WO2011145911A1

WO2011145911A1 - Mobile telephone

Info

Publication number: WO2011145911A1
Application number: PCT/KZ2010/000015
Authority: WO
Inventors: Адилхан Санбулганович СЕИЛОВ
Original assignee: Seilov Adilkhan
Priority date: 2010-05-17
Filing date: 2010-09-13
Publication date: 2011-11-24
Also published as: CN103125110A

Abstract

The invention relates to mobile telephone technology, in particular to telephone sets having additional functional capabilities. The proposed mobile telephone solves the problem of freeing up a person's attention and hands, and makes it possible simultaneously to call any subscriber from a telephone book and also to reply to subscriber calls by speaking words aloud or in the mind without being distracted from solving current problems. Furthermore, the power source is constantly recharged. The mobile telephone device comprises a transceiver unit connected to an antenna, an audible call indication unit, a memory unit, a microphone, a nerve-ending signal receiver, an operating mode selection unit, a nerve-ending signal receiver and a power source, which are connected to a controller in the form of an artificial human tooth having a contact area arranged in the base thereof for making contact with the nerve endings, and a pair of electroplated elements arranged on its external surface, said pair generating current and charging up the power source when located in an alkali medium.

Description

MOBILE PHONE The invention relates to techniques for mobile telephone communications, in particular to telephone sets with additional functionality.

Known mobile radiotelephone [RF Patent N ° 2204887, published 05/20/2003, N04M1 / 02, N04M1 / 21] containing a transceiver unit connected to the antenna, a block of sound indication of a call, a memory unit, a microphone, a telephone, a display, a keyboard, a unit for selecting operating modes and a power source that are connected to the controller, a moisture detection sensor and first and second pressure sensors, as well as first and second temperature sensors connected through the corresponding interface units to the controller, are introduced. In this case, the first temperature sensor, the first pressure sensor and the humidity detection sensor are installed directly on the housing of the mobile radiotelephone, and the second pressure sensor and the second temperature sensor are installed in the recess of the case with the possibility of contact with the subscriber’s finger.

The disadvantage of this mobile phone is that to use it, a person needs to completely free himself from solving current problems and focus his attention on the display, and his hands busy with the keyboard and applying to the ear, with periodic recharging of the power supply.

The proposed mobile phone solves the problem of releasing attention and occupation of human hands, and makes it possible to simultaneously call any subscriber from the phone book, as well as answer calls from subscribers, without being distracted from solving current problems, while constantly recharging the power supply.

In the proposed mobile phone, a person can simultaneously call any subscriber from the phone book, as well as answer calls from subscribers due to the fact that in the device of the mobile phone includes a transceiver unit connected to the antenna, a call sound indication unit, a memory unit, a microphone, a mode selection unit the work and the power source that are connected to the controller is made in the form of a prosthesis of a human tooth, at the base of which there is a contact area for contacting with nerve endings, and on the external erhnosti posted galvanic.

Such a device of a mobile phone in the form of a prosthesis of a human tooth placed in the mouth of a person enables him, without being distracted from solving current production and vital tasks, to negotiate on his own phone saying the words out loud or mentally. An galvanic pair placed on the surface of the prosthesis while in an alkaline environment in the person’s mouth produces a current that recharges the power source of the phone itself. Mobile phone (Figure 1) consists of: 1 - antenna, 2 - transceiver unit, 3 - controller, 4 - memory unit, 5 - call sound indication unit, 6 - contact area, 7 - microphone, 8 - receiver of nerve endings signals, 9 - unit for selecting operating modes, 10 - power supply, 11 - galvanic couple.

The mobile phone operates as follows: when receiving a call signal, the signal from the antenna (1) enters the transceiver unit (2), from the transceiver unit (2) the call signal enters the controller (3), the controller checks with the memory unit (4), where the signal which subscriber is recognized and determined. Next, the controller (3) gives the command to the sound indication unit of the call (5) which generates a signal “calls the subscriber xxxxxxx”, which is fed to the contact area (6). The contact area (6) is connected to the dental nerve ending, then through the glossopharyngeal vagus and branches of the ternary nerve, the signal enters the auditory brain analyzer. In the auditory analyzer, the signal takes on a sound form and the person hears “calls the subscriber xxxxxxx”. Further, two options for conversation are possible: conversation out loud and thought conversation.

