EA021621B1 - Mobile complex for arranging radioelectronic facilities - Google Patents

Abstract

The invention relates to the field of communication and telecommunications, radioelectronic and opticoelectronic monitoring and is provided for arranging antenna and opticoelectronic systems, radioelectronic equipment and use in mobile, rapidly developable communication complexes, radiolocation and opticoelectronic surveillance. A mobile complex comprises a chassis with a frame 1 onto which a platform 3 is mounted by a fitting connection 2, onto which arranged are a hardware module 4, a power supply unit 5, extendable outriggers 6, a mast 7 with a drive 8 for its lifting and lowering, turn beams 9, ties 10, each of which is connected by one end to corresponding drive 12 provided with a tension regulator and arranged at the platform 3 via a bypass beam 11 arranged at the end of the turn beam 9. Each of the ties 10 is connected by other end to an upper platform 13 of the mast 7. The mobile complex is positioned on the platform, the outriggers 6 are extended and leveling and stabilization of the platform 3 are performed. Simultaneously, the mast 7 is lifted by the drive 8, the turn beams 9 are turned and ties 10 are tightened via corresponding drives 12. The time of developing the mobile complex for arranging radioelectronic facilities does not exceed 10 minutes.

Description

The invention relates to the field of communications and telecommunications, electronic and optoelectronic monitoring, and is intended for placement of antenna and optoelectronic systems, electronic equipment and use in mobile rapidly deployed communication systems, in particular, when organizing a field reference communication network, communication networks of broadband wireless radio access with mobile objects and data transmission networks, in mobile complexes of active and passive radar, radio monitoring and optoelectronic surveillance judinia.

A well-known mobile communications system (utility model KI No. 98297) containing a frame fixed to the chassis on which a hardware module, power supply unit, retractable outriggers, a mast with a drive for raising and lowering it, stretching, each of which is supplied from a drive equipped with a controller tension and mounted on the frame, through the tension sensor and the bypass unit is fixed in the upper part of the retractable outrigger, and connected to the upper platform of the mast with the opposite end.

The disadvantage of this technical solution is a significantly longer deployment time in preparation for operation and transfer to the transport position of the complex, which is due to the need for sequentially performing outrigger extension operations, outrigger leveling and then mast lifting with stretch marks by drives through bypass blocks fixed in the upper part of the retractable outriggers.

The objective of the invention is the creation of the design of a mobile complex for electronic equipment, which allows to reduce the deployment time in preparation for operation and transfer to transport position and improve operational characteristics.

The problem is solved in that a mobile complex for placing electronic equipment, including a chassis with a frame, a hardware module, a power supply unit, retractable outriggers, a mast with a drive for raising and lowering it, extensions, each of which is connected at one end through a bypass unit to its corresponding drive with a tension force regulator, and the opposite end is connected to the upper mast flange, according to the invention, is equipped with a platform mounted on the frame with the possibility of undocking, on which the hardware module is installed, ag power regattas, retractable outriggers located symmetrically with respect to the platform axis on both sides of the platform, a mast with a drive for raising and lowering it, stretch drives with a tension regulator, and stretch bypass blocks mounted on blocks connected to the platform with the possibility of rotation and fixing in a horizontal position .

The proposed design can significantly reduce the deployment time in preparation for operation of the complex and transfer it to the transport position and improve operational characteristics by combining in time the automated extension of the outriggers, leveling the platform with the help of outriggers and installing the mast in a vertical position, as well as deploying swing beams and stretch marks stretch.

The platform is fixed on the frame by a fitting connection, which ensures its quick undocking from the frame and autonomous functioning during the operation of the complex, as well as operational preparation of the complex for its further transportation if necessary by rail and air.

The rotation of the block is carried out by a swivel joint equipped with a beam clamp in a horizontal position.

In FIG. 1 shows a mobile complex for placing electronic equipment, a side view in a transport position; FIG. 2 - the same, rear view in the working position; FIG. 3 is the same, a top view in a working position, FIG. 4 - a platform detached from the frame, side view.

The mobile complex for placing electronic equipment includes a chassis with a frame 1, on which a platform 3 is mounted by a quick-disconnect fitting connection 2. A hardware module 4 is installed on the platform 3, a power supply unit 5, retractable outriggers 6 located symmetrically with respect to the axis of the platform 3 on both sides thereof, the mast 7 with a drive 8 for raising and lowering it, pivot beams 9, extensions 10, each of which at one end through a bypass block 11 mounted on a pivot beam 9 attached to the platform 3 by a swivel joint, with with a fixed beam clamp in a horizontal position, connected to the corresponding drive 12 with a tension force regulator mounted on the platform 3. At the other end, each of the extensions 10 is connected to the upper flange 13 of the mast 7, to which the antenna or optoelectronic system is attached.

A mobile complex for placing electronic equipment is installed on the selected deployment site, the power supply unit is launched, and, on a signal from the control panel of the hardware module 4, outriggers 6 are moved out of the platform 3, which are located symmetrically with respect to the axis of the platform 3 on both sides of the platform and through which they are hung out and leveling. At the same time, the mast 7 is raised to a vertical position using the drive 8 for raising and lowering, manually deploying the swinging beams 9 to a horizontal position and fixing them, and tensioning the stretch marks 10 through the corresponding bypass blocks 11 using their drives 12 with a tension force regulator.

After leveling platform 3 and the installation of the mast 7 in a vertical position

- 1 021621 extend the mast to the maximum height.

To ensure the autonomous functioning of the complex, the platform 3 is lowered until the bases of the outriggers 6 are torn off the surface of the platform, undocked from the chassis frame 1 using quick couplers 2, with the help of outriggers 6 the platform 3 is lifted above the chassis frame 1 and the chassis is brought out from under the platform, then the platform is lowered 3 and carry out its leveling.

The same operations, with the exception of leveling, are carried out during the operational preparation of the complex, if necessary, for transportation by rail and air.

To the upper flange 13 of the mast 7, mirrored, horn, flat helical, Ζ-shaped and other antennas of radio communication and radio monitoring complexes, antennas of radar facilities and optoelectronic systems can be attached and remain in transport position. The rest of the equipment and control equipment of the complex are placed in the hardware module 4.

The deployment time of the mobile complex for the deployment of electronic equipment is not more than 10 minutes.

Claims (3)

CLAIM 1. Mobile complex for placement of radio-electronic means, including a chassis with a frame, a hardware module, a power supply unit, retractable outriggers, a mast with a drive for raising and lowering it, swivel beams, extensions, each of which is connected to its corresponding drive through one by-pass, equipped with a tension force regulator, and the opposite end connected to the upper flange of the mast, characterized in that the complex is equipped with a platform mounted on the frame with the possibility of undocking, on which the apparatus is installed module, power supply unit, retractable outriggers located symmetrically with respect to the platform axis on both its sides, mast with its lifting and lowering drive, stretching drives with tension force regulator, and bypass stretching blocks installed on beams connected to the platform in a horizontal direction position. 2. Mobile complex according to claim 1, characterized in that the platform is fixed on the frame with a fitting connection. 3. Mobile complex according to claim 1, characterized in that the beams are connected to the platform by a hinge, provided with a lock of beams in a horizontal position.