RU122815U1 - SMARTPHONE-IMMOBILIZER - Google Patents

Abstract

1. A smartphone or communicator containing a liquid crystal display, a microprocessor, a battery, a control keyboard or a touchscreen display that includes Internet access functions, Wi-Fi, Bluetooth, an immobilizer control part, consisting of upgraded smartphone software or additional software that interacts with the operating room. a smartphone system, for example, via a micro SD card, and a presence sensor, while the control part of the immobilizer interacts with the controllable part of the immobilizer located in the car, characterized in that the controlled part of the immobilizer is located in a special on-board computer, and the smartphone additionally includes a temperature measurement function implemented by updating the smartphone software or connecting additional software that interacts with the smartphone's operating system, for example, via a micro SD card, and installing an external temperature sensor in the smartphone cheers. 2. Smartphone or communicator containing a liquid crystal display, microprocessor, battery, control keyboard or touchscreen display that includes Internet access, Wi-Fi, Bluetooth, an immobilizer control part, consisting of an upgraded smartphone software or additional software that interacts with the smartphone operating system , for example, via a micro SD card, and a presence sensor, while the control part of the immobilizer interacts with the controlled part of the immobilizer located in the car, characterized in that the controlled part of the immobilizer

Description

The utility model relates to means of communication, namely to smartphones or communicators, as well as to means of protecting vehicles - immobilizers.

Currently, numerous designs of smartphones or communicators are widely known (1). A smartphone, less commonly a smartphone (eng. Smartphone - smart phone) is a mobile phone comparable to a pocket personal computer (PDA). Also, the term “communicator” is often used to refer to some devices that combine the functionality of a mobile phone and a PDA.

The term “smartphone” was introduced by Ericsson in 2000 to refer to its new Ericsson R380s. With the name “smartphone”, the manufacturer emphasized the intelligence of the device, but this device cannot be considered a full-fledged smartphone, since it did not allow installing third-party applications (the OS was closed).

Communicator (English communicator, PDA phone) - a pocket personal computer, supplemented by the functionality of a mobile phone. The unofficial name "communicator" is assigned to the Pocket PC with a touch screen in 2002.

Smartphones and communicators differ from conventional mobile phones by the presence of a sufficiently developed operating system open for third-party developers to develop software (the operating system of conventional mobile phones is closed to third-party developers). Installing additional applications can significantly improve the functionality of smartphones and communicators compared to conventional mobile phones. Recently, however, the border between “regular” phones and smartphones has been blurred more and more, new phones (with the exception of the cheapest models) have long acquired functionality that was once inherent only to smartphones, for example, email and an HTML browser, as well as multitasking. The term “communicator” is used mainly as a synonym for a smartphone. Often there is a half-joking definition quite close to the truth that a smartphone is “movement from the phone to the PDA”, and the communicator, respectively, is “movement from the PDA to the phone.”

The presence of a fully functional operating system makes smartphones and communicators more attractive in the eyes of most users. Modern telephones (models of the middle price category and above) perfectly cope with many tasks that go beyond telephone ones: working with e-mail, viewing text documents and spreadsheets, working with the task scheduler and many others. Extending the functionality of phones is possible due to J2ME-programs, which are supported by almost all mobile phones, smartphones and communicators. The screen of a number of mobile phones is not inferior to most smartphones, most models are equipped with a slot for a memory card.

It is important to note that programs written specifically for the operating system of a smartphone or communicator are complete sequences of low-level microprocessor instructions compiled into binary code. Specialized applications use processor resources more rationally and, as a rule, have more functionality than “universal” J2ME programs. However, for most users this circumstance is not the main selection criterion. Smartphones are being promoted by manufacturers due to other factors, such as advanced multimedia functions (a better camera, advanced video file playback capabilities, improved music capabilities), Wi-Fi, GPS, etc.

Currently, there is no clear distinction between smartphones and communicators, since the functionality of both classes of devices is approximately the same. Different experts and manufacturers interpret these terms differently. Often the so-called “historical approach” is used, which is as follows: if the device carries its pedigree from the PDA, then this is a communicator, and if from mobile phones it is a smartphone. As part of this approach, communicators usually mean devices with a touch screen (can be complemented by a keyboard) running the operating system Apple iOS, Windows Mobile, PalmOS or Android. Devices with Windows Mobile that use exclusively QWERTY and / or numeric keypads (similar to telephones) to enter information are called smartphones. Most devices running Symbian OS are traditionally classified as smartphones (with the exception of Nokia 9xxx series, Nokia E90 and some others). In other cases, the positioning of the device depends on the manufacturer (usually devices with a touch screen are referred to as communicators, and smartphones include devices without such a screen). Also, some experts share communicators and smartphones, respectively, by the presence or absence of a full-size (QWERTY) keyboard (virtual or physical).

