Partitioned air supply type all-air system capable of independently adjusting temperature and humidity and working process

Abstract

The invention discloses a working process of a temperature and humidity independent regulation partition air supply type all-air system, which comprises a temperature and humidity independent regulation partition air supply type all-air system, and the temperature and humidity independent regulation partition air supply type all-air system comprises a shell, a plurality of temperature regulation air conditioning modules and a humidity regulation fresh air module; the shell is a rectangular shell and is horizontally and transversely placed, a fresh air distribution cavity is formed by one fourth of the inner space of the shell from top to bottom, and a temperature and humidity adjusting cavity is formed by three fourths of the inner space of the shell from bottom to top. The multiple temperature adjusting air conditioner modules and the humidity adjusting fresh air modules are located in the temperature adjusting and humidity adjusting cavity from right to left in an array mode to divide the temperature adjusting and humidity adjusting cavity into multiple temperature adjusting air conditioner cavities and multiple humidity adjusting fresh air cavities. The air conditioner has the advantages of separate temperature and humidity control, separate conveying, separate temperature regulation, separate speed regulation, humidity adjustability, independent fresh air, low noise, low energy consumption, high environment matching degree, high environment adaptability, opening at any time in use and equipment integration.

Description

Technical Field

[0001] The present invention relates to the technical field of fresh air air conditioning, and in particular to a temperature and humidity independently regulated zoned air supply type full air system and a working process. Background Art

[0002] Problems with current traditional air handling systems: Traditional central air conditioners or wall-mounted air conditioners, whose main functions are heating or cooling, have problems with inaccurate temperature control, such as overheating of the air outlet temperature in winter and overcooling of the air outlet temperature in summer, and uncontrollable humidity, such as dryness caused by blowing hot air in winter, low indoor humidity caused by long-term cooling in summer, and no fresh air replacement, stale air, and loud noise; Traditional fresh air systems, whose main functions are ventilation, filtration, and air replacement, fresh air fans with dehumidification and temperature control functions can only adjust the fresh air temperature, humidity, and cleanliness, and cannot solve indoor temperature problems; Traditional full air systems usually use one main fan, The air is transported to various areas through branch pipes for centralized return air, but there are problems such as difficulty in room temperature control, air communication between different rooms, odor transmission, dependence of fresh air delivery on air-conditioning air, large equipment size, high noise, and high energy consumption. The five-constant radiation air-conditioning system solves the problems of temperature and humidity control and room temperature control, but it is necessary to strictly control the indoor humidity and dew point to ensure that the radiation surface does not condense or mold. This system has high requirements for building envelope structure, air tightness, and door and window management. On the contrary, condensation and mold are prone to occur on the radiation surface, which affects the operation and comfort of the system. In addition, due to the slow startup of the radiation system, there is also the problem of not being able to be turned on and off as needed. Summary of the invention

[0003] The purpose of the present invention is to provide a temperature and humidity independently regulated zoned air supply type full air system and work flow, which has the advantages of separate temperature and humidity control, independent room supply, room temperature regulation, room speed regulation, adjustable humidity, independent fresh air, low noise, low energy consumption, high environmental matching degree, strong environmental adaptability, ready for use and integrated equipment.

[0004] The above technical objectives of the present invention are achieved through the following technical solutions:

[0005] The working process of the temperature and humidity independent adjustment zone air supply type full air system includes the temperature and humidity independent adjustment zone air supply type full air system, the temperature and humidity independent adjustment zone air supply type full air system includes a shell, a plurality of temperature control air conditioning modules, and a humidity control fresh air module;

[0006] The shell is a rectangular shell, and the shell is placed horizontally. One quarter of the internal space of the shell from top to bottom is a fresh air distribution chamber, and three quarters of the internal space of the shell from bottom to top is a temperature and humidity control chamber. A plurality of temperature control air conditioning modules and humidity control fresh air modules are arranged in an array from right to left in the temperature and humidity control chamber to divide the temperature and humidity control chamber into a plurality of temperature control air conditioning chambers and humidity control fresh air chambers. A first partition is provided between the plurality of temperature control air conditioning modules, a second partition is provided between the humidity control fresh air module and its adjacent temperature control air conditioning module, and a third partition is provided between the fresh air distribution chamber and the plurality of temperature control air conditioning modules and humidity control fresh air modules.

[0007] Each of the temperature-controlled air conditioning chambers includes a return air rear chamber, a return air front chamber, and an air outlet chamber arranged from back to front, and each of the temperature-controlled air conditioning modules includes a return air filter, a temperature-controlled coil, and a temperature-controlled fan arranged from back to front;

[0008] The humidity-adjusting fresh air chamber includes a fresh air rear chamber, a fresh air front chamber, and a fresh air outlet chamber arranged from back to front, and the humidity-adjusting fresh air module includes a fresh air filter, a dehumidification coil, a humidifying wet film, and a fresh air fan arranged from back to front;

[0009] The working process of the temperature and humidity independent adjustment zone air supply type full air system includes the following working steps:

[0010] Step 1: Fresh air humidity control:

[0011] Working mode 1: fresh air dehumidification,

[0012] When the fresh air blower is working, the fresh air is filtered through the fresh air filter from the rear side of the shell, then enters the fresh air rear chamber, and then passes through the dehumidification coil and the humidification membrane in sequence, and enters the fresh air front chamber. At this time, the dehumidification coil passes cold water to dehumidify the fresh air, and the humidification membrane does not pass water and does not humidify;

[0013] Working mode 2: fresh air humidification,

[0014] When the fresh air blower is working, the fresh air is filtered through the fresh air filter from the rear side of the shell, then enters the fresh air rear chamber, and then passes through the dehumidification coil and the humidification membrane in sequence, and enters the fresh air front chamber. At this time, the dehumidification coil passes hot water to heat the fresh air, and the humidification membrane passes water to humidify;

[0015] Working mode three, fresh air ventilation,

[0016] When the fresh air blower is working, the fresh air is filtered through the fresh air filter from the rear side of the shell, then enters the fresh air rear chamber, and then passes through the dehumidification coil and humidification wet membrane in turn, and enters the fresh air front chamber. At this time, the dehumidification coil and humidification wet membrane are not water-permeable;

[0017] Step 2: Fresh air zone allocation:

[0018] The humidified fresh air is transported to the fresh air distribution box under the action of the fresh air fan, and then the fresh air is transported to the return air chamber of each temperature-controlled air conditioning chamber through independent fresh air distribution pipes;

[0019] Step 3: Air temperature control:

[0020] Working mode 1, air cooling,

[0021] When the temperature-controlled fan of each temperature-controlled air conditioning module is working, the room air is filtered through the return air filter of the return air post chamber of the corresponding temperature-controlled air conditioning chamber, enters the return air post chamber and mixes with the humidified fresh air, then enters the return air pre chamber, and is cooled by the temperature-controlled coil with cold water, and then the cooled air is transported into the room under the action of the temperature-controlled fan;

[0022] Working mode 2: air heating,

[0023] When the temperature-controlled fan of each temperature-controlled air conditioning module is working, the room air is filtered through the return air filter of the return air post chamber of the corresponding temperature-controlled air conditioning chamber, enters the return air post chamber and mixes with the humidified fresh air, then enters the return air pre chamber, and is heated by the temperature-controlled coil with hot water, and then the heated air is transported into the room under the action of the temperature-controlled fan;

[0024] Working mode three, air ventilation,

[0025] When the temperature-controlled fan of each temperature-controlled air-conditioning module is working, the room air is filtered through the return air filter of the return air chamber of the corresponding temperature-controlled air-conditioning chamber, enters the return air chamber and mixes with the humidified fresh air, then enters the return air chamber, passes through the water-free temperature-controlled coil, and then the air without temperature change is transported into the room under the action of the temperature-controlled fan.

