JPH10133680A - Voice data memorizer judging device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve the reliability of results of judgment of voice data memorizer. SOLUTION: Ten kinds of voice data corresponding to players 0-9 who play on a game machine are inputted through a microphone 12 and plural reference patterns of the inputted voice data are stored into a data base 28, When the ID code of a membership card 50 so inputted from a readout machine 52 to a controller 56, a vocalization pattern generation for registration 36 is controlled to select four figures randomly from the players 0-9, and a display device 40 and a speaker 44 are controlled to utter four figures through a vocalization pattern indicating machine 38. Voice data of four figures of the players is inputted through the microphone 12 to calculate feature parameters by a feature parameter calculator 16 and output the results to a feature parameter collector 20. This collator 20 compares the inputted feature parameter with the reference pattern stored in the data base 28 for identification check.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a voice data storage person determination device, and more particularly, to a voice data storage person determination device for determining a voice data storage person who stores voice data.

[0002]

2. Description of the Related Art Conventionally, a judging device for judging a player who plays a game at a pachinko parlor stores a member card in which an ID code determined for each player (member) is recorded into a reader. And read the ID code and read the ID
The code is compared with a predetermined ID code, the ID code is input from a keyboard, and the input ID code is compared with the predetermined ID code. Judge whether the person who entered the code is a member (person) identified by the ID code,
When it is determined that the user is the principal, the game result of the member, for example, the balance of the accumulated ball, and the like, are displayed, and the number of pachinko balls discharged from the pachinko machine is displayed by a barcode.

[0003] However, the member card is lost and passed on to another person, or the ID code is memorized by another person.
When the D code is input, the other person may be erroneously determined to be the member identified by the ID code, and the game result of the member may be displayed.

[0004] In view of this fact, a predetermined personal identification symbol is assigned to each player, a sheet on which the personal identification symbol is recorded is issued to the player, and the personal identification symbol is input by voice by the player and registered. At the end of a game, for example, an apparatus has been proposed in which a player inputs his or her personal identification symbol by voice, compares the input voice data with the registered voice data, and determines whether the player is the player. (JP-A-61-2
No. 09683).

[0005]

However, since the personal identification symbol is predetermined, if the player forgets the personal identification symbol, the player must refer to the sheet, which is troublesome. Also, if you forget the personal identification symbol and lose the sheet, you will have to reissue the sheet,
Bothersome for operators and players. Further, if another person records the voice of the personal identification symbol of another player using a recording / reproducing device or the like, and if the other person reproduces the voice of the personal identification symbol of another player with the recording / reproducing device, the other person will be able to record the voice. It is determined that the player is a player, and the game result of the player is displayed to the other person. Therefore, the reliability of the determination result of the player is low.

[0006] There is a similar problem when determining a worker who works for a game store instead of a player.

The present invention has been made in view of the above-mentioned circumstances, and has as its object to provide a voice data storage person determination apparatus that improves the reliability of the determination result of the voice data storage person determination.

[0008]

According to the first aspect of the present invention, there is provided an input means for inputting voice data,
Storage means for storing a plurality of voice data input from the input means, and instructing means for instructing input of the voice data by outputting data corresponding to at least one of the plurality of voice data stored in the storage means Determining means for determining whether or not the correlation between the audio data input from the input means and the audio data stored in the storage means is high according to an instruction from the instruction means.

According to a second aspect of the present invention, in the first aspect of the invention, when the correlation is determined to be high by the determination means, the storage means inputs the information from the input means in accordance with an instruction from the instruction means. The voice data is further stored.

According to a third aspect of the present invention, in the first or the second aspect of the present invention, the identification data for identifying the voice data memory person is stored by relating the relevant data related to the voice data memory person storing the voice data. Related data storage means for storing data corresponding to the data, identification data input means for inputting identification data for identifying the voice data memory, and the identification means when the determination means determines that the correlation is high. Identification data input by data input means, related data stored by the related data storage means,
And display means for displaying the related data stored in correspondence with the input identification data based on the input data.