In the early 2000s, the border between smartphones and communicators was more pronounced. The first communicators were actually PDAs with an additional GSM module. They did not differ from the PDA either in size (screen size 3.5-4 inches, resolution 320 × 240), or in weight, and additional telephone functions contributed to the cost of the device and reduced battery life. Smartphones, in turn, differed little from phones, the screen size and resolution were low, and the functionality did not reach the PDA. Nokia, promoting its smartphones, focused on design, gaming and multimedia capabilities, etc., without focusing on the intelligence of the devices. However, over time, products called smartphones and communicators converged. The size of communicators decreased, and telephone functions came to the fore. The size of smartphones, on the contrary, increased, and the functionality reached the level of a PDA. The next stage in the development of smartphones began after the successful entry into the mobile phone market of the iPhone from Apple. The operating system of this device, positioned as a smartphone, was functionally truncated for marketing reasons. So, the ability to install third-party programs was limited, there were limitations regarding multitasking. Nevertheless, due to the successful design and competent promotion policy, this device has become a trendsetter and set new standards for keyboardless devices. If in the mid-2000s the screen sizes of most communicators and smartphones were 2.4-2.8 inches with a resolution of 320 × 240 pixels, now a 3-5 "screen with a resolution of 480 × 320 (iPhone, Android) has become typical , 800 × 480 (Android), 640 × 360 (S60v5, Symbian ³ ), 960 × 640 (iPhone 4 / 4S, Android) 1280 × 720 (Android).

We draw attention to the Nokia 9000 communicator, which was not inferior in functionality to the PDA of that time and allowed you to make calls, but the OS was closed and third-party applications could not be installed. The main drawback of the device (compared to the PDA) was the lack of connectors for enhanced functionality (PCMCIA and memory cards).

The rapid development of smartphones and communicators began in 2001: Nokia launches the next communicator model: Nokia 9210. This model worked under Symbian OS 6.0 and was the first device of the 9xxx series with an open OS. The device was based on the new series 80 platform, which is incompatible with programs for previous generations of Nokia smartphones. The model had very impressive functionality, the internal screen was color. In addition, the Nokia 7650 was announced, which is considered the first “real” smartphone, since it worked under the control of the Symbian OS 6.1 operating system, open to third-party developers (series 60 platform). However, Nokia positioned this model primarily as an image phone with advanced multimedia functions, and not as an intelligent device with an open OS. However, the small size of available memory (4 MB) and the lack of a slot for a memory card greatly limited the capabilities of the device. In the same year, the first communicators running Pocket PC 2000 appeared (for example, Siemens SX45).

In 2003, Microsoft released the Windows Mobile 2003 operating system. Nokia presents several smartphones running Symbian OS, and a number of manufacturers - running Windows Mobile. The smartphone market is starting to grow rapidly.

In early 2006, the Taiwanese company High Tech Computer Corporation decided to liquidate the Qtek trademark and promote its products under the single brand NTS.

In mid-2007, Apple launched the iPhone's keyboardless device. The device did not differ in functionality (for example, there was no possibility of MMS-messages, file transfer via Bluetooth, etc.), the only hardware innovation was the way to control the device with two fingers (Multi-Touch). However, a capacitive screen, an unprecedented tactile user interface (kinetic scrolling, multitouch, etc.), which creates a feeling of controlling the image on the screen with finger movements, and an aggressive advertising campaign made this device a bestseller. It should be noted that initially the iPhone operating system was closed; the iPhone SDK application development environment for third-party developers appeared only at the beginning of 2008. Apple's smartphone has attracted considerable attention, many manufacturers have released phones and smartphones with a finger-oriented interface. Often the announcement of such devices was covered in the press as the appearance of the "iPhone killer."

At the end of 2007, Google announced the open Android mobile platform based on the Linux kernel, and the Open Handset Alliance (SHA) group of companies was formed with the goal of developing open standards for mobile devices.