[0026] The preferred solutions are as follows:

[0027] Preferably: an air inlet is provided at the rear side of each of the return air rear chambers, an air outlet is provided at the front side of each of the air outlet chambers, the return air filter is fixedly located at the rear side wall of the return air rear chamber, the temperature regulating coil is located in the middle of the return air front chamber, a first fixing plate is fixedly located at the rear side of each of the temperature regulating coils, the right side of the first fixing plate is flush with the right side of the corresponding temperature regulating coil, a second fixing plate is fixedly located at the front side of each of the temperature regulating coils, the left side of each of the second fixing plate is flush with the left side of the corresponding temperature regulating coil, Each of the temperature-control coils is fixed to the outer shell by its corresponding first fixing plate and second fixing plate, a third fixing plate is provided between each of the return air front chamber and the air outlet chamber, a vent is provided on each of the third fixing plates, the temperature-control fan is fixed at the front vent of the third fixing plate, the inlet and outlet ends of the temperature-control coil of each temperature-control air-conditioning module are both located in the return air rear chamber, the inlet end of the temperature-control coil of each temperature-control air-conditioning module is connected to a main water inlet pipe, and the outlet end of the temperature-control coil of each temperature-control air-conditioning module is connected to a main water outlet pipe.

[0028] Preferably: a fresh air inlet is provided at the rear side of the fresh air rear chamber, the fresh air filter is fixedly located at the rear side wall of the fresh air rear chamber, the humidifying membrane is located on the left side of the dehumidifying coil, the dehumidifying coil and the humidifying membrane are located in the middle of the fresh air front chamber, a fourth fixing plate is provided at the rear side of the dehumidifying coil and the humidifying membrane, a fifth fixing plate is provided at the front side of the dehumidifying coil and the humidifying membrane, the right side of the fourth fixing plate is flush with the right side of the dehumidifying coil, the left side of the fifth fixing plate is flush with the left side of the humidifying membrane, a sixth fixing plate is provided between the fresh air front chamber and the fresh air outlet chamber, a fresh air opening is provided on the sixth fixing plate, and the fresh air fan is fixedly located at the fresh air opening on the front side of the sixth fixing plate;

[0029] The height of the second partition is consistent with the height of the outer shell. The second partition divides the fresh air distribution chamber into a fresh air distribution box located on the left and a fresh air supply chamber located on the right. The third partition is located directly above the fresh air outlet chamber and has a first opening. The fresh air outlet chamber is connected to the fresh air distribution box through the first opening. The second partition is located inside the fresh air distribution chamber and has a plurality of second openings arranged in an array from front to back. Each second opening is connected to an independent fresh air distribution pipe, and each independent fresh air distribution pipe is connected to a temperature-regulating air-conditioning chamber.

[0030] Preferably: the main water inlet pipe is fixedly inserted into the return air rear chamber of a plurality of temperature-adjusting air-conditioning chambers in a transverse manner, and the inlet end of the main water inlet pipe protrudes out of the right side of the housing;

[0031] Each of the return air rear chambers is also provided with a transversely placed water outlet branch pipe, the inlet end of each of the water outlet branch pipes is respectively connected to the outlet end of the corresponding temperature regulating coil, the main water outlet pipe is fixedly located on the right side of the shell, and the outlet ends of several of the water outlet branch pipes are connected to the corresponding main water outlet pipes;

[0032] A dehumidification coil water inlet pipe, a dehumidification coil water outlet pipe, and a humidification wet film water inlet pipe are arranged inside the fresh air rear chamber of the humidification fresh air chamber. The dehumidification coil water inlet pipe is connected with the water inlet of the dehumidification coil, the dehumidification coil water outlet pipe is connected with the water outlet of the dehumidification coil, the humidification wet film water inlet pipe is connected with the water inlet of the humidification wet film, and the inlet end of the dehumidification coil water inlet pipe, the outlet end of the dehumidification coil water outlet pipe, and the inlet end of the humidification wet film water inlet pipe all protrude from the left side of the outer shell.

[0033] Preferably: it also includes an electric control system, which includes a central control CPU module and an intake air temperature and humidity sensor, a fresh air temperature and humidity sensor, a humidity control temperature and humidity sensor, a humidification regulating valve, a dehumidification water electric regulating valve, a plurality of return air temperature and humidity sensors, a plurality of supply air temperature and humidity sensors, a plurality of temperature control water electric regulating valves, a first electric three-way valve, a second electric three-way valve, a third electric three-way valve, a fourth electric three-way valve, and an indoor temperature and humidity sensor electrically connected to the central control CPU module;

[0034] The air intake temperature and humidity sensor is located between the fresh air rear chamber and the fresh air front chamber, the humidity control temperature and humidity sensor is located between the dehumidification coil and the humidification membrane, the humidification regulating valve is located at the inlet end of the humidification membrane water inlet pipe, the dehumidification water volume electric regulating valve is located at the outlet end of the dehumidification coil water outlet pipe, and the fresh air temperature and humidity sensor is located between the humidification membrane and the left side of the inner part of the shell;

[0035] Each of the return air temperature and humidity sensors is located between the corresponding return air rear chamber and the return air front chamber, each of the supply air temperature and humidity sensors is located on the lower left side of the corresponding temperature control coil, and each of the temperature control water volume electric regulating valves is located at the connection between the outlet end of the water outlet branch pipe of the temperature control coil of the temperature control air conditioning module and the main water outlet pipe;

[0036] The inlet end of the main water inlet pipe is connected to a first electric three-way valve, the outlet end of the main water outlet pipe is connected to a second electric three-way valve, the inlet end of the dehumidification coil is provided with a third electric three-way valve, and the fourth electric three-way valve is located on the connecting pipe at the outlet end of the dehumidification water electric regulating valve, the two inlet ends of the first electric three-way valve and the third electric three-way valve are respectively connected to the outlet ends of the external cold source and the external heat source, and the two outlet ends of the second electric three-way valve and the fourth electric three-way valve are respectively connected to the inlet ends of the external cold source and the external heat source;

[0037] The indoor temperature and humidity sensor is fixed inside the room.

[0038] Preferably: the left side of the first fixed plate inside the temperature-adjusting air conditioning chamber far away from the humidity-adjusting fresh air chamber is fixedly connected to the right side of the first partition corresponding thereto, and the left side of the first fixed plate inside the temperature-adjusting air conditioning chamber close to the humidity-adjusting fresh air chamber is fixedly connected to the right side of the second partition;

[0039] The right side portion of the second fixing plate inside the rightmost temperature-adjusting air-conditioning cavity is fixedly connected to the inner right side wall of the housing, and the right side portions of the second fixing plates of several temperature-adjusting air-conditioning cavities between the humidity-adjusting fresh air chamber and the rightmost temperature-adjusting air-conditioning cavity are fixedly connected to the left side portions of the first partition plates corresponding thereto;

[0040] The left side of the fourth fixing plate of the humidity-controlling fresh air chamber is fixedly connected to the inner left side wall of the shell, and the right side of the fifth fixing plate of the humidity-controlling fresh air chamber is fixedly connected to the left side of the second partition.

[0041] Preferably, the distance from the top to the bottom of the plurality of temperature control coils, the plurality of first fixing plates, the plurality of second fixing plates, the fourth fixing plate, the fifth fixing plate, the dehumidification coils, and the humidification membrane is consistent with the distance from the bottom of the third partition plate to the bottom wall inside the shell.

[0042] Preferably: a water receiving tray is provided at the bottom of the plurality of temperature regulating coils, dehumidifying coils and humidifying membranes, a drainage pipe is provided transversely below the shell, and the drainage pipe is connected to the outlets of the plurality of water receiving trays.

[0043] Preferably: the central control CPU module is internally provided with a working mode adjustment mode, and the temperature and humidity scenes corresponding to the environmental climate are divided into nine kinds, and the working modes of the humidity-adjusting fresh air module and the temperature-adjusting air conditioning module corresponding to the nine temperature and humidity scenes are as follows:

[0044] Mode 1: When the temperature and humidity are high, the temperature control air conditioning module cools and the humidity control fresh air module dehumidifies;

[0045] Mode 2: When the temperature is high and the humidity is appropriate, the temperature-controlled air conditioning module is used for cooling and the humidity-controlled fresh air module is used for ventilation.

[0046] Mode 3: When the temperature is high and the humidity is low, the temperature control air conditioning module cools and the humidity control fresh air module humidifies.

