CN107993319B - Kindergarten intelligent teaching and management system - Google Patents
Kindergarten intelligent teaching and management system Download PDFInfo
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- CN107993319B CN107993319B CN201711302528.4A CN201711302528A CN107993319B CN 107993319 B CN107993319 B CN 107993319B CN 201711302528 A CN201711302528 A CN 201711302528A CN 107993319 B CN107993319 B CN 107993319B
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Abstract
An intelligent teaching and management system for kindergartens is characterized in that: the system comprises a music playing platform, a morning detection system, a projector, a terminal computer, an information storage module, an information server and a parent APP, wherein the terminal computer is connected with a GPS positioning module, a camera and the projector; the morning check system comprises an infrared thermometer, a high-temperature voice alarm module and a time module; the camera is used for shooting moving pictures of infants and teachers, and the projector is used for releasing interactive teaching courses of teachers and VR accidental disaster live-action practicing pictures; the terminal computer is internally provided with an information storage module, and the information storage module comprises an infant body temperature information storage module, a music material storage module and a video storage module. The invention can improve the teaching management quality of the kindergarten and is convenient for parents to know the condition of the kindergarten at any time.
Description
The technical field is as follows:
the invention relates to an education management system, in particular to an intelligent education management system for a kindergarten.
Background art:
kindergarten is the main life and study place of infant, because the cognitive competence of infant is limited and self-care ability is relatively poor, has not understood self health status, does not have safety consciousness and self-protection consciousness, so must avoid making the head of a family worry about infant in kindergarten's health status and life state. Meanwhile, for the daily care and education of the young children by the young children, because the expression capacity of the young children is limited, parents cannot know the labours paid by the young children, so that the educated condition and the cared condition of the young children cannot be really and accurately known, and the young children are often misunderstood due to the wrong expression of the young children, so that unnecessary misunderstanding and contradiction are caused between the parents and the young children, and the work of the young children is greatly disturbed if the misunderstanding is caused. Specifically, the management of the conventional kindergarten mainly has the following problems:
when a child is in use every day, at least one young teacher receives the child at the door and measures the body temperature of the child, so that the working strength of the young teacher is improved;
secondly, although the infant teacher can measure the body temperature of the infant by using the infrared thermometer every day, parents of the infant cannot know the body temperature of the infant, and if the temperature value of each infant is informed to the parents, the workload of the infant teacher is greatly increased, which is not practical;
in the aspect of teaching of the young teacher, face-to-face teaching instruction is mainly adopted, teaching materials of the young teacher mainly depend on entity teaching aids such as textbooks and blackboards, the teaching mode needs the young teacher to vividly express teaching contents, if the teacher cannot vividly and accurately express the teaching materials, the teaching materials are not beneficial to the children to fully understand and master the teaching contents of the teacher, for example, the teacher often shows animals in daily life such as tigers, lions and foxes, the existing mode mainly enables the students to understand and master the teaching materials through pictures and teachers to imitate the sounds, actions and other forms of the animals, and therefore the teaching difficulty of the young teacher is improved. Meanwhile, parents cannot watch the teaching condition of a teacher at any time and know the learning condition of infants;
for the daily scene experience of the infant in the social life, such as social practice experience of asking a way, crossing a road and looking at a traffic light, the knowledge can be known only through the conversation between the infant and the infant, and the infant is not in a real environment, so that the knowledge points taught by the infant are difficult to master; for example, professional role experiences such as doctors, nurses and drivers are performed, and since the infants are not in a real environment, the knowledge points taught by the infants are difficult to master, and the infants do not have strong interest; particularly for the drilling of escape from disasters such as fire or earthquake, the existing method only listens to the instruction of a teacher for drilling, cannot perform real-field experience, and cannot enable students to comprehensively and firmly master escape knowledge;
and fifthly, the outdoor activity content and the activity facility of the infant are single, and when the infant moves outdoors, the infant cannot know the real-time position of each infant at any time due to limited energy of a young teacher, and the infant is easy to get lost or go beyond the safe activity range to cause accidental injury if careless.
