WO2017054331A1 - 温度控制方法、系统、基站后台及计算机存储介质 - Google Patents
温度控制方法、系统、基站后台及计算机存储介质 Download PDFInfo
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- WO2017054331A1 WO2017054331A1 PCT/CN2015/098196 CN2015098196W WO2017054331A1 WO 2017054331 A1 WO2017054331 A1 WO 2017054331A1 CN 2015098196 W CN2015098196 W CN 2015098196W WO 2017054331 A1 WO2017054331 A1 WO 2017054331A1
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- temperature
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D23/00—Control of temperature
- G05D23/19—Control of temperature characterised by the use of electric means
- G05D23/20—Control of temperature characterised by the use of electric means with sensing elements having variation of electric or magnetic properties with change of temperature
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- the present invention relates to the field of communications, and in particular, to a temperature control method, a temperature control system, a base station background, and a computer storage medium.
- the base station is unattended.
- the temperature of the air conditioner in the base station is set, it will not be adjusted again, so the air conditioner in the base station will be turned on for a long time, and the base station equipment does not need to remain so long.
- the temperature is already relatively low, and the base station can maintain normal operation by relying on natural temperature. If the air conditioner is normally open, it is a waste of resources.
- the present invention provides a temperature control method, a temperature control system, a base station background, and a computer storage medium.
- the embodiment of the present invention provides a base station background, including a base station temperature acquisition module, a processing module, and a policy delivery module.
- the base station temperature acquisition module is configured to acquire a current operating temperature of the base station
- the processing module is configured to determine a temperature adjustment policy according to the current working temperature and a target operating temperature range
- the policy delivery module is configured to send the temperature adjustment policy to the temperature control device.
- the processing module includes a temperature comparison submodule and a policy determination submodule;
- the temperature comparison sub-module is configured to compare the current operating temperature to the target operating temperature range
- the policy determination submodule is configured as:
- determining the temperature adjustment strategy includes maintaining the current operating temperature
- determining that the temperature adjustment strategy comprises increasing the current working temperature
- determining the temperature adjustment strategy includes down-regulating the current operating temperature.
- the base station background further includes an environment base station temperature acquiring module and a computing module;
- the ambient base station temperature acquisition module is configured to acquire an ambient temperature of an environment in which the base station is located;
- the computing module is configured to:
- the temperature adjustment policy includes: adjusting the current operating temperature, determining an upward adjustment range of an ambient temperature of an environment in which the base station is located according to the current ambient temperature, and the temperature adjustment policy includes the upward adjustment amplitude;
- the temperature adjustment strategy includes down-regulating the current operating temperature, determining a downward adjustment range of an ambient temperature of an environment in which the base station is located according to the current ambient temperature, and the temperature adjustment policy includes the downward adjustment amplitude.
- the embodiment of the invention further provides a temperature control system, comprising: a base station background, a working temperature collecting device, and a temperature control device;
- the working temperature collecting device is configured to collect a current working temperature of the base station, and send the background to the base station;
- the base station is configured in the background to determine a temperature adjustment policy according to the relationship between the current working temperature and the target operating temperature range, and send the temperature adjustment policy to the temperature control device;
- the temperature control device is configured to control an ambient temperature of an environment in which the base station is located according to the temperature adjustment policy.
- the determining, by the base station, a temperature adjustment policy includes:
- the temperature adjustment strategy includes maintaining the current operating temperature
- the temperature adjustment strategy includes up-regulating the current operating temperature
- the temperature adjustment strategy includes down-regulating the current operating temperature.
- the temperature control system further includes an ambient temperature collecting device, wherein the ambient temperature collecting device is configured to collect a current ambient temperature of an environment in which the base station is located, and send the background temperature to the base station; Configured as:
- the temperature adjustment policy includes: adjusting the current operating temperature, determining an upward adjustment range of an ambient temperature of an environment in which the base station is located according to the current ambient temperature, and the temperature adjustment policy includes the upward adjustment amplitude;
- the temperature adjustment strategy includes down-regulating the current operating temperature, determining a downward adjustment range of an ambient temperature of an environment in which the base station is located according to the current ambient temperature, and the temperature adjustment policy includes the downward adjustment amplitude.
- the temperature control system further includes a temperature adjustment device disposed in an environment in which the base station is located; and the temperature control device is configured to:
- Adjusting to the temperature when the temperature adjustment strategy includes maintaining the current operating temperature
- the device transmits an instruction to maintain an ambient temperature of an environment in which the base station is located or does not send any instruction to the temperature adjustment device;
- the temperature adjustment strategy includes up-regulating the current operating temperature, controlling the temperature adjustment device according to the upward adjustment amplitude;
- the temperature adjustment device is controlled according to the down-regulation amplitude.
- the temperature control device includes a temperature control module and a wireless processing module, and the temperature control module is configured to acquire the temperature adjustment policy delivered by the base station in the background, and pass the temperature adjustment policy to the wireless
- the processing module is converted to a wireless signal and sent to the temperature adjustment device.
- the wireless processing module includes any one of the following processing modules: a radio processing module, an infrared processing module, and an ultrasonic processing module.
- the embodiment of the invention further provides a temperature control method, including:
- the base station obtains the current working temperature of the base station in the background
- the base station determines a temperature adjustment policy according to the current working temperature and the target operating temperature range
- the base station sends the temperature adjustment policy to the temperature control device in the background.
- the base station determines a temperature adjustment policy according to the current working temperature and the target operating temperature range, including:
- the temperature adjustment strategy includes maintaining the current operating temperature
- the temperature adjustment strategy includes up-regulating the current operating temperature
- the temperature adjustment The overall strategy includes down-regulating the current operating temperature.
- the embodiment of the invention further provides a temperature control method, including:
- the working temperature collecting device collects the current working temperature of the base station and sends it to the background of the base station;
- the base station compares the current working temperature and the target operating temperature range in the background to determine a temperature adjustment strategy
- the temperature control device controls the ambient temperature of the environment in which the base station is located according to the temperature adjustment policy.
- the base station compares the current working temperature and the target operating temperature range in the background, and determines a temperature adjustment strategy, including:
- the temperature adjustment strategy includes maintaining the current operating temperature
- the temperature adjustment strategy includes up-regulating the current operating temperature
- the temperature adjustment strategy includes down-regulating the current operating temperature.
- the method before the comparing the current working temperature and the target operating temperature to determine the temperature adjustment policy, the method further includes: the base station obtaining the current ambient temperature of the environment in which the base station is located in the background.
- the comparing the current working temperature with the target operating temperature to determine a temperature adjustment strategy including:
- the temperature adjustment strategy includes maintaining the current operating temperature, not transmitting a temperature control command to the temperature adjustment device;
- the temperature adjustment policy includes: adjusting the current working temperature, collecting the current ambient temperature, determining an increase range of an ambient temperature of the environment in which the base station is located according to the value of the current ambient temperature, and according to the current environment Temperature value and up-regulation amplitude for the temperature adjustment device Control
- the temperature adjustment policy includes: lowering the current operating temperature, collecting the current ambient temperature, determining, according to the value of the current ambient temperature, a reduction range of an ambient temperature of an environment in which the base station is located, and according to the current environment
- the temperature adjustment device controls the value of the temperature and the magnitude of the decrease.
- the method further includes: converting the temperature adjustment strategy into a wireless transmission temperature adjustment strategy.
