CN207162704U - Air-source is without leak source system - Google Patents
Air-source is without leak source system Download PDFInfo
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- CN207162704U CN207162704U CN201721114309.9U CN201721114309U CN207162704U CN 207162704 U CN207162704 U CN 207162704U CN 201721114309 U CN201721114309 U CN 201721114309U CN 207162704 U CN207162704 U CN 207162704U
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Abstract
It the utility model is related to plumbing field, a kind of air-source is disclosed without leak source system, mainly it is made up of heat pump main frame, multiple fan coils, multiple grounding heat coil tubes, the first flexible hydraulic distributor, wherein, multiple subchannel structures that the first flexible hydraulic distributor includes main channel, connected with main channel.Also, the first flexible hydraulic distributor is connected by its main channel with being connected the main line of heat pump main frame, and it is connected by supply channel of several subchannels respectively with connecting fan coil pipe and grounding heat coil tube, for being supplied water to fan coil and grounding heat coil tube.The utility model can avoid the generation of leakage hidden trouble, improve installation effectiveness, convenient maintenance.
Description
Technical field
Plumbing field is the utility model is related to, more particularly to a kind of air-source is without leak source system.
Background technology
With the continuous improvement of scientific and technological level and living standard, requirement of the people to inhabitation function and environment-friendly function is also more next
It is more, also more and more higher, the especially requirement to indoor comfortable for living.
At present, indoors, generally use air-source system realizes indoor temperature to the mode of indoor offer hot water or cold water
Cold and hot exchange, heat dissipation that will be indoor into air or by the heat transfer absorbed from air to interior, to reach
The demand that interior is freezed or heated, so as to realize the technology of indoor air temperature regulation.
In the prior art, existing installation method and operation principle as shown in figure 1, heat pump main frame 1 by corresponding
, it is necessary to open up threeway 5 in different sections to connect not during pipeline (such as PPR pipe) connects fan coil 4 and grounding heat coil tube 6
With indoor fan coil 4 and grounding heat coil tube 6, so as to need to set multiple joints, especially elbow etc., therefore cause leak source compared with
It is more, leakage hidden trouble easily occurs.In addition, the existing structure when opening up threeway, it is necessary to carry out hot melt company using PPR pipe accessory
Connect, so as to cause installation effectiveness low, maintenance is inconvenient.
Utility model content
The purpose of this utility model is to provide a kind of air-source without leak source system, avoids the generation of leakage hidden trouble, improves
Installation effectiveness, convenient maintenance.
Specifically, the utility model provides a kind of air-source without leak source system, including：Heat pump main frame, N number of fan unit
Pipe, M grounding heat coil tube, wherein, the N and M are positive integer, in addition to：
First flexible hydraulic distributor, including main channel, multiple subchannels for being connected with the main channel；
Wherein, the first flexible hydraulic distributor passes through the main channel and the main line phase for being connected the heat pump main frame
Even, and it is connected respectively with being connected the supply channel of the fan coil and the grounding heat coil tube by several subchannels, with
For being supplied water to the fan coil and the grounding heat coil tube.
In the utility model, supervisor is connected by the main channel of flexible hydraulic distributor because said structure employs
Road, and its subchannel is respectively used to the supply channel mode of connecting fan coil pipe and grounding heat coil tube so that staff without
It need to be needed by installing multiple pipelines and joint so as to avoid the supply channel of each indoor fan coil of connection and grounding heat coil tube
Open up threeway, install elbow additional, reducing realizes the connection with main line, and then leakage hidden trouble can be avoided the occurrence of, simultaneously because
Flexible hydraulic distributor has multiple subchannels, therefore can select suitable subchannel according to the demand of reality come corresponding to connecting
Fan coil and grounding heat coil tube, to concentrate each indoor fan coil and grounding heat coil tube to connection by flexible hydraulic distributor
Supply channel carry out unified assembling and maintenance, thus installation effectiveness can be improved, convenient maintenance.
Preferably, in order to meet actual design and application demand, the first flexible hydraulic distributor includes：First
Siphunculus, the second siphunculus being connected with first siphunculus；Wherein, the both ends of first siphunculus and second siphunculus be can
The interface of closing, for connecting the main line, while the inner chamber of first siphunculus and second siphunculus formed it is described
Main channel, and its axial direction offers several through holes, and a branch pipe is all connected with, to form the subchannel.It is curved to avoid the occurrence of
The phenomenon of head connection, convenient installation, and meet actual connection requirement.
