CN103822331B - Duct type air conditioner unit and control method thereof and control system - Google Patents

Abstract

The invention provides the control method of a kind of duct type air conditioner unit, described duct type air conditioner unit is configured with one or more barrier, to control corresponding one or more controlled temperature space；The control method of described duct type air conditioner unit includes: detect the ambient temperature in the controlled temperature space that each barrier is corresponding；The ambient temperature detected is compared with preset temperature interval, and perform following operation according to comparative result: when described ambient temperature is not in preset temperature interval, open corresponding barrier, to adjust the ambient temperature in described controlled temperature space, otherwise close corresponding barrier.The invention allows for control system and the duct type air conditioner unit of corresponding duct type air conditioner unit.By technical scheme, can realize barrier on off state is automatically controlled according to ambient temperature, simplify user operation.

Description

Air duct machine system, its control method and control system

technical field

The invention relates to the technical field of air duct machines, in particular to an air duct machine system, a control method and a control system thereof.

Background technique

In some centralized office places, a room may be divided into several independent areas, and each independent area needs to realize temperature control independently. When the air duct machine system is used, the ambient temperature of each independent area can be automatically controlled only by adding a grille that can be divided into households on the air outlet of the air duct machine system.

In the prior art, there is a controller in each independent area, which is manually operated by the user to control the switch state of the corresponding barrier. However, the way of manual operation by the user, on the one hand, undoubtedly increases the user's operation actions, and on the other hand, it has a certain hysteresis, that is, when the user manually manipulates the grille, he actually feels the discomfort of the ambient temperature.

Contents of the invention

The present invention aims to solve at least one of the technical problems existing in the prior art or related art.

Therefore, an object of the present invention is to provide a control method for an air duct machine system.

Another object of the present invention is to provide a control system for an air duct machine system.

Another object of the present invention is to provide an air duct machine system.

In order to achieve the above object, according to the embodiment of the first aspect of the present invention, a control method for an air duct machine system is proposed, and the air duct machine system is configured with one or more grilles to control the corresponding one or more a temperature-controlled space; the control method of the air duct machine system includes: detecting the ambient temperature in the temperature-controlled space corresponding to each grille; comparing the detected ambient temperature with a preset temperature range, and executing according to the comparison result The following operation: when the ambient temperature is not within the preset temperature range, open the corresponding grille to adjust the ambient temperature in the temperature-controlled space, otherwise close the corresponding grille.

In this technical solution, by detecting the ambient temperature of the temperature-controlled space (that is, an independent area) corresponding to each grille, combined with the preset temperature range set by the system or the user, the switch state of the grille can be realized. The automatic control does not require manual adjustment by the user, which helps to simplify the user's operation.

At the same time, through the automatic control of the switch state of the grille, the ambient temperature cannot deviate from the preset temperature range to a large extent, ensuring that users can always get a comfortable use experience.

In addition, the control method of the air duct machine system according to the above-mentioned embodiments of the present invention may also have the following additional technical features:

Preferably, the method further includes: controlling the running state of the internal unit of the air duct machine system according to the switch state of the one or more grilles.

In this technical solution, a correlation is established between the switch state of the grille and the running state of the internal unit. For example, since the opening of the grille means that the user needs to adjust the ambient temperature, the internal unit needs to increase the operating power to Ensure the comfort of user experience; and the closure of the grille means that the ambient temperature does not need to be adjusted, so the internal unit needs to reduce the capacity demand or shut down to save power.

Therefore, adjusting the operating state of the internal unit based on the switch state of the grille helps to control the operation of the air duct machine system according to the actual needs of users, thereby realizing more ideal control of the air duct machine system.

As a more preferred embodiment, controlling the operating state of the internal unit of the air duct machine system specifically includes: determining the total temperature-controlled space in which the corresponding ambient temperature needs to be adjusted according to the switch status of the one or more grilles ; and adjusting the capacity requirements of the internal unit according to the size of the total temperature-controlled space.