- An embodiment of the present invention further provides a computer storage medium, the computer storage medium comprising a set of instructions, when executed, causing at least one processor to perform a temperature control method on a background side of the base station.
- Embodiments of the present invention provide a temperature control method, a temperature control system, a base station background, and a computer storage medium, wherein the base station background includes a base station temperature acquisition module, a processing module, and a policy delivery module, and the temperature control system includes a base station background and a working temperature collection.
- the device, the temperature control device, and the background of the base station obtain a temperature adjustment strategy according to the relationship between the target operating temperature and the current operating temperature of the base station collected by the working temperature collecting device, and the temperature control device adjusts the ambient temperature of the environment in which the base station is located according to the temperature adjustment strategy. Take control.
- the above solution can make the temperature of the air conditioner in the base station can be adjusted in real time, and solves the problem of unnecessary energy waste caused by the lack of control or insufficient control of the base station refrigeration equipment in the prior art, and effectively avoids the normal operation of the base station.
- the waste of resources saves power, and the solution utilizes the base station background of the base station itself, without the need to establish another background, saving resources.
- FIG. 1 is a schematic diagram of a background of a base station according to Embodiment 1 of the present invention.
- FIG. 2 is a schematic diagram of steps of a temperature control method according to Embodiment 2 of the present invention.
- FIG. 3 is a schematic structural diagram of a temperature control system according to Embodiment 3 of the present invention.
- Embodiment 4 is a schematic diagram of steps of a temperature control method according to Embodiment 4 of the present invention.
- FIG. 5 is a schematic diagram of a specific application scenario of a temperature control system according to Embodiment 5 of the present invention.
- the base station's existing base station is used to obtain the current operating temperature of the base station, and then the current working temperature is compared with the target operating temperature, and the comparison result is used to adjust the ambient temperature of the environment in which the base station is located. , saving energy and resources.
- This embodiment provides a base station background, please refer to FIG. 1:
- the base station background provided by this embodiment includes: a base station temperature acquisition module 1011, a processing module 1012, and a policy delivery module 1013;
- the base station temperature acquiring module 1011 is configured to acquire a current operating temperature of the base station
- the processing module 1012 is configured to compare the current operating temperature of the base station with the target operating temperature range, and determine a temperature adjustment strategy
- the policy issuance module 1013 is configured to send the temperature adjustment policy determined by the processing module 1012 to the temperature control device.
- the target operating temperature is established according to a relationship between an optimal operating temperature of each component of the base station and/or a withstand temperature of the base station and a natural ambient temperature of the base station, and the target operating temperature may theoretically be A specific value, but in this embodiment, in order to avoid wasting resources when the application system causes the control system to continuously adjust the ambient temperature, the target operating temperature is preferably a range value.
- the temperature adjustment policy is generated by the processing module 1012 according to the relationship between the current working temperature and the target operating temperature range. Specifically, the processing module 1012 includes a temperature comparison sub-module and a policy determination sub-module, and the temperature comparison sub-module is configured to be currently working.
- the temperature is compared to the target operating temperature range, and the strategy determination sub-module is configured to determine the temperature adjustment based on the comparison result
- the entire strategy when the current operating temperature of the base station is within the target operating temperature range, the temperature adjustment strategy determined by the policy determination sub-module at this time includes maintaining the current operating temperature of the base station; if the current operating temperature of the base station is lower than the target operating temperature Low, at this time, the temperature adjustment strategy determined by the policy determination sub-module includes up-regulating the current operating temperature of the base station to be within the target operating temperature range; if the current operating temperature of the base station is higher than the upper limit of the target operating temperature, the strategy at this time Determining the temperature adjustment strategy determined by the sub-module includes lowering the current operating temperature of the base station to be within the target operating temperature range.
- the process for adjusting the temperature is more rapid and accurate.
- the base station background may further include an ambient temperature acquiring module 1014 and a computing module 1015.
- the ambient temperature acquiring module 1014 is configured to obtain an ambient temperature of the environment in which the base station is located, and the calculating module 1015 is configured.
- the adjustment range of the temperature adjustment strategy is determined according to the ambient temperature.
- the base station when the base station is in operation, its working temperature is affected by the heating temperature of the working environment and the ambient temperature, and the ambient temperature acquiring module 1014 acquires the ambient temperature of the environment in which the base station is located, and can determine the current working temperature and the ambient temperature of the base station. The relationship between the two is obtained when the base station works hot.
- the calculation module 1015 determines the upward adjustment range of the ambient temperature of the environment in which the base station is located according to the current ambient temperature value; and when the temperature adjustment strategy is to lower the current operating temperature of the base station, the calculation module 1015 The magnitude of the downward adjustment of the ambient temperature of the environment in which the base station is located is determined according to the value of the current ambient temperature. This will make the adjustment of the ambient temperature more accurate and faster.
- the base station temperature acquisition module 1011, the policy delivery module 1013, and the ambient temperature acquisition module 1014 may be implemented by a communication chip in the background of the base station; the processing module 1012 and the calculation module 1015 may be implemented by a central processing unit in the background of the base station ( CPU, Central Processing Unit), Microcontroller (MCU), Digital Signal Processor (DSP) or Field-Programmable Gate Array (FPGA).
- CPU Central Processing Unit
- MCU Microcontroller
- DSP Digital Signal Processor
- FPGA Field-Programmable Gate Array
- This embodiment provides a temperature control method. Referring to FIG. 2, the following steps are included:
- the base station obtains a current working temperature of the base station in the background.
- step S201 is performed by the base station temperature acquisition module 1011 in FIG.
- the base station background determines a temperature adjustment policy according to the current working temperature and the target operating temperature range.
- step S202 is performed by the processing module 1012 of FIG.
- the process of determining the temperature adjustment instruction is consistent with the process in the first embodiment, and details are not described herein again.
- the base station sends a temperature adjustment policy to the temperature control device in the background.
- step S203 is performed by the policy delivery module 1013 in FIG.
- This embodiment provides a temperature control system, please refer to FIG. 3:
- the temperature control system includes: a base station background 101, an operating temperature collecting device 302, and a temperature control device 303;
- the working temperature collecting device 302 is configured to collect the current working temperature of the base station, and send it to the base station backend 101;
- the base station background 101 is configured to determine a temperature adjustment policy according to a relationship between the current working temperature and the target operating temperature, and send the same;
- the temperature control device 303 is configured to control the ambient temperature of the environment in which the base station is located according to the temperature adjustment strategy.
- the working temperature collecting device 302 collects the temperature of the base station device itself, and the specific method may be: installing a temperature sensor on the base station device, the temperature sensor may collect the working temperature of the base station in real time, and send the working temperature to the base station in the background 101. Or the other device directly or indirectly obtains the current working temperature of the base station; the base station background 101 is the control background of the base station, and this embodiment does not need to add other interconnection interfaces on the base station device, and does not need to set up an independent set.
- the temperature-controlled energy-saving system does not need to build an independent control background, and directly uses the base station background as a temperature-controlled and energy-saving control system, directly utilizing the service transmission channel of the base station, and realizing intelligent temperature control and energy saving of the equipment room through the control of the base station background, effective
- the ambient temperature of the environment in which the base station is located is changed to change the operating temperature of the base station itself, and the temperature control device 303 adjusts the environment to the base station according to the temperature adjustment strategy.
