CN102022798B - Temperature control system, temperature control device, air conditioning device and temperature control method - Google Patents

Abstract

The invention relates to a temperature control system which considers the temperature difference between indoor and outdoor, and is used to assist an air conditioner to control the air conditioner, including the connected outdoor device and indoor device. The outdoor device has an outdoor temperature detection unit. The indoor device has a processing unit, which is used to generate and transmit a target temperature to the air conditioner to provide the air conditioner for air conditioning control. The target temperature is a preset temperature calculated based on the outdoor temperature and a preset temperature difference, and a The indoor set temperature is closer to the outdoor temperature. The invention also relates to a temperature control device, an air conditioner and a temperature control method taking into account the indoor and outdoor temperature difference.

Description

Temperature control system, temperature control device, air conditioner and temperature control method

technical field

The present invention relates to a temperature control system, its device and method, in particular to a temperature control system, a temperature control device, an air conditioner and a temperature control method that take into account the temperature difference between indoor and outdoor.

Background technique

Traditional air-conditioning devices (including domestic air conditioners/heaters or air-conditioning systems for commercial buildings) can only be set by the user through a remote control or a remote system to set the indoor target temperature. After the indoor target temperature is set, the air conditioner or the remote controller compares the detected indoor temperature with the indoor target temperature. When the air conditioner or the remote control detects that the indoor temperature does not match the indoor target temperature, the air conditioner will start to work, such as starting the air-conditioning compressor to send out cold air that can lower the temperature, or start the heating tube to send out warm air that can increase the temperature. Air until the air conditioner or remote control detects that the indoor temperature has reached the condition of the indoor target temperature.

However, whether it is a traditional air-conditioning device oriented to the human body, a machine or a plant, this air-conditioning device will not take into account the characteristics of the temperature difference between the indoor temperature and the outdoor temperature, and will continue to monitor and work until the indoor temperature reaches this level. to the target indoor temperature.

When the human body adapts to the indoor temperature provided by the air conditioner after staying indoors for a period of time, when the human body suddenly moves outdoors, it will feel unwell due to the large temperature difference between indoors and outdoors, and even cause a cold. For example, whenever summer comes, the indoors are usually provided with air-conditioning. At this time, when the temperature difference between indoors and outdoors is large, if the human body moves from the low-temperature indoors to the high-temperature outdoors, it may cause poor body temperature regulation. For example, the high temperature outside the human body will cause the blood vessels to dilate, resulting in low blood pressure, which will have an unhealthy impact on the body. In addition, when a human body with an allergic constitution moves from a low-temperature indoor to a high-temperature outdoor, it may cause an asthma attack of tracheal constriction, which will cause bad consequences to the body.

In this way, how to develop a temperature control system to improve the above shortcomings and reduce the probability of discomfort caused by moving the human body from indoors to outdoors is an urgent and important issue for the relevant industry at present.

Contents of the invention

In view of this, the purpose of one aspect of the present invention is to disclose a temperature control system, a temperature control device, an air conditioner and a temperature control method that take into account the temperature difference between indoor and outdoor. It is within the average range of allowable temperature changes, so that the human body is not easy to feel uncomfortable when it is suddenly moved from indoor to outdoor.

Another object of the present invention is to disclose a temperature control system and its device, which can be easily integrated with existing air-conditioning devices, reduce the difficulty of installation, and do not need to modify the existing air-conditioning devices, which is quite economical.

The temperature control system can be used to assist an air conditioner to control the air conditioner. The temperature control system has an outdoor device and an indoor device. The outdoor device has an outdoor temperature detection unit and an outdoor device communication unit. The outdoor temperature detection unit is used to detect the outdoor temperature. The outdoor device communication unit is electrically connected to the outdoor temperature detection unit. The indoor device is electrically connected to the air conditioner for receiving the indoor set temperature of the air conditioner. The indoor device has an indoor device communication unit, a storage unit and a processing unit. The indoor device communication unit communicates with the outdoor device communication unit to receive the outdoor temperature. The storage unit is used for storing a preset temperature difference, outdoor temperature and indoor set temperature. The processing unit is electrically connected to the storage unit, and is used to obtain and transmit a target temperature to the air-conditioning device, so as to provide the air-conditioning device for air-conditioning control. The target temperature is a preset temperature calculated from the difference between the outdoor temperature and the preset temperature, and the indoor set temperature, whichever is closer to the outdoor temperature is used as the basis for the target temperature.

