CN201740103U - Intelligent thin-type floor heating unit - Google Patents

Abstract

The utility model discloses an intelligent thin floor heating device. The heating heat source is connected with the heating main water supply pipe and the heating main return water pipe. The heating main water supply pipe is connected with the spiral decontamination device. The sub-collector is connected to the splitter, the splitter is connected to the secondary heating water supply pipe, the secondary heating water supply pipe is connected to the thin floor heating panel, the thin floor heating panel is connected to the secondary heating return pipe, and the secondary heating return pipe is connected to the The collector is connected, the collector is connected with the water collector, the intelligent sub-collector is connected with the main heating return pipe, the intelligent sub-collector is connected with the temperature control line, and the temperature control line is connected with the thermostat. The structure is simple, the temperature rises rapidly, and the energy can be effectively saved by more than 50%.

Description

Smart Thin Floor Heating Unit

technical field

The utility model relates to the field of low-temperature hot water floor radiation heating, in particular to an intelligent thin floor heating device. The device is suitable for newly built and renovated residential buildings, tall public buildings, swimming pools (pavilions), outdoor snow melting, heat preservation sheds, etc., especially for fine decoration and existing building renovation projects.

Background technique

Low-temperature hot water floor radiant heating technology (referred to as "floor heating" or "floor heating") is a new type of heating technology developed in China in the past ten years. Circulating flow in the pipe heats the concrete covering layer on the ground, and supplies heat to the room through the ground through radiation and convection heat transfer. It is an energy-saving heating device that adjusts the thermal microclimate of the room. One of the energy-saving heating methods. This technology is suitable for residential buildings, public buildings with large spaces, swimming pools (pools), outdoor snow melting and other fields. It can not only use traditional energy, but also make full use of hot water from industrial waste heat boilers, return water from various air conditioners, and geothermal water. It has the advantages of high comfort, (compared with the radiator heating method) energy saving of 20-30%, (compared with the radiator heating method) effectively increases the use area by 2%, long service life, less maintenance, etc., and has been widely used in the area north of the Yangtze River made great progress.

Its shortcoming is: 1, heating time is slow. Under normal circumstances, increase the room temperature by 2-3°C per hour. 2. Waste of energy. Floor heating has the characteristics of slow temperature rise and long heat storage time, so it is difficult to fully provide temperature when people need it, and it is still heating when people don't need it. 3. Reduce the indoor floor height and increase the building load. The upper part of the traditional floor heating has a 45-55mm concrete covering layer, plus a 20-30mm ground insulation layer, the total thickness reaches 65-85mm, which reduces the indoor floor height by at least 65mm and increases the building load by 108kg/m ² .

Contents of the invention

The purpose of this utility model is to provide an intelligent thin floor heating device, which intelligently controls the temperature and water flow of the thin floor heating. Ready to use, 30-60 minutes to reach the set room temperature), effectively saving more than 50% of energy (compared with radiator heating), each room (area) is controlled separately, each control unit can be used seven days a week, six a day Time point control, factory prefabrication, modular installation, dry paving, the service life can reach more than 50 years, clean and hygienic, and the choice of heat source is wide and flexible.

In order to achieve the above tasks, the utility model adopts the following technical measures:

An intelligent thin floor heating device, which includes: heating heat source, heating main water supply pipe, heating main water supply pipe threaded joint, spiral decontamination device, counter wire, intelligent water collector {including water separator, electric actuator, collector Water dispenser, flow regulating valve, automatic exhaust and water discharge valve, bracket, etc. This device is manufactured by the factory. For details, please refer to the utility model patent ground heating intelligent water collector (patent number: ZL 200920086092.4)}, splitter (1 way -3 lines), heating secondary water supply pipes (10mm≤pipe outer diameter≤12mm), pipe collars, thin floor heating panels {including secondary water collectors, floor heating pipe collars, floor heating pipes (pipe outer diameter≤8mm), Insulation board with grooves, wooden ribs (thickness 12mm, width 35-38mm), aluminum foil reflective film (weight ≥ 150g/m ² ), thickness 13mm, length and width are of various specifications, and can also be customized according to requirements. This device is Factory finished product manufacturing}, heating secondary return pipe (10mm ≤ outer diameter of pipe ≤ 12mm), collector (1 way - 3 way), heating main return water pipe threaded joint, heating main return water pipe, temperature control line, temperature Controller, insulation board (thickness 13mm, bulk density ≥ 30kg/m3, flame-retardant type), anti-corrosion coating (model: aluminum oxide film ring protection sealant BW-287).