In this technical scheme, since each grille corresponds to a temperature-controlled space, when a certain grille is in an open state, it indicates that the corresponding temperature-controlled space needs to be adjusted and controlled; The space is temperature-regulated and controlled. Therefore, by determining the switch status of the grille, it is possible to accurately understand the size of the space that needs to be adjusted (that is, the total space for temperature control), and make corresponding adjustments to the capacity requirements of the internal unit to ensure that sufficient temperature control capacity is provided. , to avoid wasting electric energy. Specifically, the "capacity demand of the indoor unit" corresponds to the size of parameters such as the flow rate and flow rate of the refrigerant, and is finally reflected as the operating frequency of the outdoor unit compressor.

Among them, when the number of grilles in the open state is larger, it indicates that the total temperature control space is larger, and the capacity requirement of the corresponding internal unit should be adjusted higher; otherwise, the capacity requirement of the internal unit should be adjusted lower.

As another preferred embodiment, controlling the running state of the internal unit of the air duct machine system specifically includes: controlling the internal unit to stop when the one or more grilles are all in a closed state.

In this technical solution, when all grilles are closed, the internal unit of the air duct machine system is automatically controlled to stop, so that when there is no need to perform temperature control adjustments, the internal machine is turned off in time, which helps the air duct machine system to save energy. Electricity.

Preferably, it further includes: according to the received operation mode setting instruction corresponding to each of the temperature control environments, determining the target operation mode corresponding to each of the temperature control environments, so as to set the internal unit of the air duct machine system The actual operating mode of the internal machine, wherein, in each setting cycle, set the target operating mode corresponding to the first received operating mode setting instruction as the actual operating mode of the internal machine; or in each setting cycle, count each The number of temperature-controlled environments corresponding to the target operation mode, and set the target operation mode with the largest number of corresponding temperature-controlled environments as the actual operation mode of the indoor unit; or in each setting cycle, according to each target operation mode Corresponding to the preset priority sequence, the target operation mode with the highest priority is set as the actual operation mode of the internal unit.

In this technical solution, users in different temperature-controlled spaces may have different requirements, for example, it is desired that the internal unit of the air duct system operate in cooling mode, heating mode, air supply mode, etc.; but the internal unit at the same time It can only operate in one mode, so by adjusting the actual operating mode of the indoor unit, it helps to realize the logical unity among the temperature-controlled spaces, ensure the normal operation of the indoor unit, and avoid frequent switching of operating modes that may cause The service life of the internal machine is shortened and the electric energy is wasted.

According to an embodiment of the second aspect of the present invention, a control system of an air duct machine system is proposed, and the air duct machine system is configured with one or more grilles to control one or more corresponding temperature-controlled spaces; The control system of the air duct machine system includes: a temperature detection unit, which is used to detect the ambient temperature in the temperature-controlled space corresponding to each grille; a comparison unit, which is used to compare the detected ambient temperature with the preset temperature range; A grille switch control unit, configured to execute a grille switch control instruction according to the comparison result of the comparison unit, wherein: when the ambient temperature is not within the preset temperature range, open the corresponding grille to adjust the The ambient temperature in the temperature-controlled space, otherwise close the corresponding grille.

In this technical solution, by detecting the ambient temperature of the temperature-controlled space (that is, an independent area) corresponding to each grille, combined with the preset temperature range set by the system or the user, the switch state of the grille can be realized. The automatic control does not require manual adjustment by the user, which helps to simplify the user's operation.

At the same time, through the automatic control of the switch state of the grille, the ambient temperature cannot deviate from the preset temperature range to a large extent, ensuring that users can always get a comfortable use experience.

In addition, the control system of the air duct machine system according to the above-mentioned embodiments of the present invention may also have the following additional technical features:

Preferably, it further includes: an operation state control unit, configured to control the operation state of the internal unit of the air duct machine system according to the switch state of the one or more grilles.

In this technical solution, a correlation is established between the switch state of the grille and the running state of the internal unit. For example, since the opening of the grille means that the user needs to adjust the ambient temperature, the internal unit needs to increase the operating power to Ensure the comfort of user experience; and the closure of the grille means that the ambient temperature does not need to be adjusted, so the internal unit needs to reduce the capacity demand or shut down to save power.

Therefore, adjusting the operating state of the internal unit based on the switch state of the grille helps to control the operation of the air duct machine system according to the actual needs of users, thereby realizing more ideal control of the air duct machine system.