In mid-2008, Google announces the opening of Android source codes. Nokia also announces its intention to open the Symbian OS source code and begins the process of purchasing the full stake in Symbian, with the goal of forming a non-profit organization, the Symbian Foundation. In the fall of 2008, the first Android-based device was released - T-Mobile Gl (NTS Dream) (1).

A brief summary from the history of the creation of smartphones and communicators in relation to the materials of the claimed utility model:

- the device cannot be considered a full-fledged smartphone if it did not allow installing third-party applications (the operating system (OS) must be open);

- smartphones and communicators differ from conventional mobile phones by the presence of a sufficiently developed operating system open for third-party developers to develop software (the operating system of conventional mobile phones is closed to third-party developers). Installing additional applications can significantly improve the functionality of smartphones and communicators compared to conventional mobile phones;

- development of open standards for mobile devices and opening source codes (Google opens source codes for Android, Nokia - codes for Symbian OS).

Thus, the development of smartphones shows a tendency to increase the number of smartphones with an operating system that is open for additional software applications, which allows independent developers to add options by creating application software and devices for implementing these additional options (functions) of certain types of smartphones.

Various types of immobilizers are known (2). Immobilizer (aHra.immobiliser - "immobilizer") - an electronic device that deprives the car of mobility. The main task of the immobilizer is to break one or more electrical circuits vital for the operation of the machine and thus prevent theft. The principle of operation of the immobilizer is to break the connection of electrical circuits of the car in the most significant places - for example, electrical circuits of the starter, ignition, engine. Thanks to this, the car is guaranteed to remain in the parking lot even when intruders enter. When using additional devices (for example, electromagnetic valves), it is possible to block the operation of non-electrical systems. Turning the immobilizer on and off should be available only to the owner of the car. As a rule, an electronic code key is used for this purpose. Manual models are less common. Before starting the car, the owner must insert the code key into a special slot and turn off the immobilizer. In systems with manual code dialing, in order to turn off the immobilizer, you must enter the code set by the owner. When the immobilizer is destroyed or an unauthorized shutdown of the vehicle system remains blocked. All types of immobilizers have the function of automatic arming after a certain period, during which no action was taken by the owner. The standard immobilizer consists of three main parts:

- the control unit, which is the center from which signals are received about the need to activate the entire system;

- electromagnetic relay, with the help of which the circuit breaks when it enters the car;

- a key which is in the possession of the car owner and which is recognized by the control unit (2).

For a long time, a standard immobilizer is installed on almost every car (3). At the same time, many car owners do not think about the need to install an additional immobilizer, and in vain. The fact is that a standard immobilizer is installed on a car according to the standard scheme and in a regular place, which is absolutely identical for all cars of this model. This greatly facilitates the task of the hijacker. It should also be understood that the attacker, hijacking a specific car, knows exactly how to defeat a regular immobilizer. If he does not have this knowledge, he can immediately go past the car. From this we can conclude that a regular immobilizer protects only from young people who want to "ride". Based on the foregoing, it is clear that the installation of an additional immobilizer is justified. More can be said - an additional immobilizer becomes the basis of a good anti-theft system. Its arsenal includes digital coded locks, the ability to control the hood lock, remote owner identification and the implementation of anti-robbery mode. The immobilizer does not make noise, it silently does its job - it prevents the thief from starting the engine and driving away in your favorite car. This is achieved by different methods, but the essence is always the same: without any additional actions, whether pressing the keyfob of the alarm or holding the key to the code reader, the engine cannot be started (3). In relation to the claimed utility model, the possibility of using the immobilizer both as the first and as an additional one is determined.

About transponder technology. The word "transponder" (transponder) was invented in the forties of our century. Transponder is short for transmitter + responder (4). In a few words: a transponder is a miniature electronic chip with permanent memory. Permanent memory does not require a constant power source to store information. From the inside, the transponder is a core on which a very thin wire is wound with rings. Similar rings can be seen in a conventional electric motor.

There are two main types of transponders. The first is electric coupled transponder systems. The main advantage of such systems is the signal transmission range, which can vary from a distance of several centimeters to several kilometers (such transponders are used on satellites and aircraft).

