CN105157091A - Thermal energy water circulating system - Google Patents
Thermal energy water circulating system Download PDFInfo
- Publication number
- CN105157091A CN105157091A CN201510500479.XA CN201510500479A CN105157091A CN 105157091 A CN105157091 A CN 105157091A CN 201510500479 A CN201510500479 A CN 201510500479A CN 105157091 A CN105157091 A CN 105157091A
- Authority
- CN
- China
- Prior art keywords
- water
- heating container
- backwater
- tube connector
- storage tank
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Abstract
The invention relates to a thermal energy water circulating system pushing water to cyclically flow and transfer heat through water vapor, in particular to a thermal energy water circulating system used for hot water blankets, mats, bedding and the like. The thermal energy water circulating system used for hot water blankets, mats, bedding, water circulation thermal therapy service and the like is low in outlet water temperature and high in water circulating speed and work efficiency and cyclically transfers heat. The thermal energy water circulating system is characterized in that a water storage tank is communicated with a water returning port in a heating container through a water returning check valve; a water outlet in the heating container is communicated with one end of a water outflow pipe; the other end of the water outflow pipe is communicated with one end of a cooling pipe; the other end of the cooling pipe is communicated with one end of a water inflow connecting pipe; the other end of the water inflow connecting pipe is communicated with the water storage tank; and an electric heating element is arranged on the upper half of the heating container.
Description
Technical field
The present invention relates to a kind of heat energy water circulation system utilizing water vapour to promote water circulation flowing heat transfer, in particular to hydrothermal blanket, pad, bed clothes, case, bag, clothes, shoes and hats, tippet, waist support, rib, elbow support, wrister, legging, knee-pad, spats ankle, hydro-thermal treats case, water thermotherapy bag, hydro-thermal treatment blanket, pad, the heat energy water circulation system such as heater using water heating, Water-heating bed, hydro-thermal a heatable brick bed, hydro-thermal floor heating, hydro-thermal floor, hydro-thermal ground, hydro-thermal wall.
Background technology
China Patent No.: 200510129300.0, publication number: CN1806723A, publication date: 2006.07.26, invention and created name: hydrothermal blanket.During this patent work, the water in hot-water line (heating container) is all boiled to 100 DEG C, produce water vapour, promote water circulation, like this, leaving water temperature is high, water circulating speed is slow, inefficiency.
Summary of the invention
The present invention seeks to overcome above-mentioned defect, there is provided a kind of, leaving water temperature is low, water circulating speed is fast, operating efficiency is high, the hydrothermal blanket of circulating heat transfer, pad, bed clothes, case, bag, clothes, shoes and hats, tippet, waist support, rib, elbow support, wrister, legging, knee-pad, spats ankle, hydro-thermal treats case, water thermotherapy bag, hydro-thermal treatment blanket, pad, the heat energy water circulation system such as heater using water heating, Water-heating bed, hydro-thermal a heatable brick bed, hydro-thermal floor heating, hydro-thermal floor, hydro-thermal ground, hydro-thermal wall.
Technical solution of the present invention, comprising: storage tank, the heating container with water return outlet and delivery port, heating, backwater check valve, water outlet tube connector, water inlet tube connector, radiator, radiating tube; Radiator combines with radiating tube; Heating combines with heating container; It is characterized in that: described storage tank is communicated with the water return outlet on heating container by backwater check valve, delivery port on heating container communicates with water outlet tube connector one end, the water outlet tube connector other end communicates with radiating tube one end, the radiating tube other end communicates with water inlet tube connector one end, and the water inlet tube connector other end communicates with storage tank; Described heating is located at position on the upper side on heating container wall.
