CN115620565B - Lighting system based on intelligent interaction touch control integrated machine - Google Patents
Lighting system based on intelligent interaction touch control integrated machine Download PDFInfo
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- CN115620565B CN115620565B CN202211299562.1A CN202211299562A CN115620565B CN 115620565 B CN115620565 B CN 115620565B CN 202211299562 A CN202211299562 A CN 202211299562A CN 115620565 B CN115620565 B CN 115620565B
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B5/00—Electrically-operated educational appliances
- G09B5/02—Electrically-operated educational appliances with visual presentation of the material to be studied, e.g. using film strip
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- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C11/00—Non-optical adjuncts; Attachment thereof
- G02C11/10—Electronic devices other than hearing aids
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- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C7/00—Optical parts
- G02C7/10—Filters, e.g. for facilitating adaptation of the eyes to the dark; Sunglasses
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
Abstract
The invention belongs to the technical field of lighting systems based on lighting devices, and provides a lighting system based on an intelligent interactive touch integrated machine. The intelligent interaction touch control all-in-one sends adaptive lens display control information to corresponding intelligent glasses to control the lens display adaptive screen color of the intelligent glasses when a class person enters a specific distance interval, the adaptive screen color comprises at least two adaptive screen colors, and each adaptive screen color display section is set for display time, so that the problem that key failure is frequently caused by automatically controlling the lens display adaptive screen color of the intelligent glasses, the problem that the key pressing frequency of the intelligent glasses is frequently caused is solved, the problem that the class person cannot know what kind of adaptive screen color display needs to be selected for better vision protection is solved, the problem that the class person erroneously selects the screen color display is solved, and high-efficiency and convenient screen color display control is realized.
Description
Technical Field
The invention relates to the technical field of lighting systems based on lighting devices, in particular to a lighting system based on an intelligent interactive touch integrated machine.
Background
With the continuous development of information electronization, users need to use a light emitting device as a display carrier for a large amount of information every day, for example, the users read electronic information through a light emitting display device such as a smart phone, a computer screen, an electronic screen and the like. When the electronic information is read for a long time, uncomfortable symptoms such as dryness, tearing and the like are often generated on eyes of a user, and the adverse effects of the electronic information on eyes and eyesight of the user are more obvious when the electronic information is read for a long time. Especially when teaching and propagating knowledge through intelligent interactive touch control all-in-one, the person of listening to lessons and the person of giving lessons need to face the luminous electronic screen of intelligent interactive touch control all-in-one for a long time, and adverse effect on eyesight is serious. In addition, the person listening to lessons in front of the intelligent interactive touch integrated machine may change concentration due to various reasons, resulting in unsatisfactory knowledge acquisition effect, irregular sitting posture, and long-term physical health effects such as spinal strain. The adverse effect of the electronic light-emitting screen on eyesight is mainly caused by brightness and electronic radiation, and in order to solve the problem, the brightness of the intelligent interactive touch integrated machine is usually manually adjusted by a lecturer or a maintainer, but because the distances between the lecturer and the light-emitting screen of the intelligent interactive touch integrated machine are different, the method for uniformly adjusting the brightness of the light-emitting screen of the intelligent interactive touch integrated machine cannot meet the requirements of comfortable reading of screen information of the lecturer at different distances. In order to protect eyesight, some students buy intelligent glasses with eyesight protection function and wear the glasses, and the glasses legs of the intelligent glasses are provided with display switching keys, so that users can see different screen colors through the lenses through the switching keys, and the situation that vision fatigue is caused by watching a single screen color for a long time is avoided, and vision health is damaged. The intelligent glasses with vision protection function play a positive role in protecting the vision to a certain extent, but are suitable for displaying screen colors of lenses at a certain distance from a luminous screen of the intelligent interaction touch control integrated machine, a user does not have any correction mechanism when selecting an improper screen display color at a certain distance through keys, the problem that the keys are easy to malfunction due to frequent pressing of the switching keys by the user is solved by switching the screen display colors, the intelligent glasses with vision protection function are not simply worn, and in the prior art, the intelligent glasses with vision protection function and the intelligent interaction touch control integrated machine do not have any interaction, and cannot support each other functionally.
In summary, in the existing lighting system technology based on the lighting device, there are technical problems that the intelligent interaction touch control integrated machine cannot meet the requirements of the students at different distances for comfortably reading screen information, interaction with the vision protection intelligent glasses does not exist, and the intelligent interaction touch control integrated machine cannot support each other in function.
