CN203987077U - A kind of water can be stored changes in temperature regulation and control air conditioning bed - Google Patents
A kind of water can be stored changes in temperature regulation and control air conditioning bed Download PDFInfo
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- CN203987077U CN203987077U CN201420342270.6U CN201420342270U CN203987077U CN 203987077 U CN203987077 U CN 203987077U CN 201420342270 U CN201420342270 U CN 201420342270U CN 203987077 U CN203987077 U CN 203987077U
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Abstract
The utility model discloses a kind of water can store changes in temperature regulation and control air conditioning bed, comprises bedstead, cabinet base, the head of a bed being connected with bedstead one end, also comprises that the water being arranged on bedstead can store changes in temperature regulation and control interchanger, exhausting window and control display; Described water can store changes in temperature regulation and control interchanger and comprise at least two monomer interchangers, and air intake communicates with exhausting window; Described monomer interchanger comprises air duct, energy storage regulating tube and the energy exchange pipe that offers airport, and described energy exchange pipe is nested in energy storage regulating tube, and energy storage regulating tube is nested in air duct; Energy exchange pipe between adjacent monomer interchanger connects by union elbow; Described energy exchange pipe is drawn cold water inlet and hot water inlet pipe by electric control water valve.The utility model utilizes water heater or hot-water heating system to replace energy consumption air-conditioning and heating equipment, and energy consumption is low, can store thermal energy, and the energy reserving time is long, Bu Shou collective heating condition restriction, safety and environmental protection, health.
Description
Technical field
The utility model relates to a kind of air conditioning bed, is specifically related to a kind of water and can stores changes in temperature regulation and control air conditioning bed.
Background technology
Bed, is the common furniture of sleeping and working and resting for people, is requisite daily necessities during people live, and current people are for the time over half will associate with it in life.Nowadays, the most common wood bed extra bed pad of bed on market, hot when summer, people need to lower the temperature by external condition, such as air-conditioning, fan lamp etc.; And winter, people like mostly with electric blanket, air-conditioning etc.For the north, there is hot a heatable brick bed, but can only heat up, but cannot lower the temperature.Although air-conditioning can regulate temperature, its adjusting be the temperature in whole room, when people have a rest in bed, only need regulation bed environment temperature, at this moment, the use of air-conditioning seems too wastes, power consumption is very big; And when air-conditioning is used, need close the doors and windows, cause atmosphere draught-free, bad to person health.
Air conditioning bed in the middle of currently available technology, is mostly still and uses air conditioning energy consumption equipment, needs bedcover more, and close in space, and power consumption is large, dangerous, not environmental protection, and circulation of air is bad or be heated inhomogeneous.The air conditioning bed that for example application number is 200620132423.X has just been installed an air-conditioning in side, with existing air-conditioning, have no difference, and power consumption is large; Application number is that close in 200720158976.7 air conditioning bed space, atmosphere draught-free; Application number is a kind of energy-saving air-conditioning bed of 201320173992.9, mattress surface arranges one deck aluminum pipe, the water inlet of aluminum pipe, delivery port are connected with mattress outer tank, and water tank bottom arranges heater, water tank one side arranges compressor, and booster pump is set on water inlet, high-temperature control device is set on heater, high-temperature control device connects high temperature by-pass cock, and low-temperature control device is set on compressor, and low-temperature control device connects low temperature control switch.Its mattress setting is too simple, only passes into a water pipe in mattress, although adopt asbestos to support aluminum pipe, fixing not, and the difficult circulation of air, be heated inhomogeneous, easily expand, temperature is difficult to be adjusted to temperature required.
Utility model content
In order to overcome the deficiencies in the prior art, the utility model provides a kind of water can store changes in temperature regulation and control air conditioning bed, utilizes water heater or hot-water heating system to replace existing energy consumption air-conditioning and heating equipment, can long time stored energy, and safety and environmental protection, energy-conservation.
