RU2477231C1 - Checkout vehicle - Google Patents

Abstract

FIELD: transport.

SUBSTANCE: invention relates to military and special equipment and may be used in mobile checkout stations mounted on automotive chassis and intended for checkout jobs, diagnostics and maintenance of complex technical systems. Proposed vehicle comprises box body 3 with equipment with workstations mounted on self-propelled go-anywhere vehicle 4. Stretched tetrahedral-pyramid-shape canopy is arranged on box body roof. Said canopy is mounted on installation elements fixed at the box body 3 including central post, two front and two rear brackets. To right side of box body 3 secured are braces of single-pitch frameless tent 9 with lateral web 12 to accommodate extra workstation 10 with lamp 11. In transport position, tent 9 is placed in niche of the tables of box body 3 and fastened by belts. Tent is laid in special bag from SPTA set to be placed in box body 3.

EFFECT: serviceability in various climatic conditions.

7 dwg

Description

The invention relates to military and special equipment and can be used in mobile checkpoints located on the basis of the chassis of vehicles and intended for monitoring, diagnostics and maintenance of complex technical systems for special purposes during storage and operation.

Known mobile repair shop (patent RU No. 2245805 C1, B65P 3/14, 3/345, 02/10/2005), adopted as a prototype. A mobile repair shop contains a self-propelled vehicle and a body of a repair shop (container body) fixed on it with the ability to move, equipped with workstations, equipment, accessories and spare parts according to the profile of the products being serviced, an awning in the form of a continuous coating of waterproof canvas or film, resistant to the effects of climatic factors. The mobile repair shop additionally contains folding racks installed on the roof of the repair shop building, a set of collapsible racks, a low-resistance exhaust pipe for exhaust gases, halyards for pulling the tent, fastening the halyards and lower edges of the tent, mount for installing folding racks on the roof cases of the repair shop, covers for packing the tent and collapsible racks when the repair shop is in the stowed position and the retractable ventilation pipe, while in a stationary tank In addition, folding racks are installed on the roof of the workshop of the repair shop, and collapsible racks are installed around the perimeter of the workshop so that the tent stretched over them forms a continuous shelter of the type “hut” with a gable roof and inclined walls, and between the most protruding parts of the case of the repair shop and of the vehicle and between the inner surfaces of the tent around the perimeter and above there are spaces of space sufficient for the maintenance personnel to pass around the perimeter of the repairman and for its maintenance from above, in the end walls of the tent there are detachable doors for passage of personnel to the vehicle and into the workshop building, in the area of the vehicle exhaust pipe there is an opening for passing the exhaust pipe in the tent, in the area of the ventilation pipe of the repair workshop building there is a tent a hole for passing the retractable ventilation pipe, the tent fabric is camouflaged according to the place of operation of the workshop, the walls of the tent have windows made of durable transparent film with the possibility of closing them with curtains, in the marching condition, folding racks are laid on the roof of the repair shop body, collapsible racks are dismantled placed on the roof of the repair shop body in covers, the tent canvas is laid on the roof of the repair shop body, providing a symmetrical load on the chassis, packed in covers collapsible racks laid on top of the awning, awning and collapsible racks are closed with a technological cover mounted on the housing of the mobile workshop.

The disadvantages of the prototype are:

- large time costs for the folding and deployment of equipment if necessary, mobile relocation;

- a large number of collapsible structures when deploying an awning;

- placement of collapsible structures in disassembled condition in covers and tarpaulin canvases on the roof of the repair shop building, leading to the merciless impact of climatic factors on them, which leads to premature wear and deployment difficulties;

- difficulties in the operation of the complex in various climatic conditions;

- low comfort during maintenance work and routine checks of weapons systems;

- lack of recreation for members of the calculation.

The proposed invention solves the problem of improving the technical and operational indicators of mobile checkpoints designed for maintenance and routine checks of complex technical weapons systems.

The technical result obtained by the implementation of the invention is to create a control and testing machine for complex weapons systems with mobility, the ability to quickly deploy and operate in various climatic conditions, convenient operating conditions.

