated steam room 3 and its interior water, meanwhile, water vapour is promoted in cartridge heater 2
Water flowed into vaporium 3 by the flow control apparatus for water that low level communicates place, water vapour promote vaporium 3 in water enter
Water connecting tube 8, aquaporin 10, water inlet connecting tube 11 flow into storage tank 1.When the water level in vaporium 3 is less than flow cavitation result
Device 6, when the water in cartridge heater 2 is emptied and dryouied, vaporium 3 cannot get thermal source and support that the water vapour heat dissipating mass in which diminishes
Negative pressure (now as the drag effect of water outlet connecting tube 8, aquaporin 10, water inlet connecting tube 11 opens check valve 4) is produced, will
Water in storage tank 1 is sucked in vaporium 3 by check valve 4, backwater connecting tube 20, as cartridge heater 2 and vaporium 3 have a high position
With communicate at low level two, the high position place of communicating is connected by upper pipe 7, and the low level place of communicating sets flow control apparatus for water 6, so, suction steam
Water in steam chest 3 is flowed into by 6 time delay of flow control apparatus for water into cartridge heater 2 due to action of gravity, in this period of time delay
Interior, vaporium 3 constantly sucks water from storage tank 1, and after time delay, vaporium 3 is by flow control apparatus for water 6 to cartridge heater
Supply water in 2, while the steam in cartridge heater 2 is supplemented in vaporium 3 by the high position place of communicating, enter in cartridge heater 2
Water is heated again and produces water vapour repetition said process, realizes circulating heat transfer process.In above-mentioned cyclic process, storage tank 1
Interior water is sucked in vaporium 3, when the water in which postpones one section by flow control apparatus for water 6 into cartridge heater 2 by check valve 4
Between supply water, make the resorption within this time of vaporium 3 enter more water, reach certain height of water level, in vaporium 3 and cartridge heater
Enough liquid level differences and pressure differential are formed between 2, after time delay, vaporium 3 is by flow control apparatus for water 6 into cartridge heater 2
Supply water, 3 a large amount of backwater of vaporium are realized with this, and vaporium 3 continues substantial amounts of water supply to cartridge heater 2.So so as to which water is followed
Circular rector is bigger.
Fig. 1,7,9,11,12 are seen, working condition promotes the water in vaporium 3 to pass through water outlet connecting tube 8, water in water vapour
, in flow process in storage tank 1, last water vapour can be entered in water outlet connecting tube 8, and the water steams for passage 10, water inlet connecting tube 11
The gas that can not be reduced to water that vapour is carried also is brought in water outlet connecting tube 8, and during circulation next time, water jet propulsion can not be reduced to
The gas Jing water outlets connecting tube 8, aquaporin 10 of water, water inlet connecting tube 11 are entered in storage tank 1, then by the gas in storage tank 1
Discharge to air in hole 18.
Fig. 5, shown in 10, cartridge heater 2 (Figure 10 is given) or vaporium 3 (Fig. 5 is given) by gland steam exhauster 12 directly with storage
Water tank 1 is communicated, and check-valves 25 can be also set on gland steam exhauster 12, during work, water vapour carry can not be reduced to water gas it is straight
Tap into into gland steam exhauster 12, storage tank 1 is interior and is discharged to air by pore 18.Check-valves 25 can prevent soda pop from flowing backwards.Institute in Fig. 3
Show, vaporium 3 is communicated with storage tank 1 indirectly by gland steam exhauster 12, water inlet connecting tube 11, and during work, water vapour carries can not
The gas of water is reduced to by gland steam exhauster 12, Jing water inlet connecting tubes 11 are entered in storage tank 1, then by the pore 18 on storage tank 1
Discharge to air.Shown in Fig. 4, vaporium 3 is by between gland steam exhauster 12, water outlet connecting tube 8, aquaporin 10, water inlet connecting tube 11
Connect and communicate with storage tank 1, during work, water vapour carries the gas that can not be reduced to water in gland steam exhauster 12, circulation next time
Shi Buneng is reduced to the gas of water and is entered storage tank 1 by water jet propulsion Jing water outlets connecting tube 8, aquaporin 10, water inlet connecting tube 11
It is interior, then the pore 18 in Jing storage tanks 1 is to air discharge.