As a more preferred implementation manner, the operating state control unit includes: a space determination subunit, configured to determine the total temperature-controlled space that needs to be adjusted to the corresponding ambient temperature according to the switch state of the one or more barriers; The frequency adjustment sub-unit is configured to adjust the capacity requirement of the internal unit according to the size of the total temperature-controlled space.

In this technical scheme, since each grille corresponds to a temperature-controlled space, when a certain grille is in an open state, it indicates that the corresponding temperature-controlled space needs to be adjusted and controlled; The space is temperature-regulated and controlled. Therefore, by determining the switch status of the grille, it is possible to accurately understand the size of the space that needs to be adjusted (that is, the total space for temperature control), and make corresponding adjustments to the capacity requirements of the internal unit to ensure that sufficient temperature control capacity is provided. , to avoid wasting electric energy. Specifically, the "capacity demand of the indoor unit" corresponds to the size of parameters such as the flow rate and flow rate of the refrigerant, and is finally reflected as the operating frequency of the outdoor unit compressor.

Among them, when the number of grilles in the open state is larger, it indicates that the total temperature control space is larger, and the capacity requirement of the corresponding internal unit should be adjusted higher; otherwise, the capacity requirement of the internal unit should be adjusted lower.

As another preferred implementation manner, the operating state control unit includes: a switch control subunit, configured to control the internal unit to stop when the one or more grilles are all closed.

In this technical solution, when all grilles are closed, the internal unit of the air duct machine system is automatically controlled to stop, so that when there is no need to perform temperature control adjustments, the internal machine is turned off in time, which helps the air duct machine system to save energy. Electricity.

Preferably, it also includes: an operation mode setting unit, configured to determine a target operation mode corresponding to each of the temperature control environments according to the received operation mode setting instructions corresponding to each of the temperature control environments, so as to set the The actual operation mode of the indoor unit of the air duct machine system, wherein, in each setting period, the target operation mode corresponding to the first received operation mode setting instruction is set as the actual operation mode of the internal unit; or in each In the setting period, count the number of temperature-controlled environments corresponding to each target operation mode, and set the target operation mode with the largest number of corresponding temperature-controlled environments as the actual operation mode of the indoor unit; or in each setting period , according to the preset priority sequence corresponding to each target operation mode, setting the target operation mode with the highest priority as the actual operation mode of the indoor unit.

In this technical solution, users in different temperature-controlled spaces may have different requirements, for example, it is desired that the internal unit of the air duct system operate in cooling mode, heating mode, air supply mode, etc.; but the internal unit at the same time It can only operate in one mode, so by adjusting the actual operating mode of the indoor unit, it helps to realize the logical unity among the temperature-controlled spaces, ensure the normal operation of the indoor unit, and avoid frequent switching of operating modes that may cause The service life of the internal machine is shortened and the electric energy is wasted.

According to an embodiment of the third aspect of the present invention, an air duct machine system is also proposed, including the control system of the air duct machine system described in any of the above technical solutions.

Through the above technical solution, the automatic control of the switch state of the barrier can be realized according to the ambient temperature, and the user operation is simplified.

Additional aspects and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention.

Description of drawings

The above and/or additional aspects and advantages of the present invention will become apparent and comprehensible from the description of the embodiments in conjunction with the following drawings, wherein:

Fig. 1 shows a schematic flow chart of a control method of an air duct machine system according to an embodiment of the present invention;

Fig. 2 shows a schematic structural diagram of an air duct machine system according to an embodiment of the present invention;

Fig. 3 shows a schematic block diagram of a control system of an air duct machine system according to an embodiment of the present invention.

detailed description

In order to understand the above-mentioned purpose, features and advantages of the present invention more clearly, the present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments. It should be noted that, in the case of no conflict, the embodiments of the present application and the features in the embodiments can be combined with each other.

In the following description, many specific details are set forth in order to fully understand the present invention, but the present invention can also be implemented in other ways different from those described here, therefore, the protection scope of the present invention is not limited to the specific details disclosed below. EXAMPLE LIMITATIONS.

Fig. 1 shows a schematic flowchart of a control method of an air duct machine system according to an embodiment of the present invention.

