Environment equipment sleep-aiding control method and device based on virtual-real differentiation and computer equipment

Abstract

The invention provides an environmental equipment sleep-aiding control method and device based on virtuality and reality differentiation and computer equipment. The environmental equipment sleep-aiding control method comprises the following steps: acquiring a virtuality and reality judgment result of a target object and acquiring sleep parameter information of the target object; based on the virtual and real judgment result of the target object and the sleep parameter information of the target object, environment equipment operation state parameters are obtained through calculation; and adjusting the environmental equipment based on the environmental equipment operation state parameters. Appropriate environment states are provided for different users, and personalized sleep promoting schemes are set for different crowds by adjusting the environment states. In addition, adjustment can be made according to different sleep periods of the target object, and the sleep condition of the user can be better matched under the condition of dynamic adjustment, so that the sleep promoting effect is improved.

Description

Technical Field

[0001] The present application relates to the field of sleep aid technology, and in particular to a sleep aid control method, device and computer equipment for environmental equipment based on virtuality and reality differentiation. Background Art

[0002] As the pace of life continues to accelerate, people generally have some unhealthy lifestyles, such as lack of exercise, unreasonable diet, psychological anxiety and depression. As a result, more and more people have sleep problems.

[0003] The existing technology does not perform multi-dimensional sleep regulation for people of different categories, and lacks personalized regulation solutions. The classification of people is complex, and their corresponding sleep regulation also requires personalized and multi-dimensional regulation. The existing technology focuses on preventing the occurrence of adverse reactions when people sleep at night and warning regulation, but does not set parameters for people of different categories. The combination of traditional Chinese medicine sleep health theory also lacks the extensive participation of traditional Chinese medicine theory in the sleep regulation process. Summary of the invention

[0004] Based on this, it is necessary to provide a method, device and computer equipment for controlling sleep-aiding environmental equipment based on virtuality and reality differentiation to address the above technical problems; and to provide corresponding environmental information control methods for different categories of people.

[0005] In a first aspect, the present application provides a method for controlling a sleep aid of an environmental device based on deficiency-excess differentiation, the method comprising:

[0006] Obtaining a virtuality / reality determination result of a target object and obtaining sleep parameter information of the target object;

[0007] Calculate the operating state parameters of the environmental equipment based on the virtuality and reality determination result of the target object and the sleep parameter information of the target object;

[0008] The environmental device is adjusted based on the operating status parameter of the environmental device.

[0009] In one of the embodiments, the environmental equipment operating state parameters include at least: environmental equipment baseline adjustment parameters and environmental equipment amplitude adjustment parameters;

[0010] The operating state parameters of the environmental equipment are calculated based on the virtuality and reality determination result of the target object and the sleep parameter information of the target object, specifically including:

[0011] Obtaining the environmental equipment benchmark adjustment parameter based on the virtuality and reality determination result of the target object;

[0012] The environmental equipment amplitude adjustment parameter is obtained based on the sleep parameter information of the target object.

[0013] In one embodiment, the obtaining of the virtuality and reality determination result of the target object specifically includes:

[0014] The deficiency-excess syndrome differentiation information judgment question scale is used to interactively obtain the TCM syndrome differentiation-related information of the target object, and the TCM syndrome differentiation-related information is judged to determine the deficiency-excess cold-heat evaluation information to which each TCM syndrome differentiation-related information belongs; wherein the deficiency-excess cold-heat evaluation information includes "deficiency" item, "excess" item, "cold" item and "heat" item;

[0015] Calculate the cumulative score of each item of deficiency and excess cold and heat evaluation information;

[0016] The deficiency or excess judgment result of the target object is judged according to the cumulative scores of each item of deficiency or excess cold or heat evaluation information and the deficiency or excess prediction judgment rules; wherein, the deficiency or excess judgment result includes symptom conditions and symptom severity conditions, the symptom conditions include deficiency plus cold, deficiency plus heat, excess plus cold and excess heat, and the symptom severity conditions include mild, moderate and severe.

[0017] In one embodiment, the step of obtaining the sleep parameter information of the target object specifically includes:

[0018] Obtain brain wave information of the target object, and determine the sleep parameter information of the target object based on the brain wave information of the target object and the sleep stage prediction judgment rule; wherein the sleep parameter information includes the awake period, rapid eye movement sleep period, N1 sleep period, N2 sleep period and N3 sleep period.

[0019] In one embodiment, the virtual reality judgment result of the target object is judged according to the cumulative score of each virtual reality cold and heat evaluation information and the virtual reality prediction judgment rule, specifically including:

[0020] If the cumulative score of the "deficiency" item of the deficiency-excess cold-heat evaluation information is greater than the score of the "excess" item of the deficiency-excess cold-heat evaluation information and is greater than or equal to the preset evaluation score; if the cumulative score of the "cold" item of the deficiency-excess cold-heat evaluation information is greater than the score of the "heat" item of the deficiency-excess cold-heat evaluation information and is greater than or equal to the preset evaluation score; then the symptom condition of the target object is judged to be deficiency plus cold;

[0021] If the cumulative score of the "deficiency" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "excess" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; if the cumulative score of the "heat" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "cold" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; then the symptom condition of the target object is judged to be deficiency and excess heat;

[0022] If the cumulative score of the "real" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "deficiency" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; if the cumulative score of the "cold" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "hot" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; then the symptom condition of the target object is judged to be excess plus cold;

[0023] If the cumulative score of the "real" item in the deficiency / excess cold / heat evaluation information is greater than the score of the "virtual" item in the deficiency / excess cold / heat evaluation information and is greater than or equal to the preset evaluation score; the cumulative score of the "hot" item in the deficiency / excess cold / heat evaluation information is greater than the score of the "cold" item in the deficiency / excess cold / heat evaluation information and is greater than or equal to the preset evaluation score; then the symptom condition of the target object is judged to be excess heat.

[0024] In one embodiment, judging the virtuality or reality judgment result of the target object according to the cumulative score of each virtuality or reality cold and heat evaluation information and the virtuality or reality prediction judgment rule also includes:

[0025] If the cumulative score of the "deficiency" item or the cumulative score of the "excess" item of the deficiency and excess cold and heat evaluation information is within the first preset value range, the symptom degree of the target object is judged to be mild, including mild deficiency and cold, mild deficiency and heat, mild excess and cold, mild excess and heat;

[0026] If the cumulative score of the "deficiency" item or the cumulative score of the "excess" item of the deficiency-excess cold-heat evaluation information is within the second preset value range, the symptom degree of the target object is judged to be moderate, including one of moderate deficiency plus cold, moderate deficiency plus heat, moderate excess plus cold, and moderate excess heat;

[0027] If the cumulative score of the "deficiency" item or the cumulative score of the "excess" item of the deficiency-excess cold-heat evaluation information is within the third preset value range, the symptom degree of the target object is judged to be severe, including severe deficiency plus cold, severe deficiency plus heat, severe excess plus cold, and severe excess heat;

[0028] Among them, the first preset value range is smaller than the second preset value range and smaller than the third preset value range.