Disclosure of Invention
In order to solve the technical problems, the invention provides the following scheme.
The invention provides a lighting system based on an intelligent interactive touch control integrated machine, which comprises:
the intelligent interactive touch control integrated machine is arranged in a multifunctional room capable of accommodating a plurality of groups of lecture-listening personnel; the groups of lecture-listening personnel are positioned at different distances from the screen of the intelligent interactive touch control integrated machine; the intelligent interactive touch control integrated machine is provided with a plurality of functional controls, and the functional controls are used for operating and controlling the intelligent interactive touch control integrated machine for teaching personnel;
the intelligent glasses are distributed to the groups of class listening personnel for wearing; the intelligent interactive touch integrated machine stores a plurality of distance intervals and lens display control information matched with each distance interval, and when a lesson listener enters a specific distance interval, the intelligent interactive touch integrated machine sends the matched lens display control information to the corresponding intelligent glasses to control the lenses of the intelligent glasses to display the matched screen colors; the adapted screen colors include at least two adapted screen colors; each adapted screen color is displayed for a set display time.
Preferably, when the intelligent interaction touch integrated machine receives a display switching request within a set display time of a certain adapted screen color, the intelligent interaction touch integrated machine sends lens display switching control information to the corresponding intelligent glasses to control the display of another adapted screen color of the default order of lens switching of the intelligent glasses.
Preferably, the set presentation time for each adapted screen color presentation is the same; or the set presentation time for each adapted screen color presentation is different.
Preferably, when a screen color display switching button of the intelligent glasses is pressed, the intelligent glasses send the display switching request to the intelligent interactive touch integrated machine.
Preferably, the intelligent glasses comprise a voice receiving module, and when the voice receiving module receives a screen color display switching command of a class hearing person, the intelligent glasses send the display switching request to the intelligent interactive touch integrated machine.
Preferably, each of the plurality of sets of smart glasses includes an identity tag; the intelligent glasses are arranged in the intelligent glasses boxes in a scattered mode, and the intelligent glasses boxes are arranged on desks of the plurality of groups of class listening personnel in a scattered mode; the intelligent interaction touch control integrated machine stores the matching information of each identity tag and the lens display control information corresponding to each identity tag; after a certain intelligent glasses are started, the intelligent interaction touch control integrated machine acquires information of an identity tag of the started intelligent glasses and compares the information with the matching information, and after matching is successful, the corresponding lens display control information is sent to the started intelligent glasses to control the lens display of the intelligent glasses to adapt to the screen color. Alternatively, each smart lens of the plurality of sets of smart lenses includes a positioning tag that provides a real-time location of the smart lens; the intelligent interactive touch control all-in-one machine stores different radiation distance intervals centering on the intelligent interactive touch control all-in-one machine, and lens display control information adaptive to each radiation distance interval; the intelligent interaction touch control all-in-one machine obtains the real-time position of each intelligent glasses, and sends adaptive lens display control information to the intelligent glasses to control the lens display adaptive screen color of the intelligent glasses after judging that the real-time position of each intelligent glasses falls into a radiation distance interval.
Further, the identity tag writes in identity information of a corresponding class listener; the intelligent interactive touch control integrated machine stores the identity information and the attendance electronic watch of the groups of lecture-listening personnel; after a certain intelligent glasses are started, the intelligent interaction touch control integrated machine obtains information of identity tags of the started intelligent glasses and identity information of the plurality of groups of class-answering personnel to be compared and inquired, and after the corresponding class-answering personnel are inquired, the information of the corresponding class-answering personnel is controlled to be displayed in a first color on the attendance electronic watch.
Further, the intelligent interaction touch control integrated machine obtains information of an identity tag of the intelligent glasses started in a set time period, compares and inquires the information with the identity information of the plurality of groups of class-answering personnel, counts the information of the class-answering personnel displayed in the first color in the attendance electronic watch after the inquiry time is over, and gathers the information of all the class-answering personnel displayed in the first color to generate an attendance table and sends the attendance table to the teaching management end.
Further, the intelligent interaction touch control integrated machine obtains information of an identity tag of the intelligent glasses started in a set time period, compares and inquires the information with the identity information of the plurality of groups of class-answering personnel, counts the information of the class-answering personnel displayed in the first color in the attendance electronic watch after the inquiry time is over, and gathers the information of all the class-answering personnel which are not displayed in the first color to generate an absence duty table and sends the absence duty table to the teaching staff management end.