According to a fourth aspect of the present invention, in the third aspect of the present invention, the voice data storage person is a player who plays a game at a gaming machine provided in a game store or a worker who works at a game store. Further, the related data is a plurality of types of business related data related to the game result of the player at the gaming machine or the business of the game store.

That is, the storage means stores a plurality of voice data input from the input means. In addition, the audio data may be audio data uttered by a player playing a game at a gaming machine provided in the gaming store, or may be audio data uttered by a worker working in the gaming store. The plurality of stored audio data is information determined in advance, for example, 0-9.
Is input by voice.

The instruction means instructs the input of the audio data by outputting data corresponding to at least one of the audio data stored in the storage means. The instruction means may randomly select a plurality of data corresponding to the audio data stored in the storage means and output the selected data to instruct the input of the audio data. .

That is, for example, as described above, when the plurality of voice data stored in the storage means correspond to predetermined numbers of 0 to 9, the instruction means sets at least one of the numbers of 0 to 9, for example, A four-digit number is selected at random, and data corresponding to the selected four-digit number is output to instruct input of the voice data.

The instruction means may output the data by voice, display, or print.

The determining means determines whether or not the correlation between the voice data input from the input means and the voice data stored in the storage means is high according to the instruction from the specifying means.

Here, for example, there is an instruction to input voice data corresponding to a four-digit number among the numbers 0 to 9, and the voice data is stored by the voice data storage person corresponding to the specified four-digit number. Even if another person records the sound data with a recording / reproducing device, a new judgment will be made,
Since there is a new instruction to input voice data corresponding to another four-digit number, a number pattern corresponding to the newly specified voice data and a number pattern corresponding to the voice data reproduced by the recording / reproducing apparatus are provided. Unlike the above, the new determination determines that the correlation is low.

As described above, when determining whether or not the correlation is high, the correlation between at least one of the voice data specified by the specifying means and stored in the storage means and the voice data stored in the storage means is determined. To determine whether
Even if audio data uttered by the audio data memory is recorded, the possibility that the pattern of the recorded and reproduced audio data matches the pattern of the audio data whose input is instructed by the instruction means is extremely small, It can be prevented that the other person is determined to be the voice data storage person.

Here, the storage means further stores the voice data input from the input means in accordance with the instruction of the instruction means when the determination means determines that the correlation is high, as in the second aspect of the present invention. You may do so.

Further, in the invention according to claim 3, the related data storage means associates the related data related to the voice data memory person who stored the voice data with the identification data for identifying the voice data memory person. To remember.

In the case where the voice data storage person is a player who plays a game at a game machine provided in a game store, the related data is a game result of the player at the game machine. Also,
In the case where the voice data storage person is a worker who works at a game store, the related data is a plurality of types of sales related data related to the business of the game store. Note that the workers include, for example, owners of a plurality of game stores, managers of each game store, chiefs, general clerks, and the like.

The display means, if the correlation is determined to be high by the determination means, based on the identification data input by the identification data input means and the related data stored by the related data storage means. The related data stored corresponding to the identified identification data is displayed.

As described above, the related data related to the voice data memory is stored in correspondence with the identification data, and when it is determined that the correlation is high, the related data stored in correspondence with the identification data is displayed. Therefore, it is possible to display only the relevant data of the voice data memory determined to have a high correlation, and the related data of the other voice data memory is not displayed, so that the confidentiality can be improved.

If a plurality of types of sales-related data are stored for each employee, that is, for each piece of identification data determined for each owner, store manager, chief, general clerk, etc.,
The sales-related data to be displayed is determined, and specific sales-related data can be displayed by selecting a worker.

[0025]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a first embodiment of the present invention will be described in detail with reference to the drawings.

The voice data storage person determination device according to the present embodiment includes a microphone 12 for collecting voices emitted from members, and an A / D converter 14 for digitally converting voices (analog data) collected by the microphones 12. , A / D converter 14
A feature parameter calculator 16 for calculating feature parameters of digital data (speech) output from, and a switch 18 for switching the output destination of the feature parameters calculated by the feature parameter calculator 16.

Further, the voice data storage person discriminating device includes a feature parameter learning device 22 for learning feature parameters that have been switched and input by the switching device 18, and a feature parameter that has been switched and input by the switching device 18 as reference parameters to be described later. A feature parameter matching unit 20 for matching is provided.