[0029] In one of the embodiments, the environmental device is an air conditioner, and the environmental device benchmark adjustment parameters include temperature benchmark information, relative humidity benchmark information, and wind speed benchmark information;

[0030] When the target object's deficiency-excess determination result is mild deficiency plus cold, the temperature reference information is 27°C; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.15 m / s;

[0031] When the target object's deficiency-excess determination result is moderate deficiency plus cold, the temperature reference information is 27.5°C; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.1 m / s;

[0032] When the target object's deficiency / excess determination result is severe deficiency and cold, the temperature reference information is 28°C; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.05 m / s;

[0033] When the virtual-real determination result of the target object is slight virtual heating, the temperature reference information is 25° C.; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.05 m / s;

[0034] When the virtual-real determination result of the target object is moderate virtual heating, the temperature reference information is 24.5° C.; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.1 m / s;

[0035] When the virtual-real determination result of the target object is severe virtual heating, the temperature reference information is 24° C.; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.15 m / s;

[0036] When the virtual-real judgment result of the target object is mildly real and cold, the temperature reference information is 26°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.3m / s;

[0037] When the virtual-real judgment result of the target object is moderately real and cold, the temperature reference information is 26.5°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.25m / s;

[0038] When the virtual-real judgment result of the target object is severe real plus cold, the temperature reference information is 27°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.2m / s;

[0039] When the virtual-real determination result of the target object is slight real heating, the temperature reference information is 23°C; the relative humidity reference information is 50% relative humidity; and the wind speed reference information is 0.2 m / s;

[0040] When the virtual-real determination result of the target object is moderate real heating, the temperature reference information is 22.5°C; the relative humidity reference information is 50% relative humidity; and the wind speed reference information is 0.25 m / s;

[0041] When the virtual-real judgment result of the target object is severe real heating, the temperature reference information is 22°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.3m / s. In one embodiment, when the virtual-real judgment result of the target object is mild virtual plus cold, the temperature reference information is 27°C; the relative humidity reference information is 60% relative humidity, and the wind speed reference information is 0.15m / s;

[0042] The environmental equipment amplitude adjustment parameters include temperature amplitude information, relative humidity amplitude information, and wind speed amplitude information.

[0043] in

[0044] When the sleep parameter information is in the awake period, the temperature amplitude information is increased by 0°C; the relative humidity amplitude information is decreased by 0%; the wind speed amplitude information is decreased by 0m / s,

[0045] When the sleep parameter information is N1 sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is reduced by 10%; the wind speed amplitude information is reduced by 0.05m / s,

[0046] When the sleep parameter information is N2 sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is reduced by 10%; the wind speed amplitude information is reduced by 0.05m / s,

[0047] When the sleep parameter information is N3 sleep period, the temperature amplitude information is increased by 1°C; the relative humidity amplitude information is reduced by 20%; the wind speed amplitude information is reduced by 0.1 m / s,

[0048] When the sleep parameter information is the REM sleep period, the temperature amplitude information is an increase of 0.5° C.; the relative humidity amplitude information is a decrease of 10%; and the wind speed amplitude information is a decrease of 0.15 m / s.

[0049] In a second aspect, the present application provides an environmental device, the environmental device comprising:

[0050] A deficiency-excess syndrome differentiation category information acquisition unit, used to acquire deficiency-excess syndrome differentiation category information of a target object;

[0051] A sleep parameter information acquisition unit, used to acquire sleep parameter information of a target object;

[0052] An operating status calculation unit is configured to calculate the operating status parameters of the environmental equipment based on the virtual-real syndrome differentiation category information of the target object and the sleep parameter information of the target object.

[0053] In a third aspect, the present application further provides a computer device, including a memory and a processor, wherein the memory stores a computer program, and when the processor executes the computer program, the steps of the environmental equipment sleep-aiding control method based on virtuality and reality differentiation as described above are implemented.

[0054] The above-mentioned environmental equipment sleep-aid control method, device and computer equipment based on deficiency-excess differentiation calculate the environmental equipment operating status parameters by obtaining the deficiency-excess judgment result of the target object and obtaining the sleep parameter information of the target object; the environmental equipment operating status parameters include: environmental equipment baseline adjustment parameters and environmental equipment amplitude adjustment parameters.

[0055] Determine the deficiency and excess cold and heat evaluation information to which each TCM syndrome differentiation association information belongs through the TCM syndrome differentiation association information, and judge the deficiency and excess judgment result of the target object according to the cumulative score of each deficiency and excess cold and heat evaluation information and the deficiency and excess prediction judgment rule; select the environmental equipment benchmark adjustment parameter corresponding to the deficiency and excess judgment result according to the deficiency and excess judgment result of the target object; obtain the brain wave information of the target object, judge the sleep parameter information of the target object based on the brain wave information of the target object and the sleep stage prediction judgment rule, and select the environmental equipment amplitude adjustment parameter corresponding to the sleep parameter information according to the sleep parameter information of the target object;

[0056] This application calculates the environmental equipment benchmark adjustment parameters and environmental equipment amplitude adjustment parameters of different target objects based on the virtual-real judgment results and sleep parameter information of different target objects; based on the TCM syndrome differentiation association information, the virtual-real judgment results of different target objects are obtained, and the corresponding environmental state is selected according to the virtual-real judgment results, so as to adjust different sleep-aiding temperatures, sleep-aiding relative humidity and sleep-aiding wind speeds according to the virtual-real syndrome differentiation conditions and sleep periods of different groups of people, provide suitable environmental states for different users, and set personalized sleep-promoting plans for different groups of people by adjusting the environmental states. It can also make adjustments for the target objects in different sleep periods. In the case of dynamic adjustment, it can better match the user's sleep conditions to apply personalized sleep-aiding plans, thereby improving the sleep-promoting effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0057] Figure 1 The figure is a flow chart of a sleep-aiding control method of an environmental device based on deficiency-excess syndrome differentiation in one embodiment.

[0058] Figure 2 It is a flowchart of a sleep-aiding control method of an environmental device based on deficiency-excess syndrome differentiation in another embodiment.

[0059] Figure 3 It is a structural block diagram of a sleep aid control device for environmental equipment based on virtuality and reality differentiation in one embodiment. DETAILED DESCRIPTION

[0060] The preferred embodiments of the present invention will be described in more detail below with reference to the accompanying drawings. Although the preferred embodiments of the present invention are shown in the accompanying drawings, it should be understood that the present invention can be implemented in various forms and should not be limited by the embodiments described herein. On the contrary, these embodiments are provided to make the present invention more thorough and complete, and to fully convey the scope of the present invention to those skilled in the art.

