CN111237966A - An environmental parameter control method, device, storage medium and air conditioning system - Google Patents

Abstract

The invention discloses a method and a device for controlling environmental parameters, a storage medium and an air conditioning system, wherein the method comprises the following steps: acquiring indoor environmental parameters of a first room; determining a control mode of the environmental parameters of the first room according to the acquired indoor environmental parameters; controlling the indoor environment parameter of the first room according to the determined control mode so that the indoor environment parameter of the first room reaches the target environment parameter of the first room; wherein the determined control mode comprises: a ventilation mode, a transmission mode and/or a regulation mode; a ventilation mode which is a control mode for naturally ventilating the first room; a transfer mode which is a control mode for transferring air of the second room to the first room; the adjustment mode is a control mode for allowing the first room to adjust its indoor air by itself. The scheme of the invention can solve the problem that the health of the pet is influenced when the environment of the pet room is not comfortable enough, and achieves the effect of improving the environmental comfort of the pet room to be beneficial to the health of the pet.

Description

An environmental parameter control method, device, storage medium and air conditioning system

technical field

The invention belongs to the technical field of air conditioning, and in particular relates to a control method, device, storage medium and air conditioning system for environmental parameters, and in particular to a control method, device, storage medium and air conditioning system for pet air conditioning system.

Background technique

Nowadays, pets have become an inseparable part of many families, and the health of pets affects every owner's heart, and the cost of pet sickness is huge, which is unbearable for many families. You must know that a healthy body is inseparable from a good living environment, and a comfortable temperature environment will provide a certain guarantee for the health of pets.

The above content is only used to assist the understanding of the technical solutions of the present invention, and does not mean that the above content is the prior art.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a control method, device, storage medium and air conditioning system for environmental parameters in view of the above-mentioned defects, so as to solve the problem of affecting the health of pets when the environment of the pet room is not comfortable enough, so as to improve the environmental comfort of the pet room for the benefit of pet health.

The present invention provides a method for controlling environmental parameters, comprising: acquiring indoor environmental parameters of a first room; determining a control mode of the environmental parameters of the first room according to the indoor environmental parameters of the first room; The control mode controls the indoor environmental parameters of the first room, so that the indoor environmental parameters of the first room reach the target environmental parameters of the first room; wherein, the control modes of the environmental parameters of the first room include: ventilation mode, transmission mode and / or regulation mode; ventilation mode is a control mode that allows the first room to naturally ventilate; transmission mode is a control mode that allows the air from the second room to be transferred to the first room; regulation mode is to allow the first room to adjust its interior by itself Air control mode.

Optionally, the indoor environmental parameters of the first room include: indoor environmental temperature, indoor environmental humidity, indoor environmental PM2.5, and/or indoor environmental oxygen content of the first room.

Optionally, determining the control mode of the environmental parameters of the first room includes: determining the relationship between the indoor environmental parameters of the first room and the range of the set environmental parameters; if the indoor environmental parameters of the first room are less than or equal to the set environment The lower limit of the parameter range, then the control mode of the environmental parameters of the first room is determined to be the ventilation mode; if the indoor environmental parameters of the first room are greater than the lower limit of the set environmental parameter range and less than or equal to the upper limit of the set environmental parameter range, then Determine the control mode of the environmental parameters of the first room as the transmission mode; if the indoor environmental parameters of the first room are greater than the upper limit of the set environmental parameter range, determine the control mode of the environmental parameters of the first room as the adjustment mode.

Optionally, controlling the indoor environmental parameters of the first room includes: when the control mode of the environmental parameters of the first room is the ventilation mode, controlling the opening of the ventilation openings of the first room, so that the first room is controlled by natural ventilation The environmental parameters of the first room; when the control mode of the environmental parameters of the first room is the transmission mode, control the opening of the transmission channel between the first room and the second room, so as to adjust the air conditioning in the second room through the second air conditioner After the air is transmitted to the first room through the transmission channel between the first room and the second room, the environmental parameters of the first room are controlled by the air conditioned by the second air conditioner in the second room; When the control mode of the environmental parameters of the first room is the adjustment mode, the first air conditioner in the first room is controlled to be turned on, so as to adjust the environmental parameters in the first room through the first air conditioner in the first room.

Optionally, adjusting the environmental parameters in the first room through the first air conditioner in the first room includes: determining the current time in the time zone to which the first room belongs, and determining whether the current time is the set rest period; if the current time belongs to the set rest period; If the current time does not belong to the set rest period, the first control is performed on the first air conditioner in the first room, so as to realize the adjustment of the environmental parameters in the first room during the rest period; if the current time does not belong to the set rest period, the first control The first air conditioner in the room performs the second control to realize the adjustment of the environmental parameters in the first room during the non-rest period.

Optionally, performing the first control on the first air conditioner in the first room includes: determining whether there is a user in the first room; if there is a user in the first room, controlling the door of the first room to close, controlling The first air conditioner in the first room is turned on, so as to adjust the environmental parameters in the first room to the target environmental parameters at least through the first air conditioner; wherein, the air supply mode of the air deflector of the first air conditioner adopts the air supply to avoid the user's air supply. Wind mode; if there is no user in the first room, the first air conditioner is not turned on, and a reminder message that there is no user in the first room is initiated.

Optionally, performing the second control on the first air conditioner in the first room includes: determining whether there is a user in the first room; if there is a user in the first room, controlling the air conditioner to turn on, so as to at least pass the first air conditioner Adjust the environmental parameters in the first room to the target environmental parameters; if there is no user in the first room, continue to determine whether the current time is the set rest period.

Matching the above method, another aspect of the present invention provides a control device for environmental parameters, comprising: an acquisition unit for acquiring the indoor environmental parameters of the first room; and a determination unit for, according to the indoor environmental parameters of the first room, Determine the control mode of the environmental parameters of the first room; the control unit is configured to control the indoor environmental parameters of the first room according to the control mode of the environmental parameters of the first room, so that the indoor environmental parameters of the first room reach the level of the first room Target environmental parameters; wherein, the control modes of the environmental parameters of the first room include: ventilation mode, transmission mode and/or adjustment mode; ventilation mode is the control mode for naturally ventilating the first room; transmission mode is the control mode for making the second room naturally ventilated; The air in the room is transmitted to the control mode of the first room; the adjustment mode is the control mode that enables the first room to adjust its indoor air by itself.

Optionally, the indoor environmental parameters of the first room include: indoor environmental temperature, indoor environmental humidity, indoor environmental PM2.5, and/or indoor environmental oxygen content of the first room.

Optionally, the control unit determines the control mode of the environmental parameter of the first room, including: determining the relationship between the indoor environmental parameter of the first room and the set environmental parameter range; if the indoor environmental parameter of the first room is less than or equal to the set If the lower limit of the environmental parameter range is set, the control mode of the environmental parameter of the first room is determined to be the ventilation mode; if the indoor environmental parameter of the first room is greater than the lower limit of the set environmental parameter range, and less than or equal to the upper limit of the set environmental parameter range , the control mode of the environmental parameters of the first room is determined to be the transmission mode; if the indoor environmental parameters of the first room are greater than the upper limit of the set environmental parameter range, the control mode of the environmental parameters of the first room is determined to be the adjustment mode.

Optionally, the control unit controls the indoor environmental parameters of the first room, including: when the control mode of the environmental parameters of the first room is the ventilation mode, controlling the opening of the ventilation openings of the first room, so that the first room can pass through the natural environment. Ventilation controls the environmental parameters of the first room; in the case that the control mode of the environmental parameters of the first room is the transmission mode, the transmission channel between the first room and the second room is controlled to be opened, so as to connect the air in the second room through the second room. The air conditioned by the air conditioner is transmitted to the first room through the transmission channel between the first room and the second room, so as to control the environmental parameters of the first room through the air conditioned by the second air conditioner in the second room ; When the control mode of the environmental parameters of the first room is the adjustment mode, control the first air conditioner in the first room to be turned on, so as to adjust the environmental parameters in the first room through the first air conditioner in the first room.

