CN109405232B - Automatic adjustment method of air conditioner based on infrared temperature sensing and human body dynamics - Google Patents

Abstract

The invention discloses an air conditioner automatic adjustment method based on infrared temperature sensing and human body dynamics, including several portable devices, a camera module, an image analysis module, an image database, a controller, a display module, a temperature sensor, a storage module and an air outlet control module ; A camera module is set in the designated area, and the portable device is all portable devices for fitness users in the designated area, and the portable device includes an infrared temperature measurement module, a heart rate detection module, a data transmission module and a data transmission module; Divide the gym into different areas, use different control equipment for each area, collect body surface temperature information and heart rate information through the infrared temperature measurement module and heart rate detection module, and prepare the wind power adjustment rules of the air conditioner through the controller; Afterwards, the real-time temperature information is detected by the temperature sensor, and the temperature regulation rules are prepared by combining the real-time temperature information and the body surface temperature information.

Description

Automatic adjustment method of air conditioner based on infrared temperature sensing and human body dynamics

technical field

The invention belongs to the field of air conditioners, and relates to an air conditioner automatic adjustment technology, in particular to an air conditioner automatic adjustment method based on infrared temperature sensing and human body dynamics.

Background technique

Air conditioner means air conditioner. It refers to the process of adjusting and controlling the temperature, humidity, cleanliness, speed and other parameters of the ambient air in the building/structure by manual means. It generally includes cold source/heat source equipment, cold and hot medium transmission and distribution system, terminal devices and other auxiliary equipment. It mainly includes water pumps, fans and piping systems. The terminal device is responsible for using the cold and heat from the transmission and distribution to specifically deal with the air and temperature, so that the air parameters of the target environment meet the requirements.

At present, basically all entertainment places are equipped with air conditioners, and some larger places are equipped with central air conditioners. The central air conditioner system consists of one or more cold and heat source systems and multiple air conditioning systems. This system is different from traditional Refrigerant air conditioner, centralized air treatment has reached comfort requirements. The principle of liquid vaporization refrigeration is used to provide the required cooling capacity for the air conditioning system to offset the cooling load of the indoor environment; the heating system provides the required heat for the air conditioning system to offset the heat load of the indoor environment.

At present, the fitness area of the gym also uses the central air conditioner to adjust the temperature, but because each person chooses different exercise items, the amount of exercise and the exercise method are also inconsistent; corresponding to different areas, the uniform temperature is used for adjustment, which is not conducive to the utilization of power resources. Saving is also not conducive to regional adjustment according to individual exercise needs; in order to solve the above defects, a solution is now provided.

Contents of the invention

The purpose of the present invention is to provide an air conditioner automatic adjustment method based on infrared temperature sensing and human body dynamics.

The technical problem to be solved by the present invention is:

(1): How to separately adjust the air conditioner;

(2): How to adjust the wind power according to the real-time status of the exercise user;

(3): How to realize temperature adjustment according to the real-time state of the exercise user;

(4): During the user's exercise and rest process, how to provide a better cooling and heat dissipation scheme in a targeted manner.

The purpose of the present invention can be achieved through the following technical solutions:

An air-conditioning automatic adjustment method based on infrared temperature sensing and human body dynamics, characterized in that it includes several portable devices, a camera module, an image analysis module, an image database, a controller, a display module, a temperature sensor, a storage module and an air outlet control module ;

Wherein, the camera module is a regional setting, and a camera module is set in a designated area, and the portable device is all portable devices of users who come to exercise in the designated area, and the portable device includes an infrared temperature measurement module, a heart rate detection module, a data Input module and data transmission module; the infrared temperature measurement module is used for real-time detection of the average body surface temperature of fitness users in this area and marks it as body surface temperature information, and the infrared temperature measurement module is used for transmitting body surface temperature information To the data transmission module; the heart rate detection module is used to detect the average real-time heart rate of all users in the corresponding area in real time and mark it as real-time heart rate information, and the heart rate detection module is used to transmit the real-time heart rate information to the data transmission module;

