KR200366948Y1 - Device of loss checking for handphone - Google Patents

Abstract

The present invention transmits a pre-built voice signal to the speaker and emits a light emitting unit (light emitting diode) built in the mobile phone when the voice stored in the memory is recognized in the state of storing the voice for checking the voice when the mobile phone is lost. The present invention relates to a mobile phone loss prevention device that enables a user to easily find a lost item. The present invention provides a keypad, a microphone for receiving a voice, a phone number and A mobile phone having a display unit for visually displaying corresponding data when a function is implemented, the mobile phone comprising: a voice memory in which specific voice data for searching for a lost mobile phone is stored in advance; A voice recognition unit recognizing a voice input through the microphone; A central processing unit which compares the voice data recognized by the voice recognition unit with the voice data stored in the voice memory and generates a control signal for outputting a voice and a control signal for driving a diode when the voice data is matched; A voice output unit which transmits a prestored voice signal to a speaker according to a control signal for voice output from the central processing unit and outputs the voice signal to the outside; By providing a diode driver for emitting a light emitting diode according to a control signal for driving a diode output from the central processing unit, it is possible to easily find a lost cell phone.

Description

Device of loss checking for handphone}

The present invention relates to a mobile phone loss prevention device, and more specifically, when the voice stored in the memory when the voice stored in the memory is recognized in the memory when the mobile phone is lost and sends out a pre-built voice signal to the speaker In addition, the present invention relates to a mobile phone loss prevention device that enables a user to easily find a lost mobile phone by emitting a light emitting unit (light emitting diode) built in the mobile phone.

Modern people living in the age of information and communication are suffering from a flood of information. The amount of information they need to remember increases in proportion to the amount of information they face each day. This situation demands heavy mental activity for modern people, causing severe stress, and as the amount of information input into the brain increases, the amount of information that disappears from memory increases, and accordingly I lose a lot of moments.

On the other hand, with the development of science and technology, modern people have often performed work on the move, and this situation demands that a lot of information and functions be compressed into one device, while minimizing the device to be convenient to carry. Doing. In line with these needs, the introduction of multifunctional and miniaturized devices is rapidly increasing, and the loss of portable devices is also increasing rapidly.

In particular, when a portable device with compressed information is lost, all information stored on the device is lost along with the lost device, and the user of the device is fatally hit.

A representative device of a device having such a characteristic is a mobile phone. The mobile phone is basically designed for carrying, and also increases the risk of loss in proportion to the frequency of carrying. In addition, due to the nature of the device that the device contains a lot of information or about the credit of the individual, it can be said that the loss to the individual in case of loss is very large.

There are a number of methods for finding a mobile phone when a conventional mobile phone is lost. Among them, there are a number of methods of directly searching and a method of finding a location by making a call using another phone (another mobile phone or a wired phone).

There is a disadvantage in that the direct search method takes a lot of time.

Therefore, in order to prevent time loss, a method of finding the location of the mobile phone by frequently calling another mobile phone is frequently used.

However, the above method is limited to the method that can be easily used when there are other phones in the vicinity. For example, if you don't have other phones nearby, you can't help but find the lost cell phone yourself, and you lose a lot of time in this case. If you move to a location where you can use another phone, Loss of time in moving to another location where you can use another phone, and if you make a call on a different phone, you will have to use another phone continuously until you find your lost phone.

In particular, in the real life of busy daily life like modern people, if you do not know the location of the mobile phone at home when you go to work, you have to get a lot of stress.

In this regard, the present invention is proposed to solve the time-consuming and economical loss consumed to find a conventional lost mobile phone as described above.

An object of the present invention is to store a voice for confirming the voice in the memory when the mobile phone is lost, and when the voice stored in the memory is recognized, the pre-built voice signal is transmitted to the speaker, and the light emitting unit (light emitting diode) The present invention provides a device for preventing the loss of a cell phone so that a user can easily find a lost item.

"Mobile phone loss prevention device" according to the present invention for achieving the above object,

A mobile phone having a keypad provided with a plurality of specific function keys, a microphone for receiving voice input, and a display unit for visually displaying corresponding data when implementing the phone number and function of the other party,

A voice memory in which specific voice data for searching for a lost mobile phone is stored in advance when the mobile phone is lost;

A voice recognition unit recognizing a voice input through the microphone;

A central processing unit which compares the voice data recognized by the voice recognition unit with the voice data stored in the voice memory and generates a control signal for outputting a voice and a control signal for driving a diode when the voice data is matched;

A voice output unit which transmits a prestored voice signal to a speaker according to a control signal for voice output from the central processing unit and outputs the voice signal to the outside;

And a diode driver for emitting light emitting diodes according to a control signal for driving the diode output from the central processing unit.

1 is a block diagram showing the configuration of a mobile phone loss prevention device according to the present invention,

2 is an external perspective view of a mobile phone to which the present invention is applied;

3 is a perspective view when the folder of the folder-type cellular phone to which the present invention is applied.

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

120 ..... microphone

130 ..... Speech Recognition

150 ..... Voice Memory

160 ..... Central Processing Unit

170 ..... Voice output

180 ..... Diode Drive

Hereinafter, described in detail with reference to the accompanying drawings, preferred embodiments of the present invention according to the technical spirit as described above.

1 is a block diagram showing the configuration of a mobile phone loss prevention device according to the present invention, Figure 2 is an external perspective view of a mobile phone to which the present invention is applied, Figure 3 is a perspective view when the folder of the folder-type mobile phone to which the present invention is applied to be.

