KR100881153B1 - Alarm method of arrival for shuttle bus - Google Patents

Abstract

The present invention includes a server capable of automatically receiving and transmitting connected to the telephone line,

The server initializes a call count count value, which is the number of times the operator of the shuttle vehicle makes a call; A call reception counting process of receiving, by the server, a call received from the shuttle vehicle's telephone and sending a confirmation tone if the telephone is of the shuttle vehicle, and increasing a telephone call count count value; Store the vehicle user's phone number living near the stop corresponding to the count value, and if the stop number and the incoming call count count match, select only the matching phone number and send a call or text message one by one. Perform; The notification process increases the number of incoming call counts in the data storage memory and reads the shuttle vehicle user contact phone numbers requiring a series of notifications from the contact storage memory using the increased number of incoming call counts. Shuttles that include the steps of dialing the contact phone numbers in turn and using the telephone receiver / caller to announce vehicle operation information, determining whether the other party's phone is busy, and disconnecting the phone after 10 seconds if the other party is not busy. Vehicle arrival information notification method.

Shuttle car, arrival information, notification device

Description

Alarm method of arrival for shuttle bus

1 is a vehicle driving course diagram of the present invention,

2 is a view showing a method of operating a notification device of the present invention;

3 is a block diagram of a server device implemented by the present invention;

4 is a flowchart illustrating a ringing count value initialization sequence implemented by the present invention;

5 is a flowchart illustrating a process of receiving a call from a telephone of a shuttle vehicle according to the present invention;

6 is a notification processing flowchart based on a ringing count value according to the present invention;

7 is a flowchart for extracting a telephone number list based on a ringing count value in the present invention.

8 is a flowchart illustrating a notification processing by a recall list according to the present invention.

Explanation of symbols on the main parts of the drawings

100; shuttle vehicle 200; server apparatus 202; mobile telephone 301; telephone station 302; telephone line unit 303; telephone receiving and transmitting unit 304; incoming ring signal detection unit 305; caller number detection unit 306; initialization signal generator 307; central processing unit 308 ; Program code memory 309; Data storage memory 310; Contact storage memory 311; Data communication interface 312; SM transmission apparatus

The present invention relates to a method for notifying arrival of a stop vehicle of a shuttle vehicle operating a predetermined course, and in particular, a driver or an assistant occupant of the vehicle makes a series of notifications about arrival of each stop of the vehicle by using a mobile phone and calling a server device. In addition, the server apparatus relates to a shuttle vehicle arrival information notification method for counting the number of incoming calls and calling the corresponding shuttle vehicle user telephone numbers to predict the arrival time of the shuttle vehicle by referring to the counted value.

Shuttle cars, which are widely used in day care centers, kindergartens and academies, operate regular courses. Therefore, the arrival time of each stop is already known because there is a fixed running time according to a predetermined course, but the arrival time of the vehicle at each stop is changed by many road conditions. The change in arrival time of each stop becomes more severe as the stop is farther from the starting point.

Parents and students who are shuttle car users have to wait in advance at the scheduled time even if the arrival time of the shuttle car is delayed.

This can be more troublesome in bad weather, such as cold or hot days, or rain or wind. In particular, the road is also worse when the weather conditions are not good, which can be said to be a burden.

In order to solve this problem, a lot of researches and developments on the vehicle arrival notification system have been made, but most of them are not easily solved due to the complicated system and expensive equipment investment such as using GPS or radio signal transceiver. It is true.

The present invention has been invented to solve the above problems, by using a ringing signal and the caller information (CID) of the telephone used in everyday use, the shuttle vehicle users can predict the arrival time of the shuttle vehicle at a simple and low cost. Its purpose is to implement a notification method that allows it

To this end, the present invention includes a server capable of automatically receiving and transmitting connected to the telephone line;
The server includes: sensing means for detecting a call from a mobile phone of a driver or auxiliary passenger of a shuttle vehicle that operates by using a received ringing signal detection unit and a caller ID detection unit;

A central processing unit which counts the number of incoming calls of the sensing means and reads out a telephone number to be notified by the count value from the contact storage memory;

It is configured to include a telephone receiver / caller that makes a call to the read user's contact telephone number so that the telephone receiver sees the caller's telephone number and judges it as a shuttle vehicle arrival related signal.