- the ambient temperature is controlled.
- the embodiment further includes a temperature adjustment device 300 disposed in an environment in which the base station is located.
- the temperature adjustment device 300 is preferably an air conditioner.
- the target operating temperature is established according to a relationship between an optimal operating temperature of each component of the base station and/or a withstand temperature of the base station and a natural ambient temperature of the base station, and the target operating temperature may theoretically be A specific value, but in this embodiment, in order to avoid wasting resources when the application system causes the control system to continuously adjust the ambient temperature, the target operating temperature is preferably a range value.
- the temperature adjustment strategy is generated by the base station background 101 according to the relationship between the current operating temperature and the target operating temperature range. Specifically, when the current operating temperature of the base station is within the target operating temperature range, the temperature adjustment strategy includes maintaining the base station.
- the temperature adjustment strategy at this time includes up-regulating the current operating temperature of the base station to be within the target operating temperature range; if the current operating temperature of the base station It is higher than the upper limit of the target operating temperature.
- the temperature adjustment strategy at this time includes lowering the current operating temperature of the base station to be within the target operating temperature range.
- the controlling, by the temperature control device 303, the ambient temperature of the environment in which the base station is located according to the temperature adjustment policy includes: when the temperature adjustment strategy includes maintaining the current operating temperature, sending an environment to the temperature adjustment device 300 to maintain the environment in which the base station is located The temperature command does not send any instruction to the temperature adjustment device 300; when the temperature adjustment strategy includes up-regulating the current operating temperature, an instruction to increase the ambient temperature of the environment in which the base station is located is sent to the temperature adjustment device 300; when the temperature adjustment strategy includes lowering the current work At the temperature, the temperature adjustment device 300 is sent to the ring where the base station is located.
- the directive of the ambient temperature includes: when the temperature adjustment strategy includes maintaining the current operating temperature, sending an environment to the temperature adjustment device 300 to maintain the environment in which the base station is located The temperature command does not send any instruction to the temperature adjustment device 300; when the temperature adjustment strategy includes up-regulating the current operating temperature, an instruction to increase the ambient temperature of the environment in which the base station is located is sent to the temperature adjustment device 300; when the temperature adjustment strategy
- the temperature adjustment device 300 lowers the ambient temperature by a fixed value. If the current operating temperature is not within the target operating temperature range, Then continue to down until the current working temperature is within the target operating temperature range, and other situations are similar; it may also be a rough adjustment first, such as when the current operating temperature needs to be lowered, the temperature adjusting device 300 first adjusts a larger value. The range is then fine-tuned to bring the current operating temperature closer to the target temperature range. Further, when the temperature adjustment strategy includes raising the current operating temperature, if the ambient temperature of the environment in which the base station is located is lower than the natural temperature, the environment of the base station is raised.
- the ambient temperature command includes up-regulating the set temperature of the temperature adjustment device 300, or turning off the temperature adjustment device 300.
- the ambient temperature of the environment in which the base station is located can be increased by using the natural temperature; when the temperature adjustment strategy includes lowering the current operating temperature. If the ring of the environment where the base station is located at this time A temperature higher than the natural temperature, ambient temperature down command station down the environment comprises a temperature adjusting means 300 of the set temperature, the temperature control device 300 on or off, this time can be used to make the natural ambient temperature of the environment in which the base station is reduced.
- the temperature control system in this embodiment further includes an ambient temperature collection device 304 configured to collect the environment in which the base station is located.
- the current ambient temperature is sent to the base station backend 101.
- the base station background 101 collects the operating temperature of the base station and also collects the ambient temperature of the environment where the base station is located. The relationship between the current operating temperature and the ambient temperature is obtained by the work of the base station.
- the current ambient temperature is collected and an instruction to maintain the current ambient temperature of the environment in which the base station is located is sent to the temperature adjustment device 300; when the temperature adjustment policy is to increase the current operating temperature of the base station, the acquisition is performed.
- the current ambient temperature determines the upward adjustment range of the ambient temperature of the environment in which the base station is located according to the current ambient temperature value, and controls the temperature adjustment device 300 according to the upward adjustment range;
- the current ambient temperature is collected, the downward adjustment amplitude of the ambient temperature of the environment in which the base station is located is determined according to the current ambient temperature value, and the temperature adjustment device 300 is controlled according to the downward adjustment amplitude. This will make the adjustment of the ambient temperature more accurate and faster.
- the temperature control device 303 includes a temperature control module 3031 and a wireless processing module 3032.
- the temperature control module 3031 is configured to acquire a temperature adjustment policy issued by the base station 101, and convert the temperature adjustment policy into a wireless processing module 3032.
- the wireless signal is sent to the temperature adjustment device 300.
- the wireless processing module 3032 includes any one of the following processing modules: a radio processing module, an infrared processing module, an ultrasonic processing module, or other processing module capable of wireless transmission; the ambient temperature control device 303 is preferably a CPU (central processing unit) ).
- the temperature control system in this embodiment further includes an alarm device configured to collect alarm parameters of the base station, such as humidity and smoke, and send the signal to the background of the base station; when the alarm parameter exceeds a preset range In the background, the base station will take emergency measures and/or send alarm information to the responsible personnel of the base station, so that the responsible personnel can process the base station in time.
- alarm parameters of the base station such as humidity and smoke
- This embodiment provides a temperature control method, please refer to FIG. 4:
- the working temperature collecting device collects a current working temperature of the base station, and sends the current working temperature to the base station.
- the current working temperature of the collecting base station is completed by the working temperature collecting device, and the device may be disposed on the base station body, configured to directly detect the temperature of the base station itself, or may adopt other direct or indirect acquisition methods.
- the base station compares the current working temperature and the target working temperature in the background to determine a temperature adjustment strategy.
- the base station is the background of the control of the base station, and obtains the current working temperature collected by the working temperature collecting device, and compares the current working temperature with the preset target working temperature to determine
- the temperature adjustment strategy is the same as the determination process in the first embodiment, and is not described here.
- the temperature control device controls an ambient temperature of an environment in which the base station is located according to the temperature adjustment strategy.
- this embodiment provides a specific application scenario of the temperature control system, please refer to FIG. 5;
- the temperature control system in this embodiment includes: a base station background 101, a first temperature sensor 502, a temperature control device 303, an air conditioner 500;
- the first temperature sensor 502 is configured to collect the current operating temperature of the base station, and send it to the base station backend 101;
- the base station background 101 is configured to determine a temperature adjustment policy according to a relationship between the current working temperature and the target operating temperature, and send the same;
- the temperature control device 303 is configured to control the air conditioner 500 in accordance with a temperature adjustment strategy.
- the temperature control device 303 can be directly used as a part of the base station device, and a single board in the base station device is inserted into the base station frame slot to form an integral part with the base station; or can be interconnected as an external device to the existing interface on the base station. For example, a USB interface or an Ethernet interface does not need to add other interconnection interfaces on the base station device.
- the temperature adjustment strategy is generated by the base station background 101 according to the relationship between the current operating temperature and the target operating temperature range. Specifically, when the current operating temperature of the base station is within the target operating temperature range, the temperature adjustment strategy includes Maintaining the current operating temperature of the base station; if the current operating temperature of the base station is lower than the lower limit of the target operating temperature, the temperature adjustment strategy at this time includes raising the current operating temperature of the base station to be within the target operating temperature range; The operating temperature is higher than the upper limit of the target operating temperature. The temperature adjustment strategy at this time includes lowering the current operating temperature of the base station to be within the target operating temperature range.
