Ground all-air system

Abstract

The utility model discloses a ground all-air system which comprises a heating water tank and a hooked floor heating pipe installation module. The cold and heat source main machine is connected with the system water tank, another water outlet pipeline of the system water tank is connected with the sub-catchment device through the circulating pump, a sub-catchment device pipeline is connected to a surface air cooler water inlet and a surface air cooler water return port in the air outlet device, and a water outlet pipeline of the water tank is connected with a water inlet of the heating water tank through the electromagnetic valve. A water outlet of the heating water tank is connected with another sub-catchment device through a circulating pump and then connected with a floor heating pipe, the floor heating pipe is connected with a water outlet and a water return port of the sub-catchment device, and a water return pipe of the sub-catchment device is connected with a water mixing center chamber and then connected with a water inlet of the heating water tank; the floor heating pipe installation modules with the hooks are fully laid on the upper surface of the heat preservation plate, the floor heating pipes are fixed in the brackets on the same sides of the floor heating pipe installation modules with the hooks, and the double-water-temperature control system has the advantages that the flowing space of underground air is increased, and the double-water-temperature control is carried out by the double-water-dividing and water-collecting device through the joint controller in different environments.

Description

Technical Field

[0001] This utility model relates to the field of ventilation system technology, and in particular to a ground-based all-air system. Background Technology

[0002] Existing patent CN106016540A discloses a method for controlling floor heating and cooling, but in practice, the following shortcomings have been found:

[0003] 1) The underground convex and concave double-layer module causes insufficient return air during air convection, resulting in noise and greater resistance for the fan in the air outlet;

[0004] 2) The inlet water pipes of the underfloor heating system and the surface cooler in the underground air outlet use the same water line. The water temperature is the same when cooling in summer. The low water temperature causes the surface temperature to be too cold. If the water temperature is set slightly high, the air outlet temperature will not be low enough, resulting in a slow cooling speed.

[0005] 3) The inlet and outlet of the underground surface cooler are both on the same side of the metal box at the air outlet. If a leak occurs, the ground must be disassembled for repair.

[0006] 4) During the plum rain season, when the temperature is low and the humidity is high, it is found that the indoor temperature and humidity drop simultaneously when dehumidifying, which seriously affects the comfort level.

[0007] 5) Because it uses a single water temperature principle, it cannot achieve temperature and humidity separation control in the same time period under low temperature and high humidity conditions;

[0008] 6) Automatic humidification is not possible during dry seasons.

[0009] In summary, this application addresses the shortcomings mentioned above and aims to improve upon them. Summary of the Invention

[0010] The technical problem to be solved by this utility model is to provide a ground-based all-air system that increases the underground air flow space and achieves the dual effects of dehumidification of the air outlet equipment and heating of the ground through the dual water distribution unit.

[0011] To solve the above technical problems, this utility model provides a ground-based all-air system, including a cold and heat source host, multiple circulating pumps, a system water tank, a heating water tank, multiple solenoid valves, a mixing center chamber, multiple manifolds, a hook-type underfloor heating pipe installation module, insulation board, underfloor heating pipes, air outlet equipment, air return equipment, a central controller, a control panel, and a fresh air system.

[0012] The outlet pipe of the heating / cooling source unit is connected to the inlet of the system water tank, and the inlet pipe of the heating / cooling source unit is connected to the outlet of the system water tank. Another outlet pipe of the system water tank is connected to the first manifold via a circulation pump. The pipe of the first manifold is connected to the inlet and return outlet of the surface cooler in the air outlet equipment. The return pipe of the first manifold is connected to the inlet of the system water tank. The outlet pipe of the system water tank is connected to the inlet of the heating water tank via a solenoid valve. The outlet of the heating water tank is connected to the second manifold via a circulation pump, and then connected to the underfloor heating pipe. The underfloor heating pipe is connected to the outlet and return outlet of the second manifold. The return pipe of the second manifold is connected to the mixing center chamber, and then connected to the inlet of the heating water tank.

