阅读说明：本技术 照明调控方法、数据处理中心及照明调控系统 (Illumination regulation and control method, data processing center and illumination regulation and control system ) 是由 孙研 伍天宇 魏彬 朱奕光 于 2021-07-09 设计创作，主要内容包括：本发明公开了一种照明调控方法,包括：将目标建筑划分为多个功能区域；至少将其中一个功能区域作为调控区域；获取调控区域中每一功能区域的外部光环境信息；获取调控区域中每一功能区域的当前环境信息；获取调控区域中每一功能区域中目标人员的身体状态信息；根据身体状态信息,构建目标人员的内部时钟；根据外部光环境信息、当前环境信息及内部时钟调控照明系统,以使调控区域中每一功能区域的内部光环境与对应的目标人员的内部时钟协调一致。本发明还公开了一种数据处理中心及一种照明调控系统。采用本发明,可针对不同功能区域中的目标人员构建独立的内部时钟,实现分区控制,从而满足目标人员的生理及心理状态,提升照明品质感及人性化需求。(The invention discloses an illumination regulation and control method, which comprises the following steps: dividing a target building into a plurality of functional areas; at least one of the functional regions is used as a regulatory region; obtaining external light environment information of each functional area in a regulation and control area; acquiring current environment information of each functional area in a regulation and control area; acquiring body state information of target personnel in each functional area in a regulation and control area; according to the body state information, constructing an internal clock of the target person; and regulating and controlling the lighting system according to the external light environment information, the current environment information and the internal clock so as to coordinate the internal light environment of each functional area in the regulation and control area with the internal clock of the corresponding target personnel. The invention also discloses a data processing center and an illumination regulation and control system. By adopting the invention, independent internal clocks can be constructed for target persons in different functional areas, and partition control is realized, so that the physiological and psychological states of the target persons are met, and the texture and humanization requirements of the lighting product are improved.)

1. A method of regulating illumination, comprising:

dividing a target building into a plurality of functional areas, and taking at least one of the functional areas as a regulation area;

obtaining external light environment information of each functional area in the regulation and control area;

acquiring current environment information of each functional area in the regulation and control area;

acquiring body state information of target personnel in each functional area in the regulation and control area;

constructing an internal clock of the target person according to the body state information;

and regulating and controlling the lighting system according to the external light environment information, the current environment information and the internal clock so as to enable the internal light environment of each functional area in the regulated and controlled area to be coordinated and consistent with the internal clock of the corresponding target personnel.

2. The lighting regulation method of claim 1, wherein the step of constructing the internal clock of the target person based on the body state information comprises:

extracting a preset clock model according to the body state information, wherein the body state information comprises one or more of age information, body temperature information, weight information, height information, eyesight information and pulse information;

and constructing an internal clock according to the preset clock model.

3. The lighting regulation method of claim 1, wherein the step of regulating the lighting system according to the external light environment information, the current environment information and the internal clock so that the internal light environment of each functional area in the regulated area is coordinated with the internal clock of the corresponding target person comprises:

determining an external light reference state according to the current environment information and an internal clock, wherein the current environment information comprises one or more of temperature information, humidity information, noise information, season information and time information;

and regulating and controlling the lighting system according to the external light reference state and the external light environment information so as to enable the internal light environment of each functional area in the regulated and controlled area to be consistent with the corresponding external light reference state, wherein the external light environment information comprises one or more of illumination information, color temperature information, display index information, light uniformity information, glare value information and stroboscopic index information of light under a natural light source and an artificial light source.

4. The lighting regulation method of claim 1, further comprising:

acquiring activity state information of a target person in each functional area in the regulation and control area, wherein the activity state information comprises any one of a walking state, a lying state and a sitting state;

identifying behavior rules of the target personnel according to the activity state information, wherein the behavior rules comprise an indoor stay time period and an outdoor activity time period;

and regulating and controlling the disinfection and sterilization system according to the behavior rule so that the disinfection and sterilization operation time of each functional area in the regulation and control area is coordinated with the outdoor activity time of the corresponding target personnel.

5. The lighting regulation method of claim 4, further comprising:

acquiring human body induction information in each functional area in the regulation and control area within the disinfection and sterilization operation time;

when the human body induction information is acquired, the disinfection and sterilization system is regulated and controlled to stop disinfection and sterilization operation, and the disinfection and sterilization system is regulated and controlled to continue disinfection and sterilization operation until the human body induction information disappears.

6. The lighting regulation method of claim 1, further comprising: all functional regions were used as regulatory regions.

7. A data processing center, comprising:

the system comprises a partitioning module, a building control module and a building control module, wherein the partitioning module is used for partitioning a target building into a plurality of functional areas and at least one of the functional areas is used as a regulation and control area;

the external light environment acquisition module is used for acquiring external light environment information of each functional area in the regulation and control area;

the current environment acquisition module is used for acquiring current environment information of each functional area in the regulation and control area;

the body state acquisition module is used for acquiring body state information of a target person in each functional area in the regulation and control area;

the internal clock construction module is used for constructing an internal clock of the target person according to the body state information;

and the illumination regulation and control module is used for regulating and controlling the illumination system according to the external light environment information, the current environment information and the internal clock so as to coordinate and accord the internal light environment of each functional area in the regulation and control area with the internal clock of the corresponding target person.