The specified technical result is achieved by the fact that in the proposed test machine containing a self-propelled vehicle and a container body mounted on it, equipped with jobs, equipment, accessories and spare parts according to the profile of the products being serviced, an awning with installation elements mounted on the roof of the body -container, in the form of a continuous coating of waterproof canvas or film, covers for packaging awning, places for racks and canvas awning in the stowed position, is new the fact that the stretched tent mounted on the roof of the container body has the shape of a tetrahedral pyramid, forming a four-slope shelter, the tent is mounted on installation elements permanently mounted on the body of the container body, which include a central rack, two front, two rear brackets, and control the testing machine additionally contains a single-pitch frameless tent, which houses an additional workstation equipped with a lamp, with a side panel made with the possibility of providing directly access to the side of the container body, equipped with support poles with support platforms, guy ropes, equipped with a block, a tension bar and hooks, a folding chair, which is placed after deployment of the control and testing machine in a single-pitch tent and consisting of two tubular frames connected articulated , and the hard seat, in the working position fixed by the springs, in the transport position, the tent and cover with tent stakes and awning belts, placed in a special bag from the set of spare parts and accessories , are laid in a niche of one of the tables of the inhabited compartment and secured with straps, a folding chair is installed in brackets and secured with a braid to the wall of the container body.

Giving the stretched tent mounted on the roof of the container body the shape of a tetrahedral pyramid forming a four-slope shelter allows you to:

- to provide reliable protection for the control and testing machine from precipitation, as well as direct sunlight;

- facilitate the installation, fastening and folding process for transporting the awning.

Equipping the container body with installation elements permanently fixed to the body of the container body, which includes a central pillar, two front, two rear brackets allows you to:

- to ensure prompt installation and removal of the tent by members of the calculation;

- reduce the deployment time of the test machine.

The introduction of a single-pitch frameless tent into the control and testing machine, which houses an additional workplace equipped with a lamp, with a side panel made with the possibility of providing direct access to the side of the container body, allows:

- organize an additional workplace during maintenance and routine checks of weapons systems in the field;

- carry out work in the dark;

- provide access to electrical switchgears located on board the container body;

- protect an additional workplace from external climatic influences;

- due to the lack of a frame, reduce the volume occupied by the tent during transportation.

Equipping the tent with support stakes with support platforms, guy ropes in the form of a rope, equipped with a block, a tension bar and hooks, allows you to:

- ensure the rapid deployment of the tent with the further organization of an additional workplace;

- due to the support stakes ensure the stability of the frameless tent structure;

- due to supporting platforms made on supporting stakes, to exclude subsidence of stakes into the ground under the weight of the tent panel;

- due to guy wires equipped with a block and a tension bar, to ensure the necessary tension of the tent, by changing the length of the guy if necessary.

The inclusion of a folding chair, consisting of two tubular frames pivotally connected to a rigid seat, which is fixed in the working position by springs, as part of the control and testing machine allows:

- to ensure that work is carried out in the workplace in a tent outside the container body;

- to provide small dimensions and convenience during transportation.

Placement in a transport position of a tent and a cover with poles, panels and awning belts in a special bag from the set of spare parts and accessories in the niche of one of the tables of the container body and securing them with belts, installing a folding chair in brackets and fastening it using a plait on the body wall container allows:

- to store and transport property in gentle climatic conditions, which allows to extend the operational period;

- rational use of the interior of the container body during transportation;

- to ensure reliable fastening of property during transportation.

Technical solutions with features distinguishing the claimed solution from the prototype are not known and do not follow explicitly from the prior art. This suggests that the claimed solution is new and has an inventive step.

The invention is illustrated by drawings, where figure 1 shows the installation of a tent; figure 2 - installation of the awning; figure 3 is a General view of the stake support; figure 4 is a General view of the guy; figure 5 is a General view of a folding chair; figure 6 - placement of a folding chair in a transport position; figure 7 - the workplace of the operator.

The control and testing machine is a mobile device, equipment 1 and workplaces 2 of which are located in a container body 3 mounted on a self-propelled vehicle 4 in the form of a chassis of a cross-country vehicle. In the working position on the roof of the container body 3, a stretched tent 5 having the shape of a tetrahedral pyramid is installed. Awning 5 is installed on the installation elements, permanently mounted on the body of the container body 3, which include a Central rack 6, two front 7, two rear 8 brackets. The control and testing machine also contains a single-pitch frameless tent 9, which houses an additional workstation 10, equipped with a lamp 11, with a side panel 12. The tent 9 is equipped with support rings 13 with support platforms 14, guy ropes in the form of a rope 15, equipped with a block 16, a tension strap 17 and hooks 18. In the working position in the tent 9 is placed a folding chair 19, consisting of two tubular frames 20, pivotally connected, and a hard seat 21, which in the working position is fixed by springs 22. In the transport position and folding chair 19 is mounted in brackets 23 and secured with a braid 24 on the rear wall of the container body 3. In the transport position, the tent 9 and the cover 25 with supporting 13 and tension 26 stakes are placed in a niche 27 of one of the tables of the container body 3 and are fixed belts 28. Awning 5 fits into a special bag 29 from a set of spare parts and accessories and is placed in a container body 3.