As shown in Figure 1, the control method of the air duct machine system (the air duct machine system is configured with one or more grilles to control the corresponding one or more temperature-controlled spaces) according to an embodiment of the present invention includes :

Step 102, detecting the ambient temperature in the temperature-controlled space corresponding to each grille;

Step 104, comparing the detected ambient temperature with the preset temperature range, and performing the following operations according to the comparison result:

When the ambient temperature is not within the preset temperature range, the corresponding grille is opened to adjust the ambient temperature in the temperature-controlled space, otherwise the corresponding grille is closed.

In this technical solution, by detecting the ambient temperature of the temperature-controlled space (that is, an independent area) corresponding to each grille, combined with the preset temperature range set by the system or the user, the switch state of the grille can be realized. The automatic control does not require manual adjustment by the user, which helps to simplify the user's operation.

At the same time, through the automatic control of the switch state of the grille, the ambient temperature cannot deviate from the preset temperature range to a large extent, ensuring that users can always get a comfortable use experience.

Specifically, Fig. 2 shows a schematic structural diagram of an air duct machine system according to an embodiment of the present invention.

As shown in Figure 2, it is assumed that for a set of air duct machine system, it includes the internal unit 202 of the air duct machine system, the grille 204A and the grille 204B arranged in different temperature-controlled spaces, and the control grille 204A , the barrier controller 206A of the barrier 204B, and the barrier controller 206B.

It should be noted that the grille 204A, grille 204B, etc. here are only used as examples. Obviously, more grilles and their corresponding grille controllers can be used to realize the temperature control and adjustment of more temperature-controlled spaces. It is not used here for specific quantitative limitation.

1. Duct machine

The air duct machine includes an external unit (not shown in the figure) and one or more internal units 202, and a refrigerant system is formed between the external unit and the internal unit 202 by wired or wireless means.

The internal unit 202 communicates with the barrier controllers 206A and 206B through wired or wireless means to realize the transmission of data and instructions. For example, the internal unit 202 can receive mode settings and temperature settings from the barrier controllers 206A and 206B. setting, wind speed setting, switch setting, grille switch setting, ambient temperature in the temperature-controlled space, etc.

1. The state of the internal unit is associated with the state of the grille

At the same time, the internal unit 202 can be adjusted according to the data from the grille controllers 206A and 206B, for example, the operating state of the internal unit 202 can be controlled according to the switch states of the grilles 204A and 204B.

Specifically, by establishing a relationship between the switch states of the grilles 204A, 204B, etc. and the running state of the internal unit 202, for example, since the opening of the grilles 204A, 204B, etc. means that the user needs to adjust the ambient temperature, the internal unit 202 needs to increase the operating power to ensure the comfort of the user experience; and the closure of the grilles 204A, 204B, etc. means that the ambient temperature does not need to be adjusted, so the internal unit 202 needs to reduce the operating power or shut down to save power.

Therefore, adjusting the operating state of the internal unit 202 based on the switch states of the grilles 204A, 204B, etc. helps to control the operation of the air duct machine system according to the actual needs of users, thereby achieving more ideal control of the air duct machine system.

Embodiment one

Controlling the operating state of the internal unit 202 may specifically include: determining the total temperature-controlled space in which the corresponding ambient temperature needs to be adjusted according to the switch states of the grilles 204A, 204B, etc.; Machine 202 capability requirements.

In this technical scheme, since each grille corresponds to a temperature-controlled space, when a certain grille is in an open state, it indicates that the corresponding temperature-controlled space needs to be adjusted and controlled; The space is temperature-regulated and controlled. Therefore, by determining the switch state of the grille, it is possible to accurately understand the size of the space that needs to be adjusted (that is, the total space for temperature control), and to adjust the capacity requirements of the internal unit 202 accordingly, so as to ensure sufficient temperature control capacity. At the same time, avoid wasting electric energy. Specifically, the "capacity demand of the indoor unit 202" corresponds to the magnitude of parameters such as the flow rate and flow rate of the refrigerant, and is finally reflected as the operating frequency of the outdoor unit compressor (not shown in the figure).

Among them, when the number of grilles in the open state is larger, it indicates that the total temperature control space is larger, and the corresponding capacity requirement of the internal unit 202 should be adjusted higher; otherwise, the capacity requirement of the internal unit 202 should be adjusted lower. .

Embodiment two

Controlling the running state of the internal unit 202 may specifically include: controlling the internal unit 202 to stop when the grilles 204A, 204B, etc. are all in a closed state.

