WO2019113857A1 - Intelligent, real-time and dynamic temperature adjustment system and method for display device - Google Patents
Intelligent, real-time and dynamic temperature adjustment system and method for display device Download PDFInfo
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- WO2019113857A1 WO2019113857A1 PCT/CN2017/116011 CN2017116011W WO2019113857A1 WO 2019113857 A1 WO2019113857 A1 WO 2019113857A1 CN 2017116011 W CN2017116011 W CN 2017116011W WO 2019113857 A1 WO2019113857 A1 WO 2019113857A1
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- temperature
- display device
- light intensity
- temperature adjustment
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- 238000000034 method Methods 0.000 title claims abstract description 39
- 238000013480 data collection Methods 0.000 claims abstract description 11
- 230000008859 change Effects 0.000 claims abstract description 5
- 238000013507 mapping Methods 0.000 claims description 27
- 238000010438 heat treatment Methods 0.000 claims description 25
- 238000001816 cooling Methods 0.000 claims description 17
- 238000012544 monitoring process Methods 0.000 claims description 4
- 239000004065 semiconductor Substances 0.000 claims description 4
- 230000007613 environmental effect Effects 0.000 abstract description 9
- 230000008569 process Effects 0.000 description 10
- 230000009286 beneficial effect Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 1
- 238000012545 processing Methods 0.000 description 1
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Classifications
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
- G09G3/00—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes
- G09G3/20—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes for presentation of an assembly of a number of characters, e.g. a page, by composing the assembly by combination of individual elements arranged in a matrix no fixed position being assigned to or needed to be assigned to the individual characters or partial characters
- G09G3/34—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes for presentation of an assembly of a number of characters, e.g. a page, by composing the assembly by combination of individual elements arranged in a matrix no fixed position being assigned to or needed to be assigned to the individual characters or partial characters by control of light from an independent source
Definitions
- the present invention relates to the field of display devices, and more particularly to an intelligent real-time dynamic temperature adjustment system and method for a display device.
- the technical problem to be solved by the present invention is to provide an intelligent real-time dynamic temperature adjustment system and method for a display device in view of the above-mentioned drawbacks of the prior art.
- the technical solution adopted by the present invention to solve the technical problem is: constructing an intelligent real-time dynamic temperature adjustment system for a display device, comprising: at least one temperature sensor, a data collection unit, a data processing center, and a temperature adjustment disposed inside the display device a unit and at least one light sensor, and a cloud server connected to the display device via a network;
- the temperature sensor is connected to the data collection unit to collect the measured temperature inside the display device;
- the data processing center is connected to the data collection unit, receives the measured temperature and compares it with a preset temperature, and controls the temperature adjustment unit to perform temperature adjustment according to the comparison result;
- the light sensor is disposed in front of the display screen of the display device and connected to the data collection unit to collect the measured light intensity before the display screen of the display device;
- the data processing center further includes a first calculating unit and a second calculating unit, the first calculating unit controls the temperature adjusting unit to adjust a temperature according to a first temperature adjustment manner, and the second calculating unit controls the temperature adjusting unit Adjusting the temperature according to the second temperature adjustment method;
- the cloud server is connected to the data processing center, and monitors and receives the reported measured temperature and the measured light intensity, and adjusts the preset temperature and the preset light intensity.
- the temperature adjustment unit is a semiconductor thermoelectric treatment module for heating or cooling the display device.
- the cloud server further includes: a heating curve including a mapping relationship between the temperature and the temperature adjustment module, the data processing center adjusting a temperature of the temperature adjustment module according to the heating curve; and/or
- the cloud server further includes: a first temperature drop curve including a mapping relationship between the light intensity and the temperature adjustment module; and a second temperature drop curve including a light intensity and a mapping relationship between the temperature and the temperature adjustment module; the data
- the processing center controls the temperature adjustment module to adjust the temperature of the temperature adjustment module according to the first temperature drop curve or the second temperature drop curve.
- the display device intelligent real-time dynamic temperature adjustment system of the present invention further includes a user terminal connected to the cloud server, configured to receive and display monitoring information of the cloud server, and send an adjustment instruction to adjust the preset temperature and the Preset light intensity; and/or
- the cloud server receives environment information of the display device, and adjusts the preset temperature and the preset light intensity according to the environment information.
- the display device intelligent real-time dynamic temperature adjustment system of the present invention further includes a fan disposed inside the display device, and the data processing center controls the fan rotation speed.
- the invention also constructs an intelligent real-time dynamic temperature adjustment method for a display device, comprising the following steps:
- the data processing center receives the measured temperature of the display device.
- the data processing center compares the measured temperature with a preset temperature, if the measured temperature is less than the preset temperature, step S31 is performed; if the measured temperature is greater than the preset temperature, executing Step S3; if the measured temperature is equal to the preset temperature, step S32 is performed;
- the data processing center receives the measured light intensity in front of the display screen of the display device and compares it with the preset light intensity. If the measured light intensity is less than or equal to the preset light intensity, step S4 is performed, if the measured The light intensity is greater than the preset light intensity, step S5 is performed;
- the data processing center controls a temperature adjustment unit to perform a heating operation.
- the data processing center control temperature adjustment unit does not make adjustment, report the measured temperature and the measured light intensity to the cloud server, and returns to step S1;
- the data processing center control temperature adjustment unit adjusts the temperature according to the first adjustment mode, and returns to step S1;
- the data processing center controls the temperature adjustment unit to adjust the temperature according to the second adjustment manner, and returns to step S1.
- the step S31 includes: the data processing center control temperature adjustment unit performs a heating operation according to a heating curve including a mapping relationship between the temperature and the temperature adjustment module; and/or
- the first adjustment mode includes performing a temperature lowering operation according to a first temperature drop curve including a mapping relationship between a light intensity and the temperature adjustment module; and/or
- the second adjustment mode includes performing a temperature lowering operation according to a second temperature drop curve including a light intensity and a mapping relationship between the temperature and the temperature adjustment module.
- the method further includes:
- the cloud server adjusts the preset temperature and the preset light intensity according to an environment in which the display device is located.
- the method comprises:
- the data processing center receives the trigger instruction of the cloud server, and performs the step S1.
- the first adjustment manner further includes: increasing a fan speed to perform a temperature lowering operation; and/or
- the second adjustment mode further includes increasing the fan speed and performing a temperature lowering operation.
- the intelligent real-time dynamic temperature adjustment system and method for implementing the display device of the invention has the following beneficial effects: the temperature can be judged according to the environmental conditions, the temperature dynamic adjustment can be realized, and the temperature adjustment system can be dynamically adjusted in real time according to the change of the specific environment. Parameters to achieve intelligent real-time dynamic work of the temperature adjustment system.
- FIG. 1 is a schematic structural view of an embodiment of an intelligent real-time dynamic temperature adjustment system of a display device according to the present invention
- FIG. 2 is a flow chart of a program of an embodiment of an intelligent real-time dynamic temperature adjustment method for a display device of the present invention.
- the display device intelligent real-time dynamic temperature adjustment system of the present invention includes: at least one temperature sensor 20 disposed inside the display device, The data collection unit 50, the data processing center 60, the temperature adjustment unit 40, and at least one light sensor 10, and a cloud server 70 connected to the display device via a network.
- the temperature sensor 20 is connected to the data collection unit 50 to collect the measured temperature inside the display device.