Preferably, the air-source also includes without leak source system：Multiple first normally closed solenoid valves, are separately positioned on and respectively may be used
In the interface of closing, for controlling connection and disconnection between the main line and the main channel；Multiple controlling switches, it is and each
First normally closed solenoid valve is electrically connected with, and is corresponded, for controlling the opening and closing of corresponding first normally closed solenoid valve.With
Realize the closing of each closed interface and connect, not only facilitate operation, and the first siphunculus and the second siphunculus can be prevented
In current it is excessive, avoid the occurrence of the closed interface not being connected with main line and the phenomenon of leak occur.
Preferably, the port of export of each branch pipe is equipped with the second normally closed solenoid valve, for connecting the supply channel；Institute
Stating the first flexible hydraulic distributor also includes a controller, with each second normally closed solenoid valve and being arranged on each indoor temperature controller electricity
Property connection；The controller is used for when receiving the open signal that each temperature controller is sent, the second normally closed solenoid valve corresponding to conducting
Circuit, and when receiving the closure signal that each temperature controller is sent, the circuit of the second normally closed solenoid valve corresponding to disconnection.So as to full
Temperature control needs in sufficient different chamber, will each indoor temperature control in the required scope of user, meet personalized
Demand, while avoid the waste of the energy.
As preferable, the air-source also includes without leak source system：Each indoor temperature and humidity controller is arranged on, and respectively
Humidity controller is electrically connected with the controller of the first flexible hydraulic distributor, for receiving each Temperature and Humidity Control
After open signal transmitted by device, the circuit of the second normally closed solenoid valve corresponding to conducting, and receiving each temperature and humidity controller
After transmitted shutdown signal, the circuit of the second normally closed solenoid valve corresponding to disconnection.So as to realize to each indoor temperature and humidity
Intelligent control, the comfortableness of inhabitation is lifted, be advantageous to keep good health environment.
As preferable, air-source also includes without leak source system：Control panel, provided with multiple buttons, and with it is each second normal
Magnetic valve electric connection is closed, and is corresponded；Wherein, each button when pressed, the circuit of corresponding second normally closed solenoid valve
Connected；Each button when released, is disconnected with the circuit of corresponding second normally closed solenoid valve.Not only so that staff exists
When connecting flexible hydraulic distributor and supply channel, easily the branch pipe not with supply channel can be closed, to prevent out
The phenomenon of existing leak.
As preferable, in order to meet actual design and application demand, the main line comprises at least：With the heat pump
The inlet channel of water inlet interface and the suction pump connection of main frame, time being connected with the port of the suction pump and first siphunculus
Waterpipe, the outlet conduit being connected with the port of the water outlet mouthpiece of the heat pump main frame and second siphunculus；Wherein, the water
Pump is connected with external water source, and after unlatching, by the inlet channel by the backflow in external water source and the water return pipeline
Water is delivered in the heat pump main frame.
Also, the supply channel includes：Floor heating feed pipe, for connecting grounding heat coil tube and corresponding with first siphunculus
Connected branch pipe；Blower fan feed pipe, for connecting fan coil pipe and connected branch pipe corresponding with first siphunculus；Floor heating backwater
Pipe, for connecting grounding heat coil tube and connected branch pipe corresponding with second siphunculus；Blower fan return pipe, for connecting fan coil pipe
The branch pipe being connected corresponding with second siphunculus.So as to which the facility of outdoor is heated or cooled, or meet positioned at not
Each indoor heating and cooling demand with region, to meet actual application and design needs, and avoid the occurrence of water supply stream and
The phenomenon that backwater stream mutually crosses in flexible hydraulic distributor produces.
As preferable, the air-source also includes without leak source system：Auxiliary pipeline, it is connected with the main line, and passes through
Second flexible hydraulic distributor connects multiple fan coil connections with auxiliary water supply pipeline, for being supplied water to each fan coil.
Preferably, the second flexible hydraulic distributor is identical with the structure of the first flexible hydraulic distributor.With
Demand convenient for assembly, and further prevent the phenomenon of leak.