Further, the intelligent interaction touch control integrated machine extracts information of a single absenteeism class person in the absenteeism service table and sends the information to the entrusting management end.
Further, the intelligent glasses comprise a sitting posture collecting device, the sitting posture collecting device collects the pitching state and the rotation state of the head of the person listening to class and transmits the pitching state and the rotation state to the intelligent interaction touch control integrated machine, the intelligent interaction touch control integrated machine compares the pitching state and the rotation state with the sitting posture health threshold value, and when the pitching state and the rotation state are in the sitting posture health threshold value range, a standard feedback signal is generated and sent to the intelligent glasses to control the intelligent glasses to report to the corresponding person listening to class.
Further, when any one of the pitching state and the rotating state exceeds the sitting posture health threshold range, the intelligent interaction touch integrated machine generates a correction feedback signal and sends the correction feedback signal to the intelligent glasses to control the intelligent glasses to broadcast to corresponding class listening staff.
Compared with the prior art, the invention has the beneficial effects that:
according to the lighting system based on the intelligent interactive touch integrated machine, the intelligent interactive touch integrated machine is arranged in a multifunctional room capable of accommodating a plurality of groups of class participants, the groups of class participants are located at different distances from the screen of the intelligent interactive touch integrated machine, the intelligent interactive touch integrated machine is provided with a plurality of functional controls, the functional controls are used for operating and controlling the intelligent interactive touch integrated machine for the class participants, the intelligent interactive touch integrated machine is used for being worn by the groups of class participants, the intelligent interactive touch integrated machine stores a plurality of distance intervals and lens display control information matched with each distance interval, when the class participants enter specific distance intervals, the matched lens display control information is sent to the corresponding intelligent glasses to control the lens display matched screen color of the intelligent glasses, the matched screen color comprises at least two matched screen colors, each matched screen color display is set for a set time, so that the class participants do not need to press buttons of the intelligent glasses to display the screen color, meanwhile, the matched color of the lenses of the intelligent glasses can be automatically controlled, the intelligent glasses is used for being distributed to the groups of the class participants to wear, the intelligent interactive touch integrated machine stores a plurality of distance intervals and each distance interval and sends the matched lens display control information to the corresponding intelligent glasses when the class participants enter specific distance intervals, the corresponding distance intervals are well, the problem that the display of the corresponding screen color display is needed to be displayed by the intelligent glasses is well, and the distance information is displayed, and the problem that the intelligent glasses can be displayed to be better, and the well controlled to display the screen color display is displayed when the corresponding to the distance personnel is well. In addition, the screen color of adaptation includes at least two kinds of screen color of adaptation, and the screen color of each adaptation demonstrates one section and presumes the show time to avoid single screen color to demonstrate and cause asthenopia, reduce simultaneously and listen to the manual frequency of pressing the button adjustment switching screen color demonstration of class personnel.
Drawings
FIG. 1 is a schematic diagram of a lighting system based on an intelligent interactive touch integrated machine;
FIG. 2 is a schematic view of the smart glasses of FIG. 1 in a smart glasses case and a desk;
FIG. 3 is a schematic diagram of the smart glasses of FIG. 1 with a positioning tag in communication with an intelligent interactive touch all-in-one machine;
FIG. 4 is a schematic diagram of the intelligent glasses arrangement sitting posture collection device of FIG. 1 in communication with an intelligent interactive touch all-in-one machine;
fig. 5 is a schematic diagram of communication between the intelligent glasses and the intelligent interactive touch control all-in-one machine, the delegate management end and the teaching management end in fig. 2.