Optionally, the control unit adjusts the environmental parameters in the first room through the first air conditioner in the first room, including: determining the current time of the time zone to which the first room belongs, and determining whether the current time is the set rest period; if the current time If it belongs to the set rest period, the first control is performed on the first air conditioner in the first room to realize the adjustment of the environmental parameters in the first room during the rest period; if the current time does not belong to the set rest period, the The first air conditioner in the first room performs the second control to realize the adjustment of the environmental parameters in the first room during the non-rest period.

Optionally, the control unit performs first control on the first air conditioner in the first room, including: determining whether there is a user in the first room; if there is a user in the first room, controlling the door of the first room to close after , control the opening of the first air conditioner in the first room, so as to adjust the environmental parameters in the first room to the target environmental parameters at least through the first air conditioner; wherein, the air supply mode of the air deflector of the first air conditioner adopts wind to avoid the user If there is no user in the first room, the first air conditioner is not turned on, and a reminder message that there is no user in the first room is sent.

Optionally, the control unit performs a second control on the first air conditioner in the first room, including: determining whether there is a user in the first room; if there is a user in the first room, controlling the air conditioner to turn on, so as to at least pass the first room. An air conditioner adjusts the environmental parameters in the first room to the target environmental parameters; if there is no user in the first room, it continues to determine whether the current time is the set rest period.

Matching with the above-mentioned device, another aspect of the present invention provides an air-conditioning system, comprising: the above-mentioned control device for environmental parameters.

Matching with the above method, another aspect of the present invention provides a storage medium, including: the storage medium stores a plurality of instructions; the plurality of instructions are used for the processor to load and execute the above-mentioned environmental parameters control method.

Matching with the above method, another aspect of the present invention provides an air conditioning system, comprising: a processor for executing a plurality of instructions; a memory for storing a plurality of instructions; wherein the plurality of instructions are used for The memory is stored, and the processor loads and executes the above-mentioned control method of the environmental parameters.

The solution of the present invention can improve the comfort of the pet's living environment by applying the air conditioner to the environment adjustment of the pet's room.

Further, the solution of the present invention is beneficial to improve the energy-saving effect of pet air conditioners by applying the air conditioner to the environment adjustment of the pet room and selecting multiple modes for the detection of indoor temperature.

Further, the solution of the present invention controls the air conditioner by applying the air conditioner to the environment adjustment of the pet room, through the setting of the initial rest time, the detection of the temperature difference, the feedback of the infrared sensor, and the automatic adjustment of the direction of the wind deflector. It can improve the comfort of pet living environment, and also help to improve the energy saving effect of pet air conditioner.

Further, the solution of the present invention, by applying the air conditioner to the environment adjustment of the pet room, by directly opening the door of the pet bed, and introducing the treated air from the user's room into the pet bed, can improve the pet's living condition when the external environment is not particularly hot. comfort of the environment.

Further, the solution of the present invention improves the comfort of the pet's living environment to a certain extent by applying the air conditioner to the environment of the pet's room and blowing upwards through the wind deflector during rest time, thereby improving the comfort of the pet's living environment.

Therefore, the solution of the present invention improves the environmental comfort of the pet room by applying the air conditioner to the environment adjustment of the pet room, solves the problem of affecting the pet's health when the environment of the pet room is not comfortable enough, and improves the environmental comfort of the pet room for the benefit of pet health.

Other features and advantages of the present invention will be set forth in the description which follows, and in part will be apparent from the description, or may be learned by practice of the invention.

The technical solutions of the present invention will be further described in detail below through the accompanying drawings and embodiments.

Description of drawings

FIG. 1 is a schematic flowchart of an embodiment of a method for controlling an environmental parameter of the present invention;

FIG. 2 is a schematic flowchart of an embodiment of a control mode for determining the environmental parameters of the first room in the method of the present invention;

3 is a schematic flowchart of an embodiment of adjusting the environmental parameters in the first room through the first air conditioner in the first room in the method of the present invention;

4 is a schematic flowchart of an embodiment of performing a first control on a first air conditioner in a first room in the method of the present invention;

5 is a schematic flowchart of an embodiment of performing second control on the first air conditioner in the first room in the method of the present invention;

6 is a schematic structural diagram of an embodiment of an apparatus for controlling environmental parameters of the present invention;

7 is a schematic control flow diagram of a pet air conditioning control system according to an embodiment of the air conditioning system of the present invention;

FIG. 8 is a schematic diagram of a pipeline connection between a user room and a pet room according to an embodiment of the air conditioning system of the present invention;

FIG. 9 is a schematic flowchart of a cooling mode of an embodiment of the air conditioning system of the present invention.

With reference to the accompanying drawings, the reference numerals in the embodiments of the present invention are as follows:

1-user air conditioner; 2-fan; 3-air duct; 4-pet air conditioner; 102-acquisition unit; 104-determination unit; 106-control unit.

Detailed ways

In order to make the objectives, technical solutions and advantages of the present invention clearer, the technical solutions of the present invention will be clearly and completely described below with reference to the specific embodiments of the present invention and the corresponding drawings. Obviously, the described embodiments are only some, but not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

According to an embodiment of the present invention, a method for controlling an environmental parameter is provided, as shown in FIG. 1 , a schematic flowchart of an embodiment of the method of the present invention. The method for controlling environmental parameters can be applied to a first room such as a pet room. The first room can be a smaller space independent of the second room, such as a user's room. The method for controlling environmental parameters of the pet room can include steps S110 to S110. S130.

Step S110, acquiring indoor environment parameters of the first room. Among them, the first room, such as the pet room. Indoor environment parameters of the first room, such as the indoor ambient temperature of the pet room.

Optionally, the indoor environmental parameters of the first room may include: indoor environmental temperature, indoor environmental humidity, indoor environmental PM2.5, and/or indoor environmental oxygen content of the first room.

For example: a temperature sensor detects the indoor ambient temperature.

Therefore, by adjusting various indoor environment parameters of the first room, it is beneficial to improve the comfort level of the environment in the first room, which is further beneficial to the health of users such as pets in the first room.

Step S120: Determine a control mode of the environmental parameters of the first room according to the indoor environmental parameters of the first room.

Optionally, for the specific process of determining the control mode of the environmental parameters of the first room according to the indoor environmental parameters of the first room in step S120, reference may be made to the following exemplary description.

The specific process of determining the control mode of the environmental parameters of the first room in step S120 is further described below with reference to the schematic flowchart of an embodiment of the control mode for determining the environmental parameters of the first room in the method of the present invention shown in FIG. 2, which may include: Steps S210 to S240.

Step S210, determining the relationship between the indoor environment parameter of the first room and the set environment parameter range.

For example: set the environmental parameter range, which can be 26℃-30℃. The lower limit of the set environmental parameter range may be 26°C, and the upper limit of the set environmental parameter range may be 30°C.

Step S220, if the indoor environment parameter of the first room is less than or equal to the lower limit of the set environment parameter range, determine that the control mode of the environment parameter of the first room is the ventilation mode.

For example: the temperature sensor detects the indoor ambient temperature, if the detected indoor ambient temperature is 15-26°C, the transition season mode is activated.

Step S230, if the indoor environment parameter of the first room is greater than the lower limit of the set environment parameter range and less than or equal to the upper limit of the set environment parameter range, determine that the control mode of the environment parameter of the first room is the transmission mode.

For example, the temperature sensor detects the indoor ambient temperature, and if the detected indoor ambient temperature is 26-30°C, the user's room air supply mode is turned on.

Step S240, if the indoor environment parameter of the first room is greater than the upper limit of the set environment parameter range, determine that the control mode of the environment parameter of the first room is the adjustment mode.

For example, the temperature sensor detects the indoor ambient temperature, and if the detected indoor ambient temperature is greater than 30°C, the pet air conditioner cooling mode is activated.

