CN207599915U - A kind of energy-saving cold/hot regulating system - Google Patents

Abstract

The utility model discloses a kind of energy-saving cold/hot regulating systems, including air-conditioning module, boiler, water pump and water collecting and diversifying device, air-conditioning module includes the bottom plate, polyurethane insulation coating, aluminium sheet and the finish coat that are stacked from the bottom up, aluminium sheet is equipped with the groove of invagination, coil pipe is installed in groove, the both ends of coil pipe are connected with water collecting and diversifying device；Water collecting and diversifying device, which is also respectively connected with, is provided with water inlet pipe and return pipe；The outlet of water inlet pipe and water pump, the outlet of the entrance of water pump respectively with one end of cold water pipe and boiler are connected, and the other end of cold water pipe is stretched into underground water well；Return pipe connects respectively with the entrance of boiler and drainpipe.The energy-saving cold/hot regulating system of the utility model, terminal of the air-conditioning module as cold and heat supply are supplied respectively to hot water and water at low temperature so as to which room is heated up and be cooled down respectively by water pump, meet needs cool in summer and warm in winter in space.

Description

A kind of energy-saving cold/hot regulating system

Technical field

The utility model belongs to changes in temperature control technology field, and in particular to a kind of energy-saving cold/hot regulating system.

Background technology

Current most of houses all cope with the hot weather in summer and trembling with fear for winter using air conditioner and installation ground heating Cold day gas causes consumer's needs to install the changes in temperature equipment of two sets of different performances in residence, and in addition to this, central air-conditioning is not only Space height is reduced, more seriously all pipelines must all pass through in trepanning on spandrel girder, this can effectively cause building The damage of structure, in decades, for domestic and international expert all in research and development ground cold emission technology, the purpose is to wish changes in temperature function knot It closes in set of system, but up to the present, ground cold emission is still in a Discussion on Technology stage, this results in changes in temperature Function can not be incorporated into set of system, and the separation of changes in temperature function not only increases first cost of investment, while also can not effectively realize Real energy-efficient target.

Utility model content

The purpose of this utility model is to solve the above problems, and provides a kind of section that effect cool in summer and warm in winter is provided for the interior space It can changes in temperature regulating system.

In order to solve the above technical problems, the technical solution of the utility model is：A kind of energy-saving cold/hot regulating system, including cold Heating module, boiler, water pump and water collecting and diversifying device, air-conditioning module include the bottom plate, polyurethane insulation coating, the aluminium that are stacked from the bottom up Plate and finish coat, aluminium sheet are equipped with the groove of invagination, coil pipe, both ends and the water collecting and diversifying device phase of coil pipe are installed in groove Even；Water collecting and diversifying device, which is also respectively connected with, is provided with water inlet pipe and return pipe；The outlet of water inlet pipe and water pump, the entrance point of water pump Outlet not with one end of cold water pipe and boiler is connected, and the other end of cold water pipe is stretched into underground water well；Return pipe respectively with pot The entrance of stove is connected with drainpipe；The first control valve is equipped between water pump and boiler, cold water pipe is equipped with the second control valve, return water Third control valve is equipped between pipe and boiler, drainpipe is equipped with the 4th control valve.

By controlling above-mentioned each control valve, boiler and the opening and closing of water pump, air-conditioning module can be supplied respectively to hot water or Cold water, so as to make to be laid with the temperature rise in the room of air-conditioning module or decline.

Preferably, the energy-saving cold/hot regulating system further includes controller and be electrically connected with controller at least two A temperature sensor, temperature sensor are uniformly mounted on coil pipe, are contacted with coil pipe outer wall, and controller is also controlled with first respectively Valve processed, the second control valve, third control valve and the electrical connection of the 4th control valve.

Preferably, the water inlet pipe is formed after being nested by coaxial inner tube with outer tube, the lateral wall of inner tube and outer tube it is interior It is vacuum cavity between side wall.

Preferably, the water inlet pipe is equipped with filter.

Preferably, the finish coat is floor or ceramic tile.

Preferably, the thickness of the polyurethane insulation coating is 15~50cm.

Preferably, a diameter of 16mm of the coil pipe.

Preferably, the groove is shape of reverse omega or U-shaped.

The beneficial effects of the utility model are：A kind of energy-saving cold/hot regulating system provided by the utility model, changes in temperature mould Terminal of the block as cold and heat supply is supplied respectively to hot water and water at low temperature so as to which room is heated up and be dropped respectively by water pump Temperature, it is effective to improve ground profit by a set of energy-saving cold/hot regulating system with regard to needs cool in summer and warm in winter in space can be met With value, more energy-efficient effect is realized, reduce the cost that consumer invests for the first time.