Brief description of the drawings
Fig. 1 is structural representation of the air-source without leak source system in the prior art；
Fig. 2 is structural representation of the utility model first embodiment air-source without leak source system；
Fig. 3 is structural representation of the embodiment air-source without leak source system of the utility model the 6th；
Description of reference numerals：
1- heat pump main frames；2- main lines；The auxiliary pipelines of 3-；5- triple valves；4- fan coils；6- grounding heat coil tubes；7- water inlet pipes
Road；8- water return pipelines；9- outlet conduits；The siphunculus of 10- first；The siphunculus of 11- second；12- floor heating feed pipes；13- blower fans supply water
Pipe；14- branch pipes；15- floor heating return pipes；16- blower fan return pipes；17- suction pumps；18- flexible hydraulic distributors；19- flexibility water
Power distributor；20- auxiliary water supply pipelines.
Embodiment
With reference to Figure of description, the utility model is described in further detail.It is schematically simple in accompanying drawing
Change shows the structure of air-source without leak source system etc..
Embodiment one
First embodiment of the present utility model provides a kind of air-source without leak source system, as shown in Fig. 2, mainly by
Heat pump main frame 1, fan coil 4 (the present embodiment is preferably 4), grounding heat coil tube 6 (the present embodiment is preferably 1), flexible hydraulic
Distributor 19 is formed.
Wherein, the multiple subchannels mainly connected in flexible hydraulic distributor 19 by main channel, with main channel are formed.
Also, flexible hydraulic distributor 19 by main channel and be connected heat pump main frame 1 main line 2 be connected, and if by
A dry subchannel is connected with being connected the supply channel of each fan coil 4 and grounding heat coil tube 6 respectively, for each fan coil
4 and grounding heat coil tube 6 supply water.
Main line 2 is connected by the main channel of flexible hydraulic distributor 19 because said structure employs, and its subchannel
The supply channel mode of connecting fan coil pipe 4 and grounding heat coil tube 6 is respectively used to, so that staff is without more by installing
Individual pipeline and joint, need to open up three so as to avoid the supply channel of each indoor fan coil 4 of connection and grounding heat coil tube 6
It is logical, install elbow additional, reducing realizes the connection with main line 2, and then leakage hidden trouble can be avoided the occurrence of, simultaneously because flexible hydraulic
Distributor 19 has multiple subchannels, therefore according to the demand of reality suitable subchannel can be selected to connect corresponding blower fan
Coil pipe 4 and grounding heat coil tube 6, to concentrate each indoor fan coil 4 and ground warming plate to connection by flexible hydraulic distributor 19
The supply channel of pipe 6 carries out unified assembling and maintenance, thus can improve installation effectiveness, convenient maintenance.
Specifically, in the present embodiment, as shown in Fig. 2 above-mentioned flexible hydraulic distributor 19 mainly by the first siphunculus 10, with
Second siphunculus 11 of the first siphunculus 10 connection is formed.
Wherein, the both ends of the first siphunculus 10 and the second siphunculus 11 be closed interface (can by outside lid or
Manually-operated gate docking port is closed and opened), for connecting main line 2, while the first siphunculus 10 and the second siphunculus 11
Inner chamber forms main channel, and its axial direction offers several through holes, and is all connected with a branch pipe 14 (the present embodiment is preferably 14),
To form subchannel.
It follows that because the both ends of the first siphunculus 10 and the second siphunculus 11 are respectively provided with closed interface, therefore in reality
During border is installed, staff can be facilitated to carry out the interface of the first siphunculus 10 and the second siphunculus 11 appropriately selected, without
The direction of the main line 2 of connection is limited by, the phenomenon of elbow connection is avoided the occurrence of, facilitates installation.Simultaneously due also to first is logical
The inner chamber of the siphunculus 11 of pipe 10 and second forms main channel, and its axial direction offers several through holes, and is all connected with a branch pipe 14, with
Subchannel is formed, thus may be such that the master at one in the first siphunculus 10 and the second siphunculus 11 water supply end for making connection main line 2
Passage, and another main channel as the backwater end of connection main line 2, to meet actual connection requirement.
In detail, as preferable, above-mentioned main line 2 comprises at least：With the water inlet interface and suction pump 17 of heat pump main frame 1
The inlet channel 7 of connection, the water return pipeline 8 that is connected with the port of the siphunculus 10 of suction pump 17 and first, go out with heat pump main frame 1
The outlet conduit 9 of the port of water interface and the second siphunculus 11 connection.Wherein, water pump is connected with external water source, and after unlatching, leads to
Cross the first inlet channel 7 recirculation water in external water source and water return pipeline 8 is delivered in heat pump main frame 1.
