JPH0816090A - Telephone training device - Google Patents

Abstract

PURPOSE:To guide a trainee very carefully according to the level of the trainee. CONSTITUTION:Two sets of telephones T1 and T2 can be connected each other, and a telephone number register means A to register the telephone number beforehand; a telephone number discriminating means E to discriminate whether the call number from either the telephone T1 or T2 is coincident to the telephone number stored in a telephone number register B or not; a figure number discriminating means D to discriminate whether the figure number of the call number is coinsident to the figure number of the registered telephone number stored in the telephone number storing part B or not; and a talking control means G to send different call sounds to both telephones T1 and T2 when the call number is coincident to the registered telephone number, and when the figure number of the call number is coincident to that of the registered number, while to control the switching of both telephones T1 and T2 when the call number is coincident to the registered telephone number and the figure number of the call number is also coincident to that of the registered telephone number; are provided in this telephone training device.

Description

Detailed Description of the Invention

[0001]

The present invention relates to special education schools such as school for the disabled, nursery schools, kindergartens and infants and children in elementary and junior high schools.
The present invention relates to a telephone training device used for instructing students on various rules regarding telephone rules, manners, and how to make telephone calls.

[0002]

2. Description of the Related Art The telephone is an important means of communication in social life, but it is not possible to make calls to special education schools such as mentally retarded schools, elementary and junior high school special classes, and other facilities for children with disabilities. There are many students and children. For this reason, the importance of telephone training for students in such schools and classes is increasing, but the following inconveniences occur when training is performed using an actual telephone.

That is, during practice, the external telephone line of the facility or the like is blocked, and the work of the facility or the like is hindered.
If you make a mistake, you will be disturbing the other party, if you do not get out, you can not judge whether it was done correctly, there are limited places to practice, and there will be a busy tone if there is a dial interval of 5 seconds or more during practice. There is an inconvenience that it may reduce the willingness to practice.

Therefore, conventionally, a telephone training device for conducting conversation training has been developed, or two telephones can be connected and a telephone number is registered in advance and the telephone number registered from one of the telephones. A telephone training device has been developed which enables the other telephone to be called when a calling telephone number having a corresponding number of digits is entered.

[0005]

Among the above-mentioned conventional telephone training devices, the former telephone training device focuses on the conversation training after making a call, so that the telephone call is made before the conversation. This is insufficient for telephone training for students and children in the above-mentioned schools and classes that require training such as dialing operations, that is, recognition of numbers, confirmation of dialed numbers, and operation of dials themselves.

Further, in the latter telephone training device, if there is an error in the number, it is not possible to always call, which will discourage practice. Therefore, even if the calling telephone number is incorrect, if the number of digits is correct. I try to use the phone,
Therefore, it has been pointed out that it is difficult to discriminate whether or not the trainee has been able to dial the number accurately, and it is difficult to provide training according to the degree of the trainee.

[0007]

In order to solve the above-mentioned problems, a telephone training apparatus according to the invention of claim 1 has a telephone number registration means for registering a telephone number in advance and a telephone number called from one of the telephones. A telephone number discriminating means for discriminating whether or not the telephone number coincides with the registered telephone number; a digit number discriminating means for discriminating whether or not the calling telephone number coincides with the digit number of the registered telephone number; Exchange control of both telephones when the calling telephone number coincides with the registered telephone number and when it coincides with the digit number of the registered telephone number based on the discrimination results of the discrimination means and the digit number discrimination means. And call control means for transmitting different ring tones to one of the telephones when the called telephone number matches the registered telephone number and when the registered telephone number has the same number of digits. Prepared

The telephone training apparatus according to the invention of claim 2 is
2. The telephone training device according to claim 1, wherein the calling telephone number and the registered telephone number are displayed side by side, and the calling telephone number displayed on the display means is registered based on the discrimination result of the telephone number discriminating means. An identification display control means for identifying and displaying a portion that does not match the telephone number is provided.

The telephone training apparatus according to the invention of claim 3 is
The telephone training device according to claim 1 or 2, further comprising a pressing interval setting means for setting a dial interval in advance, and the telephone number discriminating means receives only dial pulses input within the dial interval set by the pressing interval setting means. Valid,
A means for identifying and displaying invalidity is provided.

A telephone training device according to the invention of claim 4 is
Phone number registration means to register the phone number in advance, digit number setting means to set the number of digits of the telephone number in advance, number practice mode to practice with the telephone number and digit number practice mode to practice only the number of digits And a telephone number discriminating means for discriminating whether or not the telephone number called from one of the telephones matches the registered telephone number when the number practice mode is selected by the mode selecting means. The digit number discriminating means for discriminating whether or not the digit number of the calling telephone number matches the preset digit number when the digit number practice mode is selected by the mode selecting means, and the telephone number discriminating means. When the calling telephone number matches the registered telephone number based on the determination result, or the digit number of the calling telephone number matches the set digit number based on the determination result of the digit number determining means. Sometimes both And a call control means for the exchange control of the machine.

A telephone training apparatus according to the invention of claim 5 is
5. The telephone training device according to claim 4, wherein the telephone number registration means has a means for registering one telephone number, and the telephone number discrimination means has the calling telephone number and the registered telephone number.
It has a means for determining whether or not the telephone number in question matches. The telephone training device according to the invention of claim 6 is
5. The telephone training device according to claim 4, wherein the telephone number registration means has a means for registering a plurality of telephone numbers, and the telephone number discrimination means has the calling telephone number and the plurality of registered telephone numbers. It has a means for determining whether or not any of them match.

The telephone training apparatus according to the invention of claim 7 is
In the telephone training device according to claim 4 or 5, the display means for displaying the calling telephone number and the registered telephone number side by side, and the calling telephone number displayed on the display means based on the discrimination result of the telephone number discriminating means. And an identification display control means for identifying and displaying a non-matching portion with the registered telephone number.
The telephone training device according to the invention of claim 8 is the above-mentioned claim 4.
In the telephone training device of Nos. 7 to 7, a pressing interval setting means for setting the dial interval is provided in advance, and only the dial pulse inputted by the telephone number determining means and the digit number determining means within the dial interval set by the pressing interval setting means. Is provided, and means for identifying and displaying that it is invalid is provided.

