RU92222U1 - SYSTEM OF SECURITY AND REMOTE CONTROL OF OBJECTS BASED ON WIRELESS TRANSFER OF INFORMATION (OPTIONS) - Google Patents

Abstract

1. A security system and remote monitoring of objects based on radio frequency information transmission, containing a analyzer unit associated with security sensors located at the security object, and configured to alert when security sensors are triggered, and a signal processing unit including controllers and wireless transmission information on a personal computer and on personal alarm devices, characterized in that the system contains “n” active tags, each of which is made with a 2.4 GHz RF module with an algorithm for automatically switching to one of 125 communication subchannels within the selected range, providing increased noise immunity and reliability of the communication channel, with a processor configured with a setting that corresponds to this active tag, and with an internal sensitive element, the algorithm the processing of which includes the identification of the type of impact as vibration, and / or movement, and / or inclination, as well as any combination of them, and the identification of the direction of impact as movement along m axes or along two axes, or along one axis, installed, respectively, at the “n” security objects located in the protected volume and in constant contact with the control panel located in an isolated volume separated from the protected object, receiving and transmitting data from “n” active labels, which can be connected to personal devices of individual notification, network connection via RS 485 or RS 422 interface with connection to a network controller and a personal computer and generating signals identically

Description

The utility model relates to control and measuring devices of security alarms and can be used for protection and control during multifunctional identification of objects and transmission of information via a radio frequency communication system.

A known signal device that provides processing and transmission of information about objects of protection via a cellular communication system, RU No. 73107 U1, G08B 25/10, 05/10/2008; RU No. 70392 U1, G08B 25/08, 01/20/2008; RU No. 67307 U1, G08B 25/08, 10/10/2007; RU No. 58757 U1, G08B 13/00, 11/27/2006; RU No. 566691 U1, G08B 25/08, 09/10/2006.

Known devices for wireless transmission of information, including information sensors, providing registration of the impact on the object of protection, processors that process the received information, controller and computer interface, RU No. 86026 U1, G08B 13/00, 08/20/2009; RU No. 81359 U1, G08B 25/08, G08B 25/10, 03/10/2009; RU No. 63576 U1, G08B 25/10, 05.27.2007.

Known alarm devices, including a signal processing unit with an electric capacity converter, RU No. 79348 U1, G08B 13/26, 12/27/2008; RU No. 522225 U1, G08B 13/14, G08B 13/26, 03/10/2006; RU No. 43673 U1, G08B 13/26, G08B 13/14, 01/27/2005; RU No. 2306610 C2, G08B 13/14, 09/20/2007; RU No. 2281558 C2, G08B 13/26, G08B 13/14, 08/10/2006.

A security alarm device with a temperature sensor is known, based on recording changes in air temperature in a confined space when indicating a violation by a signal from a temperature sensor, RU No. 2313830 C1, G08B 13/16, 12/27/2007.

Known radio-frequency tags for identification of objects of protection, RU No. 83642 U1, G08B 13/14, 10.06.2009; RU No. 82341 U1, G08B 13/14, 04/20/2009; RU No. 71791 U1, G08B 13/14, 03.20.2008; RU No. 62723 U1, G08B 13/00, 04/27/2007.

Known systems with the mode of formation, processing, transmission and reception of signals about the state of the objects of protection, No. 2360291 C2, G08B 25/10, 06/27/2009; No. 2303289 C1, G08B 13/00, G08B 25/08, 07/20/2007; No. 2297670 C1, G08B 13/14, 04/20/2007; RU No. 86337 U1, G08B 13/00, 08/27/2009; RU No. 24304 U1, G08B 25/10, 07/27/2002.

Known security systems for objects having an individual design and functionality of the devices in them are determined by the purpose of use of control elements and the type of objects of protection.

A known system of protection and remote monitoring of objects based on radio frequency information transmission, containing a block analyzer associated with security sensors located at the security object, and configured to alert when the security sensors are triggered, and a signal processing unit including controllers and wireless information transmission to a personal computer and to personal alarm devices, RU No. 83643 U1, G08B 25/10, 06/10/2009.

This technical solution was adopted as the "closest analogue" of this utility model.

The system of protection and control of the "closest analogue" carries out the formation, processing and transmission of signals about the state of a certain type of object of protection.