Fig. 2 is seen, the insertion of water outlet connecting tube 8 vaporium 3 is interior and sets exhaust hole 24 thereon.Water vapour promotes water flowing every time
During, water vapour carries and can not be reduced to the gas of water by exhaust hole 24 also in water outlet connecting tube 8, and not
The gas of water can be reduced to as current are entered in aquaporin 10, water inlet connecting tube 11, storage tank 1 and by pore 18 to air
Discharge.
Fig. 3,4,10 are seen, flow control apparatus for water 6 is siphon passage, when backwater in vaporium 3, water level rises to siphon and leads to
During road highest order, siphon is produced, current could be persistently supplied water by siphon passage into cartridge heater 2, realize that time delay is supplied water with this.
Fig. 1,2,5,6,8 are seen, flow control apparatus for water 6 is pipe, and the pipe can be arranged in parallel, also can bend up and down and set
Put, be preferably obliquely installed, form the gradient.Water in cartridge heater 2 is heated generation water vapour and promotes the water in vaporium 3 to enter
Enter water outlet connecting tube 8, aquaporin 10, water inlet connecting tube 11 to flow into storage tank 1, when the water level in vaporium 3 is less than the pipe
When, the water in the pipe is flowed in cartridge heater 2 or vaporium 3 because of action of gravity, makes anhydrous state, next vaporium are reached in the pipe
3 backwater when supplying water into cartridge heater 2, current need a period of time through the pipe in cartridge heater 2, realize that time delay is supplied with this
Water (Fig. 6,8 are given).The length or diameter that the pipe can also be controlled carrys out resistance so as to which the flow velocity of water is slack-off, is realized with this
It is slow to supply water；The length that the pipe can also be controlled makes its current need certain hour by the pipe, realizes that time delay is supplied water with this.
See Fig. 7,9, flow control apparatus for water 6 is cavity, and the cavity communicated with cartridge heater 2, vaporium 3 respectively, the cavity with
2 place of communicating of cartridge heater communicates place with vaporium 3 higher than the cavity, and the cavity is communicated by passage 27 with vaporium 3.In work shape
State, during backwater, the water in storage tank 1 is sucked in vaporium 3 by vaporium 3 by check valve 4, backwater connecting tube 20, works as water level
When rising to certain altitude, the water in vaporium 3 is flowed into into cartridge heater 2 through passage 27 and cavity, due to this because of action of gravity
The resistance of passage 27 plays a part of unhurried current, as such, it is desirable to the water level in a period of time cavity can just rise to which with cartridge heater 2
The position for communicating, enters back in cartridge heater 2.With this, realize that time delay is supplied water.
Fig. 1,2,3,5,6,8 are seen, the cartridge heater 2 is connected by upper pipe 7 with 3 high position place of communicating of vaporium.In work, by
In the drag effect of upper pipe 7, water vapour can backflow phenomenon sometimes, and the water in flow control apparatus for water 6 is pushed vaporium 3
Interior, water vapour is entered and in flow control apparatus for water 6 is separated cartridge heater 2 with vaporium 3, during 3 backwater of vaporium, vaporium
Water in 3 is entered back into by flow control apparatus for water 6 needs a period of time in cartridge heater 2, so as to realize that time delay is supplied water.
See Fig. 6,8, set up steam pipe 26, vaporium 3 is connected with water outlet connecting tube 8 by the steam pipe 26.So, should
Steam pipe 26 can accommodate the water vapour from vaporium 3, make water vapour not enter water outlet connecting tube 8, aquaporin 10 or few and enter
Enter in water outlet connecting tube 8, aquaporin 10 so as to which temperature is unlikely to too high.Steam pipe 26 can be made using metal material, and which has
Sound deadening.
See in Fig. 1-10, set up attemperating unit 13, the attemperating unit 13 is located on cartridge heater 2 or electric heater 5, and with electricity
The circuit of heater 5 is connected.Work as cisco unity malfunction, when 2 temperature of cartridge heater is too high, the attemperating unit 13 disconnects electric heater 5
Power supply, when 2 temperature of cartridge heater is reduced to safe temperature, the attemperating unit 13 connects the power supply of electric heater 5 so as to more
Trouble free service.