It is characterized by:

The heating heat source is connected with the heating main water supply pipe and the heating main return water pipe; the heating main water supply pipe is connected with the spiral decontamination device, and the spiral decontamination device is connected with the threaded joint of the heating main water supply pipe; the spiral decontamination device is connected with the intelligent diversity The water separator in the water collector is connected to the water separator through a pair of wires; the water separator in the intelligent water collector is connected to the heating secondary water supply pipe, and the heating secondary water supply pipe is connected to it through a splitter The heating secondary water supply pipe is connected with the secondary sub-collector in the thin floor heating panel, which is connected with the secondary sub-collector through a pipe hoop; the secondary sub-collector in the thin floor heating panel is connected with the thin floor heating panel The floor heating pipe connection, in which the connection between the secondary sub-collector and the floor heating pipe is connected through the floor heating pipe hoop; the floor heating pipe in the thin floor heating board is connected with the grooved insulation board in the thin floor heating The heat preservation board is connected by the floor heating pipe clamped in the pipe groove of the grooved heat preservation board; It is connected with the wooden frame and the aluminum foil reflective film by pasting; the secondary sub-collector in the thin floor heating panel is connected with the heating secondary return pipe, and the secondary sub-collector is connected with the heating secondary return pipe through a pipe hoop ;The heating secondary water return pipe is connected to the water collector in the intelligent sub-collector, wherein the heating secondary return pipe and the water collector are connected through the road collector; the water collector in the intelligent water sub-collector is connected to the main heating return pipe , where the water collector and the heating main return pipe are connected through the threaded joint of the heating main return water pipe; the electric actuator in the intelligent sub-collector is connected to the temperature control line; the temperature control line is connected to the thermostat; the thermostat is externally connected Power supply; while installing the thin floor heating board, install an insulation board on the thin floor heating board and the space between the boards, and lay the insulation board and the thin floor heating board together; on the upper part of the thin floor heating board and the insulation board Install the ground decoration layer. If the ground decoration layer is marble, floor tiles, ceramic tiles and other materials that need to be connected with cement, a layer of anti-corrosion paint is coated on the aluminum foil reflective film in the thin floor heating plate (model: 1 road - 8 roads) ).

The intelligent sub-collector is connected to the heating secondary water supply pipe and the heating secondary return pipe respectively through a splitter and a collector, and the heating secondary water supply pipe and heating secondary return pipe are connected to the thin floor heating board through the thin floor The secondary sub-catchment in the heating panel is connected.

The electrothermal actuator and the temperature controller in the intelligent water diversion device are connected by a temperature control line.

The thin floor heating board includes secondary water collectors, floor heating pipe hoops, floor heating pipes, heat preservation boards with grooves, wooden ribs, and aluminum foil reflective film.

The intelligent water sub-collector is fixed on the wall, and the intelligent water sub-collector and the wall are fixed by expansion bolts.

The wooden slats are fixed on the ground and the floor by steel nails, and a ground decoration layer is installed on the top of the wooden stilts.

The thermal insulation board is installed on the board of the thin floor heating board and the space between the boards.

The anticorrosion paint is painted on the aluminum foil reflective film in the thin floor heating board.

Compared with the prior art, the utility model has the following advantages and effects:

1. The best heating comfort with warm feet and cool head;

2. Rapid temperature rise (instantly open and use, 30-60 minutes to reach the set room temperature);

3. Effective energy saving of more than 50% (compared with radiator heating);

4. Each room (area) is controlled separately;

5. Each control unit can be controlled at six time points every day, seven days a week;

6. Safe and reliable; modular installation, quick installation;

7. Dry paving, easy maintenance, convenient transportation, and low cost;

8. It is especially suitable for thermal renovation of old buildings, which can be dismantled, recycled and reused;

9. The heating time can be preset, and the heating flow can be adjusted according to the heating load of each room (area). The thin floor heating board has a long service life and can be used for more than 50 years;

10. Increase floor insulation and reduce floor noise, the heat is balanced and stable, environmentally friendly heating, no waste is generated during the installation process, and the choice of heat source is wide and flexible.