From the foregoing, it will be observed that external water source not only can be delivered to by said structure by heat pump main frame 1 by suction pump 17
It is interior to meet the needs of using, meanwhile, in the winter time, moreover it is possible to which the recirculation water of water return pipeline 8 is delivered to by heat pump by suction pump 17
Heated in main frame 1 so that the current in fan coil 4, grounding heat coil tube 6, the first siphunculus 10, the second siphunculus 11 form hot water
Backflow, so as to by the cold and hot exchange effect in grounding heat coil tube 6 and fan coil 4 between hot water and room air, to interior
Play a part of further heating up.And in summer, may be such that heat pump main frame 1 in the case where not heating, by fan coil 4,
Current in grounding heat coil tube 6, the first siphunculus 10, the second siphunculus 11 form cold-water reflux, so as to by grounding heat coil tube 6 and blower fan
Cold and hot exchange effect in coil pipe 4 between hot water and room air, interior is played a part of further cooling.
Also, in order to meet actual design and application demand, as preferable, above-mentioned supply channel is mainly by singlely
12, four blower fan feed pipes 13 of warm feed pipe, single floor heating return pipe 15 and four blower fan return pipes 16 are formed.Wherein, blower fan
Return pipe 16 is used to connect grounding heat coil tube 6 and the branch pipe 14 being connected corresponding with the first siphunculus 10.Blower fan feed pipe 13 is used to connect
Fan coil 4 and connected branch pipe 14 corresponding with the first siphunculus 10.Floor heating return pipe 15 is used to connect grounding heat coil tube 6 and with second
The corresponding connected branch pipe 14 of siphunculus 11.Blower fan return pipe 16 is used for connecting fan coil pipe 4 and corresponding with the second siphunculus 11 connected
Branch pipe 14.
It follows that by the way that floor heating feed pipe 12 and blower fan feed pipe 13 are connected and the 10 corresponding connection of the first siphunculus respectively
Branch pipe 14, floor heating return pipe 15 and blower fan return pipe 16 are connected into the side with the branch pipe 14 of 10 corresponding connection of the first siphunculus respectively
Formula, the phenomenon that supply water stream and backwater stream mutually cross in flexible hydraulic distributor 19 can be avoided the occurrence of and produced.
Meanwhile be worth one to say, in the present embodiment, as preferable, floor heating feed pipe 12, blower fan feed pipe 13,
Warm return pipe 15 and blower fan return pipe 16 preferably use PAP, to pass through its excellent bending property, good insulation
Performance and intensity, during preventing its installation and use, there is leak, and avoid connecting using joint.
In addition, it is noted that in the present embodiment, listing air-source also includes without leak source system：It is arranged on each son
Filter in passage, fully to be filtered to the current in each subchannel, prevent appearance in flexible hydraulic distributor 19
Grain mat and there is situation about blocking.
Also, if dried layer screen pack is equipped with each filter, can be by more to cause filter in use
The mode persistent loop for changing screen pack uses, so as to reduce the maintenance cost of filter.
Embodiment two
Second embodiment of the present utility model provides a kind of air-source without leak source system, and this second embodiment is pair
The further improvement of above-mentioned first embodiment, it is theed improvement is that, in the present embodiment, above-mentioned air-source is without leak source system
Also include：Multiple first normally closed solenoid valves (the present embodiment is preferably 4) and each first normally closed solenoid valve (not indicated in figure) electricity
Property connection and one-to-one controlling switch (the present embodiment is preferably 4).Wherein, each first normally closed solenoid valve is separately positioned on
In corresponding closed interface 21, for controlling connection and disconnection between main line 2 and main channel.Each controlling switch with it is right
The corresponding connection of the first normally closed solenoid valve answered, for controlling the opening and closing of corresponding second normally closed solenoid valve.