The feature parameter learning device 22 is connected to the feature parameter matching device 20 and a storage device 24 for temporarily storing (temporarily registering) the feature parameters. Storage device 2
4 is also connected to the feature parameter collator 20. The storage device 24 is connected to a feature parameter registration / update device 26 that controls the storage device 24 so that the temporarily stored feature parameters are output. The feature parameter registering / updating device 26 is also connected to the target parameter matching device 20.

The storage device 24 is connected to a feature parameter database 28 for storing the temporarily registered feature parameters in association with the member ID codes. The feature parameter database 28 is connected to a matching pattern generator 30 that controls the feature parameter database 28 to output the stored feature parameters, and a storage device 32 that temporarily stores the output feature parameters. Reference numeral 32 is also connected to the target parameter collator 20.

A switching unit 34 is connected to the collation pattern generator 30. The switching unit 34 is connected to a registration utterance pattern generator 36 for generating a registration utterance pattern and a generation pattern indicator 38. Generation pattern indicator 38
Is connected to a speaker 44 via a display device 40 and a D / A converter.

Further, the voice data storage person determination device has an ID
A member card 50 in which a code or the like is recorded is inserted, and a reader 52 for reading data from the member card 50, a member ID reader 54 for reading an ID code from data read by the reader 52, and a read I
A member database access authority controller 56 is provided which gives access authority so that various controls can be performed by the D code.

Member database access authority controller 56
Includes a feature parameter matching machine 20, a matching pattern generator 30, a member database management system 58, a switching machine 1
8 and a registration utterance pattern generator 36 are connected. A member database 60 and a display device 62 are connected to the member database management system 58.

Next, the operation of the voice data storage person judging device of the present embodiment will be described. In the voice data storage person determination device of the present embodiment, a person who inserts the member card 50 into the reader 52 and accesses the member database management system 58 is a member (person) identified by the ID code of the member card 50. Is compared with the generated voice data (member verification). Then, if the user is confirmed by the member verification, the access to the member database management system 58 is permitted and the already stored voice data is updated (member re-registration). In addition, the voice data storage person determination device,
Voice data to be collated with the voice data required for member verification is registered in advance (member registration).

First, the operation of member registration will be described. When a member registration button (not shown) is turned on, the member database access authority controller 56 executes the member registration control routine shown in FIG. 2, executes the member registration process in step 100, and executes the first member registration process in step 200. Execute the member re-registration process.

Next, a member registration process (step 100)
Will be described with reference to FIG. Step 102 in FIG.
Then, a variable C for identifying information of 0 to 9 is initialized,
In step 104, the variable C is incremented by one, and in step 106, a member registration instruction signal (including the information identified by the variable C) is output to the registration utterance pattern generator 36 and the switch 18. Each time the variable C becomes 1, 2,..., 0, 1,.

Switching unit 18 to which a member registration instruction signal is input
Switches the output destination of the feature parameter from the feature parameter calculator 16 to the feature parameter learning device 22.

The registration utterance pattern generator 36, which has received the member registration instruction signal, outputs the information identified by the variable C, that is, data representing "0" at this stage, to the utterance pattern instruction unit 38 to instruct it. The utterance pattern indicating device 38 to which "0" has been instructed is displayed on the display device 40 so that "Please say" 0 "" is displayed so that the member can visually recognize that "0" should be uttered. And controls the speaker 44 so that "Please say" zero "" is uttered so that the member can recognize by hearing that a "0" should be uttered.

As a result, the member speaks "0". When the member utters “0”, the voice is collected by the microphone 12, and the voice data (analog value) is input to the feature parameter calculator 16 as digital voice data by the A / D converter 14.