For achieving the above object, the utility model adopts following scheme: a kind of water can be stored changes in temperature regulation and control air conditioning bed, comprise bedstead, cabinet base, with the head of a bed that bedstead one end is connected, it is characterized in that: also comprise that the water being arranged on bedstead can store changes in temperature regulation and control interchanger, exhausting window and control display; Described water can store changes in temperature regulation and control interchanger and comprise at least plural monomer interchanger, and air intake communicates with exhausting window; Described monomer interchanger comprises air duct, energy storage regulating tube and the energy exchange pipe that offers airport; Described energy exchange pipe is nested in energy storage regulating tube; Described monomer interchanger is setting up and down vent passages, and one end is communicated with air intake, and the other end is communicated with exhausting window; Described vent passages communicates with energy exchange air duct; Energy exchange pipe between adjacent monomer interchanger connects by union elbow; Between described union elbow and energy exchange pipe, be provided with sealing ring; Described energy exchange pipe is drawn cold water inlet and hot water inlet pipe by electric control water valve.
Described union elbow is also connected by obturating plug assembly with energy exchange pipe, and this obturating plug assembly comprises for the adjusting nut of seal degree between adjusting sleeve pipe obturating plug and energy exchange pipe, sleeve pipe obturating plug base plate, energy exchange seal of tube circle, the outer silk of energy exchange pipe-in-pipe obturating plug.Obturating plug assembly can make the better tightness of energy exchange pipe, and more fastening between bedstead.
In order to allow, between energy exchange tube and tube plug assembly, better connect, one end end face that described pipe close assembly is close with adjusting nut is provided with energy exchange pipe box pore.
For monomer interchanger is fixed on bedstead better, be difficult for dropping, described monomer interchanger is fixed on bedstead by thimble plug holder assembly support; Described thimble plug seat support comprises 3 sleeve pipe obturating plug installing holes, integrated positioning support and mounting-positioning holes is installed.
In order to prevent steam in air conditioning bed from becoming water, drop to floor, described bedstead below be provided with ventilating duct base plate.
For heat is transmitted evenly, rapidly more, on described energy exchange pipe, energy exchange sheet is installed.
Circulation and the space size of considering air in air conditioning bed, described exhausting window can be established 1～4, and described energy exchange air duct has 5～10.
In order to save space and cost, described exhausting window is arranged in the head of a bed.
Described energy storage regulating tube and energy exchange pipe are fixed after assembling by an assembling female buckle of monomer interchanger and an assembling male buckle of another monomer interchanger again.
Compared with prior art, the utlity model has following advantage: the utility model utilizes water heater or hot-water heating system to replace energy consumption air-conditioning and heating equipment, can be the indoor heating installation that provides in cold winter, can also be room temperature lowering in summer with running water or underground water, and energy consumption is low; The utility model can be stored thermal energy simultaneously, and the energy reserving time is long, Bu Shou collective heating condition restriction, and by own design temperature, safety and environmental protection and forever natural, healthy.The interchanger that can also be directly water can be stored to changes in temperature regulation and control air conditioning bed is connected in hot water, cold water pipes as the pipeline use of supplying water; Interchanger can be naturally all by water energy absorption, the storage of exchanging tube, not only can store the free makeup energy of changes in temperature regulation and control air conditioning bed for water, and effectively regulate the water temperature that makes water, make the water temperature of water more stable, reach best naural benefit.Sleeve pipe obturating plug
Accompanying drawing explanation
Fig. 1 is the stereogram that water can be stored changes in temperature regulation and control air conditioning bed.
Fig. 2 is the main body elevation of monomer interchanger.
Fig. 3 is that water can be stored changes in temperature regulation and control air conditioning bed internal structure top view.
Fig. 4 is the side view that water can be stored changes in temperature regulation and control air conditioning bed.
Fig. 5 is the structural plan figure of ventilating duct base plate.
