CN206164531U - Equipment of warming up based on power line carrier communication - Google Patents

Abstract

The utility model provides an equipment of warming up based on power line carrier communication, terminal and independent setting's multiunit the heating element is carried out including executive module, carrier wave, each group's the heating element correspondence is provided with a carrier terminal, it is a plurality of carrier terminal and carrier wave are carried out the terminal and are passed through the power supply line connection, one or more wherein the carrier terminal through wherein all the way or multi -circuit power supplying line output carrier signal extremely the terminal is carried out to the carrier wave, the terminal receival is carried out to the carrier wave carrier signal generates electric output extremely the executive module, the executive module is received the signal of telecommunication and action are in order to change the heating element's the thermal efficiency. The utility model has the advantages of circuit structure reforms transform for a short time, with low costs and transmission signal is of high quality, the utility model discloses can also realize simultaneously the timesharing branch type regulation to the the heating element power of different grade type, it is nimble convenient to use.

Description

Ground warm device based on power line carrier communication

Technical field

This utility model is related to domestic-heating system technical field, more particularly to a kind of ground based on power line carrier communication Heating equipment.

Background technology

Floor heating is the abbreviation of floor panel heating, with whole ground as radiator, by the heating agent in flooring radiation layer, The whole ground of even heating, is conducted from the bottom to top using the accumulation of heat and the rule that radiates upwards of heat on ground itself, is reached and is taken Warm purpose.

Mechanical contact temperature detect switch (TDS) or electronic temperature control switch are usually used in prior art to be carried out to ground heating system Control.The contact current of wherein mechanical type floor heating temperature controller is not more than 8A, it is adaptable to control valve action in water heating system.And Electronic temperature control switch temperature-sensing element be negative tempperature coefficient thermistor, relay contact controlled output.It is big by contact current Little conventional specification has 3A, 5A, 8A, 16A distinguishing, and electronic temperature controller can meet singly adopting for water heating system and heavy load Heating system control is required.When prior art is controlled by above two temperature detect switch (TDS) to ground heating system, using with it is each The corresponding independent control element of individual temperature detect switch (TDS).For multiple rooms of a building are distributed in, it is impossible to realize unification Control or in other room remotely controls.The restriction of control model is additionally, since, is only capable of in a solitary building using a kind of shape The floor heating of formula, it is impossible to be adjusted according to actually used demand.

In sum, ground heating system of the prior art exist control mode it is single and cannot according to actual needs spirit The shortcoming of control living.

The content of the invention

This utility model is intended to a kind of new ground warm device based on power line carrier communication of design, it is intended to solve floor heating system System control mode is single and cannot need the flexible shortcoming for controlling according to using.

This utility model provides a kind of ground warm device based on power line carrier communication, including executive module, carrier wave are performed Terminal and the multigroup heat generating component being independently arranged；Each group of heat generating component is correspondingly arranged on a carrier terminal；Multiple loads Ripple terminal and carrier wave are performed terminal and are connected by supply line；Wherein one or more described carrier terminals by wherein all the way or Multiple-way supply circuit output carrier signal to the carrier wave performs terminal；The carrier wave performs terminal and receives the carrier signal simultaneously Electric signal output is generated to the executive module, the executive module receives the signal of telecommunication and action is to change the heating group The thermal efficiency of part.

Further, the heat generating component includes heating pipeline and the liquid flowed in the heating pipeline, described to hold Row component includes electrically operated valve and the executor being arranged on the heating pipeline；The electrically operated valve includes valve element, described to hold Row device receives the carrier wave and performs the signal of telecommunication of terminal generation and drive the valve element action to adjust liquid in the heating pipeline Flow.

Further, the executive module also includes water collecting and diversifying device；The water collecting and diversifying device is arranged on multigroup heating The end of pipeline is simultaneously respectively communicated with multigroup heating pipeline.

Preferably, the electrically operated valve is ball valve or flow control valve.