- the temperature control device 303 is configured to control the air conditioner 500 according to the temperature adjustment policy, including: when the temperature adjustment policy includes maintaining the current operating temperature, transmitting an instruction to the air conditioner 500 to maintain the ambient temperature of the environment in which the base station is located or not transmitting any instruction to the air conditioner 500
- the temperature adjustment strategy includes raising the current working temperature, sending an instruction to the air conditioner 500 to increase the ambient temperature of the environment in which the base station is located; and when the temperature adjustment strategy includes lowering the current operating temperature, transmitting, to the air conditioner 500, the ambient temperature of the environment in which the base station is located is sent. Instructions.
- the specific adjustment process may be a gradual adjustment. For example, when the temperature adjustment strategy includes lowering the current operating temperature, the air conditioner 500 lowers the ambient temperature by a fixed value.
- the continuation continues. Down, until the current working temperature is within the target operating temperature range, other situations are similar; can also be a rough adjustment, such as when the current operating temperature needs to be lowered, the air conditioner 500 first adjusts a larger value range, and then Fine-tuning to bring the current operating temperature closer to the target temperature range.
- the temperature control system in this embodiment may further include a second temperature sensor 504 configured to collect the current ambient temperature of the environment in which the base station is located. And sent to the base station background 101.
- a second temperature sensor 504 configured to collect the current ambient temperature of the environment in which the base station is located. And sent to the base station background 101.
- the base station background 101 collects the operating temperature of the base station and also collects the ambient temperature of the environment where the base station is located. The relationship between the current operating temperature and the ambient temperature is obtained by the work of the base station.
- the temperature adjustment strategy When the temperature adjustment strategy is to maintain the current operating temperature of the base station, the current ambient temperature is collected and an instruction to maintain the current ambient temperature of the environment in which the base station is located is sent to the air conditioner 500; when the temperature adjustment strategy is to raise the current operating temperature of the base station, the current environment is collected. Temperature, determining an upward adjustment range of the ambient temperature of the environment in which the base station is located according to the current ambient temperature value, and controlling the air conditioner 500 according to the upward adjustment range, the control may be setting the temperature of the air conditioner 500, or shutting down the air conditioner; When the adjustment strategy is to lower the current operating temperature of the base station, the current ambient temperature is collected, and the ambient temperature of the environment in which the base station is located is determined according to the current ambient temperature value. Degree, and control the air conditioner 500 according to the downward adjustment range. This will make the adjustment of the ambient temperature more accurate and faster.
- the temperature control device 303 may include a central processing unit (CPU) 5031 and an infrared processing module 5032.
