RU127501U1 - MOBILE CONTROL DEVICE OF THE SYSTEM OF ELECTRONIC MONITORING OF CONTROLLED PERSONS - Google Patents

Abstract

1. A mobile control device of a monitoring system of controlled persons selectively connected through a cellular network of a GSM communication operator to a server of a monitoring system of controlled persons, comprising a housing, a charger, a battery, a microcontroller configured to generate a signal and transmit an encoded signal, a GSM module, a connector SIM-cards, device integrity monitoring system, display unit and keyboard, characterized in that it is equipped with a GPS / GLONASS module, a radio receiver of a signal from electronic brass eta, by means of voice communication with a stationary control panel of a monitoring system of controlled persons and / or the operator of the latter, an RFID path, a 3D accelerometer, a non-volatile memory unit, a block of pulse DC / DC converters for raising / lowering voltage, a block of linear stabilizers to suppress interference in the power circuit, microSD memory card slot, external voltage sensor, circuit voltage sensor, and emergency call button. 2. The device according to claim 1, characterized in that the integrity monitoring system of the device includes a compartment opening sensor that controls the opening of the housing. The device according to claim 1, characterized in that the housing is made in the form of a monoblock with the ability to be worn by a controlled person on a belt in a case. The device according to claim 1, characterized in that the display unit is made in the form of LED indicators and includes “GSM reception indicator”, “Satellite signal reception indicator” and “Battery status indicator” .5. The device according to claim 1, characterized in that the means of voice communication with a stationary panel of the monitoring system of controlled persons and / or operas

Description

This utility model relates to the field of electronic monitoring information systems that provides the ability to search, detect, determine the current location and track the movements of controlled persons, and can be used to monitor controlled persons having restrictions on freedom by type of house arrest established by a court, remote identification and tracking their location.

The use of electronic monitoring systems of controlled persons (hereinafter - SEMPL) allows monitoring controlled persons for 24 hours a day, which makes it possible to use them to establish complete electronic control over the life of a convicted person during his stay under house arrest.

To ensure supervision and in order to obtain the necessary information on the behavior of convicts currently in the Russian Federation, criminal-executive inspections are entitled to use audiovisual, electronic and other technical means of supervision and control, the list of which is determined by the Government of the Russian Federation dated 04.06.2012 No. 553. These funds are divided into personal ones (electronic bracelet, mobile monitoring device, stationary monitoring device, etc.), stationary audiovisual monitoring device and technical equipment, and regional information center devices (monitoring server, audiovisual monitoring, monitoring panels).

From the prior art it is known about the development of mobile control devices (hereinafter - MCU) by domestic firms, see for example, http://www.itcrp.ru - IT Corporation and http://hiton-p.ru - Heaton Design Bureau.

Known MCUs are designed to be worn together with an electronic bracelet (hereinafter - EB) outside the coverage area of repeaters and stationary monitoring devices, determine the location and transmit the coordinates and condition of the bracelet to the RIC server via the GSM channel. However, in these publications there is no information about the elements included in the known MKU.

The closest to the claimed utility model in terms of technical nature and the technical result achieved using the utility model is Elmo-Tech MCU, selectively connected via a GSM network of a GSM communication operator to a SEMPL server, containing a housing, a charger, a battery, and a microcontroller made with the ability to generate a signal and transmit an encoded signal, a GSM module, a SIM card slot, a device integrity monitoring system, an indication unit and a keyboard (http://www.elmotech.com).

The disadvantage of the devices manufactured by the Israeli company Elmo-Tech is that they work only using GPS, while in Russia the ability to work using GLONASS is required, while there is no, if necessary, feedback from a controlled person in monitoring mode .

The task underlying this utility model is to create an MCU free of the indicated drawbacks inherent in technical solutions representing the prior art and allowing to determine the situation of persons with restricted freedom established by a court decision, to monitor their movement within a certain territory and in accordance with with the established time regime using telephony, special radio devices and individual means of identifying such persons, determining their coordinates the use of GPS and GLONASS technology.

