CN109654633A - Assembled integral energy conservation and environmental protection Constant-temp. brick bed - Google Patents
Assembled integral energy conservation and environmental protection Constant-temp. brick bed Download PDFInfo
- Publication number
- CN109654633A CN109654633A CN201811462741.6A CN201811462741A CN109654633A CN 109654633 A CN109654633 A CN 109654633A CN 201811462741 A CN201811462741 A CN 201811462741A CN 109654633 A CN109654633 A CN 109654633A
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- Prior art keywords
- water
- brick bed
- connecting tube
- hot
- pipe
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
- F24F5/0046—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater using natural energy, e.g. solar energy, energy from the ground
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
- F24F5/0096—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater combined with domestic apparatus
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
- F24F5/0046—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater using natural energy, e.g. solar energy, energy from the ground
- F24F2005/0064—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater using natural energy, e.g. solar energy, energy from the ground using solar energy
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2221/00—Details or features not otherwise provided for
- F24F2221/18—Details or features not otherwise provided for combined with domestic apparatus
Abstract
The present invention provides assembled integral energy conservation and environmental protection Constant-temp. brick bed, including wall, basement roof, manhole appendix, vertically steel ladder, support frame, water a heatable brick bed plate, water inlet pipe are planted, temperature control starts switch, hot circulating chilled water water tank, return pipe, the first assembling head, delivery system, cold water transportation system, solar heat-collection plate, water pump, central controller and key, the basement roof integrated setting is at the intermediate position of wall inner wall；The manhole appendix is provided with the right side inside basement roof；The vertically steel ladder is embedded in the right side of basement roof lower surface；The support frame bolt is mounted on the upper left quarter of basement roof；The plant water a heatable brick bed plate is mounted on the upper end of support frame.The invention has the benefit that when entering hot water or cold water in circulating water pipe, the plant water a heatable brick bed plate can be made to play cooling and fever function therewith by the setting for planting water a heatable brick bed plate, so can allow user more comfortably carry out using.
Description
Technical field
The invention belongs to Constant-temp. brick bed technical field more particularly to assembled integral energy conservation and environmental protection Constant-temp. brick beds.
Background technique
Electrothermic kang energy consumption used at present is big, does not use green energy resource effectively, and heated kang is difficult to environmental protection, and
With fire risk, the use of solar energy is generally only limited to hot water use, does not give full play to and uses very much energy efficiency, and application is narrow
It is narrow.The present invention fully considers the environmentally protective advantage of solar energy, rationally improves thermal energy application efficiency using the circulatory system, and equilibrium makes
Use solar thermal energy.So that a heatable brick bed body is reached comfortable constant temperature using the big feature reasonable employment hot and cold water conversion of the thermal capacitance of water, creates one
Winter warms up summer cold water, the comfortable a heatable brick bed of environmental type constant temperature.To guarantee that the temperature of a heatable brick bed body is kept, need to be supplemented mesh using electric energy
Before be unable to reach the mobility of antibody, this heatable brick bed body is using needing certain underground engineering construction.
But there is also do not have energy-saving and environment-friendly function and be inconvenient to carry out cooling problem for existing Constant-temp. brick bed.
Therefore, invention assembled integral energy conservation and environmental protection Constant-temp. brick bed is very necessary.