- the CPU 5031 is configured to acquire a temperature adjustment policy issued by the base station 101, and convert the temperature adjustment policy into an infrared processing module 5032.
- the infrared signal is sent to the air conditioner 500.
- embodiments of the present invention can be provided as a method, system, or computer program product. Accordingly, the present invention can take the form of a hardware embodiment, a software embodiment, or a combination of software and hardware. Moreover, the invention can take the form of a computer program product embodied on one or more computer-usable storage media (including but not limited to disk storage and optical storage, etc.) including computer usable program code.
- the computer program instructions can also be stored in a computer readable memory that can direct a computer or other programmable data processing device to operate in a particular manner, such that the instructions stored in the computer readable memory produce an article of manufacture comprising the instruction device.
- the apparatus implements the functions specified in one or more blocks of a flow or a flow and/or block diagram of the flowchart.
- an embodiment of the present invention further provides a computer storage medium, the computer storage medium comprising a set of instructions, when executed, causing at least one processor to execute the temperature control method as described in Embodiment 2.
- the base station background obtains a temperature adjustment strategy according to the relationship between the target operating temperature and the current operating temperature of the base station collected by the working temperature collecting device, and the temperature control device controls the ambient temperature of the environment in which the base station is located according to the temperature adjustment strategy.
- the above solution can make the temperature of the air conditioner in the base station can be adjusted in real time, effectively avoiding waste of resources and saving power under the premise of ensuring normal operation of the base station, and the scheme utilizes the base station background of the base station itself, and does not need to be additionally established. Backstage, saving resources.
Abstract
一种温度控制方法、温控系统、基站后台及计算机存储介质，其中基站后台包括基站温度获取模块（1011），处理模块（1012），策略下发模块（1013），温控系统包括基站后台（101），工作温度采集装置（302），温度控制装置（303），基站后台（101）根据目标工作温度以及工作温度采集装置（302）采集的基站的当前工作温度之间的关系来得到温度调整策略，温度控制装置（303）根据该温度调整策略对基站所处环境的环境温度进行控制。
Description
本发明涉及通信领域，尤其涉及一种温度控制方法、温控系统、基站后台及计算机存储介质。
随着我国社会经济的飞速发展，建设节约型社会是党中央、国务院作出的重大决策，节能降耗将是国家经济结构调整的首要任务和突破口。无论从短期经济效益还是从长期环保角度看，节能势在必行。随着通信网络规模的不断发展，通信基站总电费支出居高不下，无形中增加了成本压力，节约用电、增收节支，已成为当务之急。目前我国通信基站内的温度和湿度控制，基本上都是依赖于安装空调来实现，所以通信基站的节能的主要目标当从空调着手。
现在基站都是无人值守，当设定好基站内的空调温度后，就不会再对其进行调节，如此基站内的空调就会长期处于开启的状态，而基站设备根本不需要长期保持如此的温度；再者，在很多时候，气温已经比较低，基站依靠自然温度即可保持正常运行，空调若是常开不关的话更是浪费资源。
发明内容
为解决现有存在的技术问题，本发明是谁提供了一种温度控制方法、温控系统、基站后台及计算机存储介质。
为达到上述目的，本发明实施例提供了一种基站后台，包括基站温度获取模块，处理模块，策略下发模块；
所述基站温度获取模块配置为获取基站的当前工作温度；
所述处理模块配置为根据所述当前工作温度与目标工作温度范围确定温度调整策略；
所述策略下发模块配置为将所述温度调整策略发送给温度控制装置。
上述方案中，所述处理模块包括温度比较子模块和策略确定子模块；
所述温度比较子模块配置为将所述当前工作温度与所述目标工作温度范围进行比较；
所述策略确定子模块配置为：
当比较结果为所述当前工作温度位于所述目标工作温度范围之内时，确定所述温度调整策略包括保持所述当前工作温度；
当所述比较结果为所述当前工作温度低于所述目标工作温度的下限值时，确定所述温度调整策略包括上调所述当前工作温度；
当所述比较结果为所述当前工作温度高于所述目标工作温度的上限值时，确定所述温度调整策略包括下调所述当前工作温度。
上述方案中，所述基站后台还包括环境基站温度获取模块和计算模块；
所述环境基站温度获取模块配置为获取所述基站所处环境的环境温度；
所述计算模块配置为：
当所述温度调整策略包括上调所述当前工作温度时，根据所述当前环境温度确定基站所处环境的环境温度的上调幅度，且所述温度调整策略包括所述上调幅度；
当所述温度调整策略包括下调所述当前工作温度时，根据所述当前环境温度确定基站所处环境的环境温度的下调幅度，且所述温度调整策略包括所述下调幅度。
本发明实施例还提供了一种温控系统，包括：基站后台，工作温度采集装置，温度控制装置；
所述工作温度采集装置配置为采集基站的当前工作温度，并发送给所述基站后台；
所述基站后台配置为根据所述当前工作温度和目标工作温度范围之间的关系，确定温度调整策略并下发给所述温度控制装置；
所述温度控制装置配置为根据所述温度调整策略对所述基站所处环境的环境温度进行控制。
上述方案中，所述基站后台确定温度调整策略包括：
当所述当前工作温度位于所述目标工作温度范围之内时，所述温度调整策略包括保持所述当前工作温度；
当所述当前工作温度低于所述目标工作温度的下限值时，所述温度调整策略包括上调所述当前工作温度；
当所述当前工作温度高于所述目标工作温度的上限值时，所述温度调整策略包括下调所述当前工作温度。
上述方案中，所述温控系统还包括环境温度采集装置，所述环境温度采集装置配置为采集所述基站所处的环境的当前环境温度，并发送给所述基站后台；所述基站后台还配置为：