Testing machine is designed for maintenance and routine checks of complex weapons systems and works as follows. When deploying the control and testing machine, it is necessary to select a flat platform (if necessary, level it) to accommodate a self-propelled vehicle 4 and frameless tent 9. In winter, the site must be cleared of snow. Next, you need to install a tent 9 and tent 5.

In the deployment of the tent 9 and tent 5 involved the entire calculation of the control and verification machine. Supervises the commander of the machine.

The deployment of the tent is as follows. To remove the tent 9 and the cover 25 with the supporting 13 and tension 26 stakes it is necessary to unfasten the fixing belts 28 in the recess 27 of the table 28, placed along the starboard side. Next, the tent 9 is removed from the niche 27, is taken out of the container body 3, is stretched along the port side with the roof up. Braces in the form of a rope 15, equipped with a block 16, a tension bar 17 and hooks 18, are thrown through the roof of the container body 3. The roof of the tent 9 is expanded on the roof of the container body 3, the tent roof is pre-stretched 9 after the braces are fastened to the hooks on the right side of the container body 3. The front and rear end panels of the tent 9 are attached respectively to the front and rear walls of the container body 3. The cover 25 with the stakes 13 and 26 from the niche 27 of the table 28 on the starboard side of the container body 3 is removed, removed and deployed It is. From the cover 25 three tension stakes 26 are taken out, the tent 9 is stretched over the corners, and the tension stakes 26 are clogged with a sledgehammer. Then four support stake 13 are taken, and the tent 9 rises beyond the upper corners. Support stakes 13 are installed inside the tent 9 so that they lower ends pass through the holes of the flanging part of the panel, and the upper ends enter the nests of the roof of the tent 9. Then you need to hook the hooks 18 blocks 16 guy through the slots of the panel of the tent 9 for the ears of the support rings 13 s one side and hooks 18 fixed on the cable 15 guy ropes for the rings of the tensioning rings 26, on the other. The right side panel 12 of the tent 9 is attached to the brackets mounted on the left side of the container body 3. Finally, it is necessary to finally tighten the tent 9 using lateral braces and guy rods sewn to the roof of the tent 9, fix the flanging part of the tent 9 on the ground with the support stakes 13, driving them into the ground until they touch the flanging pistons 14. The flanging part of the tent 9 is covered with soil or covered with improvised materials.

The deployment of the awning 5 is as follows. A bag 29 with removable parts of the awning 5 is removed from the container body. On the roof of the container body, the central rack 6 is mounted in a vertical position. The awning plate 5 rises to the roof of the container body 3, is deployed and mounted on the central pillar 6 in the middle part of the roof of the container body 3. Next, it is necessary to straighten the angular parts of the tent 5 and fix it to the brackets 7 and 8.

After this, it is necessary to prepare for the operation of equipment 1, workplaces 2 both inside the container body 3, and the workplace 10 in the tent 9. Folding chair 19, consisting of two tubular frames 20, pivotally connected, and a hard seat 21, which the working position is fixed by springs 22, after being released from the harness 24 together with the remote part of the equipment 1 is installed on an additional workstation 10 in the tent 9.

When working in the dark, it is necessary to use two portable lights 11 in the tent 9, which are hung in loops on the ceiling of the tent 9.

Thus, in the present invention, the problem is solved to achieve a technical result, which consists in creating a control and testing machine for complex weapons systems with mobility, the ability to quickly deploy and operate in various climatic conditions, convenient operating conditions.

Claims (1)

Testing machine containing a self-propelled vehicle and a container body mounted on it, equipped with workstations, equipment, accessories and spare parts according to the profile of the products being serviced, an awning with installation elements mounted on the roof of the container body, in the form of a continuous waterproof coating canvases or films, covers for packaging awnings, places for placing racks and awnings in the stowed position, characterized in that the stretched awning mounted on the roof of the container body, and it has the shape of a tetrahedral pyramid, forming a four-slope shelter, the tent is mounted on installation elements permanently mounted on the body of the container body, which include a central rack, two front, two rear brackets, the control and testing machine additionally contains a single-pitch frameless tent, which houses an additional working tent a place equipped with a luminaire with a side panel made with the possibility of providing direct access to the side of the container body, equipped with support rings with op with folding platforms, guy ropes, equipped with a block, a tension bar and hooks, a folding chair, which is placed after deployment of the test machine in a single-pitch tent and consisting of two tubular frames, pivotally connected, and a hard seat, in the working position fixed by springs, in transport position, the tent and the cover with tent stakes and awning belts, placed in a special bag from the set of spare parts and accessories, are laid in the niche of one of the tables of the inhabited compartment and the belt is fixed mi, a folding chair is mounted in brackets and secured with a harness to the wall of the container body.

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