See in Fig. 2-12, in water outlet connecting tube 8 and 3 connectivity part of vaporium or water outlet connecting tube 8, aquaporin 10, water inlet company
11 optional position of adapter or water inlet connecting tube 11 set end check valve 21 with 1 place of communicating of storage tank.So, negative pressure is produced during backwater
Close the end check valve 21, so as to realize more preferable backwater.
Shown in Fig. 1-10, storage tank 1 is provided with water filling port 14, sets vertical tube 15 and prolong into storage tank 1 at water filling port 14
Stretch, make 1 top of storage tank form cavity 19.So, operationally can accommodate the expansion of water and water is changed into water vapour and increases
Water body, and prevent the water in storage tank 1 from overflowing.
Shown in Fig. 3,4,6,7,8,9,10, storage tank 1 is provided with water filling port 14, and lid 17 is set on water filling port 14, on lid 17
If pore 18；Vertical tube 15 is set at water filling port 14 and is extended into storage tank 1, set at 1 upper wall of storage tank on vertical tube 15
Hole 16.So, to air discharge again by Jing pores 18 for the gas through holes 16 for operationally producing.
Shown in Fig. 1,2,5, pore 18 is set in 1 upper cavity 19 of storage tank and directly communicated with air.So, operationally
Gas directly can be discharged to air by pore 18, while the pressure in storage tank 1 can be made identical with external atmospheric pressure, so as to
Do not affected by 1 internal pressure of storage tank.
The effect of heretofore described flow control apparatus for water：
1. slow water supply effect.
Working condition, in each cyclic process, vaporium 3 is slowly supplied water into cartridge heater 2 by flow control apparatus for water 6,
Make the water vapour amount produced in 2 unit interval of cartridge heater be less than the water yield sucked during 3 backwater of vaporium, so, vaporium 3 can be made
More water are persistently sucked during backwater, certain height of water level is reached, forms enough between vaporium 3 and cartridge heater 2
With this, liquid level difference and pressure differential, realize that vaporium 3 persistently supplies water to cartridge heater 2.
2. time delay water supply effect.
Working condition, 3 backwater of vaporium is prolonged into cartridge heater 2 by flow control apparatus for water 6 in each cyclic process
Late a period of time supply water, make the resorption within this time of vaporium 3 enter more water, reach certain height of water level, in vaporium 3
Enough liquid level differences and pressure differential are formed between cartridge heater 2, realizes that vaporium 3 persistently supplies water to cartridge heater 2 with this.
Heretofore described flow control apparatus for water can be realized by following structure：
1. flow control apparatus for water can be pipe.The length or diameter that the pipe can be controlled carrys out resistance so as to the stream of water
Speed is slack-off, realizes slow water supply with this；The length that the pipe can also be controlled makes its current need certain hour by the pipe, with this
Realize that time delay is supplied water.
2. flow control apparatus for water can be siphon passage.When backwater in vaporium 3, water level rises to siphon passage highest
During point, siphon is produced, current could be persistently supplied water by siphon passage into cartridge heater 2, with this, realize that time delay is supplied water.
3. flow control apparatus for water can be cavity, and the cavity is communicated with cartridge heater 2, vaporium 3 respectively, the cavity and heating
2 places of communicating of cylinder communicate place with vaporium 3 higher than the cavity, and the cavity is communicated by passage 27 with vaporium 3.In working order, return
During water, the water in storage tank 1 is sucked in vaporium 3 by vaporium 3 by check valve 4, backwater connecting tube 20, when water level rises to one
When determining height, the water in vaporium 3 is flowed into into cartridge heater 2 through passage 27 and cavity, due to the passage 27 because of action of gravity
Resistance play a part of unhurried current, then need the water level in a period of time cavity just rise to which and communicate with cartridge heater 2
Position, enters back in cartridge heater 2.With this, realize that time delay is supplied water.