[0061] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as those commonly understood by those skilled in the art of the technical field of the present invention. The terms used herein in the specification of the present invention are only for the purpose of describing specific embodiments and are not intended to limit the present invention. The singular forms of "a", "said" and "the" used in the present invention and the appended claims are also intended to include plural forms, unless the context clearly indicates other meanings. It should also be understood that the term "and / or" used herein refers to and includes any or all possible combinations of one or more associated listed items.

[0062] It should be understood that although the terms "first", "second", "third", etc. may be used to describe various information in the present invention, the information should not be limited to these terms. These terms are only used to distinguish the same type of information from each other.

[0063] Unless otherwise specified, the methods and equipment used in the present invention are all conventional reagents, methods and equipment in the art.

[0064] In order to facilitate the understanding of the embodiments of the present invention, the sleep adjustment method in the related art is first described. In the related art, the comfort of the human body is improved by simply adjusting the ambient temperature, thereby achieving the effect of helping the human body fall asleep. This method is the most widely used, but different target groups have different requirements for ambient temperature. At the same time, factors such as relative humidity and wind speed will also affect the comfort of the human body. At the same time, the requirements for the environment in different sleep periods of the human body are also different. Based on this, the present application provides a sleep-aiding control method for environmental equipment based on virtual and real syndrome differentiation.

[0065] like Figure 1 As shown, the first embodiment of the present application provides a method for controlling sleep-aiding environment equipment based on virtuality and reality differentiation, and the method for controlling sleep-aiding environment equipment includes:

[0066] Step S100, obtaining a virtual / real determination result of a target object and obtaining sleep parameter information of the target object;

[0067] Step S200, calculating the operating state parameters of the environmental equipment based on the virtuality and reality determination result of the target object and the sleep parameter information of the target object;

[0068] Step S300: adjusting the environmental equipment based on the operating status parameters of the environmental equipment.

[0069] In the above-mentioned environmental equipment sleep-aiding control method based on deficiency and excess differentiation, the deficiency and excess determination result of the target object and the sleep parameter information of the target object are obtained; the operating state parameters of the environmental equipment are calculated based on the deficiency and excess determination result of the target object and the sleep parameter information of the target object; and the environmental equipment is adjusted based on the operating state parameters of the environmental equipment. The present application calculates the operating state parameters of the environmental equipment based on the deficiency and excess determination results of different target objects and the sleep parameter information of different target objects, thereby realizing different sleep-aiding temperatures, sleep-aiding relative humidity and sleep-aiding wind speeds according to the deficiency and excess differentiation conditions and sleep periods of different groups of people, providing suitable environmental conditions for different users, and achieving a sleep-aiding effect by adjusting the environmental conditions; and it can also make adjustments for the target object in different sleep periods, and in the case of dynamic adjustment, better match the user's personalized sleep conditions, thereby improving the sleep-aiding effect.

[0070] In a preferred implementation of the embodiment of the present invention, in step S200, the environmental equipment operating state parameters at least include: environmental equipment baseline adjustment parameters and environmental equipment amplitude adjustment parameters;

[0071] The operating state parameters of the environmental equipment are calculated based on the virtuality and reality determination result of the target object and the sleep parameter information of the target object, specifically including:

[0072] Step S210, obtaining the environmental equipment benchmark adjustment parameter based on the virtuality and reality determination result of the target object;

[0073] Step S220: obtaining the environmental equipment amplitude adjustment parameter based on the sleep parameter information of the target object.

[0074] The environmental equipment benchmark adjustment parameters are obtained through the virtuality and reality judgment results of the target object, and on the basis of the environmental equipment benchmark adjustment parameters, the corresponding environmental equipment amplitude adjustment parameters are obtained according to the sleep parameter information of the target object; the benchmark values ​​are obtained according to the virtuality and reality judgment results of different target objects, and then the adjustment amplitudes of the corresponding benchmark values ​​are obtained according to the target objects in different sleep periods, and the accuracy of dynamic adjustment of the environmental state is improved according to the different sleep states of different target objects, thereby further improving the sleep-aiding effect of the environmental equipment adjustment of the present invention.

[0075] It should be noted that, when adjusting the environmental equipment parameters for different sleep states of different human body virtuality and reality types, the embodiments of the present invention pay special attention to the fact that the needs of people of different virtuality and reality classifications for the environment are differentiated, that is, the absolute values ​​of the environmental parameters that need to be adapted are relatively large compared to the differences in different sleep stages. Therefore, a baseline adjustment parameter of the environmental equipment is obtained based on the virtuality and reality judgment result of the target object, that is, the baseline value of the environmental equipment parameter is determined, and the amplitude adjustment parameter of the environmental equipment with a smaller difference is obtained based on the sleep parameter information of the target object. This can more efficiently and accurately realize the adjustment of personalized sleep-aiding plans for different human body states and different sleep stages, and further enhance the sleep-aiding effect of the environmental equipment adjustment. In a preferred implementation of the embodiments of the present invention, step 100, obtaining the virtuality and reality judgment result of the target object, specifically includes

[0076] Step S110, using the deficiency-excess syndrome differentiation information judgment question scale to interactively obtain TCM syndrome differentiation-related information of the target object, and judging the TCM syndrome differentiation-related information to determine the deficiency-excess cold-heat evaluation information to which each TCM syndrome differentiation-related information belongs; wherein the deficiency-excess cold-heat evaluation information includes a "deficiency" item, a "excess" item, a "cold" item, and a "heat" item;

[0077] Step S120, calculating the cumulative score of each item of deficiency or excess cold or heat evaluation information;

[0078] Step S130, judging the deficiency or excess judgment result of the target object according to the cumulative scores of each item of deficiency or excess cold or heat evaluation information and the deficiency or excess prediction judgment rules; wherein the deficiency or excess judgment result includes symptom conditions and symptom severity conditions, the symptom conditions include deficiency plus cold, deficiency plus heat, excess plus cold and excess heat, and the symptom severity conditions include mild, moderate and severe.

[0079] When the target object uses it, it only needs to select the corresponding option that meets its own physical condition according to the preset virtual and real syndrome differentiation information judgment question scale to obtain the virtual and real cold and heat evaluation information of the target object. In the present embodiment, for example, the virtual and real syndrome differentiation information judgment question scale includes ten questions, and different questions correspond to different scoring items, and different questions correspond to different scoring items. All ten questions have two corresponding scores of "virtual" and "real" (specifically corresponding to the virtual and real cold and heat evaluation information of the "virtual" item, "real" item and "normal" item, and "normal item does not score"), and five of the ten questions also have two corresponding scores of "cold" and "hot" (specifically corresponding to the virtual and real cold and heat evaluation information of the "cold" item, "hot" item and "normal" item, and "normal item does not score"). When the target object uses it, it only needs to select each question, so that the judgment and use process is more convenient.

