CN209746612U - Education system intelligent disinfection service management and control platform based on internet - Google Patents

Abstract

An internet-based intelligent disinfection service management and control platform of an education system comprises an integrated machine and a school side management module, the integrated machine comprises a hand disinfection module, an information acquisition module, a calibration module, a detection module and a first communication module, in the utility model, the information acquisition module is used as a switch mechanism for starting the hand disinfection module, and the checking module compares the real-time facial information with pre-stored reference information, the pre-stored reference information is that the facial information of the personnel of the class is stored in the checking module in advance, when the comparison result is consistent, the comparison result shows that, the person is the person of the class, hand disinfection is initiated for the person, if not the person of the class, the hand disinfection is not started, so that the statistics of the hand disinfection condition of the class personnel in the class is realized, and the problem that the accurate evaluation of the class students in the class is influenced by the hand disinfection of the class students not in the class is avoided.

Description

Education system intelligent disinfection service management and control platform based on internet

Technical Field

The utility model relates to an intelligent management technical field especially relates to an education system intelligence disinfection service management and control platform based on internet.

Background

The school is a weak area with relatively centralized personnel and frequent personnel activities, is a weak area for spreading various diseases, is used as a school side for macroscopic management, is a problem which needs to be solved urgently by the school side and is also one of effective means for macroscopic management of the school side, and is used for applying advocated or invested disinfection equipment to practical places to objectively and truly supervise and control the disinfection, sanitation and health conditions of students and teachers.

Disclosure of Invention

It is necessary to provide an internet-based educational system intelligent disinfection service management and control platform which respectively monitors each class and forms background big data according to monitoring data.

An internet-based intelligent disinfection service management and control platform of an education system comprises an integrated machine and a school management module, wherein the integrated machine comprises a hand disinfection module, an information acquisition module, a proofreading module, a detection module and a first communication module, the information acquisition module is used for acquiring real-time facial information of a person standing in front of the integrated machine and providing the real-time facial information to the proofreading module, the proofreading module compares the real-time facial information with prestored reference information and sends starting information to the hand disinfection module according to a comparison result, the hand disinfection module starts information action according to the comparison result so as to disinfect hands of the person, the detection module is connected with the hand disinfection module so as to detect the times of the hand disinfection action of the hand disinfection module and provide the times to the school management module through the first communication module, the information acquisition module sends starting information to the hand disinfection module according to the comparison result, and the real-time facial information is also provided to a school management module, and the school management module counts and summarizes the real-time facial information and the frequency information of the corresponding hand disinfection actions to form health condition big data of each student or the whole class in the class.

The utility model discloses in, regard as the on-off mechanism who starts hand disinfection module with the information acquisition module, and the school compares real-time facial information with the reference information that prestores to the module, the reference information that prestores is to store in the school in advance the facial information of the personnel of this class in the module, when the result of comparison is unanimous, show that this personnel is the personnel of this class, start the hand disinfection to this personnel, if not the personnel of this class, do not start the hand disinfection, so, the statistics to the hand disinfection condition of personnel of this class has been realized, the accurate evaluation that the student of this class is influenced to the non-this class student of carrying out the hand disinfection;

And the detection module sends the disinfection times of the hand disinfection module and the facial features of the personnel corresponding to the times to the school management module, and the school management module carries out statistical analysis on the personnel and the disinfection times thereof, so that a class of personnel and the corresponding disinfection condition and health condition thereof are obtained, and the effect of macroscopically managing the health condition of the students from the school is realized.

drawings

Fig. 1 is a schematic structural diagram of an integrated machine in an internet-based intelligent disinfection service management and control platform of an educational system.

Fig. 2 is a block diagram of the connection between the integrated machine and the school party management module.

Fig. 3 is a functional block diagram of the intelligent disinfection service management and control platform of the internet-based education system.

Fig. 4 is a graph of hand disinfection for a class of learning using the present platform statistics.

In the figure: the intelligent hand-cleaning robot comprises an integrated machine 10, a spray head 101, a hand disinfection module 11, an information acquisition module 12, a calibration module 13, a detection module 14, a first communication module 15, a second communication module 16, an air disinfection module 17, a second timing unit 18, an audible and visual alarm module 19, a calibration management module 20, a central control unit 21 and a first timing unit 22.

Detailed Description

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without creative efforts.