- the data processing center 60 is connected to the data collecting unit 50, receives the measured temperature and compares it with a preset temperature, and controls the temperature adjusting unit 40 to perform temperature adjustment according to the comparison result.
- the light sensor 10 is disposed in front of the display screen of the display device and connected to the data collecting unit 50 to collect the measured light intensity before the display screen of the display device.
- the data processing center 60 receives the measured light intensity, compares it with a predetermined light intensity, and controls the temperature adjustment unit 40 to perform temperature adjustment according to the comparison result.
- the data processing center 60 further includes a first calculating unit and a second calculating unit.
- the first calculating unit controls the temperature adjusting unit 40 to adjust the temperature according to the first temperature adjusting manner
- the second calculating unit controls the temperature adjusting unit 40 to adjust according to the second temperature adjusting manner.
- temperature The cloud server 70 is connected to the data processing center 60 to monitor and receive the reported measured temperature and the measured light intensity, and adjusts the preset temperature and the preset light intensity.
- the measured temperature inside the current display device is collected by the temperature sensor 20, the data processing center 60 compares the measured temperature with the preset temperature, and controls the temperature adjustment unit to perform temperature adjustment according to the comparison result, and the temperature adjusting unit 40 includes cooling and heating. operating.
- the data processing center 60 acquires the measured light intensity before the display screen through the light sensor 10, compares the measured light intensity with the preset light intensity, and controls the temperature adjustment process according to the comparison result.
- the preset temperature and preset light intensity here can be adjusted or set by the cloud server 70. For example, during the cooling process, the measured light intensity and the preset light intensity can be compared.
- the speed of the temperature drop needs to be accelerated at this time, and the temperature is adjusted by the second temperature mode.
- the light intensity is not too large.
- a slower temperature drop mode can be adopted, and the first temperature adjustment mode is adopted.
- the temperature adjustment unit 40 is a semiconductor thermoelectric treatment module for heating or cooling the display device.
- the semiconductor thermoelectric processing module here uses a universal TEC module.
- the cloud server 70 further stores: a heating curve including a mapping relationship between the temperature and the temperature adjustment module, and the data processing center 60 adjusts the temperature of the temperature adjustment module according to the heating curve.
- the cloud server 70 further stores: a first temperature drop curve including a mapping relationship between the light intensity and the temperature adjustment module.
- the cloud server 70 further stores: a second temperature drop curve including a mapping relationship between the light intensity and the temperature and the temperature adjustment module. The data processing center 60 controls the temperature adjustment module to adjust the temperature of the temperature adjustment module according to the first temperature drop curve or the second temperature drop curve.
- the mapping relationship between the temperature and the temperature adjustment module working mode is stored in the cloud service, and the final heating curve is formed by a formula or a table, and the data processing center 60 adjusts the temperature of the temperature adjustment module according to the heating curve, and finally realizes The heating inside the entire display device raises the temperature inside the display device.
- the cloud server 70 also stores a mapping relationship between the light intensity and the operating mode of the temperature adjustment module, and the final cooling curve formed by the formula or the table, including the light intensity and the temperature and temperature adjustment module working mode.
- the mapping relationship, through the formula or the final cooling curve made, the data processing center 60 can select different mapping relationships or curves according to actual conditions to control the temperature adjustment module to work according to the required working mode.
- the display device intelligent real-time dynamic temperature adjustment system of the present invention further includes a user terminal 80 connected to the cloud server 70 for receiving and displaying the monitoring information of the cloud server 70, and transmitting The adjustment command adjusts the preset temperature and the preset light intensity.
- the cloud server 70 receives environmental information in which the display device is located, and adjusts the preset temperature and the preset light intensity according to the environmental information.
- the user terminal 80 accesses the cloud server 70 in a wired or wireless manner, and acquires monitoring information of the display device acquired by the cloud server 70.
- the end user can also perform corresponding settings on the display device through the user terminal 80 and the cloud server 70.
- the cloud server 70 can receive environmental information, such as a time and place, in which the display device is located, and make reasonable adjustments to the preset temperature and the preset light intensity according to changes in time and place.
- the temperature adjustment unit 40 can be used in conjunction with other cooling systems, such as a fan placed inside the display device, and the data processing center 60 controls the fan speed. Cooperate with the entire cooling process.
- the intelligent real-time dynamic temperature adjustment method of the display device of the present invention comprises the following steps:
- the data processing center 60 receives the measured temperature of the display device. In this step, the measured temperature inside the display device can be acquired by the temperature sensor 20.
- the data processing center 60 compares the measured temperature with the preset temperature. If the measured temperature is less than the preset temperature, step S31 is performed; if the measured temperature is greater than the preset temperature, step S3 is performed; if the measured temperature is equal to the preset temperature, Then step S32 is performed. Specifically, the data processing center 60 compares the relationship between the measured temperature and the preset temperature, and controls the temperature adjustment unit 40 to perform a corresponding operation according to the comparison result.
- the data processing center 60 receives the measured light intensity in front of the display screen of the display device and compares it with the preset light intensity. If the measured light intensity is less than or equal to the preset light intensity, step S4 is performed, if the measured light intensity is greater than the preset light intensity. Then, step S5 is performed. Specifically, in the temperature adjustment process, the data processing center 60 further receives the measured light intensity before the display screen of the display device, compares the relationship between the measured light intensity and the preset light intensity, and controls the temperature adjustment unit 40 according to the comparison result. Operation.
- the data processing center 60 controls the temperature adjustment unit 40 to perform a heating operation. It can be understood that when the measured temperature of the display device is relatively low, the temperature adjustment unit 40 can perform a temperature rising operation on the display device.
- the data processing center 60 controls the temperature adjustment unit 40 to perform no adjustment, reports the measured temperature and the measured light intensity to the cloud server 70, and returns to step S1. It can be understood that when the measured temperature of the display device meets the preset temperature requirement, the working state of the current temperature adjustment unit 40 can be maintained.
- the cloud server 70 simultaneously monitors information related to display devices such as temperature information, light intensity information, and rotational speed information to monitor the real-time status of the display device. At the same time, the cloud server 70 can also adjust the preset temperature based on the environmental information of the display device to adapt to various environments.
- the data processing center 60 controls the temperature adjustment unit 40 to adjust the temperature according to the first adjustment mode, and returns to step S1.
- the data processing center 60 controls the temperature adjustment unit 40 to adjust the temperature according to the second adjustment mode, and returns to step S1.
- step S31 the data processing center 60 controls the temperature adjustment unit 40 to perform a heating curve according to a mapping relationship between the temperature and the temperature adjustment module. Heating operation.
- the mapping relationship between the temperature and the temperature adjustment module working mode is stored in the cloud service, and the final heating curve is formed by a formula or a table, and the data processing center 60 calls the heating curve to perform a heating operation.
- the first adjustment mode includes performing a temperature lowering operation according to a first temperature drop curve including a mapping relationship between the light intensity and the temperature adjustment module.
- the cloud server 70 further stores a mapping relationship between the light intensity and the working mode of the temperature adjustment module, and a final cooling curve formed by a formula or a table.
- the data processing center 60 can select different mapping relationships or curves according to actual conditions.
- the control temperature adjustment module is operated in accordance with the required working mode.
- the second adjustment mode includes a second temperature drop curve according to a mapping relationship including a light intensity and a temperature and a temperature adjustment module.