Description of the drawings

Fig. 1 is the structure diagram of the energy-saving cold/hot regulating system of the utility model.

Fig. 2 is the structure diagram of the air-conditioning module of the utility model.

Fig. 3 is the sectional view of the water inlet pipe of the utility model.

Reference sign：1st, air-conditioning module；101st, bottom plate；102nd, polyurethane insulation coating；103rd, aluminium sheet；104th, facing Layer；105th, coil pipe；2nd, boiler；3rd, water pump；4th, water collecting and diversifying device；5th, water inlet pipe；501st, inner tube；502nd, outer tube；6th, return pipe；7th, it arranges Water pipe；8th, the first control valve；9th, the second control valve；10th, third control valve；11st, the 4th control valve；12nd, filter；13rd, cold water Pipe.

Specific embodiment

The utility model is described further in the following with reference to the drawings and specific embodiments：

As depicted in figs. 1 and 2, a kind of energy-saving cold/hot regulating system provided by the utility model, including air-conditioning module 1, pot Stove 2, water pump 3 and water collecting and diversifying device 4, air-conditioning module 1 include be stacked from the bottom up bottom plate 101, polyurethane insulation coating 102, Aluminium sheet 103 and finish coat 104,103 surface of aluminium sheet are equipped with embossing, can increase conduct radiation area, and be conducive to bonding applique surface layer 104, aluminium sheet 103 is equipped with the groove of invagination, and coil pipe 105, both ends and the water collecting and diversifying device 4 of coil pipe 105 are installed in groove It is connected.

Groove is shape of reverse omega or U-shaped, and unique groove design can be such that coil pipe 105 is directly embedded into aluminium sheet 103, more preferably Reach fixed effect, and construction is made not need to as in traditional wet way, filled between grounding heat coil tube with cement mortar Gap reduces construction procedure, and heat-proof quality is more preferable.

Cement cloth can be used in bottom plate 101, and floor or ceramic tile can be used in finish coat 104.Bottom plate 101, polyurethane insulation coating 102nd, the integrated molding in tinuous production of aluminium sheet 103, each section bonding it is even closer, be not in hollowing, abnormal sound etc. no Good consequence.

Polyurethane insulation coating 102 employs this heat preserving and insulating material of polyurethane, and polyurethane is minimum as heat conductivility Material reaches same heat-insulating property, and thickness is minimum, and polyurethane have excellent sound insulation, fire prevention, water resistance and Good cohesive force.In the present embodiment, the thickness of polyurethane insulation coating 102 is 15cm, a diameter of 16mm of coil pipe 105.

Using terminal of the air-conditioning module 1 as cold and heat supply, light-weight, thickness is small；It does not need to be laid with concrete layer or lattice Grid, can directly flooring or floor tile, construction is simple, start it is fast, it is cold and hot uniformly, comfort level is more preferable.

Water collecting and diversifying device 4 is connected with water inlet pipe 5 and return pipe 6 respectively；The outlet of water inlet pipe 5 and water pump 3, water pump Outlet of 3 entrance respectively with one end of cold water pipe 13 and boiler 2 is connected, and the other end of cold water pipe 13 is stretched into underground water well； Return pipe 6 connects respectively with the entrance of boiler 2 and drainpipe 7；The first control valve 8, cold water pipe are equipped between water pump 3 and boiler 2 13 are equipped with the second control valve 9, and third control valve 10 is equipped between return pipe 6 and boiler 2, and drainpipe 7 is equipped with the 4th control Valve 11.

Solenoid valve can be used in above-mentioned each control valve, can be right by controlling the opening and closing of each control valve, boiler 2 and water pump 3 Air-conditioning module 1 is supplied respectively to hot water or cold water, so as to make to be laid with the temperature rise in the room of air-conditioning module 1 or decline.Specifically Principle and process are：

When air-conditioning module 1 makes the room heat up as floor heating, the second control valve 9 and the 4th control valve 11 are remained turned-off, is made First control valve 8 and third control valve 10 stay open, and open boiler 2 and water pump 3, pass through water inlet by the hot water that boiler 2 heats Pipe 5 reaches water collecting and diversifying device 4, is then supplied to the coil pipe 105 of air-conditioning module 1, distributes heat to room.