It follows that due to being provided with one first normally closed solenoid valve in each closed interface 21, also, it is each first normal
Close magnetic valve to be electrically connected with corresponding controlling switch, hence in so that user is by the opening and closing to each controlling switch, i.e.,
The connection and closing between each interface 21 and main line 2 can be easily realized, is easily installed, and control is opened by controlling switch
Each first normally closed solenoid valve is made, to realize the closing of each closed interface 21 and connect, not only facilitates operation, and can be with
Prevent that the current in the first siphunculus 10 and the second siphunculus 11 are excessive, avoid the occurrence of the closed interface not being connected with main line 2
Occurs the phenomenon of leak at 21.In addition, using said structure, it is not only simple in structure, and cost is relatively low, is easy to repair and changes.
Embodiment three
3rd embodiment of the present utility model provides a kind of air-source without leak source system, and this 3rd embodiment is pair
The further improvement of above-mentioned first embodiment or second embodiment, it is theed improvement is that, in the present embodiment, each branch pipe
14 port of export is equipped with the second normally closed solenoid valve (not indicated in figure), for connecting supply channel.
Flexible hydraulic distributor 19 also includes a controller (not indicated in figure), with each second normally closed solenoid valve, be arranged on
Each indoor temperature controller is electrically connected with.Controller is for receiving each temperature controller, (such as temperature controller to detect in different modes
Temperature indoors less than default temperature or higher than default temperature when) send open signal when, the corresponding to conducting
The circuit of two normally closed solenoid valves, and (such as temperature controller is examined in different modes when receiving the closure signal that each temperature controller is sent
Measure temperature indoors higher than default temperature or less than default temperature when), the second normally closed solenoid valve corresponding to disconnection
Circuit.Wherein, the second normally closed solenoid valve automatically opens up valve when circuit is switched on, and is closed automatically when its circuit is disconnected
Valve closing door.
It follows that pass through the electric connection between controller and the second normally closed solenoid valve and temperature controller so that each room
Interior temperature control can be transmitted to realize corresponding branch pipe 14 according to the signal between its internal temperature controller and controller set
The closing of the subchannel formed and opening, the control to each indoor temperature is realized, so as to meet the temperature control in different chamber
Demand, will each indoor temperature control in the required scope of user, meet the needs of personalized, while avoid the energy
Waste.
Embodiment four
4th embodiment of the present utility model provides a kind of air-source without leak source system, the 4th embodiment of sheet and sheet
3rd embodiment is roughly the same, and its difference is, in the present embodiment, air-source also includes without leak source system：It is arranged on
Each indoor temperature and humidity controller, and controller of each humidity controller with flexible hydraulic distributor 19 is electrically connected with, and is used for
After the open signal transmitted by each temperature and humidity controller is received, the circuit of the second normally closed solenoid valve corresponding to conducting, and
After receiving the shutdown signal transmitted by each temperature and humidity controller, the circuit of the second normally closed solenoid valve corresponding to disconnection.
It follows that by being to be electrically connected between controller and the second normally closed solenoid valve and temperature and humidity controller,
So that the control of each indoor temperature and humidity can be according to the signal between its internal temperature and humidity controller and controller set
Closing and the opening of the subchannel formed come branch pipe 14 corresponding to realizing are transmitted, realizes the intelligence to each indoor temperature and humidity
Control, so as to meet the temperature control needs in different chamber, while avoids the waste of the energy.
When specifically, in the winter time, temperature and humidity controller can be arranged to refrigeration mode and corresponding preset temperature,
When temperature and humidity controller detects certain indoor room temperature and humidity is more than or equal to corresponding first preset value, if room temperature is 32
Degree, when humidity is 50%, open signal is sent to controller, to cause controller after the signal is received, the corresponding to conducting
The circuit of two normally closed solenoid valves, so that second normally closed solenoid valve automatically opens up so that the cold water in heat pump main frame 1 leads to
Cross and be provided with the inflow of branch pipe 14 of second normally closed solenoid valve interior, realize the cooling to the room.
