KR20000012770A - A Safety Educational Device To Use The Sound Semiconductor - Google Patents

Abstract

PURPOSE: A safety education apparatus and method using voice semiconductor is provided to effectively achieve a safety education. CONSTITUTION: The apparatus comprises a microprocessor(1) for storing a perpetual calendar and a voice/image data and for outputting a data corresponding to an inputted date, a voice RAM(2) for storing a voice signal as a voice data, an image RAM(3) for storing a photograph, a picture, and a diagram as an image data, a voice signal converter(4) for converting a voice input into an electric signal, an image signal converter(5) for converting an image input into an electric signal, a voice input amplifier(7) for amplifying an voice signal inputted from a microphone(6), a voice output amplifier(9) for outputting the voice signal outputted from the voce signal converter(4) to a speaker(8).

Description

Safety Education Device and Method Using Voice Semiconductor {A Safety Educational Device To Use The Sound Semiconductor}

The present invention relates to a safety training device using a voice semiconductor, and more particularly, in order to effectively carry out safety training, it is held in an individual or a business place (small) and regularly safety training before the start of important work or under vehicle conditions, such as safety at any time If you input the date when you need training, it analyzes the past safety accident analysis status, ie seasonal, monthly, weekday, and 10-day intervals, such as the accident rate by time and the case of major accidents, with voice music. The present invention relates to a safety education device and method using voice semiconductors, which can be used in education by making and using the education device so that the safety awareness can be easily raised anywhere and at any time, and effective education for accident prevention can be achieved by cultivating compliance spirit. .

In general, when looking at the occurrence of safety accidents, our country is the world's number one traffic accident country, with a mortality rate of 4 to 9 times higher than that of developed countries, and the costs incurred directly or indirectly from traffic accidents in 1998. It is said to be over 10 trillion won.

According to statistics, the number of traffic accidents in 1997 was 265052, the number of deaths was 12653, the number of injuries was 355962, the industrial accident rate was very high, and the number of industrial workers in 1997 was 66770, and the economic loss. The estimate is estimated at 7.77 trillion won.

As a result of the study to analyze the causes of frequent safety accidents, it is assumed that there are incomplete facilities and incomplete behaviors of humans. More than 90% of the causes of traffic accidents in 1996 were in violation of drivers' laws.

In particular, our country had a problem of high incidence of accidents due to lack of compliance with safety rules or traffic laws when carrying out work or driving a vehicle.

In order to prevent the safety accidents, it is essential to provide safety facilities and equipment and to provide safety awareness and regular and systematic implementation of safety education.Especially, safety education decreases after a certain period of time after training. Although it must be repeated, it is difficult due to the condition of instructor or lecture time.

Accordingly, the present invention was devised to solve the conventional problems as described above, and is held by an individual or a business place (small) for effective implementation of safety education. If you enter the date when necessary for safety training, you can listen to the data on the analysis status of past safety accidents, such as seasonal accident rate, major accident occurrence rate at 10-day intervals, etc. The State provides safety education devices and methods using voice semiconductors, which make it easy to raise safety awareness anywhere, anytime, anywhere, and to provide effective safety education to prevent accidents by cultivating compliance spirit by making and using educational devices. Its purpose is to.

Safety education apparatus using the voice semiconductor of the present invention for achieving the above object,

A microprocessor for storing a year-end calendar and audio / video data, and controlling the entire system to output data corresponding to a date input when a date is input;

A voice data storage RAM for storing a voice signal input under the control of the microprocessor as voice data;

A video data storage RAM for storing safety accident pictures, drawings, and graphics as video data under the control of the microprocessor;

A voice signal conversion element for converting a voice input to be stored in the voice data storage RAM into an electric signal under the control of the microprocessor;

An image signal conversion element for converting an image input to be stored in the image data storage RAM into an electric signal under the control of the microprocessor;

A voice input amplifier for amplifying the voice signal input through the microphone;

