KR100681275B1 - Calling sound setting method of employee calling system for business - Google Patents

Abstract

A method for setting up a calling sound in an employee calling system is provided to allocate specific calling sounds to numbers of each table so that an employee can move directly to a corresponding specific table and provide a service, without the necessity of confirming a calling number indicator, as a specific calling sound is generated when a customer of the specific table pushes a calling button. If a customer pushes the calling button of a wireless calling unit(5), an encoder(1) is activated. A modulation circuit(2) executes modulation according to the output of a carrier frequency local oscillation circuit(8), and a Tx antenna(3) emits a radiowave. The radiowave is received to an Rx antenna(6). Then, the radio signal is amplified through an amplifier(7). The amplified signal is converted into an intermediate frequency, and it is inputted to a decoder(9). The decoder(9) outputs a digital signal and supplies it to a microprocessor(15). The microprocessor confirms whether the digital signal is matched with one among digital data stored in a memory(14). In case the digital signal is matched with one among the stored digital data, the microprocessor reads data corresponding to the number of a corresponding table, where the customer is located, from the memory, drives a driver(11), and displays the table number through a calling number indicator(17).

Description

Calling Sound Setting Method of Employee Calling System for Business}

1 is a block diagram showing hardware for implementing the present invention.

2 is a flow chart showing the overall operation of the present invention.

3 is a flow chart showing the characteristic operation according to the present invention.

4 is a flow chart showing yet another characteristic operation according to the present invention.

* Explanation of symbols for the main parts of the drawings

1: encoder 2: modulation circuit

3: Transmit Antenna 4: Call Button

5: pager 6: receiving antenna

7: Filter and amplifier 8: Local oscillation circuit

9: decoder 10: frequency conversion circuit

11: Driver 12: Speech Synthesis Circuit

13: Speaker 14: Memory

15: Microprocessor 16: Call Number Indicator

17: Call number display plate F: Function key

E: Enter key ESC: Return key

U / D: Up / Down Keys

The present invention relates to a method of setting a call tone of a business employee call system, and more particularly, to a call operator corresponding to a wireless pager in a business employee call system including a wireless pager and a call number indicator for calling an employee in various hospitality businesses. It relates to a method of setting a ring tone of a business employee call system for setting.

In general, various hospitality establishments, such as restaurants, to fix the pagers to each table in order to call the employees and install the call number indicator in a prominent place of the business, when the customer presses the pager in the call number display In addition to the call, a ring tone was generated so that the nearby employees saw the call and provided the appropriate service.

Therefore, in a hospitality business crowded with restaurants, such as the operation of the radio pager that the customer presses frequently causes noise pollution, which causes a problem that the customer is severely stressed.

On the other hand, during busy hours due to the busy orders, the employees may not only be busy watching the call number indicators by dividing as employees, but various hospitality businesses are inevitably generating a ringing sound even though they cause noise pollution.

In view of the above-mentioned conventional problems, a first object of the present invention is to provide an employee call system for a business that does not cause stress caused by continuous generation of monotonous call sounds by allowing call sounds generated from a call number indicator to be various contents.

A second object of the present invention is to provide an employee call system for a business that does not need to check the number of a call number indicator by allowing a user to recognize which table is called by using only a ring tone when necessary.

In order to achieve the above object, the present invention provides a wireless pager that modulates and transmits ID data at a carrier frequency, and receives and demodulates a radio wave from a wireless pager, and decodes and displays a table number corresponding to ID data on a display. In the well-known business employee call system consisting of a call number indicator to generate a ring tone,

Simply install a function key, an input key, a number selection key and a return key on the call number indicator, and operate a combination of these to randomly call up a number of various contents in the memory and output various call sounds or selected sounds. We propose a commercial employee call system that allows a fixed pager to be registered in a table of the desired number.