During work, in heating container, the water of water body surface of position on the upper side is produced water vapour by heating rapidly and expands, backwater closed check valve simultaneously, the water that water vapour promotes in heating container fast enters water outlet tube connector by delivery port, through radiating tube, water inlet tube connector flows in storage tank, because heating is located at position on the upper side on heating container wall, a small amount of water of the surface of position on the upper side of water body in heating container is seethed with excitement rapidly, produce water vapour, quick promotion water circulation flowing, not easily to water body internal heat transfer, heat time is shortened, leaving water temperature is low, go out water speed fast, cycle efficieny is higher, water vapour is at heating container, heat radiation in water outlet tube connector, liquefaction, smaller volume, produce negative pressure, due to water outlet tube connector, radiating tube, the drag effect of water inlet tube connector, backwater check valve is opened, by the water in storage tank by backwater check valve, water return outlet to suck in heating container and mixes with water vapour, water vapour is liquefied rapidly, smaller volume, produce huge resorption power, realize complete backwater, go round and begin again circulating heat transfer.
For improving the present invention further, the water return outlet cross-sectional area on described heating container is less than or equal to 28mm2; Water return outlet on described heating container and heating container body adopt adiabatic connected mode.Like this, under duty, heating container body can not conduct heat to water return outlet, when producing water vapour in heating container and contacting with water return outlet, due to the surface tension effects of water, make the water in water return outlet now can remain in this, do not flow in heating container, during backwater, the water retained in the water return outlet direct very first time enters in heating container, the water entered in heating container through water return outlet is the cold water be not preheated, water vapour in heating container fully mixes with cold water, rapid liquefaction, produce resorption power (negative pressure), make to be filled water in heating container, realize complete backwater, complete circulating heat transfer process.In cyclic process, the water in heating container or water vapour can conduct heat to water return outlet, but because of time short and indirect heat transfer, do not affect above-mentioned effect.
Because the water return outlet cross-sectional area on heating container is less than or equal to 28mm
2; Water return outlet on heating container and heating container body adopt adiabatic connected mode.When backwater, current also have jeting effect, and water can be directly injected into and fully mix with water vapour in heating container, water vapour is liquefied rapidly, produces huge resorption power, the water vapour in heating container runs into cold water and can all liquefy faster, be filled water, realize complete backwater.
For improving the present invention further, described heating container is tubulose and tilts or vertically arrange.Like this, first return cold water in heating container because of Action of Gravity Field, be tilted to down or flow in heating container straight down or fall into, water fully mixes with the water vapour in heating container in inflow or the process that falls into, make the water vapour fast liquefying in heating container, produce huge suction, realize backwater.In above-mentioned backwater process, water is in the process flowed into or fall in heating container, even if fall in the heated wall in heating container, because Action of Gravity Field, water also can not stop at this, and continue flow into downwards or fall into, water vapour in heating container is liquefied, produces huge suction, by continual for water suction heating container, realize complete backwater, complete circulating heat transfer process.
Be tubulose due to heating container and tilt or vertically arrange, like this, heating container can be made small volume, a small amount of water of splendid attire, be easy to Fast Heating, Quick water exit, make cycle efficieny higher.
Be tubulose due to heating container and tilt or vertically arrange, during work, the water that water vapour promotes in heating container is tilted to down or moves straight down, form adiabatic face between water vapour and the water surface, and the contact area of water vapour and water is very little, water vapour is difficult to heat conduction in water, the volume of water vapour not easily loses, so water yield is large, leaving water temperature is low, speed is fast, easier backwater, and backwater amount is also large, the circulation of rapid, high volume, makes its operating efficiency improve further.
Be tubulose due to heating container and tilt or vertically arrange, when backwater, current enter in heating container to produce and impact and sinuous flow, wrapped up by the gas that can not be reduced to water produced, form bubble when heating in heating container, circulation time bubble flows in company with current and discharges heating container, finally enter in storage tank, discharge to air, like this, too much air can not be gathered in heating container, play better backwater circulation effect.
For improving the present invention further, described heating container material is aluminum or aluminum alloy.Like this, be rapidly heated, flash heat transfer, make its better circulating heat transfer, operating efficiency is higher.
For improving the present invention further, set up backwater joint, this backwater joint communicates with described heating container.Like this, more easily install, manufacture.
For improving the present invention further, set up water out adapter, this water out adapter communicates with described heating container.Like this, more easily install, manufacture.