Summary of the invention
It is existing to solve in order to solve the above technical problem, the present invention provides assembled integral energy conservation and environmental protection Constant-temp. brick bed
Constant-temp. brick bed does not have energy-saving and environment-friendly function and is inconvenient to carry out cooling problem.Assembled integral energy conservation and environmental protection Constant-temp. brick bed, packet
Wall is included, basement roof, manhole appendix, vertically steel ladder, support frame, plant water a heatable brick bed plate, water inlet pipe, and temperature control starts switch, heat
Circulating chilled water water tank, return pipe, the first assembling head, delivery system, cold water transportation system, solar heat-collection plate, water pump, in
Controller and key are entreated, the basement roof integrated setting is at the intermediate position of wall inner wall；The manhole appendix is opened
It is located in the ground the right side of ceiling intralamellar part；The vertically steel ladder is embedded in the right side of basement roof lower surface；It is described
Support frame bolt be mounted on the upper left quarter of basement roof；The plant water a heatable brick bed plate is mounted on the upper end of support frame；Described
Water inlet pipe one end is socketed in the lower left quarter for planting water a heatable brick bed plate, and the other end is plugged on the left side inside hot circulating chilled water water tank；Described
Temperature control, which starts switch, to be threaded between water inlet pipe and water inlet pipe；The hot circulating chilled water water tank bolt is mounted on wall
Lower left quarter；Described return pipe one end is socketed in the right lower quadrant for planting water a heatable brick bed plate, and the other end is inserted in the right side of hot circulating chilled water water tank
Top；The first assembling head thread is connected between return pipe and return pipe；The delivery system is mounted on wall
The inside of body；The cold water transportation system is mounted on the intermediate position of wall lower front side；The solar heat-collection plate spiral shell
Bolt is mounted on the upper end of wall；The water pump is threaded in the right end of cold water transportation system；The central controller spiral shell
Bolt is mounted on the right surface of hot circulating chilled water water tank, while having key in the right surface inserting of central controller；The plant water
A heatable brick bed plate includes the connection hardened structure of a heatable brick bed, circulating water pipe, the first assembling vertical tube, the first sealing cover, feedthrough, the second assembling vertical tube and the
Two sealing covers, the circulating water pipe are embedded in the inside of the connection hardened structure of a heatable brick bed；The first assembling vertical tube is embedded in connection
The right side of the hardened structure front surface of a heatable brick bed；First sealing cover is threaded in the upper end of the first assembling vertical tube；The connection
Head is socketed in the circulating water pipe left part on the right side of the connection hardened structure front surface of a heatable brick bed respectively and connects following on the left of the hardened structure front surface of a heatable brick bed
Two, ring water pipe or so；The second assembling vertical tube is embedded in the left side of the connection hardened structure front surface of a heatable brick bed, and lower end is plugged on
The upper end of water inlet pipe；Second sealing cover is threaded in the upper end of the second assembling vertical tube.
Preferably, the hardened structure of connection a heatable brick bed includes connecting plate supporting layer, and heat reflection layer is implanted into water pipe heat-insulating layer,
Assembly hole and support a heatable brick bed plate, the heat reflection layer are glued to the upper surface of connecting plate supporting layer；The implantation water pipe is protected
Warm layer is glued to the upper surface of heat reflection layer；The left and right sides inside the implantation water pipe heat-insulating layer is inlaid with first respectively
Assemble vertical tube and the second assembling vertical tube；The assembly hole is provided with the inside of implantation water pipe heat-insulating layer；The support a heatable brick bed plate
It is glued to the upper end of implantation water pipe heat-insulating layer.
Preferably, the delivery system includes the first hot water connecting tube, the first three-way connection, the connection of the second hot water
Pipe, the first hot water control valve, solar energy hot water tank, third hot water connecting tube and the second hot water control valve, first hot water
Connecting tube is embedded in the inside of wall, and upper end is socketed in the right lower quadrant of solar heat-collection plate；On first three-way connection
End is threadedly coupled with the first hot water connecting tube, and left end is threadedly coupled with the second hot water connecting tube；First hot water control valve
It is threaded between the second hot water connecting tube and the second hot water connecting tube；The solar energy hot water tank bolt is mounted on wall
The intermediate position of lower front side between wall, and the lower part of left and right ends be threaded with respectively the second hot water connecting tube and
Third hot water connecting tube；Second hot water control valve be threaded in third hot water connecting tube and third hot water connecting tube it
Between；It is threadedly coupled on the left of the third hot water connecting tube with the right lower quadrant of hot circulating chilled water water tank.
Preferably, the cold water transportation system includes the first cold water connecting tube, the second assembling head, the control of the first cold water
Valve, the second three-way connection, delivery head and the second cold water control valve, the first cold water connecting tube are threaded in hot cold water and follow
The upper right quarter of ring water tank, and the right end of the first cold water connecting tube is threadedly coupled with water pump；The second assembling head thread connection
Between the first cold water connecting tube and the first cold water connecting tube；First cold water control valve, the second three-way connection and second
Cold water control valve is threaded in respectively between the first cold water connecting tube and the first cold water connecting tube；Two above and below the delivery head
End is respectively between the second three-way connection and the first three-way connection.
Preferably, there are six circulating water pipe settings, the circulating water pipe uses copper pipe.
Preferably, the circulating water pipe is interconnected by feedthrough respectively, the circulating water pipe side and first
Vertical tube connection is assembled, the other side is connected to by feedthrough with the second assembling vertical tube.