In this technical solution, when all grilles are closed, the internal unit 202 of the air duct machine system is automatically controlled to stop, so that when there is no need to perform temperature control and adjustment, the internal unit 202 is turned off in time, which helps the air duct machine save electricity.

2. Mode control

Because users in different temperature-controlled spaces may have different requirements, for example, they want the indoor unit 202 of the air duct system to operate in cooling mode, heating mode, air supply mode, etc.; but the indoor unit 202 can only operate at the same time In one mode, it is necessary to adjust the actual operating mode of the internal unit 202 to achieve logical unity among the temperature-controlled spaces, ensure the normal operation of the internal unit, and avoid the frequent switching of operating modes that would lead to the use of the internal unit Shortened lifespan and wasted electrical energy.

Mode 1: First open priority

According to the received operation mode setting instruction corresponding to each of the temperature control environments, determine the target operation mode corresponding to each of the temperature control environments, so as to set the actual operation mode of the internal unit 202 of the air duct machine system, Wherein, in each setting period, the target operation mode corresponding to the first received operation mode setting instruction is set as the actual operation mode of the internal unit 202 .

Specifically, the setting period may be a fixed time period, or may be a time period starting from one power-on operation and ending the next power-off operation, or a time period set by other conditions.

Mode 2: Multi-open priority

According to the received operation mode setting instruction corresponding to each of the temperature control environments, determine the target operation mode corresponding to each of the temperature control environments, so as to set the actual operation mode of the internal unit 202 of the air duct machine system, Wherein, in each setting period, the number of temperature-controlled environments corresponding to each target operation mode is counted, and the target operation mode corresponding to the largest number of temperature-controlled environments is set as the actual operation mode of the internal unit 202 .

By counting the number of target operating modes, it is helpful to meet the actual needs of most users.

Mode Three: Order of Priority

Set the corresponding priority sequence for various operation modes in advance, for example: cooling mode>heating mode>air supply mode>shutdown, or heating mode>cooling mode>air supply mode>shutdown, etc.

Therefore, when multiple target operating modes appear simultaneously, the target operating mode with the highest priority can be set as the actual operating mode of the internal unit 202 .

2. Barrier

The grilles 204A, 204B, etc. are installed on the air outlet of the air duct machine system, so that the air outlet is divided into several small air outlets, and each small air outlet (ie, grille) can realize independent switch control.

3. Barrier controller

Users can transmit their corresponding temperature control requirements to the indoor unit 202 through the grille controllers 206A, 206B, etc., such as wishing to adjust parameters such as temperature and humidity, or to adjust operating modes.

Among them, the grille controllers 206A, 206B, etc. can integrate temperature sensors to detect the ambient temperature of the corresponding temperature-controlled space, and when the ambient temperature is not in the preset temperature range, send corresponding control instructions to the internal unit 202 .

Corresponding to the control method of the air duct machine system shown in FIG. 1 , FIG. 3 shows a schematic block diagram of a control system of the air duct machine system according to an embodiment of the present invention.

As shown in FIG. 3 , according to a control system 300 of an air duct machine system according to an embodiment of the present invention, the air duct machine system is configured with one or more grilles to control one or more corresponding temperature-controlled spaces; The control system 300 of the air duct machine system includes: a temperature detection unit 302 for detecting the ambient temperature in the temperature-controlled space corresponding to each grille; a comparison unit 303 for comparing the detected ambient temperature with the preset temperature The barrier switch control unit 304 is used to execute the barrier switch control instruction according to the comparison result of the comparison unit 303, wherein: when the ambient temperature is not within the preset temperature range, turn on the corresponding grille to adjust the ambient temperature in the temperature-controlled space, otherwise close the corresponding grille.

In this technical solution, by detecting the ambient temperature of the temperature-controlled space (that is, an independent area) corresponding to each grille, combined with the preset temperature range set by the system or the user, the switch state of the grille can be realized. The automatic control does not require manual adjustment by the user, which helps to simplify the user's operation.

At the same time, through the automatic control of the switch state of the grille, the ambient temperature cannot deviate from the preset temperature range to a large extent, ensuring that users can always get a comfortable use experience.

In addition, the control system 300 of the air duct machine system according to the above-mentioned embodiments of the present invention may also have the following additional technical features:

Preferably, it further includes: an operation state control unit 306, configured to control the operation state of the internal unit of the air duct machine system according to the switch state of the one or more grilles.