4. flow control apparatus for water can be Based Intelligent Control electromagnetic valve.Operationally, when the water in cartridge heater 2 is emptied and is dryouied
When Based Intelligent Control electromagnetic valve close, when 3 backwater of vaporium to it is a certain amount of when, water level rises to enough height, Based Intelligent Control electromagnetism
Valve is opened and is supplied water into cartridge heater 2.With this, realize that time delay is supplied water.
5. flow control apparatus for water can be unhurried current valve.Operationally, by the unhurried current function of the valve that flows slowly, realize to cartridge heater
Slowly supply water in 2.
Above structure is not exhaustive, and all can realize that the structure that above-mentioned slow or time delay is supplied water all protects model in the present invention
Among enclosing.
Backwater of the present invention is referred to：Water vapour radiating in vaporium 3 is condensed into water and produces negative pressure by storage tank 1
Water is sucked in vaporium 3 by check valve 4 or the process in vaporium 3 is sucked by check valve 4 and backwater connecting tube 20.
Flow control apparatus for water of the present invention is referred to：Make that vaporium 3 is slow to cartridge heater 2 or time delay is supplied by controlling current
Water, realizes the good device for supplying water into cartridge heater 2 of vaporium 3.
The gas that water can not be reduced to of the present invention is referred to：During work, after the heating water producing water vapor of cartridge heater 2 again
What is produced in liquefaction process can not be changed into the gas of water.The above can not referred to as be reduced to the gas of water.
Storage tank of the present invention is referred to：Container, which is not limited by shape, size, can is circular, square, be may also be
Tubular, tubulose, box like etc..
Cartridge heater of the present invention is referred to：Heating container, which is not limited by shape, size, can be it is circular, square,
But tubular, tubulose, box like etc..
Electric heater of the present invention is referred to：Currently all known Electric heating, including：Electrothermal tube heating, electric heating
Disk heating, PTC heating, eddy heating for heating, heated by electrodes etc. in water.
Radiator of the present invention is referred to：Water blanket, pad (mattress, medicated cushion, ground cushion, spfa cushion, callosity, bustle, bolster, heat
Treat pad etc.), water heating bed, hot-water heating bed board, hot-water heating a heatable brick bed, hot-water heating a heatable brick bed plate, hot-water heating bedding, radiator and warmer etc..
Radiating of the present invention is provided with aquaporin in vivo and refers to：Radiating tube is set in radiator 9 or is set in radiator 9
Packed water circulation channel.Aquaporin 10 can be that series connection may also be parallel way in radiator 9.
Steam pipe of the present invention is acted on：The water vapour from vaporium 3 can be accommodated, but is not limited to hold completely
Receive, water vapour is can also pass through in water outlet connecting tube 8.
Water outlet connecting tube of the present invention 8 is referred to：Between vaporium 3 and aquaporin 10 or steam pipe 26 and aquaporin 10
The connecting tube for communicating.
Water inlet connecting tube 11 of the present invention is referred to：The connecting tube communicated between storage tank 1 and aquaporin 10.
Passage of the present invention 27, can be pipeline can also be hole, but not limited to this, as long as with drag effect
Passage.
In addition, backwater connecting tube 20 can be made using nonmetallic materials with vaporium 3 or 2 connectivity part of cartridge heater.Due to non-
The heat-insulating property of metal material, so, can guarantee that the water for initially returning is also the water not being preheated so as to be more easy to backwater.
Claims (11)
1. a kind of heat energy water circulation system, including：Cartridge heater (2), vaporium (3), check valve (4), storage tank (1), electrical heating
Device (5), water outlet connecting tube (8), water inlet connecting tube (11), radiator (9), aquaporin (10)；Electric heater (5) and cartridge heater
(2) combine；Aquaporin (10) is set in radiator (9)；It is characterized in that：Phase at cartridge heater (2) and vaporium (3) at least two
Logical, wherein less than place is communicated in addition at one, forming the high position place of communicating, low level and communicating place, the low level place of communicating sets flow control apparatus for water
(6)；Vaporium (3) is communicated with storage tank (1) by check valve (4), and vaporium (3) is communicated with water outlet connecting tube (8) one end, is gone out
Water connecting tube (8) other end is communicated with aquaporin (10), aquaporin (10) and with water inlet connecting tube (11) one end communicate, water inlet connect
Adapter (11) other end is communicated with storage tank (1)；The effect of the flow control apparatus for water (6) is that time delay is supplied water, in storage tank (1)
Water sucked in vaporium (3) by check valve (4), the water in vaporium (3) passes through flow control apparatus for water due to action of gravity
(6) time delay is flowed into into cartridge heater (2).