Fig. 6 is that water can be stored changes in temperature regulation and control interchanger plane.
Fig. 7 is that water can be stored changes in temperature regulation and control obturating plug modular construction.
Fig. 8 is that water can be stored changes in temperature regulating tube thimble plug seat support structure.
Number in the figure is: 1. the head of a bed, 2. bedstead, 3. water can store changes in temperature regulation and control interchanger, 301. union elbow, 302. energy exchange interface tubes, 303. sealing ring, 304. obturating plug assemblies, 3041. adjusting nut, 3042. sleeve pipe obturating plug base plates, 3043. energy exchange seal of tube circles, the outer silk of 3044. energy exchange pipe-in-pipe obturating plug, 3045. energy exchange pipe box pores, 305. energy exchange pipes, 306. energy exchange sheets, 307. adapter bracket, 308. obturating plug assembly supports, 3081. sleeve pipe obturating plug installing holes, 3082. mounting-positioning holes, 3083. install integrated positioning support, 309. energy storage regulating tubes, 310. energy exchanger drainpipes, 311. high-temperature electric water control valves, 312. electric control water valve, 313. cold water inlet, 314. water injection pipe installment work holes, 315. energy storage regulating tube water injection pipe installing holes, 316. changes in temperature air-vents, 317. assembling male buckles, 318. assembling female buckles, 319. energy exchange pipe holder holding screw holes, 320. energy exchange air ducts, 321. vent passages, 322. hot water inlet pipe, 4. cabinet base, 5. exhausting window, 6. ventilating duct base plate, 601. drainpipe installing holes.
The specific embodiment
The preferred specific embodiment that can store changes in temperature regulation and control air conditioning bed to a kind of water of the present utility model below in conjunction with accompanying drawing is elaborated.
Fig. 1 is the stereogram that a kind of water can be stored changes in temperature regulation and control air conditioning bed, and Fig. 4 is the side view that water can be stored changes in temperature regulation and control air conditioning bed.Water can be stored a changes in temperature regulation and control air conditioning bed, comprise bedstead 2, cabinet base 4, with the head of a bed 1 that bedstead 2 one end are connected, also comprise that the water being arranged on bedstead 2 can store changes in temperature regulation and control interchanger 3, exhausting window 5 and control display; Circulation and the space size of considering air in air conditioning bed, described exhausting window 5 can be established 1～4.In the present embodiment, consider and save space and energy-conserving and environment-protective, this air conditioning bed is provided with 2 exhausting windows 5 on the head of a bed, and described exhausting window 5 wind directions can up-down adjustment, and indoor air temperature is regulated.Described water can store changes in temperature regulation and control interchanger and comprise at least two monomer interchangers, and air intake communicates with exhausting window 5.
Described monomer interchanger comprises energy exchange air duct 320, energy storage regulating tube 309 and the energy exchange pipe 305 that offers airport, described energy exchange pipe 305 is nested in energy storage regulating tube 309, outside energy storage regulating tube 309, there is energy exchange air duct 320, described monomer interchanger is setting up and down vent passages 321, one end is communicated with air intake, and the other end is communicated with exhausting window 5; Described vent passages 321 communicates with energy exchange air duct 320; In order to make the energy in energy exchanger reach greatest benefit, realize exchange fast, described energy exchange air duct 320 is preferably set to 5～10.
Fig. 2 is the main body elevation of monomer interchanger.Described monomer interchanger comprises energy exchange air duct 320, energy storage regulating tube 309 and the energy exchange pipe 305 that offers airport, described energy exchange pipe 305 is nested in energy storage regulating tube 309,309 of energy storage regulating tubes are nested in energy exchange air duct 320, wherein energy exchange air duct 320 one end are communicated with air intake, and the other end is communicated with exhausting window 5; Wherein the water in energy storage regulating tube 309 is fixing does not circulate, and storage power is better set like this.Described energy storage regulating tube 305 and energy exchange pipe logical 309 crossed after an assembling female buckle 317 of monomer interchanger and an assembling male buckle 318 of another monomer interchanger assemble and is fixed.