[0047] Mode 4: When the temperature is appropriate and the humidity is high, the temperature-controlled air conditioning module ventilates and the humidity-controlled fresh air module dehumidifies.

[0048] Mode 5: When the temperature and humidity are appropriate, the temperature-controlled air conditioning module is used for ventilation, and the humidity-controlled fresh air module is used for ventilation;

[0049] Mode 6: When the temperature is appropriate and the humidity is low, the temperature-controlled air conditioning module ventilates and the humidity-controlled fresh air module humidifies.

[0050] Mode 7: When the temperature is low and the humidity is high, the temperature control air conditioning module heats and the humidity control fresh air module dehumidifies;

[0051] Mode 8: When the temperature is low and the humidity is appropriate, the temperature-controlled air conditioning module heats and the humidity-controlled fresh air module ventilates;

[0052] Mode nine: when the temperature and humidity are low, the temperature control air conditioning module heats and the humidity control fresh air module humidifies.

[0053] Preferred: The specific working mode is as follows:

[0054] The central control CPU module is equipped with room humidity value and room temperature value;

[0055] Humidity Regulation:

[0056] In the fresh air dehumidification mode, the water supply interface of the dehumidification coil is connected to the external cold source, the third electric three-way valve is switched to the cold water pipe, the fourth electric three-way valve is switched to the cold water pipe, and cold water flows into the dehumidification coil. The central control CPU module adjusts the opening of the dehumidification water electric regulating valve according to the difference between the indoor temperature and humidity sensor and the set room humidity value. The opening of the dehumidification water electric regulating valve is positively correlated with the difference;

[0057] In the fresh air humidification mode, the water supply interface of the dehumidification coil is connected to the external heat source, the third electric three-way valve is switched to the hot water pipe, the fourth electric three-way valve is switched to the hot water pipe, and hot water is passed through the dehumidification coil to heat the fresh air and improve the humidification capacity. The central control CPU module adjusts the opening of the dehumidification water electric regulating valve and the humidification regulating valve according to the difference between the indoor temperature and humidity sensor and the set room humidity value. The opening of the dehumidification water electric regulating valve and the humidification regulating valve is positively correlated with the difference;

[0058] Temperature Regulation:

[0059] In air cooling mode, the main water inlet pipe is connected to the external cold source, the first electric three-way valve is switched to the cold water pipe, the second electric three-way valve is switched to the cold water pipe, and the temperature control coil is connected to cold water. The central control CPU module adjusts the opening of the corresponding temperature control water volume electric regulating valve according to the difference between the indoor temperature and humidity sensor and the set temperature value. The opening of the temperature control water volume electric regulating valve is positively correlated with the difference;

[0060] In air heating mode, the main water inlet pipe is connected to the external heat source, the first electric three-way valve is switched to the hot water pipe, the thermostatic coil is connected to hot water, and the second electric three-way valve is switched to the hot water pipe. The central control CPU module adjusts the opening of the corresponding water flow regulating valve according to the difference between the indoor temperature and humidity sensor and the set temperature value. The opening of the water flow regulating valve is positively correlated with the difference.

[0061] Fresh air volume adjustment:

[0062] When the humidity-adjusting fresh air module is working, the fresh air fan adjusts the speed of the fresh air fan according to the fresh air volume setting of the central control module to adjust the indoor fresh air volume;

[0063] Air conditioning volume adjustment:

[0064] When the temperature control air conditioning module is working, the temperature control fan adjusts the temperature control fan speed according to the air conditioning air volume setting of the central control module to adjust the air conditioning air volume of the indoor room.

[0065] In summary, the present invention has separate temperature and humidity control, that is, the regulation of indoor temperature and humidity is independent of each other and does not affect each other; independent room delivery, that is, the air conditioner in each room is an independent piping system, with independent fans and air ducts, and does not affect each other; separate room temperature control, that is, each room can achieve independent temperature regulation, which is adjusted on demand without wasting energy; separate room speed control, that is, each room can achieve independent air volume regulation; adjustable humidity, that is, the indoor humidity can be independently adjusted according to environmental needs, and can be dehumidified, humidified, and humidity control can be achieved; independent fresh air, that is, each room has independent fresh air delivery, and the fresh air is not affected by the start and stop of the air conditioner in each room; low noise, that is, the system runs with low noise, and independent small fans deliver air, which is adjusted on demand to reduce noise; low energy consumption, that is, Each room is started and stopped as needed, and adjusted as needed, without over-operation, thus avoiding energy waste; the environmental matching degree is high, that is, under different temperature and humidity environmental climatic conditions, the system has a suitable combination of operating modes to achieve comfortable adjustment of indoor temperature and humidity under any temperature and humidity climatic conditions; the environmental adaptability is strong, that is, the system does not rely on strict external conditions such as enclosure structure, air tightness, doors and windows, and will not produce the risk of condensation and mold in the system; it can be turned on and off as needed at any time, without the need to be turned on in advance; the equipment is integrated, that is, fresh air, air conditioning, as well as heating, cooling, humidification, dehumidification, filtration, speed regulation and other functional modules are integrated into one, which facilitates the efficient operation of the system, reduces the size of equipment, and reduces the beneficial effects of occupying building space. BRIEF DESCRIPTION OF THE DRAWINGS

[0066] Figure 1 It is a schematic diagram of the overall structure of the embodiment;

[0067] Figure 2 It is a front view of the overall structural modeling schematic diagram of the embodiment;

[0068] Figure 3 is a partial cross-sectional view of the front and side views of the overall structural modeling schematic diagram of the embodiment;

[0069] Figure 4 is a schematic diagram of the structure of the housing of the embodiment after the top is removed;

[0070] Figure 5 is a top side view of the housing of the embodiment after removing the top and the third partition;

[0071] Figure 6 is a top view of the housing of the embodiment after removing the top and the third partition;

[0072] Figure 7 is a top view of the housing of the embodiment after removing the top and the third partition;

[0073] Figure 8 It is a schematic diagram of temperature and humidity scenes corresponding to different environmental climates of the embodiment.

[0074] In the figure, 1, housing; 2, temperature control air conditioning module; 3, humidity control fresh air module; 4, first partition; 5, second partition; 6, third partition; 7, first fixing plate; 8, second fixing plate; 9, third fixing plate; 10, fourth fixing plate; 11, fifth fixing plate; 12, sixth fixing plate; 13, main water inlet pipe; 14, main water outlet pipe; 15, electric control system; 16, drainage pipe;

[0075] 111. Fresh air distribution chamber; 112. Temperature and humidity control chamber; 113. Temperature and air conditioning chamber; 114. Humidity control fresh air chamber; 115. Return air rear chamber; 116. Return air front chamber; 117. Air outlet chamber; 118. Fresh air rear chamber; 119. Fresh air front chamber; 120. Fresh air outlet chamber; 121. Fresh air distribution box; 122. Fresh air supply chamber; 123. Independent fresh air distribution pipe; 124. Water outlet branch pipe; 125. Dehumidification coil water inlet pipe; 126. Dehumidification coil water outlet pipe; 127. Humidification wet film water inlet pipe;

[0076] 211, return air filter; 212, temperature control coil; 213, temperature control fan;

[0077] 311. Fresh air filter; 312. Dehumidification coil; 313. Humidification membrane; 314. Fresh air fan;

[0078] 1501. Central control CPU module; 1502. Intake air temperature and humidity sensor; 1503. Fresh air temperature and humidity sensor; 1504. Humidification temperature and humidity sensor; 1505. Humidification regulating valve; 1506. Dehumidification water volume electric regulating valve; 1507. Return air temperature and humidity sensor; 1508. Supply air temperature and humidity sensor; 1509. Temperature control water volume electric regulating valve; 1510. First electric three-way valve; 1511. Second electric three-way valve; 1512. Third electric three-way valve; 1513. Fourth electric three-way valve; 1515. Supply air regulating valve. DETAILED DESCRIPTION

[0079] The present invention is further described in detail below in conjunction with the accompanying drawings.

[0080] The same components are denoted by the same reference numerals. It should be noted that the words "front", "rear", "left", "right", "upper" and "lower" used in the following description refer to directions in the drawings.