8. The data processing center of claim 7, further comprising a timing regulation and control module and/or a real-time regulation and control module, wherein the timing regulation and control module comprises an activity state acquisition unit, a behavior rule identification unit and a disinfection and sterilization timing regulation and control unit, and the real-time regulation and control module comprises a human body induction unit and a disinfection and sterilization real-time regulation and control unit;

the activity state acquisition unit is used for acquiring activity state information of a target person in each functional area in the regulation and control area, wherein the activity state information comprises any one of a walking state, a lying state and a sitting state;

the behavior rule identification unit is used for identifying the behavior rule of the target person according to the activity state information, wherein the behavior rule comprises an indoor stay time period and an outdoor activity time period;

the disinfection and sterilization timing regulation and control unit is used for regulating and controlling the disinfection and sterilization system according to the behavior rule so that the disinfection and sterilization operation time of each functional area in the regulation and control area is coordinated with the outdoor activity time of the corresponding target person;

the human body induction unit is used for acquiring human body induction information in each functional area in the regulation and control area;

the real-time disinfection and sterilization regulation and control unit is used for regulating and controlling the disinfection and sterilization system to stop disinfection and sterilization operation when the human body induction unit acquires human body induction information, and regulating and controlling the disinfection and sterilization system to continue disinfection and sterilization operation until the human body induction information disappears.

9. An illumination regulation system, comprising a data acquisition system, the data processing center of claim 7, and an illumination system;

the data acquisition system comprises external light environment acquisition equipment for acquiring external light environment information of each functional area in the regulation and control area, current environment acquisition equipment for acquiring current environment information of each functional area in the regulation and control area and body state acquisition equipment for acquiring body state information of target personnel in each functional area in the regulation and control area;

the lighting system comprises a lighting controller and lighting equipment, wherein the lighting controller is used for driving the lighting equipment according to a control command of the data processing center.

10. The lighting regulation system of claim 9, wherein the lighting regulation system further comprises a disinfection and sterilization system;

the data acquisition system also comprises an activity state acquisition device for acquiring activity state information of target personnel in each functional area in the regulation and control area and a human body induction acquisition device for acquiring human body induction information in each functional area in the regulation and control area;

the data processing center further comprises a timing regulation and control module and/or a real-time regulation and control module, the timing regulation and control module comprises an activity state acquisition unit, a behavior rule identification unit and a disinfection and sterilization timing regulation and control unit, the real-time regulation and control module comprises a human body induction unit and a disinfection and sterilization real-time regulation and control unit, the activity state acquisition unit is used for acquiring activity state information of target personnel in each functional area in the regulation and control area, the behavior rule identification unit is used for identifying the behavior rule of the target personnel according to the activity state information, the disinfection and sterilization timing regulation and control unit is used for regulating and controlling the disinfection and sterilization system according to the behavior rule so that the disinfection and sterilization operation time of each functional area in the regulation and control area is coordinated with the outdoor activity time of the corresponding target personnel, and the human body induction unit is used for acquiring human body induction information in each functional area in the regulation and control area, the real-time disinfection and sterilization regulation and control unit is used for regulating and controlling the disinfection and sterilization system to stop disinfection and sterilization operation when the human body sensing unit acquires human body sensing information, and regulating and controlling the disinfection and sterilization system to continue disinfection and sterilization operation until the human body sensing information disappears, wherein the activity state information comprises any one of a walking state, a lying state and a sitting state, and the behavior rule comprises an indoor stay time period and an outdoor activity time period;

the disinfection and sterilization system comprises a disinfection and sterilization controller and disinfection and sterilization equipment, wherein the disinfection and sterilization controller is used for driving the disinfection and sterilization equipment according to a control command of the data processing center.

Technical Field

The invention relates to the technical field of illumination, in particular to an illumination regulation and control method, a data processing center and an illumination regulation and control system.

Background

The traditional medical buildings such as hospitals and nursing homes mostly adopt a control mode of centralized lighting or manual regulation, the lighting regulation means is single, the problems of low illumination, uneven light emitting, serious glare and the like easily occur, meanwhile, the physiological and psychological consideration to medical staff, patients, old people and the like is lacked, and the quality feeling and the humanized requirement of lighting cannot be met.

Meanwhile, in medical buildings such as hospitals and nursing homes, disinfection and sterilization equipment usually exists as an independent system, and personnel are easily mistakenly injured due to the fact that the personnel mistakenly rush into a disinfection and sterilization site during the working period of the disinfection and sterilization equipment.