- the cloud server 70 further stores a mapping relationship including a light intensity and a temperature and a temperature adjustment module working mode, and the data processing center 60 can select different mappings according to actual conditions through a formula or a final cooling curve. The relationship or curve controls the temperature adjustment module to operate in the desired mode of operation.
- the cooling process can be used with a fan.
- the fan When the temperature is lowered by the first adjustment mode, the fan is simultaneously controlled to increase the wind speed, and the wind speed is operated at a specific wind speed to speed up the cooling process.
- the second adjustment mode When the second adjustment mode is used to cool down, the fan is simultaneously controlled to increase the wind speed, and the other wind speed is operated to speed up the cooling.
- the cloud server 70 further adjusts the preset temperature and the preset light intensity according to the environment in which the display device is located. It can be understood that the cloud service can judge the environment condition of the display device, adjust the preset temperature, and adjust the preset light intensity, so that the temperature adjustment process is smarter and more suitable for the environment.
- the method further includes: when the temperature sensor 20 detects the temperature change of the display device, performing step S1.
- the data processing center 60 receives the trigger instruction of the cloud server 70 and performs step S1.
- the entire temperature adjustment process may be monitored in real time, or may be processed according to external trigger conditions.
- temperature adjustment may be performed to meet environmental requirements, of course.
- the command may be triggered by the cloud server 70, and the command of the cloud server 70 may be delivered by the server itself or may be delivered by the end user through the user terminal 80.
Abstract
The present invention relates to an intelligent, real-time and dynamic temperature adjustment system and method for a display device. The system comprises at least one temperature sensor, a data collection unit, a data processing center, a temperature adjustment unit and at least one light sensor, which are arranged inside a display device, and a cloud server, which is connected to the display device by means of a network, wherein the data processing center controls the temperature adjustment unit so that same carries out temperature adjustment; and the cloud server monitors and receives a reported temperature and light intensity, and adjusts a pre-set temperature and a pre-set light intensity. By means of the implementation of the present invention, a temperature can be determined according to an environmental condition, thereby realizing dynamic temperature adjustment; in addition, parameters of a temperature adjustment system can be dynamically adjusted in real time according to a change in the specific environment, thereby realizing the intelligent, real-time and dynamic operation of the temperature adjustment system.
Description
本发明涉及显示装置领域，更具体地说，涉及一种显示装置智能实时动态温度调整系统及方法。The present invention relates to the field of display devices, and more particularly to an intelligent real-time dynamic temperature adjustment system and method for a display device.
当前电子设备，尤其是户外电子设备通常采用控制风扇输入功率进行风速的调节来实现降温，现有的通常只通过单一维度对使用环境温度进行预估，然后在预估的范围进行一个温度调整。这样很多情况下，由于不同环境的影响，不光要对电子设备进行降温，在外界温度偏低时，也需要对电子设备进行升温操作。而当前现有的降温系统都以降温为主，不能满足环境多样性的需求。而且环境的多变，现有的温度调节系统不能快速的响应，以保证显示装置的温度在正常范围内。此外，很多时候即使确认显示装置温度调整不能满足要求的时候，也无法更改温度调节的参数，以至于温度调整不能满足环境要求。Current electronic devices, especially outdoor electronic devices, usually use fan input power to adjust the wind speed to achieve temperature reduction. Currently, the ambient temperature is usually estimated by a single dimension, and then a temperature adjustment is performed within the estimated range. In many cases, due to the influence of different environments, not only the electronic equipment should be cooled, but also when the external temperature is low, the electronic equipment needs to be warmed up. However, the current cooling systems are mainly based on cooling, which cannot meet the needs of environmental diversity. Moreover, the environment is variable, and the existing temperature regulation system cannot respond quickly to ensure that the temperature of the display device is within the normal range. In addition, many times, even if it is confirmed that the temperature adjustment of the display device cannot meet the requirements, the parameters of the temperature adjustment cannot be changed, so that the temperature adjustment cannot meet the environmental requirements.
本发明要解决的技术问题在于，针对现有技术的上述缺陷，提供一种显示装置智能实时动态温度调整系统及方法。The technical problem to be solved by the present invention is to provide an intelligent real-time dynamic temperature adjustment system and method for a display device in view of the above-mentioned drawbacks of the prior art.
本发明解决其技术问题所采用的技术方案是：构造一种显示装置智能实时动态温度调整系统，包括：设置在所述显示装置内部的至少一个温度传感器、数据收集单元、数据处理中心、温度调整单元和至少一个光传感器，以及与所述显示装置通过网络连接的云服务器；The technical solution adopted by the present invention to solve the technical problem is: constructing an intelligent real-time dynamic temperature adjustment system for a display device, comprising: at least one temperature sensor, a data collection unit, a data processing center, and a temperature adjustment disposed inside the display device a unit and at least one light sensor, and a cloud server connected to the display device via a network;
所述温度传感器连接所述数据收集单元，收集所述显示装置内部的实测温度；The temperature sensor is connected to the data collection unit to collect the measured temperature inside the display device;
所述数据处理中心连接所述数据收集单元，接收所述实测温度并与一预设温度进行比较，并根据比较结果控制所述温度调整单元进行温度调整；The data processing center is connected to the data collection unit, receives the measured temperature and compares it with a preset temperature, and controls the temperature adjustment unit to perform temperature adjustment according to the comparison result;
所述光传感器设置在所述显示装置显示屏前、与所述数据收集单元连接，收集所述显示装置显示屏前的实测光强度；The light sensor is disposed in front of the display screen of the display device and connected to the data collection unit to collect the measured light intensity before the display screen of the display device;
所述数据处理中心接收所述实测光强度，与一预设光强度进行比较，并根据比较结果控制所述温度调整单元进行温度调整；Receiving, by the data processing center, the measured light intensity, comparing with a preset light intensity, and controlling the temperature adjusting unit to perform temperature adjustment according to the comparison result;
所述数据处理中心还包括第一计算单元和第二计算单元，所述第一计算单元控制所述温度调整单元按第一温度调整方式调整温度，所述第二计算单元控制所述温度调整单元按第二温度调整方式调整温度；The data processing center further includes a first calculating unit and a second calculating unit, the first calculating unit controls the temperature adjusting unit to adjust a temperature according to a first temperature adjustment manner, and the second calculating unit controls the temperature adjusting unit Adjusting the temperature according to the second temperature adjustment method;
所述云服务器连接所述数据处理中心，监控并接收上报所述实测温度和实测光强度，调整所述预设温度和预设光强度。The cloud server is connected to the data processing center, and monitors and receives the reported measured temperature and the measured light intensity, and adjusts the preset temperature and the preset light intensity.
优选地，所述温度调整单元为半导体热电处理模块，用于对所述显示装置进行制热或降温。Preferably, the temperature adjustment unit is a semiconductor thermoelectric treatment module for heating or cooling the display device.
优选地，所述云服务器还存储有：包含温度与所述温度调整模块的映射关系的制热曲线，所述数据处理中心根据所述制热曲线调整所述温度调整模块的温度；和/或Preferably, the cloud server further includes: a heating curve including a mapping relationship between the temperature and the temperature adjustment module, the data processing center adjusting a temperature of the temperature adjustment module according to the heating curve; and/or
所述云服务器还存储有：包含光强度与所述温度调整模块的映射关系的第一降温曲线；同时包含光强度和温度与所述温度调整模块的映射关系的第二降温曲线；所述数据处理中心控制所述温度调整模块根据所述第一降温曲线或第二降温曲线调整所述温度调整模块的温度。The cloud server further includes: a first temperature drop curve including a mapping relationship between the light intensity and the temperature adjustment module; and a second temperature drop curve including a light intensity and a mapping relationship between the temperature and the temperature adjustment module; the data The processing center controls the temperature adjustment module to adjust the temperature of the temperature adjustment module according to the first temperature drop curve or the second temperature drop curve.