The problem underlying this utility model is solved by the fact that the mobile control device of the monitoring system of controlled persons selectively connected via a GSM network of a GSM communication operator to the server of the monitoring system of controlled persons, comprising a housing, a charger, a battery, and a microcontroller configured to generate a signal and transmit an encoded signal, a GSM module, a SIM card connector, a device integrity monitoring system, an indication unit and a keyboard, equipped with a GPS / GLON module SS, a radio signal from an electronic bracelet, voice communication with a stationary remote control system of controlled persons and / or the operator of the latter, RFID path, 3D accelerometer, non-volatile memory unit, a block of pulse DC / DC converters for raising / lowering voltage, block of linear stabilizers for interference suppression in the power circuit, microSD card slot, external voltage sensor, circuit voltage sensor and the "Emergency call" button.

In addition, the integrity control system of the device includes a compartment opening sensor that controls the opening of the housing.

In addition, the case is made in the form of a monoblock with the ability to be worn by a controlled person on a belt in a case.

In addition, the display unit is made in the form of LED indicators and includes “GSM reception indicator”, “Satellite signal reception indicator” and “Battery status indicator”.

In addition, the means of voice communication with a stationary control panel of the monitoring system of controlled persons and / or the operator of the latter, is made in the form of a telephone capsule and microphone.

In addition, the keyboard includes buttons: “Power On / Off”, “Receive incoming / start outgoing call”, “End incoming / outgoing call” and “Emergency call”.

Supply of a mobile control device selectively connected through a cellular network of a GSM communication operator to a server of a monitoring system of controlled persons, including a housing, a charger, a battery, a microcontroller configured to generate a signal and transmit an encoded signal, a GSM module with a SIM card slot, and a system device integrity monitoring, GPS / GLONASS module, radio signal from electronic bracelet, RFID path, 3D accelerometer, non-volatile memory unit, voice facility communication with a stationary control panel of the monitoring system of controlled persons and the “Emergency Call” button allows you to use communication channels as a GSM / GPRS communication channel for exchanging information with the monitoring server of controlled persons, transmitting the current coordinates of the device, information about the status of the electronic bracelet, about its damage and an attempt to open the casing of the mobile device, to remove the controlled person to an unacceptable distance. In addition, the availability of voice communication with a stationary monitoring station and / or an operator of a stationary monitoring station in the form of a built-in telephone and microphone, as well as an emergency call button for an operator of a stationary monitoring station, provides the two-way communication of the latter with a controlled person.

A comparative analysis of the proposed technical solution with identified analogues of the prior art, from which the utility model does not explicitly follow for a specialist in the field of electronic monitoring, showed that it is not known, and taking into account the possibility of industrial serial production of an electronic bracelet for a monitoring system of controlled persons, it is possible to make Conclusion of eligibility for patentability.

Preferred embodiments of the utility model are described below based on the drawings, where:

- figure 1 shows the appearance of the MKU:

- figure 2 shows the functional diagram of the MCU.

In graphic materials, the corresponding structural elements of the MKU are indicated by the following positions:

1 - front panel MKU;

2 - battery status indicator;

3 - button “Power on / off;

4 - button “End incoming / outgoing call”;

5 - button “Emergency call”;

6 - speaker;

7 - connector for connecting the charger;

8 - button “Receive incoming / beginning of outgoing call”;

9 - indicator of GSM reception;

10 - indicator of the reception of satellite signals;

11 - charger;

12 - temperature sensor;

13 - battery;

14 - block of pulsed DC / DC converters (Step-Up / Step-Down);

15 - block of linear stabilizers +3.3 V;

16 - keyboard;

17 - display unit;

18 - microSD memory card slot;

19 - microcontroller LPC2368;

20 - GSM module;

21 - SIM card slot;

22 - a telephone capsule;

23 - microphone;

24 - calling device:

25 - RFID path;

26 - sensor of external supply voltage (+ 5 ... + 15) V;

27 - circuit voltage sensor (+ 3.2 ... + 4.2) V;

28 - compartment opening sensor;

29 - GPS / GLONASS module;

30 - 3D accelerometer;

31 - non-volatile memory F-RAM;

32 - electronic signal receiver.