Disclosure of Invention

The technical problem to be solved by the invention is to provide an illumination regulation and control method, a data processing center and an illumination regulation and control system, which can construct independent internal clocks for target personnel in different functional areas, realize zone control and improve the texture and humanization requirements of illumination products.

The technical problem to be solved by the invention is to provide an illumination regulation and control method, a data processing center and an illumination regulation and control system, which can effectively set the sterilization and disinfection functions, avoid the influence on the daily life and work of target personnel and further ensure the safety of the personnel.

In order to solve the technical problem, the invention provides an illumination regulation and control method, which comprises the following steps: dividing a target building into a plurality of functional areas, and taking at least one of the functional areas as a regulation area; obtaining external light environment information of each functional area in the regulation and control area; acquiring current environment information of each functional area in the regulation and control area; acquiring body state information of target personnel in each functional area in the regulation and control area; constructing an internal clock of the target person according to the body state information; and regulating and controlling the lighting system according to the external light environment information, the current environment information and the internal clock so as to enable the internal light environment of each functional area in the regulated and controlled area to be coordinated and consistent with the internal clock of the corresponding target personnel.

As an improvement of the above solution, the step of constructing the internal clock of the target person according to the physical state information includes: extracting a preset clock model according to the body state information, wherein the body state information comprises one or more of age information, body temperature information, weight information, height information, eyesight information and pulse information; and constructing an internal clock according to the preset clock model.

As an improvement of the above scheme, the step of regulating and controlling the lighting system according to the external light environment information, the current environment information, and the internal clock so that the internal light environment of each functional area in the regulated and controlled area is coordinated and consistent with the internal clock of the corresponding target person includes: determining an external light reference state according to the current environment information and an internal clock, wherein the current environment information comprises one or more of temperature information, humidity information, noise information, season information and time information; and regulating and controlling the lighting system according to the external light reference state and the external light environment information so as to enable the internal light environment of each functional area in the regulated and controlled area to be consistent with the corresponding external light reference state, wherein the external light environment information comprises one or more of illumination information, color temperature information, display index information, light uniformity information, glare value information and stroboscopic index information of light under a natural light source and an artificial light source.

As an improvement of the above, the lighting control method further includes: acquiring activity state information of a target person in each functional area in the regulation and control area, wherein the activity state information comprises any one of a walking state, a lying state and a sitting state; identifying behavior rules of the target personnel according to the activity state information, wherein the behavior rules comprise an indoor stay time period and an outdoor activity time period; and regulating and controlling the disinfection and sterilization system according to the behavior rule so that the disinfection and sterilization operation time of each functional area in the regulation and control area is coordinated with the outdoor activity time of the corresponding target personnel.

As an improvement of the above, the lighting control method further includes: acquiring human body induction information in each functional area in the regulation and control area within the disinfection and sterilization operation time; when the human body induction information is acquired, the disinfection and sterilization system is regulated and controlled to stop disinfection and sterilization operation, and the disinfection and sterilization system is regulated and controlled to continue disinfection and sterilization operation until the human body induction information disappears.

As an improvement of the above, the lighting control method further includes: all functional regions were used as regulatory regions.

Correspondingly, the invention also provides a data processing center, comprising: the system comprises a partitioning module, a building control module and a building control module, wherein the partitioning module is used for partitioning a target building into a plurality of functional areas and at least one of the functional areas is used as a regulation and control area; the external light environment acquisition module is used for acquiring external light environment information of each functional area in the regulation and control area; the current environment acquisition module is used for acquiring current environment information of each functional area in the regulation and control area; the body state acquisition module is used for acquiring body state information of a target person in each functional area in the regulation and control area; the internal clock construction module is used for constructing an internal clock of the target person according to the body state information; and the illumination regulation and control module is used for regulating and controlling the illumination system according to the external light environment information, the current environment information and the internal clock so as to coordinate and accord the internal light environment of each functional area in the regulation and control area with the internal clock of the corresponding target person.

As an improvement of the above scheme, the data processing center further comprises a timing regulation and control module and/or a real-time regulation and control module, the timing regulation and control module comprises an activity state acquisition unit, a behavior rule identification unit and a disinfection and sterilization timing regulation and control unit, and the real-time regulation and control module comprises a human body induction unit and a disinfection and sterilization real-time regulation and control unit; the activity state acquisition unit is used for acquiring activity state information of a target person in each functional area in the regulation and control area, wherein the activity state information comprises any one of a walking state, a lying state and a sitting state; the behavior rule identification unit is used for identifying the behavior rule of the target person according to the activity state information, wherein the behavior rule comprises an indoor stay time period and an outdoor activity time period; the disinfection and sterilization timing regulation and control unit is used for regulating and controlling the disinfection and sterilization system according to the behavior rule so that the disinfection and sterilization operation time of each functional area in the regulation and control area is coordinated with the outdoor activity time of the corresponding target person; the human body induction unit is used for acquiring human body induction information in each functional area in the regulation and control area; the real-time disinfection and sterilization regulating and controlling unit is used for regulating and controlling the disinfection and sterilization system to stop disinfection and sterilization operation when the human body sensing unit acquires human body sensing information, and regulating and controlling the disinfection and sterilization system to continue disinfection and sterilization operation until the human body sensing information disappears.