Option one: A person says out loud “connect” or “refuse”, this command through the microphone (7) enters the controller (3). The “connect” command in the controller opens the line for conversation. The command “refuse” interrupts the connection. If you need to call someone, the person includes a hundredth for calling with a code word, rarely used in the lexicon for example “abracadabra”. This signal through a microphone (7) enters the controller (3), which connects the communication line. Next, the person pronounces the name of the subscriber, as it is recorded in the address book or calls the number. This command is sent to the controller (3). The controller (3) gives the command "call subscriber", which is transmitted through the transceiver unit to the cellular operator and the call is made to the subscriber.

Option Two: A person pronounces all the words mentally. When a person mentally speaks a word, his brain gives an electrical signal which, passing through the glossopharyngeal vagus and the branches of the ternary nerve, acts on the tongue, mouth, vocal cords and auditory analyzer. When a signal passes through an auditory analyzer, a person hears a mentally spoken word. A person mentally says “connect” or “refuse”, this command through the receiver of signals of nerve endings (8) gets into the controller (3). Otherwise, everything happens as in option 1, the “connect” command opens the line for conversation, the “refuse” command interrupts the connection. If a person wants to call mentally, then, as in the first embodiment, he mentally pronounces the code word "abracadabra". This signal through the receiver of signals of nerve endings (8) enters the controller (3) which connects the communication line. Next, the person mentally pronounces the name of the subscriber, as it is written in the address book or calls the number. This the command goes to the controller (3). The controller (3) gives the command "call subscriber", which is transmitted through the transceiver unit to the cellular operator and the call is made to the subscriber. In this case, the person is negotiating with the subscriber mentally pronouncing the words. The receiver of signals of nerve endings (8) amplifies weak electrical signals of the brain and sends them to the controller (3), then the signal goes into the line and the subscriber hears the person’s response as if he would say these words out loud.

The Bluetooth mode is used to record voice commands, programs, and a cellular ID.

Recording voice commands is as follows. When you turn on your cell phone for the first time, Bluetooth is turned on automatically. Connect to a computer. The computer, according to a special program, issues a list of commands that must be delivered to the owner of the given cell phone one by one; - code word (abracadabra), bluetooth, turn off bluetooth, numbers - 1,2,3,4,5,6,7, 8,9,0, received calls, missed calls, dialed numbers, write the subscriber to the address book, delete the subscriber from the address book, connect, refuse, etc. All voice commands are recorded and stored in the memory unit (4). Then you can turn off the bluetooth voice command to turn off the bluetooth. If you need to make changes in the address book, change the ringing tone, etc. a person pronounces the code word "abracadabra bluetooth" signal through a microphone (7), gets into a controller (3), which instructs the unit to select operating modes (9) “enable bluetooth mode”. A person sits down at a computer that has bluetooth and the corresponding program, finds the address book and makes changes to the address book.

This weaving does not have a SIM card of a mobile operator. To obtain the identifier of a mobile operator, a person must come to the service center of the desired mobile operator to turn on the “bluetooth” mode and write down the identification number through the computer in the memory unit (4).

To replenish the balance through the replenishment card, it is necessary to turn on the hundredth with the code word “abracadabra”, say a number, for example 9393, wait for the operator to answer, say a 13-digit code, say “pound”, the balance will be replenished.

A power source (10) is used to power the hundredth, an galvanic couple (11) is used to continuously feed the power source, which consists of two plates of different metal selected so that they make up an galvanic couple. The galvanic couple being in the alkaline environment of the oral cavity generates the electricity necessary to recharge the power supply of the mobile phone.

Claims

CLAIM

A mobile phone comprising a transceiver unit connected to an antenna, a call sound indication unit, a memory unit, a microphone, an operation mode selection unit and a power source that are connected to the controller, characterized in that it is made in the form of a prosthesis of a human tooth, at the base of which there is a contact platform for contacting nerve endings

According to claim 2, the mobile phone characterized in that on the outer surface there is an galvanic pair

According to paragraph 3, a mobile phone characterized in that it has

nerve terminal receiver