Preferably, the connecting plate supporting layer uses profiled sheet, the connecting plate supporting layer lower end and support frame
Welding.
Preferably, circulating water pipe is plugged in the assembly hole of the implantation water pipe heat-insulating layer, the implantation water pipe is protected
Warm layer uses rock wool layer.
Preferably, the heat reflection layer uses aluminium foil layer.
Preferably, the first hot water upper end of connecting tube and solar heat-collection plate lower end, the other end pass through the first threeway
Connector is connected to the second hot water connecting tube.
Preferably, the solar energy hot water tank right end is connected to the second hot water connecting tube, and left side passes through third hot water
Connecting tube is connected to hot circulating chilled water water tank.
Preferably, the first cold water connecting tube is provided with multiple, and passes through the second assembling head, the first cold water control respectively
Valve processed, the second three-way connection, delivery head and the connection of the second cold water control valve.
Preferably, the second three-way connection upper end is connected to by delivery head with the lower end of the first three-way connection.
Compared with prior art, the invention has the benefit that
1. in the present invention, there are six the circulating water pipe settings, and the circulating water pipe uses copper pipe, in circulating water pipe into
When entering hot water or cold water, the plant water a heatable brick bed plate can be made to play cooling and fever function therewith, so can allow user more
Add comfortably carry out using.
2. in the present invention, the circulating water pipe is interconnected by feedthrough respectively, the circulating water pipe side with
First assembling vertical tube connection, the other side by feedthrough with second assemble vertical tube be connected to, can make therewith hot water or cold water into
Enter into circulating water pipe and flowed out out of circulating water pipe, and reaches the function of circulation.
3. in the present invention, the connecting plate supporting layer uses profiled sheet, the connecting plate supporting layer lower end and branch
Support welding, the hardened structure of connection a heatable brick bed can be made to play the work of support therewith, and be convenient for using.
4. in the present invention, being plugged with circulating water pipe, the implantation water in the assembly hole of the implantation water pipe heat-insulating layer
Pipe insulating layer uses rock wool layer, when injecting hot water in circulating water pipe, can play the role of heat preservation, and then avoid heat stream
Lose too fast problem.
5. in the present invention, the heat reflection layer uses aluminium foil layer, when the heat that circulating water pipe issues distributes downwards,
It is able to carry out the work reflected and distributed upwards.
6. in the present invention, the first hot water upper end of connecting tube and solar heat-collection plate lower end, the other end pass through first
Three-way connection is connected to the second hot water connecting tube, when in use, can make the hot water in solar heat-collection plate in the first heat therewith
Water connecting tube, the first three-way connection and the flowing of the second hot water connecting tube, and the work easily conveyed.
7. in the present invention, the solar energy hot water tank right end is connected to the second hot water connecting tube, and left side passes through third
Hot water connecting tube is connected to hot circulating chilled water water tank, when in use, convenient for storing hot water in solar energy hot water tank, and then conveniently
By delivery to hot circulating chilled water water tank, further convenient for will be stored in delivery to circulating water pipe.
8. in the present invention, the first cold water connecting tube be provided with it is multiple, and respectively by the second assembling head, first cold
Water control valve, the second three-way connection, delivery head and the connection of the second cold water control valve, and then easily in hot circulating chilled water water tank
Convey cold water water, while be also convenient for being transported to cold water in circulating water pipe carry out using.
9. in the present invention, the second three-way connection upper end is connected to by delivery head with the lower end of the first three-way connection,
When in use, convenient for cold water to be transported to the work heated in solar heat-collection plate.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention.
Fig. 2 is the structural schematic diagram of plant water a heatable brick bed plate of the invention.
Fig. 3 is the structural schematic diagram of the connection hardened structure of a heatable brick bed of the invention.
Fig. 4 is the structural schematic diagram of delivery system of the invention.
Fig. 5 is the structural schematic diagram of cold water transportation system of the invention.
Fig. 6 is appliance wiring schematic diagram of the present invention.