优选地，本发明的显示装置智能实时动态温度调整系统还包括连接所述云服务器的用户终端，用于接收并显示所述云服务器的监控信息，发送调整指令调整所述预设温度和所述预设光强度；和/或Preferably, the display device intelligent real-time dynamic temperature adjustment system of the present invention further includes a user terminal connected to the cloud server, configured to receive and display monitoring information of the cloud server, and send an adjustment instruction to adjust the preset temperature and the Preset light intensity; and/or
所述云服务器接收所述显示装置所处的环境信息，并根据所述环境信息调整所述预设温度和所述预设光强度。The cloud server receives environment information of the display device, and adjusts the preset temperature and the preset light intensity according to the environment information.
优选地，本发明的显示装置智能实时动态温度调整系统还包括置于显示装置内部的风扇，所述数据处理中心控制所述风扇转速。Preferably, the display device intelligent real-time dynamic temperature adjustment system of the present invention further includes a fan disposed inside the display device, and the data processing center controls the fan rotation speed.
本发明还构造一种显示装置智能实时动态温度调整方法，包括以下步骤：The invention also constructs an intelligent real-time dynamic temperature adjustment method for a display device, comprising the following steps:
S1、数据处理中心接收显示装置的实测温度；S1. The data processing center receives the measured temperature of the display device.
S2、所述数据处理中心将所述实测温度与预设温度进行比较，若所述实测温度小于所述预设温度，则执行步骤S31；若所述实测温度大于所述预设温度，则执行步骤S3；若所述实测温度等于所述预设温度，则执行步骤S32；S2, the data processing center compares the measured temperature with a preset temperature, if the measured temperature is less than the preset temperature, step S31 is performed; if the measured temperature is greater than the preset temperature, executing Step S3; if the measured temperature is equal to the preset temperature, step S32 is performed;
S3、所述数据处理中心接收显示装置显示屏前的实测光强度并与预设光强度比较，若所述实测光强度小于或等于所述预设光强度，则执行步骤S4，若所述实测光强度大于所述预设光强度，则执行步骤S5；S3, the data processing center receives the measured light intensity in front of the display screen of the display device and compares it with the preset light intensity. If the measured light intensity is less than or equal to the preset light intensity, step S4 is performed, if the measured The light intensity is greater than the preset light intensity, step S5 is performed;
S31、所述数据处理中心控制温度调整单元进行制热操作；S31. The data processing center controls a temperature adjustment unit to perform a heating operation.
S32、所述数据处理中心控制温度调整单元不做调整，上报所述实测温度和实测光强度至云服务器，并返回步骤S1； S32, the data processing center control temperature adjustment unit does not make adjustment, report the measured temperature and the measured light intensity to the cloud server, and returns to step S1;
S4、所述数据处理中心控制温度调整单元按第一调整方式调整温度，并返回步骤S1；S4, the data processing center control temperature adjustment unit adjusts the temperature according to the first adjustment mode, and returns to step S1;
S5、所述数据处理中心控制温度调整单元按第二调整方式调整温度，并返回步骤S1。S5. The data processing center controls the temperature adjustment unit to adjust the temperature according to the second adjustment manner, and returns to step S1.
优选地，Preferably,
所述步骤S31包括：所述数据处理中心控制温度调整单元根据包含温度与所述温度调整模块的映射关系的制热曲线，进行制热操作；和/或The step S31 includes: the data processing center control temperature adjustment unit performs a heating operation according to a heating curve including a mapping relationship between the temperature and the temperature adjustment module; and/or
优选地，在所述步骤S4中，所述第一调整方式包括根据包含光强度与所述温度调整模块的映射关系的第一降温曲线，进行降温操作；和/或Preferably, in the step S4, the first adjustment mode includes performing a temperature lowering operation according to a first temperature drop curve including a mapping relationship between a light intensity and the temperature adjustment module; and/or
在所述步骤S5中，所述第二调整方式包括根据同时包含光强度和温度与所述温度调整模块的映射关系的第二降温曲线，进行降温操作。 In the step S5, the second adjustment mode includes performing a temperature lowering operation according to a second temperature drop curve including a light intensity and a mapping relationship between the temperature and the temperature adjustment module.
优选地，所述方法还包括：Preferably, the method further includes:
所述云服务器根据所述显示装置所处环境自行调整所述预设温度和所述预设光强度。The cloud server adjusts the preset temperature and the preset light intensity according to an environment in which the display device is located.
优选地，所述方法包括：Preferably, the method comprises:
当温度传感器检测到所述显示装置的温度变化时，执行所述步骤S1，和/或When the temperature sensor detects a temperature change of the display device, performing the step S1, and/or
所述数据处理中心接收所述云服务器的触发指令，执行所述步骤S1。The data processing center receives the trigger instruction of the cloud server, and performs the step S1.
优选地，在所述步骤S4中，所述第一调整方式包括还包括增加风扇转速，进行降温操作；和/或Preferably, in the step S4, the first adjustment manner further includes: increasing a fan speed to perform a temperature lowering operation; and/or
在所述步骤S5中，所述第二调整方式还包括增加风扇转速，进行降温操作。In the step S5, the second adjustment mode further includes increasing the fan speed and performing a temperature lowering operation.
实施本发明的显示装置智能实时动态温度调整系统及方法，具有以下有益效果：能够根据环境状况对温度进行判断，实现温度动态调整，此外能够根据具体环境的变化，实时动态的调整温度调整系统的参数，实现温度调整系统的智能实时动态工作。The intelligent real-time dynamic temperature adjustment system and method for implementing the display device of the invention has the following beneficial effects: the temperature can be judged according to the environmental conditions, the temperature dynamic adjustment can be realized, and the temperature adjustment system can be dynamically adjusted in real time according to the change of the specific environment. Parameters to achieve intelligent real-time dynamic work of the temperature adjustment system.
下面将结合附图及实施例对本发明作进一步说明，附图中：The present invention will be further described below in conjunction with the accompanying drawings and embodiments, in which:
图1是本发明显示装置智能实时动态温度调整系统的一实施例结构示意图；1 is a schematic structural view of an embodiment of an intelligent real-time dynamic temperature adjustment system of a display device according to the present invention;
图2是本发明显示装置智能实时动态温度调整方法一实施例的程序流程图。2 is a flow chart of a program of an embodiment of an intelligent real-time dynamic temperature adjustment method for a display device of the present invention.
为了对本发明的技术特征、目的和效果有更加清楚的理解，现对照附图详细说明本发明的具体实施方式。For a better understanding of the technical features, objects and effects of the present invention, the embodiments of the present invention are described in detail with reference to the accompanying drawings.