The invention content is as follows:
the invention provides an intelligent kindergarten teaching and management system for improving the quality of kindergarten teaching management and facilitating parents to know the condition of a kindergarten at any time.
The invention discloses an intelligent kindergarten teaching and management system, which adopts the technical scheme that: comprises a middle-end computer, a mobile phone terminal, an entrance guard automatic door, a GPS positioning module, a time module, an infrared thermometer, a voice player, an indoor camera, a projector, a screen wall and an outdoor plate,
the mobile phone terminal downloads the parent APP, and then accesses the information which is only related to the children and uploaded by the middle-end computer through the network;
the middle-end computer is internally provided with an information storage module, and the information storage module comprises an infant information storage module, a music material storage module and a monitoring video storage module;
the indoor camera is used for shooting pictures at the automatic door of the access control and indoor pictures and transmitting the pictures to the middle-end computer, and the middle-end computer is used for receiving the pictures shot by the indoor camera and carrying out face recognition on the infant in the pictures to judge the identity of the infant;
the GPS positioning module is worn on a child body and used for positioning the position of the child and transmitting the position information of the child to the middle-end computer, the middle-end computer is used for controlling the opening and closing of the access control automatic door after receiving the information transmitted by the GPS positioning module, the middle-end computer is used for controlling the voice player to play voice which is adaptive to the age of the child according to the age of the child after carrying out identity recognition on the child and carrying out voice conversation with the child, and the middle-end computer is used for controlling the voice player to carry out voice alarm when the child is far away from a garden;
the infrared thermometer is used for detecting the body temperature of the infant and transmitting body temperature data to the middle-end computer, and the middle-end computer stores the received body temperature data into the personal file of the infant in the infant information storage module after carrying out identity recognition on the infant; the middle-end computer is used for controlling the voice player to carry out voice alarm on abnormal body temperature when the body temperature of the infant is abnormal;
the middle-end computer is used for controlling the projector to release VR live-action drilling video to the screen wall;
the middle-end computer is used for controlling the projector to put interactive teaching video on a screen wall based on a somatosensory control technology;
the middle-end computer is used for controlling the time module to record the receiving time of each signal and the issuing time of each command;
the outdoor section comprises a music playing platform and a maze section,
the music playing platform comprises an infrared photoelectric switch, a power supply and a music player, wherein a closed circuit formed by connecting two ends of the infrared photoelectric switch with the positive electrode and the negative electrode of the power supply is connected with a middle-end computer, and the middle-end computer is used for controlling the music player to play music corresponding to the infrared photoelectric switch in a music material storage module according to the connected infrared photoelectric switch;
the maze edition block comprises an outdoor camera arranged beside a maze, maze automatic doors arranged in all passages of the maze and a maze voice player, wherein the outdoor camera is used for shooting pictures at the maze and transmitting the pictures to a middle-end computer, the middle-end computer is used for controlling the maze voice player to play question and answer voices adaptive to the age of the infant after identifying the identity of the infant and carrying out voice conversation with the infant, and the interrupt computer is used for controlling the maze automatic doors at the position of the infant to be opened or closed after the infant answers voice questions played by the maze voice player.
As a further improvement of the invention, a video capture module is arranged in the middle-end computer. The middle-end computer is convenient for carrying out face recognition on people in the picture shot by the camera through the video capturing module, and the definition of the face recognition is improved.
As a further improvement of the invention, if a staircase is arranged outside the access automatic door, each step of the staircase is a music step. According to the arrangement, every time an infant steps on one step, a piece of music can be given, the given music can be a single syllable, so that the interest of the infant in going upstairs by oneself is improved, and meanwhile, music knowledge is infused into the infant.
As a further improvement of the invention, the music step comprises a battery, a music bell and a switch, the battery, the music bell and the switch are connected in series to form a closed circuit, and the switch is arranged in the step. With the arrangement, when the infant steps on the step, the switch moves downwards under the stepping of the infant to enable the circuit connector to sound the music ring. The switch has a reset function, when the feet of the infant are lifted, the switch is reset to be disconnected, and the music bell is turned off.