The present invention also includes a server capable of automatically receiving and transmitting connected to a telephone line;
The server initializes a ringing count value that is in a state of the number of incoming calls made by the operator of the shuttle vehicle;

A call reception counting process of receiving, by the server, a call received from the shuttle vehicle's telephone and sending a confirmation tone if the telephone is of the shuttle vehicle, and increasing a telephone call count count value;

The server stores the vehicle user's telephone number located near the stop corresponding to the call count count value. If the corresponding stop number and the corresponding call count count value match, the server selects only the phone number corresponding to the call number. Sequentially performing a notification processing to send a text message;
The notification processing increases the number of incoming calls counts in the data storage memory,
Using the increased number of incoming call counts, the shuttle vehicle user's contact phone numbers for which a series of notifications are required are read from the contact storage memory,
Shuttle car user's contact phone numbers read through the telephone receiver / caller in turn to announce the vehicle operation information,
To determine whether the other party's phone is busy or not, the other party provides a shuttle vehicle arrival information notification method that is sequentially performed, including the process of disconnecting the phone after 10 seconds.

In order to achieve the above object to take the operation method as shown in Figure 2, as a technical means for this is required a server device 200 connected to a wired telephone line.

Details of the main configuration and operation thereof will be described in detail.

1 is an example of a shuttle vehicle driving course, wherein the shuttle vehicle 100 departs from the departure place 101 and passes through several stops 102, 103, 104, and 105 toward the destination 106, the destination 106, at a predetermined time. It has the characteristic of running.

2 illustrates a method of operating a notification apparatus according to the present invention. The server apparatus 200 is connected to a telephone station by a telephone line like a normal telephone and has a unique telephone number assigned by the telephone station.

Server device 200 also has the advantage that can be installed anywhere connected to a telephone line and a telephone line.

A method of operating a shuttle vehicle arrival notification device according to the present invention will be described with reference to FIGS. 1 and 2.

Before the shuttle vehicle 201 departs from the departure point 101, the call count count value of the server device 200 is initialized. When the shuttle vehicle 201 arrives at the stop 1 (203) (preferably before arrival), the server 200 calls the server device 200 using the mobile telephone 202.

The server device 200 determines the caller ID (CID) and recognizes that the caller of the incoming call is the mobile phone 202 of the shuttle vehicle 201 and counts the number of incoming calls of the call.

The server device 200 calls the shuttle vehicle users 205, 206, and 207, which need to be informed by referring to the counted value.

Shuttle vehicle users (205, 206, 207) look at the caller ID display (CID) of the incoming call, confirms that the caller number is the telephone number of the server device 200 to predict the arrival time of the shuttle vehicle.

3 is a detailed block diagram of a server device 200 implemented by the present invention, which includes a telephone line unit 302 connected to a telephone station 301 by a telephone line;

An incoming ring signal detection unit 304 for detecting an incoming ring signal of the telephone;

A caller ID detection unit 305 for extracting caller information;

An initialization signal generator 306 for generating a signal to initialize a number of incoming call counts;

A telephone receiver / caller 303 for making a call or generating a dial tone;

A data communication interface unit 311 which can be connected to the SMS sending device 312;

A contact storage memory 310 for storing a telephone number and related data to which the driving information of the shuttle vehicle is to be sent;

A data storage memory 309 capable of storing a number of incoming call counts and telephone numbers to which information is to be sent by this value;

A program code memory 308 for storing program codes necessary for the server apparatus to operate;

The program code comprises a central processing unit 307 for operating a server device. The incoming ring signal detection unit 304 and the caller ID detection unit 305 function as detection means for detecting an incoming call.