For improving the present invention further, set up vaporium, this vaporium communicates with described heating container.Like this, better can hold water vapour, and more easy heat radiation, produce resorption power, realize better backwater effect, make cycle efficieny higher.
For improving the present invention further, setting up backwater tube connector, by this backwater tube connector, described backwater check valve, storage tank being connected with heating container.Like this, more easily install, manufacture.
For improving the present invention further, on the path be connected to form by water outlet tube connector, radiating tube, water inlet tube connector between described heating container and storage tank, water one-way valve is set up out in optional position.Like this, when backwater, water outlet closed check valve, avoids effluent recycling, thus realizes better backwater.
For improving the present invention further, described heating container sets up attemperating unit.Like this, when the heating container temperature that a variety of causes causes is too high, this attemperating unit can deenergization, switches on power when temperature declines again.Attemperating unit power-off temperature can be set between 100 DEG C-150 DEG C, specifically can be set to 100 DEG C, 105 DEG C, 110 DEG C, 115 DEG C, 120 DEG C, 125 DEG C, 130 DEG C, 135 DEG C, 140 DEG C, 145 DEG C, 150 DEG C, be best with 115 DEG C-135 DEG C, specifically can be 115 DEG C, 120 DEG C, 125 DEG C, 130 DEG C.This attemperating unit also can realize another function in addition, when heating container heating water producing water vapor, when promoting water flow or flowing stopping, attemperating unit deenergization, the water vapour heat radiation in container to be heated, liquefaction, generation resorption power, during backwater or after backwater, attemperating unit switches on power again, water is is so gone round and begun again circulating heat transfer, that is, controls electric circulation pattern.
For improving the present invention further, described vaporium is tubulose.Like this, water vapour is easy to promote water in the indoor sport of tubulose steam, and tubulose vaporium can be made small volume, a small amount of water of splendid attire, is easy to Quick water exit, fast backwater.
The present invention, because heating is located at position on the upper side on heating container wall, during work, a small amount of water of the surface of position on the upper side of water body in heating container is seethed with excitement rapidly, produce water vapour, the flowing of quick promotion water circulation, not easily to water body internal heat transfer, shortened the heat time, leaving water temperature be low, go out water speed fast, be easier to backwater, cycle efficieny is higher.And because heating is located at position on the upper side on heating container wall, the water of the surface of position on the upper side of water body in heating container is heated intensification, water vapour (steam bubble) is produced at upper wall or sidewall, can not enter in water at the steam bubble of upper wall generation and break, produce noise, the steam bubble produced at heating container madial wall rises along heating container madial wall, also seldom to break in water, greatly reduce noise, its operating efficiency is improved further, consumer more can accept this product, more easily popularizes.
Accompanying drawing explanation
Fig. 1-2 8 is embodiment of the present invention structural representation.Wherein,
Figure 12 is the A-A direction view of the parts such as heating container, water out adapter in Fig. 1,3.
Figure 19 is the parts such as heating container, vaporium enlarged drawing in Fig. 4.
Figure 20 is the B-B direction view of Figure 19.
Figure 21 is the C-C sectional view of Figure 19.
Figure 22 is the parts such as heating container, water out adapter enlarged drawing in Fig. 5.
Figure 23 is the B-B direction view of Figure 22.
Figure 24 is the C-C sectional view of Figure 22.
Figure 25 is the parts such as heating container, water out adapter enlarged drawing in Fig. 6.
Figure 26 is the B-B direction view of Figure 25.
Figure 27 is the C-C sectional view of Figure 25.
Figure 13,16, sets forth the another kind of concrete structure figure of the parts such as heating container, vaporium.Figure 14 is the B-B direction view of Figure 13; Figure 15 is the C-C sectional view of Figure 13; Figure 17 is the B-B direction view of Figure 16; Figure 18 is the C-C sectional view of Figure 16.
When Figure 28 radiator of the present invention is blanket, pad, bed clothes body, a kind of arrangement figure of radiating tube.
In Fig. 1-2 8, arrow is depicted as water movement and check valve direction.
Detailed description of the invention
As shown in figures 1-28, heating 5 combines with heating container 6; It is interior or surperficial that radiator 8 is located at by radiating tube 10; Storage tank 1 is communicated with the water return outlet 4 on heating container 6 by backwater check valve 2, delivery port 19 on heating container 6 communicates with water outlet tube connector 9 one end, water outlet tube connector 9 other end communicates with radiating tube 10 one end, radiating tube 10 other end communicates with water inlet tube connector 11 one end, and water inlet tube connector 11 other end communicates with storage tank 1; Heating 5 is located at position on the upper side on heating container 6 wall.
During work, in heating container 6, the water of water body surface of position on the upper side is produced water vapour by heating rapidly and expands, backwater check valve 2 is closed simultaneously, the water that water vapour promotes in heating container 6 fast enters water outlet tube connector 9 by delivery port 19, through radiating tube 10, water inlet tube connector 11 flows in storage tank 1, because heating 5 is located at position on the upper side on heating container 6 wall, a small amount of water of water body surface of position on the upper side in heating container 6 is seethed with excitement rapidly, produce water vapour, quick promotion cocycle flowing, not easily to water body internal heat transfer, heat time is shortened, leaving water temperature is low, go out water speed fast, cycle efficieny is higher, water vapour is at heating container 6, in water outlet tube connector 9 (now, water vapour can enter in water outlet tube connector 9, also can not enter in water outlet tube connector 9) heat radiation, liquefaction, smaller volume, produce negative pressure, due to water outlet tube connector 9, radiating tube 10, the drag effect of water inlet tube connector 11, backwater check valve 2 is opened, by the water in storage tank 1 by backwater check valve 2, water return outlet 4 to suck in heating container 6 and mixes with water vapour, water vapour is liquefied rapidly, smaller volume, produce huge resorption power, realize complete backwater, go round and begin again circulating heat transfer.
Shown in Fig. 1-2 7, water return outlet 4 cross-sectional area on heating container 6 is less than or equal to 28mm2; Water return outlet 4 on heating container 6 adopts adiabatic connected mode with heating container 6 body.Like this, under duty, heating container 6 body can not conduct heat to water return outlet 4, when producing water vapour when contacting with water return outlet 4 in heating container 6, due to the surface tension effects of water, make the water in water return outlet 4 now can remain in this, do not flow in heating container 6, during backwater, the water retained in the water return outlet 4 direct very first time enters in heating container 6, the cold water be not preheated through water return outlet 4 water entered in heating container 6, water vapour in heating container 6 fully mixes with cold water, rapid liquefaction, produce resorption power (negative pressure), make to be filled water in heating container 6, realize complete backwater, complete circulating heat transfer process.In cyclic process, the water in heating container 6 or water vapour can conduct heat to water return outlet 4, but because of time short and indirect heat transfer, do not affect above-mentioned effect.
Because water return outlet 4 cross-sectional area on heating container 6 is less than or equal to 28mm2; Water return outlet 4 on heating container 6 adopts adiabatic connected mode with heating container 6 body.When backwater, current also have jeting effect, and water can be directly injected into and fully mix with water vapour in heating container 6, water vapour is liquefied rapidly, produces huge resorption power, the water vapour in heating container 6 runs into cold water and can all liquefy faster, be filled water, realize complete backwater.
As shown in Fig. 4-6,19-27, water return outlet 4 cross-sectional area on heating container 6 is 12-28mm2, like this, when in heating container 6 can not backwater or gas are stifled make it not work time, water in water return outlet 4, through after a period of time, flows slowly, imports in water return outlet 4 slowly by water vapour or air, water in water return outlet 4 flows in heating container 6, makes it work on; If heating container 6 can't work on, again through after a while, water vapour or air are imported in storage tank 1 slowly by backwater check valve 2, and the water in storage tank 1 flows in heating container 6 through backwater check valve 2, water return outlet 4, and it also can be made to work on.
