RU214015U1 - MODULAR UNIVERSAL WORKSTATION - Google Patents

Abstract

The utility model relates to elements of information management systems, namely, to a universal workplace (hereinafter referred to as UWP) of a training class for flight training of military aviation navigators, built according to a modular principle based on computer technology, and is intended to organize the process of training state aviation navigators on stages of initial and basic flight training in accordance with the governing and regulatory documents that determine the content, scope and procedure for their flight training.

The technical result of the utility model is to ensure high ergonomics of the design of the URM of a training class for flight training of military aviation navigators.

To achieve the specified technical result, the claimed modular universal workplace is made collapsible and contains separate modules connected to each other by fastening fittings - a frame, a tabletop and a panel. Moreover, the frame is the main power element of a modular design, L-shaped; is the basis of a modular universal workplace, to which other modules are attached; made with the possibility of fastening to a vertical and horizontal base. The tabletop is mounted on top of the frame, made in the form of a rectangular parallelepiped with a rounded recess, forming developed side surfaces for placing hands; located horizontally, made of composite material. The panel is a box-shaped construction made of composite materials with a matte finish. Moreover, the panel and the tabletop are made with connectors and fasteners with plugs that ensure the continuity of the surface, for power supply and providing the possibility of connecting additional equipment. Moreover, both the panel and the tabletop are made easily removable, and the dismantling of one module does not entail the need to dismantle the other module.

Description

The utility model relates to elements of information management systems, namely, to a universal workplace (hereinafter referred to as UWP) of a training class for flight training of military aviation navigators, built according to a modular principle based on computer technology, and is intended to organize the process of training state aviation navigators on stages of initial and basic flight training in accordance with the governing and regulatory documents that determine the content, scope and procedure for their flight training.

Known unified module for the control panel from the patent of the Russian Federation No. 104789 with a priority date of 01/13/2011, containing a rack and mounted on it at an angle to each other, the front and rear consoles. The side faces of the front and rear consoles are cut off, and each console has the shape of a trapezoid in plan, the long side of which is the line of joining the consoles, and the narrow sides of the trapezoid are the front and rear sides of the module, respectively.

The disadvantages of the known unified module for the control panel are:

- the complexity of maintenance, since the dismantling of the remote control from the place of its installation is required for carrying out preventive and routine maintenance;

- the design, consisting of two parts, made with docking along the vertical plane, does not allow the unified module to be placed on different objects without significant changes in both parts;

- reduced ergonomic indicators of the control panel due to the lack of built-in sources of illumination of the workspace, the lack of means of providing communication for the trainee, the lack of means for entering control and coordinate control information, and therefore it is impossible to implement the entire range of tasks.

A control panel for marine equipment is known from RF patent No. 196329 with a priority date of 01/16/2020, containing a frame with electronic functional modules and monitors installed in it, a tabletop, a handrail and front panels with controls and controls. The monitors are fixed flush with the front panels using a threaded connection, additionally adjustable with screws relative to the plane of the front panels on the flange of the monitors from the inside.

The disadvantages of this control panel for marine equipment are:

- reduced ergonomic indicators of the control panel due to the lack of built-in sources of illumination of the workspace, the lack of means of providing communication for the trainee, the lack of input means for control and coordinate control information, and therefore it is impossible to implement the entire range of tasks;

- in view of the lack of modularity in the design during repair, it is only possible to replace the entire control panel;

- due to the large overall dimensions of the control panel, which do not allow placing a large number of jobs in a limited space.

A universal cabinet of control panels is known from the patent of the Russian Federation No. 65710 with a priority date of 31.01.2007 (prototype), characterized in that it is made collapsible from separate modules interconnected by mounting fittings, and includes a support module installed one above the other, a hardware module , control console console module, at least one monitor module, and at least one auxiliary equipment and/or laptop module.

The disadvantages of this universal cabinet of control panels are:

- reduced ergonomic indicators of the control panel due to the lack of built-in sources of illumination of the workspace;

- lack of communication means for the trainee, lack of input means for control and coordinate control information, in connection with which it is impossible to implement the entire range of necessary tasks.

The technical problem is the creation of a URM training class for flight training of military aviation navigators with a highly ergonomic design, which makes it possible to simplify operation and maintenance.

The technical result of the utility model is to ensure high ergonomics of the design of a modular URM training class for flight training of military aviation navigators through the use of a modular design with enhanced functionality aimed at convenient, affordable, efficient use of the workspace, as well as through the use of a wide range of communication tools , display and input information.