This utility model is based on solving a problem that allows you to create a system with a multifunctional mode of generating, processing, transmitting and receiving signals about the status of various types of security objects, expand the use of radio frequency identification, improve the management and control of each security object and all protected volumes with them in general .

The technical result of this utility model is to perform active marks with sensitive elements that allow identification of the type of impact (vibration, displacement, tilt), direction of impact (along three and two axes, one axis) (option 1), displacement (option 2), carry out environmental identification of temperature and relative humidity (option 3), in the performance of active labels with an indicator (signals - sound, light and vibration) and with a graphic image (option 4), in the installation of active methods to each object of protection when placing them in a protected volume (options 1, 2, 4), in setting active tags within a limited volume with placed objects of protection (option 3), in the presence of personal devices for individual notification (options 1, 2, 3 , 4) in providing control and management of the system and displaying information about the status of each object of protection and protected volumes in general.

According to the utility model (options 1. 2, 3, 4), this problem is solved due to the fact that the system contains an analyzer block associated with security sensors located at the security object and configured to alert when security sensors are triggered, and a processing unit signal, including controllers and wirelessly transmitting information to a personal computer and to personal alarm devices.

Option 1.

The system contains “n” active labels.

Each of the “n” active tags is made with a 2.4 GHz RF module with an algorithm for automatically switching to one of 125 communication subchannels within a selected range, providing increased noise immunity and reliability of the communication channel.

Each of the “n” active labels is configured with a processor configured to match this active label.

Each of the “n” active labels is made with an internal sensitive element, the processing algorithm of which includes the identification of the type of impact as vibration, and / or movement, and / or inclination, as well as any combination of them, and the identification of the direction of impact as moving along three axes or along two axes, or along one axis.

“N” active tags are installed, respectively, at “n” security sites located in the protected volume.

The “N” active tags are in constant contact with the control panel.

The control panel is located in an isolated volume, separated from the protected object.

The control panel receives and transmits data from the "n" active labels.

The control panel has the following features:

-connections to personal devices of individual notification,

-connections to the network via the RS 485 or RS 422 interface with connection to the network controller and personal computer,

-forming identification signals simultaneously with the information received by the personal computer.

Each active tag is equipped with an individual number that matches the number of the object of protection.

Each active tag has the following capabilities:

- self-assignment of an address to identify the object of protection,

- settings for her sensitivity,

- determination of the type and direction of impact on the object of protection,

-submission of repeated messages in the event of a suppression of the communication channel on one of the 125 channels,

-controlling its internal parameters and transmitting information on the operability of the internal sensitive element and the state of the batteries to the network controller.

Option 2

The system contains “p” active labels.

Each of the “p” active tags is made with an external sensitive element, including security sensors in the form of volume sensors and capacitive sensors, the processing algorithm of which includes the identification of the movement of the object when the volume and / or pressure changes.

Option 3

The system contains an active tag.

The active label is made with an internal sensitive element, the processing algorithm of which includes environmental identification as air temperature and relative humidity, set in "to" the limits of limited volumes with the placement in each object of protection.

Option 4

The system contains “s” active labels.

Each of the “s” active labels is made with an indicator, the processing algorithm of which includes sound, light and vibration information in the form of a corresponding signal and provides graphic images about the objects of protection with their output to the display (LCD).

In addition, the personal computer has software for monitoring, controlling the operation of the system and displaying information when exposed to objects of protection (option 1), when moving objects of protection (option 2), the ecological regime within limited volumes with the objects of protection located in them (option 3), the withdrawal of all information about the objects of protection (option 4).

In addition, in the system (options 1, 2, 3, 4) on the control panels, additional radio frequency channels are made for connecting personal devices of individual notification in the form of a key fob with buttons and / or pager.

The applicant has not identified sources containing information on technical solutions identical to this utility model, which allows us to conclude that it meets the criterion of "novelty."

The essence of the utility model is illustrated by drawings, which depict:

figure 1 is a block diagram of a system (option 1);

figure 2 - active label, schematically (option 1);

figure 3 is a functional diagram (option 1);

figure 4 is a block diagram of a system (option 2);

figure 5 - active label, schematically (option 2);

figure 6 is a functional diagram (option 2);

7 is a block diagram of a system (option 3);

on Fig - active label, schematically (option 3);

figure 9 is a functional diagram (option 3);

figure 10 is a block diagram of a system (option 4);

figure 11 - active label, schematically (option 4);

Fig.12 is a functional diagram (option 4).