The characteristic parameter calculator 16 calculates a parameter representing a frequency characteristic of a voice that can be calculated at regular intervals. In the present embodiment, a cepstrum of audio data is calculated as the parameter. That is, t (for example, any one of 1 to 99) [ms] except for a silent part of the input audio data.
Each time, the cepstrum of the audio data is calculated. That is, the voice data of t [ms] excluding the silent part is Fourier-transformed to calculate a power spectrum, the logarithm of the calculated power spectrum is taken, and further inverse Fourier-transformed. As a result, a plurality of outlines (feature parameters) of the low-frequency component of the audio data at t [ms] excluding the silent part are calculated.
This is performed over all the audio data. Thereby, if the audio data excluding the silent part is T [ms], T / t
Number of feature parameters are calculated. Note that, instead of the cepstrum, the power spectrum itself may be used as the parameter, or another parameter associated with the power spectrum such as a linear prediction coefficient may be used.

Since the output destination of the characteristic parameter has been switched to the characteristic parameter learning device 22 by the switching device 18 as described above, the characteristic parameter is output to the characteristic parameter learning device 22. The feature parameter learning device 22 divides the feature parameters into a subset of similar patterns by clustering by vector quantization. That is, P similar to the input feature parameter (for example, 10 to 9)
99 similar patterns are created, and the P similar patterns created are collected together and divided into a plurality of classes (clusters). The feature parameter learning device 22 outputs the representative pattern of each cluster to the storage device 24 as a reference pattern, and outputs a matching request to the feature parameter matching device 20.

The storage device 24 temporarily registers the input reference pattern and requests the feature parameter matching device 20 to perform feature parameter temporary matching. In response to this request, the feature parameter matching unit 20 matches the feature parameter with the reference pattern. However, since the feature pattern has not been input via the switching unit 18, a negative matching result signal is sent to the member database access authority control unit 56. Is output. As a result, a positive determination is made in step 108 of FIG. The member database access authority controller 56 can recognize that the reference pattern “0” has been provisionally registered. When the reference pattern “0” is temporarily registered as described above, it is determined in step 110 whether the variable C is equal to or more than a predetermined value C ₀ (in the present embodiment, the total number of information 0 to 9 (= 10)). to decide. If the variable C is not equal to or greater than the predetermined value C ₀ , there is information that has not been provisionally registered yet, and
4 and the above processing (steps 104 to 1
Execute 10). As a result, "1", "2" ...
Are processed in the same manner as "0".

On the other hand, if the variable C is equal to or _larger than the predetermined value C ₀ , all the information has been provisionally registered, and this subroutine is terminated. Thus, a reference pattern is generated for each of a plurality of clusters for each of the audio data “0” to “9”, and is temporarily registered in the storage device 24.

Next, the member database access authority controller 56 executes a first member re-registration process (step 200). That is, in step 202 of FIG. 4, the variable C is initialized, in step 204, the variable C is incremented by one, and in step 206, the member re-registration instruction signal (including the information identified by the variable C) is registered. Generator 3
6 and the switch 18. The registration utterance pattern generator 36 that has received the member re-registration instruction signal performs the same processing for “0”. On the other hand, the switching unit 18 that has received the member re-registration instruction signal switches the output destination of the characteristic parameter to the characteristic parameter matching unit 20.

Thus, the characteristic parameters are input to the characteristic parameter matching device 20. The feature parameter matching device 20 that has received the feature parameter compares the input feature parameter with a reference pattern provisionally registered in the storage device 24. That is, the feature parameter matching device 20 calculates the similarity (correlation value) between each of the plurality of reference patterns and each of the plurality of feature patterns, and if the average value of the correlation values is within a predetermined threshold value. Since the correlation between the input feature parameter and the reference pattern provisionally registered in the storage device 24 is high, it is determined that the user is the principal, and the principal confirmation signal is output to the member database access authority controller 56. Thereby, step 208 is determined to be affirmative. If the user cannot be confirmed as the principal, an identity confirmation signal is output to the member database access authority controller 56. As a result, step 210 is affirmatively determined.

If an identification signal is input, an identification lamp (not shown) is turned on at step 212. As a result, the operator can know that he / she has been determined to be the person himself / herself, and causes the reader 52 to read the member card 50 received from the member. As a result, the ID code read by the member ID reader 54 is input (Step 214; Y), and in Step 216, the ID code is output to the matching pattern generator 30 and the characteristic parameter registration / updater 26 A reference pattern registration instruction signal is output. The matching pattern generator 30 that has input the ID code outputs the ID code to the feature parameter database 28.