To achieve the specified technical result, the claimed modular universal workplace is made collapsible and contains separate modules connected to each other by fastening fittings - a frame, a tabletop and a panel. Moreover, the frame is made L-shaped; is the basis of the modular universal workstation, to which other modules are attached. The frame is made with the possibility of fastening to a vertical and horizontal base. The tabletop is mounted on top of the frame, made in the form of a rectangular parallelepiped with a rounded recess, forming side surfaces for placing the operator's hands; located horizontally, made of composite material. The panel is a matte finish composite box construction with the panel and table top provided with connectors and blanking mounts to ensure surface continuity for power supply and accessory connectivity. Moreover, both the panel and the tabletop are made removable, with the possibility of dismantling any of the modules without dismantling the other; the panel is mounted above the tabletop.

Additional advantages and essential features of the present utility model can be presented in the following particular embodiments.

In particular, the mounting hardware for connecting the modules includes a set of bolts and nuts.

In particular, the panel contains one monitor.

In particular, the panel contains two monitors.

In particular, the panel contains three monitors.

In particular, the panel contains in the upper part a lamp for illuminating the working space.

In particular, the lamp is directional adjustable.

In particular, the lamp is dimmable.

In particular, the panel contains a clock.

In particular, the panel contains a communication control panel.

In particular, the panel contains a USB panel.

In particular, the panel contains a brightness control encoder.

In particular, the panel contains a multifunctional remote control.

In particular, the panel includes a power distribution panel.

In particular, the panel contains a headset connector.

In particular, the tabletop contains a joystick.

In particular, the tabletop contains a niche for placing the necessary teaching materials and writing utensils.

In particular, the frame contains a niche for placing a briefcase.

The modularity of the design makes it possible to simplify operation and maintenance, improve maintainability, and quickly adapt the modular RRM for placement at different sites.

The description of the implementation of the utility model can be used as an example for a better understanding of its essence and is set out with reference to the figures attached to the present description. At the same time, the following details are intended not to limit the essence of the utility model, but to make it more clear.

The essence of the utility model is illustrated by the drawings, where in Fig. 1 shows a general view of the modular URM training class, figure 2 shows the layout of the equipment for the modular URM trainee, figure 3 shows the layout of the equipment for the modular instructor URM, figure 4 shows the layout of the equipment for the modular crew navigator, where :

1 - monitors;

2 - multifunctional console (means of information input);

3 - hours;

4 - communication control panel;

5 - workspace lighting lamp;

6 - USB panel;

7 - brightness control encoder;

8 - input device for coordinate control information (joystick);

9 - power distribution panel;

10 - headset connector;

11 - additional equipment power distribution panel;

12 - frame;

13 - countertop;

14 - panel;

15 - zone for placing the communication control panel;

16 - zone for placing a lamp for lighting the working space;

17 - monitor placement area;

18 - zone for placing a multifunctional console;

19 - zone for placing the power distribution panel;

20 - portfolio placement area;

21 - zone for placing the input device for coordinate control information (joystick);

22 - zone for placing documents.

The modular universal workstation is made collapsible and contains separate modules connected to each other by fastening fittings - a frame 12, to which a tabletop 13 and a panel 14 are attached.

The L-shaped frame 12 is the basis of the modular universal workstation, to which other elements are attached. Frame 12 is designed to be attached to a vertical and horizontal base. In zone 20 it is possible to organize a niche for placing a portfolio.

The tabletop 13 is mounted on top of the frame 12 and is made in the form of a rectangular parallelepiped with a rounded recess, forming a developed side surface to accommodate the operator's hands. The tabletop 13 is located horizontally, made of composite material, which facilitates the construction.

Panel 14 - Composite box construction with a matte finish. Moreover, the panel 14 and the tabletop 13 are made with connectors and fasteners with plugs that ensure the continuity of the surface, for power supply and providing the possibility of connecting additional equipment. Moreover, both the panel 14 and the table top 13 are easily removable, while the dismantling of one module (panel or table top) does not entail the need to dismantle another module, which greatly facilitates the maintenance and repair of the modular URM.

On the panel 14 in the upper part, a workspace illumination lamp 5, a clock 3, a communication control panel 4, a USB panel 6 and a brightness control encoder 7 can be installed. The brightness control encoder 7 provides simultaneous brightness control of all elements with backlight.

For ease of use, the workspace lighting lamp 5, which is adjustable in brightness and direction of illumination, is located in the upper left zone 16 of the panel 14. The communication control panel 4 can be placed in the upper central zone 15 of the panel 14.