当所述温度调整策略包括上调所述当前工作温度时，根据所述当前环境温度确定基站所处环境的环境温度的上调幅度，且所述温度调整策略包括所述上调幅度；
当温度调整策略包括下调所述当前工作温度时，根据所述当前环境温度确定基站所处环境的环境温度的下调幅度，且所述温度调整策略包括所述下调幅度。
上述方案中，所述温控系统还包括设置于所述基站所处环境内的温度调整装置；所述温度控制装置，配置为：
当所述温度调整策略包括保持所述当前工作温度时，向所述温度调整
装置发送保持所述基站所处环境的环境温度的指令或不向所述温度调整装置发送任何指令；
当所述温度调整策略包括上调所述当前工作温度时，根据所述上调幅度对所述温度调整装置进行控制；
当所述温度调整策略包括下调所述当前工作温度时，根据所述下调幅度对所述温度调整装置进行控制。
上述方案中，所述温度控制装置包括温度控制模块和无线处理模块，所述温度控制模块配置为获取所述基站后台下发的所述温度调整策略，并将所述温度调整策略通过所述无线处理模块转化为无线信号后发送给所述温度调整装置。
上述方案中，所述无线处理模块包括如下处理模块中的任意一种：无线电处理模块、红外处理模块、超声波处理模块。
本发明实施例还提供了一种温度控制方法，包括：
基站后台获取基站的当前工作温度；
所述基站后台根据所述当前工作温度和目标工作温度范围确定温度调整策略；
所述基站后台将所述温度调整策略下发给温度控制装置。
上述方案中，所述基站后台根据所述当前工作温度和目标工作温度范围确定温度调整策略，包括：
将所述当前工作温度与所述目标工作温度范围进行比较；
当所述当前工作温度位于所述目标工作温度范围之内时，所述温度调整策略包括保持所述当前工作温度；
当所述当前工作温度低于所述目标工作温度的下限值时，所述温度调整策略包括上调所述当前工作温度；
当所述当前工作温度高于所述目标工作温度的上限值时，所述温度调
整策略包括下调所述当前工作温度。
本发明实施例还提供了一种温度控控制方法，包括：
工作温度采集装置采集基站的当前工作温度，并发送给基站后台；
基站后台将所述当前工作温度和目标工作温度范围进行比对，确定温度调整策略；
温度控制装置根据所述温度调整策略对所述基站所处环境的环境温度进行控制。
上述方案中，所述基站后台将所述当前工作温度和目标工作温度范围进行比对，确定温度调整策略，包括：
当所述当前工作温度位于所述目标工作温度范围之内时，所述温度调整策略包括保持所述当前工作温度；
当所述当前工作温度低于所述目标工作温度的下限值时，所述温度调整策略包括上调所述当前工作温度；
当所述当前工作温度高于所述目标工作温度的上限值时，所述温度调整策略包括下调所述当前工作温度。
上述方案中，在所述将所述当前工作温度和目标工作温度进行比对，确定温度调整策略之前，所述方法还包括：所述基站后台获取所述基站所处环境的当前环境温度。
上述方案中，所述将所述当前工作温度和目标工作温度进行比对，确定温度调整策略，包括：
当所述温度调整策略包括保持所述当前工作温度时，不向所述温度调整装置发送温度控制指令；
当所述温度调整策略包括上调所述当前工作温度时，采集所述当前环境温度，根据所述当前环境温度的值确定所述基站所处环境的环境温度的上调幅度，并根据所述当前环境温度的值和上调幅度对所述温度调整装置
进行控制；
当所述温度调整策略包括下调所述当前工作温度时，采集所述当前环境温度，根据所述当前环境温度的值确定所述基站所处环境的环境温度的下调幅度，并根据所述当前环境温度的值和下调幅度对所述温度调整装置进行控制。
上述方案中，在所述将所述当前工作温度和目标工作温度进行比对，确定温度调整策略之后，所述方法还包括：将所述温度调整策略转化为无线传输的温度调整策略。
本发明实施例还提供了一种计算机存储介质，所述计算机存储介质包括一组指令，当执行所述指令时，引起至少一个处理器执行上述基站后台侧的温度控制方法。
本发明实施例的有益效果是：
本发明实施例提供了一种温度控制方法、温控系统、基站后台以及计算机存储介质，其中基站后台包括基站温度获取模块，处理模块，策略下发模块，温控系统包括基站后台，工作温度采集装置，温度控制装置，基站后台根据目标工作温度以及工作温度采集装置采集的基站的当前工作温度之间的关系来得到温度调整策略，温度控制装置根据该温度调整策略对基站所处环境的环境温度进行控制。上述方案可以使基站内的空调的温度可以实时调节，解决了现有技术中目前基站制冷设备无控制或控制不足造成的不必要的能源浪费的问题，在保证基站正常工作的前提下有效的避免了资源的浪费，节约了电能，而且该方案利用了基站本身的基站后台，而不需要另外建立后台，节约了资源。
图1为本发明实施例一提供的一种基站后台的示意图；
图2为本发明实施例二提供的一种温度控制方法步骤示意图；
图3为本发明实施例三提供的一种温控系统的组成示意图；
图4为本发明实施例四提供的一种温控方法步骤示意图；
图5为本发明实施例五提供的一种温控系统的具体应用场景示意图。
在本发明的各种实施例中：利用基站现有的基站后台获取基站的当前工作温度，然后将当前工作温度和目标工作温度进行对比，利用对比的结果对基站所处环境的环境温度进行调节，节约了电能和资源。
实施例一
本实施例提供了一种基站后台，请参考图1：
本实施例提供的基站后台，包括：基站温度获取模块1011，处理模块1012，策略下发模块1013；
基站温度获取模块1011配置为获取基站的当前工作温度；
处理模块1012配置为将基站的当前工作温度和目标工作温度范围之间进行比对，并确定温度调整策略；
策略下发模块1013配置为将处理模块1012确定的温度调整策略发送给温度控制装置。
在一实施例中，目标工作温度是根据基站各组成部分的最佳工作温度和/或基站的耐受温度与基站所处自然环境温度之间的关系确立的，该目标工作温度理论上可以为一个具体值，但本实施例为了避免在应用时会导致控制系统不停的对环境温度进行调节而浪费资源，该目标工作温度优选为一个范围值。温度调整策略是由处理模块1012根据当前工作温度和目标工作温度范围之间的关系生成的，具体地，处理模块1012包括温度比较子模块和策略确定子模块，温度比较子模块配置为将当前工作温度和目标工作温度范围进行比较，而策略确定子模块配置为根据该比较结果确定温度调
整策略；当基站的当前工作温度在目标工作温度范围之内时，此时策略确定子模块确定的温度调整策略包括保持基站的当前工作温度；若基站的当前工作温度比目标工作温度的下限值低，此时策略确定子模块确定的温度调整策略包括上调基站的当前工作温度，使其处于目标工作温度的范围内；若基站的当前工作温度比目标工作温度的上限值高，此时策略确定子模块确定的温度调整策略包括下调基站的当前工作温度，使其处于目标工作温度的范围内。
在一实施例中，为了调节温度的过程更加快速准确，基站后台还可以包括环境温度获取模块1014和计算模块1015，环境温度获取模块1014配置为获取基站所处环境的环境温度，计算模块1015配置为根据该环境温度确定温度调整策略的调整幅度。
这里，基站在工作时，其工作温度受到自身工作的发热温度和所处环境温度的共同影响，环境温度获取模块1014对基站所处环境的环境温度进行获取，可以明确基站当前工作温度和环境温度之间的关系，得到基站工作发热的情况。当温度调整策略为上调基站的当前工作温度时，计算模块1015根据当前环境温度的值确定基站所处环境的环境温度的上调幅度；当温度调整策略为下调基站的当前工作温度时，计算模块1015根据当前环境温度的值确定基站所处环境的环境温度的下调幅度。这样会使得环境温度的调整更加准确和快捷。
实际应用时，所述基站温度获取模块1011、策略下发模块1013、环境温度获取模块1014可由基站后台中的通信芯片实现；所述处理模块1012及计算模块1015可由基站后台中的中央处理器(CPU，Central Processing Unit)、微处理器(MCU，Micro Control Unit)、数字信号处理器(DSP，Digital Signal Processor)或可编程逻辑阵列(FPGA，Field－Programmable Gate Array)实现。
实施例二
本实施例提供了一种温度控制方法，请参考图2，包括如下步骤：
S201、基站后台获取基站的当前工作温度。
具体地，步骤S201是由图1中的基站温度获取模块1011完成的。
S202、基站后台根据当前工作温度和目标工作温度范围确定温度调整策略。
具体地，步骤S202是由图1中的处理模块1012完成的。其中确定温度调整指令的过程与实施例一中的过程一致，这里不再赘述。
S203、基站后台将温度调整策略下发给温度控制装置。
具体地，步骤S203是由图1中的策略下发模块1013完成的。
实施例三
本实施例提供了一种温控系统，请参考图3：
本实施例提供的温控系统，包括：基站后台101，工作温度采集装置302，温度控制装置303；
工作温度采集装置302配置为采集基站的当前工作温度，并发送给基站后台101；
基站后台101配置为根据当前工作温度和目标工作温度之间的关系，确定温度调整策略并下发；
温度控制装置303配置为根据温度调整策略对基站所处环境的环境温度进行控制。