[0013]

In the telephone training device according to the invention of claim 1, when the calling telephone number from one of the telephones matches the registered telephone number (number match) and the number of digits of the registered telephone number matches. At any time (the number of digits matches), the other phone is called to enable the call, but since the ringing tone for one phone (oscillating side phone) differs depending on the number match and the number of digits match, the phone number is Even if they do not match, it is possible to discriminate whether or not dialing was done correctly from the ringing tone without distracting the user from the phone by calling, and it is possible to give guidance according to the degree of the trainee.

In the telephone training apparatus according to the invention of claim 4, when the calling telephone number from one telephone matches the registered telephone number (number matching), and the number of digits of the calling telephone number is the set number of digits. When the number of digits matches (the number of digits matches), the other phone can be called to talk. However, the practice mode based on the telephone number and the practice mode based on the number of digits can be selected. I can teach according to the degree.

The telephone training device according to the invention of claim 5 is 1
Since the telephone number in question is registered and it is determined whether or not the calling telephone number matches the registered telephone number, it is possible to perform dial operation while watching the registered telephone number. Since the telephone training device according to the invention of claim 6 registers a plurality of telephone numbers and determines whether the calling telephone number matches any one of the plurality of telephone numbers, more advanced telephone training is provided. Will be possible. Since the telephone training device according to the invention of claim 2 or 7 displays the calling telephone number in parallel with the registered telephone number and identifies and displays the mismatched portion between the registered telephone number and the calling telephone number, the wrong portion can be easily identified. can do. Further, since the telephone training device according to the invention of claim 3 or 8 can set the dial interval, by setting the dial interval according to the degree of the trainee, the dial interval is gradually increased without discouraging training. You can get close to a regular telephone and give detailed guidance.

[0016]

Embodiments of the present invention will be described below with reference to the accompanying drawings. FIG. 1 is a functional block diagram of a telephone training device according to the inventions of claims 1 to 3, FIG. 2 is a functional block diagram of a telephone training device according to the inventions of claims 4 to 8, and FIG. 3 is a telephone training to which the present invention is applied. FIG. 4 is a perspective view of the system, FIG. 4 is a plan view of the telephone training device, FIG. 5 is a block diagram of a control unit of the telephone training device, and FIGS. 6 to 14 are flow charts for explaining a setting / registration control unit of the control unit. 15 to FIG. 19 are explanatory diagrams of display examples used to explain the setting / registration control unit, FIGS. 20 to 24 are flow diagrams used to explain the mode practice control unit and the call control unit of the control unit, and FIGS. 25 and 26. FIG. 6 is a diagram illustrating a display example provided for explaining a mode practice control unit and a call control unit.

With reference to FIG. 1, this telephone training device includes two
Telephone numbers registering means A for connecting telephones T1 and T2, and registering telephone numbers in advance, and this telephone number registering means A
The registered telephone number storage unit B for storing the registered telephone number registered in step S1, the pressing interval setting unit C for setting the dial interval in advance, and the pressing interval storage unit D for storing the dial interval set by the pressing interval setting unit C. And one of the telephones T1 or T
Whether only the dial pulse input from within 2 within the set dial interval stored in the press interval storage section D is valid and the calling telephone number matches the registered telephone number stored in the telephone number registration section B Telephone number discriminating means E for discriminating whether or not, and the calling telephone number is received through this telephone number discriminating means E, and the number of digits of the calling telephone number is the number of digits of the registered telephone number stored in the telephone number storage section B. When the calling telephone number matches the registered telephone number, based on the digit number discriminating means F for discriminating whether or not the telephone number and the digit number discriminating means E and the digit number discriminating means F, and Both telephones T1 and T when the number of digits of the registered telephone number matches
The exchange control of No. 2 is performed, and different ring tones are sent to one of the telephones T1 and T2 when the calling telephone number matches the registered telephone number and when the number of digits of the registered telephone number matches. The call control means G, the display means H for displaying the calling telephone number and the registered telephone number side by side, and displaying that the dial pulse is invalid, and the registered telephone number stored in the registered telephone number storage B. Based on the calling telephone number received from the telephone number discriminating means E, the non-matching portion of the calling telephone number displayed on the display means H with the registered telephone number is identified and displayed, and the dial pulse is determined from the discrimination result of the telephone number discriminating means E. An identification display control unit I for identifying and displaying invalidity is provided.

The registered telephone number storage B and the pressing interval storage D are separated for the sake of explanation, and are included in any one of the telephone number registration means A, the pressing interval setting means C and the telephone number discrimination means E. It can also be configured. Further, the digit number discriminating means F receives the calling telephone number from the telephone number discriminating means E, but the calling telephone number from the telephone sets T1 and T2 may be directly received. The dial pulse input based on the set dial interval stored in the storage section D is validated.

In this telephone training device, the telephone number registration means A registers the telephone numbers to be used for practice in advance and stores them in the telephone number storage section B, and the pressing interval setting means C sets the dial intervals in advance and the pressing intervals are set. Store in the storage section D. Then, when one of the telephones, for example, the telephone T1 is operated to input the calling telephone number, the telephone number discriminating means E validates only the dial pulse inputted within the set dial interval stored in the press interval storing section D. , Phone number storage B
Sequentially comparing with the registered telephone number stored in, it is determined whether or not there is a match, and when the called telephone number matches with the registered telephone number, the fact is sent to the call control means G and a valid dial pulse is sent. Is sent to the digit number discriminating means F every time is input, and the result of successive comparison between the calling telephone number and the registered telephone number is sent to the identification display control means I together with the input calling telephone number.

When the digit number discriminating means F receives from the telephone number discriminating means E that a valid dial pulse has been input, the digit number discriminating means F increments (+1) the internal counter,
The number of digits of the registered telephone number stored in the telephone number storage section B is compared to determine whether they match, and when the number of digits of the calling telephone number matches the number of digits of the registered telephone number, a call to that effect is made. It is sent to the control means G.

Therefore, when the call control means G receives from the telephone number discrimination means E that the calling telephone number and the registered telephone number match, it performs exchange control for connecting the telephone paths of the telephones T1 and T2, and the telephone number. Even when the fact that the calling telephone number and the registered telephone number match is not received from the discriminating means E, when the digit number discriminating means F receives the fact that the digit numbers match, the communication paths of the telephones T1 and T2 are similarly connected. In the latter case, the ringing tone for one of the telephones T1 is modulated at a frequency different from the normal modulation signal and a different ringing tone is transmitted. As a result, it is possible to identify whether the call is accepted because the numbers match even if the call is accepted, or the call is accepted because the numbers are incorrect but the numbers of digits match.

