KR20010016103A - Wireless care system for children's preschool - Google Patents

Abstract

PURPOSE: A system for wireless integrating of an infant management and method for communicating in an infant education institution are provided to prevent an infant from being in accident by processing computerization in accordance with connecting to an internal operation computer capable of controling the numbers, attendance, and returning home of infants. CONSTITUTION: A school bus transmitter(600) informs arrival of a school bus riding infants near the home. An attend managing wireless communication device comprises a home alarm communication device(700) for one-way communication and receiving and alarming the arrival of the school. A gate tag(200) transmits by one-way the information of an infant to an infant educating institute. The gate system(100) performs a wireless communication to the gate tag(200), and receives the attending state of an infant, and transmits the received information to a displayer(300). The displayer(300) displays the attending state of an infant and stores the attending information of an infant. A RF unit(800) is connected to a manage PC of an infant institute, and connects to an infant managing program by a serial port(RS232C port). A teacher's pendent(400) is connected to the infants' pendent(500) and checks attend of an infant.

Description

Early Childhood Institution Preschool Management Wireless Integrated System and Communication Method {WIRELESS CARE SYSTEM FOR CHILDREN'S PRESCHOOL}

The present invention relates to a kindergarten management wireless communication system for efficient personnel management of preschoolers in kindergarten educational institutions, such as in-school learning activities, outdoor learning activities, etc. The wireless communication system is configured to allow the computer to remotely manage the learning activities of students and the entire course of attendance from home to home, so that teachers and children can be naturally controlled without checking the personnel. The institution aims to prevent the occurrence of miscarriage and various accidents by establishing an integrated nursery management system that can be used in conjunction with the nursery management computer program to manage the computerization of the nursery management and the integrated management of personnel.

Early childhood education institutions have a great interest in effective staff management, but young children are driven by their own curiosity regardless of parent or teacher's intention. In many cases, accidents can occur quickly, especially in front of kindergartens, the teacher's responsibility for parents is hard to bear. do.

Conventionally, there are no alternatives to this problem yet, but as a means of preventing the occurrence of missing children, it is only possible to wear a label, bracelet, etc. engraved with a name and address and contact information, and this is sudden. It is not an alternative to accidents, so in kindergartens where many children are managed, the best way to prevent accidents is to check the number of children and keep their attention. However, it is not easy for one child to control and control a large number of children, and despite this careful attention, there is always a risk of accidents, and fundamental and effective measures are urgently needed.

In order to solve the above-mentioned problems locally, there is a registered patent application No. 0171282 "Infant monitoring device for a wireless telephone" (registration date 1998.10.19), but this is to give the infant a transmitter corresponding to the reception frequency of the fixed device In the fixed device, the infant monitoring mode setting key, electric field strength comparator and separation distance detector are configured to compare and analyze the signal according to the situation change from the infant and inform the guardian through the fixed device. It is effective to remotely monitor infants' anxiety status by detecting crying noises and noises in the surrounding environment. However, it is simply an infant monitoring device using a wireless telephone, and its use is limited as it copes with accidents targeting only infants and guardians. There was a limit.

The present invention has been made to solve the above-mentioned problems, by linking the wireless transmission and reception apparatus to the computer system built in the park, the effective management of personnel by managing in-house management, out-of-door management, attendance and return process by interworking with each other And attendance management, etc. are integrated to prevent various types of accidents in advance.

In order to achieve the above object, by constructing a wireless communication system that transmits and receives wireless data between the two with a wireless computer equipped with a microcomputer and an RF module, the children of the early childhood education institution can visit the school at home. Wirelessly remotely control the process of getting on and off at early childhood educational institutions by boarding, enabling safe school attendance management, and when learning activities in the park, between the gate tag of the pendant type and the gate system of the entrance. It communicates wirelessly, displays the transmission information, and stores it in the remote management PC database to control the personnel in connection with the computer and the wireless transmission and reception period. To prevent the phaser pendants In order to check the attendance of the wireless communication among the pendants on the neck, the personnel control and attendance management were integrated.

1 is a schematic block diagram of the integrated nurse management wireless system of the present invention

Figure 2 is a block diagram of a gate system applied to the present invention

3 is a block diagram of a gate tag applied to the present invention

Figure 4 is a block diagram of a display device applied to the present invention

Figure 5 is a block diagram of a phaser pendant applied to the present invention

Figure 6 is a block diagram of a primary pendant applied to the present invention

7 is a block diagram of a school bus transmitter applied to the present invention

Figure 8 is a block diagram of a home alarm system for home applied to the present invention

9 is a block diagram of the RF unit of the original management PC applied to the present invention

10 is a block diagram of data configuration between devices of software to which the present invention is applied.