如图1所示，在本发明的显示装置智能实时动态温度调整系统一实施例中，本发明的显示装置智能实时动态温度调整系统包括：设置在所述显示装置内部的至少一个温度传感器20、数据收集单元50、数据处理中心60、温度调整单元40和至少一个光传感器10，以及与显示装置通过网络连接的云服务器70。温度传感器20连接数据收集单元50，收集显示装置内部的实测温度。数据处理中心60连接数据收集单元50，接收实测温度并与一预设温度进行比较，并根据比较结果控制温度调整单元40进行温度调整。光传感器10设置在显示装置显示屏前、与数据收集单元50连接，收集显示装置显示屏前的实测光强度。数据处理中心60接收实测光强度，与一预设光强度进行比较，并根据比较结果控制温度调整单元40进行温度调整。数据处理中心60还包括第一计算单元和第二计算单元，第一计算单元控制温度调整单元40按第一温度调整方式调整温度，第二计算单元控制温度调整单元40按第二温度调整方式调整温度。云服务器70连接数据处理中心60，监控并接收上报实测温度和实测光强度，调整预设温度和预设光强度。As shown in FIG. 1 , in an embodiment of the intelligent real-time dynamic temperature adjustment system of the display device of the present invention, the display device intelligent real-time dynamic temperature adjustment system of the present invention includes: at least one temperature sensor 20 disposed inside the display device, The data collection unit 50, the data processing center 60, the temperature adjustment unit 40, and at least one light sensor 10, and a cloud server 70 connected to the display device via a network. The temperature sensor 20 is connected to the data collection unit 50 to collect the measured temperature inside the display device. The data processing center 60 is connected to the data collecting unit 50, receives the measured temperature and compares it with a preset temperature, and controls the temperature adjusting unit 40 to perform temperature adjustment according to the comparison result. The light sensor 10 is disposed in front of the display screen of the display device and connected to the data collecting unit 50 to collect the measured light intensity before the display screen of the display device. The data processing center 60 receives the measured light intensity, compares it with a predetermined light intensity, and controls the temperature adjustment unit 40 to perform temperature adjustment according to the comparison result. The data processing center 60 further includes a first calculating unit and a second calculating unit. The first calculating unit controls the temperature adjusting unit 40 to adjust the temperature according to the first temperature adjusting manner, and the second calculating unit controls the temperature adjusting unit 40 to adjust according to the second temperature adjusting manner. temperature. The cloud server 70 is connected to the data processing center 60 to monitor and receive the reported measured temperature and the measured light intensity, and adjusts the preset temperature and the preset light intensity.
具体的，通过温度传感器20收集当前显示装置内部的实测温度，数据处理中心60将实测温度同预设温度进行比较，并根据比较结果控制温度调节单元进行温度调整，温度调整单元40包括降温和加热操作。此外，在温度调整过程中，数据处理中心60通过光传感器10获取显示屏前的实测光强度，并将实测光强度同一预设光强度比较，并根据比较结果控制温度调整过程。这里的预设温度和预设光强度可以通过云服务器70调整或设置。例如，可以在降温过程中，可以比较实测光强度和预设光强度，当实测光强度很大，大于预设光强度，这个时候就需要加快降温的速度，采用第二温度方式调整温度，当光强度不太大，小于预设光强度时，可以采用较慢的降温方式，采用第一温度调整方式。Specifically, the measured temperature inside the current display device is collected by the temperature sensor 20, the data processing center 60 compares the measured temperature with the preset temperature, and controls the temperature adjustment unit to perform temperature adjustment according to the comparison result, and the temperature adjusting unit 40 includes cooling and heating. operating. In addition, during the temperature adjustment process, the data processing center 60 acquires the measured light intensity before the display screen through the light sensor 10, compares the measured light intensity with the preset light intensity, and controls the temperature adjustment process according to the comparison result. The preset temperature and preset light intensity here can be adjusted or set by the cloud server 70. For example, during the cooling process, the measured light intensity and the preset light intensity can be compared. When the measured light intensity is large, greater than the preset light intensity, the speed of the temperature drop needs to be accelerated at this time, and the temperature is adjusted by the second temperature mode. The light intensity is not too large. When the light intensity is less than the preset light intensity, a slower temperature drop mode can be adopted, and the first temperature adjustment mode is adopted.
进一步的，温度调整单元40为半导体热电处理模块，用于对显示装置进行制热或降温。这里的半导体热电处理模块采用通用的TEC模块。 Further, the temperature adjustment unit 40 is a semiconductor thermoelectric treatment module for heating or cooling the display device. The semiconductor thermoelectric processing module here uses a universal TEC module.
进一步的，在一些实施例中，云服务器70还存储有：包含温度与温度调整模块的映射关系的制热曲线，数据处理中心60根据制热曲线调整温度调整模块的温度。在一些实施例中云服务器70还存储有：包含光强度与温度调整模块的映射关系的第一降温曲线。还有一些实施例中云服务器70还存储有：同时包含光强度和温度与温度调整模块的映射关系的第二降温曲线。数据处理中心60控制温度调整模块根据第一降温曲线或第二降温曲线调整温度调整模块的温度。Further, in some embodiments, the cloud server 70 further stores: a heating curve including a mapping relationship between the temperature and the temperature adjustment module, and the data processing center 60 adjusts the temperature of the temperature adjustment module according to the heating curve. In some embodiments, the cloud server 70 further stores: a first temperature drop curve including a mapping relationship between the light intensity and the temperature adjustment module. In some embodiments, the cloud server 70 further stores: a second temperature drop curve including a mapping relationship between the light intensity and the temperature and the temperature adjustment module. The data processing center 60 controls the temperature adjustment module to adjust the temperature of the temperature adjustment module according to the first temperature drop curve or the second temperature drop curve.
具体的，在云服务中存储有温度与温度调整模块工作模式的映射关系，通过公式，或者表格制成最终的制热曲线，数据处理中心60根据制热曲线调整温度调整模块的温度，最终实现整个显示装置内部的制热，达到升高显示装置内部的温度。在有些情况中，云服务器70还存储有光强度与温度调整模块的工作模式的映射关系，通过公式或者表格制成的最终的降温曲线，同时包含有光强度和温度与温度调整模块工作模式的映射关系，通过公式或者制成的最终的降温曲线，这里数据处理中心60可以根据实际情况选择不同的映射关系或者曲线进行控制温度调整模块按照需要的工作模式工作。Specifically, the mapping relationship between the temperature and the temperature adjustment module working mode is stored in the cloud service, and the final heating curve is formed by a formula or a table, and the data processing center 60 adjusts the temperature of the temperature adjustment module according to the heating curve, and finally realizes The heating inside the entire display device raises the temperature inside the display device. In some cases, the cloud server 70 also stores a mapping relationship between the light intensity and the operating mode of the temperature adjustment module, and the final cooling curve formed by the formula or the table, including the light intensity and the temperature and temperature adjustment module working mode. The mapping relationship, through the formula or the final cooling curve made, the data processing center 60 can select different mapping relationships or curves according to actual conditions to control the temperature adjustment module to work according to the required working mode.
进一步的，在一些实施例中，如图1所示，本发明的显示装置智能实时动态温度调整系统还包括连接云服务器70的用户终端80，用于接收并显示云服务器70的监控信息，发送调整指令调整预设温度和预设光强度。还有一些实施例中，云服务器70接收显示装置所处的环境信息，并根据环境信息调整预设温度和预设光强度。Further, in some embodiments, as shown in FIG. 1, the display device intelligent real-time dynamic temperature adjustment system of the present invention further includes a user terminal 80 connected to the cloud server 70 for receiving and displaying the monitoring information of the cloud server 70, and transmitting The adjustment command adjusts the preset temperature and the preset light intensity. In still other embodiments, the cloud server 70 receives environmental information in which the display device is located, and adjusts the preset temperature and the preset light intensity according to the environmental information.