The system (Option 1, 2, 3,4) contains:

Network Controller - 1.

Personal computer - 2.

Networks (RS 485 or RS 422 interface) - 3.

The system (Option 1) contains:

Objects of protection - 4.

Protected volume (for objects 4) - 5.

Active tags (on objects 4) - 6,

2.4 GHz RF module (tags 6) - 7,

processor (tags 6) - 8,

internal sensing element (marks 6) - 9.

Control panel - 10.

Insulated volume (for panel 10) - 11.

Personal devices of individual notification (panels 10) - 12,

keychain with buttons (device 12) - 13,

pager (devices 12) - 14.

The system contains “n” active labels 6.

Each active tag 6 is made with a 2.4 GHz 7 RF module with an algorithm for automatically switching to one of 125 communication subchannels within a selected range, providing increased noise immunity and reliability of the communication channel.

Each active label 6 is made with a processor 8 made with a setting that corresponds to it.

Each active label 6 is made with an internal sensitive element 9.

The processing algorithm of the internal sensing element 9 includes identification of the type of exposure and direction of exposure.

The type of impact includes vibration, and / or movement, and / or tilt, as well as any combination of them.

The direction of impact includes moving along three axes or along two axes, or along one axis.

Each active label 6 is installed on each of the “n” objects of protection 4 located in the protected volume 5.

Each active label 6 is in constant contact with the control panel 10. The control panel 10 is located in an isolated volume 11, separated from the protected volume 5.

The control panel 10 receives and transmits data from the "n" active labels 6.

The control panel 10 has the ability to connect to personal devices individual alerts 12 and is made with additional radio frequency channels for their connection.

Personal devices for individual alerts 12 are made in the form of a key fob with buttons 13 and / or pager 14.

The control panel 10 has the ability to integrate into the network via the RS 485 or RS 422 3 interface with connection to the network controller 1 and a personal computer 2.

The control panel 10 has the ability to generate identification signals simultaneously with the information received by the personal computer 2.

The personal computer 2 has software for monitoring, controlling the operation of the system and displaying information when exposed to objects of protection 4.

Each active tag 6 is equipped with an individual number that matches the number of the security object 4.

Each active label 6 has the following features:

- self-assignment of addresses to identify the object of protection 4,

- settings for her sensitivity,

- determination of the type and direction of impact on the object of protection 4,

-submission of repeated messages in the event of a suppression of the communication channel on one of the 125 channels,

-control of its internal parameters,

-transmission to the network controller 1 information about the health of the internal sensitive element 9 and the state of the batteries.

The system (Option 2) contains:

Objects of protection - 15.

Protected volume (for objects 15) - 16.

Active tags (on objects 15) - 17,

2.4 GHz RF module (tags 17) - 18,

processor (tags 17) - 19,

external sensing element (marks 17) - 20,

security sensors - capacitive and volume (element 20) - 21. Control panel - 22.

Insulated volume (for panel 22) - 23.

Personal devices of individual warning (panel 22) - 24,

keychain with buttons (devices 24) - 25,

Pager (devices 24) - 26.

The system contains “p” active labels 17.

Each active tag 17 is made with a 2.4 GHz 18 RF module with an algorithm for automatically switching to one of 125 communication subchannels within a selected range, providing increased noise immunity and reliability of the communication channel.

Each active tag 17 is made with a processor 19 made with a setting that corresponds to it.

Each active mark 17 is made with an external sensing element 20.

The external sensing element 20 contains security sensors 21 in the form of volume sensors and capacitive sensors, the processing algorithm of which includes the identification of the movement of the object when the volume and / or pressure changes.

Each active label 17 is installed on each of the “r” objects of protection 15, located in the protected volume 16.

Each active label 17 is in constant contact with the control panel 22. The control panel 22 is located in an isolated volume 23, separated from the protected volume 16.

The control panel 22 receives and transmits data from the "p" active labels 6.

The control panel 22 has the ability to connect to personal devices individual alerts 24 and is made with additional radio frequency channels for their connection.

Personal devices for individual alerts 24 are made in the form of a key fob with buttons 25 and / or pager 26.

The control panel 22 has the ability to integrate into the network via the RS 485 or RS 422 3 interface with a connection to the network controller 1 and a personal computer 2.

The control panel 22 has the ability to generate identification signals simultaneously with the information received by the personal computer 2.