Air-conditioning module 1 is used as cold when so that the room is cooled down, and remains turned-off the first control valve 8 and third control valve 10, makes Second control valve 9 and the 4th control valve 11 stay open, and open water pump 3, and the water at low temperature in underground water well is sent into water inlet by water pump 3 Pipe 5 reaches water collecting and diversifying device 4, is then supplied to the coil pipe 105 of air-conditioning module 1, cools down to room, the water after heating passes through row Water pipe 7 is expelled directly out.Since the water in underground water well is maintained at 18 degree or so throughout the year, not by seasonal effect.Therefore do not need to be special The refrigerating plant of door, energy conservation and environmental protection.

Water inlet pipe 5 is equipped with filter 12, and the impurity being used in drainage avoids the blocking of pipeline.

As shown in figure 3, water inlet pipe 5 is formed after being nested by coaxial inner tube 501 with outer tube 502, the lateral wall of inner tube 501 with It is vacuum cavity between the madial wall of outer tube 502.The setting of vacuum cavity greatly reduces thermal energy when water inlet pipe 5 transmits hot water The increase of water temperature, utilization rate greatly improve when loss and transmission cold water.

At least two temperature sensing that energy-saving cold/hot regulating system further includes controller and is electrically connected with controller Device, temperature sensor uniformly be mounted on coil pipe 105 on, contacted with 105 outer wall of coil pipe, controller also respectively with the first control valve 8th, the second control valve 9,10 and the 4th control valve 11 of third control valve are electrically connected.

Controller is passed to by electric signal by the temperature of temperature sensor measurement coil pipe 105, and by data, passes through control Device controls corresponding control valve to regulate and control flow and temperature；Adjustment parameter can also be directly set on the controller, to meet people To the intelligent control of the system, create more comfortable environment.

Those of ordinary skill in the art will understand that the embodiments described herein, which is to help reader, understands this reality With novel principle, it should be understood that the scope of protection of the utility model is not limited to such specific embodiments and embodiments. Those of ordinary skill in the art can these technical inspirations according to disclosed in the utility model make and various do not depart from this practicality Novel substantive other various specific deformations and combination, these deformations and combination are still within the protection scope of the present utility model.

Claims (8)

1. a kind of energy-saving cold/hot regulating system, it is characterised in that：Including air-conditioning module (1), boiler (2), water pump (3) and diversity water Device (4), air-conditioning module (1) include the bottom plate (101), polyurethane insulation coating (102), aluminium sheet (103) that are stacked from the bottom up With finish coat (104), aluminium sheet (103) is equipped with the groove of invagination, coil pipe (105) is installed in groove, coil pipe (105) Both ends are connected with water collecting and diversifying device (4)；Water collecting and diversifying device (4), which is also respectively connected with, is provided with water inlet pipe (5) and return pipe (6)；Water inlet pipe (5) with the outlet of water pump (3), the entrance of water pump (3) respectively with one end of cold water pipe (13) and the outlet phase of boiler (2) Even, the other end of cold water pipe (13) is stretched into underground water well；Return pipe (6) connects respectively with the entrance of boiler (2) and drainpipe (7) It is logical；The first control valve (8) is equipped between water pump (3) and boiler (2), cold water pipe (13) is equipped with the second control valve (9), return pipe (6) third control valve (10) is equipped between boiler (2), drainpipe (7) is equipped with the 4th control valve (11).

2. energy-saving cold/hot regulating system according to claim 1, it is characterised in that：The energy-saving cold/hot regulating system is also wrapped At least two temperature sensors for including controller and being electrically connected with controller, temperature sensor are uniformly mounted on coil pipe (105) on, contacted with coil pipe (105) outer wall, controller also respectively with the first control valve (8), the second control valve (9), third control Valve (10) processed and the electrical connection of the 4th control valve (11).

3. energy-saving cold/hot regulating system according to claim 1, it is characterised in that：The water inlet pipe (5) is by coaxial Pipe (501) is formed after being nested with outer tube (502), is vacuum chamber between the lateral wall of inner tube (501) and the madial wall of outer tube (502) Body.

4. according to any energy-saving cold/hot regulating systems of claim 1-3, it is characterised in that：It is set on the water inlet pipe (5) There is filter (12).

5. according to any energy-saving cold/hot regulating systems of claim 1-3, it is characterised in that：The finish coat (104) is Floor or ceramic tile.

6. according to any energy-saving cold/hot regulating systems of claim 1-3, it is characterised in that：The polyurethane insulation coating (102) thickness is 15~50cm.

7. according to any energy-saving cold/hot regulating systems of claim 1-3, it is characterised in that：The coil pipe (105) it is straight Diameter is 16mm.

8. according to any energy-saving cold/hot regulating systems of claim 1-3, it is characterised in that：The groove for shape of reverse omega or U-shaped.