[0080] In this embodiment, TCM syndrome differentiation and judgment is applied to the process of helping the target object sleep, and the content of the questions in the deficiency and excess syndrome differentiation information judgment scale can include sweating conditions, physical conditions, mental conditions, complexion conditions, limb conditions, defecation conditions, urination conditions, cold and heat conditions, sleep conditions, drinking water conditions, etc. In other embodiments, the content and number of questions in the deficiency and excess syndrome differentiation information judgment scale can be set according to the judgment standard or purpose.

[0081] In this embodiment, the virtuality and reality of the target object are judged by accumulating scores for the four options of "virtual", "real", "cold" and "hot", so that the judgment result is more accurate.

[0082] In a preferred implementation of the embodiment of the present invention, the step S110 uses the deficiency-excess syndrome differentiation information judgment question scale to interactively obtain the TCM syndrome differentiation-related information of the target object, and judges the TCM syndrome differentiation-related information to determine the deficiency-excess cold-heat evaluation information to which each TCM syndrome differentiation-related information belongs; wherein the deficiency-excess cold-heat evaluation information includes a "deficiency" item, a "excess" item, a "cold" item, and a "heat" item; including:

[0083] Obtain TCM syndrome differentiation-related information of the target object;

[0084] If the TCM syndrome differentiation-related information is text scale information, the virtual-real judgment result of the target object is calculated and judged by a text discrimination program model.

[0085] In this embodiment, the target object does not need to input physical condition information through the virtual-real syndrome differentiation information judgment question scale, but can directly input text information of the physical condition, or can directly obtain body image information through a camera, and then obtain the virtual-real judgment result of the target object through the trained machine learning large model.

[0086] In a preferred implementation of the embodiment of the present invention, the step S100 of obtaining the sleep parameter information of the target object specifically includes:

[0087] Step S140, obtaining brain wave information of the target object, and judging the sleep parameter information of the target object based on the brain wave information of the target object and the sleep stage prediction judgment rules; wherein the sleep parameter information includes the awake period, rapid eye movement sleep period, N1 sleep period, N2 sleep period and N3 sleep period.

[0088] In this embodiment, the target object is detected in real time by a brain wave detection device. When the brain wave device detects that the brain wave information of the target object is mainly alpha wave and beta wave, the sleep parameter information of the target object is judged as the awake period based on the brain wave information of the target object and the sleep stage prediction judgment rule;

[0089] When the EEG device detects that the EEG information of the target object is mainly θ waves, the sleep parameter information of the target object is determined to be N1 sleep stage based on the EEG information of the target object and the sleep stage prediction judgment rule;

[0090] When the EEG device detects that the EEG information of the target object is mainly theta waves, sleep spindle waves and k-complex waves, the sleep parameter information of the target object is determined to be N2 sleep stage based on the EEG information of the target object and the sleep stage prediction judgment rule;

[0091] When the brain wave device detects that the brain wave information of the target object is mainly delta waves, the sleep parameter information of the target object is judged to be N3 sleep stage based on the brain wave information of the target object and the sleep stage prediction judgment rule;

[0092] When the EEG device detects that the EEG information of the target object is mainly low-amplitude mixed frequency waves and intermittent theta waves, the sleep parameter information of the target object is judged to be in the REM sleep stage based on the EEG information of the target object and the sleep stage prediction judgment rule;

[0093] By acquiring the target object's brain wave information in real time, we can get the target object's sleep parameter information, and realize dynamic adjustment of the target object's environmental state during sleep. By combining different sleep parameter information to dynamically adjust the environmental equipment, we can distinguish the most suitable sleep aid control that matches the physical conditions of different people in different sleep stages. By controlling the environmental equipment parameters with higher precision, we can achieve an improvement in the personalized segmentation of the sleep aid effect.

[0094] In a preferred implementation of the embodiment of the present invention, the step S130 determines the virtuality and reality judgment result of the target object according to the cumulative score of each virtuality and reality cold and heat evaluation information and the virtuality and reality prediction judgment rule, specifically including:

[0095] If the cumulative score of the "deficiency" item of the deficiency-excess cold-heat evaluation information is greater than the score of the "excess" item of the deficiency-excess cold-heat evaluation information and is greater than or equal to the preset evaluation score; if the cumulative score of the "cold" item of the deficiency-excess cold-heat evaluation information is greater than the score of the "heat" item of the deficiency-excess cold-heat evaluation information and is greater than or equal to the preset evaluation score; then the symptom condition of the target object is judged to be deficiency plus cold;

[0096] If the cumulative score of the "deficiency" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "excess" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; if the cumulative score of the "heat" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "cold" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; then the symptom condition of the target object is judged to be deficiency and excess heat;

[0097] If the cumulative score of the "real" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "deficiency" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; if the cumulative score of the "cold" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "hot" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; then the symptom condition of the target object is judged to be excess plus cold;

[0098] If the cumulative score of the "real" item in the deficiency / excess cold / heat evaluation information is greater than the score of the "virtual" item in the deficiency / excess cold / heat evaluation information and is greater than or equal to the preset evaluation score; the cumulative score of the "hot" item in the deficiency / excess cold / heat evaluation information is greater than the score of the "cold" item in the deficiency / excess cold / heat evaluation information and is greater than or equal to the preset evaluation score; then the symptom condition of the target object is judged to be excess heat.

[0099] Since different questions in the above-mentioned deficiency-excess syndrome differentiation information judgment scale have corresponding scores of "deficiency" and "excess" or four scores of "deficiency", "excess", "cold" and "heat" (normal items have no scores), and then when all the questions are completed, a cumulative score for "deficiency", "excess", "cold" and "heat" can be obtained. By comparing the cumulative scores of the four options, the overall deficiency-excess situation of the target object can be obtained, whether it is deficiency plus cold, deficiency plus heat, excess plus cold or excess heat. The judgment accuracy is better, which is further convenient for the subsequent matching of environmental equipment benchmark adjustment parameters corresponding to different human body states.