具体地，工作温度采集装置302采集的是基站设备自身的温度，具体方式可以为在基站设备上安装温度传感器，该温度传感器可以实时收集基站的工作温度，并将该工作温度发送给基站后台101；或者采用其他设备直接或者间接的获取基站的当前工作温度；基站后台101是基站的控制后台，本实施例不需要在基站设备上新增其他的互联接口，不需要搭建一套独立
的温控节能系统，不需要再建独立的控制后台，直接以基站后台作为温控节能的控制系统，直接利用基站的业务传输通道，通过基站后台的操控来实现机房的智能温控节能，有效的节约了资源；为了对基站自身的温度进行控制，本实施例采用的是改变基站所处环境的环境温度来对基站自身的工作温度进行改变，温度控制装置303根据温度调整策略对基站所处环境的环境温度进行控制，为了实现对基站所处环境的环境温度进行控制，本实施例还包括设置于基站所处环境内的温度调整装置300，该温度调整装置300优选为空调。
在一实施例中，目标工作温度是根据基站各组成部分的最佳工作温度和/或基站的耐受温度与基站所处自然环境温度之间的关系确立的，该目标工作温度理论上可以为一个具体值，但本实施例为了避免在应用时会导致控制系统不停的对环境温度进行调节而浪费资源，该目标工作温度优选为一个范围值。温度调整策略是由基站后台101根据当前工作温度和目标工作温度范围之间的关系生成的，具体地，当基站的当前工作温度在目标工作温度范围之内时，此时温度调整策略包括保持基站的当前工作温度；若基站的当前工作温度比目标工作温度的下限值低，此时的温度调整策略包括上调基站的当前工作温度，使其处于目标工作温度的范围内；若基站的当前工作温度比目标工作温度的上限值高，此时的温度调整策略包括下调基站的当前工作温度，使其处于目标工作温度的范围内。
在一实施例中，温度控制装置303根据温度调整策略对基站所处环境的环境温度进行控制包括：当温度调整策略包括保持当前工作温度时，向温度调整装置300发送保持基站所处环境的环境温度的指令或不向温度调整装置300发送任何指令；当温度调整策略包括上调当前工作温度时，向温度调整装置300发送上调基站所处环境的环境温度的指令；当温度调整策略包括下调当前工作温度时，向温度调整装置300发送下调基站所处环
境的环境温度的指令。其中，具体的调整过程可以为渐变的调整，如当温度调整策略包括下调当前工作温度时，温度调整装置300将环境温度下调一个固定值，若未能使当前工作温度处于目标工作温度范围内，则继续下调，直到当前工作温度处于目标工作温度范围内为止，其他情况与之类似；还可以是先粗略的调整，比如当需要下调当前工作温度时，温度调整装置300先调节一个较大的数值范围，然后进行微调，使当前工作温度逼近目标温度范围内；进一步的，当温度调整策略包括上调当前工作温度时，若此时基站所处环境的环境温度低于自然温度，上调基站所处环境的环境温度的指令包括上调温度调整装置300的设定温度，或者关闭温度调整装置300，此时可以利用自然温度使基站所处环境的环境温度升高；当温度调整策略包括下调当前工作温度时，若此时基站所处环境的环境温度高于自然温度，下调基站所处环境的环境温度的指令包括下调温度调整装置300的设定温度，或者关闭温度调整装置300，此时可以利用自然温度使基站所处环境的环境温度降低。
在一实施例中，为了使温度调整装置300调节温度的过程更加快速准确，本实施例中的温控系统还包括环境温度采集装置304，环境温度采集装置304配置为采集基站所处的环境的当前环境温度，并发送给基站后台101。基站在工作时，其工作温度受到自身工作的发热温度和所处环境温度的共同影响，基站后台101在采集基站工作温度的同时，也对基站所处环境的环境温度进行采集，如此可以明确基站当前工作温度和环境温度之间的关系，得到基站工作发热的情况。当温度调整策略为保持基站的当前工作温度时，采集当前环境温度并向温度调整装置300发送保持基站所处环境的当前环境温度的指令；当温度调整策略为上调基站的当前工作温度时，采集当前环境温度，根据当前环境温度的值确定基站所处环境的环境温度的上调幅度，并根据上调幅度对温度调整装置300进行控制；当温度调整策
略为下调基站的当前工作温度时，采集当前环境温度，根据当前环境温度的值确定基站所处环境的环境温度的下调幅度，并根据下调幅度对温度调整装置300进行控制。这样会使得环境温度的调整更加准确和快捷。
在一实施例中，温度控制装置303包括温度控制模块3031和无线处理模块3032，温度控制模块3031配置为获取基站后台101下发的温度调整策略，并将温度调整策略通过无线处理模块3032转化为无线信号后发送给温度调整装置300。其中，无线处理模块3032包括如下处理模块中的任意一种：无线电处理模块、红外处理模块、超声波处理模块，或者其他能实现无线传输的处理模块；环境温度控制装置303优选为CPU(中央处理器)。
在一实施例中，本实施例中的温控系统还包括告警装置，该告警装置配置为采集基站的告警参数，比如湿度、烟雾，并发送给基站后台；当该告警参数超过预设的范围时，基站后台会采取应急措施和/或向基站的负责人员发送告警信息，使负责人员及时对基站进行处理。
实施例四
本实施例提供了一种温度控制方法，请参考图4：
本实施例提供的温控方法包括如下步骤：
S401、工作温度采集装置采集基站的当前工作温度，并发送给基站后台。
具体地，采集基站的当前工作温度由工作温度采集装置完成，该装置可以设置于基站本体上，配置为直接对基站自身的温度进行实时检测，也可以采用其他直接或间接采集的方式。
S402、基站后台将当前工作温度和目标工作温度进行比对，确定温度调整策略。
具体地，基站后台为基站的控制后台，获取工作温度采集装置采集的当前工作温度，将该当前工作温度与预设的目标工作温度进行比对，确定
温度调整策略；温度调整策略与实施例一中的确定过程一致，这里不再赘述。
S403、温度控制装置根据温度调整策略对基站所处环境的环境温度进行控制。
实施例五
为了便于理解本发明，本实施例提供了一种温控系统的具体的应用场景，请参考图5；
本实施例中的温控系统包括：基站后台101，第一温度传感器502，温度控制装置303，空调500；
第一温度传感器502配置为采集基站的当前工作温度，并发送给基站后台101；
基站后台101配置为根据当前工作温度和目标工作温度之间的关系，确定温度调整策略并下发；
温度控制装置303配置为根据温度调整策略对空调500进行控制。
其中，温度控制装置303可以直接作为基站设备的一部分，作为基站设备中的一块单板插在基站架框槽中，与基站形成一个整体；也可以作为一个外接设备与基站上已有的接口互联，比如USB接口、以太网接口，而不需要在基站设备上新增其他的互联接口。
这里，温度调整策略是由基站后台101根据当前工作温度和目标工作温度范围之间的关系生成的，具体地，当基站的当前工作温度在目标工作温度范围之内时，此时温度调整策略包括保持基站的当前工作温度；若基站的当前工作温度比目标工作温度的下限值低，此时的温度调整策略包括上调基站的当前工作温度，使其处于目标工作温度的范围内；若基站的当前工作温度比目标工作温度的上限值高，此时的温度调整策略包括下调基站的当前工作温度，使其处于目标工作温度的范围内。
温度控制装置303配置为根据温度调整策略对空调500进行控制包括：当温度调整策略包括保持当前工作温度时，向空调500发送保持基站所处环境的环境温度的指令或不向空调500发送任何指令；当温度调整策略包括上调当前工作温度时，向空调500发送上调基站所处环境的环境温度的指令；当温度调整策略包括下调当前工作温度时，向空调500发送下调基站所处环境的环境温度的指令。其中，具体的调整过程可以为渐变的调整，如当温度调整策略包括下调当前工作温度时，空调500将环境温度下调一个固定值，若未能使当前工作温度处于目标工作温度范围内，则继续下调，直到当前工作温度处于目标工作温度范围内为止，其他情况与之类似；还可以是先粗略的调整，比如当需要下调当前工作温度时，空调500先调节一个较大的数值范围，然后进行微调，使当前工作温度逼近目标温度范围内。
实际应用时，为了空调500调节温度的过程更加快速准确，本实施例中的温控系统还可以包括第二温度传感器504，第二温度传感器504配置为采集基站所处的环境的当前环境温度，并发送给基站后台101。基站在工作时，其工作温度受到自身工作的发热温度和所处环境温度的共同影响，基站后台101在采集基站工作温度的同时，也对基站所处环境的环境温度进行采集，如此可以明确基站当前工作温度和环境温度之间的关系，得到基站工作发热的情况。当温度调整策略为保持基站的当前工作温度时，采集当前环境温度并向空调500发送保持基站所处环境的当前环境温度的指令；当温度调整策略为上调基站的当前工作温度时，采集当前环境温度，根据当前环境温度的值确定基站所处环境的环境温度的上调幅度，并根据上调幅度对空调500进行控制，该控制可以是设定空调500的上调温度，也可以是关闭空调；当温度调整策略为下调基站的当前工作温度时，采集当前环境温度，根据当前环境温度的值确定基站所处环境的环境温度的下调幅
度，并根据下调幅度对空调500进行控制。这样会使得环境温度的调整更加准确和快捷。
实际应用时，温度控制装置303可以包括中央处理器(CPU)5031和红外处理模块5032，CPU 5031配置为获取基站后台101下发的温度调整策略，并将温度调整策略通过红外处理模块5032转化为红外信号后发送给空调500。