Wherein, the data transmission module is used to transmit body surface temperature information and real-time heart rate information to the controller, and the temperature sensor is set in the area where the air-conditioning outlet is located, and is used to monitor the real-time temperature information at the air-conditioning outlet in real time. The temperature sensor is used to transmit real-time temperature information to the controller;

The controller is used to perform related processing on body surface temperature information and real-time heart rate information to obtain real-time exercise volume; the specific processing steps are as follows:

Step 1: mark the body surface temperature information as Ti (i=1...n);

Step 2: Use the formula Tc=Ti-T1 (i=1...n) to obtain the body surface temperature change difference Tc;

Step 3: use the controller to mark the real-time heart rate information as Xi (i=1...n);

Step 4: Use the formula Xc=Xi-X1 (i=1...n) to obtain the heart rate variation difference Xc;

Step 5: Using the combination of the body surface temperature change difference Tc and the heart rate change difference Xc to analyze the user's exercise volume, first perform weight distribution on the body surface temperature change difference Tc and the heart rate change difference Xc;

Step 6: Assign the weight ratio of the body surface temperature change difference Tc to Q1, assign the weight of the heart rate change difference Xc to Q2, where Q1+Q2=1, Q1<Q2, and the difference between Q2 and Q1 Between 0.1 and 0.2; both Q1 and Q2 are preset values input through the portable device;

Step 7: Use the formula to obtain the user's real-time exercise volume Hi=Tc*Q1+Xc*Q2 (i=1...n);

The data input module is used to transmit the weight ratio Q1 and Q2 to the data transmission module, and the data transmission module receives the weight ratio Q1 and Q2 values transmitted by the data input module, and the data transmission module is used to transfer The values of weight ratio Q1 and Q2 are transmitted to the controller;

The controller is also used to process the real-time amount of exercise to obtain air-conditioning wind control rules, and the specific processing steps are as follows:

S1: Divide the wind force of the air outlet of the air conditioner into several levels, the wind force level is marked as Yi (i=1..5), and the Yi is a preset wind force coefficient;

S2: Analyze the real-time exercise amount Hi, divide the Hi value into several comparison grades, and the specific process is to divide Hi into several comparison grades;

S3: The comparison level is Hi<L1, L1<Hi<L2, L2<Hi<L3, L3<Hi<L4 and Hi>L4; L1, L2, L3 and L4 are all preset values;

S3: Then compare the user's real-time exercise amount Hi with the above-mentioned comparison grade, and obtain the wind force level Yi according to the level information; mark the wind force level as wind force adjustment information;

The controller is used to transmit the air-conditioning wind control rules to the storage module for real-time storage; the controller is also used to process and obtain the temperature regulation rules according to the real-time temperature information and body surface temperature information;

SS1: Mark the real-time temperature information as Si (i=1...n). When the Si temperature information exceeds the preset value K1, the cooling mode will be automatically turned on, and the temperature will be directly set to the K1 value, which is the preset value. The set value is the most suitable human body temperature value;

SS2: Set Ui=Ti-Si (i=1...n) to obtain the exercise temperature difference Ui, and start lower temperature adjustment when the exercise temperature difference Ui exceeds the preset value K2;

SS3: The lower temperature adjustment is specifically expressed as adjusting the preset value K1 of the suitable temperature, and subtracting the preset deduction value K3 from the preset value K1 to obtain the correction value; and redefining the correction value as the preset value, that is, at this time K1=K1-K3;

SS4: According to the above SS1-SS3 combined with real-time temperature information and body surface temperature information to obtain temperature adjustment information;

The controller is used to transmit the temperature adjustment information and wind adjustment information to the display module for real-time display; the controller is used to transmit the temperature adjustment rules to the storage module for real-time storage; the controller is also used to transfer the temperature adjustment information and The wind force adjustment information is transmitted to the air outlet control module, the air outlet control module includes a sub-controller, a temperature adjustment module and a wind force adjustment module, the temperature adjustment module is used to adjust the cooling temperature of the air conditioner, and the wind force adjustment module is used to adjust the temperature of the air conditioner output wind force; the sub-controller receives the wind force adjustment information and temperature adjustment information transmitted by the controller;

The sub-controller is used to transmit the wind power adjustment information to the wind power adjustment module, and the sub-controller is used to transmit the temperature adjustment information to the temperature adjustment module; the wind power adjustment module is used to adjust the output wind power in real time according to the wind power adjustment information, so The temperature adjustment module is used to adjust the temperature in real time according to the temperature adjustment information.