[0100] In a preferred implementation of the embodiment of the present invention, the step S130, judging the virtuality or reality judgment result of the target object according to the cumulative score of each virtuality or reality cold and heat evaluation information and the virtuality or reality prediction judgment rule, also includes:

[0101] If the cumulative score of the "deficiency" item or the cumulative score of the "excess" item of the deficiency-excess cold-heat evaluation information is within the first preset value range, the symptom degree of the target object is judged to be mild, mild deficiency plus cold, mild deficiency plus heat, mild excess plus cold, mild excess heat;

[0102] If the cumulative score of the "deficiency" item or the cumulative score of the "excess" item of the deficiency-excess cold-heat evaluation information is within the second preset value range, it is judged that the symptom degree of the target object is moderate, moderate deficiency plus cold, moderate deficiency plus heat, moderate excess plus cold, or moderate excess heat;

[0103] If the cumulative score of the "deficiency" item or the cumulative score of the "excess" item of the deficiency-excess cold-heat evaluation information is within the third preset value range, the symptom degree of the target object is judged to be severe, one of severe deficiency plus cold, severe deficiency plus heat, severe excess plus cold, and severe excess heat;

[0104] Wherein, the first preset value range is smaller than the second preset value range and smaller than the third preset value range;

[0105] It should be noted that the cumulative score of the "deficiency" item or the cumulative score of the "excess" item is first judged as mild, moderate or severe based on the aforementioned judgments of deficiency plus cold, deficiency plus heat, excess plus cold, and excess heat. For example, if the judgment result is deficiency plus cold or deficiency plus heat, the cumulative score of the "deficiency" item is judged; if the judgment result is excess plus cold or excess heat, the cumulative score of the "excess" item is judged.

[0106] By comparing the cumulative scores of "virtual" items with the cumulative scores of "real" items, we can obtain the degree of symptoms such as deficiency plus cold, deficiency plus heat, real plus cold, and real heat, so as to determine the benchmark adjustment parameters of environmental equipment according to the degree of symptoms.

[0107] In the present embodiment, for example, the questionnaire for judging information on differentiation of deficiency and excess includes ten questions, and different questions correspond to different scoring items. All ten questions have two corresponding scoring items, "deficiency" and "excess" (specifically corresponding to the deficiency and excess cold and heat evaluation information of the "deficiency" item, "excess" item and "normal" item, and "normal item has no score"). Five of the ten questions also have two corresponding scoring items, "cold" and "heat" (specifically corresponding to the deficiency and excess cold and heat evaluation information of the "cold" item, "heat" item and "normal" item, and "normal item has no score").

[0108] The specific rules for prediction and judgment of deficiency and excess are as follows: the preset evaluation score is 2 points. If the cumulative score of "deficiency" item is ≥2 points and greater than the cumulative score of "excess", and the cumulative score of "cold" item is ≥2 and greater than the cumulative score of "heat", then the diagnosis is "deficiency plus cold"; if the cumulative score of "deficiency" item is ≥2 points and greater than the cumulative score of "excess", and the cumulative score of "heat" item is ≥2 and greater than the cumulative score of "cold", then the diagnosis is "deficiency plus heat"; if the cumulative score of "excess" item is ≥2 points and greater than the cumulative score of "deficiency", and the cumulative score of "cold" item is ≥2 and greater than the cumulative score of "heat", then the diagnosis is "excess plus cold"; if the cumulative score of "excess" item is ≥2 points and greater than the cumulative score of "deficiency", and the cumulative score of "heat" item is ≥2 and greater than the cumulative score of "cold", then the diagnosis is "excess plus cold"; if the cumulative score of "excess" item is ≥2 points and greater than the cumulative score of "deficiency", and the cumulative score of "heat" item is ≥2 and greater than the cumulative score of "cold", then the diagnosis is "excess heat";

[0109] Based on the above score information: if the cumulative score of the "virtual" item or the cumulative score of the "real" item is 2-4 points, it is a mild symptom; if the cumulative score of the "virtual" item or the cumulative score of the "real" item is 5-7 points, it is a moderate symptom; if the cumulative score of the "virtual" item or the cumulative score of the "real" item is 8-10 points, it is a severe symptom. In this embodiment, the first preset value range is 2-4, the second preset value range is 5-7, and the third preset value range is 8-10.

[0110] In a preferred implementation of an embodiment of the present invention, the environmental device is an air conditioner, and the environmental device benchmark adjustment parameters include temperature benchmark information, relative humidity benchmark information and wind speed benchmark information; it should be noted that when the environmental device is an air conditioner, the temperature benchmark information, relative humidity benchmark information and wind speed benchmark information refer to adjusting the air conditioner to make the environment reach the corresponding temperature, relative humidity and wind speed.

[0111] In a preferred embodiment, when the target object's deficiency-excess judgment result is mild deficiency plus cold, the temperature reference information is 27°C; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.15 m / s;

[0112] When the target object's deficiency-excess determination result is moderate deficiency plus cold, the temperature reference information is 27.5°C; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.1 m / s;

[0113] When the target object's deficiency / excess determination result is severe deficiency and cold, the temperature reference information is 28°C; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.05 m / s;

[0114] When the virtual-real determination result of the target object is slight virtual heating, the temperature reference information is 25° C.; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.05 m / s;

[0115] When the virtual-real determination result of the target object is moderate virtual heating, the temperature reference information is 24.5° C.; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.1 m / s;

[0116] When the virtual-real determination result of the target object is severe virtual heating, the temperature reference information is 24° C.; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.15 m / s;

[0117] When the virtual-real judgment result of the target object is mildly real and cold, the temperature reference information is 26°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.3m / s;

[0118] When the virtual-real judgment result of the target object is moderately real and cold, the temperature reference information is 26.5°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.25m / s;

[0119] When the virtual-real judgment result of the target object is severe real plus cold, the temperature reference information is 27°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.2m / s;

[0120] When the virtual-real determination result of the target object is slight real heating, the temperature reference information is 23°C; the relative humidity reference information is 50% relative humidity; and the wind speed reference information is 0.2 m / s;

[0121] When the virtual-real determination result of the target object is moderate real heating, the temperature reference information is 22.5°C; the relative humidity reference information is 50% relative humidity; and the wind speed reference information is 0.25 m / s;

[0122] When the result of the virtual and real judgment of the target object is severe real heating, the temperature reference information is 22°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.3m / s. According to the symptom conditions of different target objects, the corresponding environmental equipment reference adjustment parameters are obtained, which can help different target objects to sleep. It should be noted that the symptom conditions of different target objects in the present invention are the physical virtual and real cold and hot states of different people. The physical state information of the human body based on the prevention perspective of traditional Chinese medicine is not directly related to human health or disease parameters.

[0123] In a preferred implementation of the embodiment of the present invention, when the target object's deficiency-excess determination result is mild deficiency plus cold, the temperature reference information is 27° C.; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.15 m / s;

[0124] The environmental equipment amplitude adjustment parameters include temperature amplitude information, relative humidity amplitude information, and wind speed amplitude information.

[0125] in,

[0126] When the sleep parameter information is in the awake period, the temperature amplitude information is increased by 0°C; the relative humidity amplitude information is decreased by 0%; the wind speed amplitude information is decreased by 0m / s,

[0127] When the sleep parameter information is N1 sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is reduced by 10%; the wind speed amplitude information is reduced by 0.05m / s,

[0128] When the sleep parameter information is N2 sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is reduced by 10%; the wind speed amplitude information is reduced by 0.05m / s,

[0129] When the sleep parameter information is N3 sleep period, the temperature amplitude information is increased by 1°C; the relative humidity amplitude information is reduced by 20%; the wind speed amplitude information is reduced by 0.1 m / s,

[0130] When the sleep parameter information is the REM sleep period, the temperature amplitude information is an increase of 0.5° C.; the relative humidity amplitude information is a decrease of 10%; and the wind speed amplitude information is a decrease of 0.15 m / s.