Therefore, by determining the corresponding control mode by determining the different environmental parameter areas in which the detected indoor environmental parameters of the first room are compared with the set environmental parameter ranges, it is possible to ensure that the indoor environmental parameters of the first room reach the target as much as possible Appropriate energy saving in the case of environmental parameters.

Step S130: Control the indoor environmental parameters of the first room according to the control mode of the environmental parameters of the first room, so that the indoor environmental parameters of the first room reach the target environmental parameters of the first room.

Wherein, the control mode of the environmental parameters of the first room may include: ventilation mode, transmission mode and/or adjustment mode. The ventilation mode is a control mode for naturally ventilating the first room. The transmission mode is a control mode for transmitting the air of the second room to the first room. The adjustment mode is a control mode that enables the first room to adjust its indoor air by itself. Among them, the ventilation mode, such as the transition mode; the transmission mode, such as the user room air supply mode; the adjustment mode, such as the pet air conditioner cooling mode.

For example: a pet air-conditioning system, which can apply air-conditioning to pet feeding, and select three modes by detecting the indoor temperature; for example, it can detect the indoor temperature to perform over mode, user room air supply mode, pet air conditioner The choice of the three cooling modes can improve the comfort of the pet's living environment.

Therefore, the control mode of the environmental parameters of the first room is determined by the indoor environmental parameters of the first room, and then different controls can be performed according to different degrees of the indoor environmental parameters of the first room, so as to improve the environmental parameters of the first room to different degrees. Comfort of environmental parameters.

Optionally, the specific process of controlling the indoor environmental parameters of the first room according to the control mode of the environmental parameters of the first room in step S130 may include a control situation in any one of the following control modes.

The control situation in the first control mode: when the control mode of the environmental parameters of the first room is the ventilation mode, control the ventilation opening of the first room to open, so that the first room can control the environment of the first room through natural ventilation parameter. That is, in the ventilation mode, the ventilation opening of the first room is controlled to be opened to realize natural ventilation.

For example: in transition mode, the nest door can be opened for ventilation.

For example, the temperature sensor detects the indoor ambient temperature. If the detected indoor ambient temperature is 15-26°C, the transitional season mode is activated, and the nest door is always open to maintain ventilation. This method can effectively save energy and improve the comfort of pets.

Control situation in the second control mode: when the control mode of the environmental parameters of the first room is the transmission mode, control the transmission channel between the first room and the second room to open, so that the The air conditioned by the second air conditioner is transmitted to the first room through the transmission channel between the first room and the second room, so that the environmental parameters of the first room can be adjusted by the air conditioned by the second air conditioner in the second room. control. That is to say, in the transmission mode, the opening of the transmission channel between the first room and the second room is controlled, so that the air conditioned by the second air conditioner in the second room in the second room is transmitted to the second room through the transmission channel. in a room.

Specifically, the user room communicates with the pet room through pipes. Among them, the pet air conditioner 4 needs to add an air duct hole to be connected with the air duct 3 . Correspondingly, an air duct hole should also be opened at the fan 2 in the user's room, which is connected to the air duct 3. In order to adapt to the special situation that the pet kennel is small in size, the size of the pet air conditioner 4 is also relatively small. When the user's room air supply mode is activated, the user's room fan 2 is activated to transmit the treated air to the pet's nest through the air duct 3 to achieve cooling, because the air duct 3 itself will heat up during the process of delivering low-temperature air. , so it can be considered when the outdoor temperature is not particularly high but cooling is needed to improve comfort.

For example, in the user's room air supply mode, the treated air in the user's room can be introduced into the pet kennel by directly opening the door of the kennel to a certain extent.

For example, the temperature sensor detects the indoor ambient temperature. If the detected indoor ambient temperature is 26-30°C, the user's room air supply mode is turned on, and the user's room transmits the treated air to the pet bed to achieve cooling.

The control situation in the third control mode: when the control mode of the environmental parameters of the first room is the adjustment mode, the first air conditioner in the first room is controlled to be turned on, so as to adjust the first air conditioner through the first air conditioner in the first room Ambient parameters in the room. That is, in the adjustment mode, the first air conditioner in the first room is controlled to be turned on, so as to adjust the environmental parameters in the first room through the first air conditioner in the first room.

For example, the temperature sensor detects the indoor ambient temperature, and if the detected indoor ambient temperature is greater than 30°C, the pet air conditioner cooling mode is activated to use the pet air conditioner to adjust the temperature in the pet bed.

Therefore, by implementing the control of the environmental parameters in the first room through different environmental parameter control methods in different modes, on the one hand, the timely control of the environmental parameters in the first room is ensured, so as to improve the environmental comfort in the first room On the other hand, it can properly save energy, which is beneficial to environmental protection.

More optionally, for the specific process of adjusting the environmental parameters in the first room by the first air conditioner in the first room, reference may be made to the following exemplary description.

The following is a further description of the method of adjusting the environmental parameters in the first room by the first air conditioner in the first room in conjunction with the schematic flow chart of an embodiment of the method of the present invention shown in FIG. 3 . The specific process of the environment parameter may include: steps S310 to S330.

Step S310: Determine the current time of the time zone to which the first room belongs, and determine whether the current time is the set rest period. For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. Wherein, the initial set rest time is set by the user, the rest time mentioned here is generally sleep time, and usually the set time is night.

Step S320, if the current time belongs to the set rest period, perform a first control on the first air conditioner in the first room, so as to adjust the environmental parameters in the first room during the rest period. For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If the current time period is the rest time, start in rest mode, further determine whether to perform alarm feedback according to whether a pet is currently detected, and perform automatic upward air supply adjustment.

Further optionally, in step S320, when the current time belongs to the set rest period, the specific process of performing the first control on the first air conditioner in the first room may refer to the following exemplary description.

The first control of the first air conditioner in the first room in step S320 is further described below with reference to the schematic flowchart of an embodiment of performing the first control on the first air conditioner in the first room in the method of the present invention shown in FIG. 4 . The specific process may include: steps S410 to S430.

Step S410, in the rest period, determine whether there is a user in the first room.

For example: the first room, which can be a pet's nest. The user, which can be a pet.

For example, the feedback of the infrared sensor can be used to judge whether the pet is returning to the nest at night. For example, it can be detected by infrared sensors to detect whether the pet is in the nest. The higher the temperature, the shorter the infrared wavelength. The pet's body temperature is about 37.5 degrees. Under normal circumstances, the wavelength will be shorter than that of the surrounding objects. The wavelength peaks in the far-infrared rays of about 10 microns, and the wavelength is used to determine whether the pet is in the nest.

Step S420: During the rest period, if there is a user in the first room, after controlling the door of the first room to close, the first air conditioner in the first room is controlled to be turned on, so that at least the The environmental parameters are adjusted to the target environmental parameters.

For example: in the pet air conditioning refrigeration mode, the temperature difference can be detected, the temperature in the pet bed can be controlled, and a comfortable living environment can be brought to the pet.

Among them, the air blowing method of the air guide plate of the first air conditioner adopts the air blowing method that avoids the user.

For example, in the pet air-conditioning cooling mode, the comfort of the pet's living environment can be improved to a certain extent by means of the wind deflector blowing upwards during the rest time, thereby improving the comfort of the pet's living environment. Specifically, if the user needs to rest at night, the pet's air conditioner requirements can be continuously met through one setting, without the user's operation at night. In order to ensure the pet's sleeping comfort at night, the wind deflector upward mode needs to be implemented. That is to say, when the pet is in the rest mode and the pet is in the nest, the door will be automatically locked to save energy; Since the height of the pet kennel is usually not very high, the angle of the wind deflector is selected to be smaller to avoid direct blowing. The default initial value is set to 30 degrees. This value can be manually input by the user according to factors such as the environment.

For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If it is detected that the pet is in the kennel, control the kennel door to close and lock, then turn on the pet air conditioner, detect the temperature in the pet kennel, adjust the target temperature of the pet air conditioner to a suitable temperature according to the detection result, and control the air deflector of the pet air conditioner Blow up.

Step S430, during the rest period, if there is no user in the first room, the first air conditioner is not turned on, and a reminder message that there is no user in the first room is sent.