Description of drawings

Figure 1 is a structural schematic diagram of an intelligent thin floor heating device

Figure 2 is a plan layout of a regional thin floor heating

Figure 3 is a schematic diagram of the A-A section of a regional thin floor heating plane layout

Figure 4 is a structural schematic diagram of an intelligent water diversion device

Figure 5 is a schematic diagram of a B-B section of an intelligent water diversion device

Among them: 1- heating source (gas wall-hung boiler 18CSI-35CSI, ground source central air-conditioning, central heating), 2- heating main water supply pipe, 3- heating main water supply pipe threaded joint, 4- spiral decontamination device (model: DN25-DN50), 5-pair wire, 6-water separator (model: 1 way-8 way), 7-splitter (model: 1 way-3 way), 8-heating secondary water supply pipe, 9- Pipe hoop, 10-secondary water collector (model: 2-way-4 way), 11-floor heating pipe hoop, 12-floor heating pipe, 13-insulation board with groove, 14-wooden rib, 15-aluminum foil reflective film (weight ≥ 150g/m ² ), 16-area (room, living room, dining room and kitchen, bathroom, area to be controlled... etc.), 17-heating secondary return pipe, 18-collector (model: 1 way-3 Road), 19-Water Collector (Model: 1 Road-8 Road), 20-Heating main return water pipe threaded joint, 21-Heating main return water pipe, 22-Electric actuator (Model: HT40), 23-Warm Control line, 24-thermostat, 25-power supply, 26-intelligent water collector, 27-thin floor heating board, 28-insulation board, 29-anti-corrosion coating (model: aluminum oxide film ring protection sealant BW-287 ), 30-ground, floor slab, 31-ground decoration layer, 32-body of wall, 33-expansion bolt.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is described in further detail:

An intelligent thin floor heating device, the device includes: heating heat source 1, heating main water supply pipe 2, heating main water supply pipe threaded joint 3, spiral decontamination device 4, wire 5, splitter 7, heating secondary Water supply pipe 8, pipe hoop 9, thin floor heating board 27 (including secondary water collector 10, floor heating pipe hoop 11, floor heating pipe 12, grooved insulation board 13, wooden ribs 14, aluminum foil reflective film 15), heating Secondary water return pipe 17, collector 18, main heating return pipe threaded union joint 20, main heating return pipe 21, intelligent sub-collector 26 (including water separator 6, water collector 19, electric actuator 22, etc.) , temperature control line 23, thermostat 24, power supply 25, insulation board 28, anticorrosion coating 29, it is characterized in that: heating heat source 1 is connected with heating main water supply pipe 2 and heating main return water pipe 21; heating main water supply pipe 2 is connected with spiral The decontamination device 4 is connected, wherein the spiral decontamination device 4 is connected by the threaded joint 3 of the heating main water supply pipe; The water separator 6 is connected to the wire 5; the water separator 6 in the intelligent water diversion device 26 is connected to the heating secondary water supply pipe 8, wherein the intelligent water diversion device 26 and the heating secondary water supply pipe 8 are connected through a splitter 7 connections; the heating secondary water supply pipe 8 is connected with the secondary water collector 10 in the thin floor heating panel 27, wherein the heating secondary water supply pipe 8 is connected with the secondary water collector 10 through a pipe collar 9; the thin floor heating panel The secondary water collector 10 in 27 is connected to the floor heating pipe 12 in the thin floor heating panel 27, wherein the secondary water collector 10 is connected to the floor heating pipe 12 by connecting the floor heating pipe collar 11; The floor heating pipe 12 is connected to the grooved insulation board 13 in the thin floor heating board 27, wherein the floor heating pipe and the grooved insulation board 13 are connected by the floor heating pipe 12 stuck in the pipe groove of the grooved insulation board 13; the thin floor heating board 27 The grooved insulation board 13 in the middle is respectively connected with the wooden rib 14 and the aluminum foil reflective film 15 in the thin floor heating board 27, wherein the grooved thermal insulation board 13 is connected with the wooden rib 14 and the aluminum foil reflective film 15 by pasting; The secondary water collector 10 in the floor heating panel 27 is connected with the heating secondary water return pipe 17, wherein the secondary water collector 10 is connected with the heating secondary water return pipe 17 through a pipe collar 9; the heating secondary water return pipe 17 is connected with the intelligent The water collector 19 in the sub-catchment 26 is connected, wherein the heating secondary return pipe 17 and the water collector 19 are connected through the water collector 18; , wherein the water collector 19 and the heating main return pipe 21 are connected through the threaded joint 20 of the heating main return water pipe; the electrothermal actuator 22 in the intelligent sub-collector 26 is connected with the temperature control line 23; The temperature controller 24 is connected to the external power supply 25; while the thin floor heating panel 27 is installed, the insulation board 28 is installed on the plate of the thin floor heating panel 27 and the space between the panels, and the insulation panel 28 is connected to the thin floor heating panel 27 tile together; in thin Type floor heating board 27 and the top of heat preservation board 28 install ground decoration layer 31; On the aluminum foil reflection film 15 in the thin floor heating board 27, one deck anticorrosion paint 29 has been coated.