具体的，用户终端80通过有线或者无线的方式接入云服务器70，获取云服务器70获取的显示装置的监控信息，此外最终用户也可以通过用户终端80和云服务器70对显示装置进行相应的设置。云服务器70可以接收显示装置所处的环境信息，例如时间地点，根据时间地点的变化对预设温度和预设光强度进行合理的调整。Specifically, the user terminal 80 accesses the cloud server 70 in a wired or wireless manner, and acquires monitoring information of the display device acquired by the cloud server 70. In addition, the end user can also perform corresponding settings on the display device through the user terminal 80 and the cloud server 70. . The cloud server 70 can receive environmental information, such as a time and place, in which the display device is located, and make reasonable adjustments to the preset temperature and the preset light intensity according to changes in time and place.
进一步的，在一些实施例中，温度调整单元40可以同时配合其他的降温系统一起使用，例如置于显示装置内部的风扇，数据处理中心60控制风扇转速。配合整个降温过程。Further, in some embodiments, the temperature adjustment unit 40 can be used in conjunction with other cooling systems, such as a fan placed inside the display device, and the data processing center 60 controls the fan speed. Cooperate with the entire cooling process.
如图2所示的本发明的显示装置智能实时动态温度调整方法的一实施例中，本发明的显示装置智能实时动态温度调整方法包括以下步骤：In an embodiment of the intelligent real-time dynamic temperature adjustment method of the display device of the present invention as shown in FIG. 2, the intelligent real-time dynamic temperature adjustment method of the display device of the present invention comprises the following steps:
S1、数据处理中心60接收显示装置的实测温度。在该步骤中，可以通过温度传感器20获取显示装置内部的实测温度。S1. The data processing center 60 receives the measured temperature of the display device. In this step, the measured temperature inside the display device can be acquired by the temperature sensor 20.
S2、数据处理中心60将实测温度与预设温度进行比较，若实测温度小于预设温度，则执行步骤S31；若实测温度大于预设温度，则执行步骤S3；若实测温度等于预设温度，则执行步骤S32。具体的，数据处理中心60比较实测温度与预设温度的关系，并根据比较结果控制温度调整单元40进行对应的操作。S2. The data processing center 60 compares the measured temperature with the preset temperature. If the measured temperature is less than the preset temperature, step S31 is performed; if the measured temperature is greater than the preset temperature, step S3 is performed; if the measured temperature is equal to the preset temperature, Then step S32 is performed. Specifically, the data processing center 60 compares the relationship between the measured temperature and the preset temperature, and controls the temperature adjustment unit 40 to perform a corresponding operation according to the comparison result.
S3、数据处理中心60接收显示装置显示屏前的实测光强度并与预设光强度比较，若实测光强度小于或等于预设光强度，则执行步骤S4，若实测光强度大于预设光强度，则执行步骤S5。具体的，在温度调整过程中，数据处理中心60还接收显示装置显示屏前的实测光强度，并比较该实测光强度和预设光强度的关系，并根据比较结果控制温度调整单元40进行对应的操作。S3. The data processing center 60 receives the measured light intensity in front of the display screen of the display device and compares it with the preset light intensity. If the measured light intensity is less than or equal to the preset light intensity, step S4 is performed, if the measured light intensity is greater than the preset light intensity. Then, step S5 is performed. Specifically, in the temperature adjustment process, the data processing center 60 further receives the measured light intensity before the display screen of the display device, compares the relationship between the measured light intensity and the preset light intensity, and controls the temperature adjustment unit 40 according to the comparison result. Operation.
S31、数据处理中心60控制温度调整单元40进行制热操作。可以理解，当显示装置的实测温度比较低时，温度调整单元40可以对显示装置进行升温操作。S31. The data processing center 60 controls the temperature adjustment unit 40 to perform a heating operation. It can be understood that when the measured temperature of the display device is relatively low, the temperature adjustment unit 40 can perform a temperature rising operation on the display device.
S32、数据处理中心60控制温度调整单元40不做调整，上报实测温度和实测光强度至云服务器70，并返回步骤S1。可以理解，当显示装置的实测温度满足预设温度要求时，可以保持当前温度调整单元40的工作状态。云服务器70同时监控温度信息、光强度信息和转速信息等显示装置的相关信息，以便对显示装置的实时状态的监控。同时这里，云服务器70也可以基于显示装置的环境信息，对预设温度进行调整，以适应多样环境。 S32. The data processing center 60 controls the temperature adjustment unit 40 to perform no adjustment, reports the measured temperature and the measured light intensity to the cloud server 70, and returns to step S1. It can be understood that when the measured temperature of the display device meets the preset temperature requirement, the working state of the current temperature adjustment unit 40 can be maintained. The cloud server 70 simultaneously monitors information related to display devices such as temperature information, light intensity information, and rotational speed information to monitor the real-time status of the display device. At the same time, the cloud server 70 can also adjust the preset temperature based on the environmental information of the display device to adapt to various environments.
S4、数据处理中心60控制温度调整单元40按第一调整方式调整温度，并返回步骤S1。 S4. The data processing center 60 controls the temperature adjustment unit 40 to adjust the temperature according to the first adjustment mode, and returns to step S1.
S5、数据处理中心60控制温度调整单元40按第二调整方式调整温度，并返回步骤S1。S5. The data processing center 60 controls the temperature adjustment unit 40 to adjust the temperature according to the second adjustment mode, and returns to step S1.
在上述步骤S4和S5中，可以理解，当在温度调整过程中，可以比较当前获取的实测光强度和预设光强度的关系，在实测光强度比较小时，可以采用一种调整方式进行调整。当实测光强度较大时，采用另外一种调整方式进行调整。In the above steps S4 and S5, it can be understood that when the temperature adjustment process is performed, the relationship between the currently measured measured light intensity and the preset light intensity can be compared. When the measured light intensity is relatively small, an adjustment manner can be used for adjustment. When the measured light intensity is large, another adjustment method is used for adjustment.
进一步的，本发明的显示装置智能实时动态温度调整方法的一些实施例中，在步骤S31包括：数据处理中心60控制温度调整单元40根据包含温度与温度调整模块的映射关系的制热曲线，进行制热操作。具体的，在云服务中存储有温度与温度调整模块工作模式的映射关系，通过公式，或者表格制成最终的制热曲线，数据处理中心60调用该制热曲线，可以进行制热操作。Further, in some embodiments of the intelligent real-time dynamic temperature adjustment method of the display device of the present invention, in step S31, the data processing center 60 controls the temperature adjustment unit 40 to perform a heating curve according to a mapping relationship between the temperature and the temperature adjustment module. Heating operation. Specifically, the mapping relationship between the temperature and the temperature adjustment module working mode is stored in the cloud service, and the final heating curve is formed by a formula or a table, and the data processing center 60 calls the heating curve to perform a heating operation.