Further, the identification display control means I causes the display means H to display the registered telephone number stored in the telephone number storage B and the calling telephone number received from the telephone number discriminating means E. If there is a mismatch, the number (number)
Is displayed by blinking, etc. This makes it possible to easily identify whether or not the calling telephone number matches the registered telephone number. Further, when the dial pulse becomes invalid, the identification display control means I blinks the entire calling telephone number inputted up to that time so as to identify that it is invalid.

Next, referring to FIG. 2, this telephone training apparatus can connect two telephones T1 and T2, and has the telephone number registration means A, the registered telephone number storage section B, and the pressing interval setting means C. , A pressing interval storage section D, a display means and an identification display control means I, a digit number setting means J for presetting the number of digits of a telephone number, and a digit for storing the number of digits set by the digit number setting means J. The number storage section K, a mode selecting means L for selecting a number practice mode for practicing with a telephone number and a digit number practice mode for practicing only the number of digits, and the number practice mode is selected by the mode selecting means L. When one of the telephones T1 or T2
Only the dial pulse input within the set dial interval stored in the press interval storage section D from
When the telephone number discrimination means M for discriminating whether or not the calling telephone number matches the registered telephone number stored in the telephone number registration section B and the digit number practice mode is selected by the mode selecting means L. In addition, only the dial pulse input from one of the telephones T1 or T2 within the set dial interval stored in the press interval storage unit D is valid, and the number of digits of the calling telephone number is stored in the number-of-digits storage unit K. Digit number discriminating means N for discriminating whether or not it matches the set digit number
Based on the discrimination results of the telephone number discriminating means M and the number-of-digits discriminating means N, both the telephone sets T when the calling telephone number coincides with the registered telephone number and when it coincides with the set digit number.
And a call control means O for controlling exchange of T1 and T2. Here, the mode selection means L has a set number practice mode for practicing with one telephone number registered by the telephone number registration means A and a plurality of registered numbers by the telephone number registration means A as number practice modes. You can also choose between the registration number practice mode and practice with your phone number.
Then, the telephone number discriminating means M discriminates whether or not one registered telephone number and the calling telephone number match in the set number practice mode, and determines whether or not one registered telephone number corresponds to the plurality of registered telephone numbers in the registration number practice mode. It is determined whether the called telephone number matches.

In this telephone training device, the telephone number registration means A registers the telephone numbers to be used for practice in advance and stores them in the telephone number storage section B, and the pressing interval setting means C sets the dialing intervals in advance and the pressing intervals are set. The number of digits is stored in the storage section D, the number of digits is set by the number-of-digits setting means J, and the number of digits is stored in the number of digits storage section K. Then, the mode selecting means L selects the number practice mode (either the set number practice mode or the registration number practice mode) or the digit number practice mode.

Here, when the set number practice mode of the number practice modes is selected by the mode selection means L, one telephone, for example, the telephone T1 is operated to input the calling telephone number, and the telephone number discrimination means M is displayed. Only the dial pulse input within the set dial interval stored in the press interval storage D is validated, and the telephone number storage B
It is sequentially compared with the registered telephone number stored in to determine whether they match, and when the calling telephone number matches the registered telephone number, the fact is sent to the call control means O and the calling telephone number The result of successive comparison with the registered telephone number is sent to the identification display control means I together with the input calling telephone number. Further, when the registered number practice mode of the number practice modes is selected by the mode selection means L, if one of the telephones, for example, the telephone T1 is operated to input the calling telephone number, the telephone number determination means M causes the pressed interval storage unit to be depressed. D
Only the dial pulse input within the set dial interval stored in is validated and compared with all registered telephone numbers stored in the telephone number storage section B to determine whether or not any match. However, when the called telephone number matches any of the registered telephone numbers, the fact is sent to the call control means O.

When the digit number practice mode is selected by the mode selecting means L and one telephone, for example, the telephone T1 is operated to input a calling telephone number, the digit number discriminating means N is stored in the press interval storing portion D. Only the dial pulse input within the set dial interval is valid, and the internal counter is incremented (+1) every time a valid dial pulse is input, and the set digit number stored in the digit number storage unit K is set. When the number of digits of the calling telephone number matches the set number of digits, it is sent to the call control means O.

Therefore, when the call control means O receives from the telephone number discriminating means M that the calling telephone number and the registered telephone number match, or the digit number discriminating means N indicates that the digit numbers match. When received, exchange control is performed to connect the communication paths of the telephones T1 and T2. As a result, it is possible to select practice by the number of digits or practice by telephone number according to the degree of the trainee. The operation of the identification display control means I and the display means H is the same as that in the case of FIG. 1 (however, in the registered number practice mode of the number practice mode, the identification display of the portion that does not match the registered telephone number is not performed). .

Next, a specific telephone training system will be described with reference to FIGS. This telephone training system includes a telephone training device 1 according to the present invention, which can connect two telephones T1 and T2. On the operation panel surface 1a of the telephone training device 1, as shown in FIG. 4, a numeric keypad 2 including numeric keys of "0" to "9", a # key and a * key, and a digit number practice mode (mode 1 ), Setting number practice mode (mode 2) or registration number practice mode (mode 3) for selecting the practice mode key 3 also serving as the mode selection means L of FIG. 2 and the selection result by the practice mode key 3. Mode lamps 3a, 3b, 3c to display,
A mode selection lamp 4 for displaying whether the mode is a practice mode, a press interval key 5 for selecting a mode for setting a press interval (dial interval), and an interval setting mode lamp 5a for displaying a press interval setting mode A grade display key 6 for selecting a grade display mode, a grade display mode lamp 6a for displaying whether or not the grade display mode, a clear key 7 used for invalidating a result such as setting input, and at least two upper and lower stages It is provided with a liquid crystal display 8 capable of displaying and an online lamp 9 for indicating that it is online. In the following, the upper stage of the liquid crystal display 8 is referred to as “upper stage display section”,
The lower stage is referred to as a "lower stage display section".