The second type of transponder is the one used by car manufacturers around the world. These systems are based on magnetic interaction (Magnetic Coupled Transponder Systems). Such transponder systems are passive, that is, they do not require a constant source of energy. They operate at frequencies of about 125 kHz. Since these systems do not have their own power supply, the signal transmission range is very small (1-15 cm).

Key identification processes are very similar in most automotive transponder systems. As soon as the key is inserted into the ignition switch and turned to the ON position, the transponder receives an electromagnetic signal from an external control device. The winding rings in the chip convert the received signal into the energy needed to emit a response signal. Typically, a signal is a set of characters (letters and numbers), which is an identification code. An external control device reads the signal received from the transponder and sends it to the immobilizer. If the signal is recognized by the immobilizer as correct, the engine starts, otherwise the immobilizer waits until a signal arrives confirming the correct code in the transponder.

Cryptotransponder. Of the latest developments of Texas Instruments, it should be noted the release of chips with a floating code - cryptotransponders (CryptoTransponder). The code recorded in the transponder's memory is usually a 32-character numerical combination written in a hexadecimal number system (digits from 0 to 9 and letters from A to F). This combination serves as a password and allows the immobilizer to recognize "your" key. In early immobilizer models, this combination is constant (each time the engine is started, the transponder sends the same code to the air), which makes the system very vulnerable: by recording a signal with a radio recorder or selecting a code by brute force, the hijacker can disarm the car. Protecting themselves from intellectuals with bad intentions, manufacturers of anti-theft systems came up with the so-called floating code. It consists of two parts - constant and variable, and the "running" half of the code changes according to a very complex algorithm. Thanks to the use of such cryptographic protection, any attempts to "steal" the transponder code become useless.

DID® information technology - Dynamic Identification Dialog - is used in transponder tags, thanks to which the car security system recognizes the owner. DID technology protects the tag from electronic hacking. This technology is based on interactive dynamic code recognition. In accordance with it, the anti-theft system identifies the label in the process of a dialogue consisting of several information messages. To begin with, the label should receive a message that it is in the system visibility range. The next step is to revoke the label with your own code. After receiving it, the system issues a random number, which the label receives, converts according to the nonlinear algorithm laid down in it, and transmits it back. The system simultaneously carries out the same conversion, and if the numbers coincide - own and received from the label - the car is disarmed. The main difference between the new dynamic code and the usual one (which is still used in almost all key fobs) is that it is impossible to make an "electronic cast" from it, since the code of the tag itself is only one of the recognition elements. At each stage of the dialogue, only one single code is recognized as true. It should also be noted that DID tags have the highest level of reliability and protection from environmental influences.

Bluetooth ™ wireless technology was developed by a group of companies Bluetooth SIG, Inc., which are world leaders in telecommunications and computer technologies: Ericsson, Motorola, Nokia, IBM, Microsoft, Intel, 3COM and others. Bluetooth technology provides reliable and cost-effective radio communications between various digital devices. The transmitted information is securely encrypted. Only the device to which it is addressed can decrypt it. Over the past two years, the number of created various electronic devices (mainly mobile phones) that use Bluetooth technology has increased by several hundred million. According to analysts at Cahners In-Stat Group, by 2005 this number will be close to a billion, and the average annual growth rate of the market will be 360%.

Since last year, all major manufacturers of mobile phones have begun to include support for Bluetooth technology in almost all new models of handsets of high and middle price class. New means of communication with this technology are constantly appearing on the mobile market. Naturally, the owners of new phones, in turn, are interested in the fact that the new technologies used in them work one hundred percent. Therefore, at the same time, there is growing demand for various systems that are paired with a mobile phone via a Bluetooth wireless channel (4).

The well-known smartphone NTS Desire S, recognized in 2011 as the phone of the year - as a result of technological development (5). Specifications smartphone NTS Desire S:

Processor: Qualcomm® MSM8255 IGHz

Operating System: Android ™ 2.3 with HTC Sense 2.1

Memory: ROM: 1.1GB

RAM: 768 MB (RAM)

Dimensions (LxWxH): 115 x 59.8 x 11.63 mm

Weight: 130 grams with battery

Display: 3.7 inch, S-LCD, 800 × 480, WVGA, touch

Network: HSPA / WCDMA:

- 900/2100 MHz

- Speed: Up to 5.76 Mbps out., Up to 14.4 Mbps input.