进一步的，本发明的显示装置智能实时动态温度调整方法的一些实施例中，在步骤S4中，第一调整方式包括根据包含光强度与温度调整模块的映射关系的第一降温曲线，进行降温操作。具体的，云服务器70还存储有光强度与温度调整模块的工作模式的映射关系，通过公式或者表格制成的最终的降温曲线，这里数据处理中心60可以根据实际情况选择不同的映射关系或者曲线进行控制温度调整模块按照需要的工作模式工作。Further, in some embodiments of the intelligent real-time dynamic temperature adjustment method of the display device of the present invention, in step S4, the first adjustment mode includes performing a temperature lowering operation according to a first temperature drop curve including a mapping relationship between the light intensity and the temperature adjustment module. . Specifically, the cloud server 70 further stores a mapping relationship between the light intensity and the working mode of the temperature adjustment module, and a final cooling curve formed by a formula or a table. Here, the data processing center 60 can select different mapping relationships or curves according to actual conditions. The control temperature adjustment module is operated in accordance with the required working mode.
进一步的，本发明的显示装置智能实时动态温度调整方法的一些实施例中，在步骤S5中，第二调整方式包括根据同时包含光强度和温度与温度调整模块的映射关系的第二降温曲线，进行降温操作。具体的，云服务器70还存储有同时包含有光强度和温度与温度调整模块工作模式的映射关系，通过公式或者制成的最终的降温曲线，这里数据处理中心60可以根据实际情况选择不同的映射关系或者曲线进行控制温度调整模块按照需要的工作模式工作。Further, in some embodiments of the intelligent real-time dynamic temperature adjustment method of the display device of the present invention, in step S5, the second adjustment mode includes a second temperature drop curve according to a mapping relationship including a light intensity and a temperature and a temperature adjustment module. Perform a cooling operation. Specifically, the cloud server 70 further stores a mapping relationship including a light intensity and a temperature and a temperature adjustment module working mode, and the data processing center 60 can select different mappings according to actual conditions through a formula or a final cooling curve. The relationship or curve controls the temperature adjustment module to operate in the desired mode of operation.
进一步的，在一些实施例中，降温过程可以配风扇使用，当采用第一调整方式降温时，同时控制风扇增加风速，以一特定风速运行，加快降温过程。当采用第二调整方式降温时，同时控制风扇增加风速，以另一特定风速运行，加快降温。Further, in some embodiments, the cooling process can be used with a fan. When the temperature is lowered by the first adjustment mode, the fan is simultaneously controlled to increase the wind speed, and the wind speed is operated at a specific wind speed to speed up the cooling process. When the second adjustment mode is used to cool down, the fan is simultaneously controlled to increase the wind speed, and the other wind speed is operated to speed up the cooling.
进一步的，本发明的显示装置智能实时动态温度调整方法的一些实施例中，还包括：云服务器70根据显示装置所处环境自行调整预设温度和预设光强度。可以理解，云服务可以通过对显示装置所处的环境状况，进行判断，调整预设温度，也可以调整预设的光强度，以便这个温度调整过程更智能，更适应环境。Further, in some embodiments of the intelligent real-time dynamic temperature adjustment method of the display device of the present invention, the cloud server 70 further adjusts the preset temperature and the preset light intensity according to the environment in which the display device is located. It can be understood that the cloud service can judge the environment condition of the display device, adjust the preset temperature, and adjust the preset light intensity, so that the temperature adjustment process is smarter and more suitable for the environment.
进一步的，本发明的显示装置智能实时动态温度调整方法的一些实施例中，还包括：当温度传感器20检测到显示装置的温度变化时，执行步骤S1。还有一些实施例中，数据处理中心60接收云服务器70的触发指令，执行步骤S1。具体的，整个温度调整过程可以是实时监控的，也可以根据外部触发条件进行处理，当检测到环境发生变化时，例如温度变化，或者光强度变化时，可以进行温度调整以满足环境要求，当然也可以通过云服务器70下发命令进行触发，云服务器70的命令可以为服务器自身判断下发，也可以为最终用户通过用户终端80下发。Further, in some embodiments of the intelligent real-time dynamic temperature adjustment method of the display device of the present invention, the method further includes: when the temperature sensor 20 detects the temperature change of the display device, performing step S1. In still other embodiments, the data processing center 60 receives the trigger instruction of the cloud server 70 and performs step S1. Specifically, the entire temperature adjustment process may be monitored in real time, or may be processed according to external trigger conditions. When detecting changes in the environment, such as temperature changes, or changes in light intensity, temperature adjustment may be performed to meet environmental requirements, of course. The command may be triggered by the cloud server 70, and the command of the cloud server 70 may be delivered by the server itself or may be delivered by the end user through the user terminal 80.
可以理解的，以上实施例仅表达了本发明的优选实施方式，其描述较为具体和详细，但并不能因此而理解为对本发明专利范围的限制；应当指出的是，对于本领域的普通技术人员来说，在不脱离本发明构思的前提下，可以对上述技术特点进行自由组合，还可以做出若干变形和改进，这些都属于本发明的保护范围；因此，凡跟本发明权利要求范围所做的等同变换与修饰，均应属于本发明权利要求的涵盖范围。It is to be understood that the above-described embodiments are merely illustrative of the preferred embodiments of the present invention, and are not to be construed as limiting the scope of the invention; The above technical features may be freely combined, and various modifications and improvements may be made without departing from the spirit and scope of the invention; therefore, the scope of the claims of the present invention is Equivalent transformations and modifications are intended to be included within the scope of the appended claims.
Claims (10)
- 一种显示装置智能实时动态温度调整系统，其特征在于，包括：设置在所述显示装置内部的至少一个温度传感器、数据收集单元、数据处理中心、温度调整单元和至少一个光传感器，以及与所述显示装置通过网络连接的云服务器；An intelligent real-time dynamic temperature adjustment system for a display device, comprising: at least one temperature sensor disposed inside the display device, a data collection unit, a data processing center, a temperature adjustment unit, and at least one light sensor, and a cloud server connected to a display device via a network;所述温度传感器连接所述数据收集单元，收集所述显示装置内部的实测温度；The temperature sensor is connected to the data collection unit to collect the measured temperature inside the display device;所述数据处理中心连接所述数据收集单元，接收所述实测温度并与一预设温度进行比较，并根据比较结果控制所述温度调整单元进行温度调整；The data processing center is connected to the data collection unit, receives the measured temperature and compares it with a preset temperature, and controls the temperature adjustment unit to perform temperature adjustment according to the comparison result;所述光传感器设置在所述显示装置显示屏前、与所述数据收集单元连接，收集所述显示装置显示屏前的实测光强度；The light sensor is disposed in front of the display screen of the display device and connected to the data collection unit to collect the measured light intensity before the display screen of the display device;所述数据处理中心接收所述实测光强度，与一预设光强度进行比较，并根据比较结果控制所述温度调整单元进行温度调整；Receiving, by the data processing center, the measured light intensity, comparing with a preset light intensity, and controlling the temperature adjusting unit to perform temperature adjustment according to the comparison result;所述数据处理中心还包括第一计算单元和第二计算单元，所述第一计算单元控制所述温度调整单元按第一温度调整方式调整温度，所述第二计算单元控制所述温度调整单元按第二温度调整方式调整温度；The data processing center further includes a first calculating unit and a second calculating unit, the first calculating unit controls the temperature adjusting unit to adjust a temperature according to a first temperature adjustment manner, and the second calculating unit controls the temperature adjusting unit Adjusting the temperature according to the second temperature adjustment method;所述云服务器连接所述数据处理中心，监控并接收上报所述实测温度和实测光强度，调整所述预设温度和预设光强度。The cloud server is connected to the data processing center, and monitors and receives the reported measured temperature and the measured light intensity, and adjusts the preset temperature and the preset light intensity.