The feature parameter registering / updating device 26 having received the reference pattern registration instruction signal requests the storage device 24 to output the provisionally registered reference pattern to the feature parameter database 28.

[0047] When you enter the person whether confirmation signal, in step 218, the variable C is determined whether a predetermined value C ₀ or more, if the variable C is not the predetermined value C ₀ or more, returns to step 204 Then, the above processing (steps 204 to 218) is executed. If the variable C is equal to or greater than the predetermined value C ₀ , the warning light is turned on in step 220.

As described above, the feature parameter database 2
8, the ID code and the reference pattern are input.
The feature parameter database 28 stores the reference pattern as I
It is stored for each cluster in correspondence with the D code. Thus, the operation of the member registration is completed.

Next, the operation of member verification will be described. When the member card 50 is inserted into the reader 52 by the operator, the operation of member verification starts, and the member ID reader 54 is activated.
Is the member card 50 read by the reader 52
, And outputs the ID code to the member database access authority controller 56.

When the ID code is input from the reader 52 when the member registration control routine is not being executed, the member database access authority controller 56 starts the identity verification control routine shown in FIG.
Then, the principal verification processing is executed, and in step 400, the second member re-registration processing is executed.

Next, identity verification processing (step 300)
Will be described with reference to FIG. Step 302 of FIG.
Then, a collation request signal is output to the switch 18. As a result, the switching unit 18 switches the output destination of the feature parameter output from the feature parameter calculator 16 to the feature parameter matching unit 20.

In step 304, the member database access authority controller 56 outputs a collation pattern generation request (including an ID code) to the collation pattern generator 30. The matching pattern generator 30 outputs an ID code to the feature parameter database 28 and outputs the ID code.
A request is made to output the reference pattern stored corresponding to the code, and an utterance pattern instruction signal is output to the utterance pattern instruction device 38 via the switch 34.

Thus, the feature parameter database 28 outputs the stored reference pattern to the storage device 32 in correspondence with the ID code. Further, the utterance pattern indicator 38 operates the display device 40 and the speaker so that at least four digits (for example, “1.2.3.4”) are uttered in a random order from 0 to 9. 44 is controlled. As a result, "Please say 1.2.3.4" is displayed on the display device 40, and "Ichi, Ni, San,
Please say yong. " As a result, the member utters “1.2.3.4”.

As described above, the member sets “1.2.3.
4] is uttered, the audio data is converted to the A / D converter 1
4 is output as digital data to the feature parameter calculator 16. As described above, the feature parameter calculator 16 calculates a feature pattern from the audio data of “1.2.3.4”.

If no voice data has been input for a predetermined time after the speaker 44 and the display device 40 have been controlled, the member verification may be rejected.

The feature pattern of “1.2.3.4” is output to the feature parameter matching device 20 via the switching device 18.

The feature parameter matching unit 20 operates as described in “1.2.
3.4 "and the reference pattern stored in the storage device 32. Then, the feature parameter matching unit 20 outputs the matching result to the member database access authority control unit 56.

The above process may be repeated a plurality of times as necessary. If the identity confirmation signal has been input, a positive determination is made in step 306, and the member database access authority controller 56 outputs an access permission signal (including an ID code) to the member database management system 58 in step 310. I do. This allows
The member database management system 58 includes a display device 62
Based on the ID code, the member's game result, for example, the number of stored game media (for example, the number of stored coins or the number of stored medals)
The display device 62 is controlled so as to display the balance or the like.

On the other hand, if the identity confirmation signal has been input, step 308 is affirmatively determined, and the member database access authority controller 56 does not grant access permission to the member database management system 58, but proceeds to step 312. Then, a warning is notified to the operator by turning on a warning light or the like. Note that, instead of turning on the warning light, the inserted membership card 50 may be held without being discharged.

Next, a second member re-registration process (step 4)
00) will be described with reference to FIG. Note that the second member re-registration is executed when the user is authenticated as described above. Therefore, the membership card 50 is maintained in a state of being inserted into the reader 52.