In this technical solution, a correlation is established between the switch state of the grille and the running state of the internal unit. For example, since the opening of the grille means that the user needs to adjust the ambient temperature, the internal unit needs to increase the operating power to To ensure the comfort of the user experience; and the closure of the grille means that the ambient temperature does not need to be adjusted, so the internal unit needs to reduce the operating power or stop to save power.

Therefore, adjusting the operating state of the internal unit based on the switch state of the grille helps to control the operation of the air duct machine system according to the actual needs of users, thereby realizing more ideal control of the air duct machine system.

As a more preferred implementation manner, the operating state control unit 306 includes: a space determination subunit 3062, configured to determine the temperature control system that needs to adjust the corresponding ambient temperature according to the switching status of the one or more barriers. The space; frequency adjustment subunit 3064 is configured to adjust the capacity requirements of the internal unit according to the size of the total temperature-controlled space.

In this technical scheme, since each grille corresponds to a temperature-controlled space, when a certain grille is in an open state, it indicates that the corresponding temperature-controlled space needs to be adjusted and controlled; The space is temperature-regulated and controlled. Therefore, by determining the switch status of the grille, it is possible to accurately understand the size of the space that needs to be adjusted (that is, the total space for temperature control), and make corresponding adjustments to the capacity requirements of the internal unit to ensure that sufficient temperature control capacity is provided. , to avoid wasting electric energy. Specifically, the "capacity demand of the indoor unit" corresponds to the size of parameters such as the flow rate and flow rate of the refrigerant, and is finally reflected as the operating frequency of the outdoor unit compressor.

Among them, when the number of grilles in the open state is larger, it indicates that the total temperature control space is larger, and the capacity requirement of the corresponding internal unit should be adjusted higher; otherwise, the capacity requirement of the internal unit should be adjusted lower.

As another preferred implementation manner, the operating state control unit 306 includes: a switch control subunit 3066, configured to control the internal unit to shut down when the one or more grilles are all closed. .

In this technical solution, when all grilles are closed, the internal unit of the air duct machine system is automatically controlled to stop, so that when there is no need to perform temperature control adjustments, the internal machine is turned off in time, which helps the air duct machine system to save energy. Electricity.

Preferably, it also includes: an operation mode setting unit 308, configured to determine the target operation mode corresponding to each of the temperature control environments according to the received operation mode setting instructions corresponding to each of the temperature control environments, so as to set the The actual operation mode of the indoor unit of the air duct machine system, wherein, in each setting period, the target operation mode corresponding to the first received operation mode setting instruction is set as the actual operation mode of the indoor unit; or in each setting period In each setting cycle, count the number of temperature-controlled environments corresponding to each target operating mode, and set the target operating mode with the largest number of corresponding temperature-controlled environments as the actual operating mode of the internal unit; or in each setting cycle According to the preset priority sequence corresponding to each target operation mode, the target operation mode with the highest priority is set as the actual operation mode of the indoor unit.

In this technical solution, users in different temperature-controlled spaces may have different requirements, for example, it is desired that the internal unit of the air duct system operate in cooling mode, heating mode, air supply mode, etc.; but the internal unit at the same time It can only operate in one mode, so by adjusting the actual operating mode of the indoor unit, it helps to realize the logical unity among the temperature-controlled spaces, ensure the normal operation of the indoor unit, and avoid frequent switching of operating modes that may cause The service life of the internal machine is shortened and the electric energy is wasted.

The present invention also proposes an air duct machine system (not shown in the figure), including a control system 300 of the air duct machine system as shown in FIG. 3 .

