RU37898U1 - MOBILE PHONE - Google Patents

Abstract

A mobile phone, characterized in that it is made of two parts: the first programming and the second wearable, the first part is equipped with a microprocessor device and an input device for programming permission, restriction and prohibition of connections of the second, wearable part, the second wearable part is equipped with a device for selecting programmed connections, microprocessor device and a device for the reception and transmission of a radio signal with a cellular network.

Description

A mobile phone refers to electronics, in particular, to the field of production of mobile phones and can be used in the development, production, sale, operation, import and export of mobile phones abroad.

A similar technical solution is known "Telecommunication system, consisting of a central station and mobile phones without a keyboard, with voice dialing and programmable from the station according to US patent No. 6400967, Н04М 1/001, dated 05/15/2001, publ. 06/04/2002 containing mobile phones that do not have keyboards, work with voice dialing, are controlled and programmed from the central station according to a number of parameters: language, incoming sounds, protection against unauthorized use, etc.

The prototype of the utility model is the technical solution "System and method for minimizing the fraudulent use of mobile phones according to US patent No. 6542729, Н04М 1/66, from 04/27/99, publ. 01/04/2003, containing, the controller; the memory associated with the controller, where the data of previous use and use of the current user of the mobile phone is accumulated, such data is stored in the memory, the controller analyzes the statistical change between the previous use of the previous user and the use of the current user; exceeding a predetermined threshold controller

deactivates the mobile phone. The self-programming device of this mobile phone is located directly in the handset; its presence cannot be determined visually, which makes the handset attractive to thieves.

The objective of the proposed technical solution is to create a simple in design, inexpensive, accessible to users from childhood to old age mobile phone, unattractive to thieves, which cannot be used unauthorized, disable protection, and which is easy to control costs to reduce communication costs.

This goal is achieved in that the mobile phone is made of two parts, the first programming and the second wearable; the first part is equipped with a multiprocessor and an information input device for programming the permission, restriction and prohibition of connections of the second, wearable part; second wearable part

It is equipped with a device for selecting programmed connections, a microprocessor device, and a device for receiving and transmitting radio signals with a cellular network.

In the drawing of figure 1 presents a block diagram of a device.

1 - the first part, the programming unit, 2. - the microprocessor device of the programming unit, 3. - the information input device, 4 - the second part, the wearable unit, 5. - the microprocessor device of the wearable unit, 6 - the device for selecting programmed connections, 7 - the receiving device - radio signal transmission.

The mobile phone consists of two parts: the first part, the programming unit 1, the second part, the wearable unit 4. These blocks are interconnected only in programming mode.

The first part, the programming unit 1 comprises a microprocessor device 2 connected to an information input device 3.

The second part, the wearable unit comprises a microprocessor device of the wearable unit 5, a device for selecting programmed connections 6 connected to it, and a device for receiving and transmitting a radio signal 7 for communication with a cellular network.

The device operates as follows. The mobile phone has two parts working only with each other and two modes, a programming mode and a use mode. In programming mode, when connecting the second, mobile phone part 4 to the programming part, block 1, microprocessor devices 2 and 5 execute each other's authentication program, authentication keys are programmed by the manufacturer, individually for each mobile phone. In the case of a negative result, the operation of the entire device is blocked. In the case of a positive result, the operation of microprocessors 2 and 5 is allowed. From the input device 3 of the first part of the mobile phone, permissions, restrictions and prohibition of connections are programmed and transmitted to the microprocessor 5 of the second, wearable part of the mobile telephony, which stores the information entered in the first part. The second, wearable part 4 is disconnected from the first part, it is prepared for stand-alone operation in use mode.

In the use mode on the second, wearable part 4, the desired dial number is selected by the programmed connections selector 6. When establishing an incoming or outgoing connection, the portable processor of the wearable unit 5 checks against the saved list of permissions, restrictions and prohibitions, and if the comparison result is negative, the connection not installed. With a positive result. 2

the connection is established through the device receiving - transmitting radio signal 7 with a cellular network.

Thus, they establish connections only according to the programmed phone numbers, and you can program other numbers and set permissions, restrictions and prohibition of connections only from the first part 1 of the mobile phone.

The set of features is new and leads to the following positive results.

When advertising through the media, potential burglars receive information about the unsuitability of the second wearable part of the phone for use without the first programming part, and that the owner does not know the authentication keys. Therefore, forceful influence on the owner of the device does not make sense, and the possession of the wearable part becomes meaningless, and unauthorized use of a mobile phone is impossible.

The implementation of a mobile phone in two parts, working only with each other, using an electronic authentication system, the keys of which are programmed by the manufacturer individually for each mobile phone, makes it possible to disable protection.

Programming from the first part of the permission, restriction and prohibition of connections, can only be paid by the person. And the second wearable part may be used by another person for whom the device was purchased. Thus, you can control the connection, reducing the cost of communication services.

Since the phone has fewer functions, it is possible to install a battery with a lower capacity on the second wearable part, carry out the wearable part in smaller dimensions and simplify the management of the wearable unit. You can perform the first part with reduced requirements, like a room. Therefore, it is possible to reduce the production cost of a mobile phone, despite the manufacture of it in two parts.

In connection with eliminating the danger of attack and lowering the cost of ownership, it becomes possible to connect new categories of telephone network users, for example, schoolchildren, corporate employees, student statistics.

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Claims (1)

A mobile phone, characterized in that it is made of two parts: the first programming and the second wearable, the first part is equipped with a microprocessor device and an input device for programming permission, restriction and prohibition of connections of the second, wearable part, the second wearable part is equipped with a device for selecting programmed connections, microprocessor device and a device for the reception and transmission of a radio signal with a cellular network.