In an embodiment of the present invention, the temperature control device can be integrated with an air conditioner remote controller to assist an air conditioner in controlling the air conditioner. The temperature control device has a temperature setting unit, a remote control communication unit, an indoor device communication unit, a storage unit and a processing unit. The temperature setting unit provides a user to set an indoor set temperature. The remote communication unit communicates with the air conditioner. The indoor device communication unit communicates with an outdoor temperature detection unit of an outdoor device for receiving an outdoor temperature. The storage unit provides for storing preset temperature difference values, outdoor temperature and indoor set temperature. The processing unit is electrically connected to the storage unit to generate a target temperature, and transmits the target temperature to the air conditioner through the remote communication unit for air conditioning control. The target temperature is a preset temperature calculated by calculating the difference between the outdoor temperature and the preset temperature, and the indoor set temperature, whichever is closer to the outdoor temperature is used as the basis for the target temperature.

In an embodiment of the present invention, the temperature control device can be integrated with an air-conditioning device to form an air-conditioning device that takes into account the temperature difference between indoor and outdoor. The air-conditioning device has a temperature setting unit, an indoor device communication unit, and an indoor temperature detection unit. , a storage unit, a processing unit and a temperature control unit. The temperature setting unit is used for providing a user to set the indoor temperature. The indoor device communication unit communicates with the outdoor temperature detection unit of the outdoor device and receives the outdoor temperature. The indoor temperature detecting unit is used for detecting an indoor temperature. The storage unit is used for storing a preset temperature difference, outdoor temperature and indoor set temperature. The processing unit is electrically connected to the storage unit for generating a target temperature and generating an air conditioner control signal according to the target temperature. The target temperature is the basis for whichever is closer to the outdoor temperature among a preset temperature generated by the difference between the outdoor temperature and the preset temperature, and the indoor preset temperature. The temperature control unit determines whether to generate air that can change the indoor temperature according to the air-conditioning control signal, and transmits it to the outside of the air-conditioning device.

This air-conditioning temperature control method includes the steps of obtaining an outdoor temperature, a preset temperature difference value and an indoor set temperature, and then generating a target temperature, and sending the target temperature to the air-conditioning device for the air-conditioning device to perform air-conditioning control, wherein The target temperature is a preset temperature generated according to the difference between the outdoor temperature and the preset temperature, and the indoor preset temperature which is closer to the outdoor temperature.

The step of generating the target temperature in the air-conditioning temperature control method also includes selecting the first calculated value of the difference between the indoor temperature and the preset temperature value, and the second calculated value of the difference between the outdoor temperature and the preset temperature value, the one closest to the outdoor temperature is target temperature.

In another embodiment, the air-conditioning temperature control method is applicable to an air-conditioning temperature control system capable of controlling an air-conditioning device, including the steps of obtaining an indoor temperature, an outdoor temperature and a preset temperature difference value, and judging whether the indoor temperature falls within Within a temperature reference range, wherein the temperature reference range is the steps generated by increasing and decreasing the preset temperature difference value of the outdoor temperature respectively, and when the indoor temperature does not fall within the temperature reference range, send a message of turning off a temperature control unit for air conditioning control signal, or, when the indoor temperature falls within the temperature reference range, a step of transmitting a signal for activating the temperature control unit to perform air-conditioning control.

The target temperature generated by the present invention conforms to the range of allowable temperature change of the human body, so that the indoor setting temperature can be controlled so as not to be too high or too low, thereby achieving the effect of saving power.

Description of drawings

In order to make the above and other objects, features, advantages and embodiments of the present invention more comprehensible, the detailed description of the accompanying drawings is as follows:

Fig. 1 depicts a schematic block diagram of an embodiment of the temperature control system of the present invention;

Fig. 2 depicts a schematic block diagram of an embodiment of the temperature control device of the present invention;

Fig. 3 depicts a schematic block diagram of another embodiment of the temperature control device of the present invention;

FIG. 4 shows a schematic block diagram of another embodiment of the temperature control system of the present invention;

FIG. 5 shows a flow chart of the embodiment of the air-conditioning temperature control method of the present invention;

FIG. 6 shows a flow chart of another embodiment of the air conditioner temperature control method of the present invention.