Shown in Fig. 1-7,9-27, heating container 6 also tilts for tubulose or vertically arranges.Like this, first return cold water in heating container 6 because of Action of Gravity Field, be tilted to down or flow in heating container 6 straight down or fall into, water fully mixes with the water vapour in heating container 6 in inflow or the process that falls into, make the water vapour fast liquefying in heating container 6, produce huge suction, realize backwater.In above-mentioned backwater process, water is in the process flowed into or fall in heating container 6, even if fall in the heated wall in heating container 6, because Action of Gravity Field, water also can not stop at this, and continue flow into downwards or fall into, water vapour in heating container 6 is liquefied, produces huge suction, by continual for water suction heating container 6, realize complete backwater, complete circulating heat transfer process.
Be tubulose due to heating container 6 and tilt or vertically arrange, like this, heating container 6 can be made small volume, a small amount of water of splendid attire, be easy to Fast Heating, Quick water exit, make cycle efficieny higher.
Be tubulose due to heating container 6 and tilt or vertically arrange, during work, the water that water vapour promotes in heating container 6 is tilted to down or moves straight down, form adiabatic face between water vapour and the water surface, and the contact area of water vapour and water is very little, water vapour is difficult to heat conduction in water, the volume of water vapour not easily loses, so water yield is large, leaving water temperature is low, speed is fast, easier backwater, and backwater amount is also large, the circulation of rapid, high volume, makes its operating efficiency improve further.
Be tubulose due to heating container 6 and tilt or vertically arrange, during backwater, current enter in heating container 6 to produce and impact and sinuous flow, wrapped up by the gas that can not be reduced to water produced, form bubble in heating container 6 during heating, circulation time bubble flows in company with current and discharges heating container 6, finally enter in storage tank 1, discharge to air, like this, too much air can not be gathered in heating container 6, play better backwater circulation effect.
Shown in Fig. 1-2 7, heating container 6 is made up of aluminum or aluminum alloy material, and heating 5 adopts PTC heating to heat.Like this, be rapidly heated, flash heat transfer, make its better circulating heat transfer, operating efficiency is higher.Heating container 6 can be circular tube shaped also can be square tube type, and generally it is inner circle foreign side, the general 6mm-30mm of its internal diameter, length 10mm-300mm; When power is at below 600W, 10mm-16mm is best for internal diameter optimum, and length at 30mm-150mm as well.
Shown in Fig. 2,4-7,9-11,13-27, set up backwater joint 20, by this backwater joint 20, backwater check valve 2, storage tank 1 is connected with heating container 6.Backwater joint 20 is inserted in heating container 6 and form water return outlet 4, like this, more easily install, manufacture.Water return outlet 4 and heating container 6 body adopt adiabatic connected mode, backwater joint 20 inserts in heating container 6 and forms water return outlet 4, between backwater joint 20 with heating container 6, be provided with rubber seal form adiabatic connection, like this, under duty, heating container 6 body can not conduct heat to backwater joint 20, during backwater, the cold water be not preheated by backwater joint 20 water entered in heating container 6, the water vapour in heating container 6 meet cold water more easy heat radiation, produce resorption power, realize backwater.In cyclic process, the water in heating container 6 or water vapour can conduct heat to backwater joint 20, but because of time short and indirect heat transfer, do not affect above-mentioned effect.
Fig. 1,3,5-7,12, shown in 22-27, set up water out adapter 18, by this water out adapter 18, heating container 6, vaporium 7 be connected with water outlet tube connector 9.Like this, more easily install, manufacture.Water out adapter 18 can be structure as a whole with vaporium 7, also can be Split type structure.
Shown in Fig. 7, water out adapter 18 and backwater joint 20 are for turning to elbow.Like this, be easier to install, manufacture.Water out adapter 18 can be metal material and makes (specifically can be aluminium, aluminium alloy, brass, stainless steel), and like this, more easy heat radiation backwater, makes it better circulate.
Fig. 4,7,8,10, shown in 13-21, between heating container 6 and water outlet tube connector 9, set up vaporium 7.Like this, better can hold water vapour, and more easy heat radiation, produce resorption power, realize better backwater effect, make cycle efficieny higher.