Referring to fig. 1 to 3, an embodiment of the present invention provides an internet-based intelligent disinfection service management and control platform for an education system, including an integrated machine 10 and a school management module 20, where the integrated machine 10 includes a hand disinfection module 11, an information collection module 12, a proofreading module 13, a detection module 14, and a first communication module 15, the information collection module 12 is configured to collect real-time facial information of a person standing in front of the integrated machine 10 and provide the real-time facial information to the proofreading module 13, the proofreading module 13 compares the real-time facial information with prestored reference information, and sends start information to the hand disinfection module 11 according to a comparison result, the hand disinfection module 11 starts information action accordingly to disinfect hands of the person, the detection module 14 is connected with the hand disinfection module 11 to detect the number of times of the hand disinfection action of the hand disinfection module 11, the times are provided to the school party management module 20 through the first communication module 15, the information acquisition module 12 sends starting information to the hand disinfection module 11 according to the comparison result, meanwhile, the real-time facial information is also provided to the school party management module 20, and the school party management module 20 counts and summarizes the real-time facial information and the time information of the corresponding hand disinfection actions, so that the health status big data of each student or the whole class in the class is formed.

For example, the method for the school manager 20 to count and summarize the real-time facial information and the disinfection frequency information corresponding to the real-time facial information at least includes the following steps: the school management module 20 prestores basic information of students in each class, such as names and physical health conditions, the school management module 20 takes the real-time facial information as the standard, each piece of facial information represents one student, and the times of hand loss of each student every day are respectively counted, so that the hygiene habit big data of each student are formed;

The number of students who have done manual work and the number of students who do not have done manual work can be counted, and the number of students who have done manual work can be easily counted, for example, the school administration management module 20 counts the number of times of the received real-time facial information (i.e. comparison is successful), and records the number of times of the received real-time facial information as one time, and then divides the number of times of the real-time facial information and the number of the students of the whole class to form a value of the proportion of the disinfection cost of the hands of one class, thereby reflecting the whole sanitary condition and the health condition of the class. The school side masters the sanitation condition of the class and simultaneously realizes supervision and management on the sanitation of the class, thereby managing students to form good sanitation habits from a macroscopic view.

The number of times of hand-off of each student per day can be arranged according to the date to form big health data of each student, for example, students with more hand-off times per day can be marked as being in good health and healthy condition, and students with less hand-off times per day can be marked as being in general health and healthy condition. Not only can master the participation condition of each student to the hand disinfection, but also can master the understanding and the mood of each student on the sanitation and the love of health according to the data.

The utility model is different from the conventional hand disinfection machine and attendance machine. The conventional hand disinfection machine only disinfects the personnel, whether the disinfection is really carried out or not and cannot be supervised, the disinfection frequency cannot be recorded, even if the disinfection frequency is recorded, the disinfection frequency cannot correspond to the hand disinfection personnel one by one, and the hand disinfection personnel cannot be counted and tracked. The attendance machine only records the attendance condition of the personnel through information acquisition, can not organically unify attendance information and the manual attendance of the personnel, and can not supplement the two functions to each other to control and supervise each other.

Further, the integrated machine 10 further includes a second communication module 16, and the second communication module 16 connects the school management module 20 with the mobile phone terminal of the student parent, so as to send the health status big data of each student or the whole class in the class, which is obtained by processing by the school management module 20, to the mobile phone terminal of the student parent.

Therefore, the disinfection condition of the student and the corresponding health condition are reflected to the parents, so that the parents master the health condition, the health condition or the living habits of the children, and the parents are urged to disinfect the hands of the children according to the data, thereby forming good living and health habits.

Further, information acquisition module 12 is facial information acquisition unit, and facial information acquisition unit sets up in the top of the shower nozzle 101 of hand disinfection module 11 to start hand disinfection module 11 through facial scanning, whether gather the completion through hand disinfection module 11 response facial information acquisition unit simultaneously.

Therefore, the facial acquisition is completed while the hands are removed, and the two functions are operated at one time without separate operation and are completed respectively. And only if the face collection is correct, the hand-elimination can be started, so that the automatic control of the hand-elimination module is realized, whether the face collection is finished or not can be reflected through the action of the hand-elimination module, if the hand-elimination module can not be started, the face collection unit is indicated to be working, and at the moment, the problems that the personnel are not the class personnel and the standing position of the personnel is incorrect can be solved. The two functions complement each other and are mutually controlled and supervised.

Compared with the prior art, the two functions are controlled respectively, or independently controlled or simply superposed, and are completely different.

The hand disinfection module 11, the working principle and the spray head 101 and the detection module 14 in the patent are the same as those of the former proposal 2017105202342.