For example, in the pet air conditioner refrigeration mode, the switch of the air conditioner can be determined by detecting whether the pet is in the nest, which greatly improves the energy saving effect of the air conditioner to a certain extent.

For example, by judging whether the pet is in the nest, the owner can be reminded in time, and the door of the nest can be closed in time, which not only ensures the safety of the pet, but also improves the energy saving effect. Specifically, the feedback of the infrared sensor can be used to determine whether the pet is returning to the nest at night, and give the owner certain feedback, and the door can also be automatically locked. like:

For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If it is detected that the pet is not in the den, a reminder message that the pet is not in the den will be sent. For example, an alarm will be issued to inform the owner that the pet is not in the den, and then it will return to continue to detect whether the pet is in the den. That is to say, when in rest mode and the pet is not in the nest, the alarm will send out an alarm to give the user physical feedback. This is a cyclic process until the infrared sensor detects and confirms that the pet is in the nest. End, and turn on the wind deflector up mode to further ensure pet comfort.

Therefore, when the current time belongs to the set rest period, the first control is performed on the first air conditioner in the first room according to whether there is a user in the first room, so that the user's comfort and safety can be guaranteed. sex.

Step S330, if the current time does not belong to the set rest period, perform a second control on the first air conditioner in the first room to adjust the environmental parameters in the first room during the non-rest period. For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If the current moment is in the non-rest time, start in the non-rest mode, and further determine whether to turn on the air conditioner to adjust the temperature difference or restart the program according to whether a pet is currently detected.

For example: in the pet air conditioner cooling mode, the air conditioner can be controlled by intelligent methods such as the setting of the initial rest time, the detection of temperature difference, the feedback of infrared sensors, and the automatic adjustment of the direction of the wind deflector, which can improve the comfort of the pet's living environment. , It is also beneficial to improve the energy-saving effect of pet air conditioners.

Therefore, by using the first air conditioner in the first room to adjust the environmental parameters in the first room, and distinguishing the rest period and the non-rest period for corresponding control, on the one hand, the comfort of the environment in the first room can be ensured, and the other In one aspect, energy can be avoided by turning on the first air conditioner when the user is not in the first room.

Further optionally, in step S330, when the current time does not belong to the set rest period, the specific process of performing the second control on the first air conditioner in the first room may refer to the following exemplary description.

The second control of the first air conditioner in the first room in step S330 is further described below with reference to the schematic flowchart of an embodiment of the second control of the first air conditioner in the first room in the method of the present invention shown in FIG. 5 . The specific process may include steps S510 to S530.

Step S510, in the non-rest period, determine whether there is a user in the first room.

For example: the first room, which can be a pet's nest. The user, which can be a pet. For example, the feedback of the infrared sensor can be used to judge whether the pet is returning to the nest at night.

Step S520, in the non-rest period, if there is a user in the first room, the air conditioner is controlled to be turned on, so as to adjust the environmental parameters in the first room to the target environmental parameters at least through the first air conditioner.

For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If the current moment is not resting time, if the pet is in the nest, after controlling the pet air conditioner to start, adjust the temperature in the nest to an appropriate temperature according to the test results. That is to say, during the day, the pet needs to move freely. Corresponding to the fact that the pet is in the nest, according to the difference between the indoor temperature and the set temperature at this time, the air conditioner automatically adjusts to the appropriate temperature. Specifically, when the pet is in the non-rest mode and the pet is in the nest, the air-conditioning and cooling will be determined according to the difference between the detection result of the indoor temperature and the set temperature. In general, the dog's body temperature is 37.5-38.5 degrees, and its most comfortable ambient temperature is 25-26 degrees, so the system defaults to set the temperature to 26 degrees, and this value can be manually input by the user according to other factors.

Step S530, in the non-rest period, if there is no user in the first room, continue to determine whether the current time is the set rest period.

For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If the current moment is in the non-rest time, if the pet is not in the nest, it is not necessary to control the pet air conditioner to turn on, and return to continue to detect whether the pet is in the nest. That is to say, during the day, the pet needs to move freely, corresponding to the situation that the pet cannot be detected, the procedure starts again.

Therefore, when the current time does not belong to the set rest period, by performing the second control on the first air conditioner in the first room according to whether there is a user in the first room, the user's comfort and convenience can be ensured. safety.

It has been verified by a large number of experiments that by using the technical solution of this embodiment, the comfort of the pet's living environment can be improved by applying the air conditioner to the environment adjustment of the pet's room.

According to an embodiment of the present invention, there is also provided an environmental parameter control apparatus corresponding to the environmental parameter control method. Referring to FIG. 6, a schematic structural diagram of an embodiment of the device of the present invention is shown. The device for controlling environmental parameters can be applied to a first room, such as a pet room, and the first room can be a smaller space independent of the second room, such as a user's room. The device for controlling environmental parameters of the pet room can include: an acquisition unit 102, Determination unit 104 and control unit 106 .

In an optional example, the obtaining unit 102 may be configured to obtain indoor environment parameters of the first room. Among them, the first room, such as the pet room. Indoor environment parameters of the first room, such as the indoor ambient temperature of the pet room. Refer to step S110 for the specific function and processing of the obtaining unit 102 .

Optionally, the indoor environmental parameters of the first room may include: indoor environmental temperature, indoor environmental humidity, indoor environmental PM2.5, and/or indoor environmental oxygen content of the first room.

For example: a temperature sensor detects the indoor ambient temperature.

Therefore, by adjusting various indoor environment parameters of the first room, it is beneficial to improve the comfort level of the environment in the first room, which is further beneficial to the health of users such as pets in the first room.

In an optional example, the determining unit 104 may be configured to determine the control mode of the environmental parameters of the first room according to the indoor environmental parameters of the first room. Refer to step S120 for the specific function and processing of the determining unit 104 .

Optionally, the control unit 106 determines the control mode of the environmental parameters of the first room according to the indoor environmental parameters of the first room, which may include:

Specifically, the control unit 106 may be further configured to determine the relationship between the indoor environment parameter of the first room and the set environment parameter range. For specific functions and processing of the control unit 106, refer to step S210.

For example: set the environmental parameter range, which can be 26℃-30℃. The lower limit of the set environmental parameter range may be 26°C, and the upper limit of the set environmental parameter range may be 30°C.

The control unit 106 can also be specifically configured to determine that the control mode of the environmental parameter of the first room is the ventilation mode if the indoor environmental parameter of the first room is less than or equal to the lower limit of the set environmental parameter range. For specific functions and processing of the control unit 106, refer to step S220.

For example: the temperature sensor detects the indoor ambient temperature, if the detected indoor ambient temperature is 15-26°C, the transition season mode is activated.

The control unit 106 can also be specifically configured to determine that the control mode of the environmental parameters of the first room is: transfer mode. For specific functions and processing of the control unit 106, refer to step S230.

For example, the temperature sensor detects the indoor ambient temperature, and if the detected indoor ambient temperature is 26-30°C, the user's room air supply mode is turned on.

The control unit 106 can also be specifically configured to determine that the control mode of the environmental parameter of the first room is the adjustment mode if the indoor environmental parameter of the first room is greater than the upper limit of the set environmental parameter range. For specific functions and processing of the control unit 106, refer to step S240.

For example, the temperature sensor detects the indoor ambient temperature, and if the detected indoor ambient temperature is greater than 30°C, the pet air conditioner cooling mode is activated.

Therefore, by determining the corresponding control mode by determining the different environmental parameter areas in which the detected indoor environmental parameters of the first room are compared with the set environmental parameter ranges, it is possible to ensure that the indoor environmental parameters of the first room reach the target as much as possible Appropriate energy saving in the case of environmental parameters.

In an optional example, the control unit 106 may be configured to control the indoor environmental parameters of the first room according to the control mode of the environmental parameters of the first room, so that the indoor environmental parameters of the first room reach the target environment of the first room parameter. Refer to step S130 for specific functions and processing of the control unit 106 .