Detailed Description
For the purpose of making the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Example 1
Referring to fig. 1-5, the present embodiment provides a lighting system based on an intelligent interactive touch integrated machine, including: the intelligent interaction touch control all-in-one and multiunit intelligent glasses. The intelligent interactive touch control integrated machine is arranged in a multifunctional room capable of accommodating a plurality of groups of lecture-listening personnel; the groups of lecture-listening personnel are positioned at different distances from the screen of the intelligent interactive touch control integrated machine; the intelligent interactive touch control integrated machine is provided with a plurality of functional controls, and the functional controls are used for operating and controlling the intelligent interactive touch control integrated machine for teaching personnel; the intelligent glasses are used for being distributed to the groups of class listening personnel to wear; the intelligent interactive touch integrated machine stores a plurality of distance intervals and lens display control information matched with each distance interval, and when a lesson listener enters a specific distance interval, the intelligent interactive touch integrated machine sends the matched lens display control information to the corresponding intelligent glasses to control the lenses of the intelligent glasses to display the matched screen colors; the adapted screen colors include at least two adapted screen colors; each adapted screen color is displayed for a set display time. Further, when the intelligent interaction touch control all-in-one machine receives a display switching request within a set display time of a certain adaptive screen color, the intelligent interaction touch control all-in-one machine sends lens display switching control information to the corresponding intelligent glasses to control the display of another adaptive screen color of the default order of lens switching of the intelligent glasses. Preferably, the set presentation time for each adapted screen color presentation is the same; or the set presentation time for each adapted screen color presentation is different. Preferably, when a screen color display switching button of the intelligent glasses is pressed, the intelligent glasses send the display switching request to the intelligent interactive touch integrated machine. Preferably, the intelligent glasses comprise a voice receiving module, and when the voice receiving module receives a screen color display switching command of a class hearing person, the intelligent glasses send the display switching request to the intelligent interactive touch integrated machine.
In the traditional education, teaching staff uses a blackboard and chalk to record teaching sharing knowledge, and although the blackboard has defects in sanitation, convenience, functional diversity and the like, the traditional blackboard has little influence on eyesight of students. After the intelligent interactive touch integrated machine is used for replacing a traditional blackboard, the luminous display screen of the intelligent interactive touch integrated machine is unfavorable for the vision protection of students, although the intelligent interactive touch integrated machine is sanitary, convenient and multifunctional. If the brightness of the intelligent interactive touch control integrated machine is to be adjusted so as to reduce the vision damage of the light-emitting display screen of the intelligent interactive touch control integrated machine to the vision of the closer lecturer, the vision protection of the far lecturer can be reduced or even be unfavorable for the vision protection of the far lecturer. In the embodiment, the intelligent interactive touch control all-in-one machine is arranged in a multifunctional room capable of accommodating a plurality of groups of lecture-taking staff, the groups of lecture-taking staff are arranged at different distances from the screen of the intelligent interactive touch control all-in-one machine, the intelligent interactive touch control all-in-one machine is provided with a plurality of functional controls, the plurality of functional controls are used for operating and controlling the intelligent interactive touch control all-in-one machine for teaching the lecture staff, the plurality of groups of intelligent glasses are used for being worn by the groups of lecture-taking staff, the intelligent interactive touch control all-in-one machine stores a plurality of distance intervals and lens display control information matched with each distance interval, the lecture-taking staff sends the matched lens display control information to the corresponding intelligent glasses to control the lens display matched screen color of the intelligent glasses when entering a specific distance interval, the matched screen color comprises at least two matched screen colors, the screen color display of each adaptation is one section to set for the show time to need not to listen to the personnel of class and press the button of intelligent glasses and carry out screen color display selection, but the lens of automatic control intelligent glasses show the screen color of adaptation simultaneously, the frequent problem that causes the button failure of intelligent glasses button to press frequently is solved, the problem that the personnel of listening to class does not know what kind of screen color display of what kind of adaptation needs to select just can better protect eyesight is solved, the problem of listening to class personnel's wrong selection screen color display is solved, in addition, send the screen color of the lens display adaptation of adaptation control information control intelligent glasses to corresponding intelligent glasses when listening to class personnel gets into specific distance interval, realize high-efficient, convenient screen color display control. In addition, the screen color of adaptation includes at least two kinds of screen color of adaptation, and the screen color of each adaptation demonstrates one section and presumes the show time to avoid single screen color to demonstrate and cause asthenopia, reduce simultaneously and listen to the manual frequency of pressing the button adjustment switching screen color demonstration of class personnel. The screen color of the lens display adaptation can be the final screen color seen by the lesson listening personnel through the lens after the light of the intelligent interactive touch control all-in-one screen irradiates the lens. For example, the brightness emitted by the screen of the intelligent interactive touch integrated machine is white, and the brightness emitted by the screen of the intelligent interactive touch integrated machine is light green after the lesson listener sees the vision protection color of the lenses. According to the embodiment, according to the difference of the distance between the screen of the intelligent interactive touch integrated machine and the near screen of the lecturer, the adaptive screen color is displayed through the automatic control lens, so that the final screen color seen by different lectures-listening personnel is different, for example, the screen seen by the first-row lecturer is A color, the screen seen by the second-row lecturer is B color, the screen seen by the third-row lecturer is C color, the screen seen by the fourth-row lecturer is D color and the like, thereby relieving visual fatigue and realizing vision protection. It can be understood that the asthenopia of the lecturer can be relieved, so that the occurrence of the fatigue, distraction and other conditions of the lecturer is reduced, and the concentration and knowledge receiving efficiency of the lecturer are improved.
