RU29186U1 - TRANSPORT COMMUNICATION MODULE - Google Patents

Description

The communication module is transportable.

The utility model relates to telecommunication technology, and can be used in housing structures for placement, installation and operation of communication equipment installed at railway stations and railroad tracks.

The well-known "Module installation and measurement of fiber optic cable (certificate for utility model No. 14791, N 02 G 1/00, priority 10.04.2000, publ. 27.08.2000) located on the vehicle, containing an external housing, equipped with a main and auxiliary equipment for installation and measurement of fiber-optic cable (FOC), in which the housing design is made in the form of a welded container building, and an installation device is also introduced that is designed to enable horizontal installation of the module on us pyah, recesses roadbed of railways and on rough terrain. This module, as well as special assembly and measurement laboratories known in Russia and abroad, on the auto and caterpillar tracks, provide the necessary conditions for the installation and measurement of FOC. These laboratories are equipped with forced air conditioning devices, good lighting.

However, this module is not intended for installation, placement and operation of communication equipment designed for equipment nodes

communications at railway stations, that is, has limited functional use.

Also known is a special mobile measuring laboratory (LIOK), which is a special ZIL-131 car, on the chassis of which a closed body (KUNG) is installed ("Construction and technical operation of fiber-optic communication lines // Textbook for universities / V.A. Andreev , V.A. Burdin, B.V. Popov, A.I. Polovnikov; under the editorship of B.V. Popov - M .: Radio and Communication, 1995, p. 144, 149). The body of a closed type forms an external casing equipped with equipment for the production of measuring and installation works. An assembly table is installed inside the body, equipped with a device for fixing the ends of the cable to be mounted and for placement of installation tools. There is also a place for transporting a device for welding optical fibers and working with it during installation. Workers of installers are equipped with swivel chairs with height adjustment. In the front of the body there is a cabinet for storing and transporting measuring instruments and a workbench for related work. To the right in the direction of travel are the lari seats, designed for large tools, equipment and materials. Interior lighting is natural and artificial. All electrical consumers are powered by the on-board network or the gas-electric unit through the power rack. In our country, this laboratory is most widely used for installation work.

However, this device is not intended for installation, placement and operation of communication equipment designed for equipment nodes

communications at railway stations, that is, has limited functional use.

The closest in technical essence and the achieved effect to the claimed utility model is the device "Electrical

centralization (utility model certificate No. 1675, B 61 L 19/00, prior. power supplies connected by a cable line to the control panel and outdoor objects of electric centralization. At the same time, the hardware room and the contactless and relay equipment for controlling arrows and signals and the power supply equipment located in it are made in the form of a transportable module.

However, in this technical solution in the transportable module is installed equipment designed to control the switches and signals at railway stations, thus having limited functional use.

The task to be solved by the claimed utility model is to expand the functionality and reduce the construction time of a modular building to accommodate communication equipment that can be transported by rail and road, as well as the ability to carry out a comprehensive supply of all equipment.

The technical result that can be obtained using the utility model is the ability to produce in the factory installation and comprehensive verification of the operation of communication equipment by

application of new design solutions for the installation of equipment and their new relative positioning.

The problem is solved due to the fact that in the transportable communication module containing the equipment blocks and auxiliary equipment located in the transportable module case, the equipment blocks are made in the form of communication equipment fixed to the floor and steps of the case. Along the perimeter of the body are fixed cable ducts. In addition, along the long wall of the housing fixed elements for the cabinet of the distribution cabinet are fixed. Embedded elements are also installed on another long wall of the housing and on the wall opposite the wall with the door - for the switchboard and for the cabinet for automatically entering the reserve. In addition, a grounding bus is installed in the module case, and auxiliary equipment is completely free in the form of fire alarm systems, electric lighting, electric heating and air conditioning, mounted on the walls and on the floor of the container.

Thus, the solution of the problem is achieved through the introduction of new hardware mounting elements and a new arrangement of equipment blocks.

The invention is illustrated by drawings. In FIG. 1 shows a general diagram of a transportable communication module; figure 2 presents the design of the module in section.

The transportable communication module includes: container body - 1; peak - 2; roof - 3;

door - 4;

communication equipment - 5;

input cable rack - 6

cable growth - 7;

grounding bus - 8;

switchboard - 9;

input-distribution cabinet - 10;

cabinet for automatic input of reserve -11;

antenna input - 12;

carbon dioxide fire extinguisher OU-8 - 13;

oil electric heater - 14;

ceiling lamp - 15;

lamp with incandescent lamp - 16;

emergency lighting lamp - 17;

air conditioning - 18;

box with step-down transformer - 19

In the transportable communication module, the installation of communication equipment 5 is provided: two E600 cabinets, an ORKSH cabinet, a base cable-in rack with a height of 2.6 m, an optical distribution cabinet for ShOR and other auxiliary equipment. The design of the module is made in compliance with the requirements for the installation and fastening of communication equipment

Transportable communication module in its design consists of a container 1 with insulated walls, ceiling and floor. For installation and fastening of communication equipment 5, embedded elements (on

the drawing is not shown), ensuring their fastening, as well as embedded elements for distribution bills, an inlet and distribution cabinet and an automatic reserve input cabinet - 10.9.11. The transportable communication module is equipped with cable growth 7, which is fixed at a height of 2.6 meters around the entire perimeter of the container body 1. Openings for cable entry are provided in the floor of container 1, and holes for antenna inputs of 12 cables are provided in the wall. Moreover, the container body 1 is also equipped with electric lighting, electric heating, fire and burglar alarms, air conditioning, ventilation, emergency electric lighting and an outdoor outlet for connecting a diesel generator. The module also has equipment grounding devices, an external circuit and a grounding bus 8 inside the module. The regulated heating of the module must ensure that the temperature is in accordance with sanitary standards.

The design of the module is made in compliance with the requirements for the installation and fixture of communication equipment. The relative position and constructive implementation of the module elements is made taking into account the following technical requirements: maximum filling of the area and volume of the module; minimum cable consumption; the possibility of installation and dismantling of equipment both during construction and operation. Thus, the internal device, placement and installation of communication equipment is performed according to the specific conditions of the project in accordance with the claimed technical solution.

The transportable communication module is a transportable communication center made on the basis of the ICC GOST container

2coi

18477-79 (with dimensions of 2438x6058x3100), which allows you to transport it both by rail and by road. At the factory, in the transportable module, communication equipment 5 is installed and mounted according to a specific project and, after checking for compliance with technical specifications, is sent to the facility, where it is installed at the railway station and in the sections as a communication center. At the construction site, the module should be installed and assembled on a supporting platform (foundation) with channel elements providing sealing of cable entries. At the construction site, external power supply cables and communication cables must be introduced into the assembled module. Transportable communication modules have an average service life of at least 20 years.

Claims (2)

1. The communication module is transportable, comprising equipment blocks and auxiliary equipment located in the housing of the transportable module, characterized in that the equipment blocks are made in the form of communication equipment fixed to the floor and on the walls of the module housing using embedded elements also installed along the long wall of the housing for distribution and distribution cabinet and on the other long wall of the housing - for the switchboard, and on the wall opposite the wall with the door - for the cabinet for automatic input of the reserve, except Moreover, cable glands are fixed along the perimeter of the body. 2. The communication module is transportable, characterized in that a grounding bus is installed in the module housing, and the auxiliary equipment is made in the form of fire alarm systems, electric lighting, ventilation, electric heating and air conditioning, mounted on the walls and on the floor of the container.