Further, the heat generating component includes heating cable or Electric radiant Heating Film.

Further, the executive module includes the switch element connected with the heating cable or Electric radiant Heating Film；It is described Executive module receive the carrier wave perform the signal of telecommunication that terminal generates and driving switch element action adjust the heating cable or The actual power of Electric radiant Heating Film.

Further, the executive module also includes that the power being connected between the switch element and heat generating component is adjusted Economize on electricity road；The executive module receives the carrier wave and performs the signal of telecommunication and driving switch element and/or the power tune that terminal is generated The section circuit output signal of telecommunication, adjusts the actual power of the heating cable or Electric radiant Heating Film.

Further, heat generating component described in each group is also correspondingly arranged on a temperature-detecting device.

Preferably, the temperature-detecting device is integrally disposed in the carrier terminal.

Further, the carrier terminal includes power carrier broadband communication chip.

Ground warm device based on power line carrier communication provided by the utility model, by increase multiple carrier terminals and Carrier wave performs terminal, changes the connected mode of supply line, and is performed between terminal by carrier terminal, supply line and carrier wave Signal transmission regulation heating component the thermal efficiency, because signal is transmitted by wired mode, improve the quality of signal, Can realize that the classifying type to different types of heat generating component power is adjusted simultaneously, because the set location of carrier terminal can be with root Adjustment is needed according to actually used, it is possible to meet various actually used demands, with flexibly easily advantage.

Description of the drawings

In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below will be to embodiment Or the accompanying drawing to be used needed for description of the prior art is briefly described, it should be apparent that, drawings in the following description are Some embodiments of the present utility model, for those of ordinary skill in the art, in the premise for not paying creative labor Under, can be with according to these other accompanying drawings of accompanying drawings acquisition.

The structure based on the first embodiment of the ground warm device of power line carrier communication that Fig. 1 is proposed by this utility model Schematic diagram；

Fig. 2 is another kind of supply line's connection diagram of heating equipment as shown in Figure 1；

The structure of second embodiment of ground warm device based on power line carrier communication that Fig. 3 is proposed by this utility model Schematic diagram.

Specific embodiment

It is new below in conjunction with this practicality to make purpose, technical scheme and the advantage of this utility model embodiment clearer Accompanying drawing in type embodiment, is clearly and completely described, it is clear that retouched to the technical scheme in this utility model embodiment The embodiment stated is a part of embodiment of this utility model, rather than the embodiment of whole.Based on the enforcement in this utility model Example, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made is belonged to The scope of this utility model protection.

It is shown in Figure 1 for a kind of embodiment of the ground warm device based on power line carrier communication disclosed in the utility model Structural representation.As illustrated, the ground warm device in the present embodiment includes the multigroup heat generating component 31,32,33 being independently arranged, Wherein described heat generating component 31,32,33 is heating pipeline and the liquid flowed in the heating pipeline.The wherein liquid of indication Body can be centralized and unified hot water of the water temperature being passed through higher than 60 degrees Celsius that heats, and can also be the characteristic with phase-transition heat-storage Cold-producing medium.It is a kind of two groups of heating pipelines being arranged in parallel preferably to be set and is each led into during using latter approach Hot water and cold-producing medium make it flow in heating pipeline, and by the heat exchange effect during cold-producing medium phase transformation heat of ground warm device is improved Effect, reduces energy consumption.In the present embodiment, the heating efficiency of heat generating component can be by changing flowing liquid in heating pipeline Flow being adjusted.Change fluid flow concrete structure realized by executive module 2, in the present embodiment, execution group Part 2 includes electrically operated valve 23 and the executor 22 being arranged on heating pipeline.Electrically operated valve 23 can be electrical ball valve, electronic three Port valve or other similar can change fluid flow in heating pipeline and perform the electrically operated valve 23 of electricity order.Electrically operated valve 23 Also include valve element（Not shown in figure）.In fact, heat generating component can also arrange one group, but this mode high cost when using, Efficiency is low, general not to adopt.The unit group for defining in the present embodiment refers to that the area that lays of heat generating component is sufficient for certain The heat demand of one limited area.In particular one group preferably refers to arbitrarily one independent room heat supply of satisfaction in a solitary building The heat generating component of demand.For the heat supplying pipeline of flowing hot water, with independent water inlet and outlet, for being passed through system For the heat supplying pipeline of cryogen, the pipeline structure for preferably sealing.