Membership database access authority controller 56
Outputs a collation pattern generation request signal to the collation pattern generator 30 again in step 402. As a result, the matching pattern generator 30 requests the feature parameter database 28 to output the ID code and to output the reference pattern stored corresponding to the ID code.

In the next step 404, an utterance pattern instruction signal is output to the utterance pattern instruction device. As a result, the feature parameter database 28 outputs the reference pattern stored in correspondence with the ID code to the storage device 32, and the utterance pattern indicator 38 outputs a minimum of four digits (for example, “5 .6.7.8 ”), the display device 40 and the speaker 44 are controlled. As a result, “Please say 5.6.7.8” is displayed on the display device 40, and “Please say go, roku, shichi, bee” is spoken from the speaker 44. As a result, the member utters “5.6.7.8”.

As described above, according to the member, “5.6.7.
8] is uttered, the sound data is converted to the A / D converter 1
4 is output as digital data to the feature parameter calculator 16. As described above, the feature parameter calculator 16 calculates a feature pattern from the voice data of “5.6.7.8”.

The feature pattern of “5.6.7.8” is output to the feature parameter matching device 20 via the switching device 18.

As described above, the feature parameter matching unit 20 that has received the feature pattern from the voice data of “5.6.7.8” matches the feature pattern with the reference pattern stored in the storage device 32. Then, the feature parameter matching unit 20 outputs the matching result to the member database access authority control unit 56.

The above processing may be repeated a plurality of times as necessary. If the identity confirmation signal is input, the result of step 406 is affirmatively determined, and the member database access authority control unit 56 outputs the update control signal in step 410, so that the feature parameters provisionally registered in the storage device 24 are output. The feature parameter registering / updating device 26 is controlled so as to be stored in correspondence with the ID code.

On the other hand, when the identity confirmation signal is input, the determination in step 408 is affirmative, and the member database access authority controller 56 ends the present subroutine.

As described above, the voice data of a plurality of numbers is stored in advance, the player utters at least one number determined at random from the plurality of numbers, and the voice data is input. Since the data and the voice data stored in advance are compared to confirm the identity of the player, the player does not need to store the personal identification symbol as in the related art, and does not need to refer to the sheet.

Further, in the above-described embodiment, since one system is configured to display the game result by comparing the membership card with the voice data, for example, a player having a plurality of membership cards If one wants to use only one member card, there is no need to store the personal identification code (personal identification number) of each member card, and only voice verification is sufficient, so that a complicated personal verification procedure can be omitted. Therefore, the quality of service to the player is improved, and complicated procedures can be omitted.

In addition, since there is no need to issue a sheet again due to the loss of the sheet, the trouble for the operator and the player is eliminated.

Further, when the player is judged, in order to compare the voice data of a randomly determined number with the voice data stored in advance, another person can use the recording / reproducing device or the like to play the voice of another player. Even if it is recorded, it is extremely unlikely that the pattern of the number corresponding to the recorded voice matches the pattern of the number determined at the time of the player's judgment. Even if the voice of the personal identification symbol is reproduced, it is possible to prevent the determination that the other person is the other player and the display of the game result of the other player to the other person. Therefore, the reliability of the determination result of the player is improved.

Even if the member card is lost, the identity verification can be performed by voice instead of the password verification.

Further, since the ID code is read by a reader and the identity verification is performed by voice, a keyboard or the like for inputting the ID code can be omitted.

In the embodiment described above, the sound emitted from the member is collected by the microphone and the ID code is read by the reader. However, the present invention is not limited to this. Sound may be collected and read using a line. That is, the telephone line is connected, the ID code is received by the push line, and the identity verification is performed by the voice uttered from the telephone.

In the above-described embodiment, the member database management system to which the access permission is given displays the game result on the display device. However, the present invention is not limited to this. The number of game media (pachinko balls, medals) discharged by the gaming machine may be displayed as a barcode.

Next, a second embodiment of the present invention will be described. The configuration of this embodiment is the same as that of the above-described first embodiment, and a description thereof will be omitted.