MCU is designed to be worn by a controlled person when he is out of places equipped with stationary monitoring devices (SKU). MCU is used in conjunction with an electronic bracelet (EB) and should be in sufficient proximity to the EB (at a distance of no more than 15 m), of which the controlled person must be notified.

The case is made in the form of a monoblock with the ability to be worn by a controlled person on a belt in a case and includes the following functional parts (see figure 2):

- GPS / GLONASS module (pos. 29) - a device for determining the location of MKU;

- GSM module (pos. 20) - a device necessary for data exchange between MCU and SEMPL;

- radio path (pos. 32) - a device necessary for data exchange between electronic modules and MCU;

- indication unit (pos.17) - is necessary for visual monitoring of the status of the MCU;

- keyboard (pos. 16) - to control the MCU;

- battery (pos. 13) - power source.

The MCU is selectively connected through the GSM network of the GSM operator to the server of the monitoring system of controlled persons and contains a charger 11, a rechargeable battery 13, a microcontroller 19 configured to generate a signal and transmit an encoded signal, a GSM module 20 with a SIM card slot 21, a system for monitoring the integrity of the device, including a sensor 28 for opening the compartment, which controls opening the case, an indication unit 17 and a keyboard 16. The following are connected to the microcontroller 19: GPS / GLONASS-29 module, radio receiver 32 signal from an electronic bracelet, RFID-25 path, 3D-30 accelerometer, non-volatile memory unit 31, pulse 14 DC / DC converters for raising / lowering voltage, block 15 linear stabilizers to suppress noise in the power supply circuit, microSD memory card slot 18, external voltage sensor 26, circuit voltage sensor 27 and emergency call button 5 of the standby operator of the stationary monitoring system console.

The work of the MCU is as follows.

Before the first power-on of the MCU, a microSD memory card (Fig. 2, pos. 18) and a SIM card (Fig. 2, pos. 21) are installed in the MCU. Connect an external power source (network adapter) to the MKU connector (Fig. 1, item 7). The network adapter is connected to a 220 V 50 Hz network. Charge the battery for at least 8 hours. After the MCU is fully charged, disconnect the charger from the network, then disconnect the power cable from the MCU. A fully charged battery allows the MKU to work up to 24 hours.

When using the MCU, the MCU number is entered into the SEMPL database and a unique key is installed in the MCU.

After activation, the MCU continuously receives radio signals from the electronic channel.

The MCU carries out two-way communication via GSM-channel with a sampler - receives configurations and sends data about its own state and the state of the electronic battery:

- transmits the current coordinates of the MKU;

- transmits information about the state of the electronic battery and the degree of charging the battery of the MKU;

- reports EB damage;

- reports the fact of the opening of the housing of the MKU;

- reports the removal of electronic devices to an invalid distance;

- transmits information packages with navigation tracks;

- reports a prolonged absence of MKU movement.

Using the built-in telephone and microphone, the MCU can make an outgoing (incoming) voice communication session with the SAMPL operator.

Using the button "Emergency call" figure 1, item 5 there is an emergency call duty operator SEMPL.

MKU constantly interacts with EB and SEMPL.

The EB sends a signal to the MCU with a frequency of exchange of 10 seconds to 5 minutes, depending on its settings; when sending a signal, 2-3 packets may be lost.

The connection between the MCU and the Sample occurs at intervals of 1 minute to 24 hours, depending on the software settings of the MCU.

There are three operating modes in the MCU: “Deactivated”, “Activated” and “Test”.