An operation relationship of the server device 200 according to the present invention implemented as described above will be described with reference to the flowcharts of FIGS. 4 to 8.

Phone calls Count value  Initialization process

First, as shown in FIG. 4, the central processing unit 307 recognizes a signal generated by the initialization signal generator 306 of the server apparatus (FIG. 3) before the shuttle vehicle 100 starts the departure 101 ( S11),

The central processing unit 307 initializes the incoming call count value as soon as it recognizes this signal (S12, S13, S14).

Here, the call count count value means a data value of a specific address of the data storage memory 309, and the data storage memory 309 is implemented as a memory such as a RAM capable of reading or writing data. Table 1 below.

Table 1 F1 F2 F3 F4 number code name Call count count Phone number (example) One A1 A1 0 123 --- 2 A2 A2 0 124 --- 3 An An 0 125 --- 4 B1 B1 0 223 --- 5 B2 B2 0 224 6 Bn Park B3 0 225 ... ... ... 0 ... n-2 N1 A1 0 n23 n-1 N2 A2 0 n24 n Nn An 0 n25

For convenience of explanation, the vehicle user corresponding to stop 1 102 shown in FIG. 1 is code A, the vehicle user corresponding to stop 2 103 is B, and the vehicle user corresponding to stop n 105 is code. Is represented by N.

The initialization signal generation unit 306 may generate a signal automatically a few minutes before a predetermined time when the shuttle vehicle 100 starts by embedding a clock, or may generate a signal arbitrarily by a separate switch.

The contact storage memory 310 stores the telephone numbers of the shuttle vehicle users to call according to the value of the number of incoming calls. In addition, the phone number is stored along with additional information for recognizing whether the incoming call count and the SMS text can be received. This is shown in Table 2 below.

Table 2 F1 F2 F3 F4 F5 number code name Call count count Phone number (example) SMS One A1 A1 One 123 --- 2 A2 A2 One 124 --- 3 An An One 125 --- 4 B1 B1 2 223 --- 5 B2 B2 2 224 --- 6 Bn Park B3 2 225 --- ... ... ... ... ... n-2 N1 A1 n n23 --- n-1 N2 A2 n n24 --- n Nn An n n25 ---

Number of incoming calls for incoming call processing from shuttle car's call Count process

As shown in FIG. 5, the driver or passenger of the shuttle vehicle 100 makes a phone call to the server device 200 at the departure place 101 and the respective stops 102 to 105 of the shuttle vehicle 100 by using the mobile phone.

The server device 200 shown in FIG. 2 includes an incoming ring signal detection unit 304 constituting a sensing unit in the configuration of FIG. 3 constituting the inside, and the incoming ring signal detection unit 304 receives an incoming ring signal of a telephone. The sensing unit transmits a signal to the central processing unit 307, and the calling party number detection unit 305 constituting the sensing unit detects the telephone number of the telephone caller and transmits the signal to the central processing unit 307 (S21).

The central processing unit 250 receives a call using the reception / caller 303 immediately after receiving the forwarded ring signal and the caller's telephone number (S22), and if the caller's telephone number is determined to be the telephone number of the shuttle vehicle in operation ( S23), the telephone receiver / caller 303 generates a dial tone to transmit a confirmation signal for 1 to 2 seconds and then increases the number of times of incoming calls (S24, S25). At this time, if it is determined that the caller's telephone number is not the telephone number of the running shuttle vehicle, the confirmation tone transmission (S24) and the incoming call count increase value (S25) are not processed, and the telephone is immediately disconnected (S26).

The driver or the sub-rider of the shuttle vehicle 100 confirms the confirmation signal of the dial tone sent by the server device 200 and then hangs up the phone and starts the shuttle vehicle.

Phone calls By count value Notification processing  process

As shown in FIG. 6, the CPU 307 performs the following series of operations when it is determined that the caller's telephone number is the telephone number of the shuttle vehicle in operation.