2. heat energy water circulation system according to claim 1, it is characterised in that：The flow control apparatus for water (6) is siphon
Passage, the siphon passage one end are communicated with cartridge heater (2), and the other end is communicated with vaporium (3).
3. heat energy water circulation system according to claim 1, it is characterised in that：The flow control apparatus for water (6) is cavity,
The cavity is communicated with cartridge heater (2), vaporium (3) respectively, and the cavity is higher than the cavity and vaporium with cartridge heater (2) place of communicating
(3) place is communicated, the cavity is communicated by passage (27) with vaporium (3).
4. heat energy water circulation system according to claim 1, it is characterised in that：The flow control apparatus for water (6) is pipe, should
Pipe one end is communicated with cartridge heater (2), and the other end is communicated with vaporium (3).
5. heat energy water circulation system according to claim 4, it is characterised in that：The pipe is obliquely installed.
6. heat energy water circulation system according to claim 1, it is characterised in that：The cartridge heater (2) is high with vaporium (3)
The position place of communicating is connected by upper pipe (7).
7. the heat energy water circulation system according to claim 1 or 2 or 3 or 4 or 5 or 6, it is characterised in that：Set up steam pipe
(26), vaporium (3) is connected with water outlet connecting tube (8) by the steam pipe (26).
8. the heat energy water circulation system according to claim 1 or 2 or 3 or 4 or 5 or 6, it is characterised in that：Set up gland steam exhauster
(12), vaporium (3) or cartridge heater (2) are directly or indirectly communicated with storage tank (1) by the gland steam exhauster (12).
9. the heat energy water circulation system according to claim 1 or 2 or 3 or 4 or 5 or 6, it is characterised in that：Connect in water outlet
Pipe (8) and vaporium (3) connectivity part or water outlet connecting tube (8), aquaporin (10), water inlet connecting tube (11) optional position or water inlet
Connecting tube (11) sets end check valve (21) with storage tank (1) place of communicating.
10. the heat energy water circulation system according to claim 1 or 2 or 3 or 4 or 5 or 6, it is characterised in that：Water outlet connecting tube
(8) insert in vaporium (3) and set exhaust hole (24) thereon.
11. heat energy water circulation systems according to claim 1 or 2 or 3 or 4 or 5 or 6, it is characterised in that：Set up backwater company
Adapter (20), vaporium (3) are communicated with storage tank (1) by the backwater connecting tube (20) and check valve (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210026260.7A CN103216928B (en) | 2012-01-19 | 2012-01-19 | heat energy water circulation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210026260.7A CN103216928B (en) | 2012-01-19 | 2012-01-19 | heat energy water circulation system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103216928A CN103216928A (en) | 2013-07-24 |
| CN103216928B true CN103216928B (en) | 2017-05-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210026260.7A Active CN103216928B (en) | 2012-01-19 | 2012-01-19 | heat energy water circulation system |
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| CN (1) | CN103216928B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104132671B (en) * | 2014-08-13 | 2016-06-01 | 南通流量仪表厂有限公司 | Travelling speed is the passage control speed device of the steam of velocity of sound |
| CN105757771A (en) * | 2016-02-15 | 2016-07-13 | 王彤宇 | Heat energy water circulating system |
| CN107550160A (en) * | 2017-10-13 | 2018-01-09 | 天津宅佳蓄能科技发展中心 | Water warming blanket and heating water circulation system |
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| Publication number | Publication date |
|---|---|
| CN103216928A (en) | 2013-07-24 |
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Effective date of registration: 20191218 Address after: 063000 dongmazhuang Industrial Park, Fengrun District, Tangshan City, Hebei Province Patentee after: Tangshan Kun Feng Machinery Equipment Co., Ltd. Address before: 066003, Oriental Pearl City E4-2-401, seaport District, Hebei, Qinhuangdao Patentee before: Wang Tongyu |