Unlike the prior art, the ground warm device disclosed in the present embodiment also includes that carrier wave performs terminal 1 and carrier terminal 4.Carrier terminal 4 is correspondingly arranged with each group of heat generating component, that is to say, that each group of heat generating component is correspondingly arranged on one solely Vertical carrier terminal（As shown in the figure 31 and 41,32 and 42,33 and 43）.Between floors, it is a kind of preferably each A carrier terminal is respectively provided with independent room.Carrier terminal and carrier wave perform terminal 1 respectively by realizing applying in building If good supply line 5 connects, wherein one or more carrier terminals pass through one or more supply line's outgoing carrier signal Terminal 1 is performed to the carrier wave, executor 21 receives the carrier wave and performs the signal of telecommunication of terminal generation and drive valve element action to adjust The flow of liquid in section heating pipeline.

In traditional building, the unified distribution of the hot water that Gong is thermally generated is entered in each room, for this heat-supplying mode, Water collecting and diversifying device 23 is additionally provided with executive module.Water collecting and diversifying device 23 is arranged on the end of multigroup heating pipeline and is respectively communicated with Multigroup heating pipeline.An electrically operated valve 21 is assigned with per heating pipeline all the way, electrically operated valve 21 corresponding executor 22 connect Record ripple and perform the signal of telecommunication for generating of terminal 1 and the flow for driving liquid in valve element action regulation heating pipeline, further adjust The power of heat generating component.Due to the multigroup heat generating component of multiple carrier terminals correspondence（31st, 32 and 33）In being arranged on different rooms, The operation power of ground warm device can flexibly be adjusted according to actual needs.Carrier terminal（41st, 42 and 43）Perform with carrier wave Connection between terminal 1 is directly realized by 220V power frequencies supply line.Carrier terminal（41、42、43）Registered one's residence by being arranged on The socket of lead-in one end is connected with supply line.

It is shown in Figure 2, and heat generating component part room had used hot water heating, part room both in building for same Using hot water heating, and for the situation using phase change cold-storage cold-producing medium auxiliary heat supplying, carrier wave performs the corresponding carrier terminal of terminal 1 Arrange multiple, as shown in the figure 41,42 and 43.Carrier wave performs the quantity of terminal 1 and can be equal to or less than the quantity of carrier terminal.Root According to using needs, each carrier wave performs terminal 1 and carrier terminal（41st, 42 or 43）Independent supply line 5 can be passed through It is connected, to reduce the man-made noise of appearance or non-artificial noise in supply line 5.This circuit connecting mode is preferably applied in room In the interior scene having compared with how much amount using the household electrical appliance of controllable silicon electronic component, reduce harmonic wave and cause the shape in supply line Into noise.Likewise, carrier wave performs terminal 1 and carrier terminal（41st, 42 and 43）Between connection directly pass through 220V power frequencies Supply line realizes.