Correspondingly, the invention also provides an illumination regulation and control system, which comprises a data acquisition system, the data processing center and an illumination system; the data acquisition system comprises external light environment acquisition equipment for acquiring external light environment information of each functional area in the regulation and control area, current environment acquisition equipment for acquiring current environment information of each functional area in the regulation and control area and body state acquisition equipment for acquiring body state information of target personnel in each functional area in the regulation and control area; the lighting system comprises a lighting controller and lighting equipment, wherein the lighting controller is used for driving the lighting equipment according to a control command of the data processing center.

As an improvement of the above scheme, the illumination regulation and control system further comprises a disinfection and sterilization system; the data acquisition system also comprises an activity state acquisition device for acquiring activity state information of target personnel in each functional area in the regulation and control area and a human body induction acquisition device for acquiring human body induction information in each functional area in the regulation and control area; the data processing center further comprises a timing regulation and control module and/or a real-time regulation and control module, the timing regulation and control module comprises an activity state acquisition unit, a behavior rule identification unit and a disinfection and sterilization timing regulation and control unit, the real-time regulation and control module comprises a human body induction unit and a disinfection and sterilization real-time regulation and control unit, the activity state acquisition unit is used for acquiring activity state information of target personnel in each functional area in the regulation and control area, the behavior rule identification unit is used for identifying the behavior rule of the target personnel according to the activity state information, the disinfection and sterilization timing regulation and control unit is used for regulating and controlling the disinfection and sterilization system according to the behavior rule so that the disinfection and sterilization operation time of each functional area in the regulation and control area is coordinated with the outdoor activity time of the corresponding target personnel, and the human body induction unit is used for acquiring human body induction information in each functional area in the regulation and control area, the real-time disinfection and sterilization regulation and control unit is used for regulating and controlling the disinfection and sterilization system to stop disinfection and sterilization operation when the human body sensing unit acquires human body sensing information, and regulating and controlling the disinfection and sterilization system to continue disinfection and sterilization operation until the human body sensing information disappears, wherein the activity state information comprises any one of a walking state, a lying state and a sitting state, and the behavior rule comprises an indoor stay time period and an outdoor activity time period; the disinfection and sterilization system comprises a disinfection and sterilization controller and disinfection and sterilization equipment, wherein the disinfection and sterilization controller is used for driving the disinfection and sterilization equipment according to a control command of the data processing center.

The implementation of the invention has the following beneficial effects:

the invention divides the target building into a plurality of functional areas by adopting a partition mode, thereby realizing the partition control of the functional areas; meanwhile, the invention can acquire the external light environment information, the current environment information and the body state information of the target personnel in the functional areas, construct independent internal clocks for the target personnel in different functional areas, and adjust and control the lighting system to ensure that the internal light environment of the functional areas is coordinated with the internal clocks of the corresponding target personnel, thereby meeting the physiological and psychological states of the target personnel, ensuring that patients can recover health more quickly, and improving the texture and humanization requirements of lighting products.

In addition, the invention also collects the activity state information of the target personnel in the functional area and regulates and controls the operation time of the disinfection and sterilization system so as to lead the disinfection and sterilization operation time of the functional area to be coordinated with the outdoor activity time of the corresponding target personnel, thereby staggering the disinfection and sterilization time and the use time of the functional area and avoiding the influence on the daily life and work of the target personnel.

Furthermore, the invention also monitors the human body induction information in the functional area within the disinfection and sterilization operation time in real time, can further ensure the safety of personnel, and avoids the condition that the personnel are mistakenly injured because the personnel mistakenly rush into the disinfection and sterilization site during the working period of the disinfection and sterilization equipment.

Drawings

FIG. 1 is a flow chart of a first embodiment of a method of regulating illumination according to the present invention;

FIG. 2 is a flow chart of a second embodiment of the illumination regulation method of the present invention;

FIG. 3 is a flow chart of a third embodiment of the illumination regulation method of the present invention;

FIG. 4 is a schematic structural diagram of a first embodiment of the illumination regulation system of the present invention;

FIG. 5 is a schematic diagram of the data processing center of FIG. 4;

FIG. 6 is a schematic structural diagram of a lighting regulation system according to a second embodiment of the present invention;

fig. 7 is a schematic diagram of the structure of the data processing center in fig. 6.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the accompanying drawings.

Referring to fig. 1, fig. 1 shows a flowchart of a first embodiment of the illumination regulation method of the present invention, which includes:

s101, dividing the target building into a plurality of functional areas, and taking at least one functional area as a regulation area.

It should be noted that the target building may be divided into a plurality of functional areas according to actual conditions, and in general, when the target building is a medical building, the target building is divided into a plurality of functional areas according to the medical building lighting standard.