11 is a program flow diagram between the school bus and the home alarm device of the present invention.

12 is a program flow diagram between a pager pendant and a primary pendant of the present invention.

13 is a program flow diagram between a gate tag, a gate system, a display, and an RF unit of the present invention.

<Explanation of symbols for main parts of drawing>

110: operating microcontroller of the gate system unit

120: power supply unit of the gate system device 130: wireless communication module with the display

140: wireless communication module with the gate tag 150: voice module for voice messages

160: Dip switch for original code classification 170: Attendance and return button

180: Magnetic element that activates the magnetic switch of the gate tag

210: Operational microcontroller of gate tag device

220: power supply unit of the gate tag device 230: wireless communication module with the gate system

240: Dip switch for original code classification 250: Enable switch of gate tag

260: Indication light emitting LED during information transmission

310: operating microcontroller of the display device

320: power supply unit of the display device 330: half display, infant registration and attendance display unit

340: wireless communication module with the gate system 350: wireless communication module with the RF unit

360: Original code, group code classification Dip switch 370: Register, check, delete button

410: Operation microcontainer of the phaser pendant device

420: power supply unit of the pager pendant device 430: departure, registration, power display

440: Wireless communication module with the infant pendant 450: Alarm device in the event of departure infant

460: Dip switch 470: Skip, confirm, register, check, delete button

510: Operation microcontroller of the primary pendant device

520: power supply unit of the primary pendant device 530: wireless communication module with the phaser pendant

540: Dip switch in the original code and group code 550: Register the button to pager pendant

610: Operation microcontroller of the school bus device

620: power supply unit of the school bus device 630: wireless transmission module to the home alarm device

640: Dip switch for original code classification 650: Power LED

660: Arrival, standby transmission button

710: operating microcontroller of the home alarm device

720: Power supply unit of the home alarm device 730: Wireless reception module from the school bus

740: Dip switch for the original code 750: School bus arrival, standby alarm device

760: Arrival at school bus, standby light emitting LED 770: Alarm release button

810: Operation microcontroller of the RF unit device

820: power supply unit of the RF unit device 830: wireless communication module with the display

840: Original code classification dip switch 850: Interface management PC and interface device

860: Power and information transmission and reception status display light emitting LED

Detailed description of the configuration of the present invention by the accompanying drawings as follows, when the description of the known function or specific configuration related to the description of the present invention may unnecessarily obscure the subject matter of the detailed description Omit.

1 is an overall configuration diagram of the integrated nurse management wireless system according to the present invention, the present invention is the sclebus transmitter 600 and the skulbus arrived to inform that the sclebus of the early childhood educational institution has arrived in the home of the infants Receiving the unidirectional information of the kindergarten to the back school management wireless communication unit (A) consisting of a one-way wireless communication device having a home alarm communication device 700 for receiving and alarming the gate system 100 of the early childhood education institution Wirelessly communicates with the gate tag 200 and the gate tag 200 to receive an isometric school condition from the gate tag 200, and transmits the received information to the displayer 300, upon receiving the information of the gate tag 200. Gate system 100 for confirming reception by voice, displayer 300 for displaying information of the primary child transmitted from the gate system 100 and storing the school's isometric school information, early childhood education Infant care management radio communication unit (B), the pendant of the kindergarten consisting of an RF unit 800, which is connected to the institution management PC and connected to the serial management port (RS232C port) as an interface with the nurse management program Consists of a teacher's phaser pendant 400 to perform attendance and personnel check by mutual communication with the elementary pendant 500 to register the child in the phaser pendant 400 and perform attendance and position transfer function by mutual communication. It is composed of personnel control management wireless device (C) to check attendance as an integrated kindergarten management system used in conjunction with the kindergarten management computer program.