Further, the camera module is arranged at each cold air outlet for real-time monitoring of the real-time video information at the corresponding air outlet, and the camera module is used for transmitting the real-time video information to the image analysis module; the image analysis module It is used to analyze the real-time video information. When it is analyzed that the fitness user in the real-time video information is in a rest state, the image analysis module is used to transmit a rest signal to the controller. The rest state is specifically represented by the user sitting somewhere or Stay lying down for longer than the preset time.

Further, when the controller receives the rest signal transmitted by the image analysis module, it will transmit the rest signal to the sub-controller, and the sub-controller will transmit the recovery signal to the temperature adjustment module when receiving the rest signal transmitted by the controller, When the sub-controller receives the rest signal transmitted by the controller, it will transmit a slow cooling signal to the wind power regulation module.

Further, when the temperature adjustment module receives the recovery signal transmitted by the sub-controller, it will add the preset value K1 to the preset increase value K4 to obtain a correction value, and redefine the correction value as the preset value, that is, K1 at this time =K1+K4, K4 is a preset value, at this time, the temperature adjustment module will cool down according to the corrected preset value K1; Cool down at Y3 level.

Beneficial effects of the present invention:

(1) The present invention divides the gymnasium into different areas, adopts different control equipment for each area, collects body surface temperature information and heart rate information through the infrared temperature measurement module and heart rate detection module, and prepares them through the controller The wind power regulation rules of the air conditioner; then the real-time temperature information is detected by the temperature sensor, and the temperature regulation rule is prepared by combining the real-time temperature information and the body surface temperature information; through the above two rules, the temperature setting and wind force of the air conditioner are adjusted separately;

(2) The present invention obtains the body surface temperature change difference Tc of the body surface temperature information by calculating the relevant rules, and then obtains the heart rate change difference Xc of the real-time heart rate information in combination with weight distribution to calculate the user's real-time exercise amount; then according to the correlation The rules divide several wind power adjustment levels according to different exercise levels; so as to realize the wind power adjustment according to the real-time state of the user's exercise;

(3) The present invention formulates different temperature adjustment rules corresponding to the real-time temperature information and body temperature information of the user's area by acquiring real-time temperature information and exercise temperature difference, so that the temperature can be realized according to the real-time exercise temperature of the user. adjust;

(4) At the same time, the present invention can determine in time when the user is lying down or sitting for a rest through the camera module and the image analysis module, and judge the user's rest at this time, and then adjust the temperature of the air conditioner in the rest state according to the rest mode, so as to prevent Because the temperature is too low or the wind is too strong, the user's health is affected; the invention is simple, effective and easy to use.

Description of drawings

In order to facilitate the understanding of those skilled in the art, the present invention will be further described below in conjunction with the accompanying drawings.

Fig. 1 is a system block diagram of the present invention.

Detailed ways

As shown in Figure 1, the air conditioner automatic adjustment method based on infrared temperature sensing and human body dynamics includes several portable devices, a camera module, an image analysis module, an image database, a controller, a display module, a temperature sensor, a storage module and an air outlet control module;

Wherein, the camera module is set regionally, one camera module is set in a designated area, and the portable device is all portable devices of users who come to exercise in the designated area, and the portable device includes an infrared temperature measurement module, a heart rate detection module, a data Input module and data transmission module; the infrared temperature measurement module is used for real-time detection of the average body surface temperature of fitness users in this area and marks it as body surface temperature information, and the infrared temperature measurement module is used for transmitting body surface temperature information To the data transmission module; the heart rate detection module is used to detect the average real-time heart rate of all users in the corresponding area in real time and mark it as real-time heart rate information, and the heart rate detection module is used to transmit the real-time heart rate information to the data transmission module;