本领域内的技术人员应明白，本发明的实施例可提供为方法、系统、或计算机程序产品。因此，本发明可采用硬件实施例、软件实施例、或结合软件和硬件方面的实施例的形式。而且，本发明可采用在一个或多个其中包含有计算机可用程序代码的计算机可用存储介质(包括但不限于磁盘存储器和光学存储器等)上实施的计算机程序产品的形式。
本发明是参照根据本发明实施例的方法、设备(系统)、和计算机程序产品的流程图和/或方框图来描述的。应理解可由计算机程序指令实现流程图和/或方框图中的每一流程和/或方框、以及流程图和/或方框图中的流程和/或方框的结合。可提供这些计算机程序指令到通用计算机、专用计算机、嵌入式处理机或其他可编程数据处理设备的处理器以产生一个机器，使得通过计算机或其他可编程数据处理设备的处理器执行的指令产生用于实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能的装置。
这些计算机程序指令也可存储在能引导计算机或其他可编程数据处理设备以特定方式工作的计算机可读存储器中，使得存储在该计算机可读存储器中的指令产生包括指令装置的制造品，该指令装置实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能。
这些计算机程序指令也可装载到计算机或其他可编程数据处理设备上，使得在计算机或其他可编程设备上执行一系列操作步骤以产生计算机
实现的处理，从而在计算机或其他可编程设备上执行的指令提供用于实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能的步骤。
基于此，本发明实施例还提供了一种计算机存储介质，所述计算机存储介质包括一组指令，当执行所述指令时，引起至少一个处理器执行如实施例二描述的温度控制方法。
以上内容是结合具体的实施方式对本发明所作的进一步详细说明，不能认定本发明的具体实施只局限于这些说明。对于本发明所属技术领域的普通技术人员来说，在不脱离本发明构思的前提下，还可以做出若干简单推演或替换，都应当视为属于本发明的保护范围。
基站后台根据目标工作温度以及工作温度采集装置采集的基站的当前工作温度之间的关系得到温度调整策略，温度控制装置根据该温度调整策略对基站所处环境的环境温度进行控制。上述方案可以使基站内的空调的温度可以实时调节，在保证基站正常工作的前提下有效的避免了资源的浪费，节约了电能，而且该方案利用了基站本身的基站后台，而不需要另外建立后台，节约了资源。
Claims (17)
- 一种基站后台，包括基站温度获取模块，处理模块，策略下发模块；所述基站温度获取模块配置为获取基站的当前工作温度；所述处理模块配置为根据所述当前工作温度与目标工作温度范围确定温度调整策略；所述策略下发模块配置为将所述温度调整策略发送给温度控制装置。
- 如权利要求1所述的基站后台，其中，所述处理模块包括温度比较子模块和策略确定子模块；所述温度比较子模块配置为将所述当前工作温度与所述目标工作温度范围进行比较；所述策略确定子模块配置为：当比较结果为所述当前工作温度位于所述目标工作温度范围之内时，确定所述温度调整策略包括保持所述当前工作温度；当所述比较结果为所述当前工作温度低于所述目标工作温度的下限值时，确定所述温度调整策略包括上调所述当前工作温度；当所述比较结果为所述当前工作温度高于所述目标工作温度的上限值时，确定所述温度调整策略包括下调所述当前工作温度。
- 如权利要求2所述的基站后台，其中，所述基站后台还包括环境温度获取模块和计算模块；所述环境温度获取模块配置为获取所述基站所处环境的环境温度；所述计算模块配置为：当所述温度调整策略包括上调所述当前工作温度时，根据所述当前环境温度确定基站所处环境的环境温度的上调幅度，且所述温度调整策略包括所述上调幅度；当所述温度调整策略包括下调所述当前工作温度时，根据所述当前环 境温度确定基站所处环境的环境温度的下调幅度，且所述温度调整策略包括所述下调幅度。
- 一种温度控制系统，包括：工作温度采集装置，温度控制装置和基站后台；所述工作温度采集装置配置为采集基站的当前工作温度，并发送给所述基站后台；所述基站后台配置为根据所述当前工作温度和目标工作温度范围之间的关系，确定温度调整策略并下发给所述温度控制装置；所述温度控制装置配置为根据所述温度调整策略对所述基站所处环境的环境温度进行控制。
- 如权利要求4所述的温控系统，其中，所述基站后台确定温度调整策略包括：当所述当前工作温度位于所述目标工作温度范围之内时，所述温度调整策略包括保持所述当前工作温度；当所述当前工作温度低于所述目标工作温度的下限值时，所述温度调整策略包括上调所述当前工作温度；当所述当前工作温度高于所述目标工作温度的上限值时，所述温度调整策略包括下调所述当前工作温度。
- 如权利要求5所述的温控系统，其中，所述温控系统还包括环境温度采集装置，所述环境温度采集装置配置为采集所述基站所处的环境的当前环境温度，并发送给所述基站后台；所述基站后台还配置为：当所述温度调整策略包括上调所述当前工作温度时，根据所述当前环境温度确定基站所处环境的环境温度的上调幅度，且所述温度调整策略包括所述上调幅度；当所述温度调整策略包括下调所述当前工作温度时，根据所述当前环 境温度确定基站所处环境的环境温度的下调幅度，且所述温度调整策略包括所述下调幅度。
- 如权利要求4至6任一项所述的温控系统，其中，所述温控系统还包括设置于所述基站所处环境内的温度调整装置；所述温度控制装置，配置为：当所述温度调整策略包括保持所述当前工作温度时，向所述温度调整装置发送保持所述基站所处环境的环境温度的指令或不向所述温度调整装置发送任何指令；当所述温度调整策略包括上调所述当前工作温度时，根据所述上调幅度对所述温度调整装置进行控制；当所述温度调整策略包括下调所述当前工作温度时，根据所述下调幅度对所述温度调整装置进行控制。
- 如权利要求7所述的温控系统，其中，所述温度控制装置包括温度控制模块和无线处理模块，所述温度控制模块配置为获取所述基站后台下发的所述温度调整策略，并将所述温度调整策略通过所述无线处理模块转化为无线信号后发送给所述温度调整装置。
- 如权利要求8所述的温控系统，其中，所述无线处理模块包括如下处理模块中的任意一种：无线电处理模块、红外处理模块、超声波处理模块。
- 一种温度控制方法，包括：基站后台获取基站的当前工作温度；所述基站后台根据所述当前工作温度和目标工作温度范围确定温度调整策略；所述基站后台将所述温度调整策略下发给温度控制装置。
- 如权利要求10所述的温度控制方法，其中，所述基站后台根据所 述当前工作温度和目标工作温度范围确定温度调整策略，包括：将所述当前工作温度与所述目标工作温度范围进行比较；当所述当前工作温度位于所述目标工作温度范围之内时，所述温度调整策略包括保持所述当前工作温度；当所述当前工作温度低于所述目标工作温度的下限值时，所述温度调整策略包括上调所述当前工作温度；当所述当前工作温度高于所述目标工作温度的上限值时，所述温度调整策略包括下调所述当前工作温度。
- 一种温度控制方法，包括：基站温度采集装置采集基站的当前工作温度，并发送给基站后台；基站后台将所述当前工作温度和目标工作温度范围进行比对，确定温度调整策略；温度控制装置根据所述温度调整策略对所述基站所处环境的环境温度进行控制。
- 如权利要求12所述的温度控制方法，其中，所述基站后台将所述当前工作温度和目标工作温度范围进行比对，确定温度调整策略，包括：当所述当前工作温度位于所述目标工作温度范围之内时，所述温度调整策略包括保持所述当前工作温度；当所述当前工作温度低于所述目标工作温度的下限值时，所述温度调整策略包括上调所述当前工作温度；当所述当前工作温度高于所述目标工作温度的上限值时，所述温度调整策略包括下调所述当前工作温度。
- 如权利要求13所述的温度控制方法，其中，所述将所述当前工作温度和目标工作温度进行比对，确定温度调整策略之前，所述方法还包括：所述基站后台获取所述基站所处环境的当前环境温度。
- 如权利要求14所述的温度控制方法，其中，所述将所述当前工作温度和目标工作温度进行比对，确定温度调整策略，包括：当所述温度调整策略包括保持所述当前工作温度时，不向所述温度调整装置发送温度控制指令；当所述温度调整策略包括上调所述当前工作温度时，采集所述当前环境温度，根据所述当前环境温度的值确定所述基站所处环境的环境温度的上调幅度，并根据所述当前环境温度的值和上调幅度对所述温度调整装置进行控制；当所述温度调整策略包括下调所述当前工作温度时，采集所述当前环境温度，根据所述当前环境温度的值确定所述基站所处环境的环境温度的下调幅度，并根据所述当前环境温度的值和下调幅度对所述温度调整装置进行控制。
- 如权利要求12-15任一项所述的温度控制方法，其中，在所述将所述当前工作温度和目标工作温度进行比对，确定温度调整策略之后，所述方法还包括：将所述温度调整策略转化为无线传输的温度调整策略。
- 一种计算机存储介质，所述计算机存储介质包括一组指令，当执行所述指令时，引起至少一个处理器执行如权利要求11或12所述的温度控制方法。
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