As shown in fig. 4, assuming that a certain class of the second year has 20 students in common, and the corresponding face information is 20, the number of times of hand-over and hand-off of a certain day of the class and the corresponding situation of the students are supervised, and the following table 1 is obtained:

further, integrated machine 10 still includes the casing, and sets up in the air disinfection module 17 at casing top, and air disinfection module 17 is the ozone disinfection machine, and the ozone disinfection machine sets up in the inside top of casing, and sets up the gas pocket in the casing top, and the ozone disinfection machine passes through the gas pocket and absorbs outside air to turn into ozone with the oxygen in the air, and outwards discharge from the through-hole, in order to disinfect to the air of surrounding space.

Further, the ozone disinfection machine is also connected with the school side management module 20 through the first communication module 15, so that the ozone disinfection machine of each integrated machine 10 arranged in each classroom is uniformly controlled through the school side management module 20 to realize disinfection.

Generally, each classroom is inside all to set up independent disinfection facility, for example ultraviolet ray disinfection lamp, after leaving school, or regularly there is the professional to operate the start, carries out the inside space disinfection in classroom, and the personnel on duty of mr or school's arrangement of this class for example operate ultraviolet lamp, and this kind of mode is original laggard behind, and is inefficient, operates inconveniently, and from the school side angle, can't monitor the space disinfection and really go on in real time, also leads to the school side can't master the inside disinfection condition and the sanitary conditions of class yet. So the utility model discloses set up the ozone disinfection machine on integrated machine 10 and disinfected to the space, moreover, the control of this ozone disinfection machine is the unified remote control of school side, so not only can guarantee the true effectual going on of disinfection, and school side can monitor the space disinfection condition of every class moreover, has solved above-mentioned artificial disinfection's problem.

For example, the ozone disinfection machine is always kept in a charged state, and the school administration management module 20 remotely controls the on-off of the ozone disinfection machine through the communication module.

Further, a first timing unit 22 is further arranged inside the school party management module 20, the central control unit 21 of the school party management module 20 sends a start control instruction to the ozone disinfection machine and also sends first timing information to the first timing unit 22, after the timing of the first timing unit 22 according to the preset time is finished, the central control unit 21 sends first closing information to the central control unit 21 of the school party management module 20, the central control unit 21 sends a stop control instruction to the ozone disinfection machine according to the first closing information, and the space disinfection of the ozone disinfection machine is finished.

Further, the integrated machine 10 further includes a second timing unit 18, the second timing unit 18 is connected to a central control unit 21 of the teacher management module 20 through a first communication module 15, the internet-based intelligent disinfection service management and control platform of the education system further includes an ozone concentration detector, the ozone concentration detector is disposed inside the classroom, the central control unit 21 of the teacher management module 20 sends a start control instruction to the ozone sterilizer to detect the real-time ozone concentration inside the classroom, the ozone concentration detector sends the real-time ozone concentration to the central control unit 21 of the teacher management module 20 through the first communication module 15, the central control unit 21 compares the real-time ozone concentration with a pre-stored reference ozone concentration according to the real-time ozone concentration, and sends second timing information to the second timing unit 18 according to the comparison result, after the second timing unit 18 finishes timing according to the preset time, second closing information is sent to the central control unit 21 of the school side management module 20, the central control unit 21 sends a stop control instruction to the ozone disinfection machine and the ozone concentration detector according to the second closing information, and the ozone disinfection machine stops detecting after space disinfection is finished.

In this scheme, adopt second timing unit 18 and ozone concentration detector combined action, realize the control to the inside space disinfection of classroom, different with the above-mentioned scheme that adopts first timing unit 22, first timing unit 22 begins the timing when well accuse unit 21 sends the enabling signal to ozone sterilizing machine, the problem that exists like this is, if just begin the ozone concentration in the classroom and can not reach certain requirement, then can not play sterile effect, the condition of virtual disinfection exists. In the scheme, the second timing unit 18 is started after the ozone concentration is detected, so that the condition of virtual disinfection caused by insufficient concentration is avoided.

In addition, in the scheme, the ozone concentration detector and the ozone disinfection machine are synchronously started and stopped, and the ozone concentration detector is different from a conventional ozone concentration detector which detects and implements work in real time, and meets the requirements of energy conservation and consumption reduction.

Further, the conventional detection time is preset according to the system time inside the central control unit 21, the central control unit 21 further sends a starting detection signal to the ozone concentration detector according to the preset conventional detection time, the ozone concentration detector acts according to the starting detection signal and sends a detection result to the central control unit 21 through the first communication module 15, the central control unit 21 compares the received ozone concentration detected by the ozone concentration detector with the pre-stored safe ozone concentration and sends alarm information to the sound and light alarm module 19 according to the comparison result, so that students outside the class can know the ozone content inside the class, and ozone poisoning is avoided.