According to the above configuration, even if a plurality of customers frequently operate the pagers of each table, the call number indicators can output a variety of interesting and interesting voices so as not to cause discomfort to the customers. In this case, the specific ring tone specified in each table is generated so that employees can identify the call table without confusion and contribute to making the work easier.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

1 illustrates hardware for practicing the present invention. As can be seen from the above, the present invention provides an encoder 1 for generating ID data, a carrier frequency oscillator circuit 8 'for transmitting the output of the encoder 1, and a carrier frequency at the output of the encoder 1. A known radio pager (5) provided with a modulation circuit (2) for modulating the transmission signal, a transmission antenna (3) and a call button (4);

Filter and amplifier 7 for amplifying the high frequency signal induced by the receiving antenna 6, local oscillating circuit 8 and frequency converting circuit 10 for converting to intermediate frequency, and ID data in the intermediate frequency signal. A decoder 9 for extracting a signal, a driver 11 for displaying the output number or symbol data on the call number display board 17, a voice synthesis circuit 12 for converting a digital signal into analog voice, and A known employee comprising a speaker 13 and a memory 14 for outputting voice digital data to the voice synthesis circuit 12, and a call number indicator 16 composed of a microprocessor 15 for controlling them. In the calling system, a function key (F), an input key (E), a number up / down key (U / D), and a return key (ESC) are provided in the above-described microprocessor 15, and the above-described microprocessor ( 15) function key (F) Connect the input key (E) and the number up / down key (U / D) and the return key (ESC), store the digital data related to the ring tone with various contents in the memory 14 described above, and operate in random operation mode. In order to operate a plurality of pagers 5, the digital data randomly selected from the memory 14 is outputted so that various contents of voices are output, and a table number is arbitrarily assigned to a manager to a specific pager. This is because the designated ring tone is made during the call.

When described in detail according to the accompanying drawings the operation of the present invention as follows.

According to the present invention, when power is applied to the call number indicator 16, the system is initialized first, then the model name is displayed, and then it is determined whether or not a high frequency signal is input. In this state, when the customer presses the call button of the radio pager 5, the encoder 1 operates to be modulated in the modulation circuit 2 by the output of the carrier frequency local oscillation circuit 8, and propagates in the transmission antenna 3. Is fired. This radio wave is received by the receiving antenna 6 and amplified by the filter and amplifier 7 and then converted into an intermediate frequency corresponding to the difference with the local oscillation circuit 8 in the frequency conversion circuit 10, and in the decoder 9 The digital signal is output and applied to the microprocessor 15. This digital signal is compared with the digital data previously stored in the memory 14 by the microprocessor 15. As a result, when the digital signal output from the decoder 9 is equal to any one of the digital data stored in the memory 14 in advance, the driver 11 reads out the data corresponding to the table number among the data stored in the memory 14 in advance. Is driven to display the table number on the call number display board 17.

In addition, the microprocessor 15 drives the voice synthesis circuit 12 to call the data of the memory 14 connected thereto so that the call sound is generated in the voice synthesis circuit 12.

Particularly, in the present invention, for example, "F1" is displayed when the function key F is turned on, and "F5" is displayed when the up / down key U / D is operated.

At this time, when the administrator turns on the input key (E), it is the radio pager registration mode for each sound type, and when the user turns on the input key (E), the specific number is displayed on the call number display board 17 and the corresponding call sound It happens. This specific number is a unique number of the ring tone, the administrator hears the ring tone, if it is determined that it is appropriate to turn on the input key (E), if it is determined that it is inappropriate by pressing the up / down key of the specific number determined to be appropriate When the ring tone is detected, the input key (E) is turned on. After selecting the specific ring tone in this way, the display is switched to the call number setting mode for setting the number of the table on which the pager 5 is installed while displaying the specific number on the call number display board 17 and setting the call number. The voice synthesis circuit 12 is guided. At this time, the administrator presses the up / down key (U / D) so that the number of the call number display board 17 is changed to select the number. In this way, when the number of the call table is reached, pressing the input key E outputs a voice for guiding the press of the pager 5 to be attached or attached to the call table.