In figure:
1, wall；2, basement roof；3, manhole appendix；4, vertically steel ladder；5, support frame；6, water a heatable brick bed plate is planted；61, a heatable brick bed is connected
Hardened structure；611, connecting plate supporting layer；612, heat reflection layer；613, it is implanted into water pipe heat-insulating layer；614, assembly hole；615, it supports
A heatable brick bed plate；62, circulating water pipe；63, the first assembling vertical tube；64, the first sealing cover；65, feedthrough；66, the second assembling vertical tube；67,
Second sealing cover；7, water inlet pipe；8, temperature control starts switch；9, hot circulating chilled water water tank；10, return pipe；11, the first assembling head；
12, delivery system；121, the first hot water connecting tube；122, the first three-way connection；123, the second hot water connecting tube；124,
One hot water control valve；125, solar energy hot water tank；126, third hot water connecting tube；127, the second hot water control valve；13, cold water is defeated
Send system；131, the first cold water connecting tube；132, the second assembling head；133, the first cold water control valve；134, the second three-way connection；
135, delivery head；136, the second cold water control valve；14, solar heat-collection plate；15, water pump；16, central controller；17, key.
Specific embodiment
The present invention is described further below in conjunction with attached drawing:
Embodiment:
As shown in Figure 1 and Figure 2, assembled integral energy conservation and environmental protection Constant-temp. brick bed, including wall 1, basement roof 2, manhole appendix
3, vertically steel ladder 4, support frame 5, plant water a heatable brick bed plate 6, water inlet pipe 7, and temperature control starts switch 8, and hot circulating chilled water water tank 9 flows back
Pipe 10, the first assembling head 11, delivery system 12, cold water transportation system 13, solar heat-collection plate 14, water pump 15, center control
Device 16 and key 17 processed, 2 integrated setting of basement roof is at the intermediate position of 1 inner wall of wall；The manhole appendix 3
It is provided with the right side inside basement roof 2；The vertically steel ladder 4 is embedded in the right side of 2 lower surface of basement roof；
5 bolt of support frame is mounted on the upper left quarter of basement roof 2；Easily enforcement of going forward side by side is supported by support frame 5
With；The plant water a heatable brick bed plate 6 is mounted on the upper end of support frame 5；Described 7 one end of water inlet pipe is socketed in the lower-left for planting water a heatable brick bed plate 6
Portion, the other end are plugged on the left side inside hot circulating chilled water water tank 9；The temperature control starts switch 8 and is threaded in water inlet pipe 7
Between water inlet pipe 7；Hot 9 bolt of circulating chilled water water tank is mounted on the lower left quarter of wall 1；Described 10 one end of return pipe
It is socketed in the right lower quadrant for planting water a heatable brick bed plate 6, the other end is inserted in the upper right quarter of hot circulating chilled water water tank 9；The first assembling head
11 are threaded between return pipe 10 and return pipe 10；The delivery system 12 is mounted on the inside of wall 1；It is described
Cold water transportation system 13 be mounted on the intermediate position of 1 lower front side of wall；14 bolt of solar heat-collection plate is mounted on
The upper end of wall 1；The water pump 15 is threaded in the right end of cold water transportation system 13；16 bolt of central controller
It is mounted on the right surface of hot circulating chilled water water tank 9, while having key 17 in the right surface inserting of central controller 16；The plant
Water a heatable brick bed plate 6 includes connecting the hardened structure 61 of a heatable brick bed, circulating water pipe 62, the first assembling vertical tube 63, the first sealing cover 64, feedthrough 65, the
Two assembling vertical tubes 66 and the second sealing cover 67, the circulating water pipe 62 are embedded in the inside of the connection hardened structure 61 of a heatable brick bed；Described
First assembling vertical tube 63 is embedded in the right side of connection hardened 61 front surface of structure of a heatable brick bed；First sealing cover 64 is threaded in
The upper end of one assembling vertical tube 63；The feedthrough 65 is socketed in the circulating water pipe on the right side of connection hardened 61 front surface of structure of a heatable brick bed respectively
Circulating water pipe 62 or so two on the left of 62 left parts and connection hardened 61 front surface of structure of a heatable brick bed；Group is reasonably carried out by feedthrough 65
The work of dress；The described second assembling vertical tube 66 is embedded in the left side of connection hardened 61 front surface of structure of a heatable brick bed, and lower end be plugged on into
The upper end of water pipe 7；Second sealing cover 67 is threaded in the upper end of the second assembling vertical tube 66；Pass through the first sealing cover 64
The work of sealing is each served as with the second sealing cover 67.