[0013] The hooked floor heating pipe installation module is fixedly laid on the upper surface of the insulation board, and the floor heating pipe is suspended in the bracket on the same side of the hooked floor heating pipe installation module.

[0014] The hooked underfloor heating pipe installation module includes multiple evenly distributed protruding support seats. The four sides of the upper part of the support seats extend upward-opening brackets. The lower part of the support seats leads out a bracket and is fixed to the insulation board. The support seats provide space for underground air flow, providing convection between underground air and indoor air, and greatly increasing the underground air flow space.

[0015] The air outlet device includes a U-shaped or straight surface cooler, a water inlet elbow, a square water tank, a drain pipe, a fan, a drain tee, a plug, a negative ion generator, an aromatherapy diffuser, a humidifier, multiple support columns, an automatic lifting box, and a surface cooler cleaning high-pressure pipe device. The surface cooler cleaning high-pressure pipe device includes a high-pressure, high-temperature jet nozzle and an air pipe. The side of the air outlet device is equipped with a ventilation opening. The air outlet device is made of PVC vacuum-formed material or metal.

[0016] The U-shaped or straight surface cooler is installed above the square water tank, with its inlet and outlet located on opposite sides of the air outlet unit. A drain tee is fitted to the drain outlet of the square water tank, with a plug installed at one end and the other end connected to the air outlet unit's drain outlet. The fan is installed inside the automatic lifting box of the air outlet unit, which is located on one side. The negative ion generator, humidifier, and aromatherapy diffuser are installed in front of the automatic lifting box. Multiple protruding support columns are evenly distributed inside the air outlet unit to reinforce the top plate's pressure resistance, with space for airflow between them. A high-pressure cleaning device for the surface cooler is installed next to it. Air outlet vents are located on three sides of the air outlet unit. An automatic dustproof sealing device is installed above the automatic lifting box. A ground-level air outlet is installed on top of the automatic lifting box. One end of the humidifier is connected to a humidifying water pipe, and the other end is connected to a water source.

[0017] The return air equipment includes ultraviolet lamps, fans, filters, multiple support columns, and an automatic lifting box. It has ventilation openings on three sides and is made of PVC vacuum-formed material or metal.

[0018] The return air equipment is equipped with ultraviolet lamps. The automatic lifting box of the return air equipment is installed on one side of the return air equipment. The fan and filter are installed inside the automatic lifting box of the return air equipment. Multiple protruding support columns are evenly distributed inside the return air equipment. The support columns are used to strengthen the pressure resistance of the top plate of the return air equipment. The three sides of the return air equipment are equipped with return air equipment ventilation openings.

[0019] The fresh air equipment includes a small fan and a filter, and the material of the fresh air equipment is ABS or metal.

[0020] The fresh air equipment is equipped with a small fan and a filter. One end of the fresh air equipment is fixed by a duct cap through the wall, and the other end is connected to one side of the air outlet equipment by a duct. It is installed on the bottom of the floor decoration material or on the wall. The movable floor panel is installed above the small fan as an access panel for maintenance.

[0021] The cold and heat source host, circulating pump, first water manifold, second water manifold, solenoid valve, mixing center chamber, fan, negative ion generator, humidifier, aroma diffuser, ultraviolet lamp, fan, heating water tank, automatic dustproof sealing device for air outlet, automatic lifting box for air outlet equipment, automatic lifting box for return air equipment, and central controller control the system components through a temperature controller and a 485 communication line combined with a power control box.

[0022] The central controller receives instructions from the temperature control panel and controls the water supply to the underfloor heating pipes and the water supply to the surface cooler in the air outlet equipment. The temperature control panel is a controller for controlling temperature, humidity, fan, negative ion generator, aromatherapy, ultraviolet lamp, fresh air, automatic lifting box, and dustproof device at the air outlet.