- 根据权利要求1所述的显示装置智能实时动态温度调整系统，其特征在于，所述温度调整单元为半导体热电处理模块，用于对所述显示装置进行制热或降温。The intelligent real-time dynamic temperature adjustment system for a display device according to claim 1, wherein the temperature adjustment unit is a semiconductor thermoelectric treatment module for heating or cooling the display device.
- 根据权利要求1所述的显示装置智能实时动态温度调整系统，其特征在于，所述云服务器还存储有：包含温度与所述温度调整模块的映射关系的制热曲线，所述数据处理中心根据所述制热曲线调整所述温度调整模块的温度；和/或The intelligent real-time dynamic temperature adjustment system for a display device according to claim 1, wherein the cloud server further stores: a heating curve including a mapping relationship between a temperature and the temperature adjustment module, wherein the data processing center is configured according to The heating curve adjusts a temperature of the temperature adjustment module; and/or所述云服务器还存储有包含光强度与所述温度调整模块的映射关系的第一降温曲线；和/或The cloud server further stores a first temperature drop curve including a mapping relationship between light intensity and the temperature adjustment module; and/or所述云服务器还存储有同时包含光强度和温度与所述温度调整模块的映射关系的第二降温曲线；所述数据处理中心控制所述温度调整模块根据所述第一降温曲线或第二降温曲线调整所述温度调整模块的温度。The cloud server further stores a second temperature drop curve including a mapping relationship between the light intensity and the temperature and the temperature adjustment module; the data processing center controls the temperature adjustment module to be based on the first temperature drop curve or the second temperature drop The curve adjusts the temperature of the temperature adjustment module.
- 根据权利要求1所述的显示装置智能实时动态温度调整系统，其特征在于，还包括连接所述云服务器的用户终端，用于接收并显示所述云服务器的监控信息，发送调整指令调整所述预设温度和所述预设光强度；和/或The intelligent real-time dynamic temperature adjustment system for a display device according to claim 1, further comprising a user terminal connected to the cloud server, configured to receive and display monitoring information of the cloud server, and send an adjustment instruction to adjust the a preset temperature and the preset light intensity; and/or所述云服务器接收所述显示装置所处的环境信息，并根据所述环境信息调整所述预设温度和所述预设光强度。The cloud server receives environment information of the display device, and adjusts the preset temperature and the preset light intensity according to the environment information.
- 根据权利要求4所述的显示装置智能实时动态温度调整系统，其特征在于，还包括置于显示装置内部的风扇，所述数据处理中心控制所述风扇转速。The intelligent real-time dynamic temperature adjustment system for a display device according to claim 4, further comprising a fan disposed inside the display device, wherein the data processing center controls the fan rotation speed.
- 一种显示装置智能实时动态温度调整方法，其特征在于，包括以下步骤：An intelligent real-time dynamic temperature adjustment method for a display device, comprising the steps of:S1、数据处理中心接收显示装置的实测温度；S1. The data processing center receives the measured temperature of the display device.S2、所述数据处理中心将所述实测温度与预设温度进行比较，若所述实测温度小于所述预设温度，则执行步骤S31；若所述实测温度大于所述预设温度，则执行步骤S3；若所述实测温度等于所述预设温度，则执行步骤S32；S2, the data processing center compares the measured temperature with a preset temperature, if the measured temperature is less than the preset temperature, step S31 is performed; if the measured temperature is greater than the preset temperature, executing Step S3; if the measured temperature is equal to the preset temperature, step S32 is performed;S3、所述数据处理中心接收显示装置显示屏前的实测光强度并与预设光强度比较，若所述实测光强度小于或等于所述预设光强度，则执行步骤S4，若所述实测光强度大于所述预设光强度，则执行步骤S5；S3, the data processing center receives the measured light intensity in front of the display screen of the display device and compares it with the preset light intensity. If the measured light intensity is less than or equal to the preset light intensity, step S4 is performed, if the measured The light intensity is greater than the preset light intensity, step S5 is performed;S31、所述数据处理中心控制温度调整单元进行制热操作；S31. The data processing center controls a temperature adjustment unit to perform a heating operation.S32、所述数据处理中心控制温度调整单元不做调整，上报所述实测温度和实测光强度至云服务器，并返回步骤S1； S32, the data processing center control temperature adjustment unit does not make adjustment, report the measured temperature and the measured light intensity to the cloud server, and returns to step S1;S4、所述数据处理中心控制温度调整单元按第一调整方式调整温度，并返回步骤S1；S4, the data processing center control temperature adjustment unit adjusts the temperature according to the first adjustment mode, and returns to step S1;S5、所述数据处理中心控制温度调整单元按第二调整方式调整温度，并返回步骤S1。S5. The data processing center controls the temperature adjustment unit to adjust the temperature according to the second adjustment manner, and returns to step S1.
- 根据权利要求5所述的显示装置智能实时动态温度调整方法，其特征在于，The intelligent real-time dynamic temperature adjustment method for a display device according to claim 5, wherein所述步骤S31包括：所述数据处理中心控制温度调整单元根据包含温度与所述温度调整模块的映射关系的制热曲线，进行制热操作；和/或The step S31 includes: the data processing center control temperature adjustment unit performs a heating operation according to a heating curve including a mapping relationship between the temperature and the temperature adjustment module; and/or在所述步骤S4中，所述第一调整方式包括根据包含光强度与所述温度调整模块的映射关系的第一降温曲线，进行降温操作；和/或In the step S4, the first adjustment mode includes performing a temperature lowering operation according to a first temperature drop curve including a mapping relationship between the light intensity and the temperature adjustment module; and/or在所述步骤S5中，所述第二调整方式包括根据同时包含光强度和温度与所述温度调整模块的映射关系的第二降温曲线，进行降温操作。In the step S5, the second adjustment mode includes performing a temperature lowering operation according to a second temperature drop curve including a light intensity and a mapping relationship between the temperature and the temperature adjustment module.
- 根据权利要求5所述的显示装置智能实时动态温度调整方法，其特征在于，所述方法还包括：The method of claim 5, wherein the method further comprises:所述云服务器根据所述显示装置所处环境自行调整所述预设温度和所述预设光强度。The cloud server adjusts the preset temperature and the preset light intensity according to an environment in which the display device is located.
- 根据权利要求5所述的显示装置智能实时动态温度调整方法，其特征在于，所述方法包括：The method of claim 5, wherein the method comprises:当温度传感器检测到所述显示装置的温度变化时，执行所述步骤S1，和/或When the temperature sensor detects a temperature change of the display device, performing the step S1, and/or所述数据处理中心接收所述云服务器的触发指令，执行所述步骤S1。The data processing center receives the trigger instruction of the cloud server, and performs the step S1.
- 根据权利要求7所述的显示装置智能实时动态温度调整方法，其特征在于，所述方法还包括：The method of claim 7, wherein the method further comprises:在所述步骤S4中，所述第一调整方式包括还包括增加风扇转速，进行降温操作；和/或In the step S4, the first adjustment manner further includes: increasing a fan speed to perform a temperature lowering operation; and/or在所述步骤S5中，所述第二调整方式还包括增加风扇转速，进行降温操作。In the step S5, the second adjustment mode further includes increasing the fan speed and performing a temperature lowering operation.
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