Wherein, the control mode of the environmental parameters of the first room may include: ventilation mode, transmission mode and/or adjustment mode. The ventilation mode is a control mode for naturally ventilating the first room. The transmission mode is a control mode for transmitting the air of the second room to the first room. The adjustment mode is a control mode that enables the first room to adjust its indoor air by itself. Among them, the ventilation mode, such as the transition mode; the transmission mode, such as the user room air supply mode; the adjustment mode, such as the pet air conditioner cooling mode.

For example: a pet air-conditioning system, which can apply air-conditioning to pet feeding, and select three modes by detecting the indoor temperature; for example, it can detect the indoor temperature to perform over mode, user room air supply mode, pet air conditioner The choice of the three cooling modes can improve the comfort of the pet's living environment.

Therefore, the control mode of the environmental parameters of the first room is determined by the indoor environmental parameters of the first room, and then different controls can be performed according to different degrees of the indoor environmental parameters of the first room, so as to improve the environmental parameters of the first room to different degrees. Comfort of environmental parameters.

Optionally, the control unit 106 controls the indoor environmental parameters of the first room according to the control mode of the environmental parameters of the first room, which may include control situations in any one of the following control modes.

The control situation in the first control mode: the control unit 106 can also be specifically configured to control the ventilation opening of the first room to open when the control mode of the environmental parameters of the first room is the ventilation mode, so that the first room The environmental parameters of the first room are controlled by natural ventilation. That is, in the ventilation mode, the ventilation opening of the first room is controlled to be opened to realize natural ventilation.

For example: in transition mode, the nest door can be opened for ventilation.

For example, the temperature sensor detects the indoor ambient temperature. If the detected indoor ambient temperature is 15-26°C, the transitional season mode is activated, and the nest door is always open to maintain ventilation. This method can effectively save energy and improve the comfort of pets.

The control situation in the second control mode: the control unit 106 can also be specifically used to control the opening of the transmission channel between the first room and the second room when the control mode of the environmental parameters of the first room is the transmission mode , so as to transmit the air conditioned by the second air conditioner in the second room to the first room through the transmission channel between the first room and the second room, so as to pass the air conditioned by the second air conditioner in the second room The air controls the environmental parameters of the first room. That is to say, in the transmission mode, the opening of the transmission channel between the first room and the second room is controlled, so that the air conditioned by the second air conditioner in the second room in the second room is transmitted to the second room through the transmission channel. in a room.

Specifically, the user room communicates with the pet room through pipes. Among them, the pet air conditioner 4 needs to add an air duct hole to be connected with the air duct 3 . Correspondingly, an air duct hole should also be opened at the fan 2 in the user's room, which is connected to the air duct 3. In order to adapt to the special situation that the pet kennel is small in size, the size of the pet air conditioner 4 is also relatively small. When the user's room air supply mode is activated, the user's room fan 2 is activated to transmit the treated air to the pet's nest through the air duct 3 to achieve cooling, because the air duct 3 itself will heat up during the process of delivering low-temperature air. , so it can be considered when the outdoor temperature is not particularly high but cooling is needed to improve comfort.

For example, in the user's room air supply mode, the treated air in the user's room can be introduced into the pet kennel by directly opening the door of the kennel to a certain extent.

For example, the temperature sensor detects the indoor ambient temperature. If the detected indoor ambient temperature is 26-30°C, the user's room air supply mode is turned on, and the user's room transmits the treated air to the pet bed to achieve cooling.

The control situation in the third control mode: the control unit 106 can also be specifically configured to control the first air conditioner in the first room to be turned on when the control mode of the environmental parameters of the first room is the adjustment mode, so that the A first air conditioner in a room adjusts environmental parameters in the first room. That is, in the adjustment mode, the first air conditioner in the first room is controlled to be turned on, so as to adjust the environmental parameters in the first room through the first air conditioner in the first room.

For example, the temperature sensor detects the indoor ambient temperature, and if the detected indoor ambient temperature is greater than 30°C, the pet air conditioner cooling mode is activated to use the pet air conditioner to adjust the temperature in the pet bed.

Therefore, by implementing the control of the environmental parameters in the first room through different environmental parameter control methods in different modes, on the one hand, the timely control of the environmental parameters in the first room is ensured, so as to improve the environmental comfort in the first room On the other hand, it can properly save energy, which is beneficial to environmental protection.

More optionally, the control unit 106 adjusts the environmental parameters in the first room through the first air conditioner in the first room, which may include:

Specifically, the control unit 106 may be further configured to determine the current time of the time zone to which the first room belongs, and to determine whether the current time is the set rest period. For specific functions and processing of the control unit 106, refer to step S310. For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. Wherein, the initial set rest time is set by the user, the rest time mentioned here is generally sleep time, and usually the set time is night.

The control unit 106 can also be specifically configured to perform the first control on the first air conditioner in the first room if the current time belongs to the set rest period, so as to adjust the environmental parameters in the first room during the rest period. For specific functions and processing of the control unit 106, refer to step S320. For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If the current time period is the rest time, start in rest mode, further determine whether to perform alarm feedback according to whether a pet is currently detected, and perform automatic upward air supply adjustment.

Further optionally, when the current time belongs to the set rest period, the control unit 106 performs the first control on the first air conditioner in the first room, which may include:

The control unit 106 may also be specifically configured to determine whether there is a user in the first room during the rest period. For specific functions and processing of the control unit 106, refer to step S410.

For example: the first room, which can be a pet's nest. The user, which can be a pet.

For example, the feedback of the infrared sensor can be used to judge whether the pet is returning to the nest at night. For example, it can be detected by infrared sensors to detect whether the pet is in the nest. The higher the temperature, the shorter the infrared wavelength. The pet's body temperature is about 37.5 degrees. Under normal circumstances, the wavelength will be shorter than that of the surrounding objects. The wavelength peaks in the far-infrared rays of about 10 microns, and the wavelength is used to determine whether the pet is in the nest.

The control unit 106 can also be specifically used to control the first air conditioner in the first room to open after the door of the first room is closed if there is a user in the first room during the rest period, so as to at least pass the first air conditioner The environmental parameters in the first room are adjusted to the target environmental parameters. For specific functions and processing of the control unit 106, refer to step S420.

For example: in the pet air conditioning refrigeration mode, the temperature difference can be detected, the temperature in the pet bed can be controlled, and a comfortable living environment can be brought to the pet.

Among them, the air blowing method of the air guide plate of the first air conditioner adopts the air blowing method that avoids the user.

For example, in the pet air-conditioning cooling mode, the comfort of the pet's living environment can be improved to a certain extent by means of the wind deflector blowing upwards during the rest time, thereby improving the comfort of the pet's living environment. Specifically, if the user needs to rest at night, the pet's air conditioner requirements can be continuously met through one setting, without the user's operation at night. In order to ensure the pet's sleeping comfort at night, the wind deflector upward mode needs to be implemented. That is to say, when the pet is in the rest mode and the pet is in the nest, the door will be automatically locked to save energy; Since the height of the pet kennel is usually not very high, the angle of the wind deflector is selected to be smaller to avoid direct blowing. The default initial value is set to 30 degrees. This value can be manually input by the user according to factors such as the environment.

For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If it is detected that the pet is in the kennel, control the kennel door to close and lock, then turn on the pet air conditioner, detect the temperature in the pet kennel, adjust the target temperature of the pet air conditioner to a suitable temperature according to the detection result, and control the air deflector of the pet air conditioner Blow up.

Specifically, the control unit 106 can be further configured to not turn on the first air conditioner if there is no user in the first room during the rest period, and send a reminder message that there is no user in the first room. For specific functions and processing of the control unit 106, refer to step S430.

For example, in the pet air conditioner refrigeration mode, the switch of the air conditioner can be determined by detecting whether the pet is in the nest, which greatly improves the energy saving effect of the air conditioner to a certain extent.