[0023] The underfloor heating pipes are installed on the hook-type underfloor heating pipe installation module. When the underfloor heating pipes transport cold or hot water, the underground air undergoes a temperature change, turning the entire underground area into a large heat exchanger. The fan in the air supply unit blows underground air into the room, while the fan in the return air unit blows indoor air into the underground. When the fans in the air supply and return air units operate simultaneously, the air supply and return air units facilitate thorough exchange between underground and above-ground air through the space within the hook-type underfloor heating pipe installation module, or create air convection through ventilation ducts. This air convection achieves cooling or heating effects. Negative oxygen ions, water mist from the humidifier, and fragrance from aromatherapy are all delivered into the room by the fan in the air supply unit, improving indoor air quality.

[0024] This application includes a heating water tank. In a high-humidity and low-temperature environment, a first manifold connected to the air outlet equipment and a second manifold connected to the underfloor heating pipes operate in a high-temperature and low-humidity environment. The second manifold is supplied with water from the heating water tank and then delivered to the underfloor heating pipes. Under the control of the inter-controller, the two manifolds achieve the dual effects of dehumidifying the air outlet equipment and heating the floor, thus achieving constant temperature and humidity, independent temperature and humidity control, and the effect of separate indoor temperature and humidity control.

[0025] This application features a dual-temperature water control mode. The cooling medium in the air outlet unit is supplied by low-temperature water via the pipes of the first manifold. The mixing center converts the low-temperature water into medium-temperature water, which is then supplied to the underfloor heating pipes of the second manifold. During summer cooling, when indoor air enters the ground, the underfloor heating pipes supplying the medium-temperature medium initially cool the air. The underground air then flows to the low-temperature cooling unit in the air outlet unit, where it is further cooled before being delivered indoors through the vents. This achieves a rapid drop in indoor temperature while preventing the floor temperature from becoming too low, thus improving comfort. During heating, both manifolds simultaneously supply high-temperature hot water, achieving a dual effect of heating the air through underfloor heating. In low-temperature and high-humidity environments, the two manifolds supply water at different temperatures: the first manifold supplies chilled water for dehumidification, while the second manifold supplies hot water for underfloor heating, preventing excessively low indoor air temperatures.

[0026] The air supply equipment, return air equipment, fresh air equipment, underfloor heating pipe installation module with hook, and insulation board are all hidden at the bottom of the floor decoration material. The floor has air supply nozzles, return air nozzles, and fresh air access ports, or it can be designed as wall-mounted air supply nozzles and wall-mounted return air nozzles, with access ports set on the floor.

[0027] The air supply and return equipment are connected to each other through air ducts, which enables air convection, replacing the air convection method of the hook-type underfloor heating pipe installation module.

[0028] The air outlet device is designed as a wall-mounted air outlet and a floor return air outlet in the same location, or as a wall-mounted return air outlet and a floor outlet in the same location.

[0029] The heat source unit is a ground source heat pump, a water source heat pump, or an air source heat pump.

[0030] The circulating pump is either a fixed-frequency pump or a variable-frequency pump.

[0031] The water tank can be a double-tank tank, a single-tank tank, or a coiled tank.

[0032] The solenoid valve is a water supply valve.

[0033] The insulation board is made of extruded polystyrene board, aerogel felt, or thermal insulation material.

[0034] The material of the hooked floor heating pipe installation module is plastic or metal, or further, EPP, ABS, or foamed ceramic.

[0035] The water distribution device is made of metal, nylon, or plastic.

[0036] The underfloor heating pipes are made of metal or plastic.

[0037] The mixing center chamber can be either integral or modular.

[0038] The fan is either an AC fan or a DC fan.

[0039] The heating water tank is heated electrically, by a heat source coil, by solar energy, or by an air source heat pump. The cold or hot water in the system water tank and the heating water tank is supplied by an air source heat pump, solar energy, a gas furnace, or electric heating. The solenoid valve ensures that both water tanks are filled with either cold or hot water at the same time, or one tank contains cold water and the other contains hot water.

[0040] The material of the through-wall duct vent cap is plastic, ABS, or metal.