Fig. 4,7,10, shown in 13-21, vaporium 7 is tubulose.Like this, water vapour is easy to promote water and moves in tubulose vaporium 7, and tubulose vaporium 7 can be made small volume, a small amount of water of splendid attire, is easy to Quick water exit, fast backwater.Vaporium 7 can be circular tube shaped can be also square tube type, is generally made up of metal material, specifically can be aluminium, aluminium alloy, brass, stainless steel.Like this, more easy heat radiation, generation resorption power, be easier to backwater.Vaporium 7 is made up of metal bends pipe fitting.Generally be made up of 2 points, 3 points, 4 points pipe fittings.Like this, more easily install, manufacture.
Shown in Fig. 3,7,9,10, set up backwater tube connector 15, by this backwater tube connector 15, backwater check valve 2, backwater joint 20, storage tank 1 is connected with heating container 6.Like this, more easily install, manufacture, produce.
Shown in Figure 10, on the path be connected to form by water outlet tube connector 9, radiating tube 10, tube connector 11 of intaking between heating container 6 and storage tank 1, water one-way valve 12 is set up out in optional position.Like this, when backwater, go out water one-way valve 12 and close, avoid effluent recycling, thus realize better backwater.
Shown in Fig. 1-2 7, heating container 6 is established attemperating unit 13.Like this, when heating container 6 temperature that a variety of causes causes is too high, this attemperating unit 13 can deenergization, switches on power when temperature declines again.Attemperating unit 13 power-off temperature can be set between 100 DEG C-150 DEG C, specifically can be set to 100 DEG C, 105 DEG C, 110 DEG C, 115 DEG C, 120 DEG C, 125 DEG C, 130 DEG C, 135 DEG C, 140 DEG C, 145 DEG C, 150 DEG C, be best with 115 DEG C-135 DEG C, specifically can be 115 DEG C, 120 DEG C, 125 DEG C, 130 DEG C.This attemperating unit 13 also can realize another function in addition, when heating container 6 heats water producing water vapor, when promoting water flow or flowing stopping, attemperating unit 13 deenergization, treats water vapour heat radiation, liquefaction, produces resorption power, during backwater or after backwater, attemperating unit 13 switches on power again, water is is so gone round and begun again circulating heat transfer, that is, controls electric circulation pattern.This attemperating unit 13 can be located on heating container 6, also can be located on vaporium 7.
Shown in Fig. 6, water outlet tube connector 9 is established the second attemperating unit 21, when water outlet tube connector 9 temperature is too high or water vapour enters in water outlet tube connector 9, this the second attemperating unit 21 deenergization, avoid water vapour to enter in radiating tube 10, make radiator 8 temperature too high, when the water vapour heat radiation in water outlet tube connector 9, condensation, this second attemperating unit 21 switches on power again, works on.
In the present invention, backwater tube connector 15 internal diameter is 2mm-6mm, and the best is 3.5mm, 3.8mm, 4mm, 4.5mm, 5mm.Water-in and water-out tube connector internal diameter is 3mm-6mm, and the best is 4mm, 4.5mm, 5mm.
In the present invention, backwater: refer to the water vapour in heating container 6, vaporium 7, water outlet tube connector 9, heat radiation, condensation, liquefaction, smaller volume, produces resorption power (negative pressure), by the water in storage tank 1 by backwater check valve 2, backwater tube connector 15, backwater joint 20, water return outlet 4, suck the process in heating container 6, vaporium 7, water outlet tube connector 9.
The present invention, under duty, during backwater, the water in heating container 6 can be emptying state, also can be not emptying state.
In accompanying drawing 28 of the present invention, the arrangement mode of radiating tube 10 on radiator 8 is a kind of parallel way, but is not limited to this, can be any parallel connection or the arrangement of series system.
In the present invention, it is interior or surperficial that radiating tube 10 can be located at radiator 8.Concrete radiating tube 10 is silicone tube.Manufacture hydrothermal blanket, pad, bed clothes, shoulder protector, heat-treatment clothes etc., radiating tube 10 internal diameter is 3mm-8mm, and best internal diameter is 3.5mm, 3.8mm, 4mm, 4.5mm, 5mm.