When temperature and humidity controller detects the indoor room temperature and humidity is less than or equal to corresponding first preset value, such as
Room temperature is 26 degree, and when humidity is 40%, shutdown signal is sent to controller, to cause controller after the signal is received, conducting
The circuit of corresponding second normally closed solenoid valve, so that second normally closed solenoid valve automatically opens up so that in heat pump main frame 1
Cold water flows into the interior by being provided with the branch pipe 14 of second normally closed solenoid valve, realizes the cooling to the room.And in the winter time, its
Principle is similar, it is only necessary to temperature and humidity controller is arranged into heating mode, i.e. temperature and humidity controller is detecting certain indoor room temperature
When being less than or equal to corresponding first preset value with humidity, open signal is sent to controller, and is detecting certain indoor room
When gentle humidity is more than or equal to corresponding second preset value, shutdown signal is sent to controller, so as to realize to Indoor Temperature
The intelligent control of humidity, the comfortableness of inhabitation is lifted, be advantageous to keep good health environment, be particularly suitable for use in old man and small
Child.Obviously, in the present embodiment, the first preset value and the second default settings can be it according to the demand of reality by user
His numerical value, present embodiment does not make specific limit and explanation to this.
Embodiment five
5th embodiment of the present utility model provides a kind of air-source without leak source system, and this 5th embodiment is pair
The further improvement of above-mentioned any one implementation, its improvements, in the present embodiment, above-mentioned air-source also wrap without leak source system
Include：Control panel, it is electrically connected with, and corresponds provided with multiple buttons, and with each second normally closed solenoid valve.
Wherein, when pressed, the circuit of corresponding second normally closed solenoid valve is connected each button；Each button is being released
When, it is disconnected with the circuit of corresponding second normally closed solenoid valve.
It follows that the independent control of each second normally closed solenoid valve can be realized by each button in control panel, not only make
Staff is obtained when connecting flexible hydraulic distributor 19 and supply channel, easily the branch pipe 14 not with supply channel can be entered
Row closing, to prevent the phenomenon of leak.Also, in some cases, the temperature controller such as with being connected the second normally closed solenoid valve
Break down or during damage, can manually operate come the second normally closed solenoid valve corresponding to closing and opening, to meet temporarily
Use demand.
Embodiment six
6th embodiment of the present utility model provides a kind of air-source without leak source system, and this 6th embodiment is pair
The further improvement of above-mentioned any one implementation, its improvements, as shown in figure 3, in the present embodiment, above-mentioned air-source is without leak source
System also includes：The auxiliary pipeline 3 being connected with main line 2, and the auxiliary pipeline 3 passes through flexible hydraulic distributor 18 and auxiliary water-feeding tube
Connect multiple fan coils 4 in road to connect, for supplying water to each fan coil 4.
It follows that because main line 2 is also associated with auxiliary pipeline 3, the facility of outdoor can be heated or be cooled, or it is full
Each indoor heating and cooling demand of the foot positioned at different zones, to meet actual application and design needs.
Also, in the present embodiment, as preferable, the structure of flexible hydraulic distributor 18 and flexible hydraulic distributor 19
It is identical, with demand convenient for assembly, it is clear that in actual applications, flexible hydraulic distributor 18 and flexible hydraulic distributor 19
Different structures can be used, to facilitate different assemblings and design requirement, and further prevents the phenomenon of leak.And this reality
Apply example and do not make specific restriction and explanation to this.
It will be understood by those skilled in the art that in above-mentioned each embodiment, in order that reader is more preferably geographical
Solve the application and propose many ins and outs.But even if without these ins and outs and based on the respective embodiments described above
Many variations and modification, each claim of the application technical scheme claimed can also be realized substantially.Therefore, in reality
In, can to above-mentioned embodiment, various changes can be made in the form and details, without departing from spirit of the present utility model
And scope.
Claims (10)
1. a kind of air-source is without leak source system, including：Heat pump main frame, N number of fan coil, M grounding heat coil tube, wherein, the N and
M is positive integer, it is characterised in that is also included：
First flexible hydraulic distributor, including main channel, multiple subchannels for being connected with the main channel；
Wherein, the first flexible hydraulic distributor is connected by the main channel with being connected the main line of the heat pump main frame,
And be connected respectively with being connected the supply channel of the fan coil and the grounding heat coil tube by several subchannels, for
Supplied water to the fan coil and the grounding heat coil tube.
2. air-source according to claim 1 is without leak source system, it is characterised in that the first flexible hydraulic distributor bag
Include：First siphunculus, the second siphunculus being connected with first siphunculus；
Wherein, the both ends of first siphunculus and second siphunculus are closed interface, for connecting the supervisor
Road, while the inner chamber of first siphunculus and second siphunculus forms the main channel, and its axial direction offers several and led to
Hole, and a branch pipe is all connected with, to form the subchannel.