[0041] The ground air outlet is made of metal, ABS, or plastic.

[0042] The ground return air nozzle is made of metal, ABS, or plastic.

[0043] The material of the movable floor panel for the fresh air inlet is metal, ABS, plastic, or waterproof floor material.

[0044] The surface cooler is made of metal.

[0045] The material of the water inlet elbow of the surface cooler is metal, ABS, or plastic.

[0046] The square water tank is made of ABS, plastic, or metal.

[0047] The fan is either a DC fan or an AC fan.

[0048] The drain tee is made of ABS, plastic, or metal.

[0049] The plug is made of ABS, PC, PE, plastic, or metal.

[0050] The aroma diffuser is an ultrasonic aroma diffuser with both spraying and heating functions.

[0051] The humidifier is an ultrasonic humidifier with both spray and heating functions.

[0052] The small fan in the fresh air equipment is a DC or AC fan.

[0053] The ultraviolet lamp produces short-wave ultraviolet light.

[0054] The filter screen is made of nylon, fiber, or metal.

[0055] The automatic lifting box is made of metal, plastic, or ABS, and its lifting is controlled by a motor.

[0056] The automatic dustproof and airtight sealing device for the air outlet is made of metal, plastic, or ABS, and its opening or closing is controlled by a motor.

[0057] The principle behind this all-air floor cooling or heating system is to allow indoor air to enter the ground, where the temperature of the underground air is altered by the temperature of the underfloor heating pipes before it returns to the room, achieving a cooling or heating effect. During the heating season, the floor temperature is raised solely by the temperature of the underfloor heating pipes, and the heating effect is achieved under the influence of the water temperature in the underfloor heating pipes.

[0058] The beneficial effects of this utility model are as follows:

[0059] 1) The hook-type underfloor heating pipe installation module of this application allows for smoother underground air circulation, greatly increasing the space for underground air flow;

[0060] 2) The dual manifold of this application controls the water temperature in different environments through a controller. In the same low temperature and high humidity environment, the medium of the surface cooler in the air outlet equipment is low temperature water supplied by the first manifold pipe, and the medium of the second floor heating pipe is high temperature water supplied by the second manifold pipe. The first manifold supplies chilled water to achieve dehumidification, and the second manifold supplies hot water to achieve floor heating. In summer or winter, the dual manifolds can operate at the same water temperature.

[0061] 3) The purpose of the heating water tank in this application is to achieve the dual effects of dehumidification of the air outlet equipment and heating of the ground in a high humidity and low temperature environment, thereby achieving constant temperature and humidity and realizing independent temperature and humidity control.

[0062] 4) This application realizes multiple functions such as underfloor heating, air conditioning, constant temperature, constant humidity, fresh air, air purification, aromatherapy, oxygen content, sterilization, and humidification, which completely solves the adverse consequences of building space being occupied. It also eliminates the hazards of drilling holes in load-bearing beams for all air conditioning and fresh air installation pipes running along the top, the risks of installation personnel working at high positions, and the damage caused by difficult maintenance. Attached Figure Description

[0063] The accompanying drawings, which form part of this application, are used to provide a further understanding of the present invention. The illustrative embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute an undue limitation of the present invention. In the drawings:

[0064] Figure 1 This is a block diagram illustrating the working principle of a specific embodiment of this utility model;

[0065] Figure 2 This is a schematic diagram of the structure of the air outlet device according to a specific embodiment of this utility model;

[0066] Figure 3 This is a schematic diagram of the structure of the automatic lifting box of the air outlet device according to an embodiment of this utility model;

[0067] Figure 4 This is a structural schematic diagram of the return air device according to a specific embodiment of this utility model;

[0068] Figure 5 This is a schematic diagram of the structure of the hook-type underfloor heating pipe installation module according to a specific embodiment of this utility model;

[0069] Figure 6 This is a schematic diagram of the structure of the drainage tee according to a specific embodiment of this utility model;