[0081] Temperature and humidity independent adjustment zone air supply type full air system, such as Figure 1-Figure 8 As shown, it includes a housing 1, a plurality of temperature control air conditioning modules 2, a humidity control fresh air module 3, and an electric control system 15;

[0082] The shell 1 is a rectangular shell, and the shell 1 is placed horizontally. One quarter of the internal space of the shell 1 from top to bottom is a fresh air distribution chamber 111, and three quarters of the internal space of the shell 1 from bottom to top is a temperature and humidity control chamber 112. A plurality of temperature control air conditioning modules 2 and humidity control fresh air modules 3 are arranged in an array from right to left in the temperature and humidity control chamber 112 to divide the temperature and humidity control chamber 112 into a plurality of temperature control air conditioning chambers 113 and humidity control fresh air chambers 114. A first partition 4 is provided between the plurality of temperature control air conditioning modules 2, a second partition 5 is provided between the humidity control fresh air module 3 and the adjacent temperature control air conditioning module 2, and a third partition 6 is provided between the fresh air distribution chamber 111 and the plurality of temperature control air conditioning modules 2 and the humidity control fresh air modules 3;

[0083] Each temperature-controlled air conditioning cavity 113 includes a return air rear chamber 115, a return air front chamber 116, and an air outlet chamber 117 arranged from back to front, and each temperature-controlled air conditioning module 2 includes a return air filter 211, a temperature-controlled coil 212, and a temperature-controlled fan 213 arranged from back to front;

[0084] The humidity-adjusting fresh air chamber 114 includes a fresh air rear chamber 118, a fresh air front chamber 119, and a fresh air outlet chamber 120 arranged from back to front, and the humidity-adjusting fresh air module 3 includes a fresh air filter 311, a dehumidification coil 312, a humidifying membrane 313, and a fresh air fan 314 arranged from back to front;

[0085] An air inlet is provided at the rear side of each return air rear chamber 115, an air outlet is provided at the front side of each air outlet chamber 117, a return air filter 211 is fixedly located at the rear side wall of the return air rear chamber 115, a temperature regulating coil 212 is located in the middle of the return air front chamber 116, a first fixing plate 7 is fixedly provided at the rear side of each temperature regulating coil 212, a right side of the first fixing plate 7 is flush with the right side of the corresponding temperature regulating coil 212, a second fixing plate 8 is fixedly provided at the front side of each temperature regulating coil 212, a left side of each second fixing plate 8 is flush with the left side of the corresponding temperature regulating coil 212, and each temperature regulating The coils 212 are fixed to the casing 1 through their corresponding first fixing plates 7 and second fixing plates 8. A third fixing plate 9 is provided between each return air front chamber 116 and the air outlet chamber 117. Each third fixing plate 9 is provided with a vent. The temperature control fan 213 is fixed at the front vent of the third fixing plate 9. The inlet and outlet ends of the temperature control coils 212 of each temperature control air conditioning module 2 are both located in the return air rear chamber 115. The inlet end of the temperature control coils 212 of each temperature control air conditioning module 2 is connected to the main water inlet pipe 13, and the outlet end of the temperature control coils 212 of each temperature control air conditioning module 2 is connected to the main water outlet pipe 14.

[0086] A fresh air inlet is provided at the rear side of the fresh air rear chamber 118, the fresh air filter 311 is fixedly located at the rear side wall of the fresh air rear chamber 118, the humidifying membrane 313 is located on the left side of the dehumidifying coil 312, the dehumidifying coil 312 and the humidifying membrane 313 are located in the middle of the fresh air front chamber 119, a fourth fixing plate 10 is provided at the rear side of the dehumidifying coil 312 and the humidifying membrane 313, a fifth fixing plate 11 is provided at the front side of the dehumidifying coil 312 and the humidifying membrane 313, the right side of the fourth fixing plate 10 is flush with the right side of the dehumidifying coil 312, the left side of the fifth fixing plate 11 is flush with the left side of the humidifying membrane 313, a sixth fixing plate 12 is provided between the fresh air front chamber 119 and the fresh air outlet chamber 117, a fresh air opening is provided on the sixth fixing plate 12, and the fresh air fan 314 is fixedly located at the fresh air opening on the front side of the sixth fixing plate 12;

[0087] The height of the second partition 5 is consistent with the height of the outer shell 1, and the second partition 5 divides the fresh air distribution chamber 111 into a fresh air distribution box 121 located on the left and a fresh air supply chamber 122 located on the right. The third partition 6 is located directly above the fresh air outlet chamber 117 and is provided with a first opening. The fresh air outlet chamber 117 is connected to the fresh air distribution box 121 through the first opening. The second partition 5 is located inside the fresh air distribution chamber 111 and is provided with a plurality of second openings in an array from front to back, and each second opening is connected to an independent fresh air distribution pipe 123, and each independent fresh air distribution pipe 123 is respectively connected to a temperature regulating air conditioning chamber 113.

[0088] The main water inlet pipe 13 is fixedly inserted into the return air rear chamber 115 of the plurality of temperature-adjusting air conditioning chambers 113 in a transverse manner, and the inlet end of the main water inlet pipe 13 protrudes from the right side of the housing 1;

[0089] Each of the return air rear chambers 115 is also provided with a transversely placed water outlet branch pipe 124, the inlet end of each water outlet branch pipe 124 is respectively connected to the outlet end of its corresponding temperature regulating coil 212, the main water outlet pipe 14 is fixedly located at the right side of the housing 1, and the outlet ends of the plurality of water outlet branch pipes 124 are all connected to the corresponding main water outlet pipe 14;

[0090] A dehumidification coil water inlet pipe 125, a dehumidification coil water outlet pipe 126, and a humidification wet film water inlet pipe 127 are provided inside the fresh air rear chamber 118 of the humidification fresh air chamber 114. The dehumidification coil water inlet pipe 125 is connected to the water inlet of the dehumidification coil 312, the dehumidification coil water outlet pipe 126 is connected to the water outlet of the dehumidification coil 312, the humidification wet film water inlet pipe 127 is connected to the water inlet of the humidification wet film 313, and the inlet end of the dehumidification coil water inlet pipe 125, the outlet end of the dehumidification coil water outlet pipe 126, and the inlet end of the humidification wet film water inlet pipe 127 all protrude from the left side of the outer shell 1.

[0091] The left side of the first fixed plate 7 in the temperature-adjusting air conditioning chamber 113 away from the humidity-adjusting fresh air chamber 114 is fixedly connected to the right side of the first partition plate 4 corresponding thereto, and the left side of the first fixed plate 7 in the temperature-adjusting air conditioning chamber 113 close to the humidity-adjusting fresh air chamber 114 is fixedly connected to the right side of the second partition plate 5;

[0092] The right side portion of the second fixing plate 8 inside the rightmost temperature-adjusting air-conditioning cavity 113 is fixedly connected to the right side wall inside the housing 1, and the right side portions of the second fixing plates 8 of several temperature-adjusting air-conditioning cavities 113 between the humidity-adjusting fresh air chamber 114 and the rightmost temperature-adjusting air-conditioning cavity 113 are fixedly connected to the left side portions of the first partition plates 4 corresponding thereto;

[0093] The left side of the fourth fixing plate 10 of the humidity-controlling fresh air chamber 114 is fixedly connected to the inner left wall of the shell 1 , and the right side of the fifth fixing plate 11 of the humidity-controlling fresh air chamber 114 is fixedly connected to the left side of the second partition plate 5 .

[0094] The distance from the top to the bottom of the temperature control coils 212, the first fixed plates 7, the second fixed plates 8, the fourth fixed plate 10, the fifth fixed plate 11, the dehumidification coil 312, and the humidifying membrane 313 is consistent with the distance from the bottom of the third partition plate 6 to the bottom wall inside the shell 1.

[0095] A water receiving tray is provided at the bottom of the temperature control coil 212, the dehumidification coil 312, and the humidification membrane 313. A drainage pipe 16 is horizontally provided below the outer shell 1. The drainage pipe 16 is connected to the outlets of the water receiving trays. It is prior art that a water receiving tray is provided at the bottom of the temperature control coil 212, the dehumidification coil 312, and the humidification membrane 313. No further details are given here.