Fig. 3 is that water can be stored changes in temperature regulation and control air conditioning bed internal structure top view.On energy exchange pipe 305, be provided with energy exchange sheet 306, can make heat exchange fast, transmit evenly.Energy exchange pipe 305 between adjacent monomer interchanger connects by union elbow 301; Between described union elbow 301 and energy exchange pipe 305, be provided with sealing ring 303, and be screwed on bedstead 2 by thimble plug holder assembly support 308, can make interface difficult drop-off like this, moisture content can not overflow; Fig. 8 is thimble plug seat support 308 structures, and described thimble plug seat support comprises 3 sleeve pipe obturating plug installing holes 3081, integrated positioning support 3083 and mounting-positioning holes 3082 are installed.Described energy exchange pipe 305 is drawn electric control water valve 312 and high-temperature electric water control valve 311 by water inlet pipe 313.In order to make the better tightness of energy exchanging tube 305, and more fastening between bedstead, described union elbow is also connected by obturating plug assembly 304 with energy exchange pipe 305, this obturating plug assembly 304 comprises that Fig. 7 is obturating plug assembly 304 structure charts for the adjusting nut 3041 of seal degree between adjusting sleeve pipe obturating plug and energy exchange pipe 305, sleeve pipe obturating plug base plate 3042, energy exchange seal of tube circle 3043, the outer silk of energy exchange pipe-in-pipe obturating plug 3044.In order to allow, between energy exchange pipe 305 and obturating plug assembly 304, be better connected, one end end face that described obturating plug assembly 304 is close with adjusting nut 3041 is provided with energy exchange pipe box pore 3045.
The energy exchange pipe 305 that described water can store changes in temperature regulation and control interchanger 3 both sides is energy exchange drainpipe 310.By button that electric control water valve 312 connects, the temperature that can store changes in temperature regulation and control air conditioning bed to water is controlled.
In order to prevent that the steam in air conditioning bed from becoming water and dropping to floor, described bedstead below is provided with ventilating duct base plate 6, as shown in Figure 5.Drainpipe installing hole on ventilating duct base plate 6, can connect drainpipe, and water is directly entered to drainage pipeline or outdoor.
Fig. 6 is that water can be stored changes in temperature regulation and control interchanger plane.Cold water inlet 313, hot water inlet pipe 322 are connected with the water pipe turnover installing hole of the head of a bed 1 can store the water injection pipe installment work hole 314,315 fixed installations of energy storage regulating tube water injection pipe installing hole of changes in temperature regulation and control exchanger surfaces by water after.
It is as follows that a kind of water can be stored the changes in temperature regulation and control air conditioning bed course of work:
First be connected to the water inlet mounting interface of the high-temperature electric water control valve 311 of water inlet pipe for dim required hot water pipeline (for available heat resources such as caliduct or connection water heater, hot-water lines); Again the required cold water pipes of cooling (as available cold water resources such as running water, mountain spring water or underground water) is connected to the water inlet mounting interface of the cold water electric control water valve 312 of water inlet pipe:
1., for heating: after starting switch, temperature regulating device is by the startup that sets and close parameter, start or close high-temperature electric water control valve 311, when high-temperature electric water control valve 311 starts, hot water or hot gas from high-temperature electric water control valve 311 by entering water inlet pipe 313, water in water inlet pipe 313 leads to warp and the energy exchange pipe 305 being connected, when hot water enters energy exchange pipe 305, energy exchange pipe 305 is thermal energy abundant in water, by the changing plate 306 on energy exchange pipe 305 bodys and energy exchange pipe 305 and the water being full of in energy storage regulating tube 309, carry out energy exchange, whole energy that energy storage regulating tube 309 transmits the energy exchange changing plate 306 on energy exchange pipe 305 bodys and energy exchange pipe 305 regulate and control and store, discharge energy storage regulating tube 309 with energy exchange air duct 320 simultaneously and be delivered to the required energy in bed surface, water in energy exchange pipe 305 flows to drainpipe 310 after completing energy exchange, does outside domestic water or discharge chamber.