1) In the "Deactivated" mode:

- MKU can be turned on and off with the button "Power On / Off";

- MKU is allowed to be included in the "Test" mode using the product (UA activation device);

- MKU does not control EB;

- MCU cannot communicate with the sample server;

- MKU does not control the tamper sensor.

Indication in the "Deactivated" mode

Left LED:

- glows red - in the memory of the MKU there is no unique number (ID):

- glows green - its unique number (ID) has been entered into the memory of the MKU.

Middle LED:

- glows red - only the transport key is present in the device:

- glows green - a key is generated in the device generated by the "Workstation for Activating Monitoring Devices" program.

2) In the "Activated" mode:

- the control of the tamper sensor works at the MKU;

- the control of the connected electronic control unit works on the MCU;

- on MKU communication with the SEMPL server is working;

- MKU cannot be turned off by the “Power On / Off” button.

Indication in the activated mode

GSM reception indicator - the indicator blinks green (There is a connection with the SAMPL server).

GSM reception indicator - the indicator blinks yellow (there is no communication with the SAMPL server).

GSM reception indicator - the indicator flashes red (No GSM reception).

Satellite reception indicator - the indicator blinks green (Satellite reception is available).

Satellite reception indicator - the indicator flashes red (No satellite reception).

Battery Status Indicator — The indicator flashes green (Battery is normal).

Battery Status Indicator — The indicator blinks red (Battery is low).

Battery Status Indicator — The indicator is yellow (Battery is in charge state).

Battery Status Indicator — The indicator is green (Battery is fully charged).

3) In the "Test" mode:

- a connection is made to the SEMPL server to obtain a working configuration;

- the visibility and absence of errors of the attached electronic control are controlled;

- the availability of GPS reception is monitored.

- an audio signal is emitted when a signal arrives from an electronic control unit that is also in test mode.

Indication in the test mode

Left LED:

- blinking red - the device is waiting for connection to the GSM network;

- blinks yellow - an exchange is in progress with the SAMPL server;

- blinks green - the communication session with the SAMPL server was successful, the configuration was received.

Middle LED:

- blinks red - there is no connection with GPS satellites;

- blinking green - connection with satellites is established;

Right LED:

- blinking red - the MCU does not see the attached EB, or the configuration is not received (the left LED is not green);

- blinks yellow - MKU sees the attached electronic control unit, but an error message is received from it;

- blinks green - MKU sees the attached EB. No error messages.

Claims (6)

1. A mobile control device of a monitoring system of controlled persons selectively connected through a cellular network of a GSM communication operator to a server of a monitoring system of controlled persons, comprising a housing, a charger, a battery, a microcontroller configured to generate a signal and transmit an encoded signal, a GSM module, a connector SIM-cards, device integrity monitoring system, display unit and keyboard, characterized in that it is equipped with a GPS / GLONASS module, a radio receiver of a signal from electronic brass eta, by means of voice communication with a stationary control panel of the monitoring system of controlled persons and / or the operator of the latter, RFID path, 3D accelerometer, non-volatile memory unit, pulse DC / DC converter unit for raising / lowering voltage, block of linear stabilizers for suppressing interference in the power supply circuit, microSD memory card slot, external voltage sensor, circuit voltage sensor, and an emergency call button. 2. The device according to claim 1, characterized in that the integrity monitoring system of the device includes a compartment opening sensor that controls the opening of the housing. 3. The device according to claim 1, characterized in that the housing is made in the form of a monoblock with the ability to be worn by a controlled person on a belt in a case. 4. The device according to claim 1, characterized in that the display unit is made in the form of LED indicators and includes “GSM reception indicator”, “Satellite signal reception indicator” and “Battery status indicator”. 5. The device according to claim 1, characterized in that the means of voice communication with a stationary control panel of the monitoring system of controlled persons and / or the operator of the latter is made in the form of a telephone capsule and microphone. 6. The device according to claim 1, characterized in that the keyboard includes buttons: “Power on / off”, “Receive incoming / start outgoing call”, “End incoming / outgoing call” and “Emergency call”.

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