Next, the operation of the present embodiment will be described. The voice data storage person determination device according to the first embodiment described above includes:
Although the player is determined, in the present embodiment, the worker who works at the game store is determined. Note that the worker determination process of the present embodiment is performed for a worker instead of the player in the first embodiment described above. The worker uses a worker card in which an ID code for identifying the worker is stored, such as the member card in the above-described first embodiment. In the present embodiment, as shown in FIG. 10, the ID codes of the owners of a plurality of game stores (chain stores) are “00”.
01 ", the ID code of each manager of a plurality of game stores is" 0002 ", the ID code of each manager of the plurality of game stores is" 0003 ", and the ID code of a general clerk is" 00 ".
04].

On the other hand, in the present embodiment, when an access permission signal (including an ID code) is input from the member database access authority controller 56, the member database management system 58 executes the control routine shown in FIG.

That is, in step 502 of FIG. 8, an ID code is fetched, and in step 504, items of data (sales-related data) determined and corresponding to the ID code are displayed on display means (not shown). I do.

In this embodiment, as shown in FIG. 9, a plurality of types of sales-related data are stored in a table (management table) for each ID code determined for each of the owner, store manager, chief, and general clerk. I remember. That is, for example, personnel information of the entire chain store, data on sales and profits are stored in correspondence with the ID code of the owner, and personnel information and data on sales and profits limited to the store assistant are stored by the owner and the store manager. Is stored in correspondence with the ID code of the owner, and the quotient, which is a guide of the profit rate, is the ID of the owner, the manager and the manager.
The data such as the premium exchange rate is stored corresponding to all the ID codes of the workers.

Therefore, in this step 504, data items stored corresponding to the acquired ID code are displayed.

At step 506, it is determined whether or not the displayed item is selected by moving the cursor to the item displayed on the screen of the display means and clicking it.

If an item is selected, step 50
At 8, the data of the selected item is fetched from the database 60 and displayed, and at step 510, it is determined whether or not the data can be updated by the worker identified by the ID code. As shown in FIG. 9, data indicating whether or not updating is possible is stored in the management table, and the step 510 is determined based on this data.

If not, step 518
If the update is possible, the update instruction mark is displayed in step 512, and in step 514, it is determined whether the cursor is moved and clicked to determine whether the update instruction mark is turned on. Judge.

When the update instruction mark is turned on, the update processing is performed in step 516. That is, the data is rewritten to data input from a keyboard (not shown).

In the next steps 518 and 520, it is determined whether or not an end instruction key or an item instruction key (not shown) has been turned on. If the end instruction key is turned on, the present routine is ended. If the item instruction key is turned on, the process returns to step 504, and the above processing (steps 504 to 504) is performed.
Step 520) is performed.

As described above, according to this embodiment, a plurality of types of sales-related data are stored for each ID code determined for each owner, store manager, chief, and general clerk. The sales-related data to be displayed is determined, and the specific sales-related data can be displayed and updated by selecting a worker.

Further, in the above-described embodiment, similarly to the first embodiment, the worker does not need to store the personal identification symbol and does not need to refer to the sheet as in the related art. Further, since there is no need to issue a sheet again due to the loss of the sheet, the trouble of the worker is eliminated.

Further, even if the worker reproduces the voice of the personal identification data of another worker of a different type on the recording / reproducing apparatus, the worker is determined to be the other worker and the other worker is judged. It is possible to prevent sales-related data, which is displayed only for the worker, from being displayed, for example, to the worker. Therefore, the reliability of the worker's determination result is improved.

Also, since only the sales-related data that can be displayed to the employee is displayed based on the judgment by the employee card and the voice, the employee card itself is replaced with the ID code recorded on the employee card. Therefore, the other worker whose type is different from that of the worker identified by the above has no use value, and the misuse of the worker card can be prevented.

[0091] Even if the worker card is lost,
Instead of the collation of the personal identification number, the identity verification can be performed by voice.

Further, since the ID code is read by a reader and the identity verification is performed by voice, a keyboard or the like for inputting the ID code can be omitted. Also, in combination with specific speaker numeric speech recognition,
Worker card readers, keyboards, etc. become unnecessary,
A space-saving determination device using only an electronic circuit can be realized.