[0131] In a preferred implementation of the embodiment of the present invention, when the virtual-real determination result of the target object is severe real heating, the temperature reference information is 22° C.; the relative humidity reference information is 50% relative humidity; and the wind speed reference information is 0.3 m / s;

[0132] The environmental equipment amplitude adjustment parameters include temperature amplitude information, relative humidity amplitude information, and wind speed amplitude information.

[0133] in,

[0134] When the sleep parameter information is in the awake period, the temperature amplitude information is increased by 0°C; the relative humidity amplitude information is decreased by 0%; the wind speed amplitude information is decreased by 0m / s,

[0135] When the sleep parameter information is N1 sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is reduced by 10%; the wind speed amplitude information is reduced by 0.05m / s,

[0136] When the sleep parameter information is N2 sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is reduced by 10%; the wind speed amplitude information is reduced by 0.05m / s,

[0137] When the sleep parameter information is N3 sleep period, the temperature amplitude information is increased by 1°C; the relative humidity amplitude information is reduced by 20%; the wind speed amplitude information is reduced by 0.1 m / s,

[0138] When the sleep parameter information is the REM sleep period, the temperature amplitude information is an increase of 0.5° C.; the relative humidity amplitude information is a decrease of 10%; and the wind speed amplitude information is a decrease of 0.15 m / s.

[0139] In a preferred implementation of the embodiment of the present invention, when the virtual-real judgment result of the target object is moderately real plus cold, the temperature reference information is 26.5°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.25m / s;

[0140] The environmental equipment amplitude adjustment parameters include temperature amplitude information, relative humidity amplitude information, and wind speed amplitude information.

[0141] in,

[0142] When the sleep parameter information is in the awake period, the temperature amplitude information is increased by 0°C; the relative humidity amplitude information is decreased by 0%; the wind speed amplitude information is decreased by 0m / s,

[0143] When the sleep parameter information is N1 sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is reduced by 10%; the wind speed amplitude information is reduced by 0.05m / s,

[0144] When the sleep parameter information is N2 sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is reduced by 10%; the wind speed amplitude information is reduced by 0.05m / s,

[0145] When the sleep parameter information is N3 sleep period, the temperature amplitude information is increased by 1°C; the relative humidity amplitude information is reduced by 20%; the wind speed amplitude information is reduced by 0.1 m / s,

[0146] When the sleep parameter information is in the REM sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is decreased by 10%, and the wind speed amplitude information is decreased by 0.15m / s. In this embodiment, based on the holistic concept of traditional Chinese medicine, three types of environmental influencing factors are selected from the three dimensions of temperature, relative humidity and wind speed to adjust the target object's body and sleep conditions instead of a single intervention. Adjustment according to the deficiency and excess conditions of different human bodies and sleep states can maximize the guiding role of traditional Chinese medicine deficiency and excess syndrome differentiation states and sleep states in adjusting environmental states, thereby greatly improving the environmental sleep-aiding effect. This is also not considered in the current field of environmental equipment control, such as automatic adjustment of air conditioners.

[0147] First of all, this program uses the scale (algorithm) to obtain the results of the two dimensions of deficiency and excess and cold and heat of the target population, and divides them into three levels: light, medium and severe. On this basis, based on the characteristics of different sleep cycles of the human body, multi-dimensional sleep regulation is adopted for the target population. First, based on the new national standard GB / T18883-2022 "Indoor Air Quality Standard", clarify the appropriate range of various indoor indicators in summer, and then determine various parameters based on the characteristics of different TCM classification populations.

[0148] For example, people who are heated have relatively strong physiques, are relatively not afraid of wind, are least afraid of cold, and have relatively high body moisture, so the indoor temperature is set to the lowest, the wind speed is higher, and the room humidity is lower;

[0149] People who are heated by virtual heating have relatively weak constitutions, are relatively afraid of wind, are less afraid of cold, and have relatively low body moisture, so the indoor temperature is set lower, the wind speed is lower, and the room humidity is higher;

[0150] People with severe cold have relatively strong physiques, are relatively not afraid of wind, are more afraid of cold, and have relatively high body moisture, so the indoor temperature is set higher, the wind speed is higher, and the room humidity is lower;

[0151] People with deficiency and cold constitution are weaker, more afraid of wind and cold, and have relatively low body moisture, so the indoor temperature is set to the highest, the wind speed is lower, and the room humidity is higher;

[0152] The sleep-aid control method of environmental equipment based on deficiency and excess differentiation of the present application can be based on the deficiency and excess judgment results of different target objects and different human bodies and the human bodies in different sleep periods, and then select the environmental equipment benchmark adjustment information based on the symptoms and symptom severity of the deficiency and excess judgment results, and then select the environmental equipment amplitude adjustment information based on different sleep parameter information, so as to adjust different environmental conditions according to different sleep states of different people, and realize personalized and dynamic sleep-aid adjustment.

[0153] It should be understood that although the Figure 1-2 The steps in the flowchart are shown in sequence as indicated by the arrows, but these steps are not necessarily executed in the order indicated by the arrows. Unless otherwise specified in this document, there is no strict order restriction for the execution of these steps, and these steps can be executed in other orders. Moreover, Figure 1-2 At least part of the steps may include multiple steps or multiple stages. These steps or stages are not necessarily performed at the same time, but can be performed at different times. The execution order of these steps or stages is not necessarily sequential, but can be performed in turn or alternately with other steps or at least part of the steps or stages in other steps.

[0154] Embodiment 2 of the present invention provides an environmental device, the environmental device comprising:

[0155] A deficiency-excess syndrome differentiation category information acquisition unit, used to acquire deficiency-excess syndrome differentiation category information of a target object;

[0156] A sleep parameter information acquisition unit, used to acquire sleep parameter information of a target object;

[0157] An operating state calculation unit, wherein the operating state calculation unit calculates the operating state parameters of the environmental device based on the virtual-real syndrome differentiation category information of the target object and the sleep parameter information of the target object. The virtual-real syndrome differentiation category information and the sleep parameter information can be obtained through the environmental device, and the operating state parameters of the environmental device are obtained according to the virtual-real syndrome differentiation category information and the sleep parameter information, and the environmental device is adjusted based on the operating state parameters of the environmental device to achieve the effect of helping sleep.