[0070] Figure 7 This is a schematic diagram of the structure of a fresh air device according to a specific embodiment of this utility model;

[0071] Explanation of the labels in the diagram

[0072] 1—Heat / cold source unit; 2—Circulation pump;

[0073] 3—System water tank; 4—Solenoid valve;

[0074] 5—Mixing center chamber; 6—Manifold B;

[0075] 7—Manifold A; 8—Underfloor heating pipe installation module with hook;

[0076] 9—Insulation board; 10—Pipe;

[0077] 11—Air outlet equipment; 12—Cooler inlet;

[0078] 13—Cooler return port; 14—Cooler;

[0079] 15—Square water tank; 16—Drain tee;

[0080] 17—Drain outlet of the air supply equipment; 18—Fan;

[0081] 19—Negative ion generator; 20—Humidifier;

[0082] 21—Aroma diffuser; 22—Return air system;

[0083] 23—Ultraviolet lamp; 24—Fresh air system;

[0084] 25—Through-wall ventilator; 26—Small fan;

[0085] 27—Fresh air filter; 28—Heating water tank;

[0086] 29—Ground air outlet; 30—Ground return air outlet;

[0087] 31—Filter screen of return air equipment; 32—Raised floor panel;

[0088] 33—Central control unit; 34—Automatic dustproof and airtight sealing device for air outlet;

[0089] 35—Automatic lifting box for air outlet equipment; 36—Support column inside the air outlet equipment;

[0090] 37—Clean the high-pressure pipe device for the surface cooler; 38—Air outlet of the air supply equipment;

[0091] 39—Automatic lifting box for return air equipment; 40—Air vent for return air equipment;

[0092] 41—Support column inside the return air equipment; 42—Drainage tee plug;

[0093] 43—Fresh air box vent; 44—Thermostat;

[0094] 45—Underfloor heating pipe; 46—Fan of return air equipment. Detailed Implementation

[0095] The embodiments of this utility model will be described in detail below with reference to the accompanying drawings.

[0096] like Figure 1 As shown, this utility model provides a ground-based all-air system, including a cold and heat source host 1, multiple circulating pumps 2, a system water tank 3, a heating water tank 28, multiple solenoid valves 4, a mixing center chamber 5, a manifold A7, a manifold B6, a hook-type underfloor heating pipe installation module 8, an insulation board 9, pipes 10, underfloor heating pipes 45, an air outlet device 11, a return air device 22, a central controller 33, a control panel, and a fresh air device 24.

[0097] The air outlet device 11 includes a U-shaped surface cooler 14 or a straight surface cooler, a water inlet elbow, a square water tank 15, a drain pipe, a fan 18, a drain tee 16, a plug 42, a negative ion generator 19, an aromatherapy diffuser 21, a humidifier 20, multiple support columns 36, an automatic lifting box 35, and a surface cooler cleaning high-pressure pipe device 37. The surface cooler cleaning high-pressure pipe device 37 includes a high-pressure high-temperature jet nozzle and an air pipe. The side panel of the air outlet device has a ventilation opening 38.

[0098] The U-shaped surface cooler 14 is installed above the square water tank 15. The inlet 12 and outlet 13 of the surface cooler are located on both sides of the air outlet device 11, facilitating maintenance. The drain outlet 17 of the air outlet device is equipped with a drain tee 16, with a plug 42 installed at one end of the drain tee 16, and the other end of the drain tee 16 connected to the drain outlet 17 of the air outlet device. The fan 18 is installed inside the automatic lifting box 35 of the air outlet device, which is installed on one side of the air outlet device 11. The negative ion generator 19, humidifier 20, and aromatherapy diffuser 21 are installed in front of the automatic lifting box 35. Multiple protruding support columns 36 are evenly distributed inside the air outlet device 11, with space for airflow between the support columns 36. A surface cooler cleaning high-pressure pipe device 37 is installed next to the surface cooler 14. Air outlet vents 38 are provided on three sides of the air outlet device 11. An automatic dustproof sealing device 34 for the air outlet is installed on top of the automatic lifting box 35 of the air outlet device. The air outlet device has an automatic lifting box 35 with a ground-level air outlet nozzle 29 mounted on top. One end of the humidifier 20 is connected to a humidifying water pipe, and the other end of the humidifying water pipe is connected to a water source.