As a further improvement of the invention, the music step comprises a music bell and a pressure sensor, the pressure sensor is arranged in the step, the pressure sensor is connected with a middle-end computer, and the middle-end computer controls the music bell to play a ring corresponding to the pressure sensor in the step after receiving a pressure signal of the pressure sensor. According to the arrangement, after the infant steps on the step, the pressure sensor monitors that the pressure signal is transmitted to the middle-end computer, and the middle-end computer can control the music bell corresponding to the pressure sensor on the step to sound.
As a further improvement of the present invention, the VR live-action drilling video includes a VR fire live-action drilling video, a VR earthquake live-action drilling video, a VR role experience live-action drilling video, and a VR social life calendar live-action drilling video. Therefore, different scenes are experienced through different VR live-action drilling videos, teaching is diversified, and except for the scenes, other VR live-action drilling scenes which can be achieved according to the idea of the invention can be achieved.
The invention has the beneficial effects that: according to the invention, the relevant information of each child in the garden is stored by the middle-end computer, and parents can check the information relevant to the children by logging in the parents APP through mobile phones. In particular, the present invention has the following advantages:
according to the invention, the automatic door of the door control is automatically opened after a child enters a garden through the arranged door control system, and then the identity of the child is identified by the middle-end computer to control the voice player to play voice corresponding to the age of the child and talk with the child, so that the situation that a young teacher personally receives the child at the door is completely replaced, and the workload of the young teacher is reduced;
the morning check system is arranged, so that when the body temperature of a child is higher than a standard body temperature value during morning check of the child entering a garden every day, the middle-end computer plays high-temperature warning voice through the voice player to remind a young teacher to pay attention, so that the young teacher can take corresponding nursing measures, and parents can check the body temperature of the child in the day and know the health condition of the child after logging in the parent APP;
secondly, the middle-end computer puts videos on a screen wall through the projector based on the somatosensory control technology to carry out interactive teaching, so that the teaching contents of the teachers are richer, the teachers can understand the videos conveniently, the learning interest of the infants is improved, and the teaching difficulty of the teachers is reduced. In the interactive teaching process, a picture of a child in class is transmitted to a middle-end computer by a camera, the middle-end computer captures and shoots target images of participants, namely the child and a young teacher, through a video capturing module, extracts a clearer video picture and stores the video picture into a monitoring video storage module, meanwhile, the video picture is stored into a personal file of a child information storage module, and parents log in parents apps to see the class situation of the child in a kindergarten;
thirdly, VR live-action drilling pictures such as fire, earthquake, role experience, social life process and the like are played through the projector, so that a young teacher and students can feel personally on the scene, the drilling authenticity is increased, and the students can master related knowledge comprehensively and thoroughly;
and fourthly, the middle-end computer can know the position of each child at any time through the GPS positioning module worn on each child, so that the phenomenon that the child is lost is avoided, and the safety of the child in the garden is improved.
In addition, as the outdoor edition block is provided with the music playing platform and the maze edition block, the music playing platform automatically switches the played music according to outdoor light, the music does not need to be manually switched by a young teacher, and the working intensity of the young teacher is also reduced; wherein the maze edition piece sets up different questions according to the infant of different age brackets, if answer correctly, the maze automatically-controlled door is opened, if answer wrong maze automatically-controlled door still is in the closed condition, and the correct answer is broadcast through the pronunciation player to let the infant know and master simultaneously to the middle-end computer, lets the child consolidate and mastered knowledge when playing through the mode of asking for answering like this, has realized the purpose that edutainment is in happy.