In order to improve the comfortableness for using, the different group heat generating components being correspondingly arranged in not chummery（As shown in the figure 31, 32 and 33）, it is additionally provided with matching temperature-detecting device 6.Temperature-detecting device 6 detects room temperature and shows, with to user One reference parameter is provided.Temperature-detecting device 6 is preferably integrated in carrier terminal（41st, 42 and 43）In so that supply line 5 can To power as temperature-detecting device 6 simultaneously.Also include power carrier broadband communication chip in carrier terminal, specifically can select Model PLCI36-III-E.The testing result of reference temperature detection means 6, user can according to actual needs by control System switch, such as rotary switch, electrical switch generate temperature signal, and temperature signal is logical by power carrier spread spectrum in carrier terminal News chip is modulated to form carrier signal and be exported to carrier wave by one or more supply line 5 and performs terminal 1.By rotation Button switch, electrical switch etc. generate the method for temperature signal, the modulation of carrier terminal generates carrier signal and carrier wave performs terminal The method of demodulated signal is not improvement main points of the present utility model using published method in prior art, and here is no longer Repeat.

It is shown in Figure 3 to implement for second for the ground warm device based on power line carrier communication disclosed in the utility model The structural representation of example.As illustrated, the heat generating component being independently arranged（31st, 32 and 33）For heating cable or Electric radiant Heating Film.For This heat-supplying mode, the executive module 1 being correspondingly arranged includes the switch element connected with heating cable or Electric radiant Heating Film（Do not show in figure Go out）.Executive module 2 receive carrier wave perform the signal of telecommunication and driving switch element opening and closing that terminal 1 generates with regulation heating cable or The actual power of Electric radiant Heating Film.

For the further more accurately power of regulation heating cable or Electric radiant Heating Film, also set up in executive module 1 active Rate adjusts circuit.Power conditioning circuitry is connected between switch element and heat generating component, and executive module 2 receives carrier wave and performs terminal 1 signal of telecommunication for generating and driving switch element single movement, or driving switch element and power conditioning circuitry action simultaneously.Afterwards A kind of to perform after the signal of telecommunication that terminal 1 is generated it may is that receiving carrier wave, switch element closes conducting, heating cable or electric heating Film is started working, while limiting its actual power by power conditioning circuitry, realizes the technology of regulation heating component actual power Effect.Switch element in foregoing description can be one group of contact of electrical equipment, and power conditioning circuitry can be using controllable The voltage regulator circuit of silicon, switch element and power conditioning circuitry are not limited to above two mode, can be with according to actually making With the technique effect for needing to select other similar circuit realirations same.

It is similar, in order to improve the comfortableness for using, the different group heating cables that are correspondingly arranged in not chummery or Electric radiant Heating Film, is additionally provided with matching temperature-detecting device 6, and the detection room temperature of temperature-detecting device 6 simultaneously shows, to carry to user For a reference parameter.Temperature-detecting device 6 is likewise integrated in carrier terminal（41st, 42 and 43）In so that supply line 5 can be with Power for temperature-detecting device 6.Also include power carrier broadband communication chip in carrier terminal（Not shown in figure）, specifically can be with From model PLCI36-III-E.The testing result of reference temperature detection means 6, user can pass through according to actual needs Controlling switch, such as rotary switch, electrical switch generate temperature signal, and temperature signal is expanded by the power carrier in carrier terminal Frequency communication chip is modulated to form carrier signal and be exported to carrier wave by one or more supply line 5 and performs terminal 1.It is logical The method that the modulation of the method and carrier terminal of crossing the generation temperature signal such as rotary switch, electrical switch generates carrier signal is equal Using published method in prior art.Method for heat supply is carried out using service cable or Electric radiant Heating Film, can with Carrier wave is performed and increase in terminal 1 an electric quantity metering chip, so as to the power consumption of heat generating component is passed through into power line carrier, PLC Mode sends is easy to user to understand to other terminals.

For the ground warm device using heating cable or Electric radiant Heating Film, power consumption is larger Gu when using Consider, as a rule it uses power all in 3500W or so.So in a building, can exist according to actual needs Different heat generating components is adopted in different rooms.Such as, in having the room of bed old man or child using heating cable or The heat generating component of person's Electric radiant Heating Film, using the heat generating component of heat supplying pipeline in other rooms, so energy basis practically needs to protect The warm reliability of testimony.For this mode, with the carrier terminal and corresponding carrier wave of different heat component matching terminal 1 is performed It is directly connected to by the supply line radiated in building, carrier wave performs terminal 1 and generates electric signal output to different execution Component 2, you can to adjust the power of different heat component.