Among them: purchased products include: heating heat source 1 (gas wall-hung boiler 18CSI-35CSI, ground source central air-conditioning, central heating), spiral decontamination device 4, pair wire 5, pipe collar 9, temperature control line 23, power supply (220V strong Electricity or 36V5 battery) 25, insulation board 28 (thickness 13mm, volume density ≥ 30kg/m3, flame-retardant type), anti-corrosion coating 29.

The following products are purchased from Wuhan Hongtu Energy Saving Technology Co., Ltd. The products include: heating main water supply pipe 2, heating main water supply pipe threaded joint 3, splitter 7 (type 1-3, existing products, the market can be purchased ), heating secondary water supply pipe 8, thin floor heating plate 27 (thickness 13mm, existing product, market all can purchase), heating secondary water return pipe 17, collector 18, heating main return water pipe threaded joint 20, Heating main water return pipe 21, intelligent manifold 26 (model 1-8, existing product, market can be purchased), thermostat 24 (model HT80, HT85, HT89, HT5000, HT8000, existing product).

An intelligent thin floor heating device, its connection relationship and functions are as follows:

1. The heating heat source 1 provides low-temperature hot water ≥ 30°C but ≤ 60°C, which is supplied to the water separator 6 in the intelligent sub-collector 26 through the heating main water supply pipe 2 and the spiral decontamination device 4, and the heating main water supply pipe 2 is generally Plastic pipes with a service life of more than 50 years are used. The main heating water supply pipe 2 and the spiral decontamination device 4 are connected by threaded joints 3 of the heating main water supply pipe. The connection between the spiral decontamination device 4 and the water separator 6 is The wire 5 is connected, and the heating main water supply pipe 2 is fixed on the ground and the floor 30 with plastic pipe clamps. The heating heat source can generally choose high-quality energy such as: renewable energy geothermal, air conditioning waste heat hot water, natural gas boilers, air heat pump units, etc. to provide heating water. The design of the heating device adopts the design of small temperature difference, large flow and low temperature of water supply. The temperature of the main heating water supply is 30-55°C hot water, and the temperature of the heating return water is 10°C lower than that of the main heating water supply. The function of this part is to provide heating hot water for the water separator. The effect of spiral decontamination device 4 is to remove dirt and slag in the water supply pipe to avoid blocking the floor heating pipe.

2. The water divider 6 in the intelligent diverter 26 is distributed to the secondary heating water supply pipe 8 for heating hot water as required, and the water divider 6 and the secondary heating water supply pipe 8 are connected by a splitter 7 . According to the functional requirements of the building, you can choose 1-8 road dividers 6 and 1-3 road dividers 7. When there are more than 8 partitions, you can choose 2-5 sets of water dividers 6 to connect in parallel. The function of the water divider 6 is to distribute and supply the heating hot water required by each area, and the function of the divider 7 is to distribute and supply the required heating water to each thin floor heating board 27 .

3. The secondary heating water supply pipe 8 provides hot water for heating to the thin floor heating panel 27. The secondary heating water supply pipe 8 generally adopts plastic pipes with a service life of more than 50 years. The secondary water collector 10 is connected through a pipe collar 9 . The effect of the heating secondary water supply pipe 8 is to provide heating hot water for the thin floor heating plate 27 .

4. The secondary water collector 10 in the thin floor heating panel 27 is distributed to the floor heating pipes 12 in the thin floor heating panel 27 for heating hot water. The floor heating pipes 12 generally use plastic pipes with a service life of more than 50 years. The sub-collector 10 and the floor heating pipe 12 are connected through the floor heating pipe collar 11, and the floor heating pipe 12 in the thin floor heating panel 27 is connected with the grooved insulation board 13 in the thin floor heating panel 27, wherein the grooved insulation board 13 is The floor heating pipe 12 is stuck in the pipe groove of the grooved insulation board 13 and connected; the grooved insulation board 13 in the thin floor heating board 27 is respectively connected with the wooden rib 14 and the aluminum foil reflective film 15 in the thin floor heating board 27, wherein It is connected with the wooden slats 14 and the aluminum foil reflective film 15 by pasting. The wooden slats 14 are fixed on the ground and the floor 30 with steel nails. The thickness of the wooden slats 14 is 1mm less than the thin floor heating board 27, which is 12mm. The function of the structure is that the ground decoration layer 31 fully squeezes the thin floor heating plate 27 to ensure that the thin floor heating plate 27 is in full contact with the ground decoration layer 31, which is beneficial to the rapid dissipation of heat. The function of the thin floor heating plate 27 is to radiate heating heat and provide the required heat for the building, wherein: the function of the secondary water collector 10 is to distribute and supply the heating hot water required by the floor heating pipe 12, and the function of the floor heating pipe 12 is to make The hot water for heating flows in the heating area. The function of the grooved insulation board 13 is to fix the floor heating pipe 12 and prevent the heat from being conducted downward. Fix the thin floor heating plate 27 and support the floor decoration layer 31.