In addition, the wireless communication method of the integrated nursery management system of the present invention, the home alarm device 700 and the skulbus transmitter 600 at home communicates wirelessly with the arrival of the sclebus to the home alarm communication device 700 of the children Skulbus alert transmission and reception step (S10) for transmitting whether the standby, the gate tag 200 to the gate system 100 of the early childhood education institution transmits the information of the infant and the gate system 100 received the school attendance status information of the infant received To the displayer 300 and confirms the reception of the primary information of the gate tag 200 by voice (S20) and the information of the primary child transmitted from the gate system 100 to display the primary and secondary school information Information storage step (S30) for storing the, Database storage step (S40) for transmitting the display information back to the original management PC and stored in the database of the baby care computerization program, To pendant 500 and the teacher's pager pendant 400 of the son comprises a personnel control step (S50) of performing a presence check function and personnel to communicate with each other characterized.

That is, if the purpose of the early childhood education institution integrated wireless management system of the present invention is largely divided,

First, in the process of the infants riding the school bus at home and safely returning home from the school bus, the school bus transmitter 600 assumes a signal indicating that the children are arriving and waiting in an adjacent area. Home alarm device 700 is transmitted to the home alarm device 700 installed in the home alarm device 700 and informs the parents, do not wait on the road, safely ride on the school bus or children from the school bus safely guided to return home Secondly, the wireless communication between the gate tag 200 and the gate system 100 of the entrance and exit gates that the children entering the kindergarten get off the school bus in the in-house life of the children, the display 300 ) Is transferred to the primary management PC and stored in the database of the primary computerization program. In addition, when the kindergarten leaves kindergarten, the wireless communication between the gate tag 200 and the gate system 100 is made and displayed on the display 300 again so that the kindergarten management can be grasped in real time. In the reality that learning activities are more and more out-of-school than in-school activity, the teacher's phaser pendant (400) and teacher's neck pendant ( In case of leaving the continuous wireless communication attendance check between 500), the teacher will be able to know which kind of child has left and take immediate action.

Referring to Figure 1 describes the overall operation of the integrated nursery management system of the present invention, the school bus 600 to inform the home alarm 700 installed in the home that the children near the home of the infants by wirelessly Boarding the school bus or guide the children from the school bus to return home safely, the kindergarten children arrived at the kindergarten gate tag (200) in the presence of the gate system 100 to inform the presence of the gate system received the display It is transmitted to the fish 300 to display the attendance status of the infant, and also the displayer 300 exchanges information with the primary management PC through the RF unit 800 to achieve computerization of the infant management. In outdoor classes, picnics, field trips, etc., the teacher's pendant (500) and the teacher's pager pendant (400) carry out wireless communication at regular intervals. If any kindergarten is out of the teacher's pager pendant 400, by telling the kindergarten to quickly cope with, and is a kindergarten management integrated system that allows you to grasp the situation of the kindergarten at a glance.

The present invention is to connect the wireless transmission and reception device to the computer system built in the park, and to transmit and receive wirelessly by interlocking in-house management, out-of-door management, attendance and return process, each device is basically a microcomputer for controlling the whole device and A wireless communication device equipped with an RF module and a dip switch for demodulating and amplifying a received signal is configured as a two-way or one-way wireless communication system for transmitting and receiving wireless data therebetween.

The wireless communication devices include an antenna for data transmission and reception, a speaker for amplifying the received signal with an audible sound, a display device, an alarm device, a power supply unit, and a function button.

The gate system 100 is a wireless communication device that receives a student's back and forth state from the gate tag 200, and is a fixed device that is attached to an entrance and performs an entrance check.

The gate tag 200 is a small, portable wireless communication device in which the student's unique number of the early childhood education institution is recorded. The gate tag 200 is a device for powering on / off and transferring information of the infant in correspondence with the gate system.

The displayer 300 displays a state of the infant transmitted from the gate system 100 and transmits data to the PC in communication with the original operation management program.

Teacher phaser pendant 400 performs attendance and personnel check in mutual communication with the pendant 500 of the kindergarten.

Infant pendant 500 functions to attend and transfer the position and registration of the teacher in the teacher phaser pendant 400.

The sclebus transmitter 600 transmits the arrival and waiting of the bus to the home alarm device 700.

The home alarm device 700 receives the arrival and access information of the sclebus from the sclebus transmitter 600.

The RF unit 800, which is a wireless transmission and reception unit, is connected to an RS232C serial port of a PC as an information conversion device of an operation management program and a display 300.

In addition, the dip switch (DIP SWITCH) of Figures 2 to 9 is a device that sets a binary value representing 0 and 1, and can configure different groups that can be satisfied depending on how many digits (P) to configure wireless communication In order to prevent data interference or interference in communication when different groups are used in the same area, separate codes from each kindergarten or code to distinguish them from other groups within the same kindergarten, and in the same class It is a device that assigns a kind of ID to preset the serial number.