For example, for a hospital-like medical building, the following ten functional areas can be divided: 1. treatment rooms, examination rooms; 2. a laboratory; 3. an operating room; 4. a consulting room; 5. waiting room, registration hall; 6. a ward; 7. a walkway; 8. a nurse station; 9. a pharmacy; 10. intensive care unit.

For another example, a medical building for a nursing home can be divided into the following four functional areas: 1. living quarters; 2. a public activity zone; 3. a logistics service area; 4. an office area.

Of course, the above functional regions may be combined or a part of the functional regions may be further subdivided according to actual situations.

Correspondingly, in the regulation and control process, one or more functional regions can be set as the regulation and control regions according to actual needs, and the functional regions in the regulation and control regions are regulated and controlled respectively. Furthermore, all the functional regions are used as the regulatory regions, and all the functional regions are regulated and controlled simultaneously.

S102, obtaining external light environment information of each functional area in the regulation and control area.

During actual work, external light environment information of each functional area is collected through external light environment collecting equipment arranged in each functional area, and the collected external light environment information is sent to an external light environment acquisition module of a data processing center.

The collected external light environment information comprises illumination information, color temperature information, display index information, light uniformity information, glare value information, stroboscopic index information and the like of light under a natural light source and an artificial light source.

S103, acquiring current environment information of each functional area in the regulation and control area.

During actual work, the current environment information of each functional area can be acquired through current environment acquisition equipment installed in each functional area, and/or network information is acquired, the current environment information is acquired through manual input, and the acquired current environment information is sent to a current environment acquisition module of the data processing center.

The current environment information which can be acquired by the current environment acquisition equipment installed in each functional area comprises temperature information, humidity information, noise information and the like;

the current environmental information, which may be acquired through a network or manually input, includes season information, time information, and the like.

And S104, acquiring the body state information of the target person in each functional area in the regulation and control area.

It should be noted that the types of target persons in different functional areas are different, and the target persons can be determined according to the purposes of the functional areas. For example, in the functional area "ward", the target person is "patient"; in the functional area "laboratory", the target person is "laboratory; in the functional area 'nurse station', the target person is 'nurse'; in the functional area, namely the living area, the target person is the old.

During actual work, the physical state information of the target person in each functional area can be recorded into the physical state acquisition equipment through the operator, and the acquired physical state information is sent to the physical state acquisition module of the data processing center through the physical state acquisition equipment. Preferably, the physical status collecting device may be a computer, a tablet computer or a mobile phone, but is not limited thereto as long as information entry can be realized.

The body state information comprises age information, body temperature information, weight information, height information, vision information, pulse information and the like.

And S105, constructing an internal clock of the target person according to the body state information.

It should be noted that different target persons have different internal clocks due to different physical states. For example, for the elderly in a nursing home, they need to build an internal clock that is early asleep and early; as another example, for critically ill patients in hospitals, they require more rest time and therefore their internal clock requires longer sleep time; as another example, for laboratory laborers, they need to maintain a constant illumination intensity during working hours and to ensure a lower illumination intensity during non-working hours, so that their internal clock needs to be constructed to match the working hours and the non-working hours.

Specifically, the step of constructing the internal clock of the target person according to the physical state information includes:

(1) extracting a preset clock model according to the body state information;

the researcher can pre-construct a database of various clock models according to preset body state standards, and when the body state information of the target person is obtained, the researcher can extract the preset clock model corresponding to the target person only by matching the body state information of the target person with the body state standards preset in the database.

(2) And constructing an internal clock according to a preset clock model.

After the preset clock model in the database is obtained, the preset clock model can be finely adjusted according to the actual situation of the target person, so that the internal clock for the target person is formed. Accordingly, the external light reference state at different times is specified in the internal clock, and the external light reference state is an ideal state that the internal light environment in the functional area should reach.

For example, for an inspector in a laboratory, its internal clock is: the stable working illumination intensity is maintained at 8:30-12:00,14:00-17: 30; the illumination intensity is kept low at 8:00-8:30,12:00-14:00 and 17:30-19: 00; 19:00-8:00 provided no illumination.

And S106, regulating and controlling the lighting system according to the external light environment information, the current environment information and the internal clock, so that the internal light environment of each functional area in the regulated and controlled area is coordinated and consistent with the internal clock of the corresponding target personnel.

Specifically, the step of regulating and controlling the lighting system according to the external light environment information, the current environment information and the internal clock so as to coordinate and accord the internal light environment of each functional area with the internal clock of the corresponding target person includes:

(1) determining an external light reference state according to the current environment information and an internal clock;

the external light environment information includes illumination information, color temperature information, display index information, light uniformity information, glare value information, stroboscopic index information, and the like of light under a natural light source and an artificial light source, the current environment information includes temperature information, humidity information, noise information, season information, time information, and the like, and external light reference states (such as the illumination information, the color temperature information, the display index information, the light uniformity information, the glare value information, the stroboscopic index information, and the like) at different times are specified in the internal clock, so that the corresponding external light reference states in the internal clock can be extracted according to the external light environment information and the current environment information.