Quad-band GSM / GPRS / EDGE:

- 850/900/1800/1900 MHz

(Frequency and data rate are operator dependent.)

Management: Touch screen + touch keys

GPS: built-in GPS receiver

Connectivity: Bluetooth® 2.1 + EDR and with A2DP support

Wi-Fi®: IEEE 802.11 b / g / n

Camera: 5 megapixels, autofocus, flash, 720p recording

Front-facing VGA camera for video calling

Supported audio formats: aac, .amr, .ogg, .m4a, .mid, .mp3, .wav, .wma

(Windows Media Audio 9)

Supported video formats: 3gp, .3g2, .mp4, .wmv (Windows Media Video 9)

Battery: Lithium-ion battery

Capacity: 1450 mAh

Talk Time:

- Up to 435 minutes on WCDMA networks

- Up to 590 minutes in GSM networks. Standby time:

- Up to 455 hours on WCDMA networks

- Up to 430 hours in GSM networks Connections: - 3.5 mm audio jack

- standard micro-USB connector

Expansion slot: microSD ™ memory cards (SD 2.0 support) Optional: G-sensor (accelerometer), digital compass, proximity sensor, light sensor.

A smartphone or communicator is known comprising a liquid crystal display, a microprocessor, a battery, a control keyboard or a touch screen including Internet access, Wi-Fi, Bluetooth, an immobilizer control part consisting of upgraded smartphone software or additional software that interacts with the operating system a smartphone, for example, through a micro-SD card, and a presence sensor, while the control part of the immobilizer interacts with that located in the car bile controlled part of the immobilizer (6).

This device (6) is chosen as a prototype.

The disadvantages of the prototype are:

- the lack of a built-in thermometer, barometer, moisture meter in the case of the smartphone itself slows down the speed of viewing or waiting for information about the reality of the weather outside the window or in the open air, because all these functions in the smartphone are now tied to the Internet and, therefore, to the balance of funds in the user's account, and this is always inconvenient.

A search conducted on patent documentation did not reveal technical solutions similar to the claimed solution.

The objective of the utility model is aimed at creating a new device with the functions of a smartphone and an immobilizer (in other words, a smartphone-immobilizer), which helps to combine the vital modern human needs: communication and a vehicle. In addition, additional devices appear in the claimed smartphone-immobilizer: thermometer, barometer, moisture meter.

The technical result is achieved in that a smartphone or communicator declared as a utility model, comprising a liquid crystal display, a microprocessor, a battery, a control keyboard or a touch screen including Internet access, Wi-Fi, Bluetooth, an immobilizer control part, consisting of upgraded software a smartphone or additional software that interacts with the smartphone’s operating system, for example, via a micro-SD card, and a presence sensor, while the control part of the immobilizer interacts with the controlled part of the immobilizer located in the car, characterized in that the controlled part of the immobilizer is placed in a special on-board computer, and the smartphone additionally includes a temperature measurement function, implemented by upgrading the smartphone software or connecting additional software that interacts with the smartphone operating system , for example, through a micro-SD card, and installing an external sensor in the smartphone temperatures. This allows, in particular, to obtain data on air temperature at the location of the smartphone-immobilizer and without access to the Internet. In addition, this function also allows you to measure the temperature of the human body, which is important in certain situations.

In another embodiment, a smartphone or communicator is claimed comprising a liquid crystal display, a microprocessor, a battery, a control keyboard or a touch screen including Internet access, Wi-Fi, Blue-tooth, an immobilizer control part consisting of upgraded smartphone software or additional software software that interacts with the smartphone’s operating system, for example, via a micro-SD card, and a presence sensor, while the control part of the immobilizer is mutually operates with the controlled part of the immobilizer located in the car, characterized in that the controlled part of the immobilizer is placed in a special on-board computer, and the smartphone additionally includes the function of measuring atmospheric pressure by upgrading the smartphone software or connecting additional software that interacts with the smartphone operating system, for example, through a micro3B card, and the installation of an atmospheric pressure sensor in the smartphone.