[Description of main component symbols]

100: Temperature control system 342: Trigger unit

200: Air Conditioning Unit 350: Storage Unit

210: Temperature control unit 400: Outdoor device

220: Air conditioning control unit 410: Outdoor temperature detection unit

230: Indoor temperature setting unit 420: Trigger signal receiving unit

240: Air conditioner communication unit 430: Outdoor device communication unit

300: Indoor device 500: Remote control

310: Indoor temperature detection unit 510: Remote communication unit

320: Indoor device communication unit 601-608: Steps

330: Processing Unit 701-703: Steps

340: trigger unit

Detailed ways

The following will clearly illustrate the spirit of the present invention with the accompanying drawings and detailed descriptions. After those skilled in the art understand the embodiments of the present invention, they can be changed and modified by the techniques taught in the present invention without departing from the present invention. spirit and scope.

The present invention discloses a temperature control system, a temperature control device, an air-conditioning device and a temperature control method that take into account the temperature difference between indoor and outdoor. The range within which the human body can tolerate temperature changes.

Please refer to FIG. 1 , which is a schematic block diagram of an embodiment of a temperature control system 100 according to the present invention taking into account the temperature difference between indoors and outdoors. In this embodiment, the temperature control system 100 is used to assist an air-conditioning device 200 to perform air-conditioning control, and includes an outdoor device 400 and an indoor device 300 .

The air conditioner 200 has a temperature control unit 210 , an air conditioner control unit 220 , an indoor temperature setting unit 230 and an air conditioner communication unit 240 . The temperature control unit 210 is a general term for a compressor (or heating tube) and a fan. The temperature control unit 210 can turn on the compressor and the fan to send out cold air that changes the indoor temperature and send it to the outside of the air conditioner 200; or turn on the heating tube and the fan to send out warm air that changes the indoor temperature and send it to the outside of the air conditioner 200. The air conditioner 200 is outside. The air conditioner control unit 220 is electrically connected to the temperature control unit 210 and the air conditioner communication unit 240 . The air conditioner communication unit 240 is used to communicate with a remote control communication unit 510 of a remote control 500 to receive the indoor set temperature transmitted from the remote control 500 and the indoor temperature detected by the remote control 500 .

The outdoor device 400 includes at least an outdoor temperature detection unit 410 and an outdoor device communication unit 430 . The outdoor temperature detection unit 410 is, for example, a temperature detection chip or a temperature probe for detecting and collecting the outdoor temperature. The outdoor device communication unit 430 is, for example, a wireless receiving component electrically connected to the outdoor temperature detection unit.

The indoor device 300 is electrically connected to the air conditioner 200 for receiving the indoor set temperature of the air conditioner 200 . The indoor device 300 includes an indoor device communication unit 360 , a storage unit 350 and a processing unit 330 , and further includes an indoor temperature detection unit 310 . The indoor device communication unit 360 is, for example, a wireless transmission component for communicating with the outdoor device communication unit 430 for receiving the outdoor temperature. The storage unit 350 is, for example, a memory for storing a preset temperature difference, outdoor temperature and indoor set temperature.

The indoor temperature detection unit 310 is, for example, a temperature detection chip or a temperature probe for detecting and collecting the indoor temperature.

The processing unit 330 is, for example, a control chip or a control circuit electrically connected to the storage unit 350 for generating and transmitting a target temperature to the air conditioner 200 to provide the air conditioner 200 for air conditioning control. The target temperature is a preset temperature calculated from the difference between the outdoor temperature and the preset temperature, and the indoor set temperature, whichever is closer to the outdoor temperature is used as the basis for the target temperature.

After the processing unit 330 obtains the target temperature and the indoor temperature, according to the comparison between the target temperature and the indoor temperature, it transmits a signal to assist the air conditioner 200 to perform air conditioning control. For example, when the indoor temperature does not match the target temperature, or when the indoor temperature is not within a certain range above and below the target temperature, an activation signal is generated to the temperature control unit 210 such as a compressor or a heating pipe to generate cold air or warm air and The indoor temperature is adjusted by blowing the fan into the room; when the indoor temperature meets the target temperature or the indoor temperature is within a certain range of the target temperature, a shutdown signal is generated to the temperature control unit 210 to stop generating cold air or warm air , only the fan continues to run.