In the present invention, water return outlet 4 shape of cross section is not limit, and can be circular, square, triangle, polygon; When water return outlet 4 shape of cross section is circular, its diameter is less than or equal to 6mm, and optimum diameter is 4mm-6mm.
In the present invention, Fig. 1,2, shown in 4-6,8-11,28, radiator 8 is blanket, pad, bed clothes body.
In the present invention, shown in Fig. 3,7, radiator 8 is water circulation heat-treatment clothes.
In the present invention, radiator 8 refers to radiator portion, can be specifically blanket, pad, bed clothes, case, bag, clothes, shoes and hats, tippet, waist support, rib, elbow support, wrister, legging, knee-pad, spats ankle, radiator, bed, a heatable brick bed, floor, ground, wall etc.
In the present invention, backwater check valve 2 can be located at storage tank 1 inside or storage tank 1 outside, also can be located on storage tank 1 shell wall.
In the present invention, storage tank 1 is not limit with the position relationship of heating container 6, and storage tank 1 can be located at the top of heating container 6, also can be located at heating container 6 lateral location, all in the present invention's protection.
In the present invention, heating container 6, vaporium 7 do not limit by shape, size, can be box like, tubulose, tubular, plate-like etc., all in the present invention's protection.As shown in Figure 8, vaporium 7 is discoid.
In the present invention, " water return outlet 4 and heating container 6 body adopt adiabatic connected mode " refers to: under duty, heating container 6 body can not conduct heat to water return outlet 4, during backwater, be the cold water be not preheated by water return outlet 4 water entered in heating container 6, like this, the water vapour in heating container 6 meets cold water more easy heat radiation, produce resorption power, realize backwater.Can be specifically, backwater joint 20 is made (can be plastics or rubber is made or the bad material of metal joint liner heat transfer is made) by the bad material of heat transfer (can be plastics, also can be metal, plastic composite) and is directly connected to form water return outlet 4 with heating container 6.In cyclic process, the water in heating container 6 or water vapour can conduct heat to water return outlet 4, but because of time short and indirect heat transfer, do not affect above-mentioned effect.
In the present invention, water return outlet 4, refers to the backwater place on heating container 6.
In the present invention, water return outlet 4 can be formed by with under type:
1. be connected to form water return outlet 4 by backwater joint 20 and heating container 6;
2., by metal, rubber, plastic tube or cover, be enclosed within heating container 6 or insert formation water return outlet 4 in heating container 6;
3. be connected to form water return outlet 4 by backwater check valve 2 and heating container 6.
As shown in Fig. 1,4-11,13-27, silica gel sealing cover or circle are lining in heating container 6, backwater check valve 2 or backwater joint 20 (straight joint or elbow) are inserted in silica gel sheath or circle and form water return outlet 4; Also can as shown in Figure 2, silica gel sheath is lining in heating container 6 and forms water return outlet 4, and backwater joint 20 inserts in silica gel sheath coupled.
Claims (10)
1. a heat energy water circulation system, comprising: storage tank (1), the heating container (6) with water return outlet (4) and delivery port (19), heating (5), backwater check valve (2), water outlet tube connector (9), water inlet tube connector (11), radiator (8), radiating tube (10); Radiator (8) combines with radiating tube (10); Heating (5) combines with heating container (6); It is characterized in that: described storage tank (1) is communicated with the water return outlet (4) on heating container (6) by backwater check valve (2), delivery port (19) on heating container (6) communicates with water outlet tube connector (9) one end, water outlet tube connector (9) other end communicates with radiating tube (10) one end, radiating tube (10) other end communicates with water inlet tube connector (11) one end, and water inlet tube connector (11) other end communicates with storage tank (1); Described heating (5) is located at position on the upper side on heating container (6) wall.
2. heat energy water circulation system according to claim 1, is characterized in that: water return outlet (4) cross-sectional area on described heating container (6) is less than or equal to 28mm
2; Water return outlet (4) on described heating container (6) and heating container (6) body adopt adiabatic connected mode.