In the second embodiment described above, the access permission signal is output from the member database access authority controller to the member database management system. However, the present invention is not limited to this. A plurality of terminal devices are provided for each type of worker (ID code), and the above processing is executed by outputting an access permission signal from the member database access authority controller to the terminal device corresponding to the ID code. You may.

In the above-described embodiment, the items of the business-related data are stored in correspondence with the ID codes determined for each of the owner, store manager, chief, general clerk, etc.
The present invention is not limited to this. In at least one of the chain stores, as shown in FIG. 11, an ID code (00) determined for each owner, store manager, chief, and general store clerk is used.
01 to 0008), the authority codes (1, 2,.
3, 4, 5), and, as shown in FIG. 12, an authority code may be stored corresponding to the item of the business related data. That is, in the above-described step 504 in FIG. 8, the authority code is read in accordance with the ID code, and the data items stored corresponding to the read authority code are displayed.

As described above, the authority code is stored corresponding to the ID code determined for each owner, store manager, chief, general clerk, and the like, and the authority code is stored corresponding to the item of the business related data. For example, when the general clerk becomes the chief, if the authority code stored corresponding to the ID code is changed, it is not necessary to change the worker card (ID code). Also, for example, even the same general clerk can change data items that can be referred to by changing the authority code.

Therefore, data items that can be referred to by a plurality of workers can be easily changed.

[0097]

As described above, according to the present invention, even if another person records voice data uttered by another voice data memory, the other person is determined to be the other voice data memory. Therefore, there is an effect that the reliability of the determination of the voice data storage person can be improved.

[Brief description of the drawings]

FIG. 1 is a schematic diagram of a player determination device according to a first embodiment of the present invention.

FIG. 2 is a flowchart showing a member registration processing routine.

FIG. 3 is a flowchart showing a subroutine of step 100 in FIG. 2;

FIG. 4 is a flowchart showing a subroutine of step 200 in FIG. 2;

FIG. 5 is a flowchart showing a personal identification processing routine;

FIG. 6 is a flowchart showing a subroutine of step 300 in FIG. 5;

FIG. 7 is a flowchart showing a subroutine of step 400 in FIG. 5;

FIG. 8 is a flowchart illustrating a control routine executed by the member database management system that has input an access permission signal according to the second embodiment of the present invention.

FIG. 9 is a diagram showing a management table.

FIG. 10 is a diagram showing a relationship between a worker and an ID code.

FIG. 11 is a diagram showing a relationship among a worker, an ID code, and an authority code.

FIG. 12 is another diagram showing a management table.

[Explanation of symbols]

 Reference Signs List 12 microphone 20 feature parameter collator 28 feature parameter database 36 utterance pattern generator for registration 38 generation pattern indicator 40 display device 44 speaker 56 member database access authority controller 58 member database management system 62 display device

Claims (4)

[Claims] An input unit for inputting audio data; a storage unit for storing a plurality of audio data input from the input unit; and data corresponding to at least one of the plurality of audio data stored in the storage unit. Instruction means for instructing input of the audio data by outputting, and whether or not the correlation between the audio data input from the input means and the audio data stored in the storage means is high according to the instruction of the instruction means. A voice data storage person determination device comprising: 2. The method according to claim 1, wherein the storage unit further stores the voice data input from the input unit according to an instruction from the instruction unit when the determination unit determines that the correlation is high. Item 2. The voice data storage person determination device according to Item 1. 3. A related data storage means for storing related data relating to a voice data memory person storing voice data in association with identification data for identifying the voice data memory person; And identification data input means for inputting identification data for identifying, when the correlation is determined to be high by the determination means,
Display means for displaying related data stored corresponding to the inputted identification data based on the identification data inputted by the identification data input means and the related data stored by the related data storage means The voice data storage person judging device according to claim 1 or 2, further comprising: 4. The voice data storage person is a player who plays a game at a game machine or a worker who works at a game store, and the related data is the game machine of the player. 4. The voice data storage person judging device according to claim 3, wherein the data is a plurality of types of business-related data related to a game result or business of the game store.