The personal computer 2 has software for monitoring, controlling the operation of the system and displaying information when moving security objects 15.

Each active label 17 is equipped with an individual number that matches the number of the object of protection 15.

Each active tag 17 has the following capabilities:

- self-assignment of an address to identify the object of protection 15,

- settings for her sensitivity,

-definition of the type and direction of impact on the object of protection 15,

-submission of repeated messages in the event of a suppression of the communication channel on one of the 125 channels,

-control of its internal parameters,

-transmission to the network controller 1 information about the health of the external sensing element 20 and the state of the batteries.

The system (Option 3) contains:

The limit of limited volume with objects of protection is 27.

Active label (in volumes of 27) - 28,

2.4 GHz RF module (tags 28) - 29,

processor (tags 28) - 30,

internal sensing element (marks 28) - 31.

The control panel is 32.

Insulated volume (for panel 32) - 33.

Personal devices of individual notification (panel 32) - 34,

keychain with buttons (device 34) - 35,

pager (devices 34) - 36.

The system contains an active label 28.

The active tag 28 is made with a 2.4 GHz radio frequency module RF 29 with an algorithm for automatically switching to one of 125 communication subchannels within the selected range, providing increased noise immunity and reliability of the communication channel.

Each active tag 28 is configured with a processor 30 configured to match it.

Each active mark 28 is made with an internal sensitive element 31.

The processing algorithm of the internal sensing element 31 includes environmental identification as air temperature and relative humidity.

Each active label 28 is set to "k" within the limited volumes of 27 with placement in each of the objects of protection.

Each active label 28 is in constant contact with the control panel 32. The control panel 32 is located in an isolated volume 33, separated from the limit of the limited volumes 27.

The control panel 32 receives and transmits data from the active label 28.

The control panel 32 has the ability to connect to personal devices individual alerts 34 and is made with additional radio frequency channels for their connection.

Personal devices for individual alerts 34 are made in the form of a key fob with buttons 35 and / or pager 36.

The control panel 32 has the ability to integrate into the network via the RS 485 or RS 422 3 interface with a connection to the network controller 1 and a personal computer 2.

The control panel 32 has the ability to generate identification signals simultaneously with the information received by the personal computer 2.

The personal computer 2 has software for monitoring, controlling the operation of the system and all information of the ecological regime within a limited volume of 27.

Each active label 28 is provided with an individual number and includes numbers of all limits of limited volumes 27 with objects of protection located in them.

Each active label 28 has the following capabilities:

- self-assignment of addresses to identify environmental regimes within limited volumes,

- settings for her sensitivity,

- determination of temperature and humidity within limited volumes,

-submission of repeated messages in the event of a suppression of the communication channel on one of the 125 channels,

-control of its internal parameters,

-transmission to the network controller 1 information about the health of the internal sensitive element 31 and the state of the batteries.

The system (Option 4) contains:

Objects of protection - 37.

Protected volume (for objects 37) - 38.

Active tags (on objects 37) - 39,

2.4 GHz RF module (tags 39) - 40,

processor (marks 39) - 41,

indicator (marks 39) - 42.

Control panel - 43.

Insulated volume (for panel 43) - 44.

Personal devices of individual notification (panels 43) - 45,

keychain with buttons (devices 45) - 46,

pager (devices 45) - 47.

The system contains s active labels 39.

Each active tag 39 is made with a 2.4 GHz 40 RF module with the implementation of an algorithm for independent selection of a transmission channel to provide greater security for the communication channel (up to 125 communication channels).

Each active tag 39 is configured with a processor 41 configured to match it.

Each active label 39 is made with an indicator 42.

The processing algorithm of the indicator 42 includes sound, light and vibration information and provides graphic images about the objects of protection with their output to the display (LCD).

Each active label 39 is installed on each of the “s” objects of protection 37 located in the protected volume 38.

Each active label 39 is in constant contact with the control panel 43. The control panel 43 is located in an isolated volume 44, separated from the protected volume 38.

The control panel 39 receives and transmits data from the "s" of the active labels 39.

The control panel 39 has the ability to connect to personal devices individual alerts 45 and is made with additional radio frequency channels for their connection.

Personal devices for individual alerts 45 are made in the form of a key fob with buttons 46 and / or pager 47.