For further illustration, when the temperature control unit 210 is a cold air compressor, when the indoor temperature of the processing unit 330 is higher than the target temperature, a signal of "the air conditioner 200 starts the temperature control unit 210" is sent to the air conditioner control unit 220 to start Air-conditioning compressor. When the indoor temperature reaches the target temperature, the processing unit 330 transmits a signal of “the air conditioner 200 turns off the temperature control unit 210 ” to the air conditioner control unit 220 to stop the cold air compressor.

In an embodiment of the present invention, as shown in FIG. 2, the above-mentioned indoor device 300 can be integrated into the above-mentioned remote controller 500. The remote controller 500 has an indoor temperature setting unit 230 and a remote control communication unit 510. The indoor temperature setting The setting unit 230 is electrically connected to the storage unit 350 and provides a user to set an indoor setting temperature. The remote control communication unit 510 communicates with the air conditioner communication unit 240 to transmit indoor set temperature and signals for assisting the air conditioner 200 in air conditioner control. The processing unit 330 , the storage unit 350 , and the indoor device communication unit 360 are as described above, and will not be repeated here.

In this way, when the indoor device communication unit 360 of the remote controller 500 obtains the outdoor temperature through the outdoor device communication unit 430 of the outdoor device 400, the outdoor temperature is stored in the storage unit 350 for the processing unit 330 to generate a target temperature, and the remote control communication unit 510 to the air conditioner. When going further, the processing unit 330 sends a signal to the air conditioner 200 through the remote communication unit 510 to assist the air conditioner 200 to perform air conditioning control according to the comparison between the target temperature and the indoor temperature, for example, the temperature control unit 210 is required to send a signal that can change the indoor temperature. temperature of cold or warm air.

In another embodiment of the present invention, as shown in FIG. 3 , the indoor device 300 can be integrated into the above-mentioned air-conditioning device 200, making it an air-conditioning device that takes into account the indoor and outdoor temperature difference, and the processing unit 330 can be integrated with the above-mentioned air-conditioning control The unit 220 (see FIG. 1 ) is integrated and electrically connected to the indoor temperature setting unit 230 for the user to set an indoor temperature through the indoor temperature setting unit 230 and then send it to the processing unit 330 .

In this way, when the indoor device communication unit 360 of the air conditioner 200 obtains the outdoor temperature through the outdoor device communication unit 430 of the outdoor device 400 , the indoor device communication unit 430 stores the outdoor temperature in the storage unit 350 for the processing unit 330 to generate the target temperature. The processing unit 330 sends an air-conditioning control signal to the temperature control unit 210 according to the comparison between the target temperature and the indoor temperature, requiring the temperature control unit 210 to determine whether to activate to generate cold or warm air that can change the indoor temperature according to the air-conditioning control signal.

In the above embodiments, the temperature control system 100 further includes a trigger unit 340 , as shown in FIGS. 1 to 3 , the trigger unit 340 may be located in the indoor device 300 . The outdoor device 400 also includes a trigger signal receiving unit 420 . The trigger unit 340 and the trigger signal receiving unit 420 are electrically connected to each other through wireless transmission. The outdoor temperature detection unit 410 is electrically connected to the outdoor device communication unit 430 and the trigger signal receiving unit 420 . The indoor device communication unit 360 is electrically connected to the outdoor device communication unit 430 and the processing unit 330 , wherein the indoor device communication unit 360 and the outdoor device communication unit 430 are electrically connected to each other through wireless transmission.

In this way, the trigger unit 340 can periodically send a trigger signal to the trigger signal receiving unit 420 , and the trigger signal receiving unit 420 notifies the outdoor temperature detection unit 410 to start detecting and collecting the outdoor temperature. The outdoor device communication unit 430 transmits the outdoor temperature to the storage unit 350 through the indoor device communication unit 360 to provide the processing unit 330 to perform the aforementioned generating and comparing tasks.

The above-mentioned trigger signal receiving unit 420 and the trigger unit 340 follow a wireless transmission protocol, while the outdoor device communication unit 430 and the indoor device communication unit 360 follow a wireless transmission protocol. The types of the above-mentioned wireless transmission protocol can be, for example, ZigBee wireless network protocol (ZigBee), infrared transmission protocol (Infrared transmission), radio frequency identification protocol (RFID), Bluetooth transmission protocol (Bluetooth) and a WIFI wireless network protocol (WiFi) and the like.