3. heat energy water circulation system according to claim 1, is characterized in that: described heating container (6) also tilts for tubulose or vertically arranges.
4. heat energy water circulation system according to claim 1, is characterized in that: described heating container (6) material is aluminum or aluminum alloy.
5. heat energy water circulation system according to claim 1, is characterized in that: set up backwater joint (20), and this backwater joint (20) communicates with described heating container (6).
6. the heat energy water circulation system according to claim 1 or 2 or 3 or 4 or 5, it is characterized in that: set up water out adapter (18), this water out adapter (18) communicates with described heating container (6).
7. the heat energy water circulation system according to claim 1 or 2 or 3 or 4 or 5, it is characterized in that: set up vaporium (7), this vaporium (7) communicates with described heating container (6).
8. the heat energy water circulation system according to claim 1 or 2 or 3 or 4 or 5, it is characterized in that: set up backwater tube connector (15), by this backwater tube connector (15), described backwater check valve (2), storage tank (1) is connected with heating container (6).
9. the heat energy water circulation system according to claim 1 or 2 or 3 or 4 or 5, is characterized in that: on the path be connected to form by water outlet tube connector (9), radiating tube (10), tube connector (11) of intaking between described heating container (6) and storage tank (1), water one-way valve (12) is set up out in optional position.
10. the heat energy water circulation system according to claim 1 or 2 or 3 or 4 or 5, is characterized in that: on described heating container (6), set up attemperating unit (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510500479.XA CN105157091A (en) | 2015-08-08 | 2015-08-08 | Thermal energy water circulating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510500479.XA CN105157091A (en) | 2015-08-08 | 2015-08-08 | Thermal energy water circulating system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105157091A true CN105157091A (en) | 2015-12-16 |
Family
ID=54798049
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510500479.XA Pending CN105157091A (en) | 2015-08-08 | 2015-08-08 | Thermal energy water circulating system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105157091A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106839062A (en) * | 2016-12-26 | 2017-06-13 | 王彤宇 | heat energy water circulation system |
-
2015
- 2015-08-08 CN CN201510500479.XA patent/CN105157091A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106839062A (en) * | 2016-12-26 | 2017-06-13 | 王彤宇 | heat energy water circulation system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106196566A (en) | heat energy water circulation system | |
| CN106196567A (en) | heat energy water circulation system | |
| CN105180251A (en) | Heat-energy water circulation system | |
| CN105003947A (en) | Heat energy water circulation system | |
| CN201029767Y (en) | Energy-saving drinking water machine | |
| CN105157091A (en) | Thermal energy water circulating system | |
| CN204853980U (en) | A dynamic hydrologic cycle separation heating device that is used for domestic water storage formula electromagnetism water heater | |
| CN105157094A (en) | Thermal energy water circulating system | |
| CN106524285A (en) | Heat energy water circulation system | |
| CN201897312U (en) | Quick heating type electric water heater with double inner containers and double heating tubes | |
| CN201954985U (en) | Multifunctional water heater | |
| CN105180253A (en) | Heat-energy water circulation system | |
| CN105003948A (en) | Heat energy water circulation system | |
| CN201435989U (en) | Warm water and boiled water cold heat exchange water storage device | |
| CN105066227A (en) | Heat energy water circulating system | |
| CN104390493A (en) | Secondary heat exchange water heater | |
| CN105091068A (en) | Heat energy water circulating system | |
| CN205957488U (en) | Water tank heat transfer structure and water heater | |
| CN105066225A (en) | Heat energy water circulation system | |
| CN105180252A (en) | Heat-energy water circulation system | |
| CN106839064A (en) | Heat energy water circulation system | |
| CN106524284A (en) | Heat energy water circulating system | |
| CN105180255A (en) | Heat-energy water circulation system | |
| CN105180254A (en) | Heat-energy water circulation device | |
| CN105157093A (en) | Thermal energy water circulating device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20151216 |
|
| WD01 | Invention patent application deemed withdrawn after publication |