2., for cooling: after starting switch, temperature regulating device is by the startup that sets and close parameter, start or close electric control water valve 312, when electric control water valve 312 starts, low-temperature cold water from electric control water valve 312 by entering water inlet pipe 313, water in water inlet pipe 313 leads to warp and the energy exchange pipe 305 being connected, when low-temperature cold water enters energy exchange pipe 305, energy exchange pipe 305 is energy abundant in water, by carrying out energy exchange in the energy exchange sheet 306 on energy exchange pipe 305 bodys and energy exchange pipe 305 and water-filled energy storage regulating tube 309, whole energy that energy storage regulating tube 309 transmits the energy exchange sheet 306 on energy exchange pipe 305 bodys and energy exchange pipe 305 regulate and control and store, discharge energy storage regulating tube 309 with energy exchange air duct 320 simultaneously and be delivered to the required energy in bed surface, water in energy exchange pipe 305 flows to drainpipe 310 after completing energy exchange, does outside domestic water or discharge chamber.
In order to be fully used, to absorb and regulate can storing energy in the water of changes in temperature regulation and control interchanger by water, utilize union elbow 301, water can be stored to all energy exchange pipes 305 in changes in temperature regulation and control interchanger and be concatenated into the water flowing passage by water inlet pipe 313 straight-through drainpipes 310, the water that enters water inlet pipe 313 is discharged to drainpipe 310 through the water flowing passage by 305 serial connections.When indoor air themperature, water can be stored the surface temperature of changes in temperature regulation and control air conditioning bed interchanger and the energy of energy storage regulating tube 309 and reaches the parameter that temperature regulating device sets, close high-temperature electric water control valve 311 or electric control water valve 312 in use.After high-temperature electric water control valve 311 or electric control water valve 312 are closed, water can be stored energy storage regulating tube 309 in changes in temperature regulation and control interchanger and utilize the energy storing to continue to store changes in temperature regulation and control interchanger to water to provide energy, when the energy in energy storage regulating tube 309 drops to temperature regulating device and sets the startup of parameter, high-temperature electric water control valve 311 or electric control water valve 312 start, and energy storage regulating tube 309 proceeds to energy exchange, regulation and control, storage and release water can store the required energy of changes in temperature regulation and control air conditioning bed.
In the time of starting switch, be arranged on the supply fan of air conditioning bed air intake, indoor air is sent to vent passages 321 from air intake, and enter the energy exchange air duct 320 in interchanger from vent passages 321, enter water and can store changes in temperature regulation and control interchanger inside, take away the energy that energy storage regulating tube 309 comes out, then pass through exhausting window 5 by Bas Discharged air conditioning bed, indoor temperature is regulated.The changes in temperature air-vent 316 of housing upper and lower surface can carry out even regulation to the whole temperature of air conditioning bed, when people in bed, can slightly regulate, dynamics is little, does not affect people sleep, and contributes to quilt inner air flow, healthy, safety.The temperature that can store changes in temperature regulation and control interchanger to water by temperature regulating device is controlled, and at any time hot and cold inflow and displacement is controlled.