Ground warm device based on power line carrier communication provided by the utility model, by increase multiple carrier terminals and Carrier wave performs terminal, changes the connected mode of supply line, and is performed between terminal by carrier terminal, supply line and carrier wave Signal transmission regulation heating component power, because signal is transmitted by wired mode, improve the quality of signal, together When can realize adjusting the timesharing classifying type of different types of heat generating component power, because the set location of carrier terminal can be with Adjust according to actual needs, it is possible to meet various actually used demands, with flexibly easily advantage.

Finally it should be noted that：Above example only to illustrate the technical solution of the utility model, rather than a limitation； Although being described in detail to this utility model with reference to the foregoing embodiments, it will be understood by those within the art that： It still can modify to the technical scheme described in foregoing embodiments, or which part technical characteristic is carried out etc. With replacement；And these modifications or replacement, do not make each embodiment technology of essence disengaging this utility model of appropriate technical solution The spirit and scope of scheme.

Claims (10)

1. a kind of ground warm device based on power line carrier communication, it is characterised in that including executive module, carrier wave perform terminal and The multigroup heat generating component being independently arranged；Each group of heat generating component is correspondingly arranged on a carrier terminal；Multiple carrier terminals Terminal is performed with carrier wave to connect by supply line；Wherein one or more described carrier terminals are by wherein one or more confession Electric line outgoing carrier signal to the carrier wave performs terminal；The carrier wave performs terminal and receives the carrier signal and generate electricity To the executive module, the executive module receives the signal of telecommunication to signal output and action is to change the heat of the heat generating component Efficiency.

2. the ground warm device based on power line carrier communication according to claim 1, it is characterised in that the heat generating component The liquid flowed including heating pipeline and in the heating pipeline, the executive module includes being arranged on the heating pipeline Electrically operated valve and executor；The electrically operated valve includes valve element, and the executor receives the carrier wave and performs what terminal was generated The signal of telecommunication simultaneously drives the valve element action to adjust the flow of liquid in the heating pipeline.

3. the ground warm device based on power line carrier communication according to claim 2, it is characterised in that the executive module Also include water collecting and diversifying device；The water collecting and diversifying device is arranged on the end of multigroup heating pipeline and is respectively communicated with multigroup heating pad pipe Road.

4. the ground warm device based on power line carrier communication according to claim 3, it is characterised in that the electrically operated valve For ball valve or flow control valve.

5. the ground warm device based on power line carrier communication according to claim 1, it is characterised in that the heat generating component Including heating cable or Electric radiant Heating Film.

6. the ground warm device based on power line carrier communication according to claim 5, it is characterised in that the executive module Including the switch element connected with the heating cable or Electric radiant Heating Film；The executive module receives the carrier wave and performs terminal generation The signal of telecommunication and driving switch element action adjusts the actual power of the heating cable or Electric radiant Heating Film.

7. the ground warm device based on power line carrier communication according to claim 6, it is characterised in that the executive module Also include the power conditioning circuitry being connected between the switch element and heat generating component；The executive module receives the carrier wave The signal of telecommunication and driving switch element and/or the power conditioning circuitry output signal of telecommunication that terminal is generated are performed, the heating electric is adjusted The actual power of cable or Electric radiant Heating Film.

8. the ground warm device based on power line carrier, PLC according to any one of claim 1 to 7, it is characterised in that each The group heat generating component is also correspondingly arranged on a temperature-detecting device.

9. the ground warm device based on power line carrier, PLC according to claim 8, it is characterised in that the temperature detection dress Put and be integrally disposed in the carrier terminal.

10. the ground warm device based on power line carrier, PLC according to claim 9, it is characterised in that the carrier terminal Including power carrier broadband communication chip.