[0099] The return air device 22 includes an ultraviolet lamp 23, a fan 46, a filter screen 31, multiple support columns 41, an automatic lifting box 39, and ventilation openings 40 on the side panel.

[0100] The return air device 22 is equipped with an ultraviolet lamp 23. The return air device automatic lifting box 39 is installed on one side of the return air device 22. The other three sides of the return air device 22 are provided with return air device ventilation openings 40. The fan 46 and the filter screen 31 are installed in the return air device automatic lifting box 39. Multiple protruding support columns 41 are evenly distributed inside the return air device 22.

[0101] The fresh air device 24 is equipped with a small fan 26 and a fresh air filter 27. One end of the fresh air device 24 is mounted on the wall through a through-wall duct cap 25, and the other end is connected to one side of the air outlet device by a duct. The fresh air device 24 has fresh air vents 43 on three sides, and the ground movable plate 32 is installed above the small fan 26.

[0102] The air outlet device 11, return air device 22, fresh air device 24, underfloor heating pipe installation module 8 with hook, and insulation board 9 are all hidden at the bottom of the floor decoration material. The ground only has the ground air outlet 29, the ground return air outlet 30, and the fresh air box ventilation opening 43, or it can be designed as a wall air outlet and a wall return air outlet. The ground is provided with an inspection port.

[0103] The outlet pipe of the heat source unit 1 is connected to the circulation pump 2 and then to the inlet of the system water tank 3. The outlet of the system water tank 3 is connected to the inlet pipe of the heat source unit 1. Another outlet pipe of the system water tank 3 is connected to the circulation pump 2 and then to the manifold A7. Pipe 10 of the manifold A7 is connected to the surface cooler inlet 12 and the surface cooler return inlet 13 on the surface cooler 14 inside the air outlet device 11. The return pipe of the manifold A7 is connected to the inlet of the system water tank 3. The outlet pipe of the system water tank 3 is connected to the solenoid valve 4 and then to the inlet of the heating water tank 28. The outlet of the heating water tank 28 is connected to the circulation pump 2, then to the manifold B6, and then to the underfloor heating pipe 45. The return pipe of the manifold B6 is connected to the mixing center chamber 5 and then to the inlet of the heating water tank 28. The hooked underfloor heating pipe installation module 8 is laid on top of the insulation board 9. The underfloor heating pipe 45 is installed on the hooked underfloor heating pipe installation module 8. In the fork hook on the same side, the floor heating pipe 45 is connected to the outlet and return water outlet of the manifold B6. The surface cooler 14 is installed above the square water tank 15 inside the air outlet device 11. The drain tee 16 is installed inside the square water tank 15 at the air outlet drain outlet 17. The plug 42 is installed at one end of the drain tee 16. The other end of the drain tee 16 is connected to the drain pipe outlet 17 of the air outlet device 11. The fan 18 is installed inside the automatic lifting box 35 of the air outlet device. The automatic lifting box 35 of the air outlet device is installed inside the air outlet device 11. The negative oxygen ion generator 19 is installed inside the air outlet device 11. The humidifier 20 and the aroma diffuser 21 are installed inside the air outlet device 11. The support column 36 and the high-pressure pipe 37 for cleaning the surface cooler are installed inside the air outlet device 11. The air outlet device 11 has air outlet vents 38 on three sides. The automatic dustproof sealing device 34 of the air outlet is installed on the automatic lifting box 35 of the air outlet device. An ultraviolet lamp 23 is installed inside the return air unit 22. An automatic lifting box 39 for the return air unit 22 is installed inside the return air unit 22. A fan 46 is installed inside the automatic lifting box 39 for the return air unit 22. An internal support column 41 for the return air unit 22 is installed inside the return air unit 22. There are return air unit vents 40 on three sides of the return air unit 22. One end of the humidifying water pipe is connected to the humidifier 20 and the other end is connected to the water source. The fresh air unit 24 is equipped with a small fan 26 and a filter 27. A through-wall duct cap 25 is installed at one end of the fresh air unit 24. There are fresh air unit vents 43 on three sides of the fresh air unit 24. The ground air outlet 29 is installed on top of the automatic lifting box 35 for the air outlet unit. The filter 31 is installed inside the automatic lifting box 39 for the return air unit 29. The ground movable plate 32 for the fresh air unit is installed above the small fan 26.