If necessary, a power distribution panel for additional equipment 11 can be placed in the upper part of the panel 14.

In the middle part of panel 15 in zones 17, depending on the tasks to be solved, one, two or three monitors 1 can be installed, and in zone 18 on the left side of panel 14 - a multifunctional console 2. The screens of monitors 1 and multifunctional console 2 have an anti-glare coating and, due to the compactness of the URM, can have both touch control and control using a push-button frame.

At the bottom of the panel 14 in zone 19, a headset jack 10 and a power distribution panel 9 can be placed. The power distribution panel 9 can have different configurations depending on the equipment placed on the modular RRM.

A niche can be placed in the tabletop 13 to accommodate the necessary educational materials and writing utensils 22 and a coordinate control information input device (joystick) 8 is installed. A coordinate control information input device (joystick) 8 is installed, which can be placed both in the left and in the right zone 21 of the tabletop 13. Depending on the location of the input device for coordinate control information (joystick) 8, options for placing the multifunctional console 2 are possible.

In the internal volume formed by the panel of the modular RRM, there is a computing device, a switching device for distributing power and information flows for the equipment from the modular RRM, connected by wire circuits to all devices of the modular RRM.

The functioning of the proposed universal workplace training class for flight training of navigators of military aviation is as follows.

For operation, the URM of the training class for flight training of military aviation navigators connected to the aircraft by information communication lines and power circuits is supplied with a supply voltage of +27 V DC. By means of power supply, the operating voltage is supplied to all equipment from the modular URM of the training class for flight training of military aviation navigators (monitors, a computing device, a communications console, a multifunctional console, a coordinate control information input device, a workspace illumination lamp).

Thus, ensuring high ergonomics is achieved due to the fact that the modular universal workplace is made collapsible and contains separate modules connected to each other by fastening fittings - a frame, a tabletop and a panel. Moreover, the frame is the main power element of a modular design, L-shaped; is the basis of a modular universal workplace, to which other modules are attached; made with the possibility of fastening to a vertical and horizontal base. The tabletop is mounted on top of the frame, made in the form of a rectangular parallelepiped with a rounded recess, forming developed side surfaces for placing the operator's hands; located horizontally, made of composite material. The panel is a box-shaped construction made of composite materials with a matte finish. Moreover, the panel and the tabletop are made with connectors and fasteners with plugs that ensure the continuity of the surface, for power supply and providing the possibility of connecting additional equipment. Moreover, both the panel and the tabletop are made easily removable, and the dismantling of one module does not entail the need to dismantle the other module.

Claims (12)

1. A modular universal workplace containing separate modules connected to each other by fastening fittings - a frame, a tabletop and a collapsible panel, characterized in that the frame is L-shaped, is the basis of a modular universal workplace, on which the panel and tabletop, the frame can be attached to a vertical and horizontal base, the tabletop is fixed over the frame, is made in the form of a rectangular parallelepiped with a rounded recess that forms the side surfaces for placing the operator's hands, is located horizontally, is made of a composite material, the panel is a box-shaped structure of composite materials with a matte finish, the panel and the table top are made with connectors and fasteners with plugs that ensure the surface continuity, for power supply and the possibility of connecting additional equipment, and both the panel and the table top are made removable, with the possibility yu dismantling of any of them without dismantling the other, the panel is fixed above the countertop. 2. Modular universal workstation according to claim 1, characterized in that the panel contains a monitor. 3. Modular universal workplace according to claim 1, characterized in that the panel contains a workspace lighting lamp, and the lamp is made adjustable in direction and adjustable in brightness. 4. Modular universal workstation according to claim 1, characterized in that the panel contains a clock. 5. Modular universal workplace according to claim 1, characterized in that the panel contains a communication control panel. 6. Modular universal workstation according to claim 1, characterized in that the panel contains a USB panel. 7. Modular universal workstation according to claim 1, characterized in that the panel contains a brightness control encoder. 8. Modular universal workplace according to claim 1, characterized in that the panel contains a multifunctional console. 9. Modular universal workstation according to claim 1, characterized in that the panel contains a power distribution panel. 10. Modular universal workplace according to claim 1, characterized in that the panel contains a headset connector. 11. Modular universal workplace according to claim 1, characterized in that the tabletop contains a joystick. 12. Modular universal workstation according to claim 1, characterized in that the tabletop contains a niche for placing the necessary educational materials and writing utensils, and the frame contains a niche for placing a briefcase.

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