5. The thin floor heating plate 27 transports the heating return water back to the heating secondary return pipe 17. The heating secondary return pipe 17 generally adopts plastic pipes with a service life of more than 50 years. The heating secondary return pipe 17 and the thin floor heating plate 27 The secondary sub-catchment 10 in is connected by a pipe collar 9. The function of the heating secondary water return pipe 17 is to transport the heating return water provided by the thin floor heating board 27 .

6. The heating secondary return pipe 17 transports the heating return water back to the water collector 19 in the intelligent sub-collector 26, and the water collector 19 and the heating secondary return pipe 17 are connected by a collector 18. 1-8 road collectors 19 and 1-3 road collectors 18 can be selected. When there are more than 8 pools, 2-5 sets of water collectors 19 can be selected to be connected in parallel. The function of the water collector 19 is to collect the heating return water in each area, and the function of the collector 7 is to collect the heating return water provided by the thin floor heating panels 27 .

7. The water collector 19 in the intelligent sub-water collector 26 transports the concentrated heating return water back to the heating heat source 1 through the heating main return water pipe 21. The heating main return water pipe 21 generally adopts plastic pipes with a service life of more than 50 years. The water device 19 is connected with the heating main return water pipe 21 using the threaded joint 20 of the heating main return water pipe, and the heating main return water pipe 2 adopts plastic pipe clamps to be fixed on the ground and the floor 30.

8. The smart manifold 26 is fixed on the wall 32 , and the smart manifold 26 and the wall 32 are fixed with expansion bolts 33 .

9. An electrothermal actuator 22 is installed on each water collection port of the water collector 19 in the intelligent water collector 26, and the water collector 19 and the electrothermal actuator 22 are threaded. The function of the electrothermal actuator 22 is to turn on/off the heating water in the collector.

10. The electrothermal actuator 22 is connected to the temperature controller 24 through the temperature control line 23 . Thermostat 24 can choose HT85 electronic thermostat, HT80 or HT5000 LCD weekly programming thermostat, HT89 or HT8000 LCD touch screen weekly programming thermostat, HT85 thermostat can freely choose the required heating Temperature, HT80, HT5000, HT89, and HT8000 weekly programmable thermostats can set the temperature at six times a day, seven days a week, and users can set appropriate temperature control commands according to their usage habits. The function is that the thermostat 24 compares the temperature required for different periods set by the user with the indoor temperature. If the indoor temperature is lower than the set temperature, the thermostat 24 sends an opening command to the electric actuator 22, and the heating circuit starts to circulate. The heating starts, otherwise the electrothermal actuator 22 is closed, and the heating stops.

11. The thermostat 24 needs a power supply 25 to provide electric energy.

12. The thin floor heating board 27 is directly installed on the ground and the floor 30. When the thin floor heating board 27 is installed, the insulation board 28 is installed on the board of the thin floor heating board 27 and the space between the boards. The insulation board 28 and the thin board Floor heating panels 27 are tiled together. The effect of insulation board 28 is to form a complete insulation layer on the ground and floor 30 to prevent heat from being conducted downwards.

13. If the ground decoration layer 31 is marble, floor tiles, ceramic tiles and other materials that need to be connected with cement, the aluminum foil reflective film 15 in the thin floor heating panel 27 needs to be painted with anti-corrosion coating 29. The role of anti-corrosion coating 29 is to protect the aluminum foil reflective film 15 is not corroded.

14. After the installation of the device is completed, carry out the pressure test of the device. The test pressure is 1.5 times of the working pressure and not less than 6kg. The function of the pressure test is to detect the safety of the heating operation of the device.