As shown in Fig. 3, in above-described embodiment, specifically, the hardened structure 61 of the connection a heatable brick bed includes connecting plate supporting layer
611, heat reflection layer 612 is implanted into water pipe heat-insulating layer 613, assembly hole 614 and support a heatable brick bed plate 615, passes through connecting plate supporting layer
611 are reasonably supported and use, and then increase tightness；The heat reflection layer 612 is glued to connecting plate support
The upper surface of layer 611；The implantation water pipe heat-insulating layer 613 is glued to the upper surface of heat reflection layer 612；The implantation water
The left and right sides inside pipe insulating layer 613 is inlaid with the first assembling vertical tube 63 and the second assembling vertical tube 66 respectively；The assembling
Hole 614 is provided with the inside of implantation water pipe heat-insulating layer 613；The support a heatable brick bed plate 615 is glued to implantation water pipe heat-insulating layer 613
Upper end；The support a heatable brick bed plate 615 uses plank, and convenient for making heat rise and radiate.
As shown in Fig. 4, in above-described embodiment, specifically, the delivery system 12 is connected including the first hot water
Pipe 121, the first three-way connection 122, the second hot water connecting tube 123, the first hot water control valve 124, solar energy hot water tank 125, the
Three hot water connecting tubes 126 and the second hot water control valve 127, the first hot water connecting tube 121 are embedded in the inside of wall 1,
And upper end is socketed in the right lower quadrant of solar heat-collection plate 14；First three-way connection, 122 upper end and the first hot water connecting tube
121 are threadedly coupled, and left end is threadedly coupled with the second hot water connecting tube 123；First hot water control valve 124 is threaded in
Between second hot water connecting tube 123 and the second hot water connecting tube 123；125 bolt of solar energy hot water tank is mounted on wall 1
The intermediate position of lower front side between wall 1, and it is threaded with the second hot water connecting tube respectively in the lower part of left and right ends
123 and third hot water connecting tube 126；Second hot water control valve 127 is threaded in third hot water connecting tube 126 and
Between three hot water connecting tubes 126；The right lower quadrant screw thread in third hot water connecting tube 126 left side and hot circulating chilled water water tank 9
Connection.
As shown in Fig. 5, in above-described embodiment, specifically, the cold water transportation system 13 is connected including the first cold water
Pipe 131, the second assembling head 132, the first cold water control valve 133, the second three-way connection 134, delivery head 135 and the control of the second cold water
Valve 136, the first cold water connecting tube 131 is threaded in the upper right quarter of hot circulating chilled water water tank 9, and the first cold water connects
The right end of pipe 131 is threadedly coupled with water pump 15；The second assembling head 132 is threaded in 131 He of the first cold water connecting tube
Between first cold water connecting tube 131；First cold water control valve 133, the second three-way connection 134 and second cold water control valve
136 are threaded in respectively between the first cold water connecting tube 131 and the first cold water connecting tube 131；About 135 delivery head
Both ends are respectively between the second three-way connection 134 and the first three-way connection 122.
In above-described embodiment, specifically, the circulating water pipe 62 uses copper there are six the settings of circulating water pipe 62
Pipe when entering hot water or cold water in circulating water pipe 62, can make the plant water a heatable brick bed plate 6 play cooling and fever function therewith
Can, so can allow user more comfortably carry out using.
In above-described embodiment, specifically, the circulating water pipe 62 is interconnected by feedthrough 65 respectively, described is followed
62 side of ring water pipe is connected to the first assembling vertical tube 63, and the other side is connected to by feedthrough 65 with the second assembling vertical tube 66, can
So that hot water or cold water is entered in circulating water pipe 62 and is flowed out out of circulating water pipe 62 therewith, and reaches the function of circulation.
In above-described embodiment, specifically, the connecting plate supporting layer 611 uses profiled sheet, the connecting plate branch
It supports 611 lower end of layer and support frame 5 welds, the hardened structure 61 of the connection a heatable brick bed can be made to play the work of support therewith, and be convenient for
It uses.
In above-described embodiment, specifically, being plugged with recirculated water in the assembly hole 614 of the implantation water pipe heat-insulating layer 613
Pipe 62, the implantation water pipe heat-insulating layer 613 use rock wool layer, when injecting hot water in circulating water pipe 62, can play heat preservation
Effect, and then avoid the too fast problem of heat losses.
In above-described embodiment, specifically, the heat reflection layer 612 uses aluminium foil layer, issued in circulating water pipe 62
When heat distributes downwards, it is able to carry out the work reflected and distributed upwards.