A voice output amplifier for reproducing and outputting a voice signal output from the voice signal conversion element to a speaker;

An image input amplifier for amplifying an input signal such as a picture, a picture, and a diagram input through a scanner;

An image output amplifier for amplifying the image signal outputted from the image signal conversion element and outputting the image signal to a monitor;

A date input panel for inputting a safety accident data by specifying a sentence number when storing the data and inputting a date related to the safety accident;

A date indicator displaying a date entered by the date input panel; And,

It is characterized in that it comprises an operation key panel for operating the device during operation of inputting / outputting the date, pausing, recording (recording), stopping, and the like.

In addition, the safety training method using the voice semiconductor of the present invention for achieving the above object,

A first step of inputting an annual calendar data to identify the day of the week according to the input date, and then inputting audio / video data such as an accident occurrence rate for each period;

A second step of driving a device by inputting an operation key and inputting a date for identifying a safety accident occurrence status;

Displaying the input date and searching for data corresponding to the input date;

A fourth step of determining whether the material corresponding to the date is audio and video data;

A fifth step of outputting audio and video data to a speaker and a monitor when the data corresponding to the date are audio and video data;

On the other hand, if the data corresponding to the date is not audio and video data, the sixth step of outputting the audio data to the speaker to determine whether the audio data; And,

In the case of non-audio data, a seventh step of outputting video data to a monitor may be performed sequentially.

1 is an internal block diagram of a safety training apparatus using a voice semiconductor according to the present invention;

2 is an external view of a safety education apparatus using a voice semiconductor according to the present invention;

3 is a flowchart illustrating the safety training method using the voice semiconductor according to the present invention.

<Description of the symbols for the main parts of the drawings>

1: microprocessor

2: Voice RAM

3: Video RAM

4: voice signal conversion element

5: video signal conversion element 6: microphone

7: Voice input amplifier 8: Speaker

9: voice output amplifier 10: scanner

11: video input amplifier 12: monitor

13: video output amplifier 14: date input panel

15: Date display 16: Operation key panel

17: monitor jack 18: microphone jack

100: this device

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

Safety education apparatus using the voice semiconductor of the present invention, as shown in Figure 1, to store the calendar and audio / video data, etc., and to control the entire system to output the data corresponding to the date input at the date input A microprocessor 1; A voice data storage RAM 2 for storing a voice signal input under the control of the microprocessor 1 as voice data; A video data storage RAM (3) for controlling the microprocessor (1) and storing safety accident pictures, pictures, and graphics as video data; A voice signal conversion element 4 for converting a voice input to be stored in the voice data storage RAM 2 into an electric signal under the control of the microprocessor 1; An image signal conversion element 5 for converting an image input to be stored in the image data storage RAM 3 into an electric signal under the control of the microprocessor 1; A voice input amplifier 7 for amplifying a voice signal input through the microphone 6; A voice output amplifier 9 which amplifies for reproducing and outputting the voice signal output from the voice signal conversion element 4 to the speaker 8; An image input amplifier 11 for amplifying an input signal such as a picture, a picture, and a diagram input through the scanner 10; An image output amplifier 13 for amplifying the image signal output from the image signal conversion element 5 and outputting the image signal to the monitor 12; A date input panel 14 for inputting a safety accident data by specifying a sentence number when storing the data, and inputting a date related to the safety accident; A date indicator 15 for displaying a date input by the date input panel 14; And an operation key panel 16 for operating, starting, pausing, recording (recording), stopping, and the like of the device at the time of input / output of a date.

2 is an external view of a safety education apparatus using a voice semiconductor according to the present invention. As shown in FIG. 2, the user may conveniently use the date input panel 14, the date display unit 15, and the operation key panel 16. The speaker 6 may be installed to protrude to the outer shape of the device 100 so as to protrude to the outer shape of the device 100 or may be installed outside the device 100. A monitor jack 17 for connecting the monitor 100 to the monitor 12 and a microphone jack 18 for connecting the apparatus 100 to the microphone 6 are provided.