Claims (9)
1. a water can be stored changes in temperature regulation and control air conditioning bed, comprise bedstead (2), cabinet base (4), with the head of a bed (1) that bedstead (2) one end is connected, it is characterized in that: also comprise that the water being arranged on bedstead (2) can store changes in temperature regulation and control interchanger (3), exhausting window (5) and control display; Described water can store changes in temperature regulation and control interchangers (3) and comprise at least two monomer interchangers, and air intake communicates with exhausting window (5); Described monomer interchanger comprises energy exchange air duct (320), energy storage regulating tube (309) and the energy exchange pipe (305) that offers airport, described energy exchange pipe (305) is nested in energy storage regulating tube (309), energy storage regulating tube (309) is nested in energy exchange air duct (320), described monomer interchanger is setting up and down vent passages (321), one end is communicated with air intake, and the other end is communicated with exhausting window (5); Described vent passages (321) communicates with energy exchange air duct (320); Energy exchange pipe between adjacent monomer interchanger connects by union elbow (301); Between described union elbow (301) and energy exchange pipe (305), be provided with sealing ring (303); Described energy exchange pipe is drawn cold water inlet (313) and hot water inlet pipe (322) by electric control water valve (313).
2. water as claimed in claim 1 can be stored changes in temperature regulation and control air conditioning bed, it is characterized in that: described union elbow is also connected by obturating plug assembly (304) with energy exchange pipe (305), this obturating plug assembly (304) comprises for the adjusting nut (3041) of seal degree between adjusting sleeve pipe obturating plug and energy exchange pipe (305), sleeve pipe obturating plug base plate (3042), storage tube sealing ring (3043), the outer silk of energy exchange pipe-in-pipe obturating plug (3044).
3. water can be stored changes in temperature regulation and control air conditioning bed as claimed in claim 2, it is characterized in that: one end end face that described pipe close assembly is close with adjusting nut (3041) is provided with energy exchange pipe box pore (3045).
4. water as claimed in claim 1 can be stored changes in temperature regulation and control air conditioning bed, it is characterized in that: described monomer interchanger is fixed on bedstead (2) by thimble plug holder assembly support (308); Described thimble plug seat support comprises 3 sleeve pipe obturating plug installing holes (3081), integrated positioning support (3083) and mounting-positioning holes (3082) is installed.
5. water as claimed in claim 1 can be stored changes in temperature regulation and control air conditioning bed, it is characterized in that: described bedstead (2) below is provided with ventilating duct base plate (6).
6. water as claimed in claim 1 can be stored changes in temperature regulation and control air conditioning bed, it is characterized in that: energy exchange sheet (306) is installed on described energy exchange pipe (305).
7. water as claimed in claim 1 can be stored changes in temperature regulation and control air conditioning bed, it is characterized in that: described exhausting window (5) has 1～4, and described energy exchange air duct (320) has 5～10.
8. water as claimed in claim 1 can be stored changes in temperature regulation and control air conditioning bed, it is characterized in that: described exhausting window (5) is arranged in the head of a bed.
9. water as claimed in claim 1 can be stored changes in temperature regulation and control air conditioning bed, it is characterized in that: described energy storage regulating tube (309) and energy exchange pipe (305) are fixed by assembling female buckle (318), assembling male buckle (317).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420342270.6U CN203987077U (en) | 2014-06-24 | 2014-06-24 | A kind of water can be stored changes in temperature regulation and control air conditioning bed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420342270.6U CN203987077U (en) | 2014-06-24 | 2014-06-24 | A kind of water can be stored changes in temperature regulation and control air conditioning bed |
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| Publication Number | Publication Date |
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| CN203987077U true CN203987077U (en) | 2014-12-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420342270.6U Expired - Fee Related CN203987077U (en) | 2014-06-24 | 2014-06-24 | A kind of water can be stored changes in temperature regulation and control air conditioning bed |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104026902A (en) * | 2014-06-24 | 2014-09-10 | 黄淼 | Hydraulic-energy-storing and cold-warm-regulating-controlling air conditioning bed |
-
2014
- 2014-06-24 CN CN201420342270.6U patent/CN203987077U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104026902A (en) * | 2014-06-24 | 2014-09-10 | 黄淼 | Hydraulic-energy-storing and cold-warm-regulating-controlling air conditioning bed |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141210 Termination date: 20170624 |
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| CF01 | Termination of patent right due to non-payment of annual fee |