It should be noted that, when the display switching request is received in the setting display time of a certain adaptive screen color through the intelligent interaction touch integrated machine, the embodiment sends the display of another adaptive screen color of the default sequence to the corresponding intelligent glasses by using the lens display switching control information to control the lenses of the intelligent glasses, so that free switching freedom in the setting display time is provided, the lesson taker can switch display in at least two adaptive screen colors according to own experience, the user experience is improved, the screen color display rule of the specific lesson taker is met, and vision protection is more facilitated.
It should be further noted that, in this embodiment, through interaction between the intelligent interaction touch control integrated machine and the intelligent glasses, mutual support in functions is realized, and a brand new luminous display control system is formed. The intelligent interaction touch control all-in-one machine can display functions of screens with different colors by utilizing lenses of the intelligent glasses, effectively solves the vision protection problem of users who listen to lessons with different distances, and utilizes a plurality of distance intervals stored by the intelligent interaction touch control all-in-one machine and lens display control information of each distance interval adaptation to receive the adaptive lens display control information sent by the intelligent interaction touch control all-in-one machine when a lesson person enters a specific distance interval to control the screen color of the lens display adaptation of the intelligent glasses, so that the technical effects of automatically determining the adaptive screen color display and automatically switching the display time are achieved.
Example two
Referring to fig. 1-5, in a preferred embodiment of the second embodiment as the first embodiment, in this embodiment, each of the plurality of sets of smart glasses includes an identity tag; the intelligent glasses are arranged in the intelligent glasses boxes in a scattered mode, and the intelligent glasses boxes are arranged on desks of the plurality of groups of class listening personnel in a scattered mode; the intelligent interaction touch control integrated machine stores the matching information of each identity tag and the lens display control information corresponding to each identity tag; after a certain intelligent glasses are started, the intelligent interaction touch control integrated machine acquires information of an identity tag of the started intelligent glasses and compares the information with the matching information, and after matching is successful, the corresponding lens display control information is sent to the started intelligent glasses to control the lens display of the intelligent glasses to adapt to the screen color.
It should be noted that, because the intelligent glasses boxes are dispersedly arranged on the desks of the multiple groups of class listening personnel, each intelligent glasses box corresponds to a unique intelligent glasses, the position of the desk is usually fixed in a multifunctional room, therefore, the distance between each intelligent glasses on each desk and the intelligent interaction touch integrated machine is relatively fixed, the embodiment compares the information of the identity tag of each intelligent glasses with the matching information of each identity tag stored by the intelligent interaction touch integrated machine, after the identity of a specific intelligent glasses is identified, the lens display control information which is matched with the distance between the intelligent glasses corresponding to the identity and the screen of the intelligent interaction touch integrated machine is automatically sent to the screen color of the lens display adaptation of the intelligent glasses, the position information is not required to be acquired and compared during the period, the data processing amount is small, the computing resource occupancy rate is low, and the technical effects of saving computation and transmission resources are realized.
It should be noted that, the above-mentioned mode that utilizes desk to combine intelligent spectacle case and intelligent glasses, bind the distance between class personnel position and the intelligent mutual touch-control all-in-one, although have advantages such as resource saving in data processing, it also has an obvious defect, namely intelligent mutual touch-control all-in-one only recognizes intelligent glasses's identity label, just default intelligent glasses and intelligent mutual touch-control all-in-one between the distance be fixed invariable distance, and then default corresponding lens show control information, but in actual conditions do not get rid of and take place to remove by class personnel's desk and the class personnel move the situation that intelligent glasses left original desk, if still send lens show control information according to the identity label at this moment, it is possible to let intelligent glasses's lens show the screen colour of discomfort, for example, if intelligent glasses of last row wear on first class personnel, because intelligent mutual touch-control all-in-one defaults identity label of intelligent glasses still can continue to send the lens show control information control lens colour of the matching with last row, thereby cause intelligent glasses's lens not suitable screen colour of face is unfavorable for the eyesight of class personnel of protection. In addition, each desk needs to be provided with an intelligent glasses box, so that the original desk is changed greatly, the construction difficulty is increased, the education cost is increased, and the maintenance difficulty is increased.