As shown in FIG. 5, the control unit of the telephone training device 1 includes a setting / registration control unit 11, a storage unit 12, a mode practice control unit 13, a call control unit 14, on / off hook detection units 15 and 15, The display control unit 16 and the like are included. The setting / registration control unit 11 includes a telephone number registration means A shown in FIGS.
It also serves as the pressing interval setting means C and the digit number setting means J,
Import the input information from the numeric keypad 2, practice mode key 3, press interval key 5, grade display key 6, clear key 7, and set the number of digits (mode 1), telephone number (mode 2), telephone number Registration (mode 3), setting of pressing interval (dial interval), calculation of results and control of its display, and control of sending and receiving of information with an external personal computer connected via an interface not shown. To do. The storage unit 12 also serves as a telephone number storage unit B, a press interval storage unit, and a digit number storage unit K.
The set telephone number, the registered telephone number, the set dial interval, the information on the practice result (results) from the mode practice means 13, and the like are stored.

Here, in this telephone training apparatus 1,
As the practice mode, the digit number practice mode (mode 1) in which only the number of digits is practiced, and the set number practice mode (mode 2) in which the preset setting telephone number (when only one telephone number is registered) are practiced ) And a registered number practice mode (mode 3) for practicing a registered telephone number (when registering one or more telephone numbers) registered in advance so that the practice mode key 3 can be selected. There is. Both mode 2 and mode 3 are common in that a telephone number registered in advance is used for practice (that is, the number practice mode in the present invention), but in mode 2, only one telephone number is used for practice. However, in mode 3, one or more telephone numbers are registered in advance, and whether all of the registered telephone numbers match the calling telephone number is checked. The point is different.

The mode practice control section 13 also serves as telephone number discriminating means E and M and digit number discriminating means F and N.
Based on the information of the selected practice mode received from the setting / registration control unit 11, the on / off hook detection is performed by referring to the set digit number, set telephone number, registered telephone number, and set dial interval stored in the storage unit 12. The telephone number called from the telephone set T1 or T2 input via the sections 15 and 15 is fetched, and compared with the set digit number, set telephone number, and set registration number according to the selected practice mode, and whether they match or not. That is, in Mode 1, whether the set number of digits and the number of digits of the calling telephone number match, and in Mode 2, whether the set telephone number and the number of calling telephone numbers and both of them match, In 3, it is determined whether any of the registered telephone numbers matches the calling telephone number, the determination result is sent to the call control unit 14, the practice result is stored in the storage unit 12, and the display unit control is performed. 16 to call the phone number, and sends the information about the match / mismatch between the set telephone number the call telephone number.

The call control section 14 constitutes call control means G and O together with the on / off hook detection sections 15 and 15.
Telephones T1 and T2 in the on / off hook detectors 15 and 15
On-hook / off-hook is detected, and when the number of digits matches in Mode 1 and the calling telephone number and the set telephone number match in Mode 2 based on the determination result information from the mode practice control unit 13. When the calling telephone number and the registered telephone number match in Mode 3, the communication paths of the telephones T1 and T2 are closed, and in Mode 2, the numbers match or the digits match. A different ring tone is sent out depending on the number match.

The display control unit 16 also serves as an identification display control means, and is a liquid crystal for setting the number of digits, information necessary for setting / registering a telephone number, grade information, practice setting / registered telephone number and calling telephone number. The display control on the display unit 8 and the identification display control of the disagreement between the set / registered telephone number and the calling telephone number are performed.

Therefore, the operation of this control unit will be described with reference to FIG. First, referring to FIG. 6,
The registration control unit 11 receives the clear key 7 when the power is turned on.
Discriminates whether or not is pressed, and clear key 7
When is pressed, all clear processing is performed to set the number of digits stored in the storage unit 12, the set telephone number,
After clearing all data such as registered telephone numbers and setting default values (here, set the number of digits to 7 digits, practice mode to mode 1, press interval to 5 seconds), etc., and then clear When the key 7 is not depressed, the standby process is performed as it is, and the current practice mode is set to the previous practice mode (the mode 1 which is the digit number practice mode when the all clear process is performed).

Thereafter, it is determined whether or not the current practice mode is the mode 1, and if it is the mode 1, the guide message of the set digit number, for example, "14" is displayed on the upper display section of the liquid crystal display 8 via the display control section 16. If it is not mode 1, it is judged whether it is mode mode 2 or not. If it is mode 2, similarly, a guide message of the set telephone number, for example, on the upper display of the liquid crystal display 8 is displayed. "004
300119876543210 ”or the like, and if it is not mode 2, that is, if it is mode 3, similarly, a necessary guide message is displayed on the upper display part of the liquid crystal display 8, and then it is determined whether or not there is a key input. If there is a key input, the process proceeds to the setting process, and if there is no key input, the process proceeds to the practice process by the mode practice control unit 13 and the call control unit 14.

Next, the setting process will be described with reference to FIG. 7. First, it is determined whether or not the key input is the practice mode key 3, and if it is the practice mode key 3, the current practice mode is the mode 3. If it is mode 3, the practice mode 1 setting process is performed. If it is not mode 3, the practice mode 2 setting process is performed. If mode 1, the practice mode 2 setting process is performed. If not, that is, if it is the mode 2, the process shifts to the practice mode 3 setting process. That is, every time the practice mode key 3 is pressed, mode 1 → mode 2 → mode 3
→ Mode 1 cycles and switches.

If the key input is not the practice mode key 3, it is determined whether the key is the press interval key 5, and if it is the press interval key 5, the process proceeds to the press interval (dial interval) setting process. If it is not 5, it is judged whether it is the grade display key 6 or not. If it is the grade display key 6, it moves to the grade display processing, and if it is not the grade display key 6, it is judged whether it is the numeric key of the ten keys 2. If the numeric keypad of the numeric keypad 2 is selected, it is determined whether or not the current practice mode is the mode 3, and the mode 3
If so, the registration number address counter is updated.

The practice mode 1 setting process in this setting process will be described with reference to the flow chart of FIG. 8 and the display example explanatory diagram of FIG. 15. First, the current set digit number display process is performed, and the process shown in FIG. As shown in the figure, the current set number of digits, for example, the message "14-Ketani setting sale mass" is displayed on the upper display of the liquid crystal display 8 and "00" is displayed on the lower display.
After displaying, if there is a key input,
Whether it is a key or not is discriminated, and if it is not the * key, this processing is directly exited. If it is not the * key, this process can be continued until the # key is pressed.