The control panel 39 has the ability to integrate into the network via the RS 485 or RS 422 3 interface with a connection to the network controller 1 and a personal computer 2.

The control panel 39 has the ability to generate identification signals simultaneously with the information received by the personal computer 2.

The personal computer 2 has software for monitoring, managing the system and displaying information about the objects of protection 37.

Each active label 39 is provided with an individual number that matches the number of the object of protection 37.

Each active tag 39 has features:

- self-assignment of an address to identify the object of protection 37,

-settings of indicator elements 42,

- receiving signals of sound, light and vibration information and graphic images,

-submission of repeated messages in the event of a suppression of the communication channel on one of the 125 channels,

-control of its internal parameters,

-transmission to the network controller 1 information about the health of the indicator 42 and the state of the batteries.

The system provides security and remote monitoring of security objects as follows.

At each security object 4, 15, 37 (options 1, 2, 4) an active mark is fixed 6, 17, 39, respectively.

Active label 28 (option 3) is set within a limited volume of 27 with objects of protection.

Each active label 6. 17, 28, 39 is in constant contact with the control panel 10, 22, 32, 43, respectively.

Active tags 6, 17, 28, 39 have different functionalities in accordance with options 1, 2, 3, 4.

The control panels 10, 22, 32, 43 are connected to the network via the RS 485 or RS 422 3 interface and are connected to the network controller 1 and a personal computer 2.

The proposed system provides multifunctional identification of the state of the object of protection, generates, processes and transmits signals in the presence of radio-frequency transmission of information, monitors each object of protection in all protected volumes.

The proposed system options were manufactured by ALPRO LLC and are in the trial operation phase, which, according to the applicant, determines its compliance with the “industrial applicability” criterion.

Claims (16)