By this, the ozone sterilizer of the school side remote control is working sterilization at night, such as 11: 00, stopping disinfection after a certain time, for example, 30 minutes, then naturally emitting ozone along the gaps of windows and doorways in the classroom, wherein the emission time is very long, for example, one night, so that the concentration of ozone in the classroom is reduced to a safe value after the ozone is emitted, and the normal class in the classroom on the next day is not influenced.

However, under such control, the school party still worrys about the existence of a leak, for example, the air circulation inside the classroom is not good, which causes the ozone emission to be unsmooth, so the central control unit 21 is further provided with safe ozone concentration and regular detection time, for example, the regular detection time preset by the central control unit 21 is 7:00 in the morning and 7:00 in the morning every day, the central control unit 21 controls the ozone concentration detector to detect the ozone content inside the classroom, if the ozone concentration is lower than the preset safe ozone concentration, it indicates that the classroom can be normally used, and if the ozone concentration is higher than the safe ozone concentration, an audible and visual alarm is given to prompt the students not to enter the classroom.

To sum up, the utility model discloses from school's side angle, be used for detecting that whether there is real disinfection and classroom to use before having respectively and remain excessive ozone, not only guaranteed thorough disinfection, can also monitor the security of disinfecting back classroom air, the two compromises, has avoided can only guaranteeing the defect of an aspect among the prior art.

The embodiment of the utility model provides a module or unit in the device can merge, divide and delete according to actual need.

While the invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.

Claims (6)

1. The utility model provides an educational system intelligence disinfection service management and control platform based on internet which characterized in that: the integrated machine comprises an integrated machine and a school management module, wherein the integrated machine comprises a hand disinfection module, an information acquisition module, a school module, a detection module and a first communication module, the information acquisition module is connected with the school module, the school module is connected with the hand disinfection module, the hand disinfection module is connected with the detection module, the information acquisition module and the detection module are both connected with the first communication module, the first communication module is connected with the school management module, the information acquisition module is a facial information acquisition unit, the hand disinfection module is used for disinfecting hands of people, the detection module is used for detecting the times of hand disinfection action of the hand disinfection module, the integrated machine further comprises a machine shell and an air disinfection module arranged at the top of the machine shell, the air disinfection module is an ozone disinfection machine which is arranged at the top inside the machine shell, and an air hole is formed at the top of the machine shell, the ozone sterilizer absorbs external air through the air holes, converts oxygen in the air into ozone, and discharges the ozone outwards from the through holes so as to sterilize the air in the surrounding space.

2. The internet-based educational system intelligent disinfection service management and control platform of claim 1, wherein: the integrated machine further comprises a second communication module, the second communication module connects the school management module with the mobile phone terminal of the student parent, and the school management module processes the health condition big data of each student or the whole class in the obtained class and sends the health condition big data to the mobile phone terminal of the student parent.

3. The internet-based educational system intelligent disinfection service management and control platform of claim 1, wherein: facial information acquisition unit sets up in the top of hand disinfection module's shower nozzle to start hand disinfection module through facial scanning, whether gather the completion through hand disinfection module reaction facial information acquisition unit simultaneously.

4. The internet-based educational system intelligent disinfection service management and control platform of claim 3, wherein: the ozone disinfection machine is further connected with the school side management module through the first communication module, so that the ozone disinfection machine of each integrated machine arranged in each classroom is uniformly controlled through the school side management module, and disinfection is achieved.

5. The internet-based educational system intelligent disinfection service management and control platform of claim 4, wherein: the method comprises the steps that a first timing unit is arranged in a school management module, a central control unit of the school management module sends a starting control instruction to an ozone disinfection machine and first timing information to the first timing unit, after the first timing unit times out according to preset time, the first timing unit sends first closing information to the central control unit of the school management module, the central control unit sends a stopping control instruction to the ozone disinfection machine according to the first closing information, and space disinfection of the ozone disinfection machine is finished.

6. The internet-based educational system intelligent disinfection service management and control platform of claim 5, wherein: the control unit is internally preset with routine detection time according to system time, the control unit also sends a starting detection signal to the ozone concentration detector according to the preset routine detection time, the ozone concentration detector acts according to the starting detection signal and sends a detection result to the control unit through the first communication module, the control unit compares the ozone concentration detected by the received ozone concentration detector with the pre-stored safe ozone concentration and sends alarm information to the sound and light alarm module according to the comparison result, so that students outside a class can know the ozone content inside the class, and ozone poisoning is avoided.