In addition, as shown in FIG. 4 , FIG. 4 shows a schematic block diagram of another embodiment of the temperature control system of the present invention. The trigger unit 342 can also be located in the outdoor device 400, electrically connected to the outdoor temperature detection unit 410, and periodically notifies the outdoor temperature detection unit 410 to start detecting and collecting the outdoor temperature, so that the setting of the trigger signal receiving unit can be omitted. Alternatively, a trigger unit or similar functional components are built in the outdoor temperature detection unit 410 (not shown in the figure), so that the outdoor temperature detection unit 410 has the function of periodically starting to detect the outdoor temperature.

In addition, regardless of whether the indoor device 300 is integrated in the air conditioner 200 or the remote controller 500 , the processing unit 330 can learn from the air conditioner 200 whether it is currently outputting cold air or warm air.

The air conditioner temperature control method of the present invention may initially include the steps of: obtaining an outdoor temperature, a preset temperature difference value and an indoor set temperature. A target temperature is generated, wherein the target temperature is a preset temperature generated according to the difference between the outdoor temperature and the preset temperature, and the indoor preset temperature, whichever is closer to the outdoor temperature. The target temperature is transmitted to the air conditioner for air conditioning control by the air conditioner.

The method of the present invention is based on the integration of the indoor device 300 into the air conditioner 200 (refer to FIG. 3 ) as an example. Please refer to FIG. 5 to describe the specific and detailed implementation steps of this embodiment as follows:

Step (601) regularly detects and collects the outdoor temperature:

In this step, the trigger unit 340 periodically sends a trigger signal to the trigger signal receiving unit 420 of the outdoor device 400 to trigger the control method this time. When the outdoor temperature detection unit 410 receives the notification from the trigger signal receiving unit 420 , it starts to detect and collect the outdoor temperature, and sends it back to the indoor device 300 . Specifically, the trigger unit 340 sends a trigger signal to the outdoor device 400 every 15 minutes, and then proceeds to step (602).

Step (602) Waiting and judging whether the outdoor temperature is sent back to the indoor device 300 or not.

In this step, when all components are normally operating normally, the outdoor device communication unit 430 will transmit the outdoor temperature to the indoor device communication unit 360, and the indoor device communication unit 360 will transmit the outdoor temperature to the storage unit 350, and proceed to step (603) , otherwise, go back to step (601). In other embodiments, in another implementation mode, when step (602) judges no, continue to step (603), and the processing unit 330 replaces the previously acquired and stored outdoor temperature as the temperature to be acquired this time. of the outdoor temperature.

Step (603) obtains an indoor set temperature.

In this step, the processing unit 330 can obtain an indoor set temperature from the indoor temperature setting unit 230 of the air conditioner 200, or receive the indoor set temperature sent by the indoor temperature setting unit 230 of the remote controller 500, and perform the steps (604).

Step ( 604 ) generates and transmits a target temperature to the air conditioner 200 .

In this step, the target temperature is a preset temperature calculated based on the obtained outdoor temperature and a preset temperature difference value (such as 7-9 temperature units) and the indoor set temperature, which is closer to the outdoor temperature. temperature. The target temperature can be used for air-conditioning control by the air-conditioning device. It is worth noting that since the preset temperature difference value can be stored in the storage unit 350 through manual setting or preset setting, for example, it can be temperature data that changes according to factors such as different seasons, countries/regions, etc., therefore, The target temperature may vary according to different preset temperature difference values and different outdoor temperatures. Meanwhile, the temperature described in this specification is not limited to Celsius or Fahrenheit, and Celsius is used as an example in this specification.

When the method of the present invention goes further, step (605) can be performed to obtain the indoor temperature.

In this step, the indoor temperature detection unit 310 starts to collect the current indoor temperature and transmits it to the processing unit 330 .

Step (606) judge and generate a control signal according to the comparison between the indoor temperature and the target temperature.

After obtaining the indoor temperature, the processing unit 330 sends a signal for auxiliary air-conditioning device 200 to perform air-conditioning control after judging whether the indoor temperature meets the target temperature according to the comparison between the target temperature and the indoor temperature. Wherein, when the indoor temperature meets the target temperature, go to step (607), otherwise, go to step (608).