(2) And regulating and controlling the lighting system according to the external light reference state and the external light environment information so as to enable the internal light environment of each functional area to be consistent with the corresponding external light reference state.

In actual work, the artificial light source in the functional area can be regulated and controlled, so that the internal light environment (natural light source + artificial light source) of the functional area is consistent with the external light reference state.

Therefore, the invention can construct independent internal clocks for target personnel in different functional areas to realize zone control, thereby meeting the physiological and psychological states of the target personnel, enabling patients to recover health more quickly, and improving the texture and humanization requirements of lighting products.

Referring to fig. 2, fig. 2 shows a flowchart of a second embodiment of the illumination control method of the present invention, which includes:

s201, dividing the target building into a plurality of functional areas, and taking at least one functional area as a regulation area.

S202, obtaining external light environment information of each functional area in the regulation and control area.

S203, acquiring the current environment information of each functional area in the control area.

And S204, acquiring the body state information of the target person in each functional area in the regulation and control area.

And S205, constructing an internal clock of the target person according to the body state information.

And S206, regulating and controlling the lighting system according to the external light environment information, the current environment information and the internal clock, so that the internal light environment of each functional area in the regulated and controlled area is coordinated and consistent with the internal clock of the corresponding target personnel.

And S207, acquiring activity state information of the target personnel in each functional area in the regulation and control area.

During actual work, the activity state information of the target personnel in each functional area can be collected through the activity state collecting equipment arranged in each functional area, and the collected activity state information is sent to the activity state acquiring unit of the data processing center. Preferably, the activity state acquisition device may be a sensor.

The activity state information includes any one of a walking state, a lying down state, and a sitting up state.

And S208, identifying the behavior rule of the target person according to the activity state information.

The behavior law comprises an indoor stay time period and an outdoor activity time period.

It should be noted that the behavior rule of the target person can be counted according to the activity state information of the target person. For example, if the target person lies down for a long time, it indicates that the target person is in a rest time period and cannot leave the functional area; if the functional area has no activity state information for a long time, the target person leaves the functional area; for another example, if the target person is in a walking state, it indicates that the target person is in a free movement time, and can leave the functional area at any time.

S209, the disinfection and sterilization system is regulated and controlled according to the behavior rule, so that the disinfection and sterilization operation time of each functional area in the regulation and control area is coordinated with the outdoor activity time of the corresponding target person.

According to the behavior rule of each target person in the functional area, the time that the target person leaves the functional area can be deduced, so that the time is set as the operation time of the sterilization and disinfection system, the sterilization and disinfection operation is carried out on the functional area, and the actual life and work of the target person cannot be influenced.

For example, the disinfection and sterilization operations for functional areas such as waiting rooms, registration rooms, etc. may be scheduled after work hours by the staff at night.

For another example, the sterilization operation for the functional area such as pharmacy can be scheduled after work of the staff in the evening or in the noon.

Therefore, the sterilization and disinfection time and the use time of the functional area can be staggered by the invention, and the influence on the daily life and work of target personnel is avoided.

Referring to fig. 3, fig. 3 shows a flowchart of a third embodiment of the illumination control method of the present invention, which includes:

s301, dividing the target building into a plurality of functional areas, and taking at least one functional area as a regulation area.

S302, obtaining external light environment information of each functional area in the regulation and control area.

And S303, acquiring the current environment information of each functional area in the regulation and control area.

S304, acquiring the body state information of the target person in each functional area in the regulation and control area.

S305, constructing an internal clock of the target person according to the body state information.

And S306, regulating and controlling the lighting system according to the external light environment information, the current environment information and the internal clock, so that the internal light environment of each functional area in the regulated and controlled area is coordinated and consistent with the internal clock of the corresponding target personnel.

S307, acquiring activity state information of the target personnel in each functional area in the regulation and control area.

And S308, identifying the behavior rule of the target person according to the activity state information.

S309, regulating and controlling the disinfection and sterilization system according to the behavior rule so that the disinfection and sterilization operation time of each functional area in the regulation and control area is coordinated with the outdoor activity time of the corresponding target person.

And S310, acquiring human body induction information in each functional area in the regulation and control area within the disinfection and sterilization operation time.

During actual work, the human body induction collecting equipment arranged in each functional area can collect the human body induction information of each functional area and send the collected human body induction information to the external light environment acquisition module of the data processing center. Preferably, the human body sensing acquisition device may be a sensor.

S311, when the human body induction information is acquired, the disinfection and sterilization system is regulated and controlled to stop disinfection and sterilization operation, and when the human body induction information disappears, the disinfection and sterilization system is regulated and controlled to continue disinfection and sterilization operation.