3. air-source according to claim 2 is without leak source system, it is characterised in that the air-source also wraps without leak source system
Include：Multiple first normally closed solenoid valves, it is separately positioned in each closed interface, for controlling the main line to lead to the master
Connection and disconnection between road；Multiple controlling switches, it is electrically connected with, and corresponds with each first normally closed solenoid valve, for controls
The opening and closing of first normally closed solenoid valve corresponding to system.
4. air-source according to claim 2 is without leak source system, it is characterised in that the port of export of each branch pipe is equipped with second
Normally closed solenoid valve, for connecting the supply channel；
The first flexible hydraulic distributor also includes a controller, with each second normally closed solenoid valve and being arranged on each indoor temperature
Control device to be electrically connected with, the controller is used for when receiving the open signal that each temperature controller is sent, and second is normally closed corresponding to conducting
The circuit of magnetic valve, and when receiving the closure signal that each temperature controller is sent, the circuit of the second normally closed solenoid valve corresponding to disconnection.
5. air-source according to claim 2 is without leak source system, it is characterised in that the air-source also wraps without leak source system
Include：It is arranged on each indoor temperature and humidity controller, and control of each humidity controller with the first flexible hydraulic distributor
Device is electrically connected with, for after the open signal transmitted by each temperature and humidity controller is received, the second normally closed electricity corresponding to conducting
The circuit of magnet valve, and after the shutdown signal transmitted by each temperature and humidity controller is received, the second normally closed electromagnetism corresponding to disconnection
The circuit of valve.
6. air-source according to claim 5 is without leak source system, it is characterised in that air-source also includes without leak source system：
Control panel, it is electrically connected with, and corresponds provided with multiple buttons, and with each second normally closed solenoid valve；Wherein, each button is in quilt
During pressing, the circuit of corresponding second normally closed solenoid valve is connected；Each button when released, with the corresponding second normally closed electromagnetism
The circuit of valve is disconnected.
7. air-source according to claim 2 is without leak source system, it is characterised in that the main line comprises at least：With institute
State the water inlet interface of heat pump main frame and the inlet channel of suction pump connection, connect with the port of the suction pump and first siphunculus
The water return pipeline connect, the outlet conduit being connected with the port of the water outlet mouthpiece of the heat pump main frame and second siphunculus；
Wherein, the water pump is connected with external water source, and after unlatching, by the inlet channel by external water source and described time
Recirculation water in waterpipe is delivered in the heat pump main frame.
8. air-source according to claim 2 is without leak source system, it is characterised in that the supply channel includes：
Floor heating feed pipe, for connecting grounding heat coil tube and connected branch pipe corresponding with first siphunculus；
Blower fan feed pipe, for connecting fan coil pipe and connected branch pipe corresponding with first siphunculus；
Floor heating return pipe, for connecting grounding heat coil tube and connected branch pipe corresponding with second siphunculus；
Blower fan return pipe, for connecting fan coil pipe and connected branch pipe corresponding with second siphunculus.
9. air-source as claimed in any of claims 1 to 8 is without leak source system, it is characterised in that the air-source
Also include without leak source system：Auxiliary pipeline, it is connected with the main line, and passes through the second flexible hydraulic distributor and auxiliary water-feeding tube
Road connects multiple fan coil connections, for being supplied water to each fan coil.
10. air-source according to claim 9 is without leak source system, it is characterised in that the second flexible hydraulic distributor
It is identical with the structure of the first flexible hydraulic distributor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721114309.9U CN207162704U (en) | 2017-09-01 | 2017-09-01 | Air-source is without leak source system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721114309.9U CN207162704U (en) | 2017-09-01 | 2017-09-01 | Air-source is without leak source system |
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| CN207162704U true CN207162704U (en) | 2018-03-30 |
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| CN201721114309.9U Active CN207162704U (en) | 2017-09-01 | 2017-09-01 | Air-source is without leak source system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111964131A (en) * | 2020-07-23 | 2020-11-20 | 和湜(上海)建筑科技有限公司 | Novel intelligent control method for floor heating and top thermal radiation |
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2017
- 2017-09-01 CN CN201721114309.9U patent/CN207162704U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111964131A (en) * | 2020-07-23 | 2020-11-20 | 和湜(上海)建筑科技有限公司 | Novel intelligent control method for floor heating and top thermal radiation |
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