[0096] The electric control system 15 includes a central control CPU module 1501 and an intake air temperature and humidity sensor 1502, a fresh air temperature and humidity sensor 1503, a humidity control temperature and humidity sensor 1504, a humidification regulating valve 1505, a dehumidification water electric regulating valve 1506, a plurality of return air temperature and humidity sensors 1507, a plurality of supply air temperature and humidity sensors 1508, a plurality of temperature control water electric regulating valves 1509, a first electric three-way valve 1510, a second electric three-way valve 1511, a third electric three-way valve 1512, a fourth electric three-way valve 1513, and an indoor temperature and humidity sensor electrically connected to the central control CPU module 1501;

[0097] The air intake temperature and humidity sensor 1502 is located between the fresh air rear chamber 118 and the fresh air front chamber 119, the humidity control temperature and humidity sensor 1504 is located between the dehumidification coil 312 and the humidification membrane 313, the humidification regulating valve 1505 is located at the inlet end of the humidification membrane water inlet pipe 127, the dehumidification water electric regulating valve 1506 is located at the outlet end of the dehumidification coil water outlet pipe 126, and the fresh air temperature and humidity sensor 1503 is located between the humidification membrane 313 and the left side of the inner part of the housing 1;

[0098] Each return air temperature and humidity sensor 1507 is located between the corresponding return air rear chamber 115 and the return air front chamber 116, each supply air temperature and humidity sensor 1508 is located below the corresponding temperature control coil 212 on the left side, and each temperature control water volume electric regulating valve 1509 is located at the connection between the outlet end of the water outlet branch pipe 124 of the temperature control coil 212 of the temperature control air conditioning module 2 and the main water outlet pipe 14;

[0099] The inlet end of the main water inlet pipe 13 is connected to the first electric three-way valve 1510, the outlet end of the main water outlet pipe 14 is connected to the second electric three-way valve 1511, the inlet end of the dehumidification coil 312 is provided with a third electric three-way valve 1512, and the fourth electric three-way valve 1513 is located on the connecting pipe at the outlet end of the dehumidification water electric regulating valve 1506. The two inlet ends of the first electric three-way valve 1510 and the third electric three-way valve 1512 are respectively connected to the outlet ends of the external cold source and the external heat source, and the two outlet ends of the second electric three-way valve 1511 and the fourth electric three-way valve 1513 are respectively connected to the inlet ends of the external cold source and the external heat source;

[0100] The indoor temperature and humidity sensor is fixed inside the room;

[0101] An air supply regulating valve 1515 is also provided on each independent fresh air distribution pipe 123 for controlling the air volume during fresh air supply.

[0102] The patent with the authorization announcement number "CN118168071 B" discloses a two-way heat balance energy recovery type energy storage energy-saving air conditioning host, including a compressor, a hot water tank, a cold water tank, a condenser, and an evaporator. The hot water tank is provided with a water tank condensing coil, a domestic hot water heat exchange coil, and an air conditioning hot water heat exchange coil. The cold water tank is provided with a water tank evaporating coil, a domestic cold water heat exchange coil, and an air conditioning cold water heat exchange coil; a first pipe is provided at the outlet end of the compressor and is connected to the inlet end of the water tank condensing coil, a second pipe is provided at the outlet end of the water tank condensing coil, and the outlet end of the second pipe is connected to the inlet end of the water tank evaporating coil. A third pipe is provided at the outlet end of the water tank evaporating coil, and the outlet end of the third pipe is connected to the inlet end of the compressor; an electronic expansion valve is provided on the second pipe, and the second pipe is located on both sides of the electronic expansion valve and is respectively provided with a condenser and an evaporator in parallel. Among them, the hot water tank and the cold water tank are the external heat source and external cold source of this embodiment.

[0103] The working process of the temperature and humidity independent adjustment zone air supply type full air system includes the following working steps:

[0104] Step 1: Fresh air humidity control:

[0105] Working mode 1: fresh air dehumidification,

[0106] When the fresh air blower 314 is working, the fresh air passes through the fresh air filter 311 from the rear side of the housing 1, is filtered, and then enters the fresh air rear chamber 118, and then passes through the dehumidification coil 312 and the humidification membrane 313 in sequence, and enters the fresh air front chamber 119. At this time, the dehumidification coil 312 passes cold water to dehumidify the fresh air, and the humidification membrane 313 does not pass water and does not humidify;

[0107] Working mode 2: fresh air humidification,

[0108] When the fresh air blower 314 is working, the fresh air passes through the fresh air filter 311 from the rear side of the housing 1, is filtered, and then enters the fresh air rear chamber 118, and then passes through the dehumidification coil 312 and the humidification membrane 313 in sequence, and enters the fresh air front chamber 119. At this time, the dehumidification coil 312 passes hot water to heat the fresh air, and the humidification membrane 313 passes water to humidify.

[0109] Working mode three, fresh air ventilation,

[0110] When the fresh air blower 314 is working, the fresh air passes through the fresh air filter 311 from the rear side of the housing 1, is filtered, and then enters the fresh air rear chamber 118, and then passes through the dehumidification coil 312 and the humidification membrane 313 in sequence, and enters the fresh air front chamber 119. At this time, the dehumidification coil 312 and the humidification membrane 313 are not water-permeable;

[0111] Step 2: Fresh air zone allocation:

[0112] The humidified fresh air is transported to the fresh air distribution box 121 by the fresh air fan 314, and then the fresh air is transported to the return air chamber 115 of each temperature-controlled air conditioning chamber 113 through the independent fresh air distribution pipe 123;

[0113] Step 3: Air temperature control:

[0114] Working mode 1, air cooling,

[0115] When the temperature-adjusting fan 213 of each temperature-adjusting air conditioning module 2 is working, the room air is filtered through the return air filter 211 of the return air rear chamber 115 of the corresponding temperature-adjusting air conditioning chamber 113, enters the return air rear chamber 115 and is mixed with the humidified fresh air, then enters the return air front chamber 116, and is cooled through the temperature-adjusting coil 212 through which cold water flows, and then the cooled air is transported into the room under the action of the temperature-adjusting fan 213;

[0116] Working mode 2: air heating,

[0117] When the temperature-adjusting fan 213 of each temperature-adjusting air conditioning module 2 is working, the room air is filtered through the return air filter 211 of the return air rear chamber 115 of the corresponding temperature-adjusting air conditioning chamber 113, enters the return air rear chamber 115 and mixes with the humidified fresh air, then enters the return air front chamber 116, and is heated by the temperature-adjusting coil 212 that passes hot water, and then the heated air is transported into the room under the action of the temperature-adjusting fan 213;

[0118] Working mode three, air ventilation,

[0119] When the temperature-control fan 213 of each temperature-control air-conditioning module 2 is working, the room air is filtered through the return air filter 211 of the return air rear chamber 115 of the corresponding temperature-control air-conditioning chamber 113, enters the return air rear chamber 115 to mix with the humidified fresh air, and then enters the return air front chamber 116, passes through the water-proof temperature-control coil 212, and then the air without temperature change is transported into the room under the action of the temperature-control fan 213.