Wherein, the data transmission module is used to transmit body surface temperature information and real-time heart rate information to the controller, and the temperature sensor is set in the area where the air-conditioning outlet is located, and is used to monitor the real-time temperature information at the air-conditioning outlet in real time. The temperature sensor is used to transmit real-time temperature information to the controller;

The controller is used to perform related processing on body surface temperature information and real-time heart rate information to obtain real-time exercise volume; the specific processing steps are as follows:

Step 1: mark the body surface temperature information as Ti (i=1...n);

Step 2: Use the formula Tc=Ti-T1 (i=1...n) to obtain the body surface temperature change difference Tc;

Step 3: use the controller to mark the real-time heart rate information as Xi (i=1...n);

Step 4: Use the formula Xc=Xi-X1 (i=1...n) to obtain the heart rate variation difference Xc;

Step 5: Using the combination of the body surface temperature change difference Tc and the heart rate change difference Xc to analyze the user's exercise volume, first perform weight distribution on the body surface temperature change difference Tc and the heart rate change difference Xc;

Step 6: Assign the weight ratio of the body surface temperature change difference Tc to Q1, assign the weight of the heart rate change difference Xc to Q2, where Q1+Q2=1, Q1<Q2, and the difference between Q2 and Q1 Between 0.1 and 0.2; both Q1 and Q2 are preset values input through the portable device;

Step 7: Use the formula to obtain the user's real-time exercise volume Hi=Tc*Q1+Xc*Q2 (i=1...n);

The data input module is used to transmit the weight ratio Q1 and Q2 to the data transmission module, and the data transmission module receives the weight ratio Q1 and Q2 values transmitted by the data input module, and the data transmission module is used to transfer The values of weight ratio Q1 and Q2 are transmitted to the controller;

The controller is also used to process the real-time amount of exercise to obtain air-conditioning wind control rules, and the specific processing steps are as follows:

S1: Divide the wind force of the air outlet of the air conditioner into several levels, the wind force level is marked as Yi (i=1..5), and the Yi is a preset wind force coefficient;

S2: Analyze the real-time exercise amount Hi, divide the Hi value into several comparison grades, and the specific process is to divide Hi into several comparison grades;

S3: The comparison level is Hi<L1, L1<Hi<L2, L2<Hi<L3, L3<Hi<L4 and Hi>L4; L1, L2, L3 and L4 are all preset values;

S3: Then compare the user's real-time exercise amount Hi with the above-mentioned comparison grade, and obtain the wind force level Yi according to the level information; mark the wind force level as wind force adjustment information;

The controller is used to transmit the air-conditioning wind control rules to the storage module for real-time storage; the controller is also used to process and obtain the temperature regulation rules according to the real-time temperature information and body surface temperature information;

SS1: Mark the real-time temperature information as Si (i=1...n). When the Si temperature information exceeds the preset value K1, the cooling mode will be automatically turned on, and the temperature will be directly set to the K1 value, which is the preset value. The set value is the most suitable human body temperature value;

SS2: Set Ui=Ti-Si (i=1...n) to obtain the exercise temperature difference Ui, and start lower temperature adjustment when the exercise temperature difference Ui exceeds the preset value K2;

SS3: The lower temperature adjustment is specifically expressed as adjusting the preset value K1 of the suitable temperature, and subtracting the preset deduction value K3 from the preset value K1 to obtain the correction value; and redefining the correction value as the preset value, that is, at this time K1=K1-K3;

SS4: According to the above SS1-SS3 combined with real-time temperature information and body surface temperature information to obtain temperature adjustment information;

The controller is used to transmit the temperature adjustment information and wind adjustment information to the display module for real-time display; the controller is used to transmit the temperature adjustment rules to the storage module for real-time storage; the controller is also used to transfer the temperature adjustment information and The wind force adjustment information is transmitted to the air outlet control module, the air outlet control module includes a sub-controller, a temperature adjustment module and a wind force adjustment module, the temperature adjustment module is used to adjust the cooling temperature of the air conditioner, and the wind force adjustment module is used to adjust the temperature of the air conditioner output wind force; the sub-controller receives the wind force adjustment information and temperature adjustment information transmitted by the controller;