If the key input is the * key, then FIG.
As shown in FIG. 5 (b), a guide message "Ketas Uno Setup" indicating that the number of digits can be set is displayed on the upper display of the liquid crystal display 8 and the captured data is displayed, and then the next key input is awaited. When the number key is input, it is determined whether it is within 20 digits. If it is within 20 digits, the input data is fetched and the process returns to the guide message / acquired data display process, and when the # key is pressed, it is fetched. If there is data to be fetched and if there is fetched data, set that data as the new digit number, exit this process, and clear the fetched data up to that point when the clear key 7 is pressed. Return to the guide message / acquired data display processing again. Therefore, for example, when "1" and "0" are input with the number keys after the * key is input, the guide "Ketas Uno Setup" is displayed on the upper display of the liquid crystal display 8 as shown in FIG. 15B. A message is displayed and "10", which is the numerical value (digit number) input by the numerical keys, is displayed on the lower display.

Regarding practice mode 2 setting processing, FIG.
Referring to the flowchart of FIG. 16 and the display example explanatory diagram of FIG. 16, first, the current setting number display process is performed to perform the process shown in FIG.
As shown in FIG. 5, the currently set telephone number, for example, “004300119876543210” is displayed on the upper display of the liquid crystal display 8.
When a key input is made after the telephone number is displayed and the cursor 8a is displayed on the lower display, it is determined whether or not it is the * key of the ten-key pad 2. If it is not the * key, this processing is directly exited. If it is not the * key, this process can be continued until the # key is pressed.

If the key input is the * key,
As shown in FIG. 6 (b), a guide message “Denwa Bangou No Setup” indicating that the telephone number can be set is displayed on the upper display portion of the liquid crystal display 8 and the captured data is displayed. Wait, if the numeric key is entered, determine whether it is within 20 digits,
If it is within a digit, import the input data and return to the guide message / capture data display process again.When the # key is pressed, it is determined whether or not there is capture data. If there is capture data, that data is updated. After setting as the set telephone number, this process is exited, and when the clear key 7 is input, the fetched data up to that point is cleared and the process returns to the guide message / acquired data display process again. Therefore, for example, after entering the * key, use the number keys to enter "1".
When "2" and "3" are input, as shown in FIG. 16 (b), the guide message "DENWA BANGOU NO SETUP" is displayed on the upper display of the liquid crystal display 8 and the lower display is displayed. "123", which is the numerical value input with the numerical keys, is displayed.

Further, the practice mode 3 setting process will be described with reference to the flow charts of FIGS. 10 to 12 and the display example explanatory diagram of FIG. 117. First, a message display process is performed and as shown in FIG. When the number of currently registered telephone numbers, for example, 10 telephone numbers are already registered on the upper display portion of the liquid crystal display 8, the message "10 Konobangaugaarimasu" is displayed, and the cursor 8a is displayed on the lower display portion. After the display, if there is a key input, it is determined whether the key is the * key in the numeric keypad 2. If the key is not the * key, this process is terminated. If it is not the * key, this process can be continued until the # key is pressed.

If the key input is the * key, then FIG.
As shown in 7 (b), in order to select additional registration or deregistration on the liquid crystal display 8, after displaying the message "Tsukakatookuhaha1woos" and "Tookusakujojoha9woos", wait for key input and then "1". When the key is input, the process proceeds to the additional registration process, and when the “9” key is input, the process proceeds to the registration deletion process, and the other key inputs are invalidated and the process returns to the key input standby.

Therefore, when the "1" key is pressed to shift to the additional registration processing, referring to FIG. 11, the number of already registered telephone numbers is the maximum registrable number (here, "99"). If it is already registered by the maximum number of registrations possible, this processing is exited. In this case, the liquid crystal display 8 displays a message such as "NORMAL", "NORMAL", and "1" in FIG. 10 described above without exiting this process.
It is also possible to return to the process of waiting for the key input of the key or the "9" key to prompt the user to select the additional registration after performing the registration deletion process.

On the other hand, if the number of registered telephone numbers is not the maximum number that can be registered, the message "Tsuka Torooku" is displayed on the liquid crystal display 8 as shown in FIG. 17 (c).
And a numerical value indicating the registered address, for example, if it is registered at the 11th position, "11" is displayed and the captured data is displayed, then the next key input is awaited. If it is within 20 digits, the input data is fetched and the process returns to the message / captured data display process again. When the * key is pressed, it is determined whether or not there is import data, and if there is import data, additional registration processing is performed to register the data as a registered telephone number, and the registration number is incremented (+
After 1), the process returns to the process of determining whether or not the maximum number of registrations has been reached. When the # key is pressed, it is determined whether or not there is captured data, and if there is captured data, that data is registered. After performing additional registration processing for registering as a telephone number and incrementing (+1) the number of registrations, this processing is exited. Further, when the clear key 7 is pressed, the fetched data up to that point is cleared and the process returns to the message / captured data display process. Therefore, for example, when “1”, “2”, and “3” are input with the number keys after the * key is input, the above “Tsukaka” is displayed on the upper display of the liquid crystal display 8 as shown in FIG. 17 (c). The guide message "11" is displayed, and "123", which is the numerical value input with the numerical keys, is displayed on the lower display.

Further, when the "9" key is pressed in the processing of FIG. 10 to shift to the registration deletion processing, referring to FIG. 12, the address of the registered telephone number to be deleted (this is displayed on the liquid crystal display 8). "Clear pass") and its registered telephone number are displayed. Here, the default clear path is "0
0 ", as shown in FIG. 17D, the liquid crystal display 8
The upper display shows "Sakujo: Clear □ Pass: # □□□
00 ”(the square means a space) and the registered telephone number of the clear pass 00 on the lower display, for example,“ 987 ”.
654321 "is displayed.