For example, by judging whether the pet is in the nest, the owner can be reminded in time, and the door of the nest can be closed in time, which not only ensures the safety of the pet, but also improves the energy saving effect. Specifically, the feedback of the infrared sensor can be used to determine whether the pet is returning to the nest at night, and give the owner certain feedback, and the door can also be automatically locked. like:

For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If it is detected that the pet is not in the den, a reminder message that the pet is not in the den will be sent. For example, an alarm will be issued to inform the owner that the pet is not in the den, and then it will return to continue to detect whether the pet is in the den. That is to say, when in rest mode and the pet is not in the nest, the alarm will send out an alarm to give the user physical feedback. This is a cyclic process until the infrared sensor detects and confirms that the pet is in the nest. End, and turn on the wind deflector up mode to further ensure pet comfort.

Therefore, when the current time belongs to the set rest period, the first control is performed on the first air conditioner in the first room according to whether there is a user in the first room, so that the user's comfort and safety can be guaranteed. sex.

The control unit 106 can also be specifically configured to perform a second control on the first air conditioner in the first room if the current time does not belong to the set rest period, so as to realize the adjustment of the environmental parameters in the first room during the non-rest period . For specific functions and processing of the control unit 106, refer to step S330. For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If the current moment is in the non-rest time, start in the non-rest mode, and further determine whether to turn on the air conditioner to adjust the temperature difference or restart the program according to whether a pet is currently detected.

For example: in the pet air conditioner cooling mode, the air conditioner can be controlled by intelligent methods such as the setting of the initial rest time, the detection of temperature difference, the feedback of infrared sensors, and the automatic adjustment of the direction of the wind deflector, which can improve the comfort of the pet's living environment. , It is also beneficial to improve the energy-saving effect of pet air conditioners.

Therefore, by using the first air conditioner in the first room to adjust the environmental parameters in the first room, and distinguishing the rest period and the non-rest period for corresponding control, on the one hand, the comfort of the environment in the first room can be ensured, and the other In one aspect, energy can be avoided by turning on the first air conditioner when the user is not in the first room.

Further optionally, when the current time does not belong to the set rest period, the control unit 106 performs a second control on the first air conditioner in the first room, which may include:

Specifically, the control unit 106 can also be used to determine whether there is a user in the first room during a non-rest period. For specific functions and processing of the control unit 106, refer to step S510.

For example: the first room, which can be a pet's nest. The user, which can be a pet. For example, the feedback of the infrared sensor can be used to judge whether the pet is returning to the nest at night.

The control unit 106 can also be specifically configured to control the air conditioner to turn on if there is a user in the first room during the non-rest period, so as to adjust the environmental parameters in the first room to the target environmental parameters at least through the first air conditioner. For the specific functions and processing of the control unit 106, refer to step S520.

For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If the current moment is not resting time, if the pet is in the nest, after controlling the pet air conditioner to start, adjust the temperature in the nest to an appropriate temperature according to the test results. That is to say, during the day, the pet needs to move freely. Corresponding to the fact that the pet is in the nest, according to the difference between the indoor temperature and the set temperature at this time, the air conditioner automatically adjusts to the appropriate temperature. Specifically, when the pet is in the non-rest mode and the pet is in the nest, the air-conditioning and cooling will be determined according to the difference between the detection result of the indoor temperature and the set temperature. In general, the dog's body temperature is 37.5-38.5 degrees, and its most comfortable ambient temperature is 25-26 degrees, so the system defaults to set the temperature to 26 degrees, and this value can be manually input by the user according to other factors.

Specifically, the control unit 106 may be further configured to continue to determine whether the current time is the set rest period if there is no user in the first room during the non-rest period. For specific functions and processing of the control unit 106, refer to step S530.

For example, in the cooling mode of the pet air conditioner, after the cooling mode is turned on, the current time period is determined according to the rest period set by the user. If the current moment is in the non-rest time, if the pet is not in the nest, it is not necessary to control the pet air conditioner to turn on, and return to continue to detect whether the pet is in the nest. That is to say, during the day, the pet needs to move freely, corresponding to the situation that the pet cannot be detected, the procedure starts again.

Therefore, when the current time does not belong to the set rest period, by performing the second control on the first air conditioner in the first room according to whether there is a user in the first room, the user's comfort and convenience can be ensured. safety.

Since the processing and functions implemented by the apparatus in this embodiment basically correspond to the foregoing embodiments, principles and examples of the methods shown in FIG. The relevant descriptions in , will not be repeated here.

After a large number of tests and verifications, the technical solution of the present invention is beneficial to improve the energy-saving effect of pet air conditioners by applying the air conditioner to the environment adjustment of the pet room and selecting multiple modes for indoor temperature detection.

According to an embodiment of the present invention, an air conditioning system of a control device corresponding to an environmental parameter is also provided. The air conditioning system may include: the control device for the environmental parameters described above.

In an optional embodiment, the solution of the present invention provides a pet air conditioning system, which can apply the air conditioner to pet feeding, and select three modes by detecting the indoor temperature; Choose between transition mode, user room air supply mode, and pet air conditioning cooling mode.

In an alternative example, in the transition mode, the nest door may be opened for ventilation.

In an optional example, in the user's room ventilation mode, the treated air from the user's room may be introduced into the kennel to a certain extent by directly opening the kennel door.

In an optional example, in the pet air conditioner cooling mode, the air conditioner can be controlled by intelligent methods such as the setting of the initial rest time, the detection of temperature difference, the feedback of infrared sensors, and the automatic adjustment of the direction of the wind deflector, which can improve the pet’s health. The comfort of the living environment is also conducive to improving the energy-saving effect of pet air conditioners.

Optionally, in the pet air-conditioning refrigeration mode, the comfort of the pet's living environment can be improved to a certain extent by blowing upwards through the wind deflector during rest time, thereby improving the comfort of the pet's living environment.

Optionally, in the pet air conditioner refrigeration mode, the on/off of the air conditioner can be determined by detecting whether the pet is in the nest, which greatly improves the energy saving effect of the air conditioner to a certain extent.

For example, the switch of the air conditioner can be determined by detecting whether the pet is in the nest.

Another example: by judging whether the pet is in the nest, the owner is reminded in time, and the nest door is closed in time, which not only ensures the safety of the pet, but also improves the energy saving effect. Specifically, the feedback of the infrared sensor can be used to determine whether the pet is returning to the nest at night, and give the owner certain feedback, and the door can also be automatically locked.

Optionally, in the pet air conditioning refrigeration mode, the temperature difference can be detected to control the temperature in the pet kennel to bring a comfortable living environment for the pet.

In an optional specific implementation manner, reference may be made to the examples shown in FIG. 7 to FIG. 9 to illustrate the specific implementation process of the solution of the present invention.

FIG. 7 is a schematic control flow diagram of a pet air-conditioning control system according to an embodiment of the air-conditioning system of the present invention.

As shown in Figure 7, the control process of the pet air conditioning control system may include:

Step 11 , the temperature sensor detects the indoor ambient temperature, and executes step 12 , step 13 or step 14 .

Step 12. If the detected indoor ambient temperature is 15-26°C, the transitional season mode is activated, and the nest door is always open to maintain ventilation. This method can improve the comfort of pets while effectively saving energy.

Step 13: If the detected indoor ambient temperature is 26-30°C, the user's room air supply mode is turned on, and the user's room transmits the treated air to the pet kennel to achieve cooling.

Step 14: If the detected indoor ambient temperature is greater than 30°C, start the pet air conditioner cooling mode.

FIG. 8 is a schematic diagram of a pipeline connection between a user room and a pet room according to an embodiment of the air conditioning system of the present invention.

As shown in Fig. 8, the user's room and the pet's room communicate with each other through pipes. Wherein, the user air conditioner 1 in the user room and the pet air conditioner 4 in the pet room are connected by an air duct 3 . Specifically, one end of the air duct 3 is connected to the fan 2 of the user air conditioner 1 , and the other end of the air duct 3 is connected to the pet air conditioner 4 .