1. A security system and remote monitoring of objects based on radio frequency information transmission, containing a analyzer unit associated with security sensors located at the security object, and configured to alert when security sensors are triggered, and a signal processing unit including controllers and wireless transmission information on a personal computer and on personal alarm devices, characterized in that the system contains “n” active tags, each of which is made with a 2.4 GHz RF module with an algorithm for automatically switching to one of 125 communication subchannels within the selected range, providing increased noise immunity and reliability of the communication channel, with a processor configured with a setting that corresponds to this active tag, and with an internal sensitive element, the algorithm the processing of which includes the identification of the type of impact as vibration, and / or movement, and / or inclination, as well as any combination of them, and the identification of the direction of impact as movement along m axes or along two axes, or along one axis, installed, respectively, at the “n” security objects located in the protected volume and in constant contact with the control panel located in an isolated volume separated from the protected object, receiving and transmitting data from “n” active tags, which can connect to personal devices of individual notification, network connection via RS 485 or RS 422 interface with connection to a network controller and a personal computer, and generating signals identically displays simultaneously with the information received by the personal computer, with each active tag provided with an individual number that matches the number of the security object, it has the ability to independently assign an address to identify the security object, configure its sensitivity, determine the type and direction of impact on the security object, and send repeated messages in the event of a suppression of the communication channel on one of the 125 channels, monitoring its internal parameters and transmitting information on operability to the network controller STI internal sensing element and the state of the battery. 2. The system according to claim 1, characterized in that the personal computer has software for monitoring, controlling the operation of the system and displaying information when exposed to objects of protection. 3. The system according to claim 1, characterized in that the control panel has additional radio frequency channels for connecting personal devices of individual alerts. 4. The system according to claim 3, characterized in that the personal devices of individual alerts are made in the form of a key fob with buttons and / or pager. 5. A security system and remote monitoring of objects based on radio frequency information transmission, containing a block analyzer associated with security sensors located at the security object, and configured to alert when security sensors are triggered, and a signal processing unit, including controllers and wireless transmission information on a personal computer and on personal devices of individual notification, characterized in that the system contains a "p" of active tags, each of which is made and with a 2.4 GHz RF module with an algorithm for automatically switching to one of 125 communication subchannels within the selected range, providing increased noise immunity and reliability of the communication channel, with a processor configured with a setting that corresponds to this label, and with an external sensitive element including security sensors in the form of volume sensors and capacitive sensors, the processing algorithm of which includes the identification of the movement of an object when the volume and / or pressure changes, respectively set to “r” volume security objects located in a protected volume, and in constant contact with a control panel located in an isolated volume, separated from the protected object, receiving and transmitting data from “p” active tags, which can be connected to personalized individual warning devices, networked via RS 485 or RS 422 interface with connection to a network controller and a personal computer and generation of identification signals simultaneously with the information received by the personal computer, while Each active tag, equipped with an individual number that matches the number of the security object, has the ability to independently assign an address to identify the security object, configure its sensitivity, determine the movement of the security object, send repeated messages in the event of a communication channel suppression on one of 125 channels, control its internal parameters and transmitting to the network controller information about the health of the security sensors and the condition of the batteries. 6. The system according to claim 5, characterized in that the personal computer has software for monitoring, controlling the operation of the system and displaying information when moving security objects. 7. The system according to claim 5, characterized in that the control panels have additional radio frequency channels for connecting personal devices of individual alerts. 8. The system according to claim 7, characterized in that the personal alarm devices are made in the form of a key fob with buttons and / or a pager. 9. A security system and remote monitoring of objects based on radio frequency information transmission, comprising a analyzer unit associated with security sensors located at the security object and configured to alert when security sensors are triggered, and a signal processing unit, including controllers and wireless transmission information on a personal computer and on personal alarm devices, characterized in that the system contains an active tag, which is made with radio parts RF 2.4 GHz module with an algorithm for automatically switching to one of 125 communication subchannels within the selected range, providing increased noise immunity and reliability of the communication channel, with a processor configured with a setting that matches this tag, and with an internal sensitive element, the processing algorithm of which includes environmental identification as air temperature and relative humidity, set in "k" limits of limited volumes with placement in each objects of protection and being in constant contact with a control panel located in an isolated volume, separated from the limits of limited volumes, receiving and transmitting data from an active tag, which can be connected to personal alarm devices, connected to a network via an RS 485 or RS 422 interface connected to a network controller and personal computer and generating an identification signal simultaneously with the information received by the personal computer, while an active tag equipped with an individual number and including a measure of all limits of limited volumes with objects of protection located in them, it is possible to independently assign an address to identify environmental regimes within limited volumes, adjust its sensitivity, determine temperature and humidity within limited volumes, send repeated messages in the event of a communication channel suppression on one of 125 channels, monitoring its internal parameters and transmitting information on the operability of the internal sensitive element to the network controller and standing batteries. 10. The system according to claim 9, characterized in that the personal computer has software for monitoring and displaying all information of the ecological regime within limited volumes with security objects located therein. 11. The system according to claim 9, characterized in that the control panels are additional radio frequency channels for connecting personal devices of individual alerts. 12. The system according to claim 11, characterized in that the personal devices of individual alerts are made in the form of a key fob with buttons and / or pager. 13. A security system and remote monitoring of objects based on radio frequency information transmission, containing a block analyzer associated with security sensors located at the security object, and configured to alert when security sensors are triggered, and a signal processing unit, including controllers and wireless transmission information on a personal computer and on personal devices of individual notification, characterized in that the system contains “s” active tags, each of which is made and with a 2.4 GHz RF module with the implementation of an algorithm for independent selection of a transmission channel to provide greater protection for the communication channel (up to 125 communication channels), with a processor configured to match this label, and with an indicator, the processing algorithm of which includes a sound , light and vibration information in the form of an appropriate signal and ensures the receipt of graphic images about the objects of protection with their output to the display (LCD) installed, respectively, on the "s" objects of protection, placed x in the guarded object, and in constant contact with the control panel located in an isolated volume, separated from the guarded volume, receiving and transmitting data from the “s” active tags, with the ability to connect to personal alarm devices, networked via the RS interface 485 or RS 422 with connection to the network controller and a personal computer and generation of identification signals simultaneously with the information received by the personal computer, with each active label with It is equipped with an individual number that coincides with the number of the object of protection, it has the ability to independently assign an address to identify the object of protection, configure indicator elements, receive signals of sound, light and vibration information and graphic images, send repeated messages in case of suppression of the communication channel on one of 125 channels monitoring its internal parameters and transmitting to the network controller information about the health of the indicator and the state of the batteries. 14. The system according to item 13, wherein the personal computer has software for monitoring, controlling the operation of the system and displaying all information about the objects of protection. 15. The system according to item 13, wherein the control panels are additional radio frequency channels for connecting personal devices of individual alerts. 16. The system according to p. 15, characterized in that the personal device individual alerts are made in the form of a key fob with buttons and / or pager.