When the pager 5 installed on the table of the corresponding number is pressed, the microprocessor 15 matches specific call tone data, table number data, and pager ID data by the process as described above. After that, when the specific pager 5 is pressed, the corresponding table number is displayed on the call number display board 17 together with the specific call tone.

After the registration of the one pager 5 by this process, only when the return key (ESC) is pressed, the same procedure as described above for guiding sound selection is repeated. It can be generated and a table call number can be arbitrarily selected. Therefore, it is possible to conveniently change the table call number without moving the table in the hospitality.

In addition, if you want to end this process, pressing the return key (ESC) twice is to return to the initial step to determine whether the operation of the pager (5).

In particular, according to the present invention, a different sound may be generated whenever a plurality of pagers 5 are pressed. That is, in the present invention, by operating the up / down keys (U / D) in the same manner as described above, the "F5" is displayed to turn on the input key (E) and then enter in the state of the pager registration mode for each sound type When the key E is turned on and a specific number is displayed on the call number display board 17, the up / down keys U / D are operated to display “21”, for example.

A voice expressing the "random call tone generation mode" is output together with the "21" display. At this time, if the administrator turns on the input key (E), the random call tone generation mode is set. After that, when the operation of the pager 5 is performed by the microprocessor 15 as described above, When the call button 4 is pressed in the case of another pager 5 except for the pager 5 in which ID data corresponding to a specific call tone and a specific table number is input, the microprocessor 15 randomly selects the call button 4. The ringing tone is generated. Therefore, whenever the customer presses the call button 4 of the pager 5 except for the pager 5 not designated by the above-described process, the microprocessor 15 causes " birds, " Voice synthesized by randomly outputting voice data corresponding to various ringing tones such as piano sound, "mother", "girl", "here", "aunt", "sister", "master" By allowing the voice to be synthesized in the circuit 12, a very diverse and humorous ringing tone is generated to the speaker 13.

In this way, the present invention, if the administrator is required to be assigned a specific call tone to the number of a specific table so that when a customer of a specific table presses the call button (4) of the pager, a specific call tone is generated, so that the employee can call the display number plate (17) Since it is possible to provide a service by moving to a specific table without seeing, there is an effect that can facilitate the service provision.

Furthermore, the present invention is convenient to use because it is possible to arbitrarily change the table number to which a specific ring tone is assigned, without moving the table, simply by operating the function key F, even when the specific ring tone is to be changed.

Particularly, in the present invention, when a function of allowing a specific call tone and a specific table to be corresponded is selected as well as not selected, a random call tone generation mode is set as necessary to operate the pager 5 at random. Since the call sound can be generated, unlike the conventional case in which one type of call sound is generated, it is possible to prevent the stress caused by the continuous generation of repetitive call sound, as well as the humorous call sound of various contents. There is a useful effect that can provide pleasure.

Claims (2)

A wireless pager that modulates and transmits ID data to a carrier frequency, and receives and demodulates radio waves from the wireless pager, decodes and displays a table number corresponding to the ID data on a display, and generates a call tone. In a known business employee call system composed of an indicator 16, A function key (F), an input key (E), a number up / down key (U / D), and a return key (ESC) are installed in the call number display unit 16, and a combination thereof is operated to operate the wireless pager for each sound type ( 5) allowing the registration mode to be set, Outputting and selecting a plurality of different call voices corresponding to the set number which is changed by operating the up / down keys (U / D); Operating the up / down keys (U / D) again to select a number corresponding to the table number for the selected call voice; Manipulating the call button 4 to transmit ID data of the pager 5 applied to the selected call voice and table number; And a step of causing the microprocessor (15) to store the above-mentioned specific call tone, table number, and ID data of the pager at a predetermined address of the memory (14). The method of claim 1, Operating the up / down key (U / D) while the pager registration mode for each sound type is set; Outputting a voice expressing "random call tone generation mode" when a specific number is displayed; and setting a random call tone generation mode when a predetermined key is operated by an administrator; How to set the ring tone for the calling system.

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