The sub-controller is used to transmit the wind power adjustment information to the wind power adjustment module, and the sub-controller is used to transmit the temperature adjustment information to the temperature adjustment module; the wind power adjustment module is used to adjust the output wind power in real time according to the wind power adjustment information, so The temperature adjustment module is used to adjust the temperature in real time according to the temperature adjustment information;

Wherein, the camera module is arranged at each air outlet of the cold air for real-time monitoring of the real-time video information at the corresponding air outlet, and the camera module is used for transmitting the real-time video information to the image analysis module; the image analysis module uses For analyzing the real-time video information, when it is analyzed that the fitness user in the real-time video information is in a rest state, the image analysis module is used to transmit a rest signal to the controller, and the rest state is specifically represented by the user sitting somewhere or lying down Keeping above the preset time, the specific performance of this detection technology is as follows:

Step 1: Obtain the exercise pictures in the user's real-time video information;

Step 2: After obtaining the key node information of the user's fitness in the exercise picture, the key nodes are the user's hand and leg joints, the hand can take the wrist, elbow and shoulder as the joint point, and the leg can take the knee, hip and ankle is the joint point;

Step 3: Take any point in the exercise picture as the origin, and obtain the first coordinate information of the above-mentioned joint points;

Step 4: Reacquire the user's exercise picture after the preset time, repeat steps 2 to 3, and obtain the second coordinate information of the joint points;

Step 5: Calculate the average distance between the first coordinate information and the second coordinate information, and determine that the user is in a rest state when the average distance is lower than the preset value;

When the controller receives the rest signal transmitted by the image analysis module, it will transmit the rest signal to the sub-controller. When the sub-controller receives the rest signal transmitted by the controller, it will transmit the recovery signal to the temperature adjustment module. When the controller receives the rest signal transmitted by the controller, it will transmit a slow cooling signal to the wind regulation module;

The temperature adjustment module receives the recovery signal transmitted by the sub-controller and adds the preset value K1 to the preset value K4 to obtain a correction value, and redefines the correction value as the preset value, that is, K1=K1+ K4 and K4 are preset values. At this time, the temperature adjustment module will cool down according to the corrected preset value K1; the wind power adjustment module will automatically perform according to the Y3 level when receiving the slow cooling signal transmitted by the sub-controller. Cool down.

The air conditioning automatic adjustment method based on infrared temperature sensing and human body dynamics, when working, firstly collect the body surface temperature and real-time heart rate information of the fitness user through several portable devices, then input the weight ratio through the data input module, and then use the data The transmission module transmits the body surface temperature information and heart rate information to the controller, and at the same time uses the temperature sensor to detect the regional temperature of the area, and then the controller combines the body surface temperature information, heart rate information and regional real-time temperature information to formulate relevant Air-conditioning wind control rules and temperature adjustment rules; then the controller performs air-conditioning wind power adjustment and temperature adjustment according to the received body surface temperature information, heart rate information and real-time temperature information transmitted by the data transmission module; at the same time, the camera module is used to collect on-site images in real time. When it is detected that people enter the rest mode, it will automatically enter the rest state to adjust the air conditioner.

The beneficial effects of the present invention are as follows:

(1) The present invention divides the gymnasium into different areas, adopts different control equipment for each area, collects body surface temperature information and heart rate information through the infrared temperature measurement module and heart rate detection module, and prepares them through the controller The wind power regulation rules of the air conditioner; then the real-time temperature information is detected by the temperature sensor, and the temperature regulation rule is prepared by combining the real-time temperature information and the body surface temperature information; through the above two rules, the temperature setting and wind force of the air conditioner are adjusted separately;