Thereafter, waiting for key input, when the clear key 7 is pressed, the registered telephone number of the current clear path is deleted, the clear path is incremented (+1), and the clear path and the registered telephone number are displayed. Return to, when the * key of the numeric keypad 2 is pressed, the clear pass is incremented (+1) and the process returns to displaying the clear pass and the registered telephone number. When the # key is pressed, the registered telephone number is cleared. After sorting the paths, exit this process. The deleted clear path may be set as an empty address without performing the sorting process when the # key is input. Therefore, when the clear key 7 or the * key is input in the state of FIG. 17D, after the deletion process is performed or as it is, the upper display portion of the liquid crystal display 8 is displayed as shown in FIG. “Sakujo: Clear □ Pass: # □□□ 01” and the clear pass 00 on the lower display.
Registered telephone number of, for example, "0354324211"
Is displayed.

Next, referring to the flowchart of FIG. 13 and the display example explanatory diagram of FIG. 18, the case where the depression interval setting key 5 is pressed in FIG. 7 to shift to the depression interval setting process will be described. When the set interval display processing is performed, the message "Okakan Kaku no setup" is displayed on the upper display of the liquid crystal display 8 as shown in FIG. 18, and if the current set value is 5 seconds on the lower display. "5" is displayed.
After that, waiting for key input, when the numeric key is input, the input data is captured, the captured data is displayed, and then the process returns to the key input standby process. When the # key is pressed, it is determined whether or not there is import data, and if there is import data, the data is set as a new pressing interval, and then the clear key 7 is pressed. After clearing the fetched data, each exits this processing.

When the longest pressable interval that can be set is provided, the input data input with the numeric keys are compared,
When the maximum pressing interval is exceeded, processing for limiting the maximum pressing interval can be performed. Further, since the normal pressing interval of the telephone is 5 seconds (default value of this embodiment), when less than 5 seconds is input, it is less than 5 seconds compared with the default value in the new pressing interval setting process by the # key. In that case, processing for setting to 5 seconds is performed.

Next, referring to the flow chart of FIG. 14 and the display example explanatory diagram of FIG. 19, the case where the grade display setting key 6 is pressed to move to the grade display processing in FIG. 7 will be described. After reading the result of the mode, the mode flags MF1 and MF2 are set to MF1 = 1 and MF2 = 0. Then, waiting for key input, when the # key is pressed, it is determined whether or not the mode flag MF1 = 1, and if MF1 = 1, the results of the practice mode 1 are displayed, and then the mode flags MF1 and MF2 are set. MF1 = 0 and MF2 = 1 are set, and the process returns to the key input waiting process. If the mode flag MF1 = 1 is not satisfied, it is determined whether or not the mode flag MF2 = 1, and MF2 = 1.
If so, after displaying the results of practice mode 2, the mode flags MF1 and MF2 are set to MF1 = 0 and MF2 = 0, and the process returns to the key input waiting process. If neither of the mode flags MF1 and MF2 is "1", After displaying the results of practice mode 2, set the mode flags MF1 and MF2 to MF1 = 1 and MF.
Set 2 = 0 and return to the key input standby process. Therefore, #
Each time the key is pressed, for example, the result of mode 1 as shown in FIG. 19A, the result of mode 2 as shown in FIG. 19B,
As shown in (c) of the same figure, the results of mode 3 are cyclically displayed. In addition, "T" in FIG. 19 is the total number of times of practice,
"R" is the percentage of correct dials,
"W" indicates the percentage of times the wrong dial was made.

When the clear key 7 is pressed, the result is cleared and then the process is exited. In addition, by accumulating the results as data for each trainee by using an externally connected personal computer, for example, the progress status of each person can be easily grasped.

Next, the practice process executed by the mode practice control unit 13 and the call control unit 14 in the case of shifting to the practice process in FIG. 6 will be described with reference to FIG. At the time of shifting to this practice processing, it is determined whether or not any of the on / off hook detecting units 15 and 15 has detected off hook. If no off hook is detected, that is, both of the telephones T1 and T2 are in the on hook state. If so, exit this practice process.

On the other hand, the on / off hook detector 1
If any one of the telephones 5 and 15 detects the off-hook, that is, if one of the telephones T1 and T2 is in the off-hook state, the call control unit 14 transmits the telephone on the calling side (here, the telephone T1 is called for convenience of description). Side telephone and telephone T2 as the receiving side telephone.) A dial tone (DT: 400 Hz continuous) is sent to T1, and the mode practice control unit 13 sets a timer at the set pressing interval (dial interval). After setting and starting, the current practice mode selected by the practice mode key 3 is discriminated, and if the mode 1 is the mode 1 practice process, the mode 2 is the mode 2 practice process, and the mode 3 is the mode 3. If you move to mode 3 practice processing,
After each practice, store the practice results.

Therefore, the mode 1 practice process is shown in FIG.
25 and the display example explanatory diagram of FIG. 25. First, it is determined whether or not a dial pulse is input from the calling telephone T1, and when the dial pulse is input, the digit counter is incremented ( After +1) and resetting the timer, the input digit number, that is, the count value of the digit number counter is displayed on the lower display portion of the liquid crystal display 8.

After the input digit number display processing is performed, and when no dial pulse is input from the originating telephone set T1, the timer is checked as it is to check whether the timer is up or not, and the set pressing interval (dial) is set. It is determined whether or not (interval) time (set time) has elapsed, and if the set time has not passed, the process returns to the dial pulse input determination processing from the telephone set T1, and when the set time has passed, that is, the set dial. When the next dial pulse is not input within the interval, it is determined whether the number of input digits = the number of set digits, and if the number of input digits = the number of set digits, the call processing starts, and the number of input digits = the number of set digits. If not, a busy tone (BT: 400 Hz, 0.5 second transmission, 0.5 second pause) is transmitted to the calling side telephone T1. In this case, when the number of input digits <the number of set digits, the dial pulse is invalid by blinking the calling telephone number displayed on the lower display of the liquid crystal display 8, that is, the setting dial is set. Displays that the dial operation could not be performed at intervals.

Therefore, for example, as shown in FIG. 25, the message of the set digit number in the set digit number guide message display processing of FIG. In the state where the message "14 digit set" is displayed, the count value of the input digit number, for example, "2" is displayed at the time when two dial pulses are input. It is possible to practice practicing dialing of the set number of digits at intervals within the set dial interval by sequentially operating the keys of the telephone T1 within the set dial interval while watching these digit number displays.