During specific implementation, compared with the general air conditioner structure, the pet air conditioner 4 needs to add an air duct hole to be connected with the air duct 3 . Correspondingly, an air duct hole should also be opened at the fan 2 in the user's room, which is connected to the air duct 3. In order to adapt to the special situation that the pet kennel is small in size, the size of the pet air conditioner 4 is also relatively small. When the user's room air supply mode is activated, the user's room fan 2 is activated to transmit the treated air to the pet's nest through the air duct 3 to achieve cooling, because the air duct 3 itself will heat up during the process of delivering low-temperature air. , so it can be considered when the outdoor temperature is not particularly high but cooling is needed to improve comfort.

FIG. 9 is a schematic flowchart of a cooling mode of an embodiment of the air conditioning system of the present invention.

As shown in Figure 9, the flow of the pet air conditioner cooling mode may include:

Step 21 , after the cooling mode is turned on, determine the current time period according to the rest period set by the user, and execute step 22 or step 23 .

Wherein, the initial set rest time is set by the user, the rest time mentioned here is generally sleep time, and usually the set time is night.

Step 22: If the current time period is the rest time, start in the rest mode, further determine whether to perform alarm feedback according to whether a pet is currently detected, and perform automatic upward air supply adjustment. Specifically, steps 221 to 226 can be performed.

For example: in the rest mode, when it is detected that the pet is in the nest, it will send a feedback signal to the air conditioner to turn on the air conditioner and adjust it to 26 degrees to ensure the comfort of the room. Transition mode is a natural ventilation mode turned on at 26 degrees. The user room air supply mode is a mode in which the wind generated by the air conditioner in the user room is sent to the pet room between 26-30 degrees. The pet air conditioner refrigeration mode includes rest mode and non-rest mode, which are mainly distinguished by determining whether the pet is in the nest.

Step 221, if it is detected that the pet is in the nest, after controlling the nest door to be closed and locked, step 222 is executed.

Step 222: After the pet air conditioner is turned on, step 223 is executed.

Step 223 , adjust the target temperature of the pet air conditioner to an appropriate temperature according to the detection result, and execute step 224 .

Step 224 , after controlling the air deflector of the pet air conditioner to blow upwards, step 225 is executed.

Specifically, if the user needs to rest at night, the pet's air conditioner requirements can be continuously met through one setting, without the user's operation at night. In order to ensure the pet's sleeping comfort at night, the wind deflector upward mode needs to be implemented.

That is to say, when the pet is in the rest mode and the pet is in the nest, the door will be automatically locked to save energy; Since the height of the pet kennel is usually not very high, the angle of the wind deflector is selected to be smaller to avoid direct blowing. The default initial value is set to 30 degrees. This value can be manually input by the user according to factors such as the environment.

Step 225, controlling the pet air conditioner to be turned off.

Wherein, in step 225, the working time of the air conditioner can also be added, which is set by the user, and when the time is up, the air conditioner is automatically turned off.

Step 226 , if it is detected that the pet is not in the den, a reminder message that the pet is not in the den is sent, for example, an alarm is issued to inform the owner that the pet is not in the den, and then the process returns to step 22 to continue to detect whether the pet is in the den. That is to say, when in rest mode and the pet is not in the nest, the alarm will send out an alarm to give the user physical feedback. This is a cyclic process until the infrared sensor detects and confirms that the pet is in the nest. End, and turn on the wind deflector up mode to further ensure pet comfort.

Step 23: If the current moment is in non-rest time, start in non-rest mode, and further determine whether to turn on the air conditioner for temperature difference adjustment or restart the program according to whether a pet is currently detected, and steps 231 to 234 can be performed.

For example: the air conditioner operates in the same way as in the rest mode in the non-rest mode. When in the rest mode, it detects that the pet is in the nest, and it will send a feedback signal to the air conditioner to turn on the air conditioner and adjust it to 26 degrees.

Step 231: If the pet is in the nest, after controlling the pet air conditioner to start, step 232 is executed.

Step 232 , after adjusting the temperature in the fossa to an appropriate temperature according to the detection result, perform step 233 . That is to say, during the day, the pet needs to move freely. Corresponding to the fact that the pet is in the nest, according to the difference between the indoor temperature and the set temperature at this time, the air conditioner automatically adjusts to the appropriate temperature.

Specifically, when the pet is in the non-rest mode and the pet is in the nest, the air-conditioning and cooling will be determined according to the difference between the detection result of the indoor temperature and the set temperature. In general, the dog's body temperature is 37.5-38.5 degrees, and its most comfortable ambient temperature is 25-26 degrees, so the system defaults to set the temperature to 26 degrees, and this value can be manually input by the user according to other factors.

Step 233 , controlling the pet air conditioner to be turned off.

Step 234: If the pet is not in the nest, it is not necessary to control the pet's air conditioner to turn on, and return to step 23 to continue to detect whether the pet is in the nest. That is to say, during the day, the pet needs to move freely, corresponding to the situation that the pet cannot be detected, the procedure starts again.

Optionally, in step 22 or step 23, detecting whether the pet is in the nest can be detected by an infrared sensor. The higher the temperature, the shorter the infrared wavelength, and the pet's body temperature is about 37.5 degrees. The wavelength of the surrounding objects is short, and the peak of the infrared wavelength emitted is about 10 microns of far-infrared rays, and then the wavelength is used to determine whether the pet is in the nest.

Since the processing and functions implemented by the air-conditioning system of this embodiment basically correspond to the aforementioned embodiments, principles and examples of the device shown in FIG. Related descriptions are not repeated here.

After a large number of tests and verifications, using the technical solution of the present invention, by applying the air conditioner to the environment adjustment of the pet room, through the setting of the initial rest time, the detection of the temperature difference, the feedback of the infrared sensor, the automatic adjustment of the direction of the wind deflector, etc. Controlling the air conditioner in this way can improve the comfort of the pet's living environment and also help improve the energy-saving effect of the pet's air conditioner.

According to an embodiment of the present invention, a storage medium corresponding to a control method of an environmental parameter is also provided. The storage medium may include: a plurality of instructions are stored in the storage medium; the plurality of instructions are used by the processor to load and execute the above-mentioned control method for environmental parameters.

Since the processing and functions implemented by the storage medium of this embodiment basically correspond to the foregoing embodiments, principles and examples of the methods shown in FIG. The relevant descriptions in the example will not be repeated here.

After a large number of tests and verifications, using the technical solution of the present invention, by applying the air conditioner to the environment adjustment of the pet room, by directly opening the door of the pet bed, and introducing the treated air from the user's room into the pet bed, the external environment is not particularly hot. Improve the comfort of your pet's living environment.

According to an embodiment of the present invention, an air conditioning system corresponding to a control method of an environmental parameter is also provided. The air-conditioning system may include: a processor for executing a plurality of instructions; a memory for storing a plurality of instructions; wherein the plurality of instructions are used for storing by the memory, loaded by the processor and loaded and executed by the processor. The control method of the environmental parameters described above is carried out.

Since the processing and functions implemented by the air-conditioning system of this embodiment basically correspond to the foregoing embodiments, principles and examples of the methods shown in FIG. The relevant descriptions in the example will not be repeated here.

After a large number of tests and verifications, the technical solution of the present invention improves the comfort of the pet's living environment to a certain extent by applying the air conditioner to the environment adjustment of the pet's room and blowing upward through the wind deflector during rest time, thereby improving the pet's living environment. The comfort of living environment.

To sum up, those skilled in the art can easily understand that, on the premise that there is no conflict, the above advantageous manners can be freely combined and superimposed.

The above description is only an embodiment of the present invention, and is not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and changes. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included within the scope of the claims of the present invention.