Description of the drawings:
FIG. 1 is a schematic diagram of the overall structure of the present invention;
FIG. 2 is a schematic view of the door access system;
FIG. 3 is a schematic diagram of the morning check system;
FIG. 4 is a schematic diagram of the interactive teaching system and VR live action drill;
FIG. 5 is a schematic diagram of the structural principle of the labyrinth plate;
FIG. 6 is a schematic diagram of the structure of an information storage module;
FIG. 7 is a schematic structural diagram of a music playing platform;
FIG. 8 is a circuit diagram of a music step;
fig. 9 is a schematic block diagram of a music step circuit.
The specific implementation mode is as follows:
the following detailed description of the embodiments of the present invention is made with reference to fig. 1 to 9:
example one
Referring to fig. 1, the kindergarten intelligent teaching management system of the invention comprises a middle-end computer, a mobile phone terminal, an entrance guard automatic door, a GPS positioning module, a time module, an infrared thermometer, a voice player, an indoor camera, a projector, a screen wall and an outdoor plate,
the mobile phone terminal downloads the parent APP, and then accesses the information which is uploaded by the middle-end computer and is only related to the child of the family through the network, and as the attention of the parent is mainly on the child of the family, the invention establishes a personal file for each child in the child information storage module, so that the activity and related information of the child in the hospital are stored in the personal file of the child, and the parent can directly see all information related to the child of the family after logging in the parent APP, so that the time of the parent is saved, and the privacy among the children is protected, thereby preventing the privacy of the children from being unnecessarily leaked;
referring to fig. 6, an information storage module is arranged in the middle-end computer, and the information storage module comprises an infant information storage module, a music material storage module and a monitoring video storage module;
the indoor camera is used for shooting pictures at the automatic door of the access control and indoor pictures and transmitting the pictures to the middle-end computer, and the middle-end computer is used for receiving the pictures shot by the indoor camera and carrying out face recognition on the infant in the pictures to judge the identity of the infant;
referring to fig. 2, the GPS module is worn on a child for positioning the position of the child and transmitting the position information of the child to the middle-end computer, the middle-end computer is used for controlling the opening and closing of the door access automatic door after receiving the information transmitted by the GPS module, the middle-end computer is used for controlling the voice player to play voice corresponding to the age of the child according to the age of the child after identifying the identity of the child and performing voice conversation with the child, the middle-end computer is used for controlling the voice player to perform voice alarm when the child is far from the campus, for example, when the middle-end computer receives the signal of the GPS module and the child enters the monitoring range of the camera in the campus, if the child is far from the campus or is brought away from the campus by others, the middle-end computer controls the voice broadcaster to perform voice alarm, the access control system has the advantages that a young teacher is informed to go out to check the infant in time, the phenomenon that the infant is lost or turns away maliciously by others is avoided, and the use safety of the access control system is improved;
referring to fig. 3, the infrared thermometer is used for detecting the body temperature of the infant and transmitting body temperature data to the middle-end computer, and the middle-end computer performs identity recognition on the infant and then stores the received body temperature data in the infant's personal file in the infant information storage module; the middle-end computer is used for controlling the voice player to carry out voice alarm of abnormal body temperature when the body temperature of the infant is abnormal so as to remind a young teacher to pay attention to the physical condition of the infant and take corresponding treatment measures in time;
referring to fig. 4, the middle-end computer is used for controlling the projector to launch VR live-action drilling videos to the screen wall, wherein the VR live-action drilling videos comprise VR fire live-action drilling videos, VR earthquake live-action drilling videos, VR role experience live-action drilling videos and VR social life calendar live-action drilling videos;
referring to fig. 4, the middle-end computer is used for controlling the projector to release an interactive teaching video to a screen wall based on a somatosensory control technology;
referring to fig. 1, the outdoor section includes a music playing platform and a maze section,
referring to fig. 7, the music playing platform includes an infrared photoelectric switch, a power supply and a music player, wherein a closed circuit formed by connecting two ends of the infrared photoelectric switch with the positive and negative poles of the power supply is connected to a middle-end computer, and the middle-end computer is used for controlling the music player to play music corresponding to the infrared photoelectric switch in a music material storage module according to the switched-on infrared photoelectric switch;
referring to fig. 5, the maze layout includes an outdoor camera disposed beside the maze, a maze automatic door disposed in each passage of the maze, and a maze voice player, the outdoor camera is used to shoot the picture at the maze and transmit the picture to a middle-end computer, the middle-end computer identifies the identity of the infant and then controls the maze voice player to play the question and answer voice corresponding to the age of the infant to perform voice conversation with the infant, the interrupt computer controls the opening or closing of the maze automatic door at the position of the infant after the infant answers the voice question played by the maze voice player, the maze layout sets up different questions according to the infant at different ages, if the answer is correct, the maze automatic door is opened, if the maze automatic door is still closed in response error, meanwhile, the middle-end computer plays the correct answer through the voice player to make the infant understand and grasp, therefore, the children can consolidate and master knowledge while playing games in a question-and-answer mode, and the purpose of edutainment is achieved;
the middle-end computer is used for controlling the time module to record the receiving time of each signal and the issuing time of each command.