[0120] like Figure 8 As shown in the figure, there are nine temperature and humidity scenarios corresponding to different environmental climates:

[0121] A. Scenarios with high temperature and high humidity, such as the hot and humid summer weather in southern China;

[0122] B. Scenes with high temperature and appropriate humidity;

[0123] C. scenes with high temperature and low humidity, such as hot and dry desert weather;

[0124] D. Scenes with suitable temperature and high humidity;

[0125] E. Scenarios with suitable temperature and humidity, such as the transition season in coastal areas of China;

[0126] F. Scenes with suitable temperature and low humidity;

[0127] G. Low temperature and high humidity scenes, such as the cold and humid return of the south wind in southern China;

[0128] H. Scenes with low temperature and appropriate humidity;

[0129] I. Scenarios with low temperature and low humidity, such as winter weather in Northeast China;

[0130] The central control CPU module 1501 is internally provided with a working mode adjustment mode. The temperature and humidity scenes corresponding to the environmental climate are divided into nine types. The working modes of the humidity control fresh air module 3 and the temperature control air conditioning module 2 corresponding to the nine temperature and humidity scenes are as follows:

[0131] Mode 1: In scenarios with high temperature and high humidity, the temperature control air conditioning module 2 cools and the humidity control fresh air module 3 dehumidifies;

[0132] Mode 2: When the temperature is high and the humidity is appropriate, the temperature control air conditioning module 2 is used for cooling and the humidity control fresh air module 3 is used for ventilation;

[0133] Mode 3: In the scenario of high temperature and low humidity, the temperature control air conditioning module 2 cools and the humidity control fresh air module 3 humidifies;

[0134] Mode 4: When the temperature is appropriate and the humidity is high, the temperature-controlled air conditioning module 2 is used for ventilation and the humidity-controlled fresh air module 3 is used for dehumidification;

[0135] Mode 5: When the temperature and humidity are appropriate, the temperature-controlled air conditioning module 2 is used for ventilation, and the humidity-controlled fresh air module 3 is used for ventilation;

[0136] Mode 6: When the temperature is appropriate and the humidity is low, the temperature-controlled air conditioning module 2 is used for ventilation and the humidity-controlled fresh air module 3 is used for humidification;

[0137] Mode 7: When the temperature is low and the humidity is high, the temperature control air conditioning module 2 heats and the humidity control fresh air module 3 dehumidifies;

[0138] Mode 8: When the temperature is low and the humidity is appropriate, the temperature control air conditioning module 2 is used for heating and the humidity control fresh air module 3 is used for ventilation;

[0139] Mode nine: in a scene with low temperature and low humidity, the temperature control air conditioning module 2 heats and the humidity control fresh air module 3 humidifies.

[0140] The working process of the temperature and humidity independent adjustment zone air supply type full air system, the specific working mode is as follows:

[0141] The central control CPU module 1501 is internally provided with room humidity value and room temperature value;

[0142] Humidity Regulation:

[0143] In the fresh air dehumidification mode, the water supply interface of the dehumidification coil 312 is connected to the external cold source, the third electric three-way valve 1512 is switched to the cold water pipe, the fourth electric three-way valve 1513 is switched to the cold water pipe, and cold water flows through the dehumidification coil 312. The central control CPU module 1501 adjusts the opening of the dehumidification water electric regulating valve 1506 according to the difference between the indoor temperature and humidity sensor and the set room humidity value, and the opening of the dehumidification water electric regulating valve 1506 is positively correlated with the difference;

[0144] In the fresh air humidification mode, the water supply interface of the dehumidification coil 312 is connected to an external heat source, the third electric three-way valve 1512 is switched to the hot water pipe, and the fourth electric three-way valve 1513 is switched to the hot water pipe. Hot water is passed through the dehumidification coil 312 to heat the fresh air and improve the humidification capacity. The central control CPU module 1501 adjusts the opening of the dehumidification water electric regulating valve 1506 and the humidification regulating valve 1505 according to the difference between the indoor temperature and humidity sensor and the set room humidity value. The opening of the dehumidification water electric regulating valve 1506 and the humidification regulating valve 1505 is positively correlated with the difference;

[0145] Temperature Regulation:

[0146] In air cooling mode, the main water inlet pipe 13 is connected to an external cold source, the first electric three-way valve 1510 is switched to the cold water pipe, the second electric three-way valve 1511 is switched to the cold water pipe, the temperature control coil 212 is connected to cold water, and the central control CPU module 1501 adjusts the opening of the corresponding temperature control water volume electric regulating valve 1509 according to the difference between the indoor temperature and humidity sensor and the set temperature value, and the opening of the temperature control water volume electric regulating valve 1509 is positively correlated with the difference;

[0147] In air heating mode, the main water inlet pipe 13 is connected to an external heat source, the first electric three-way valve 1510 is switched to the hot water pipe, the thermostatic coil 212 is connected to hot water, the second electric three-way valve 1511 is switched to the hot water pipe, and the central control CPU module 1501 adjusts the opening of the corresponding water regulating valve according to the difference between the indoor temperature and humidity sensor and the set temperature value, and the opening of the water regulating valve is positively correlated with the difference;

[0148] Fresh air volume adjustment:

[0149] When the humidity-adjusting fresh air module 3 is working, the fresh air fan 314 adjusts the speed of the fresh air fan 314 according to the fresh air volume setting of the central control module to adjust the indoor fresh air volume;

[0150] Air conditioning volume adjustment:

[0151] When the temperature control air conditioning module 2 is working, the temperature control fan 213 adjusts the speed of the temperature control fan 213 according to the air conditioning air volume setting of the central control module to adjust the air conditioning air volume of the indoor room.

[0152] This specific embodiment is only an explanation of the present invention, and it is not a limitation of the present invention. After reading this specification, those skilled in the art can make non-creative modifications to this embodiment as needed, but they are protected by patent law as long as they are within the scope of the claims of the present invention.

Claims

1. The working process of the temperature and humidity independent adjustment zone air supply type full air system is characterized by: It comprises a temperature and humidity independent regulation partition air supply type full air system, the temperature and humidity independent regulation partition air supply type full air system comprises a housing (1), a plurality of temperature regulating air conditioning modules (2), and a humidity regulating fresh air module (3); The shell (1) is a rectangular shell, and the shell (1) is placed horizontally. One quarter of the internal space of the shell (1) from top to bottom is a fresh air distribution chamber (111), and three quarters of the internal space of the shell (1) from bottom to top is a temperature and humidity control chamber (112). A plurality of temperature control air conditioning modules (2) and humidity control fresh air modules (3) are arranged in an array from right to left in the temperature and humidity control chamber (112) to divide the temperature and humidity control chamber (112) into a plurality of temperature control air conditioning chambers (113) and humidity control fresh air chambers (114). A first partition (4) is provided between the plurality of temperature control air conditioning modules (2), a second partition (5) is provided between the humidity control fresh air module (3) and its adjacent temperature control air conditioning module (2), and a third partition (6) is provided between the fresh air distribution chamber (111) and the plurality of temperature control air conditioning modules (2) and humidity control fresh air modules (3). Each of the temperature-adjusting air-conditioning chambers (113) comprises a return air rear chamber (115), a return air front chamber (116), and an air outlet chamber (117) arranged from back to front, and each of the temperature-adjusting air-conditioning modules (2) comprises a return air filter (211), a temperature-adjusting coil (212), and a temperature-adjusting fan (213) arranged from back to front; The humidity-adjusting fresh air chamber (114) comprises a fresh air rear chamber (118), a fresh air front chamber (119), and a fresh air outlet chamber (120) arranged from back to front, and the humidity-adjusting fresh air module (3) comprises a fresh air filter (311), a dehumidification coil (312), a humidifying membrane (313), and a fresh air fan (314) arranged from back to front; The working process of the temperature and humidity independent adjustment zone air supply type full air system includes the following working steps: Step 1: Fresh air humidity control: Working mode 1: fresh air dehumidification, The fresh air fan (314) is in operation, and the fresh air is filtered through the fresh air filter (311) from the rear side of the housing (1), and then enters the fresh air rear chamber (118), and then passes through the dehumidification coil (312) and the humidification membrane (313) in sequence, and enters the fresh air front chamber (119). At this time, the dehumidification coil (312) is passed with cold water to dehumidify the fresh air, and the humidification membrane (313) is not passed with water and does not humidify; Working mode 2: fresh air humidification, The fresh air fan (314) is working, and the fresh air is filtered through the fresh air filter (311) from the rear side of the housing (1), and then enters the fresh air rear chamber (118), and then passes through the dehumidification coil (312) and the humidification membrane (313) in sequence, and enters the fresh air front chamber (119). At this time, the dehumidification coil (312) passes hot water to heat the fresh air, and the humidification membrane (313) passes water to humidify; Working mode three, fresh air ventilation, The fresh air fan (314) is working, and the fresh air is filtered through the fresh air filter (311) from the rear side of the housing (1), and then enters the fresh air rear chamber (118), and then passes through the dehumidification coil (312) and the humidification membrane (313) in sequence, and enters the fresh air front chamber (119). At this time, the dehumidification coil (312) and the humidification membrane (313) are not water-permeable; Step 2: Fresh air zone allocation: The humidified fresh air is transported to the fresh air distribution box (121) by the fresh air fan (314), and then the fresh air is transported to the return air chamber (115) of each temperature-controlled air conditioning chamber (113) through an independent fresh air distribution pipe (123); Step 3: Air temperature control: Working mode 1, air cooling, The temperature-adjusting fan (213) of each temperature-adjusting air conditioning module (2) is in operation, and the room air is filtered through the return air filter (211) of the return air rear chamber (115) of the corresponding temperature-adjusting air conditioning chamber (113), enters the return air rear chamber (115) to mix with the humidified fresh air, and then enters the return air front chamber (116), and is cooled through the temperature-adjusting coil (212) through which cold water flows, and then the cooled air is transported into the room under the action of the temperature-adjusting fan (213); Working mode 2: air heating, The temperature-adjusting fan (213) of each temperature-adjusting air conditioning module (2) is in operation, and the room air is filtered through the return air filter (211) of the return air rear chamber (115) of the corresponding temperature-adjusting air conditioning chamber (113), enters the return air rear chamber (115) to mix with the humidified fresh air, and then enters the return air front chamber (116), and is heated by the temperature-adjusting coil (212) that passes hot water, and then the heated air is transported into the room under the action of the temperature-adjusting fan (213); Working mode three, air ventilation, When the temperature-adjusting fan (213) of each temperature-adjusting air conditioning module (2) is in operation, the room air is filtered through the return air filter (211) of the return air rear chamber (115) of the corresponding temperature-adjusting air conditioning chamber (113), enters the return air rear chamber (115) to be mixed with the humidified fresh air, then enters the return air front chamber (116), passes through the water-proof temperature-adjusting coil (212), and then the air without temperature change is transported into the room under the action of the temperature-adjusting fan (213).