Example III
Referring to fig. 1-5, in order to solve the disadvantage of the technical solution of the embodiment two in which the identity tag matches the lens to display the control information, in a third embodiment, each of the plurality of sets of intelligent glasses includes a positioning tag, and the positioning tag provides a real-time position of the intelligent glasses; the intelligent interactive touch control all-in-one machine stores different radiation distance intervals centering on the intelligent interactive touch control all-in-one machine, and lens display control information adaptive to each radiation distance interval; the intelligent interaction touch control all-in-one machine obtains the real-time position of each intelligent glasses, and sends adaptive lens display control information to the intelligent glasses to control the lens display adaptive screen color of the intelligent glasses after judging that the real-time position of each intelligent glasses falls into a radiation distance interval.
It should be noted that, obtain the real-time position of every glasses through the location label real-time positioning, intelligent mutual touch-control all-in-one stores with the different radiation distance intervals and every of intelligent mutual touch-control all-in-one as the center radiation distance interval adaptation's lens show control information, and acquire every the real-time position of intelligent glasses, judge every after the radiation distance interval that the real-time position of intelligent glasses falls into sends the control information control of the lens show adaptation of adaptation to the intelligent glasses the screen color of lens show adaptation of intelligent glasses to do not need to be in fixed position through desk and intelligent glasses again, carry out the default with the identity label and bind, effectively improve the lens show uncomfortable screen color that intelligent glasses position variation caused, be unfavorable for the technical defect of hearing class personnel's vision protection, and need not reform transform original desk, avoid causing the construction degree of difficulty to increase, education cost increase, maintenance degree of difficulty scheduling problem to take place.
Example IV
Referring to fig. 1-5, in order to further improve the second embodiment, in this embodiment, the identity tag writes the identity information of the corresponding lecturer; the intelligent interactive touch control integrated machine stores the identity information and the attendance electronic watch of the groups of lecture-listening personnel; after a certain intelligent glasses are started, the intelligent interaction touch control integrated machine obtains information of identity tags of the started intelligent glasses and identity information of the plurality of groups of class-answering personnel to be compared and inquired, and after the corresponding class-answering personnel are inquired, the information of the corresponding class-answering personnel is controlled to be displayed in a first color on the attendance electronic watch. Further, the intelligent interaction touch control integrated machine obtains information of an identity tag of the intelligent glasses started in a set time period, compares and inquires the information with the identity information of the plurality of groups of class-answering personnel, counts the information of the class-answering personnel displayed in the first color in the attendance electronic watch after the inquiry time is over, and gathers the information of all the class-answering personnel displayed in the first color to generate an attendance table and sends the attendance table to the teaching management end. Further, the intelligent interaction touch control integrated machine obtains information of an identity tag of the intelligent glasses started in a set time period, compares and inquires the information with the identity information of the plurality of groups of class-answering personnel, counts the information of the class-answering personnel displayed in the first color in the attendance electronic watch after the inquiry time is over, and gathers the information of all the class-answering personnel which are not displayed in the first color to generate an absence duty table and sends the absence duty table to the teaching staff management end. Further, the intelligent interaction touch control integrated machine extracts information of a single absenteeism class person in the absenteeism service table and sends the information to the entrusting management end.