Furthermore, a video capture module is arranged in the middle-end computer, and the human face recognition is carried out through the video capture module.
Referring to fig. 8, if the entrance guard's automatically-controlled door is provided with the stair outward, then every step of stair is the music step, the music step includes battery 1, music bell 2 and switch 3, and battery 1, music bell 2 and switch 3 establish ties and form closed circuit, switch 3 locates in the step. The switch 3 has a reset function, when the feet of the infant are lifted, the switch 3 is reset and disconnected, and the music bell 2 is turned off.
The invention discloses a using method of a kindergarten intelligent teaching management system, which comprises the following steps:
a. access control system
a1, the entrance guard system is composed of a GPS positioning module, an entrance guard automatic door, an indoor camera, a voice player, a time module and a middle-end computer, when the infant moves towards the entrance guard automatic door, the middle-end computer receives the positioning information of the GPS positioning module, controls the entrance guard automatic door to open, enables the infant to enter the room, and records the time of the infant entering the room through the time module;
a2, after the infant enters the room, the indoor camera takes the picture of the infant, the middle computer firstly identifies the infant in the picture, and then controls the voice player to play the voice which is suitable for the age of the infant according to the age of the infant to carry out voice conversation with the infant;
a3, the middle computer stores the received pictures of the children taken by the indoor camera in the garden into the monitoring video storage module and simultaneously stores the pictures into the personal files of the children in the child information storage module;
a4, the middle computer records the time of the child entering the garden through the time module, and stores the time into the personal file of the child in the child information storage module;
b. morning check system
b1, the morning check system is composed of an infrared thermometer, an indoor camera, a voice player, a time module and a middle computer, the infrared thermometer is arranged beside the automatic entrance guard door, the body temperature of the infant is detected by the infrared thermometer and transmitted to the middle computer, meanwhile, the middle computer identifies the infant who is shot by the indoor camera and carries out body temperature measurement,
b2, the middle-end computer stores the received picture of the infant body temperature measurement shot by the indoor camera in the monitoring video storage module, and simultaneously stores the video of the infant body temperature measurement and the body temperature data of the infant in the infant personal file in the infant information storage module;
b3, the middle computer records the temperature measuring time of the infant through the time module and stores the time into the personal file of the infant in the infant information storage module;
c. interactive teaching system
c1, the interactive teaching system consists of an indoor camera, a projector, a screen wall, a time module and a middle-end computer, wherein the middle-end computer puts interactive teaching video on the screen wall through the projector based on a somatosensory control technology, and a juvenile and an infant perform somatosensory interactive teaching along with body movement, and the indoor camera shoots interactive teaching pictures of the juvenile and the infant and transmits the pictures to the middle-end computer;
c2, the middle-end computer stores the received interactive teaching video of the young teacher and the infant into the monitoring video storage module and simultaneously stores the video into the personal file of the infant in the infant information storage module;
c3, the middle computer records the time of interactive teaching through the time module, and stores the time into the personal file of the infant in the infant information storage module;
d. VR live-action drill
d1, the VR live-action drill is composed of an indoor camera, a projector, a screen wall, a time module and a middle-end computer, the middle-end computer puts the scene of the VR live-action drill on the screen wall through the projector based on the VR technology, and a young teacher guides the young child to drill the scene according to the scene of the VR live-action drill;
d2, the middle-end computer stores the received scene drilling video shot by the indoor camera into the monitoring video storage module and simultaneously stores the video into the personal file of the infant in the infant information storage module;
d3, the middle computer records the scene drilling time through the time module and stores the time into the personal file of the infant stored in the infant information storage module;
e. music playing platform
e1, when one of the infrared photoelectric switches is closed, the middle-end computer receives the signal after the infrared photoelectric switch is closed;
e2, the middle computer searches the music corresponding to the infrared photoelectric switch in the music material storage module, and then controls the music player to play the music;
f. labyrinth plate
f1, when the child enters the maze board, the middle computer identifies the child in the picture shot by the maze camera,
f2, the middle-end computer controls the maze voice player to play question and answer voice which is suitable for the age of the infant according to the age of the infant and carries out voice conversation with the infant;