Safety education apparatus using the voice semiconductor according to the present invention configured as described above, first input the calendar data for checking the date during the period to use the safety education device to the microprocessor (1), the date input panel (14) and the microphone (6) and the scanner 10 to input the training material for the prevention of safety accidents.

The input data is 61 kinds and takes a total of 84.5 minutes, which will be described in detail below.

Seasonal accident data are four types of spring, summer, autumn, and winter, each taking 0.5 minutes for 2 minutes (4 * 0.5), and enter the rate, cause, and preventive measures of seasonal accidents.

Monthly accident data is 12 kinds from January to December and takes 12 minutes (12 * 1) for 1 minute each. Enter monthly accident rate, cause, and preventive measures.

There are 7 types of accident data for each day, ranging from Monday to Sunday, 3.5 minutes (7 * 0.5) for 0.5 minutes each. Enter the rate, cause, and preventive measures of accidents by day.

There are 36 types of accident data per 10-day period, which takes 72 minutes (36 * 2) for 2 minutes each. Enter the past major accident cases, accident rate, cause, and preventive measures in 10-day units every year. Let's do it.

At the beginning, the user inputs about 0.5 minutes of guide music and greetings using the microphone 6, and enters about 0.5 minutes of music and greetings when finished. The scanner 10 inputs the image data.

Operation key panel 16 protruding to the exterior of the apparatus 100 when training is required, such as during regular safety training, prior to the start of important work or before driving a vehicle under adverse conditions, with audio and video data input as described above. To operate the unit.

The operation method at this time is as follows.

First, power is applied by pressing the operation button PLAY using the operation key panel 16 protruding from the outer shape of the apparatus 100.

In order to identify the day of the week according to the input date when the device is powered on, after inputting the yearly calendar data, the year and month and the date are input using the date input panel 14, and the date input panel ( The signal input through 14 is input to the microprocessor 1.

The microprocessor 1 converts a voice signal from data corresponding to a signal input through the date input panel 14 among data stored in a voice data storage RAM 2 and an image data storage RAM 3. The device 4 is output to the device 4 or the video signal conversion device 5.

The audio signal conversion element 4 reproduces the data input from the microprocessor 1 as audio data, and then amplifies the audio signal through the audio output amplifier 9 to an audible frequency and outputs the audio signal to the speaker 8.

In addition, when there is video data, the video signal conversion element 5 reproduces the data input from the microprocessor 1 as video data, and then amplifies the video signal through the video output amplifier 13 of the apparatus 100. It outputs to the monitor 12 connected with the monitor jack 17. FIG.

Therefore, after the music, audio, and video data are output through the speaker 8 and the monitor 12 in order for about 4.5 minutes, the power is automatically turned off.

If you want to stop in the middle of the music and audio and video data is output through the speaker 8 and the monitor 12, by pressing the stop button (STOP) using the operation key panel 16, the power is turned off Off.

Here, the order and time of the music and voice are set as follows,

1) Guide music, guide greetings, date guide for 30 seconds

2) Seasonal accident characteristics for 30 seconds

(Spring; March to May; Summer; June to August; Autumn; September to November; Winter; December to February)

3) Monthly accident characteristics for 30 seconds

4) Accidental characteristics by day for 30 seconds

5) Two minutes of major accidents by date every 10 days

6) Ending Greetings and music for 30 seconds, totaling 4 minutes 30 seconds.

Referring to FIG. 3, the first step of inputting a year-end calendar data to identify the day of the week according to the input date and then inputting audio / video data such as an accident incidence rate at each time as shown in FIG. S1) and; A second step (S2) of inputting a date for determining a safety accident occurrence state after driving the device by inputting an operation key; A third step (S3) of searching for data corresponding to the input date after displaying the input date; A fourth step (S4) of determining whether the material corresponding to the date is audio and video data; A fifth step (S5) of outputting audio and video data to a speaker and a monitor when the data corresponding to the date are audio and video data; On the other hand, if the data corresponding to the date is not audio and video data, the sixth step (S6) to determine whether the audio data and output the audio data to the speaker; And the seventh step S7 of outputting video data to the monitor in the case of non-audio data.