Next, the mode 2 practice process will be described with reference to the flowchart of FIG. 22 and the display example explanatory diagram of FIG. 26. First, it is determined whether or not a dial pulse is input from the calling side telephone T1, When a dial pulse is input, the digit counter is incremented (+1) and the timer is reset, then the input number is displayed on the lower display of the liquid crystal display 8 and the input number matches the set telephone number. It is determined whether or not (input = setting), and if they do not match, the input number is blink-displayed.

After the input = setting determination process, and when no dial pulse is input from the originating telephone set T1, the timer is checked as it is to determine whether or not the set time has elapsed, and the set time is set. If it has not elapsed, the process returns to the dial pulse input determination process from the telephone set T1, and when the set time has elapsed, that is, when the next dial pulse is not input within the set dial interval, the calling telephone number and the set telephone number are set to one. It is determined whether or not (input number = setting number). Here, if the called telephone number and the set telephone number match, the process proceeds to the call processing as it is. If the numbers do not match, the number of digits of the input calling telephone number matches the number of digits of the set telephone number. It is determined whether or not (input digit number = set digit number) and if input digit number = set digit number, the calling telephone number is incorrect but the digit number is correct so that the call can be made. Flag NGF
After setting (NGF = 1), the processing shifts to the call processing, and if the number of input digits is not the number of set digits, a busy tone is sent to the calling side telephone T1. In this case, when the number of input digits <the number of set digits, the dial pulse is invalid by blinking the calling telephone number displayed on the lower display of the liquid crystal display 8, that is, the setting dial is set. Displays that the dial operation could not be performed at intervals.

Therefore, for example, as shown in FIG. 26 (a), a message of the setting registration telephone number, for example, a message "00430019876543210" is displayed on the upper display portion of the liquid crystal display 8 in the setting number guide message display process of FIG. In this state, the calling telephone number entered, for example, "004300", is displayed on the lower display.
If "19876" is input, the number is displayed. Here, the next correct value is "5", but "4"
If "" is input, as shown in FIG.
"4300198764" is displayed, and "4" is blinked (enclosed by □). This allows
The trainee can operate the telephone T1 while seeing the guide message of the set registered telephone number, and can easily recognize the wrong portion on the blink display even when the call becomes possible.

Next, the mode 3 practice process will be described with reference to the flowchart of FIG. 23. First, the calling side telephone T will be described.
It is determined whether or not the dial pulse is input from 1, and when the dial pulse is input, the digit counter is incremented (+1) and the timer is reset, and then the input number is displayed on the lower display of the liquid crystal display 8. indicate.

Thereafter, when the dial pulse is not input from the originating telephone set T1, the timer is checked as it is to determine whether or not the set time has passed. If the set time has not passed, the telephone set T1 is called. Returning to the dial pulse input determination processing in step 1, when the set time has elapsed, that is, when the next dial pulse is not input within the set dial interval, the calling telephone number and any of the registered telephone numbers are registered. It is determined whether or not (input number = registration number). Here, if the called telephone number and any of the registered telephone numbers match, the process proceeds to the call processing as it is, and if none of the registered telephone numbers match, a busy tone is sent to the calling side telephone T1. .

Next, the call control by the call control unit 14 will be described with reference to FIG. 24. First, it is detected whether the called telephone T2 is in the off-hook state, and if it is in the off-hook state, the handset is disconnected. Therefore, the busy tone is sent to the calling side telephone T1, and if it is not in the off-hook state, after the calling signal (IR: 16 Hz / 75 V, 1 second sending, 2 seconds rest) is sent to the receiving side telephone T2, the flag NGF = 1. If it is not NGF = 1, that is, if the calling telephone number and the setting (in mode 2) or registration (in case of mode 3) telephone number match (number match). , A normal ring tone (RBT: 400
Modulation at Hz / 16 Hz, send for 1 second, pause for 2 seconds), and if NGF = 1, that is, the calling telephone number does not match the set telephone number (in mode 2), but the number of digits is When they match, an erroneous ringing tone (RBT: modulated at 400 Hz / nHz, sent for 1 second, paused for 2 seconds) is sent to the originating telephone set T1. The modulation frequency nHz used for modulating the false ringing tone is a frequency other than 16 Hz, and particularly, a frequency that becomes a ringing tone distinguishable from a normal ringing tone is used.

After the above processing is repeated until the response of the receiving side telephone T2 is detected, the
If the response of 2 is detected, the communication path between the telephones T1 and T2 is closed, a busy tone is sent to the telephone T1 when the on-hook of the incoming telephone T2 is detected, and when the outgoing telephone T1 is on-hook, The communication path between the telephones T1 and T2 is released.

As described above, in Mode 2 of the number practice mode, although it becomes possible to make a call, it is possible to make a call when the ringing tone of the other party's telephone is in agreement with the number and when the call can be made in the case of matching the number of digits. Therefore, the trainee can discriminate which state it is, and as described above, since the wrong number is discriminated and displayed on the liquid crystal display 8, the result can be easily judged. Further, in the mode 3, the dial operation can be practiced with a plurality of registered telephone numbers, and advanced practice can be performed.

[0065]

As described above, according to the present invention, when the calling telephone number from one of the telephones matches the registered telephone number (number matching) and the digit number of the registered telephone number matches. When the number of digits matches (match the number of digits), the other phone is called to enable communication, but the ringing tone of one of the telephones is made different depending on the number match and the digit match.
Even if the telephone numbers do not match, it is possible to discriminate whether or not dialing was done correctly from the ringing tone without distracting the user from practicing through the telephone and to give instructions according to the degree of the trainee.

According to another aspect of the present invention, when the calling telephone number from one telephone matches the registered telephone number (number matching) and when the number of digits of the registered telephone number matches ( You can call by calling the other phone in either case (matching the number of digits), but since it is possible to select practice mode by telephone number and practice mode by number of digits, depending on the degree of the trainee. You can give detailed guidance by selecting the practice mode.

Further, as a practice with a telephone number, one telephone number is registered and the telephone number and the calling telephone number are checked to determine whether or not they match, so that the user can dial while watching the registered telephone number. By being able to practice the operation, on the other hand, by registering one or more telephone numbers and comparing any one of them with the calling telephone number, You can practice more advanced telephone operations.