Claims (7)

1. An intelligent thin floor heating device, which includes: heating heat source (1), spiral decontamination device (4), splitter (7), pipe collar (9), thin floor heating plate (27), collecting road device (18), intelligent manifold (26), temperature controller (24), insulation board (28), anticorrosion coating (29), it is characterized in that: heating heat source (1) and heating main water supply pipe (2) and The heating main water return pipe (21) is connected; the heating main water supply pipe (2) is connected with the spiral decontamination device (4), wherein the spiral decontamination device (4) is connected through the threaded joint (3) of the heating main water supply pipe; The decontamination device (4) is connected with the water separator (6) in the intelligent diverter (26), wherein the spiral decontamination device (4) is connected with the water separator (6) by wires (5); The water separator (6) in the water device (26) is connected with the heating secondary water supply pipe (8), wherein the water separator (6) is connected with the heating secondary water supply pipe (8) through a splitter (7); The heating secondary water supply pipe (8) is connected to the secondary sub-collector (10) in the thin floor heating plate (27), wherein the heating secondary water supply pipe (8) and the secondary sub-collector (10) are connected through a pipe collar (9) connection; the secondary water collector (10) in the thin floor heating panel (27) is connected with the floor heating pipe (12) in the thin floor heating panel (27), wherein the secondary water collector (10) is connected to the floor heating The pipe (12) is connected through the floor heating pipe collar (11); the floor heating pipe (12) in the thin floor heating panel (27) is connected with the grooved insulation board (13) in the thin floor heating panel (27), wherein The floor heating pipe (12) and the grooved insulation board (13) are connected by the floor heating pipe (12) being stuck in the pipe groove of the grooved insulation board (13); the grooved insulation board (13) in the thin floor heating board (27) ) are respectively connected with the wooden ribs (14) and the aluminum foil reflective film (15) in the thin floor heating board (27), wherein the grooved insulation board (13) is connected with the wooden ribs (14) and the aluminum foil reflective film (15) Connected by sticking; the secondary sub-collector (10) in the thin floor heating plate (27) is connected with the heating secondary return pipe (17), wherein the secondary sub-collector (10) is connected with the heating secondary return pipe (17) ) is connected by a pipe clamp (9); the heating secondary water return pipe (17) is connected with the water collector (19) in the intelligent sub-catchment (26), wherein the heating secondary water return pipe (17) is connected with the water collector ( 19) is connected by a collector (18); the water collector (19) in the intelligent sub-collector (26) is connected with the heating main return pipe (21), wherein the water collector (19) is connected with the heating main return pipe ( 21) is connected through the threaded joint (20) of the heating main return water pipe; the electrothermal actuator (22) in the intelligent manifold (26) is connected with the temperature control line (23); the temperature control line (23) is connected with the temperature control line (23) The temperature controller (24) is connected to the external power supply (25); while the thin floor heating panel (27) is installed, the insulation board ( 28), insulation board (28 ) and the thin floor heating board (27) are tiled together; the ground decoration layer (31) is installed on the top of the thin floor heating board (27) and the insulation board (28). 2. An intelligent thin floor heating device according to claim 1, characterized in that: the intelligent water diversion device (26) is connected to the secondary heating water supply pipe (8) and the secondary heating return pipe (17) respectively. The secondary heating water supply pipe (8) and the secondary heating return pipe (17) are connected with the collector (18) through the splitter (7) and the thin floor heating plate (27) through the thin floor heating plate (27) The secondary sub-catchment (10) in is connected. 3. An intelligent thin floor heating device according to claim 1, characterized in that: the electrothermal actuator (22) and the temperature controller (24) in the intelligent manifold (26) adopt a temperature control line ( 23) Connect. 4. A kind of intelligent thin floor heating device according to claim 1, characterized in that: the aluminum foil reflective film (15) in the thin floor heating plate (27) is coated with a layer of anti-corrosion paint (29 ). 5. An intelligent thin floor heating device according to claim 1, characterized in that: the intelligent water collector (26) is fixed on the wall (32), and the intelligent water collector (26) is connected to the wall The fixing of (32) adopts expansion bolt (33) to fix. 6. An intelligent thin-type floor heating device according to claim 1, characterized in that: the wooden slats (14) are fixed on the ground and the floor (30) by steel nails, and the wooden slats (14) The top installs the ground decoration layer (31). 7. An intelligent thin floor heating device according to claim 1, characterized in that: the insulation board (28) is installed on the thin floor heating board (27) and the vacant part between the boards.

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