[0158] For the specific definition of the sleep aid device, please refer to the definition of the sleep aid control method of the environmental equipment based on virtual and real syndrome differentiation above, which will not be repeated here. Each module in the above-mentioned sleep aid device can be implemented in whole or in part by software, hardware and their combination. The above-mentioned modules can be embedded in or independent of the processor in the computer device in the form of hardware, or can be stored in the memory of the computer device in the form of software, so that the processor can call and execute the operations corresponding to the above modules.

[0159] Those skilled in the art will appreciate that the structures shown in the accompanying drawings are merely block diagrams of partial structures related to the scheme of the present application, and do not constitute a limitation on the scheme of the present application. A specific sleep aid device may include more or fewer components than those shown in the drawings, or combine certain components, or have a different arrangement of components.

[0160] Embodiment 3 of the present invention provides a computer device, the computer device includes a memory and a processor, the memory stores a computer program, and the processor implements the steps of the sleep-aiding control method of environmental equipment based on virtuality and reality differentiation in the above-mentioned embodiment 1 when executing the computer program.

[0161] The computer device may be a server. The computer device includes a processor, a memory and a network interface connected via a system bus. The processor of the computer device is used to provide computing and control capabilities. The memory of the computer device includes a non-volatile storage medium and an internal memory. The non-volatile storage medium stores an operating system, a computer program and a database. The internal memory provides an environment for the operation of the operating system and the computer program in the non-volatile storage medium. The network interface of the computer device is used to communicate with an external terminal via a network connection.

[0162] In a preferred implementation of an embodiment of the present invention, the computer device may be a terminal, and the computer device includes a processor, a memory, a communication interface, a display screen, and an input device connected via a system bus. Among them, the processor of the computer device is used to provide computing and control capabilities. The memory of the computer device includes a non-volatile storage medium and an internal memory. The non-volatile storage medium stores an operating system and a computer program. The internal memory provides an environment for the operation of the operating system and the computer program in the non-volatile storage medium. The communication interface of the computer device is used to communicate with an external terminal in a wired or wireless manner, and the wireless manner can be implemented through WIFI, an operator network, NFC (near field communication) or other technologies. When the computer program is executed by the processor, the sleep-aiding control method of the environmental device based on virtual and real syndrome differentiation in any of the above embodiments is implemented. The display screen of the computer device may be a liquid crystal display screen or an electronic ink display screen, and the input device of the computer device may be a touch layer covered on the display screen, or a key, trackball or touchpad provided on the housing of the computer device, or an external keyboard, touchpad or mouse.

[0163] Those of ordinary skill in the art can understand that all or part of the processes in the above-mentioned embodiment methods can be completed by instructing the relevant hardware through a computer program, and the computer program can be stored in a non-volatile computer-readable storage medium. When the computer program is executed, it can include the processes of the embodiments of the above-mentioned methods. Among them, any reference to memory, storage, database or other media used in the embodiments provided in this application can include at least one of non-volatile and volatile memory. Non-volatile memory can include read-only memory (ROM), magnetic tape, floppy disk, flash memory or optical memory, etc. Volatile memory can include random access memory (RAM) or external cache memory. As an illustration and not limitation, RAM can be in various forms, such as static random access memory (SRAM) or dynamic random access memory (DRAM).

[0164] The technical features of the above embodiments may be combined arbitrarily. To make the description concise, not all possible combinations of the technical features in the above embodiments are described. However, as long as there is no contradiction in the combination of these technical features, they should be considered to be within the scope of this specification.

[0165] The above-mentioned embodiments only express several implementation methods of the present application, and the descriptions thereof are relatively specific and detailed, but they cannot be understood as limiting the scope of the invention patent. It should be pointed out that, for a person of ordinary skill in the art, several variations and improvements can be made without departing from the concept of the present application, and these all belong to the protection scope of the present application. Therefore, the protection scope of the patent of the present application shall be subject to the attached claims.

Claims

1. A sleep-aiding control method for environmental equipment based on deficiency-excess differentiation, characterized in that: The environmental equipment sleep-aiding control method comprises: Obtaining a virtuality / reality determination result of a target object and obtaining sleep parameter information of the target object; The operating state parameter of the environmental equipment is calculated based on the virtuality and reality determination result of the target object and the sleep parameter information of the target object; The environmental device is adjusted based on the operating status parameter of the environmental device.

2. The sleep-aiding control method of environmental equipment based on deficiency-excess syndrome differentiation as claimed in claim 1, characterized in that: The environmental equipment operating state parameters at least include: environmental equipment benchmark adjustment parameters and environmental equipment amplitude adjustment parameters; The operating state parameters of the environmental equipment are calculated based on the virtuality and reality determination result of the target object and the sleep parameter information of the target object, specifically including: Obtaining the environmental equipment benchmark adjustment parameter based on the virtuality and reality determination result of the target object; The environmental equipment amplitude adjustment parameter is obtained based on the sleep parameter information of the target object.

3. The sleep-aiding control method of environmental equipment based on deficiency-excess syndrome differentiation as claimed in claim 1, characterized in that: The obtaining of the virtuality and reality determination result of the target object specifically includes: The deficiency-excess syndrome differentiation information judgment question scale is used to interactively obtain the TCM syndrome differentiation-related information of the target object, and the TCM syndrome differentiation-related information is judged to determine the deficiency-excess cold-heat evaluation information to which each TCM syndrome differentiation-related information belongs; wherein the deficiency-excess cold-heat evaluation information includes "deficiency" item, "excess" item, "cold" item and "heat" item; Calculate the cumulative score of each item of deficiency and excess cold and heat evaluation information; The deficiency or excess judgment result of the target object is judged according to the cumulative scores of each item of deficiency or excess cold or heat evaluation information and the deficiency or excess prediction judgment rules; wherein, the deficiency or excess judgment result includes symptom conditions and symptom severity conditions, the symptom conditions include deficiency plus cold, deficiency plus heat, excess plus cold and excess heat, and the symptom severity conditions include mild, moderate and severe.

4. The sleep-aiding control method of environmental equipment based on deficiency-excess syndrome differentiation as claimed in claim 1, characterized in that: The step of obtaining the sleep parameter information of the target object specifically includes: Obtain the target object's brain wave information, The sleep parameter information of the target object is determined based on the brain wave information of the target object and the sleep stage prediction judgment rule; wherein the sleep parameter information includes the awake period, the rapid eye movement sleep period, the N1 sleep period, the N2 sleep period and the N3 sleep period.