2. The working process of the temperature and humidity independent adjustment zoned air supply type full air system according to claim 1 is characterized by: An air inlet is provided at the rear side of each of the return air rear chambers (115), an air outlet is provided at the front side of each of the air outlet chambers (117), the return air filter (211) is fixedly located on the rear side wall of the return air rear chamber (115), the temperature control coil (212) is located in the middle of the return air front chamber (116), a first fixing plate (7) is fixedly provided on the rear side of each of the temperature control coils (212), the right side of the first fixing plate (7) is flush with the right side of the corresponding temperature control coil (212), a second fixing plate (8) is fixedly provided on the front side of each of the temperature control coils (212), the left side of each of the second fixing plates (8) is flush with the left side of the corresponding temperature control coil (212), and each of the temperature control coils (212) is fixedly provided with a second fixing plate (8). The first and second fixing plates (212) are fixed to the housing (1) through their corresponding first fixing plates (7) and second fixing plates (8); a third fixing plate (9) is provided between each of the return air front chamber (116) and the air outlet chamber (117); each of the third fixing plates (9) is provided with a vent; the temperature control fan (213) is fixedly located at the front vent of the third fixing plate (9); the inlet end and the outlet end of the temperature control coil (212) of each of the temperature control air conditioning modules (2) are located in the return air rear chamber (115); the inlet end of the temperature control coil (212) of each of the temperature control air conditioning modules (2) is connected to a main water inlet pipe (13); and the outlet end of the temperature control coil (212) of each of the temperature control air conditioning modules (2) is connected to a main water outlet pipe (14).

3. The working process of the temperature and humidity independent adjustment zoned air supply type full air system according to claim 2 is characterized by: A fresh air inlet is provided at the rear side of the fresh air rear chamber (118); the fresh air filter (311) is fixedly located on the rear side wall of the fresh air rear chamber (118); the humidifying membrane (313) is located to the left of the dehumidifying coil (312); the dehumidifying coil (312) and the humidifying membrane (313) are located in the middle of the fresh air front chamber (119); a fourth fixing plate (10) is provided at the rear side of the dehumidifying coil (312) and the humidifying membrane (313); 3), a fifth fixing plate (11) is provided on the front side of the fourth fixing plate (10), the right side of the fourth fixing plate (10) is flush with the right side of the dehumidifying coil (312), the left side of the fifth fixing plate (11) is flush with the left side of the humidifying membrane (313), a sixth fixing plate (12) is provided between the fresh air front chamber (119) and the fresh air outlet chamber (117), a fresh air opening is provided on the sixth fixing plate (12), and the fresh air fan (314) is fixedly located at the fresh air opening on the front side of the sixth fixing plate (12); The height of the second partition (5) is consistent with the height of the outer shell (1); the second partition (5) divides the fresh air distribution chamber (111) into a fresh air distribution box (121) located on the left and a fresh air supply chamber (122) located on the right; the portion of the third partition (6) located directly above the fresh air outlet chamber (117) is provided with a first opening; the fresh air outlet chamber (117) is connected to the fresh air distribution box (121) through the first opening; the portion of the second partition (5) located inside the fresh air distribution chamber (111) is provided with a plurality of second openings arranged in an array from front to back; each second opening is connected to an independent fresh air distribution pipe (123); and each independent fresh air distribution pipe (123) is respectively connected to a temperature-adjusting air conditioning chamber (113).

4. The working process of the temperature and humidity independent adjustment zoned air supply type full air system according to claim 3 is characterized by: The main water inlet pipe (13) is fixedly inserted into the return air rear chamber (115) of a plurality of temperature-adjusting air conditioning chambers (113) in a transverse direction, and the inlet end of the main water inlet pipe (13) protrudes from the right side of the housing (1); Each of the return air rear chambers (115) is also provided with a transversely placed water outlet branch pipe (124), the inlet end of each of the water outlet branch pipes (124) is respectively connected to the outlet end of its corresponding temperature regulating coil (212), the main water outlet pipe (14) is fixedly located on the right side of the housing (1), and the outlet ends of a plurality of the water outlet branch pipes (124) are all connected to their corresponding main water outlet pipes (14); A dehumidification coil water inlet pipe (125), a dehumidification coil water outlet pipe (126), and a humidification membrane water inlet pipe (127) are provided inside the fresh air rear chamber (118) of the humidification fresh air chamber (114); the dehumidification coil water inlet pipe (125) is connected to the water inlet of the dehumidification coil (312); the dehumidification coil water outlet pipe (126) is connected to the water outlet of the dehumidification coil (312); the humidification membrane water inlet pipe (127) is connected to the water inlet of the humidification membrane (313); the inlet end of the dehumidification coil water inlet pipe (125), the outlet end of the dehumidification coil water outlet pipe (126), and the inlet end of the humidification membrane water inlet pipe (127) all protrude from the left side of the housing (1).

5. The working process of the temperature and humidity independent adjustment zoned air supply type full air system according to claim 4 is characterized by: The electronic control system (15) further comprises a central control CPU module (1501), and the electronic control system (15) comprises an intake air temperature and humidity sensor (1502) electrically connected to the central control CPU module (1501), a fresh air temperature and humidity sensor (1503), a humidity control temperature and humidity sensor (1504), a humidification regulating valve (1505), a dehumidification water volume electric regulating valve (1506), a plurality of return air temperature and humidity sensors (1507), a plurality of supply air temperature and humidity sensors (1508), a plurality of temperature control water volume electric regulating valves (1509), a first electric three-way valve (1510), a second electric three-way valve (1511), a third electric three-way valve (1512), a fourth electric three-way valve (1513), and an indoor temperature and humidity sensor; The air intake temperature and humidity sensor (1502) is located between the fresh air rear chamber (118) and the fresh air front chamber (119); the humidity control temperature and humidity sensor (1504) is located between the dehumidification coil (312) and the humidification membrane (313); the humidification regulating valve (1505) is located at the inlet end of the humidification membrane water inlet pipe (127); the dehumidification water volume electric regulating valve (1506) is located at the outlet end of the dehumidification coil water outlet pipe (126); and the fresh air temperature and humidity sensor (1503) is located between the humidification membrane (313) and the left side of the interior of the housing (1); Each of the return air temperature and humidity sensors (1507) is located between its corresponding return air rear chamber (115) and return air front chamber (116), each of the supply air temperature and humidity sensors (1508) is located on the left side below its corresponding temperature control coil (212), and each of the temperature control water volume electric regulating valves (1509) is located at the connection between the outlet end of the water outlet branch pipe (124) of the temperature control coil (212) of the plurality of temperature control air conditioning modules (2) and the main water outlet pipe (14); The inlet end of the main water inlet pipe (13) is connected to a first electric three-way valve (1510), the outlet end of the main water outlet pipe (14) is connected to a second electric three-way valve (1511), the inlet end of the dehumidification coil (312) is provided with a third electric three-way valve (1512), and the fourth electric three-way valve (1513) is located on the connecting pipe at the outlet end of the dehumidification water volume electric regulating valve (1506), the two inlet ends of the first electric three-way valve (1510) and the third electric three-way valve (1512) are respectively connected to the outlet ends of the external cold source and the external heat source, and the two outlet ends of the second electric three-way valve (1511) and the fourth electric three-way valve (1513) are respectively connected to the inlet ends of the external cold source and the external heat source; The indoor temperature and humidity sensor is fixed inside the room.