Claims (16)

1. a control method of environmental parameter, is characterized in that, comprises: Obtain the indoor environment parameters of the first room; determining the control mode of the environmental parameters of the first room according to the indoor environmental parameters of the first room; Controlling the indoor environmental parameters of the first room according to the control mode of the environmental parameters of the first room, so that the indoor environmental parameters of the first room reach the target environmental parameters of the first room; Wherein, the control mode of the environmental parameters of the first room includes: ventilation mode, transmission mode and/or adjustment mode; ventilation mode is the control mode for natural ventilation of the first room; transmission mode is for the air transmission of the second room The control mode to the first room; the adjustment mode is the control mode that enables the first room to adjust its indoor air by itself. 2. The method for controlling environmental parameters according to claim 1, wherein the indoor environmental parameters of the first room include: indoor environmental temperature, indoor environmental humidity, indoor environmental PM2.5, and/or Indoor ambient oxygen content. 3. The method for controlling environmental parameters according to claim 1 or 2, wherein determining the control mode of the environmental parameters of the first room comprises: determining the relationship between the indoor environment parameter of the first room and the set environment parameter range; If the indoor environment parameter of the first room is less than or equal to the lower limit of the set environment parameter range, determine that the control mode of the environment parameter of the first room is the ventilation mode; If the indoor environmental parameter of the first room is greater than the lower limit of the set environmental parameter range and less than or equal to the upper limit of the set environmental parameter range, then determine that the control mode of the environmental parameter of the first room is the transmission mode; If the indoor environment parameter of the first room is greater than the upper limit of the set environment parameter range, it is determined that the control mode of the environment parameter of the first room is the adjustment mode. 4. The method for controlling environmental parameters according to claim 1 or 2, wherein controlling the indoor environmental parameters of the first room comprises: When the control mode of the environmental parameter of the first room is the ventilation mode, controlling the opening of the ventilation port of the first room, so that the first room can control the environmental parameter of the first room through natural ventilation; When the control mode of the environmental parameters of the first room is the transmission mode, the transmission channel between the first room and the second room is controlled to be opened, so that the air conditioned by the second air conditioner in the second room is passed through the first room. The transmission channel between the room and the second room is transmitted into the first room to control the environmental parameters of the first room by the air conditioned by the second air conditioner in the second room; When the control mode of the environmental parameters of the first room is the adjustment mode, the first air conditioner in the first room is controlled to be turned on, so as to adjust the environmental parameters in the first room through the first air conditioner in the first room. 5. The method for controlling environmental parameters according to claim 4, wherein adjusting the environmental parameters in the first room through the first air conditioner in the first room comprises: Determine the current time in the time zone to which the first room belongs, and determine whether the current time is the set rest period; If the current time belongs to the set rest period, the first control is performed on the first air conditioner in the first room, so as to realize the adjustment of the environmental parameters in the first room during the rest period; If the current time does not belong to the set rest period, the second control is performed on the first air conditioner in the first room to adjust the environmental parameters in the first room during the non-rest period. 6. The method for controlling environmental parameters according to claim 5, wherein the first control of the first air conditioner in the first room comprises: determine whether there is a user in the first room; If there is a user in the first room, after the door of the first room is controlled to close, the first air conditioner in the first room is controlled to be turned on, so as to adjust the environmental parameters in the first room to the target environmental parameters through at least the first air conditioner; Wherein, the air supply method of the air deflector of the first air conditioner adopts the air supply method of avoiding the user; If there is no user in the first room, the first air conditioner is not turned on, and a reminder message that there is no user in the first room is sent. 7. The method for controlling environmental parameters according to claim 5, wherein the second control of the first air conditioner in the first room comprises: determine whether there is a user in the first room; If there is a user in the first room, controlling the air conditioner to turn on, so as to adjust the environmental parameters in the first room to the target environmental parameters at least through the first air conditioner; If there is no user in the first room, continue to determine whether the current time is the set rest period. 8. A control device for environmental parameters, comprising: an acquisition unit for acquiring indoor environment parameters of the first room; a determining unit, configured to determine the control mode of the environmental parameters of the first room according to the indoor environmental parameters of the first room; a control unit, configured to control the indoor environmental parameters of the first room according to the control mode of the environmental parameters of the first room, so that the indoor environmental parameters of the first room reach the target environmental parameters of the first room; Wherein, the control mode of the environmental parameters of the first room includes: ventilation mode, transmission mode and/or adjustment mode; ventilation mode is the control mode for natural ventilation of the first room; transmission mode is for the air transmission of the second room The control mode to the first room; the adjustment mode is the control mode that enables the first room to adjust its indoor air by itself. 9 . The control device for environmental parameters according to claim 8 , wherein the indoor environmental parameters of the first room include: indoor environmental temperature, indoor environmental humidity, indoor environmental PM2.5, and/or the indoor environmental temperature of the first room. 10 . Indoor ambient oxygen content. 10. The control device for environmental parameters according to claim 8 or 9, wherein the control unit determines the control mode of the environmental parameters of the first room, comprising: determining the relationship between the indoor environment parameter of the first room and the set environment parameter range; If the indoor environment parameter of the first room is less than or equal to the lower limit of the set environment parameter range, determine that the control mode of the environment parameter of the first room is the ventilation mode; If the indoor environmental parameter of the first room is greater than the lower limit of the set environmental parameter range and less than or equal to the upper limit of the set environmental parameter range, then determine that the control mode of the environmental parameter of the first room is the transmission mode; If the indoor environment parameter of the first room is greater than the upper limit of the set environment parameter range, it is determined that the control mode of the environment parameter of the first room is the adjustment mode. 11. The control device for environmental parameters according to claim 8 or 9, wherein the control unit controls the indoor environmental parameters of the first room, comprising: When the control mode of the environmental parameter of the first room is the ventilation mode, controlling the opening of the ventilation port of the first room, so that the first room can control the environmental parameter of the first room through natural ventilation; When the control mode of the environmental parameters of the first room is the transmission mode, the transmission channel between the first room and the second room is controlled to be opened, so that the air conditioned by the second air conditioner in the second room is passed through the first room. The transmission channel between the room and the second room is transmitted into the first room to control the environmental parameters of the first room by the air conditioned by the second air conditioner in the second room; When the control mode of the environmental parameters of the first room is the adjustment mode, the first air conditioner in the first room is controlled to be turned on, so as to adjust the environmental parameters in the first room through the first air conditioner in the first room. 12. The control device for environmental parameters according to claim 11, wherein the control unit adjusts the environmental parameters in the first room through the first air conditioner in the first room, comprising: Determine the current time in the time zone to which the first room belongs, and determine whether the current time is the set rest period; If the current time belongs to the set rest period, the first control is performed on the first air conditioner in the first room, so as to realize the adjustment of the environmental parameters in the first room during the rest period; If the current time does not belong to the set rest period, the second control is performed on the first air conditioner in the first room to adjust the environmental parameters in the first room during the non-rest period. 13. The device for controlling environmental parameters according to claim 12, wherein the control unit performs the first control on the first air conditioner in the first room, comprising: determine whether there is a user in the first room; If there is a user in the first room, after the door of the first room is controlled to close, the first air conditioner in the first room is controlled to be turned on, so as to adjust the environmental parameters in the first room to the target environmental parameters at least through the first air conditioner; Wherein, the air supply method of the air deflector of the first air conditioner adopts the air supply method of avoiding the user; If there is no user in the first room, the first air conditioner is not turned on, and a reminder message that there is no user in the first room is sent. 14. The control device for environmental parameters according to claim 12, wherein the control unit performs a second control on the first air conditioner in the first room, comprising: determine whether there is a user in the first room; If there is a user in the first room, controlling the air conditioner to turn on, so as to adjust the environmental parameters in the first room to the target environmental parameters at least through the first air conditioner; If there is no user in the first room, continue to determine whether the current time is the set rest period. 15. An air-conditioning system, characterized in that, comprising: the control device for environmental parameters according to any one of claims 8 to 14; Alternatively, include: a processor for executing multiple instructions; memory for storing multiple instructions; Wherein, the plurality of instructions are used to be stored by the memory and loaded by the processor to execute the method for controlling environmental parameters according to any one of claims 1 to 7. 16. A storage medium, characterized in that the storage medium stores multiple instructions; the multiple instructions are used by a processor to load and execute the environmental parameter according to any one of claims 1 to 7 control method.

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