First, the incoming ring count value of the data storage memory 309 is increased (S31), and the shuttle vehicle user contact phone numbers requiring a series of notifications are read from the contact storage memory 310 using the increased ring ring count value (S32). .

Shuttle vehicle user contact phone numbers read in turn by using the telephone receiving / sending unit 303 to make a call as follows to inform the vehicle operation information (S34).

When the call receiving / calling unit 303 makes a call, it determines whether the other party's phone is busy and delivers it to the central processing unit 307. The central processing unit 307 calls after about 10 seconds if the other party is not busy. Disconnect (S35, S36, S37). At this time, the other party sees the calling party number of the incoming call and judges it as a shuttle vehicle related signal to predict the arrival time of the shuttle vehicle without receiving the call. If the current driving position is before the arrival at the stop 2 (103) through the stop 1 (102) of Fig. 1, the data storage memory 309 deletes the user information corresponding to the stop 1 (102) and the number of incoming calls The count value is stored in Table 3 with the incremented value.

Table 3 F1 F2 F3 F4 F5 F6 number code name Call count count Phone number (example) Call Recall List One B1 B1 2 223 --- O 2 B2 B2 2 224 --- 0 3 Bn Park B3 2 225 --- 0 ... ... ... 2 ... n-2 N1 A1 2 n23 --- n-1 N2 A2 2 n24 --- n Nn An 2 n25 ---

If the other party's phone is busy in the process (S35), the phone number (for example, 224 ---) 225 --- is stored in the recall list of the data storage memory 309 (S38), Hang up the phone (S37).

After calling all the user contact phone numbers read (S39), if there is a phone number stored in the recall list, the notification operation for these phone numbers is attempted again one or two times.

Shuttle passengers already know the time when the shuttle arrives at their stop. Therefore, you will have no difficulty in getting in touch because you will refrain from making other calls in the same time zone. In addition, if you use the call waiting function to notify the call coming from another place during the call, it is unlikely that you will miss the shuttle vehicle operation-related calls coming from the server device 200.

In addition, as an additional configuration of the present invention, by connecting the data communication interface 311 of the server device (FIG. 3) with the SMS sender 312 to send a text message, the shuttle vehicle user is notified of the arrival information by a text message. It may be (S33). The data communication interface unit 311 may use a data communication interface (RS-232, USB connector). To this end, SMS contents should be stored in the contact storage memory 310. For example, as shown in Table 4 below.

Table 4 F1 F2 F3 F4 F5 F6 F7 number code name Call count count Phone number (example) SMS Call Count One B1 B1 2 223 --- Arrival stop 2 2 B2 B2 2 224 --- 0 3 Bn Park B3 2 225 --- × One ... ... ... ... ... n-2 N1 A1 n n23 --- n-1 N2 A2 n n24 --- n Nn An n n25 ---

Phone calls Phone number list extraction process by count value

The process S32 of FIG. 6 specifically performs the process as shown in FIG. 7. For example, a list of phone numbers in the state shown in Table 4 using the current number of incoming call counts in the contact storage memory 310 ( The field F4) is read (S321).

Subsequently, the central processing unit 307 checks whether the SMS text sending device is connected through the data communication interface unit 311 (S322),

When it is confirmed that the connection is established, the phone number capable of SMS notification is extracted (S323), and stored in the SMS notification list of the contact storage memory 310 (S324) (for example, in case of Table 4, 223 ---).

If the SMS sender is not connected in the process (S322) and then stored in the call list to be called by the phone (S325) following the process (S323).

Subsequently, the telephone number list is extracted in such a way as to reduce the amount of work by removing the number in the SMS notification list from the telephone call list (S326).

By recall list Notification processing  process

In step S39 of FIG. 6, the same procedure as in FIG. 8 is performed. In step S38, the recall list stored in the data storage memory 309 is a recall list. If it is confirmed (S391), if there is no content, all the contents of the recall list are deleted and the process ends (S394).