In above-described embodiment, specifically, 121 upper end of the first hot water connecting tube and 14 lower end of solar heat-collection plate,
The other end is connected to by the first three-way connection 122 with the second hot water connecting tube 123, when in use, can make solar energy collection therewith
Hot water in hot plate 14 is flowed in the first hot water connecting tube 121, the first three-way connection 122 and the second hot water connecting tube 123, and side
Just the work convey.
In above-described embodiment, specifically, 125 right end of solar energy hot water tank is connected to the second hot water connecting tube 123,
And left side is connected to by third hot water connecting tube 126 with hot circulating chilled water water tank 9, when in use, convenient in solar energy hot water tank
Hot water are stored in 125, and then easily by delivery to hot circulating chilled water water tank 9, be further convenient for delivery to following
It is stored in ring water pipe 62.
In above-described embodiment, specifically, the first cold water connecting tube 131 be provided with it is multiple, and respectively pass through second
Head 132, the first cold water control valve 133 are assembled, the second three-way connection 134, delivery head 135 are connected to the second cold water control valve 136,
And then cold water water is easily conveyed in hot circulating chilled water water tank 9, while be also convenient for being transported to cold water in circulating water pipe 62 into
It exercises and uses.
In above-described embodiment, specifically, 134 upper end of the second three-way connection passes through delivery head 135 and the first threeway
The lower end of connector 122 is connected to, when in use, convenient for cold water is transported to the work heated in solar heat-collection plate 14.
In above-described embodiment, specifically, the temperature control starts switch the 8 hot water pipeline temperature for using model WZA-CY type
Control device.
In above-described embodiment, specifically, the water pump 15 uses model IHG type water pump.
In above-described embodiment, specifically, central controller of the central controller 16 using model ZF-704 type.
In above-described embodiment, specifically, the water pump 15 is electrically connected the output end of central controller 16, described the
One hot water control valve 124 is electrically connected the output end of central controller 16, during second hot water control valve 127 is electrically connected
The output end of controller 16 is entreated, first cold water control valve 133 is electrically connected the output end of central controller 16, described
Second cold water control valve 136 is electrically connected the output end of central controller 16, and the key 17 is electrically connected central controller
16 input terminal.
Working principle
The working principle of the invention: in winter in use, first opening the second cold water control valve 136, then cold water leads to the first cold water
The right side of connecting tube 131, the second three-way connection 134, delivery head 135, the first three-way connection 122 and the first hot water connecting tube 121
It is transported in solar heat-collection plate 14, subsequently by being heated by the sun to the water in solar heat-collection plate 14, completes
After heating, the first hot water control valve 124 is opened, while the water in solar heat-collection plate 14 passes through the first hot water connecting tube 121, the
One three-way connection 122 and the second hot water connecting tube 123 enter in solar energy hot water tank 125, are then again turned on the second hot water
Control valve 127 simultaneously makes the hot water in solar energy hot water tank 125 enter hot circulating chilled water water tank by third hot water connecting tube 126
In 9, subsequently opens temperature control and start switch 8 and hot water is made to enter circulating water pipe 62 by the assembling vertical tube 66 of water inlet pipe 7, second
It is interior, implantation water pipe heat-insulating layer 613 and the support fever of a heatable brick bed plate 615 can be driven to go forward side by side to exercise and use in this way, after completing fever, water is again
It enters in hot circulating chilled water water tank 9 and stores by the first assembling vertical tube 63, return pipe 10 and the first assembling head 11, in the summer
It is in use, open the second cold water control valve 136 and the first cold water control valve 133, and then cold water passes through the first cold water connecting tube
131 and second assembling head 132 enter in hot circulating chilled water water tank 9, open simultaneously temperature control and start switch 8, cold water passes through water inlet
Pipe 7 and the second assembling vertical tube 66 enter in circulating water pipe 62, can make to be implanted into water pipe heat-insulating layer 613 in this way and support a heatable brick bed plate
615 heat absorptions, and cooling work is played, hot circulating chilled water water tank is subsequently entered by return pipe 10 and the first assembling head 11
It is stored in 9.
Using technical solutions according to the invention or those skilled in the art under the inspiration of technical solution of the present invention,
Similar technical solution is designed, and reaches above-mentioned technical effect, is to fall into protection scope of the present invention.