Furthermore, by displaying the calling telephone number alongside the registered telephone number and identifying and displaying the mismatched portion between the registered telephone number and the calling telephone number, the wrong portion can be easily recognized. . Also, by enabling the dial interval to be set, it is possible to gradually bring the dial interval closer to that of an ordinary telephone without discouraging training by setting the dial interval according to the degree of the trainee. Detailed training can be provided, and when the dial pulse is invalid, the identification display is provided, so that the trainee can easily grasp the progress situation.

[Brief description of drawings]

FIG. 1 is a functional block diagram of a telephone training device according to claims 1 to 3.

FIG. 2 is a functional block diagram of a telephone training device according to the invention of claims 4 to 8.

FIG. 3 is a perspective view of a telephone training system to which the present invention is applied.

FIG. 4 is a plan view of the telephone training device.

FIG. 5 is a block diagram of a control unit of the telephone training device.

FIG. 6 is a flowchart of a main routine used for explaining a control unit.

7 is a flow chart of a subroutine of the setting process of FIG.

FIG. 8 is a flowchart of practice mode 1 setting processing in FIG.

FIG. 9 is a flowchart of practice mode 2 setting processing in FIG.

FIG. 10 is a flowchart of practice mode 3 setting processing in FIG.

11 is a flowchart of the additional registration process of FIG.

FIG. 12 is a flow chart of registration deletion processing of FIG.

FIG. 13 is a flowchart of the pressing interval setting process of FIG.

14 is a flow chart of the grade display processing of FIG.

FIG. 15 is an explanatory diagram of a display example used for explaining practice mode 1 setting processing.

FIG. 16 is an explanatory diagram of a display example used for explaining practice mode 2 setting processing.

FIG. 17 is an explanatory diagram of a display example used for explaining practice mode 3 setting processing.

FIG. 18 is an explanatory diagram of a display example used for explaining a pressing interval setting process.

FIG. 19 is an explanatory diagram of a display example used for explaining the result display processing.

FIG. 20 is a flowchart of the exercise processing subroutine shown in FIG. 6;

FIG. 21 is a flowchart of the mode 1 practice process of FIG. 20.

22 is a flowchart of the mode 2 practice process of FIG.

23 is a flowchart of the mode 3 practice process of FIG. 20.

FIG. 24 is a flowchart of the call processing of FIGS. 21 to 23.

FIG. 25 is an explanatory diagram of a display example used for explaining mode 1 practice processing.

FIG. 26 is an explanatory diagram of a display example used for explaining the mode 2 practice process and the mode 3 practice process.

[Explanation of symbols]

A ... Phone number registration means, B ... Phone number storage section, C ... Pressing interval setting means, D ... Pressing interval storage section, E, M ... Phone number determining means, F, N ... Digit number determining means, G, O ... Call control means, I ... Identification display means, H ... Display means, J ... Digit number setting means, K ... Digit number storage section, L ... Mode selection means, T1, T2
... Telephone, 1 ... Telephone training device, 2 ... Numeric keypad, 3 ... Practice mode key, 5 ... Press interval key, 6 ... Grade display key, 7
... clear key, 8 ... liquid crystal display, 11 ... setting / registration control section, 12 ... storage section, 13 ... mode practice control section, 14 ... call control section, 15 ... on / off hook detection section, 16 ... display control section .

Claims (8)

[Claims] 1. At least two telephones can be connected,
In a telephone training device for controlling exchange of these two telephones, telephone number registration means for registering telephone numbers in advance,
Telephone number determining means for determining whether or not the calling telephone number from one telephone matches the registered telephone number, and whether or not the calling telephone number matches the digit number of the registered telephone number. The number of digits to be discriminated and the number of digits of the registered telephone number when the calling telephone number matches the registered telephone number based on the discrimination results of the telephone number discrimination means and the digit number discrimination means. The exchange control of both telephones is performed at the same time, and it is different for one telephone when the calling telephone number matches the registered telephone number and when it matches the number of digits of the registered telephone number. A telephone training device comprising: a call control means for transmitting a ringing tone. 2. The display means for displaying the calling telephone number and the registered telephone number side by side does not match the registered telephone number of the calling telephone number displayed on the display means based on the discrimination result of the telephone number discriminating means. The telephone training device according to claim 1, further comprising an identification display control unit that identifies and displays the portion. 3. A pressing interval setting means for setting a dial interval in advance is provided, and the telephone number discriminating means validates only the dial pulse inputted within the dial interval set by the pressing interval setting means and invalidates it. 3. The telephone training device according to claim 1, further comprising means for identifying and displaying. 4. At least two telephones can be connected,
In a telephone training device for controlling exchange of these two telephones, telephone number registration means for registering telephone numbers in advance,
A digit number setting means for presetting the number of digits of a telephone number, a mode selecting means for selecting a number practice mode for practicing with a telephone number and a digit number practice mode for practicing only the number of digits, and this mode selecting means. When the number practice mode is selected by, the telephone number determination means for determining whether the telephone number called from one of the telephones matches the registered telephone number, and the digit number practice mode is selected by the mode selection means. When the number of digits of the calling telephone number coincides with the set number of digits, the number of digits determining means and the calling telephone number are registered based on the determination result of the telephone number determining means. A call control means for controlling exchange of both telephones when they match the telephone number or when the number of digits of the calling telephone number matches the set number of digits based on the discrimination result of the digit number discriminating means. With Telephone training apparatus according to claim the door. 5. The telephone number registration means has a means for registering one telephone number, and the telephone number determination means has the calling telephone number and the registered one telephone number matched. The telephone training device according to claim 4, further comprising means for determining whether or not the telephone training device is used. 6. The telephone number registration means has means for registering a plurality of telephone numbers, and the telephone number discrimination means matches the calling telephone number with any one of the plurality of registered telephone numbers. 5. The telephone training apparatus according to claim 4, further comprising means for determining whether or not the telephone training is performed. 7. The display means for displaying the calling telephone number and the registered telephone number side by side does not match the registered telephone number of the calling telephone number displayed on the display means based on the discrimination result of the telephone number discriminating means. 6. The telephone training device according to claim 4, further comprising an identification display control unit that identifies and displays the portion. 8. A press interval setting means for setting a dial interval in advance is provided, and the telephone number discriminating means and the digit number discriminating means validate only the dial pulse inputted within the dial interval set by the press interval setting means. The telephone training device according to any one of claims 4 to 7, further comprising means for identifying and displaying that the telephone training is invalid.