Here, reference numeral 100 denotes a clamshell mobile phone, reference numeral 110 denotes a keypad provided with a plurality of specific function keys, reference numeral 120 denotes a microphone for receiving a voice, and reference numeral 140 denotes a phone number and function of the other party. In the implementation, a display unit for visually displaying the corresponding data is indicated. Reference numeral 150 denotes a voice memory in which specific voice data for searching for a lost mobile phone is stored in advance, and reference numeral 130 denotes through the microphone 120. A voice recognition unit for recognizing an input voice is shown.

Also, reference numeral 160 generates a control signal for outputting a voice and a control signal for driving a diode when the voice data recognized by the voice recognition unit 130 compares with the voice data stored in the voice memory 150. The reference numeral 170 denotes a central processing unit for transmitting the pre-stored voice signal to the speaker 171 according to a control signal for outputting the voice output from the central processing unit 160 to control the output of the voice signal to the outside. An audio output unit, and reference numeral 180 denotes a diode driver for emitting the light emitting diode 181 according to a control signal for driving the diode output from the central processing unit 160.

Referring to the accompanying drawings in detail the operation of the mobile phone loss prevention device according to the present invention configured as described above are as follows.

First, a lost cell phone stores a specific voice (for example, "come out") in the voice memory 150 to find a lost cell phone using the voice.

Here, there are many methods for storing a specific voice in the voice memory 150. For example, when the voice memory function key is added to the keypad 110 and manipulated by the voice memory function key, the central processing unit 160 recognizes it, and when a specific voice is input through the microphone 120, the voice recognition unit 130 is input. The data may be processed to be processed in the central processing unit 160, and stored in the voice memory 150.

Alternatively, there may be a method of realizing a product by recording a plurality of specific voices in the voice memory 150 before the product is shipped. However, this method is limited in that the voice cannot be changed variably according to the user's request.

On the other hand, in a state in which the specific voice data for searching for a cell phone read when the cell phone is lost is stored in the voice memory 150, the user has left the cell phone in the case of losing the cell phone (especially at home (or office, etc.). If the location is unknown, the same voice as that stored in the voice memory 150 is transmitted. For example, if a particular voice is "come out," you'll shout out.

The voice shouting by the user is transmitted to the voice recognition unit 130 through the microphone 120, and the voice recognition unit 130 recognizes the input voice and converts the received voice into data to the central processing unit 160.

Here, it is assumed that the voice recognition unit 130 recognizes only a voice input through the microphone 120 in a state where the phone is not used basically. Because, recognizing all voices input through the microphone 120 causes unnecessary waste. Accordingly, the voice recognition unit 130 is activated only under the control of the central processing unit 160 to recognize the voice signal input through the microphone 120. In addition, since the voice recognition unit 130 uses a known voice recognition device as it is, a detailed description thereof will be omitted.

Next, when the voice data is transmitted through the voice recognition unit 130, the CPU 160 extracts the voice data previously stored in the voice memory 150, and compares them to determine whether they are the same. As a result of the determination, when both voice data are the same, the voice data is determined to find a lost cellular phone, and the voice output unit 170 and the diode driver 180 are controlled to operate.

By the control as described above, the voice output unit 170 operates to output a prestored voice signal to the speaker 171 to output the voice signal to the outside. The pre-stored voice signal may be a ring tone set in the current mobile phone, or may be a synthesized voice such as "I'm here".

Next, the diode driver 180 operates to emit light of the light emitting diode 181 under the above control. Here, the light emitting diode 181 is a device that is almost provided in a typical mobile phone.

The purpose of informing the user of the location of the mobile phone by using a time (light emitting diode) is to make it easy to find the mobile phone when it is located in a dark place.

On the other hand, the present invention as described above is a case that is applied to the mobile phone is currently commercialized.

Alternatively, the present invention can be built into an accessory to make a single article, and then used in combination with a mobile phone.

In the latter case, all components except the display unit and the keypad, for example, a microphone, a voice recognition unit, a central processing unit, a voice memory, a voice output unit, a speaker, a diode drive unit, and a light emitting diode may be incorporated into an accessory and manufactured. .

According to the present invention as described above, when the voice stored in the memory is recognized in the memory when the mobile phone is lost in the memory when the voice is stored in the pre-built voice signal to the speaker, the light emitting unit built in the mobile phone By emitting a light emitting diode, the user can easily find a lost cell phone.

Claims (1)

A mobile phone having a keypad 110 provided with a plurality of specific function keys, a microphone 120 for receiving voice input, and a display unit 140 for visually displaying corresponding data when implementing the phone number and function of the other party ( 100), A voice memory 150 in which specific voice data for searching for the lost mobile phone 100 is stored in advance when the mobile phone 100 is lost; A voice recognition unit 130 for recognizing a voice input through the microphone 120; The central processing unit 160 generating a control signal for outputting a voice and a control signal for driving a diode when the voice data recognized by the voice recognition unit 130 is compared with the voice data stored in the voice memory 150. )Wow; A voice output unit 170 for transmitting a prestored voice signal to the speaker 171 according to a control signal for outputting the voice output from the central processing unit 160 and controlling the voice signal to be output to the outside; Cell phone loss prevention device, characterized in that it comprises a diode driver 180 for emitting a light emitting diode (181) according to the control signal for driving the diode output from the central processing unit (160).