Adaptive air conditioner on basis of wearable equipment

[0030] Example

[0031] figure 1 It is a structural diagram of a specific implementation of the adaptive air conditioner based on the wearable device of the present invention. Such as figure 1 As shown, the adaptive air conditioner based on the wearable device of the present invention adds an automatic temperature regulation part, an automatic humidity regulation part and an automatic air purification part on the basis of a conventional air conditioner, including the wearable device 1 and the indoor temperature sensor 2 worn by the user. , Outdoor temperature sensor 3, indoor humidity sensor 4, indoor air detector 5, outdoor air detector 6, central control system 7, air conditioning thermostat 8, indoor humidifier 9, indoor dryer 10, ventilation device 11 and indoor For the air purification device 12, each functional part will be described in detail below.

[0032] Automatic temperature adjustment

[0033] According to the research of physiologists, when the indoor temperature is too high, it will affect the human body temperature regulation function. Due to poor heat dissipation, the body temperature will rise, vasodilation, pulse speed and heart rate will increase. In winter, if the indoor temperature is often kept above 25°C, people will feel fatigued, dizzy, slow thinking, and poor memory. At the same time, due to the wide disparity between indoor and outdoor temperature, the human body is difficult to adapt and is prone to catch colds. If the indoor temperature is too low, the human body’s metabolic function will decrease, the pulse and breathing will slow down, the subcutaneous blood vessels will constrict, the skin will be over-tensed, and the resistance of the respiratory mucosa will be weakened, which will easily induce respiratory diseases. Therefore, at present, scientists have set the lower limit temperature of "cold tolerance" and the upper limit temperature of "heat tolerance" as 11°C and 32°C, respectively. Generally speaking, in different seasons, the set value of the comfort temperature will be different. For the user, the comfortable temperature range of daily activity time and sleep time will also be different. Therefore, the comfortable temperature range can be set according to the season, and can also be set by the user according to his own preferences.

[0034] In the present invention, the parts involved in the automatic temperature adjustment part include the wearable device 1, the indoor temperature sensor 2, the outdoor temperature sensor 3, and the central control system 7 worn by the user. The working process of each component is:

[0035] The wearable device 1 worn by the user collects the physical sign parameters of the user, including body temperature and heart rate, and sends them to the central control system 7 periodically. At present, the most common wearable devices are sports bracelets or smart watches. Of course, users can also use other wear methods as needed. The wearable device 1 can directly send the physical sign parameters to the central control system 7. At present, general wearable devices are basically connected to the mobile phone. The physical sign parameters collected by these wearable devices 1 are automatically uploaded to the mobile phone. Therefore, communication settings can be made on the mobile phone, and the mobile phone forwards the user’s physical sign parameters to the center. Control system 7, so that there is no need to configure communication information between the wearable device 1 and the central control system 7, which is easier to implement.

[0036] Indoor temperature sensor 2 and outdoor temperature sensor 3 respectively collect indoor temperature value T in And outdoor temperature value T out , The central control system 7 is sent periodically.

[0037] After the central control system 7 receives the physical parameters of the user, it judges whether the air conditioner is currently in the temperature adjustment process, if so, no operation is performed, otherwise the temperature adjustment is performed according to the following method: