RU172884U1 - REMOTE CONTROL AND MONITORING TELECOMMUNICATION EQUIPMENT - Google Patents

Abstract

A remote control and monitoring device for telecommunication equipment containing a control unit installed in a common housing, connected to a data block and an information input-output unit, a TV control unit, a monitoring unit, an Internet access unit, an access control unit, an authentication unit, which the queue is connected by a bus to the access control unit and the data unit, and the monitoring unit is connected to the information input-output unit. The technical result is to expand the functionality control and monitoring devices by providing monitoring and remote control of objects at any time and from any distance in the coverage area of the Internet and mobile communications or according to a predefined program, and from mobile control panels.

Description

This device belongs to the field of automatic control systems based on computer technology and can be used to provide control and remote control of objects both according to a predefined program, and from mobile control panels at any time, and is intended to control and monitor the operation (inclusion / turning off) TVs installed in hospital wards, Wi-Fi Internet access, collecting payments using payment terminals, collecting mobile payments, collecting electronic payments, conduct charges (charging).

BACKGROUND

Recently, any modern hospital will be much more attractive for its potential patients, if the range of its services will include hospital television and Wi-Fi Internet access.

Recent trends have changed the way we look at monitoring systems. The expensive monitoring systems for broadband access equipment operating under the NMS protocol (equipment AM Networks, Scientific Atlanta, Harmonic, Vector and others) have been replaced by IP monitoring systems. This is evidenced by a fairly large number of patents both in Russia and abroad dedicated to this area. In this regard, the creation of cable television network management systems and Wi-Fi access to the Internet is unthinkable without focusing on certain standards, certain management software and network equipment.

The prior art patent RU 2343526 "Complex remote automatic control", IPC G05B 15/02, Bull. 1 dated January 10, 2009, which is a programmable control server with centralized software for receiving, on a local area network, monitoring data, processing and issuing control signals to engineering equipment via remote input / output modules, monitoring sensors, and / or measurements, and / or control , and / or control devices for assemblies and assemblies of engineering equipment and at least one computer station, which is connected via a local computer network to a central computer via an I / O module m computing module.

The disadvantage of this complex is that a local computer network is used to connect the control server with the engineering equipment, which does not allow monitoring and control of significantly remote objects. Also, this complex does not provide for the organization of accounting for the consumption of resources using consumer identification, which can consume these resources at geographically differently located facilities.

BRIEF DESCRIPTION OF THE DRAWINGS

In FIG. 1 shows a block diagram of a device implementation;

In FIG. 2 shows examples of homepages of different types of users.

ESSENCE OF A USEFUL MODEL

The utility model is aimed at expanding the functionality of control and control devices of telecommunication equipment by providing the ability to monitor and remotely control objects at any time and from any distance in the coverage area of the Internet and mobile communications or according to a predefined program, and from mobile control panels .

The task is achieved thanks to a remote control and monitoring device installed in a medical facility, containing a control unit installed in a common building, connected to a data unit and an information input-output unit, a TV control unit, a monitoring unit, an Internet access unit, a control unit access, an authentication unit, which in turn is connected by a bus to an access control unit and a data unit, the monitoring unit being connected to an information input / output unit.

Below will be described the concepts and definitions necessary for the detailed disclosure of the implemented utility model.

The control unit is configured to perform data processing and ensure the interaction of blocks of the claimed device

The data block is configured to store user identification data, data on Internet sessions conducted, and data on users' tariff plans.

The TV control unit is configured to enable / disable the television by receiving commands from the control unit.

The monitoring unit is configured to generate a web page for monitoring telecommunication equipment.

The Internet access unit is configured to send an authorization request to the control unit using a digital data transmission format over the air.

The access control unit is configured to control and control access to Internet and television sessions by interacting with the authentication unit.

The authentication unit is configured to authorize the user and authenticate by interacting with the access control unit and the information input / output unit.

DETAILED DESCRIPTION OF A USEFUL MODEL

The utility model works as follows:

Internet access is as follows. The Internet access unit 105 sends an authorization request to the control unit 101 based on the digital data transmission format via the Wireless Fidelity (Wi-Fi) radio channel or other formats of the 802.11 family certified by the IEEE organization, as well as other radio data transmission formats, the Internet access unit 105 connected to the interface of the control unit 101 (Fig. 1). The user identification data is sent from the information input / output block 106 to the control unit 101, which redirects the authentication data for authentication to the authentication block 103. The authentication block 103 refers to the data block 104, in which the identification data is searched (in the example implementation of the utility model, the code voucher), and if they are found (authenticated) in the data block 104, they authorize (the amount of time that the user can have access to the Internet).

If the user identification information is in the data block 104, a flag is sent from the data block 104 to the control unit 101, indicating success and time of possible access to the Internet (according to the login / voucher tariff plan) or a flag indicating failure, if not identifying information in the authentication unit 103. In particular, the flag may be a tag, parameter or attribute. After that, the authentication unit 103 transmits the received information to the access control unit 102, which issues a permission to access the Internet using a firewall, and in case identification information is not found, a message is sent to the information input / output unit 106 about incorrect data input. The access control unit 102 sends the intermediate information about the session to the authentication unit 103, which immediately redirects the intermediate information about the session to the data block 104. After the session ends (disconnection), the information goes to the access control unit 102. Next, the access control unit 102 sends a stop identifier to an authentication unit 103, which then redirects information about the end of the session to a data block 104, which determines the time spent on the Internet from the available to the user and charges cash cheating with login accounts / vouchers according to the tariff plan. In case of the end of a possible access time on the Internet, the access control unit 102 closes the session and sends a stop identifier to the authentication unit 103.

Access to the television service is as follows. After payment for the television service selected by the subscriber, information containing at least the device identifier, tariff plan and the amount of payment made is transmitted to the control unit 101. From the control unit 101, the information passes to the data block 104. From the data block 104, the device identifier sends a command to the control unit TV 108 to turn on the TV. Upon completion of the paid period, the control unit 101 sends a command to the control unit of the TV 108 to turn off the TV and the service is turned off.

These control commands can be performed both on the hardware level and on the software, using software. The data block 104 is intended for recording and storing data. The basis of the work of this unit may be various physical principles of recording.

Monitoring is carried out as follows.

Before starting the monitoring unit 107 (Fig. 1), the identification data is entered using the input-output unit 106, which are issued by the system administrator. Upon successful data entry, a web page is issued on the information input / output block 106. Web pages can be issued using software or hardware implementations of web servers (or web services), which can be implemented using well-known means: standard web servers, relational databases, standard programming languages (for example, ArcGIS GIS server , Apache web server, nginx, IIS, Google Web Server, Resin, Tomcat, Java, PHP, C ++), but not limited to. Depending on the user group and the rights to view information on hospitals, various options of the "Main Menu" and information on hospitals are formed. A user can be of the following type: System Administrator, Manager, Technician, Investor. In FIG. 2 shows examples of homepages for different types of users.

For example, the Administrator has the following items in the main menu: Users - to manage user accounts and set rights using the authentication unit to view information about individual hospitals and assign a user group; Hospitals - to manage the list of registered hospitals in the system and set the necessary parameters for the system to work; Chambers - for managing the list of chambers for each hospital separately and setting the necessary parameters for the operation of the system for each chamber; Tariffs - for managing tariff plans and versions of tariff plans; Serving chambers - in this section the servicing management of devices that turn on / off the TV in the chambers is performed (forced on / off); Unidentified payments - for linking unidentified payments to the wards; Payments and charges - to view and make adjustment payments and charges.

The blocks used in the device can be implemented using electronic components used to create digital integrated circuits. Not limited to, can be used microcircuits, the logic of which is determined during manufacture, or programmable logic integrated circuits (FPGA), the logic of which is set by programming. For programming, programmers and debugging environments are used that allow you to specify the desired structure of a digital device in the form of a circuit diagram or programs in special equipment description languages: Verilog, VHDL, AHDL, etc. Alternative FPGAs are: programmable logic controllers (PLCs), base matrix crystals ( BMK) requiring a factory production process for programming; ASIC - Specialized Custom Large Integrated Circuits (LSIs).

Blocks can also be implemented using read-only memory devices (see O. Lebedev. Memory microcircuits and their application. - M.: Radio and communications, 1990. - 160 s; Large integrated circuits of memory devices: Reference / A.Yu. Gordenov et al. - M.: Radio and Communications, 1990. - 288 s).

Thus, the implementation of all used blocks is achieved by standard means based on the classical principles of implementing the foundations of computer technology.

The drawings show only one preferred embodiment of the present invention.

The present detailed description is made up of various non-limiting and exhaustive embodiments. At the same time, it will be apparent to those skilled in the art with an average level of competence that various replacements, modifications, or combinations of any of the embodiments disclosed herein (including in part) can be reproduced within the scope of the present utility model. Thus, it is understood and understood that the present description of the utility model includes additional embodiments, the essence of which is not set forth here in an explicit form. Such embodiments may be obtained by, for example, combining, modifying, or transforming any actions, components, elements, properties, aspects, characteristics, limitations, etc., related to the embodiments described herein and not limiting.

Claims (1)

A device for remote control and monitoring of telecommunication equipment installed in a medical facility, comprising a control unit mounted in a common housing connected to a data unit and an information input / output unit, a unit configured to turn on / off a television, a monitoring unit, an access unit in the Internet, an access control unit, an authentication unit, which in turn is connected by a bus to an access control unit and a data unit, the monitoring unit being connected to a bl I / O information window.

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