Therefore, if you input the date when you need training, you can listen to the data such as the current safety accident occurrence status, season, month, day of the week, and accident rate by time every 10 days with voice music as well as video data. Since it is shown, the user can be taught safety training.

As described in detail above, the safety education apparatus using the voice semiconductor according to the present invention is held by an individual or a workplace (small) for effective implementation of safety education, during regular safety training, before starting important work or before driving a vehicle under adverse conditions. When safety education is needed at any time, the date can be inputted to analyze data on past safety accidents, such as season, month, day, and 10-day intervals. In addition, by making the educational device to be shown and used in the training, it can effectively raise safety awareness anywhere and anytime, and effectively educate safety education to prevent accidents by fostering compliance spirit.

Therefore, by preventing industrial safety accidents and traffic accidents, the happiness of each employee and family can be pursued, and the company's expenses can be reduced to contribute to management improvement.

Although the invention has been described in detail only with respect to the specific examples described, it will be apparent to those skilled in the art that various modifications and variations are possible within the spirit of the invention, and such modifications and variations belong to the appended claims.

Claims (4)

A microprocessor (1) for storing a year-end calendar and audio / video data, and controlling the entire system to output data corresponding to a date input when a date is input; A voice data storage RAM 2 for storing a voice signal input under the control of the microprocessor 1 as voice data; A video data storage RAM (3) for controlling the microprocessor (1) and storing safety accident pictures, pictures, and graphics as video data; A voice signal conversion element 4 for converting a voice input to be stored in the voice data storage RAM 2 into an electric signal under the control of the microprocessor 1; An image signal conversion element 5 for converting an image input to be stored in the image data storage RAM 3 into an electric signal under the control of the microprocessor 1; A voice input amplifier 7 for amplifying a voice signal input through the microphone 6; A voice output amplifier 9 which amplifies for reproducing and outputting the voice signal output from the voice signal conversion element 4 to the speaker 8; An image input amplifier 11 for amplifying an input signal such as a picture, a picture, and a diagram input through the scanner 10; An image output amplifier 13 for amplifying the image signal output from the image signal conversion element 5 and outputting the image signal to the monitor 12; A date input panel 14 for inputting a safety accident data by specifying a sentence number when storing the data, and inputting a date related to the safety accident; A date indicator 15 for displaying a date input by the date input panel 14; And, Safety education device using an audio semiconductor, characterized in that it comprises an operation key panel (16) for operating the start, pause, recording (recording), stop, etc. of the device during the date input / output. The method of claim 1, The date input panel 14, the date display device 15 and the operation key panel 16, Safety training device using a voice semiconductor, characterized in that the user is provided by protruding to the appearance of the device 100 for convenient use. The method of claim 1, The speaker 6, Safety education device using a voice semiconductor, characterized in that installed to protrude to the outer appearance of the device 100 or installed outside the device (100). A first step (S1) of inputting an annual calendar data to identify the day of the week according to the input date, and then inputting audio / video data such as an accident rate by time; A second step (S2) of inputting a date for determining a safety accident occurrence state after driving the device by inputting an operation key; A third step (S3) of searching for data corresponding to the input date after displaying the input date; A fourth step (S4) of determining whether the material corresponding to the date is audio and video data; A fifth step (S5) of outputting audio and video data to a speaker and a monitor when the data corresponding to the date are audio and video data; On the other hand, if the data corresponding to the date is not audio and video data, the sixth step (S6) to determine whether the audio data and output the audio data to the speaker; And If it is not the audio data, safety training method using a voice semiconductor, characterized in that the step of operating in sequence (S7) to output the video data to the monitor.