In the disinfection and sterilization operation time, lighting system closes, and human response function of human response collection equipment simultaneously opens, this moment:

if the human body induction information is not acquired, the fact that no person enters the functional area by mistake is indicated, and disinfection and sterilization can be carried out;

if the human body sensing information is acquired, the fact that a person enters the functional area by mistake is indicated, and at the moment, the disinfection and sterilization operation needs to be stopped to guarantee the safety of the person; and when the personnel leave, the disinfection and sterilization operation is automatically restarted, and the disinfection and sterilization system continues disinfection and sterilization until the disinfection and sterilization operation is completed.

Therefore, the invention can further ensure the safety of personnel and avoid the condition of personnel mistakenly injury caused by the fact that the personnel mistakenly rush into the disinfection and sterilization site during the working period of the disinfection and sterilization equipment.

Referring to fig. 4, fig. 4 shows a first embodiment of the illumination regulation and control system of the present invention, which includes a data acquisition system 1, a data processing center 2 and an illumination system 3, wherein the data acquisition system 1 and the illumination system 3 are respectively connected to the data processing center 2, specifically:

the data acquisition system 1 comprises an external light environment acquisition device 11, a current environment acquisition device 12 and a body state acquisition device 13, wherein the external light environment acquisition device 11 is used for acquiring external light environment information of each functional area in a regulation and control area, the current environment acquisition device 12 is used for acquiring current environment information of each functional area in the regulation and control area, and the body state acquisition device 13 is used for acquiring body state information of target personnel in each functional area in the regulation and control area;

the lighting system 3 includes a lighting controller 31 and a lighting device 32, and the lighting controller 31 is configured to drive the lighting device 32 according to a control command of the data processing center 2.

When the system works, the data acquisition system 1 sends the acquired external light environment information, the current environment information and the body state information to the data processing center 2, the data processing center 2 analyzes and processes the information to generate a control command, and finally the lighting system 3 drives the lighting equipment according to the control command of the data processing center 2, so that the regulation and control of the light environment are realized.

As shown in fig. 5, the data processing center 2 includes:

the partition module 21 is configured to divide the target building into a plurality of functional areas, and at least one of the functional areas is used as a control area. Generally, when the target building is a medical building, the target building is divided into a plurality of mutually independent functional areas according to the lighting standard of the medical building, so that the regional management is realized, and the flexibility is strong. Correspondingly, in the regulation and control process, one or more functional regions can be set as the regulation and control regions according to actual needs, and the functional regions in the regulation and control regions are regulated and controlled respectively; furthermore, all the functional regions are used as the regulatory regions, and all the functional regions are regulated and controlled simultaneously.

And an external light environment obtaining module 22, configured to obtain external light environment information of each functional area in the regulation and control area, where the external light environment information is collected by the external light environment collecting device 11. The external light environment information includes illumination information, color temperature information, display index information, light uniformity information, glare value information, stroboscopic index information, and the like of light under a natural light source and an artificial light source.

A current environment obtaining module 23, configured to obtain current environment information of each functional area in the regulation and control area collected by the current environment collecting device 12. The current environmental information includes temperature information, humidity information, noise information, season information, time information, and the like.

And the physical state acquiring module 24 is configured to acquire physical state information of the target person in each functional area in the control area acquired by the physical state acquiring device 13. It should be noted that the types of the target persons in different functional areas are different, the target persons can be determined according to the purposes of the functional areas, and accordingly, the physical status information includes age information, body temperature information, weight information, height information, eyesight information, pulse information, and the like.

And the internal clock constructing module 25 is used for constructing the internal clock of the target person according to the body state information. It should be noted that different target persons have different internal clocks due to different physical states. The internal clock building module 25 includes a model extraction unit and a clock building unit, the model extraction unit is configured to extract a preset clock model according to the body state information, and the clock building unit is configured to build an internal clock according to the preset clock model. Researchers can pre-construct a database of various clock models according to a preset body state standard, and when the model extraction unit acquires the body state information of a target person, the preset clock models corresponding to the target person can be extracted only by matching the body state information of the target person with the body state standard preset in the database; then, after the clock construction unit obtains the preset clock model in the database, the preset clock model can be finely adjusted according to the actual situation of the target person, so as to form an internal clock for the target person. Accordingly, the external light reference state at different times is specified in the internal clock, and the external light reference state is an ideal state that the internal light environment in the functional area should reach.

And the lighting regulation and control module 26 is configured to regulate and control the lighting system 3 according to the external light environment information, the current environment information, and the internal clock, so that the internal light environment of each functional area in the regulation and control area is coordinated and consistent with the internal clock of the corresponding target person. The lighting control module 26 includes a reference unit and a control unit, the reference unit is configured to determine an external light reference state according to the current environment information and the internal clock, and the control unit is configured to control the lighting system according to the external light reference state and the external light environment information, so that the internal light environment of each function area in the control area is consistent with the corresponding external light reference state.