If there is content in the process (S391), the first telephone number is selected (S392), and whether the number of recalls is two or more times based on the data shown in Table 4 (for example, field F7, telephone number 225 ---). ) Check (S393).

If more than two times to complete the process (S394), and less than two times to make a call using the selected phone number (S395).

Subsequently, if the call is busy when the call is made (S396), the telephone number recall list is moved last and the call is hung (S399).

If the call is not in the process (S396), it waits for 10 seconds to 20 seconds (S397), removes from the recall list and hangs up the phone (S398). This gives the shuttle vehicle user the reliability of the arrival notification by performing the recall function.

Therefore, the object of the present invention can be achieved with the above configuration.

As described above, the effect obtained by the configuration and operation according to the present invention is to notify the shuttle vehicle user to predict the arrival time of the stop of the shuttle vehicle, using the call ring signal and the caller ID indication (CID) of the telephone. As a result, the operating cost is low, and the communication infrastructure also uses the wired telephone network or the mobile telephone network that is already established, so the system construction cost is low.

In addition, since the shuttle vehicle user can predict the arrival time of the shuttle vehicle in advance, even when there is a large difference in the arrival time of the vehicle due to poor weather conditions, it is possible to obtain the effect of not having to wait for a long time to go to the stop in advance.

Claims (9)

delete delete delete delete delete It is equipped with a server capable of automatic reception and transmission connected to the telephone line, An initializing step of initializing a call count count value of a state in which the operator of the shuttle vehicle makes a call; A call reception counting process of receiving, by the server, a call received from the shuttle vehicle's telephone and sending a confirmation tone if the telephone is of the shuttle vehicle, and increasing a telephone call count count value; The server stores the vehicle user's telephone number located near the stop corresponding to the call count count value. If the corresponding stop number and the corresponding call count count value match, the server selects only the phone number corresponding to the call number. Sequentially performing a notification processing to send a text message; The notification process increases the number of incoming calls count of the data storage memory (S31), Using the increased number of incoming call counts, the shuttle vehicle user contact phone numbers for which a series of notifications are required are read from the contact storage memory (S32), Shuttle car read the user's contact phone number in turn by using the telephone receiver / caller to notify the vehicle operation information (S34), Shutting vehicle arrival information notification method comprising the step of determining whether the other party's phone is busy or not, if the other party is not busy after 10 seconds (S35, S36, S37). The method of claim 6, wherein after the step of ending the call (S37), checks whether all the extracted phone numbers have been dialed and terminates the call. Shuttle vehicle arrival information notification method characterized in that the step (S39) to perform repeatedly performed. The method of claim 6, wherein the process (S32) reads a list of telephone numbers corresponding to the number of incoming calls using a count value (S321), Subsequently, the central processing unit checks whether the SMS text sending device is connected through the data communication interface unit (S322), When it is confirmed that the connection is made, extract the phone number capable of SMS notification (S323), Store in the SMS notification list of the contact storage memory (S324), If the SMS sender is not connected in the process (S322) and stored in the call list to be called by the phone after the process (S323) (S325), The method of claim 1, wherein the step of extracting the list of telephone numbers in a manner of reducing the amount of work by removing the numbers in the SMS notification list from the telephone call list (S326). 8. The process of claim 7, wherein the process (S39) checks whether there is a recall content in the recall list stored in the data storage memory 309 as a recall list (S391), and deletes all the recall list contents if there is no content. And exit (S394), If there is a content in the process (S391), select the first telephone number (S392), check whether the number of recalls is more than two (S393), If more than two times to complete the process (S394), less than two times to make a call using the selected phone number (S395), Then, when the call is in progress (S396), the phone number recalled list is moved last and hangs up (S399), If the call is not in the process (S396), waiting for 10 seconds to 20 seconds (S397), the shuttle vehicle arrival information notification method, characterized in that to perform the process of removing from the recall list (S398).

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