The technical scheme of the present invention has been described in detail above in conjunction with the accompanying drawings. The present invention proposes a control method for an air duct machine system, a control system for an air duct machine system, and an air duct machine system, which can realize control according to the ambient temperature. The automatic control of the switch state of the barrier simplifies the user's operation.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and changes. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (9)

1. a control method for duct type air conditioner unit, described duct type air conditioner unit is configured with one or more Barrier, to control corresponding one or more controlled temperature space；It is characterized in that, described duct type air conditioner unit Control method include:

Detect the ambient temperature in the controlled temperature space that each barrier is corresponding；

The ambient temperature detected is compared with preset temperature interval, and performs according to comparative result Below operation:

When described ambient temperature is not in preset temperature interval, open corresponding barrier, to adjust Ambient temperature in described controlled temperature space, otherwise closes corresponding barrier；

Wherein, the control method of described duct type air conditioner unit, also include: correspond to often according to receive The operational mode of individual described controlled temperature space arranges instruction, determines the target that each described controlled temperature space is corresponding Operational mode, to arrange the actual motion pattern of the interior machine of described duct type air conditioner unit, specifically includes:

Arrange in the cycle each, the operational mode being firstly received is arranged the target fortune that instruction is corresponding Row mode is set to the actual motion pattern of described interior machine；Or

Arrange in the cycle each, add up the quantity of every kind of controlled temperature space corresponding to object run pattern, And object run patterns most for the quantity of corresponding controlled temperature space is set to the actual fortune of described interior machine Row mode；Or

Arrange in the cycle each, according to the pre-set priority order that every kind of object run pattern is corresponding, Object run pattern the highest for priority is set to the actual motion pattern of described interior machine.

The control method of duct type air conditioner unit the most according to claim 1, it is characterised in that also Including:

According to the on off state of the one or more barrier, control the interior machine of described duct type air conditioner unit Running status.

The control method of duct type air conditioner unit the most according to claim 2, it is characterised in that control The running status of the interior machine making described duct type air conditioner unit specifically includes:

According to the on off state of the one or more barrier, determine and need to adjust corresponding ambient temperature Temperature control gross space；And

According to the size of described temperature control gross space, adjust the ability need of described interior machine.

The control method of duct type air conditioner unit the most according to claim 2, it is characterised in that control The running status of the interior machine making described duct type air conditioner unit specifically includes:

When the one or more barrier is in closed mode, controls described interior machine and shut down.

5. a control system for duct type air conditioner unit, described duct type air conditioner unit is configured with one or more Barrier, to control corresponding one or more controlled temperature space；It is characterized in that, described duct type air conditioner unit Control system include:

Temperature detecting unit, for detecting the ambient temperature in the controlled temperature space that each barrier is corresponding；

Comparing unit, for comparing the ambient temperature detected with preset temperature interval；

Barrier switch control unit, performs barrier switch for the comparative result according to described comparing unit Control instruction, wherein: in the case of described ambient temperature is not in preset temperature interval, opens Corresponding barrier, to adjust the ambient temperature in described controlled temperature space, otherwise close corresponding every Grid；

Wherein, the control system of described duct type air conditioner unit, also include: operational mode arranges unit, For arranging instruction according to the operational mode corresponding to each described controlled temperature space received, determine every The object run pattern that individual described controlled temperature space is corresponding, to arrange the reality of the interior machine of described duct type air conditioner unit Border operational mode, specifically for:

Arrange in the cycle each, the operational mode being firstly received is arranged the target fortune that instruction is corresponding Row mode is set to the actual motion pattern of described interior machine；Or

Arrange in the cycle each, add up the quantity of every kind of controlled temperature space corresponding to object run pattern, And object run patterns most for the quantity of corresponding controlled temperature space is set to the actual fortune of described interior machine Row mode；Or

Arrange in the cycle each, according to the pre-set priority order that every kind of object run pattern is corresponding, Object run pattern the highest for priority is set to the actual motion pattern of described interior machine.

The control system of duct type air conditioner unit the most according to claim 5, it is characterised in that also Including:

Running status control unit, for the on off state according to the one or more barrier, controls The running status of the interior machine of described duct type air conditioner unit.

The control system of duct type air conditioner unit the most according to claim 6, it is characterised in that institute State running status control unit to include:

Space determines subelement, for the on off state according to the one or more barrier, determines and needs Adjust the temperature control gross space of corresponding ambient temperature；

Frequency adjusts subelement, for the size according to described temperature control gross space, adjusts described interior machine Ability need.

The control system of duct type air conditioner unit the most according to claim 6, it is characterised in that institute State running status control unit to include:

On-off control subelement, for being in the situation of closed mode at the one or more barrier Under, control described interior machine and shut down.

9. a duct type air conditioner unit, it is characterised in that include institute any one of claim 5 to 8 The control system of the duct type air conditioner unit stated.