(2) The present invention obtains the body surface temperature change difference Tc of the body surface temperature information by calculating the relevant rules, and then obtains the heart rate change difference Xc of the real-time heart rate information in combination with weight distribution to calculate the user's real-time exercise amount; then according to the correlation The rules divide several wind power adjustment levels according to different exercise levels; so as to realize the wind power adjustment according to the real-time state of the user's exercise;

(3) The present invention formulates different temperature adjustment rules corresponding to the real-time temperature information and body temperature information of the user's area by acquiring real-time temperature information and exercise temperature difference, so that the temperature can be realized according to the real-time exercise temperature of the user. adjust;

(4) At the same time, the present invention can determine in time when the user is lying down or sitting for a rest through the camera module and the image analysis module, and judge the user's rest at this time, and then adjust the temperature of the air conditioner in the rest state according to the rest mode, so as to prevent Because the temperature is too low or the wind is too strong, the user's health is affected; the invention is simple, effective and easy to use.

The above content is only an example and description of the structure of the present invention. Those skilled in the art make various modifications or supplements to the described specific embodiments or replace them in similar ways, as long as they do not deviate from the structure of the invention or Anything beyond the scope defined in the claims shall belong to the protection scope of the present invention.

Claims (4)

1. based on infrared temperature sensing and the dynamic air-conditioning Automatic adjustment method of human body, which is characterized in that portable including several Equipment, photographing module, image analysis module, image data base, controller, display module, temperature sensor, memory module and go out Air port control module；

Wherein, the photographing module is regional setting, a photographing module is arranged in specified region, the portable equipment is to refer to Determine all portable devices that body-building user is carried out in region, the portable equipment include infrared measurement of temperature module, heart rate detection module, Data input module and data transmission module；The infrared measurement of temperature module is used for the average body of the real-time detection region body-building user Table temperature is simultaneously marked as shell temperature information, and the infrared measurement of temperature module is used to for shell temperature information to be transferred to data and pass Defeated module；The heart rate detection module is used for the average real-time heart rate of all users of real-time detection corresponding region and is marked as Real-time heart rate information, the heart rate detection module are used to real-time heart rate information being transferred to data transmission module；

Wherein, the data transmission module is used to shell temperature information and real-time heart rate information being transferred to controller, the temperature Degree sensor is set to cool air outlet region, for monitoring the real time temperature information at the cool air outlet, institute in real time Temperature sensor is stated for real time temperature information to be transferred to controller；

The controller acquires real time kinematics amount for making relevant treatment to shell temperature information and real-time heart rate information； Specific processing step is as follows:

Step 1: being Ti (i=1...n) by shell temperature information flag；

Step 2: shell temperature variation difference Tc is acquired using formula Tc=Ti-T1 (i=1...n)；

Step 3: real-time heart rate information is labeled as Xi (i=1...n) using controller later；

Step 4: changes in heart rate difference Xc is acquired using formula Xc=Xi-X1 (i=1...n)；

Step 5: the synthesis using shell temperature variation difference Tc and changes in heart rate difference Xc divides the amount of exercise of user Analysis changes difference Tc and changes in heart rate difference Xc to shell temperature first and carries out weight distribution；

Step 6: the weight accounting of shell temperature variation difference Tc is assigned as Q1, by the weight distribution of changes in heart rate difference Xc For Q2, wherein Q1+Q2=1, Q1 < Q2, and between Q2 and Q1 difference between 0.1 to 0.2；Q1 and Q2 is to be set by portable The preset value of standby input；

Step 7: user's real time kinematics amount Hi=Tc*Q1+Xc*Q2 (i=1...n) is obtained using formula；

The data input module is used to for the value of weight accounting Q1 and Q2 being transferred to data transmission module, and the data transmit mould Block receives the value of weight the accounting Q1 and Q2 of data input module transmission, the data transmission module be used for weight accounting Q1 and The value of Q2 is transferred to controller；

The controller is also used to carry out real time kinematics amount processing and obtains air-conditioning wind control rule, and specific processing step is such as Under:

S1: the wind-force of air-conditioner air outlet is divided into several ranks, wind-force rank is labeled as Yi (i=1..5), and the Yi is pre- The wind factor first set；