Claims (10)
1. assembled integral energy conservation and environmental protection Constant-temp. brick bed, which is characterized in that the assembled integral energy conservation and environmental protection Constant-temp. brick bed, including wall
(1), basement roof (2), manhole appendix (3), vertically steel ladder (4), support frame (5) are planted water a heatable brick bed plate (6), water inlet pipe (7),
Temperature control starts switch (8), hot circulating chilled water water tank (9), return pipe (10), the first assembling head (11), delivery system (12),
Cold water transportation system (13), solar heat-collection plate (14), water pump (15), central controller (16) and key (17), the ground
Lower ceiling plate (2) integrated setting is at the intermediate position of wall (1) inner wall；The manhole appendix (3) is provided with basement roof
(2) internal right side；The vertically steel ladder (4) is embedded in the right side of basement roof (2) lower surface；The support
Frame (5) bolt is mounted on the upper left quarter of basement roof (2)；The plant water a heatable brick bed plate (6) is mounted on the upper end of support frame (5)；
Described water inlet pipe (7) one end is socketed in the lower left quarter for planting water a heatable brick bed plate (6), and the other end is plugged in hot circulating chilled water water tank (9)
The left side in portion；The temperature control starts switch (8) and is threaded between water inlet pipe (7) and water inlet pipe (7)；The hot cold water
Cyclic water tank (9) bolt is mounted on the lower left quarter of wall (1)；Described return pipe (10) one end, which is socketed in, plants water a heatable brick bed plate (6)
Right lower quadrant, the other end are inserted in the upper right quarter of hot circulating chilled water water tank (9)；First assembling head (11) is threaded in back
Between flow tube (10) and return pipe (10)；The delivery system (12) is mounted on the inside of wall (1)；The cold water
Transportation system (13) is mounted on the intermediate position of wall (1) lower front side；Described solar heat-collection plate (14) bolt is mounted on
The upper end of wall (1)；The water pump (15) is threaded in the right end of cold water transportation system (13)；The central controller
(16) bolt is mounted on the right surface of hot circulating chilled water water tank (9), at the same the right surface inserting of central controller (16) have by
Key (17)；The plant water a heatable brick bed plate (6) includes the connection hardened structure of a heatable brick bed (61), and circulating water pipe (62), first assembles vertical tube (63), the
One sealing cover (64), feedthrough (65), the second assembling vertical tube (66) and the second sealing cover (67), the circulating water pipe (62) edge
Embedded in the inside of the connection hardened structure of a heatable brick bed (61)；First assembling vertical tube (63) is embedded in the connection hardened structure of a heatable brick bed (61) front surface
Right side；First sealing cover (64) is threaded in the upper end of the first assembling vertical tube (63)；The feedthrough (65)
Table before circulating water pipe (62) left part being socketed on the right side of the connection hardened structure of a heatable brick bed (61) front surface respectively and the connection hardened structure of a heatable brick bed (61)
Circulating water pipe (62) left and right two of left side of face；Second assembling vertical tube (66) is embedded in table before the connection hardened structure of a heatable brick bed (61)
The left side in face, and lower end is plugged on the upper end of water inlet pipe (7)；It is perpendicular that second sealing cover (67) is threaded in the second assembling
Manage the upper end of (66).
2. assembled integral energy conservation and environmental protection Constant-temp. brick bed as described in claim 1, which is characterized in that the hardened structure of connection a heatable brick bed
It (61) include connecting plate supporting layer (611), heat reflection layer (612) is implanted into water pipe heat-insulating layer (613), assembly hole (614) and branch
It supports a heatable brick bed plate (615), the heat reflection layer (612) is glued to the upper surface of connecting plate supporting layer (611)；The implantation water
Pipe insulating layer (613) is glued to the upper surface of heat reflection layer (612)；The internal left side of the implantation water pipe heat-insulating layer (613)
Right two sides are inlaid with the first assembling vertical tube (63) and the second assembling vertical tube (66) respectively；The assembly hole (614) is provided with plant
The inside of water inlet pipe insulating layer (613)；The support a heatable brick bed plate (615) is glued to the upper end of implantation water pipe heat-insulating layer (613).