It should be noted that the comparison between the indoor temperature and the target temperature and the determination of whether they match can be further carried out based on whether the indoor temperature is within a specific range above or below the target temperature. For example, when the outdoor temperature is 35 degrees Celsius and the target temperature is 27 degrees Celsius, the upper and lower specific ranges of the target temperature can be 26 to 28 degrees Celsius. When the detected indoor temperature is lower than 26 degrees Celsius, it is judged that the indoor temperature meets the target temperature. Step (607) can be performed to turn off the air-conditioning compressor and only supply air. When the indoor temperature is higher than 28 degrees Celsius, it is determined that the indoor temperature does not meet the target temperature, and step (608) can be performed to start the air-conditioning compressor. For another example, when the outdoor temperature is 5 degrees Celsius and the target temperature is 22 degrees Celsius, the upper and lower specific ranges of the target temperature can be 21 to 23 degrees Celsius. When the detected indoor temperature is higher than 23 degrees Celsius, it is determined that the indoor temperature meets the target temperature. Step (607) can be performed, the heating heater is turned off, and only air is supplied. When the indoor temperature is lower than 21 degrees Celsius, it is judged that the indoor temperature does not meet the target temperature, and step (608) can be performed to start the heating heater.

Step (607) transmits a signal to close the temperature control unit 210:

When the indoor temperature meets the target temperature, a signal to turn off a temperature control unit for air conditioning control is sent to stop the temperature control unit 210 from operating.

Step (608) transmits a signal to start the temperature control unit:

When the indoor temperature does not match the target temperature, a signal for activating the temperature control unit 210 to perform air conditioning control is sent to activate the temperature control unit 210 to perform air conditioning control.

When the processing unit 330 determines that the indoor temperature does not meet the target temperature, it requires the temperature control unit 210 to perform air conditioning control to maintain the output of cold or warm air.

In another embodiment of the method of the present invention, step (701) can be performed after step (605), please refer to FIG. 6, and its steps are described as follows:

Step (701) judges whether the acquired indoor temperature falls within the temperature reference range of a human body's permissible temperature change, and if so, proceeds to step (702), otherwise, proceeds to step (703).

In this step, after the processing unit 330 obtains an indoor temperature, an outdoor temperature and a preset temperature difference from the storage unit 350, the processing unit 330 determines whether the indoor temperature is within a temperature reference range.

It should be noted that the temperature reference range can be, for example, a temperature range formed by increasing or decreasing a preset temperature difference value (for example, 7-9 temperature units) for the outdoor temperature.

For example, if the outdoor temperature is 35 degrees Celsius and the preset temperature difference is 7 degrees, the temperature reference range is formed between 42 degrees Celsius (35+7) and 28 degrees Celsius (35-7). For example, when the indoor temperature is 30 degrees Celsius, it falls within the temperature reference range; otherwise, for example, when the indoor temperature is 25 degrees Celsius, it does not fall within the temperature reference range.

Step (702) transmits a signal to turn off the temperature control unit 210 for air conditioning control:

When the processing unit 330 determines that the indoor temperature does not fall within the temperature reference range, it means that the currently obtained indoor temperature is lower than the outdoor temperature, and the human body may feel uncomfortable after being suddenly exposed to the outdoor temperature. Therefore, the temperature control unit 210 may be required to stop operating so that the indoor temperature is close to the outdoor temperature.

Step (703) transmits a signal for activating the temperature control unit 210 to perform air conditioning control.

When the processing unit 330 determines that the indoor temperature falls within the temperature reference range, it means that compared with the outdoor temperature, the currently acquired indoor temperature is less likely to cause physical discomfort after a sudden exposure to the outdoor temperature. Therefore, the temperature control unit 210 may be required to keep running.

To sum up, the temperature control system, the air conditioner temperature control device and the air conditioner temperature control method of the present invention taking into account the temperature difference can control the temperature difference between the indoor temperature and the outdoor temperature to maintain the average range of the human body's permissible temperature change. In this way, a On the one hand, it can reduce the chance of feeling uncomfortable when the human body suddenly comes into contact with the outdoor temperature due to the large temperature difference between indoor and outdoor; on the other hand, it can achieve the purpose of saving electricity because the indoor temperature is controlled.

In this way, the temperature control system 100 is not limited to ordinary homes and offices. In other words, the air conditioner of the temperature control system 100 can also be a separate air conditioner/heater for household use or a commercial air conditioner with a chiller and an air conditioner. Heater. Moreover, the temperature control system 100 can be applied to public places such as hospitals, confinement centers, museums, and art galleries. At the same time, in addition to human body considerations, the preset temperature difference value of the air-conditioning temperature control method can also be adjusted for objects (such as antique calligraphy and painting), plants (orchids), etc.