The gate system 100 of FIG. 2, the gate tag 200 of FIG. 3, the display 300 of FIG. 4, and the devices of the RF unit 800 of FIG. 9 are interrelated to facilitate the care of the child in the hospital. It is operated by each microcontroller 110, 210, 310, 810 of the operating software of the device, and the dip switch 160 so that wireless communication with other adjacent early childhood education institutions do not interfere with each other (240) (360) (840), the original code is 6 digits, and one of 64 IDs of the kindergarten is set, and the group code is set to 4 digits to distinguish them from different classes (groups) in the same circle. One half of the 16 halves are designated, and the gate tag 200 adds a six-digit dip switch to give each ID of the kindergarten, and the kindergarten arriving at the circle has the gate tag 200 at the entrance and exit gate system (100). ) Magnetic switch 250 is a magnetic element (180) As the power of the gate tag 200 is turned on under the influence of, the information of the corresponding infant is transmitted to the gate system 100 through the RF module 230, which indicates that the gate tag 200 is being transmitted to the LED of the display device 260. When 200 is separated from the gate system 100, the power of the gate tag 200 is turned off to reduce the power of the portable gate tag 200 as much as possible. RF module 140 receiving the information of the infant coming from the gate tag 200 to pass to the microcontroller 110 of the device to determine attendance and return, etc. and a suitable voice message ("Hello! XX kindergarten child nice "," XX kindergarten children goodbye! ") And the like through the voice module 150 to inform the children. In addition, the information is transmitted to the RF module 340 of the displayer through the RF module 130 to display the state of the children on the display unit 330 of the class (group) so that teachers can grasp from time to time. The microcontroller 310 of the displayer transmits the information of the primitives to the RF module 830 of the RF unit through the RF module 350, and the microcontroller 810 of the RF unit is connected to the RS232C unit 850 as an interface. The computerization of kindergarten management is accomplished by exchanging information between RAINBOW software (management, finance, education, additional function for entering and leaving the kindergarten, attendance check or output program) using serial port of management PC. All of the situations occurring in this process are displayed on the light emitting LEDs of the display units 190, 260, 330, and 860 so that they can be visually confirmed.

The phaser pendant 400 of FIG. 5 and the elementary pendant 500 of FIG. 6 are wireless communication devices that manage the children by correlating with them during the voyage learning activities, picnics, and field trips. Each microcontroller 410, 510 manages the operation, the dip switch 460 of the phaser pendant 400 is composed of six digits to give one kindergarten code out of 64, kindergarten pendant 500 The dip switch 540 of the 6-digit dip switch with the kindergarten code and the 4-digit dip switch to set the group (half) to belong to the kindergarten and the ID of the infant to 6 digits, and the pager pendant The RF module 440 sequentially calls wirelessly through the RF module 530 of each kindergarten, and waits for a response from the kindergarten pendant and an answer (ACK sign) indicating that the kindergarten is attending the question. If not, the child The teacher notifies the display unit 430 composed of the alarm device 450 and the liquid crystal display and the light emitting LED to recognize that the teacher has moved out of the range (pager pendant) so that the teacher responds immediately. The information on the primary pendants stored in the pager pendant is a button 470 (550) to perform a function such as skipping, checking, registering, checking, and deleting. The power supply units 420 and 520 of these devices always use a rechargeable battery because the current consumes a lot of bidirectional communication.

The devices of FIGS. 7 and 8 are RF modules of the transmitter 600 mounted on the school bus as wireless communication devices for the safety management and convenience of parents when the children return home from kindergarten or from kindergarten to home. Receives the status information of the vehicle from the 630, the RF module 730 of the home alarm device 700 attached to each home receives the information of the current school bus arrival or waiting state adjacent to the area of the microcontroller The display 760 is visually interpreted at 710 and the audible melody or warning sound is notified to the alarm device 750. Parents who have recognized this, while appropriately responding (such as attendance escort or return home), the parents who have already recognized the alarm can be forced to release the alarm by the release button (770). The school bus transmitter 600 sends information to the home alarm device 700 at regular time intervals while leaving the kindergarten and indicates the state to the display unit 650, and manually arrives and operates by a button 660 operation. It is possible to transmit wirelessly while waiting. At this time, in order to prevent interference between adjacent kindergartens and wireless communication, one kindergarten code among 1024 is given by setting the independent codes of the corresponding kindergarten and the home with 10-digit dip switches 640 and 740.