S2: analyzing real time kinematics amount Hi, and Hi value is divided into several and compares class, detailed process is several to divide Hi Compare class；

S3: comparison class is Hi<L1, L1<Hi<L2, L2<Hi<L3, L3<Hi<L4 and Hi>L4；L1, L2, L3 and L4 are default Value；

S3: user real time kinematics amount Hi is compared with the above-mentioned class that compares later, wind-force rank is obtained according to level information Yi；Wind-force rank is adjusted into information labeled as wind-force；

The controller is used to air-conditioning wind control regular transmission to memory module carrying out real-time storage；The controller is also used Temperature adjusting rule is acquired in carrying out processing according to real time temperature information and shell temperature information；

SS1: it is Si (i=1...n) by real time temperature information flag, will be opened automatically when Si temperature information is more than preset value K1 Cooling mode is opened, and directly by temperature setting K1 value, the K1 value is that preset value is optimum human temperature angle value；

SS2: by Ui=Ti-Si (i=1...n), acquiring and temper temperature gap Ui, is more than default when tempering temperature gap Ui Starting is adjusted compared with low temperature when value K2；

SS3: it is embodied in compared with low temperature adjusting and the preset value K1 of preference temperature is adjusted, preset value K1 is subtracted into default button Except value K3 obtains correction value；And correction value is newly defined as preset value, i.e., K1=K1-K3 at this time；

SS4: temperature is obtained according to above-mentioned SS1-SS3 combination real time temperature information and shell temperature acquisition of information and adjusts information；

The controller is used to adjust temperature information and wind-force adjusts information and is transferred to display module progress real-time display；It is described Controller, which is used to temperature adjusting regular transmission, carries out real-time storage to memory module；The controller is also used to adjust temperature Information and wind-force adjust information and are transferred to air outlet control module, and the air outlet control module includes sub-controller, temperature tune Module and wind-force adjustment module are saved, the temperature adjustment module is used for adjusting air-conditioning temperature-reducing temperature, the wind-force adjustment module Wind-force size is exported in adjusting air-conditioning；The wind-force that the sub-controller receives controller transmission adjusts information and temperature adjusts letter Breath；

The sub-controller is used to wind-force adjusting information being transferred to wind-force adjustment module, and the sub-controller is used for temperature tune Section information is transferred to temperature adjustment module；The wind-force adjustment module is used to adjust information according to wind-force adjusts output wind-force in real time Size, the temperature adjustment module is used to adjust information according to temperature adjusts temperature in real time.

2. according to claim 1 based on infrared temperature sensing and the dynamic air-conditioning Automatic adjustment method of human body, feature It is, the photographing module is set at each cool air outlet, for monitoring the real-time recording letter at corresponding air outlet in real time Breath, the photographing module are used to real-time recording information being transferred to image analysis module；Described image analysis module is used for reality When video information analyzed, when analyzing the body-building user in real-time recording information and being in resting state described image analyze Module is used to transmit break signal to controller, and the resting state, which is embodied in user and is sitting in somewhere or recumbency, keeps default It is more than the time.

3. according to claim 1 based on infrared temperature sensing and the dynamic air-conditioning Automatic adjustment method of human body, feature It is, the controller receives the break signal Shi Huixiang sub-controller transmission break signal of image analysis module transmission, institute It states sub-controller and restores signal, the sub-control in the break signal Shi Huixiang temperature adjustment module transmission for receiving controller transmission Device processed can wind adjustment module transmission slow cooling signal when receiving the break signal of controller transmission.

4. according to claim 1 based on infrared temperature sensing and the dynamic air-conditioning Automatic adjustment method of human body, feature It is, the recovery signal that the temperature adjustment module receives sub-controller transmission can be by preset value K1 plus preset increase values K4 Correction value is obtained, and correction value is newly defined as preset value, i.e., K1=K1+K4 at this time, K4 are preset value, at this time institute Temperature adjustment module is stated to cool down according to the preset value K1 after amendment；The wind-force adjustment module is receiving sub-controller It can cool down automatically according to Y3 rank when the slow cooling signal of transmission.