It should be defined that the "outdoor temperature" mentioned above refers to the temperature value at normal atmospheric temperature, and "outdoor" refers to the location area where the "outdoor temperature" can be detected. In contrast, the "indoor temperature" mentioned above refers to the temperature value that can be cooled by the air conditioner or heated by the heating device, and the "indoor" refers to the location area where the "indoor temperature" can be detected. "Sum value" is the sum of the two additions. "Difference" is the difference between the former minus the latter.

The above embodiments disclosed in the present invention are not intended to limit the present invention. Any person familiar with this technology can make various changes and modifications without departing from the spirit and scope of the present invention. Therefore, the present invention The scope of protection should depend on the scope defined by the claims.

Claims (19)

1. one kind adds the temperature control system that indoor/outdoor temperature-difference is considered, carries out air-conditioning control in order to an auxiliary aircondition, it is characterized in that, comprises:

One outdoor location comprises:

One outdoor temperature detecting unit is in order to detect an outdoor temperature; And

One outdoor location communication unit electrically connects this outdoor temperature detecting unit; And

One indoor set electrically connects this aircondition, and in order to receive an indoor design temperature of this aircondition, this indoor set comprises:

One indoor set communication unit carries out communication with this outdoor location communication unit, in order to receive this outdoor temperature;

One storage element electrically connects this indoor set communication unit, in order to store default temperature approach, this outdoor temperature and this indoor design temperature;

One indoor temperature detecting unit electrically connects this storage element, in order to detecting an indoor temperature, and reaches this storage element; And

One processing unit, be electrically connected this storage element, in order to produce and to transmit a target temperature to this aircondition, control in order to provide this aircondition to carry out air-conditioning, wherein, this processing unit according to this target temperature and this indoor temperature relatively after, when this indoor temperature is not inconsistent this target temperature, transmit the signal that this aircondition starts the temperature conditioning unit in this aircondition, when this indoor temperature meets this target temperature, transmit this aircondition and close the signal of this temperature conditioning unit in this aircondition

Wherein, this target temperature be according to this outdoor temperature and should a preset temperature and this indoor design temperature of default generation that temperature approach is calculated among, near this outdoor temperature person.

2. the temperature control system of adding indoor/outdoor temperature-difference consideration according to claim 1 is characterized in that this outdoor location also comprises a triggering signal receiving element, and this triggering signal receiving element electrically connects this outdoor temperature detecting unit; And

This indoor set also comprises:

One trigger element regularly sends a triggering signal to this outdoor temperature detecting unit, makes this outdoor temperature detecting unit begin to detect this outdoor temperature.

3. the temperature control system considered of adding indoor/outdoor temperature-difference according to claim 1, it is characterized in that, this outdoor location communication unit is a wireless transmission assembly, and this indoor set communication unit is a wireless receiving assembly, in order to carry out wireless telecommunications with this wireless transmission assembly.

4. the temperature control system considered of adding indoor/outdoor temperature-difference according to claim 3, it is characterized in that this wireless transmission assembly and this wireless receiving assembly are observed a ZigBee wireless network protocol, an infrared transmission agreement, a radio frequency identification agreement, a Bluetooth transmission protocol or a WIFI wireless network protocol.

5. the temperature control system of adding indoor/outdoor temperature-difference consideration according to claim 1 is characterized in that this indoor set is arranged on the remote controller.

6. the temperature control system considered of adding indoor/outdoor temperature-difference according to claim 1, it is characterized in that, this outdoor location also comprises a trigger element, and this trigger element electrically connects this outdoor temperature detecting unit, regularly makes this outdoor temperature detecting unit detect this outdoor temperature.

7. the temperature control equipment of an aircondition carries out air-conditioning control in order to an auxiliary aircondition, it is characterized in that this temperature control equipment comprises:

One temperature setup unit is set an indoor design temperature for a user;

One remote-control communication unit carries out communication with this aircondition;

One indoor set communication unit carries out communication with an outdoor temperature detecting unit, to receive an outdoor temperature;

One storage element stores default temperature approach, this outdoor temperature and this indoor design temperature;

One processing unit electrically connects this storage element, in order to produce a target temperature and this target temperature is sent to this aircondition via this remote-control communication unit, controls for carrying out air-conditioning,

Wherein, this target temperature be according to this outdoor temperature and should a preset temperature and this indoor design temperature of default generation that temperature approach is calculated among, near this outdoor temperature person.