[0104] The underfloor heating pipe 45 is suspended on the bracket of the hooked underfloor heating pipe installation module 8. When the underfloor heating pipe 45 delivers cold or hot water, the underground air undergoes a temperature change, and the entire underground area becomes a large heat exchanger. The fan 18 in the air outlet device 11 delivers underground air into the room, while the fan 46 in the return air device 22 delivers indoor air into the underground. When the fan 18 in the air outlet device 11 and the fan 46 in the return air device 22 operate simultaneously, the air outlet device 11 and the return air device 22 facilitate sufficient exchange between underground and above-ground air through the space within the hooked underfloor heating pipe installation module 8, or generate air convection through ventilation ducts. This air convection achieves the effect of cooling or heating. Negative oxygen ions, water mist produced by the humidifier, and fragrance produced by aromatherapy are delivered into the room by the fan 18 in the air outlet device 11, thereby improving indoor air quality.

[0105] The cooling medium in the surface cooler 14 of the air outlet device 11 is low-temperature water supplied by the manifold A7. The mixing center chamber 5 converts the low-temperature water into medium-temperature water for supplying the underfloor heating pipes 45 of the second manifold. During summer cooling, when indoor air enters the ground, the underfloor heating pipes supplying the medium-temperature medium initially cool the air. The underground air then flows to the low-temperature surface cooler 14 in the air outlet device 11, where it is further cooled before being delivered indoors through the vents. This achieves a rapid drop in indoor temperature while preventing excessively low floor temperatures, thus improving comfort. During heating, both manifolds simultaneously supply high-temperature hot water, achieving a dual effect of heating the air through underfloor heating. In low-temperature and high-humidity environments, the two manifolds supply water at different temperatures: manifold A7 supplies chilled water for dehumidification, while manifold B6 supplies hot water for underfloor heating, preventing excessively low indoor air temperatures.

[0106] The above description is merely a preferred embodiment of this utility model and is not intended to limit the utility model. Various modifications and variations can be made to this utility model by those skilled in the art. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of this utility model should be included within the protection scope of this utility model.

Claims

1. A ground all-air system, comprising a cold and heat source host, a plurality of circulating pumps, a system water tank, an insulation board, a floor heating pipe, an air outlet device, an air return device, a central joint controller, a control panel and a fresh air device; characterized in that: The system further comprises a heating water tank, a plurality of water distributors, and a heating pipe installation module with hooks; a water outlet pipe of the cold and heat source host is connected with a water inlet of the system water tank, and a water inlet pipe of the cold and heat source host is connected with a water outlet of the system water tank; another water outlet pipe of the system water tank is connected with the first water distributor through a circulating pump, a pipe of the first water distributor is connected with a water inlet of a surface cooler and a water return inlet of the surface cooler in the air outlet device, and a water return pipe of the first water distributor is connected with a water inlet of the system water tank; a water outlet pipe of the system water tank is connected with a water inlet of the heating water tank through an electromagnetic valve, a water outlet of the heating water tank is connected with the second water distributor through a circulating pump, and the second water distributor is further connected with a heating pipe; the heating pipe is connected with a water outlet and a water return inlet of the second water distributor, and a water return pipe of the second water distributor is connected with a water inlet of the heating water tank; the heating pipe installation module with hooks is laid on an upper surface of an insulation board, and the heating pipe is fixed in a bracket on the same side of the heating pipe installation module with hooks, so that the air outlet device and the ground are heated to achieve the dual effects of dehumidification and ground heating.