In a further embodiment, a smartphone or communicator is claimed comprising a liquid crystal display, a microprocessor, a battery, a control keyboard or a touch screen including Internet access, Wi-Fi, Bluetooth, an immobilizer control part consisting of upgraded smartphone software or additional software, interacting with the smartphone’s operating system, for example, via a micro-SD card, and a presence sensor, while the control part of the immobilizer is connected operates with the controlled part of the immobilizer located in the car, characterized in that the controlled part of the immobilizer is placed in a special on-board computer, and the smartphone additionally includes the function of measuring air humidity by upgrading the smartphone software or connecting additional software that interacts with the smartphone’s operating system, for example, micro-SD card, and the installation of a humidity sensor in the smartphone.

In the most complete version, a smartphone or communicator is claimed, characterized in that it further includes a function for measuring atmospheric pressure by upgrading the smartphone software or connecting additional software that interacts with the smartphone’s operating system, for example, via a micro-SD card, and installs in a smartphone, an atmospheric pressure sensor, and the function of measuring air humidity by upgrading the smartphone software or connecting additional Additional software that interacts with the smartphone’s operating system, for example, via a micro-SD card, and installs a humidity sensor in the smartphone.

In addition, the claimed smartphone is characterized in that the software developer for the implementation of the immobilizer function on the smartphone is carried out by the smartphone developer, and the immobilizer application software connected to the smartphone and installed on the on-board computer is developed by the immobilizer developer.

In addition, the claimed smartphone is characterized in that the immobilizer software update is carried out via the Internet from the site of the immobilizer manufacturer.

In another embodiment, the smartphone is characterized in that the software of the immobilizer installed on the on-board computer of the car is updated from the smartphone via the Bluetooth channel or a USB cable.

The figure 1 presents a schematic diagram of a smartphone - an immobilizer. Declared as a utility model, a smartphone with an immobilizer function and other functions presented in the description includes a smartphone 1 and a car 2, on which the necessary immobilizer software is installed. In addition, the presence sensor (internal) 3, the atmospheric pressure sensor 4, the temperature sensor 5, the air humidity sensor 6 are installed on the smartphone, and the on-board computer with the functions of the receiving part of the immobilizer (not shown) is installed on the car 2. The diagram also shows: factory-installed software (software) on the smartphone and on-board computer 7, software updates via the Internet from the manufacturer’s (developer) website 8, software updates on the on-board computer via Bluetooth or a USB cable 9.

A smartphone with the immobilizer function works as follows.

Upon receipt at the store:

The seller with the buyer demonstrates the smartphone itself and its software and the immobilizer program, instructions and other settings for the immobilizer itself, the on-board computer is sold separately from the smartphone, for an additional fee.

The on-board computer is installed at the car service station (STO) by professional installers of security systems. There you can also set up a smartphone - an immobilizer.

A car owner with a fully configured on-board equipment and a smartphone starts using it right away when the smartphone is turned on.

Approaching his car, without reaching for the keys, he opens the door, gets into the car, presses the start button and starts the engine.

Protection is removed by the program from the on-board computer when a presence sensor is detected in the smartphone.

For even more reliable operation of this operation, the car owner can use the Bluetooth channel. This channel is encrypted confirmation - a response between two software-combined devices. When leaving the car, the driver simply closes the door of his car. Further, the program will do everything that it is programmed in the service station and by the driver himself: he will automatically arm and turn on the immobilizer in the on-board computer (BC) of the car. The engine is muffled, the immobilizer is turned on, protection is set, the side lighting and its inclusion are also programmed by timer in a smartphone - an immobilizer, and the information is transmitted to the auto BC.

Thus, the immobilizer keychain is completely excluded from use. A smartphone is needed only on the basis of the Android operating system and the like for a wider application of the new symbiosis software features. From the iron filling of the keychain itself, we take only the keychain presence sensor with a range of 0.5 m, in which there is no need to open the door with the keychain or key (there is a button on the door handle). (On expensive or TOP models of cars, an immobilizer keychain with a presence sensor is used, i.e. the keychain is present). All the functions from the key fob for manipulating doors and engine startup, additional programs, as well as functions for programming it when installed on a car, are placed in the program for this purpose. Communication with this symbiosis goes through mobile operators (a SIM card is also installed in the receiver of the on-board computer). On a car, on-board computer, software is installed to combine with smartphone software.

When an external device, a smartphone, is located within a radius of no more than 15-20 meters from the car, it automatically switches to the Bluetooth channel. The device for the Bluetooth channel is already in the smartphone and is additionally integrated only into the receiver of the on-board computer on the car.

To control the on-board computer in the car, code mini-programs or codes are used to activate the necessary functions in the on-board computer.