f3, if the infant answers the question played by the maze voice player, the middle-end computer controls the opening of the entrance guard automatic door, and the infant continues to break the way;
f4, the middle computer stores the received motion video of the infant in the maze, which is shot by the maze camera, in the monitoring product storage module and simultaneously stores the motion video in the individual file of the infant in the infant information storage module;
d3, the middle computer records the time of the baby moving in the maze through the time module and stores the time into the personal file of the baby stored in the baby information storage module.
Example two
Referring to fig. 9, a difference between this embodiment and the first embodiment is that the music step includes a music bell and a pressure sensor, the pressure sensor is disposed in the step, the pressure sensor is connected to a middle-end computer, and the middle-end computer controls the music bell to play a ringtone corresponding to the pressure sensor in the step after receiving a pressure signal from the pressure sensor.
Claims (7)
1. The utility model provides a kindergarten intelligence teaching is kept reason system which characterized in that: comprises a middle-end computer, a mobile phone terminal, an entrance guard automatic door, a GPS positioning module, a time module, an infrared thermometer, a voice player, an indoor camera, a projector, a screen wall and an outdoor plate block,
the mobile phone terminal downloads the parent APP, and then accesses the information which is only related to the children and uploaded by the middle-end computer through the network;
the middle-end computer is internally provided with an information storage module, and the information storage module comprises an infant information storage module, a music material storage module and a monitoring video storage module; the infant information storage module is used for storing infant information, wherein a personal file is established for each infant in the infant information storage module;
the indoor camera is used for shooting pictures at the automatic door of the access control and indoor pictures and transmitting the pictures to the middle-end computer, and the middle-end computer is used for receiving the pictures shot by the indoor camera and carrying out face recognition on the infant in the pictures to judge the identity of the infant;
the GPS positioning module is worn on a child body and used for positioning the position of the child and transmitting the position information of the child to the middle-end computer, the middle-end computer is used for controlling the opening and closing of the access control automatic door after receiving the information transmitted by the GPS positioning module, the middle-end computer is used for controlling the voice player to play voice which is adaptive to the age of the child according to the age of the child after carrying out identity recognition on the child and carrying out voice conversation with the child, and the middle-end computer is used for controlling the voice player to carry out voice alarm when the child is far away from a garden;
the infrared thermometer is used for detecting the body temperature of the infant and transmitting body temperature data to the middle-end computer, and the middle-end computer stores the received body temperature data into the personal file of the infant in the infant information storage module after carrying out identity recognition on the infant; the middle-end computer is used for controlling the voice player to carry out voice alarm on abnormal body temperature when the body temperature of the infant is abnormal;
the middle-end computer is used for controlling the projector to release VR live-action drilling video to the screen wall;
the middle-end computer is used for controlling the projector to put interactive teaching video on a screen wall based on a somatosensory control technology;
the outdoor section comprises a music playing platform and a maze section,
the music playing platform comprises an infrared photoelectric switch, a power supply and a music player, wherein a closed circuit formed by connecting two ends of the infrared photoelectric switch with the positive electrode and the negative electrode of the power supply is connected with a middle-end computer, and the middle-end computer is used for controlling the music player to play music corresponding to the infrared photoelectric switch in a music material storage module according to the connected infrared photoelectric switch;
the maze version comprises an outdoor camera arranged beside a maze, a maze automatic door arranged in each passage of the maze and a maze voice player, wherein the outdoor camera is used for shooting a picture at the maze and transmitting the picture to a middle-end computer, the middle-end computer is used for controlling the maze voice player to play question and answer voices adaptive to the age of the infant after the infant enters the maze version to identify the infant in the picture shot by the maze camera and carry out voice conversation with the infant, and the middle-end computer is used for controlling the opening or closing of the maze automatic door at the position of the infant after the infant answers the voice questions played by the maze voice player;
the middle-end computer is used for controlling the time module to record the receiving time of each signal and the issuing time of each command.