10 is a diagram showing the data configuration between devices of the software applied to the present invention as a reference diagram, FIG. 11 is a program flow diagram between the school bus and the home alarm device of the present invention, and FIG. 12 is a diagram illustrating a pager pendant and a primary pendant of the present invention. 13 is a program flow diagram, and FIG. 13 is a program flow diagram between a gate tag, a gate system, a displayer, and an RF unit of the present invention.

Infant education institution child care wireless integrated system of the present invention as described above is effective in the integrated management that can effectively manage the in-hospital management, out-of-school management, attendance and return management to prevent accidents caused by limited personnel management in infant management By linking and managing teachers and students by each curriculum, it is possible to computerize effective personnel control and attendance management in connection with the in-house operating computer, thereby preventing various accidents of the primary child, which is the biggest problem of the operator. It works. In addition, the home alarm system protects parents and children who are suffering from attendance escorts and return escorts in advance even in various traffic accidents or bad weather caused by children waiting for school buses on the road. Coping with computerization of accident prevention and attendance that can be caused by children leaving the school, and reducing the burden on teachers in case of missing children during outdoor learning activities, and inadvertently caused by care management in advance rather than post-processing of accidents There is an effect that can prevent group deviation of children.

Claims (3)

In the wireless transmission and reception system for wireless communication between the two by a wireless transceiver equipped with a microcomputer and a radio transmitter and receiver (RF MODULE), It is a unidirectional wireless communication device equipped with a sclebus transmitter 600 for notifying that the sclebus of the early childhood education institution has arrived at the home of the children and a home alarm communication device 700 for receiving and alerting that the sclebus has arrived. The gate tag 200 for transmitting the information of the infant in one direction to the gate system 100 of the configured school communication wireless communication device unit A and the early childhood education institution, and the gate tag 200 by wirelessly communicating with the gate tag 200. The primary school transmitted from the gate system 100 and the gate system 100 for receiving the school children's iso-school situation from the child and transmitting the received information to the displayer 300 and confirming the reception by voice when the gate tag 200 receives the information. Displayer 300 to display the information of the school and store the information of the child's back to school, and connected to the management PC of the early childhood education institution serial port (RS23) Infant care management unit (B) consisting of the RF unit 800, which is a wireless transmission and reception unit connected to the (2C port), the teacher's pager pendant to perform the attendance and personnel check function by mutual communication with the pendant (500) (400) and the phaser pendant 400 is composed of a kindergarten pendant 500 that performs the attendance and position transfer function by registering the child and mutual communication consisting of personnel control management radio unit (C) to continuously check attendance Infant education institution nursery management wireless integrated system characterized in that Sclebus alarm transmission and reception step (S10) for transmitting the arrival and waiting of the sclebus to the home alarm communication device 700 of the children by the home alarm device 700 and the skulbus transmitter 600 at home And, gate tag 200 to the gate system 100 of the early childhood education institution transmits the information of the kindergarten, the gate system 100 transmits to the display 300, the school board information of the kindergarten received the gate tag by voice Infant information receiving step (S20) of confirming the receipt of the infant information of the step (200), information display step (S30) of displaying the information of the infant transmitted from the gate system 100 and storing the isometric school information of the infant, and display information It is passed back to the original management PC and the database storage step (S40) for storing in the database of the computerized computer program for managing the baby, the pendant of the kindergarten 500 and the teacher phaser pendant 400 mutually Infant education institution preschool management, which is equipped with a personnel control step (S50) that performs the function of attendance and personnel check by the school, and effectively manages in-house management, out-of-school management, attendance and return management Communication method of wireless integrated system The method according to claim 2, wherein the gate tag 200 transmits the information of the infant to the gate system 100 of the early childhood education institution, and the gate system 100 transmits the received school's back and forth school situation information to the displayer 300. The magnetic element 180 acts on the magnetic switch 250 of the gate tag 200 to turn on the power of the gate tag 200, and transmits the information of the corresponding infant to the gate system through the RF module 230. This indicates that the LED of the display device 260 is being transmitted. When the gate tag 200 is separated from the gate system 100, the gate tag 200 is turned off to reduce power consumption of the portable gate tag 200 as much as possible. Communication method of preschool management institution integrated wireless management system characterized in that