6. The working process of the temperature and humidity independent adjustment zoned air supply type full air system according to claim 5 is characterized by: The left side of the first fixed plate (7) inside the temperature-adjusting air conditioning chamber (113) away from the humidity-adjusting fresh air chamber (114) is fixedly connected to the right side of the first partition plate (4) corresponding thereto, and the left side of the first fixed plate (7) inside the temperature-adjusting air conditioning chamber (113) close to the humidity-adjusting fresh air chamber (114) is fixedly connected to the right side of the second partition plate (5); The right side portion of the second fixing plate (8) located inside the rightmost temperature-adjusting air-conditioning cavity (113) is fixedly connected to the right side wall inside the housing (1), and the right side portions of the second fixing plates (8) of a plurality of temperature-adjusting air-conditioning cavities (113) located between the humidity-adjusting fresh air chamber (114) and the rightmost temperature-adjusting air-conditioning cavity (113) are fixedly connected to the left side portions of the first partition plates (4) corresponding thereto; The left side portion of the fourth fixed plate (10) of the humidity-controlling fresh air chamber (114) is fixedly connected to the inner left side wall of the shell (1), and the right side portion of the fifth fixed plate (11) of the humidity-controlling fresh air chamber (114) is fixedly connected to the left side portion of the second partition plate (5).

7. The working process of the temperature and humidity independent adjustment zoned air supply type full air system according to claim 6 is characterized by: The distance from the top to the bottom of the plurality of temperature regulating coils (212), the plurality of first fixing plates (7), the plurality of second fixing plates (8), the fourth fixing plate (10), the fifth fixing plate (11), the dehumidifying coils (312), and the humidifying membrane (313) is consistent with the distance from the bottom of the third partition plate (6) to the bottom wall inside the outer shell (1).

8. The working process of the temperature and humidity independent adjustment zoned air supply type full air system according to claim 7 is characterized by: A water receiving tray is provided at the bottom of the plurality of temperature regulating coils (212), the dehumidifying coils (312), and the humidifying membranes (313). A drainage pipe (16) is provided transversely below the outer shell (1), and the drainage pipe (16) is connected to the outlets of the plurality of water receiving trays.

9. The working process of the temperature and humidity independent adjustment zoned air supply type full air system according to claim 8 is characterized by: The central control CPU module (1501) is internally provided with a working mode adjustment mode. The temperature and humidity scenes corresponding to the environmental climate are divided into nine types. The working modes of the humidity control fresh air module (3) and the temperature control air conditioning module (2) corresponding to the nine temperature and humidity scenes are as follows: Mode 1: When the temperature and humidity are high, the temperature control air conditioning module (2) cools and the humidity control fresh air module (3) dehumidifies; Mode 2: When the temperature is high and the humidity is appropriate, the temperature control air conditioning module (2) cools and the humidity control fresh air module (3) ventilates; Mode three: when the temperature is high and the humidity is low, the temperature control air conditioning module (2) cools and the humidity control fresh air module (3) humidifies; Mode 4: When the temperature is appropriate and the humidity is high, the temperature control air conditioning module (2) performs ventilation and the humidity control fresh air module (3) performs dehumidification; Mode 5: When the temperature and humidity are appropriate, the temperature-controlled air conditioning module (2) is used for ventilation, and the humidity-controlled fresh air module (3) is used for ventilation; Mode 6: When the temperature is appropriate and the humidity is low, the temperature control air conditioning module (2) ventilates and the humidity control fresh air module (3) humidifies; Mode seven: When the temperature is low and the humidity is high, the temperature control air conditioning module (2) heats and the humidity control fresh air module (3) dehumidifies; Mode 8: When the temperature is low and the humidity is appropriate, the temperature control air conditioning module (2) is used for heating and the humidity control fresh air module (3) is used for ventilation; Mode nine: when the temperature and humidity are low, the temperature control air conditioning module (2) heats and the humidity control fresh air module (3) humidifies.

10. The working process of the temperature and humidity independent adjustment zoned air supply type full air system according to claim 9 is characterized by: The specific working mode is as follows: The central control CPU module (1501) is internally provided with room humidity value and room temperature value; Humidity Regulation: In the fresh air dehumidification mode, the water supply interface of the dehumidification coil (312) is connected to an external cold source, the third electric three-way valve (1512) is switched to the cold water pipe, the fourth electric three-way valve (1513) is switched to the cold water pipe, cold water flows into the dehumidification coil (312), and the central control CPU module (1501) adjusts the opening of the dehumidification water electric regulating valve (1506) according to the difference between the indoor temperature and humidity sensor and the set room humidity value, and the opening of the dehumidification water electric regulating valve (1506) is positively correlated with the difference; In the fresh air humidification mode, the water supply interface of the dehumidification coil (312) is connected to an external heat source, the third electric three-way valve (1512) is switched to the hot water pipe, the fourth electric three-way valve (1513) is switched to the hot water pipe, and hot water is passed through the dehumidification coil (312) to heat the fresh air and improve the humidification capacity. The central control CPU module (1501) adjusts the opening of the dehumidification water electric regulating valve (1506) and the humidification regulating valve (1505) according to the difference between the indoor temperature and humidity sensor and the set room humidity value, and the opening of the dehumidification water electric regulating valve (1506) and the humidification regulating valve (1505) is positively correlated with the difference; Temperature Regulation: In air cooling mode, the main water inlet pipe (13) is connected to an external cold source, the first electric three-way valve (1510) is switched to the cold water pipe, the second electric three-way valve (1511) is switched to the cold water pipe, the temperature control coil (212) is passed with cold water, and the central control CPU module (1501) adjusts the opening of the corresponding temperature control water volume electric regulating valve (1509) according to the difference between the indoor temperature and humidity sensor and the set temperature value, and the opening of the temperature control water volume electric regulating valve (1509) is positively correlated with the difference; In the air heating mode, the main water inlet pipe (13) is connected to an external heat source, the first electric three-way valve (1510) is switched to the hot water pipe, the temperature control coil (212) is connected to hot water, the second electric three-way valve (1511) is switched to the hot water pipe, and the central control CPU module (1501) adjusts the opening of the corresponding water volume regulating valve according to the difference between the indoor temperature and humidity sensor and the set temperature value, and the opening of the water volume regulating valve is positively correlated with the difference; Fresh air volume adjustment: When the humidity-adjusting fresh air module (3) is working, the fresh air fan (314) adjusts the rotation speed of the fresh air fan (314) according to the fresh air volume setting of the central control module, thereby achieving the adjustment of the indoor fresh air volume; Air conditioning volume adjustment: When the temperature-adjusting air conditioning module (2) is working, the temperature-adjusting fan (213) adjusts the rotation speed of the temperature-adjusting fan (213) according to the air conditioning air volume setting of the central control module, thereby achieving the adjustment of the air conditioning air volume of the indoor room.

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