2. The kindergarten intelligent education management system according to claim 1, characterized in that: and a video capture module is arranged in the middle-end computer.
3. The kindergarten intelligent education management system according to claim 1, characterized in that: the entrance guard automatic door is provided with a stair outside, and each step of the stair is a music step.
4. A kindergarten intelligent education management system as claimed in claim 3, wherein: the music step comprises a battery, a music bell and a switch, wherein the battery, the music bell and the switch are connected in series to form a closed circuit, and the switch is arranged in the step.
5. A kindergarten intelligent education management system as claimed in claim 3, wherein: the music step comprises a music bell and a pressure sensor, the pressure sensor is arranged in the step and is connected with a middle-end computer, and the middle-end computer controls the music bell to play a ring corresponding to the pressure sensor in the step after receiving a pressure signal of the pressure sensor.
6. A kindergarten intelligent education management system according to any one of claims 1 to 5, characterized in that: the VR live-action drilling video comprises a VR fire live-action drilling video, a VR earthquake live-action drilling video, a VR role experience live-action drilling video and a VR social life calendar live-action drilling video.
7. A method for using the kindergarten intelligent education management system according to claim 6, comprising the steps of:
a. access control system
a1, the entrance guard system is composed of a GPS positioning module, an entrance guard automatic door, an indoor camera, a voice player, a time module and a middle-end computer, when the infant moves towards the entrance guard automatic door, the middle-end computer receives the positioning information of the GPS positioning module, controls the entrance guard automatic door to open, enables the infant to enter the room, and records the time of the infant entering the room through the time module;
a2, after the infant enters the room, the indoor camera takes the picture of the infant, the middle computer firstly identifies the infant in the picture, and then controls the voice player to play the voice which is suitable for the age of the infant according to the age of the infant to carry out voice conversation with the infant;
a3, the middle computer stores the received pictures of the children taken by the indoor camera in the garden into the monitoring video storage module and simultaneously stores the pictures into the personal files of the children in the child information storage module; the infant information storage module is used for storing infant information, wherein a personal file is established for each infant in the infant information storage module;
a4, the middle computer records the time of the child entering the garden through the time module, and stores the time into the personal file of the child in the child information storage module;
b. morning check system
b1, the morning check system is composed of an infrared thermometer, an indoor camera, a voice player, a time module and a middle computer, the infrared thermometer is arranged beside the automatic entrance guard door, the body temperature of the infant is detected by the infrared thermometer and transmitted to the middle computer, meanwhile, the middle computer identifies the infant who is shot by the indoor camera and carries out body temperature measurement,
b2, the middle-end computer stores the received picture of the infant body temperature measurement shot by the indoor camera in the monitoring video storage module, and simultaneously stores the video of the infant body temperature measurement and the body temperature data of the infant in the infant personal file in the infant information storage module;
b3, the middle computer records the temperature measuring time of the infant through the time module and stores the time into the personal file of the infant in the infant information storage module;
c. interactive teaching system