It should be noted that the external light environment information includes illumination information, color temperature information, display index information, light uniformity information, glare value information, and stroboscopic index information of light under a natural light source and an artificial light source, the current environment information includes temperature information, humidity information, noise information, season information, time information, and the like, and the internal clock specifies external light reference states (for example, illumination information, color temperature information, display index information, light uniformity information, glare value information, and stroboscopic index information, and the like) at different times, so that the corresponding external light reference state in the internal clock can be extracted according to the external light environment information and the current environment information. Correspondingly, in actual work, the artificial light source in the functional area can be regulated and controlled, so that the internal light environment (natural light source + artificial light source) of the functional area is consistent with the external light reference state.

Therefore, the invention can construct independent internal clocks for target personnel in different functional areas to realize zone control, thereby meeting the physiological and psychological states of the target personnel, enabling patients to recover health more quickly, and improving the texture and humanization requirements of lighting products.

Referring to fig. 6, fig. 6 shows a second embodiment of the lighting regulation system of the present invention, which is different from the first embodiment shown in fig. 4, and further comprises a disinfection and sterilization system 4; meanwhile, the data acquisition system 1 further comprises an active state acquisition device 14 and a human body induction acquisition device 15, and the disinfection and sterilization system 4 comprises a disinfection and sterilization controller 41 and a disinfection and sterilization device 42. Specifically, the method comprises the following steps:

the activity state acquisition device 14 is used for acquiring activity state information of the target person in each functional area in the control area.

The human body induction collecting device 15 is used for collecting human body induction information in each functional area in the regulation and control area.

The sterilizing controller 41 is used to drive the sterilizing equipment 42 according to the control command of the data processing center 2.

During operation, the data acquisition system 1 sends the acquired activity state information and the human body induction acquisition equipment to the data processing center 2, the data processing center 2 analyzes and processes the information to generate a control command, and finally the disinfection and sterilization system 4 drives the disinfection and sterilization equipment 42 according to the control command of the data processing center 2, so that effective regulation and control of disinfection and sterilization are realized.

As shown in fig. 7, the data processing center 2 in this embodiment further includes a timing regulation and control module and a real-time regulation and control module, wherein the timing regulation and control module includes an activity state obtaining unit 27, a behavior rule identification unit 28 and a disinfection and sterilization timing regulation and control unit 29, and the real-time regulation and control module includes a human body sensing unit 210 and a disinfection and sterilization real-time regulation and control unit 211, specifically:

the activity state acquisition unit 27 is configured to acquire activity state information of the target person in each functional area in the control area acquired by the activity state acquisition device 14. The activity state information includes any one of a walking state, a lying down state and a sitting up state;

the behavior rule identification unit 28 is used for identifying the behavior rule of the target person according to the activity state information. It should be noted that, behavior rules of the target person can be counted according to the activity state information of the target person, and the behavior rules include an indoor stay time period and an outdoor activity time period.

The disinfection and sterilization timing control unit 29 is used for controlling the disinfection and sterilization system 4 according to the behavior rule, so that the disinfection and sterilization operation time of each functional area in the control area is coordinated with the outdoor activity time of the corresponding target person. During working, the time that the target person leaves the functional area can be deduced according to the behavior rule of each target person in the functional area, so that the time is set as the operation time of the sterilization and disinfection system, the sterilization and disinfection operation is carried out on the functional area, and the actual life and work of the target person cannot be influenced.

The human body sensing unit 210 is configured to obtain human body sensing information in each functional region of the control region collected by the human body sensing collecting device 15.

The real-time disinfection and sterilization regulation and control unit 211 is used for regulating and controlling the disinfection and sterilization system 4 to stop disinfection and sterilization operation when the human body sensing unit 210 obtains the human body sensing information, and regulating and controlling the disinfection and sterilization system 4 to continue disinfection and sterilization operation until the human body sensing information disappears. In the disinfection and sterilization operation time, the lighting system 3 is turned off, meanwhile, the human body induction function of the human body induction acquisition equipment 15 is turned on, and at the moment, if the human body induction information is not acquired, no personnel enters the functional area by mistake, so that the disinfection and sterilization operation can be carried out; if the human body sensing information is acquired, the fact that a person enters the functional area by mistake is indicated, and at the moment, the disinfection and sterilization operation needs to be stopped to guarantee the safety of the person; and when the personnel leave, the disinfection and sterilization operation is automatically restarted, and the disinfection and sterilization system 4 continues disinfection and sterilization until the disinfection and sterilization operation is finished.

It should be noted that, in practical application, the timing regulation and control module, the real-time regulation and control module, or both the timing regulation and control module and the real-time regulation and control module can be set independently according to requirements, so that the flexibility is high.

Therefore, the sterilization and disinfection time and the use time of the functional area can be staggered by the invention, thereby avoiding the influence on the daily life and work of target personnel; meanwhile, the invention can further ensure the safety of personnel and avoid the condition of personnel mistakenly injury caused by the fact that the personnel mistakenly rush into the disinfection and sterilization site during the working period of the disinfection and sterilization equipment.

While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.