8. the temperature control equipment of aircondition according to claim 7 is characterized in that, also comprises:

One indoor temperature detecting unit is in order to detect an indoor temperature.

9. the temperature control equipment of aircondition according to claim 8 is characterized in that, this processing unit transmits the signal that auxiliary this aircondition carries out air-conditioning control according to the comparison of this target temperature and this indoor temperature.

10. the temperature control equipment of aircondition according to claim 9 is characterized in that, when this processing unit is not inconsistent this target temperature in this indoor temperature, transmits the signal that this aircondition starts a temperature conditioning unit.

11. the temperature control equipment of aircondition according to claim 9 is characterized in that, when this processing unit meets this target temperature in this indoor temperature, transmits the signal that this aircondition is closed a temperature conditioning unit.

12. the temperature control equipment of aircondition according to claim 7 is characterized in that, also comprises:

One trigger element regularly produces a triggering signal to this outdoor temperature detecting unit, makes this outdoor temperature detecting unit begin to detect this outdoor temperature.

13. one kind adds the aircondition that indoor/outdoor temperature-difference is considered, it is characterized in that, comprising:

One temperature setup unit is set an indoor design temperature for a user;

One indoor set communication unit carries out communication with an outdoor temperature detecting unit, to receive an outdoor temperature;

One storage element is for storing default temperature approach, this outdoor temperature and this indoor design temperature;

One indoor temperature detecting unit is in order to detect an indoor temperature;

One processing unit, electrically connect this storage element and this indoor temperature detecting unit, in order to produce a target temperature, and produce an air-conditioning control signal according to this target temperature and this indoor temperature, wherein, this target temperature be according to this outdoor temperature and should a preset temperature and this indoor design temperature of default generation that temperature approach is calculated among, near this outdoor temperature person; And

One temperature conditioning unit determines whether starting to produce the air that can change indoor temperature and the outside that is sent to this aircondition according to this air-conditioning control signal, wherein

After the comparison of this processing unit according to this target temperature and this indoor temperature, when this indoor temperature is not inconsistent this target temperature, transmit the signal that this aircondition starts this temperature conditioning unit, when this indoor temperature meets this target temperature, transmit the signal that this aircondition is closed this temperature conditioning unit.

14. the aircondition that adding indoor/outdoor temperature-difference according to claim 13 is considered is characterized in that this temperature conditioning unit is a compressor and a fan.

15. the aircondition that adding indoor/outdoor temperature-difference according to claim 13 is considered is characterized in that this temperature conditioning unit is a heating tube and a fan.

16. the aircondition that adding indoor/outdoor temperature-difference according to claim 13 is considered is characterized in that, also comprises:

One trigger element regularly produces a triggering signal to this outdoor temperature detecting unit, makes this outdoor temperature detecting unit begin to detect this outdoor temperature.

17. one kind adds the air conditioner temperature controlling method that indoor/outdoor temperature-difference is considered, it is characterized in that, is applicable to that on the temperature control system that can control an aircondition, this air conditioner temperature controlling method comprises:

Obtain an outdoor temperature, default temperature approach and an indoor design temperature;

Produce a target temperature, and this target temperature is sent to this aircondition, carry out air-conditioning control for this aircondition, wherein, this target temperature is according in this outdoor temperature and the preset temperature and this indoor design temperature that should default temperature approach produce, near this outdoor temperature person;

Obtain an indoor temperature;

Judge whether this indoor temperature meets this target temperature; And

When this indoor temperature is not inconsistent this target temperature, transmit the signal that this aircondition starts a temperature conditioning unit, when meeting this target temperature, this indoor temperature transmits the signal that this aircondition is closed this temperature conditioning unit when judging.

18. the air conditioner temperature controlling method that adding indoor/outdoor temperature-difference according to claim 17 is considered is characterized in that obtaining outdoor temperature is to obtain via this outdoor temperature of regular detecting.

19. the air conditioner temperature controlling method that adding indoor/outdoor temperature-difference according to claim 18 is considered, it is characterized in that, regularly this outdoor temperature of detecting is regularly to send a triggering signal via a trigger element, so that an outdoor temperature detecting unit begins to detect this outdoor temperature.

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