c1, the interactive teaching system consists of an indoor camera, a projector, a screen wall, a time module and a middle-end computer, wherein the middle-end computer puts interactive teaching video on the screen wall through the projector based on a somatosensory control technology, and a juvenile and an infant perform somatosensory interactive teaching along with body movement, and the indoor camera shoots interactive teaching pictures of the juvenile and the infant and transmits the pictures to the middle-end computer;
c2, the middle-end computer stores the received interactive teaching video of the young teacher and the infant into the monitoring video storage module and simultaneously stores the video into the personal file of the infant in the infant information storage module;
c3, the middle computer records the time of interactive teaching through the time module, and stores the time into the personal file of the infant in the infant information storage module;
d. VR live-action drill
d1, the VR live-action drill is composed of an indoor camera, a projector, a screen wall, a time module and a middle-end computer, the middle-end computer puts the scene of the VR live-action drill on the screen wall through the projector based on the VR technology, and a young teacher guides the young child to drill the scene according to the scene of the VR live-action drill;
d2, the middle-end computer stores the received scene drilling video shot by the indoor camera into the monitoring video storage module and simultaneously stores the video into the personal file of the infant in the infant information storage module;
d3, the middle computer records the scene drilling time through the time module and stores the time into the personal file of the infant stored in the infant information storage module;
e. music playing platform
e1, when one of the infrared photoelectric switches is closed, the middle-end computer receives the signal after the infrared photoelectric switch is closed;
e2, the middle computer searches the music corresponding to the infrared photoelectric switch in the music material storage module, and then controls the music player to play the music;
f. labyrinth plate
f1, after the middle computer judges that the infant enters the maze layout block through the position information transmitted by the GSP positioning module, the middle computer identifies the infant in the picture shot by the maze camera,
f2, the middle-end computer controls the maze voice player to play question and answer voice which is suitable for the age of the infant according to the age of the infant and carries out voice conversation with the infant;
f3, if the infant answers the question played by the maze voice player, the middle-end computer controls the opening of the entrance guard automatic door, and the infant continues to break the way;
f4, the middle computer stores the received motion video of the infant in the maze, which is shot by the maze camera, in the monitoring product storage module and simultaneously stores the motion video in the individual file of the infant in the infant information storage module;
d3, the middle computer records the time of the baby moving in the maze through the time module and stores the time into the personal file of the baby stored in the baby information storage module.
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| CN109743544A (en) * | 2018-12-26 | 2019-05-10 | 中山市嘟嘟天地教育咨询有限责任公司 | Support educates monitoring system |
| CN111724521B (en) * | 2020-04-15 | 2023-05-30 | 山东好妯娌电器科技股份有限公司 | Intelligent disinfection defense system |
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| CN103413189A (en) * | 2012-11-26 | 2013-11-27 | 中国计量学院 | Nursery safety and health management system |
| CN103279905A (en) * | 2013-05-12 | 2013-09-04 | 安徽工程大学 | Integrated kindergarten management system |
| CN104519460A (en) * | 2015-01-29 | 2015-04-15 | 上海电机学院 | Kindergarten monitoring system |
| CN204406493U (en) * | 2015-01-29 | 2015-06-17 | 福建鑫诺通讯技术有限公司 | A kind of high safe campus intelligent terminal |
| CN204965778U (en) * | 2015-09-18 | 2016-01-13 | 华中师范大学 | Infant teaching system based on virtual reality and vision positioning |
| KR101728346B1 (en) * | 2016-05-31 | 2017-04-19 | 박종준 | System for supporting interactive image contents |
| CN105931160A (en) * | 2016-06-13 | 2016-09-07 | 福建省百互联网科技有限公司 | Auxiliary at-school student management system and method |
| CN106493745A (en) * | 2016-12-23 | 2017-03-15 | 安徽爱依特科技有限公司 | A kind of kindergarten education robot |
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