3. assembled integral energy conservation and environmental protection Constant-temp. brick bed as described in claim 1, which is characterized in that the delivery system
It (12) include the first hot water connecting tube (121), the first three-way connection (122), the second hot water connecting tube (123), the first hot water control
Valve (124) processed, solar energy hot water tank (125), third hot water connecting tube (126) and the second hot water control valve (127), described
One hot water connecting tube (121) is embedded in the inside of wall (1), and upper end is socketed in the right lower quadrant of solar heat-collection plate (14)；Institute
The first three-way connection (122) upper end stated is threadedly coupled with the first hot water connecting tube (121), left end and the second hot water connecting tube
(123) it is threadedly coupled；First hot water control valve (124) is threaded in the second hot water connecting tube (123) and the second heat
Between water connecting tube (123)；Described solar energy hot water tank (125) bolt is mounted between wall (1) and wall (1) before lower part
The intermediate position of side, and it is threaded with the second hot water connecting tube (123) and third hot water company respectively in the lower part of left and right ends
It takes over (126)；Second hot water control valve (127) is threaded in third hot water connecting tube (126) and third hot water connects
It takes between (126)；Connect on the left of the third hot water connecting tube (126) with the right lower quadrant screw thread of hot circulating chilled water water tank (9)
It connects.
4. assembled integral energy conservation and environmental protection Constant-temp. brick bed as described in claim 1, which is characterized in that the cold water transportation system
It (13) include the first cold water connecting tube (131), the second assembling head (132), the first cold water control valve (133), the second three-way connection
(134), delivery head (135) and the second cold water control valve (136), the first cold water connecting tube (131) are threaded in heat
The upper right quarter of circulating chilled water water tank (9), and the right end of the first cold water connecting tube (131) is threadedly coupled with water pump (15)；Described
Second assembling head (132) is threaded between the first cold water connecting tube (131) and the first cold water connecting tube (131)；Described
First cold water control valve (133), the second three-way connection (134) and the second cold water control valve (136) are threaded in first respectively
Between cold water connecting tube (131) and the first cold water connecting tube (131)；Described delivery head (135) upper and lower ends are respectively with second
Between three-way connection (134) and the first three-way connection (122).
5. assembled integral energy conservation and environmental protection Constant-temp. brick bed as described in claim 1, which is characterized in that the circulating water pipe (62)
There are six settings, and the circulating water pipe (62) uses copper pipe.
6. assembled integral energy conservation and environmental protection Constant-temp. brick bed as described in claim 1, which is characterized in that the circulating water pipe (62)
It is interconnected respectively by feedthrough (65), circulating water pipe (62) side is connected to the first assembling vertical tube (63), another
Side is connected to by feedthrough (65) with the second assembling vertical tube (66).
7. assembled integral energy conservation and environmental protection Constant-temp. brick bed as claimed in claim 2, which is characterized in that the connecting plate supporting layer
(611) profiled sheet is used, connecting plate supporting layer (611) lower end and support frame (5) are welded.
8. assembled integral energy conservation and environmental protection Constant-temp. brick bed as claimed in claim 2, which is characterized in that the implantation water pipe heat preservation
It is plugged with circulating water pipe (62) in the assembly hole (614) of layer (613), the implantation water pipe heat-insulating layer (613) uses rock wool layer.
9. assembled integral energy conservation and environmental protection Constant-temp. brick bed as claimed in claim 3, which is characterized in that the first hot water connection
(121) upper end and solar heat-collection plate (14) lower end are managed, the other end passes through the first three-way connection (122) and the second hot water connecting tube
(123) it is connected to.
10. assembled integral energy conservation and environmental protection Constant-temp. brick bed as claimed in claim 4, which is characterized in that first cold water connects
Adapter tube (131) be provided with it is multiple, and respectively by second assembling head (132), the first cold water control valve (133), the two or three connects
Head (134), delivery head (135) are connected to the second cold water control valve (136).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811462741.6A CN109654633A (en) | 2018-12-03 | 2018-12-03 | Assembled integral energy conservation and environmental protection Constant-temp. brick bed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811462741.6A CN109654633A (en) | 2018-12-03 | 2018-12-03 | Assembled integral energy conservation and environmental protection Constant-temp. brick bed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109654633A true CN109654633A (en) | 2019-04-19 |
Family
ID=66112283
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811462741.6A Pending CN109654633A (en) | 2018-12-03 | 2018-12-03 | Assembled integral energy conservation and environmental protection Constant-temp. brick bed |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109654633A (en) |
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Application publication date: 20190419 |
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