5. The sleep-aiding control method of environmental equipment based on deficiency-excess syndrome differentiation as claimed in claim 3, characterized in that: The virtuality and reality judgment result of the target object is judged according to the cumulative score of each virtuality and reality cold and heat evaluation information and the virtuality and reality prediction judgment rule, specifically including If the cumulative score of the "deficiency" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "excess" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; If the cumulative score of the "cold" item of the deficiency-excess cold-heat evaluation information is greater than the score of the "heat" item of the deficiency-excess cold-heat evaluation information and is greater than or equal to the preset evaluation score, then the symptom condition of the target object is judged to be deficiency plus cold; If the cumulative score of the "deficiency" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "excess" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; If the cumulative score of the "heat" item of the deficiency-excess cold-heat evaluation information is greater than the score of the "cold" item of the deficiency-excess cold-heat evaluation information and is greater than or equal to the preset evaluation score, then the symptom condition of the target object is judged to be deficiency-excess heat; If the cumulative score of the "real" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "false" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; If the cumulative score of the "cold" item of the deficiency-excess cold-heat evaluation information is greater than the score of the "heat" item of the deficiency-excess cold-heat evaluation information and is greater than or equal to the preset evaluation score, then the symptom condition of the target object is judged to be excess plus cold; If the cumulative score of the "real" item of the deficiency and excess cold and heat evaluation information is greater than the score of the "false" item of the deficiency and excess cold and heat evaluation information and is greater than or equal to the preset evaluation score; If the cumulative score of the "heat" item in the deficiency-excess cold-heat evaluation information is greater than the score of the "cold" item in the deficiency-excess cold-heat evaluation information and is greater than or equal to the preset evaluation score, then the symptom condition of the target object is judged to be excess heat.

6. The sleep-aiding control method of environmental equipment based on deficiency-excess syndrome differentiation as claimed in claim 5, characterized in that: The method of judging the virtuality or realness of the target object according to the cumulative scores of the virtuality or realness coldness or heatness evaluation information and the virtuality or realness prediction judgment rules also includes: If the cumulative score of the "deficiency" item or the cumulative score of the "excess" item of the deficiency and excess cold and heat evaluation information is within the first preset value range, the symptom degree of the target object is judged to be mild, including mild deficiency and cold, mild deficiency and heat, mild excess and cold, mild excess and heat; If the cumulative score of the "deficiency" item or the cumulative score of the "excess" item of the deficiency-excess cold-heat evaluation information is within the second preset value range, the symptom degree of the target object is judged to be moderate, including one of moderate deficiency plus cold, moderate deficiency plus heat, moderate excess plus cold, and moderate excess heat; If the cumulative score of the "deficiency" item or the cumulative score of the "excess" item of the deficiency-excess cold-heat evaluation information is within the third preset value range, the symptom severity of the target object is judged to be severe, including severe deficiency and cold, severe deficiency and heat, severe excess and cold, and severe excess and heat; wherein the first preset value range is smaller than the second preset value range, which is smaller than the third preset value range.

7. The sleep-aiding control method of environmental equipment based on deficiency-excess syndrome differentiation as claimed in claim 6, characterized in that: The environmental equipment is an air conditioner, and the environmental equipment benchmark adjustment parameters include temperature benchmark information, relative humidity benchmark information, and wind speed benchmark information; When the target object's deficiency-excess determination result is mild deficiency plus cold, the temperature reference information is 27°C; The relative humidity reference information is 60% and the wind speed reference information is 0.15m / s; When the target object's deficiency-excess determination result is moderate deficiency plus cold, the temperature reference information is 27.5°C; The relative humidity reference information is 60% and the wind speed reference information is 0.1m / s; When the target object's deficiency-excess determination result is severe deficiency plus cold, the temperature reference information is 28°C; The relative humidity reference information is 60% and the wind speed reference information is 0.05m / s; When the virtual-real determination result of the target object is slight virtual heating, the temperature reference information is 25° C.; The relative humidity reference information is 60% and the wind speed reference information is 0.05m / s; When the virtual-real determination result of the target object is moderate virtual heating, the temperature reference information is 24.5°C; The relative humidity reference information is 60% and the wind speed reference information is 0.1m / s; When the virtual-real determination result of the target object is severe virtual heating, the temperature reference information is 24° C.; The relative humidity reference information is 60% and the wind speed reference information is 0.15m / s; When the virtual-real judgment result of the target object is mildly real and cold, the temperature reference information is 26°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.3m / s; When the virtual-real judgment result of the target object is moderately real plus cold, the temperature reference information is 26.5°C; The relative humidity reference information is 50% and the wind speed reference information is 0.25m / s; When the virtual-real judgment result of the target object is severe real plus cold, the temperature reference information is 27°C; the relative humidity reference information is 50% relative humidity, and the wind speed reference information is 0.2m / s; When the virtual-real determination result of the target object is slight real heating, the temperature reference information is 23°C; The relative humidity reference information is 50% and the wind speed reference information is 0.2m / s; When the virtual-real determination result of the target object is moderate real heating, the temperature reference information is 22.5°C; The relative humidity reference information is 50% and the wind speed reference information is 0.25m / s; When the virtual-real determination result of the target object is severe real heating, the temperature reference information is 22° C.; the relative humidity reference information is 50% relative humidity; and the wind speed reference information is 0.3 m / s.

8. The sleep-aiding control method of environmental equipment based on deficiency-excess syndrome differentiation according to claim 7, characterized in that: When the target object's deficiency-excess determination result is mild deficiency plus cold, the temperature reference information is 27°C; the relative humidity reference information is 60% relative humidity; and the wind speed reference information is 0.15 m / s; The environmental equipment amplitude adjustment parameters include temperature amplitude information, relative humidity amplitude information, and wind speed amplitude information. in When the sleep parameter information is in the awake period, the temperature amplitude information is increased by 0°C; the relative humidity amplitude information is decreased by 0%; the wind speed amplitude information is decreased by 0m / s, When the sleep parameter information is N1 sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is reduced by 10%; the wind speed amplitude information is reduced by 0.05m / s, When the sleep parameter information is N2 sleep period, the temperature amplitude information is increased by 0.5°C; the relative humidity amplitude information is reduced by 10%; the wind speed amplitude information is reduced by 0.05m / s, When the sleep parameter information is N3 sleep period, the temperature amplitude information is increased by 1°C; the relative humidity amplitude information is reduced by 20%; the wind speed amplitude information is reduced by 0.1 m / s, When the sleep parameter information is the REM sleep period, the temperature amplitude information is an increase of 0.5° C.; the relative humidity amplitude information is a decrease of 10%; and the wind speed amplitude information is a decrease of 0.15 m / s.

9. A sleep-aiding control device for environmental equipment based on deficiency and excess differentiation, characterized in that: The device comprises: A deficiency-excess syndrome differentiation category information acquisition unit, used to acquire deficiency-excess syndrome differentiation category information of a target object; A sleep parameter information acquisition unit, used to acquire sleep parameter information of a target object; An operating status calculation unit is configured to calculate the operating status parameters of the environmental equipment based on the virtual-real syndrome differentiation category information of the target object and the sleep parameter information of the target object.

10. A computer device comprising a memory and a processor, wherein the memory stores a computer program, characterized in that: When the processor executes the computer program, the steps of the method according to any one of claims 1 to 8 are implemented.

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