2. The floor-over-air system of claim 1, wherein: The heating pipe installation module with hooks comprises a plurality of protruding support seats arranged uniformly, four side surfaces of the upper part of the support seat extend to form an upwardly open bracket, and a support is fixed on the insulation board at the lower part of the support seat; the support seat provides a space for the flow of underground air and provides a convection effect for the underground air and indoor air.

3. The floor-mounted total air system of claim 2, wherein: The material of the heating pipe installation module with hooks is plastic or metal.

4. The floor-mounted total air system of claim 1, wherein: The medium of the surface cooler in the air outlet device is low-temperature water supplied by the first water distributor, the mixed water center changes the low-temperature water into medium-temperature water to supply the heating pipe of the second water distributor, the first water distributor supplies low-temperature water to achieve dehumidification, and the second water distributor supplies medium-temperature water to achieve heating.

5. The floor-mounted total air system of claim 1, wherein: The air outlet device comprises a surface cooler, a water tray, a drain pipe, a fan, an automatic lifting box, and a surface cooler cleaning high-pressure pipe device; a side plate of the air outlet device is provided with a ventilation opening; the surface cooler is installed above the water tray, the water inlet and the water return inlet of the surface cooler are located on the two sides of the air outlet device respectively, the drain pipe is provided with a drain tee joint, the fan is installed in the automatic lifting box of the air outlet device, the automatic lifting box of the air outlet device is installed on one side of the air outlet device, a negative oxygen ion generator, a humidifier, and an aromatherapy device are installed in front of the automatic lifting box, a plurality of protruding support columns are uniformly arranged in the air outlet device, a space for air flow is left between the plurality of support columns, the surface cooler cleaning high-pressure pipe device is installed beside the surface cooler, the three side surfaces of the air outlet device are provided with air outlet device ventilation openings, an air outlet automatic dustproof sealing device is installed on the automatic lifting box of the air outlet device, and a ground air outlet nozzle is installed on the automatic lifting box of the air outlet device.

6. The floor-mounted total air system of claim 5, wherein: The air outlet device further comprises a negative oxygen ion generator, an aromatherapy device, and a humidifier, and the negative oxygen ions, water mist generated by the humidifier, and aroma generated by the aromatherapy device are sent into a room under the action of the fan in the air outlet device.

7. The floor-over-air system of claim 1, wherein: An ultraviolet lamp is installed in the air return device, a fan and a filter screen are installed in an automatic lifting box of the air return device, the automatic lifting box of the air return device is installed on one side of the air return device, a plurality of protruding support columns are uniformly arranged in the air return device, and air return device ventilation openings are provided on the three side surfaces of the air return device.

8. The floor-over-air system of claim 1, wherein: The fresh air equipment is provided with a small fan and a filter screen, one end of the fresh air equipment is fixed through a wall duct cap, the other end of the wall duct is connected to the air outlet equipment, and a ground movable plate is installed above the small fan.

9. The floor-over-air system of claim 1, wherein: The air outlet equipment, the air return equipment, the fresh air equipment, the ground heating pipe installation module with hooks, and the insulation board are all hidden in the bottom of the ground decoration material, the ground is provided with air outlet nozzles and air return nozzles and a fresh air maintenance opening, or is designed in the form of wall air outlet nozzles and wall air return nozzles, and the ground is provided with a maintenance opening.

10. The floor-over-air system of claim 1, wherein: The heating water tank is electric heating, or heat source coil heating, or solar heating, or air source heat pump heating, cold water or hot water of the system water tank and the heating water tank is provided by an air source heat pump, or solar energy, or a gas stove, or electric heating, and the electromagnetic valve makes the two water tanks cold water or hot water at the same time, or one cold water and one hot water.

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