Via the GSM channel, on-board computer can automatically download updated software.

Through the claimed smartphone, you can control the on-board computer and the GSM channel, connect to the Internet, and also add many additional functions through the software update download function: city map and advertisers information about their facilities, promotions and discounts, support information on the road (repair on the road), the function of recording the speed and distance of travel and turns to the streets (orientation on the city map), diagnostics of all systems, voice greeting of the car owner, voice name of your car in different voices.

A smartphone with immobilizer functions, in other words, a smartphone is an immobilizer, according to the claimed utility model, entering the consumer market, makes a breakthrough in combining smartphones and any other devices (and programs), combining very important human needs: communication and a vehicle. The economic advantage of an immobilizer smartphone lies in its novelty of combining two important devices for a modern person, plus the use of additional devices: a thermometer, a barometer, and a moisture meter.

Literature:

1.http: //ru.vikipedia.org/wiki/ smartphone

2.http: //ru.vikipedia.org/wiki/

3. www.autosecurity.ru/security/immobiliser

4.http: //vugone.info/articles/42

5. http://www.htc.com

6. M. Altynov. Security management via smartphone: successes and trends, 08/15/2011. www.ugona.net/articlel50.html.

Claims (7)

1. A smartphone or communicator containing a liquid crystal display, microprocessor, battery, control keyboard or touch screen, including Internet access, Wi-Fi, Bluetooth, the immobilizer control part, consisting of upgraded smartphone software or additional software that interacts with the operating room a smartphone system, for example, through a micro-SD card, and a presence sensor, while the control part of the immobilizer interacts with the unit the used part of the immobilizer, characterized in that the controlled part of the immobilizer is located in a special on-board computer, and the smartphone additionally includes a temperature measurement function implemented by upgrading the smartphone software or connecting additional software that interacts with the smartphone’s operating system, for example, via micro SD a card, and the installation of an external temperature sensor in the smartphone. 2. A smartphone or communicator containing a liquid crystal display, microprocessor, battery, control keyboard or touch screen, including Internet access, Wi-Fi, Bluetooth, the immobilizer control part, consisting of upgraded smartphone software or additional software that interacts with the operating room a smartphone system, for example, through a micro-SD card, and a presence sensor, while the control part of the immobilizer interacts with the unit avaliable part of the immobilizer, characterized in that the controlled part of the immobilizer is located in a special on-board computer, and the smartphone additionally includes the function of measuring atmospheric pressure by upgrading the smartphone software or connecting additional software that interacts with the smartphone’s operating system, for example, via a micro-SD card , and installation in the smartphone of the atmospheric pressure sensor. 3. A smartphone or communicator containing a liquid crystal display, microprocessor, battery, control keyboard or touch screen, including Internet access, Wi-Fi, Bluetooth, the immobilizer control part, consisting of upgraded smartphone software or additional software that interacts with the operating room a smartphone system, for example, through a micro-SD card, and a presence sensor, while the control part of the immobilizer interacts with the unit the used part of the immobilizer, characterized in that the controlled part of the immobilizer is located in a special on-board computer, and the smartphone additionally includes the function of measuring air humidity by upgrading the smartphone software or connecting additional software that interacts with the smartphone’s operating system, for example, via a micro-SD card , and installing a humidity sensor in the smartphone. 4. The smartphone or communicator according to claim 1, characterized in that it further includes a function for measuring atmospheric pressure by upgrading the smartphone software or connecting additional software that interacts with the smartphone’s operating system, for example, via a micro-SD card, and installation in smartphone atmospheric pressure sensor, and the function of measuring air humidity by upgrading the smartphone software or connecting additional software, inter operating with a smartphone operating system, for example, through a micro-SD card, and installing a humidity sensor in the smartphone. 5. The smartphone according to claims 1 to 4, characterized in that the software developer for the implementation of the immobilizer function on the smartphone is carried out by the smartphone developer, and the immobilizer application software connected to the smartphone and installed on the on-board computer is developed by the immobilizer developer. 6. The smartphone according to claim 5, characterized in that the immobilizer software is updated via the Internet from the site of the immobilizer manufacturer. 7. The smartphone according to claim 6, characterized in that the software of the immobilizer installed on the on-board computer of the car is updated from a smartphone via a Bluetooth channel or a USB cable.