It should be noted that, in this embodiment, by writing the identity information of the corresponding class-answering person into the identity tag, and storing the identity information of the multiple groups of class-answering persons and the attendance electronic watch in the intelligent interaction touch integrated machine, the intelligent interaction touch integrated machine is utilized to obtain the information of the identity tag of the started intelligent glasses and the identity information of the multiple groups of class-answering persons for comparison and inquiry, and after the corresponding class-answering person is inquired, the information of the corresponding class-answering person is controlled to be displayed in the first color on the attendance electronic watch, so that corresponding management is convenient for the attendance personnel. In addition, the intelligent interaction touch control all-in-one machine is used for acquiring the information of the identity tag of the intelligent glasses started in a set time period and comparing and inquiring the identity information of the plurality of groups of lecture-takers, counting the information of the lecture-takers displayed in the first color in the attendance electronic watch after the inquiring time is over, summarizing the information of all the lecture-takers displayed in the first color to generate an attendance table, and sending the attendance table to the teaching management end, so that the attendance table is independently displayed, display and calculation resources are saved, and the teaching management end is convenient to know the attendance condition. The set time periods are, for example, a morning school time period and a afternoon school time period. In addition, the intelligent interaction touch control all-in-one machine is used for acquiring the information of the identity tag of the intelligent glasses started in a set time period and comparing and inquiring the identity information of the plurality of groups of class-answering personnel, counting the information of the class-answering personnel displayed in the first color in the attendance electronic watch after the inquiring time is finished, summarizing the information of all the class-answering personnel which are not displayed in the first color, generating an absenteeism table, and sending the absenteeism table to the absenteeism management end, so that the absenteeism table is independently displayed, display and calculation resources are saved, and the absenteeism situation is conveniently known by the absenteeism management end. In addition, the intelligent interaction touch control integrated machine is used for extracting information of a single attendance and class-listening person in the attendance and attendance table and sending the information to the entrusting management end, for example, a mobile intelligent terminal of a parent is sent, so that relevant responsible parties are notified in the first time, and the attendance and class-listening person information processing system is more efficient and convenient compared with a traditional roll call or attendance signature mode, and meanwhile privacy of the attendance and class-listening person is protected.
Example five
Referring to fig. 1-5, in this embodiment, the intelligent glasses include a sitting posture collection device, the sitting posture collection device collects a pitching state and a rotation state of a head of a person listening to lessons and transmits the pitching state and the rotation state to the intelligent interactive touch integrated machine, the intelligent interactive touch integrated machine compares the pitching state and the rotation state with a sitting posture health threshold, and when both the pitching state and the rotation state are within the sitting posture health threshold, a standard feedback signal is generated and sent to the intelligent glasses to control the intelligent glasses to report to the person listening to lessons. Further, when any one of the pitching state and the rotating state exceeds the sitting posture health threshold range, the intelligent interaction touch integrated machine generates a correction feedback signal and sends the correction feedback signal to the intelligent glasses to control the intelligent glasses to broadcast to corresponding class listening staff.
It should be noted that, in this embodiment, through setting up the position of sitting collection device at intelligent glasses, position of sitting collection device gathers the every single move state and the rotation state of listening personnel's head to intelligent mutual touch-control all-in-one is transmitted, intelligent mutual touch-control all-in-one will every single move state and rotation state are compared with position of sitting health threshold, pitch state with when the rotation state all is in position of sitting health threshold scope, generate standard feedback signal and send to intelligent glasses control intelligent glasses report to corresponding listening personnel, intelligent mutual touch-control all-in-one is in pitch state with when any state in the rotation state all surpasss position of sitting health threshold scope, generate correction feedback signal and send to intelligent glasses control intelligent glasses report to corresponding listening personnel to realize healthy auxiliary management, protect listening personnel's health.
Finally, it needs to be generally explained that, the lighting system based on intelligent interactive touch all-in-one that the embodiment provided above, its intelligent interactive touch all-in-one sets up in the multi-functional room that can hold multiunit class personnel, multiunit class personnel sit in the screen of the intelligent interactive touch all-in-one and separate different distances, intelligent interactive touch all-in-one is provided with a plurality of functional controls, a plurality of functional controls are used for giving class personnel operation control intelligent interactive touch all-in-one, multiunit intelligent glasses are used for distributing multiunit class personnel to wear, intelligent interactive touch all-in-one stores a plurality of distance intervals and the lens show control information of every distance interval adaptation, send the screen colour of the lens show control information control intelligent glasses of adaptation to corresponding intelligent glasses when class personnel gets into specific distance interval, the screen colour of adaptation includes the screen colour of at least two kinds of adaptation, each screen colour of adaptation shows one section and sets up the show time, thereby the button that does not need to press the button of intelligent glasses carries out screen colour selection and can also automatically control the lens show the screen colour of intelligent glasses simultaneously, the problem that the lens show that the intelligent glasses can be frequently lead to the fact the display colour to the fact when the class personnel gets into the specific distance interval, the control glasses of the display colour of the glasses is frequently is not need to be selected, the problem that the display colour of the glasses can be frequently is better is solved when the control the distance has been selected to be displayed to the screen colour of the glasses is displayed. In addition, the screen color of adaptation includes at least two kinds of screen color of adaptation, and the screen color of each adaptation demonstrates one section and presumes the show time to avoid single screen color to demonstrate and cause asthenopia, reduce simultaneously and listen to the manual frequency of pressing the button adjustment switching screen color demonstration of class personnel.
Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and not for limiting the same; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some or all of the technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit of the invention.
Claims (9)
1. Luminous system based on intelligent mutual touch-control all-in-one, characterized by comprising:
the intelligent interactive touch control integrated machine is arranged in a multifunctional room capable of accommodating a plurality of groups of lecture-listening personnel; the groups of lecture-listening personnel are positioned at different distances from the screen of the intelligent interactive touch control integrated machine; the intelligent interactive touch control integrated machine is provided with a plurality of functional controls, and the functional controls are used for operating and controlling the intelligent interactive touch control integrated machine for teaching personnel;
the intelligent glasses are distributed to the groups of class listening personnel for wearing; the intelligent interactive touch integrated machine stores a plurality of distance intervals and lens display control information matched with each distance interval, and when a lesson listener enters a specific distance interval, the intelligent interactive touch integrated machine sends the matched lens display control information to the corresponding intelligent glasses to control the lenses of the intelligent glasses to display the matched screen colors; the adapted screen colors include at least two adapted screen colors; each adapted screen color is displayed for a set display time;
each intelligent glasses in the plurality of groups of intelligent glasses comprises an identity tag; the intelligent glasses are arranged in the intelligent glasses boxes in a scattered mode, and the intelligent glasses boxes are arranged on desks of the plurality of groups of class listening personnel in a scattered mode; the intelligent interaction touch control integrated machine stores the matching information of each identity tag and the lens display control information corresponding to each identity tag; after a certain intelligent glasses are started, the intelligent interaction touch control integrated machine acquires information of an identity tag of the started intelligent glasses and compares the information with the matching information, and after matching is successful, the corresponding lens display control information is sent to the started intelligent glasses to control the lens display of the intelligent glasses to adapt to the screen color.
2. The lighting system of claim 1, wherein when the intelligent interactive touch integrated machine receives a display switching request within a set display time of a certain adapted screen color, the intelligent interactive touch integrated machine sends lens display switching control information to the corresponding intelligent glasses to control display of another adapted screen color of a default order of lens switching of the intelligent glasses.
3. The lighting system of claim 1, wherein the set presentation time for each adapted screen color presentation is the same; or, the set presentation time for each adapted screen color presentation is different.
4. The lighting system of claim 2, wherein the smart glasses send the display switch request to the smart interactive touch all-in-one when a screen color display switch button of the smart glasses is pressed.
5. The lighting system of claim 2, wherein the smart glasses include a voice receiving module that, when receiving a screen color presentation switching command of a lecturer, transmits the presentation switching request to the intelligent interactive touch all-in-one machine.
6. The lighting system of claim 1, wherein the intelligent glasses case is disposed on either side of a case inside a desk case of the desk; or, the intelligent glasses case is arranged on the ground side of the desk case of the desk.
7. The lighting system of claim 6, wherein the identity tag writes identity information of a corresponding lecturer; the intelligent interactive touch control integrated machine stores the identity information and the attendance electronic watch of the groups of lecture-listening personnel; after a certain intelligent glasses are started, the intelligent interaction touch control integrated machine obtains information of identity tags of the started intelligent glasses and identity information of the plurality of groups of class-answering personnel to be compared and inquired, and after the corresponding class-answering personnel are inquired, the information of the corresponding class-answering personnel is controlled to be displayed in a first color on the attendance electronic watch.
8. The lighting system of claim 7, wherein the intelligent interactive touch control all-in-one machine obtains information of an identity tag of the intelligent glasses which are started up in a set time period, compares and inquires the information with the identity information of the plurality of groups of lectures-taking staff, counts the information of the lectures-taking staff displayed in the first color in the attendance electronic watch after the inquiry time is over, and gathers the information of all the lectures-taking staff displayed in the first color to generate an attendance list and sends the attendance list to the teaching staff management end.
9. The lighting system of claim 7, wherein the intelligent interactive touch control all-in-one machine obtains information of an identity tag of the intelligent glasses which are started up and identity information of the plurality of groups of lecture-taking staff in a set period of time, performs comparison and inquiry, performs statistics on information of the lecture-taking staff displayed in a first color in the attendance electronic watch after the inquiry time is over, and gathers information of all the lecture-taking staff which are not displayed in the first color to generate an absenteeism table and sends the absenteeism table to the teaching management end.
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