RU188243U1 - TILT DEVICE FOR INFORMATION DISPLAY - Google Patents

Abstract

The invention relates to tilt devices for information display devices installed, for example, on moving military objects. SUBSTANCE: device comprises a support column (2) attached to a rectangular base (1), a panel frame (4), a tilt handle (6), a bracket (8). Two coaxial through holes (14) are made in the upper part of the support post (2), through which a sleeve (11) with an internal thread is threaded. A tilt handle (6) is fixed at one end of the sleeve (11), and a folding bolt (13) is screwed into the other end of the sleeve (11). The hinged bolt (13) is connected to the bracket (8) by the second end by means of a pusher axis (15) that is passed through it and the coaxial oval holes (5) of the bracket (8). Effect: increase the ease of use, reducing the complexity. 2 s.p. f-ly, 3 ill.

Description

The utility model relates to computer facilities installed on mobile objects of a military or other special purpose, in particular, the proposed device can be used in parts of mobile weapon systems associated with information-analytical processing of information.

Currently, when designing an operator’s automatic workstation (ARMO), the practice of creating ARMO is widely used, taking into account the architectural and planning parameters of their locations. In addition, in accordance with GOST 23000-78, it is required to ensure the optimal angle of deviation of the front surface of the information display means (SDI) with respect to the lines of sight, which is better for people with different anthropometric characteristics using a variable inclination angle of the SDI.

Most of the well-known automated workstations (AWS) located in mobile military facilities are made on the basis of single solid cabinets. For example, the Binom-M AWP [1], developed at the enterprise of JSC NPP Aviation and Marine Electronics, the city of St. Petersburg, which is intended for installation on ships of various types in limited space.

The specified AWP includes a rack with an inclined mounted SOI, fixed without the possibility of changing the angle of inclination, a countertop for accommodating controls and a base stand.

The presented analogue has low ergonomic characteristics, in other words, does not provide complete operator comfort, since the SDI is rigidly fixed in the rack, which creates inconvenience to the operator viewing the screen due to the lack of a mechanism for the angle of inclination of the SDI.

As a prototype, a bracket for installing a panel computer [2] was selected, comprising a stand made in the form of an [-shaped bracket in which a rectangular window is made and sliding supports are installed. The bracket is placed on a rectangular plate. The sliding support is made split with two coaxial holes perpendicular to the support hole and offset relative to it. Moreover, one hole is threaded, and the other hole is made with a large diameter. The swivel bracket is made of two similar [-shaped racks with samples, a window and mounting holes located at the edges of a platform equipped with a rectangular window. Support brackets are installed on the back of the platform. One support bracket has a ledge on the outer end surface in the area of the support hole. The rack sliding bearings and platform support brackets are interfaced by an axis having a flange at one end. On the other hand, the axis is bounded from axial movement by a washer screwed to the end surface of the axis. The threaded hole of the split support is associated with the mating threaded surface of the rotary latch, on the opposite end of which a handle is fixed. The panel computer is mounted in the mounting holes of the [-shaped racks.

The disadvantage of the prototype is the overall complexity of the design of the product leading to the high cost and complexity of manufacturing. In addition, the location of the tilt adjustment handle in the lower part is not convenient for operation and prevents the installation of the prototype on the countertop.

The technical result is to increase ease of use and reduce cost and labor.

The specified technical result is achieved due to the fact that in the known device containing a support stand mounted on the base (in the prototype — a rectangular plate) with holes for fastening, a panel frame (in the prototype — a platform) and a tilt handle (in the prototype — a handle) additionally introduced a sleeve with a female thread, a hinged bolt, an axis, a bracket with oval holes and cylindrical rods. Two coaxial through holes are made in the upper part of the support post, through which a sleeve with a female thread is inserted. A tilt handle is fixed at one end of the sleeve, and a folding bolt is screwed into its other end, connecting to the bracket with the second end by means of a pushing axis passed through it and coaxial oval holes.

In addition, the bracket is connected by means of a retaining axis with a support column in its uppermost part. A panel frame is attached to the bracket, which is a plate with holes, at the edges of which there are cylindrical rods with internal thread for the screws that attach the SDI.

The essence of the utility model is illustrated in the figures:

figure 1 - General view of the device tilt the SDI;

figure 2 is a General view (rear) of the device tilt the SDI;

figure 3 is a diagram of a side section of the device inclination of the SDI.

The following notation is used in the figures:

base;

support stand;

cylindrical rods;

panel frame;

oval holes;

tilt handle;

holding axis;

bracket;

forelock;

washer;

sleeve with internal thread;

washer;

hinged bolt;

coaxial through holes;

push axis.

The device for tilting the SOI on a moving object comprises a support column 2, made, for example, in the form of a pipe of rectangular cross section, attached to the base 1, in which holes are made for installation on a moving object. Two coaxial through holes 14 are made in the upper part of the support post 2, through which a sleeve with an internal thread 11 is inserted. The tilt handle 6 is attached to the sleeve 11 using the cotter pin 9. Inside the support post 2, the sleeve 11 is bounded by two washers 10 and 12, protecting the surface of the fastened parts from damage.

The support column 2 and the bracket 8 are connected through the coaxial holes by a holding axis 7, which is the axis of rotation of the bracket 8 relative to the support column 2. The hinged bolt 13 is screwed into the sleeve 11 from the opposite side of the tilt handle 6, and connected to the bracket 8 by the pushing axis 15, which is threaded through the through coaxial oval holes 5 in the bracket 8 and the hole in the hinged bolt 13. To the bracket 8 is attached a panel frame 4, which is a plate in which holes are made for connecting wires and oh azhdeniya SDI. At the four corners of the panel frame 4 there are cylindrical rods 3 with internal thread, directly to which SDI is attached by screws.

The use of a device for tilting information display devices on a moving object is as follows: after assembling the components of the device and installing it on a moving object, the SDI is installed in a panel frame 4 on cylindrical rods 3 and fixed with screws. Then rotate the handle 6. As a result, the sleeve 11 and the folding bolt 13 are unscrewed / screwed up, which, through the pushing axis 15, transmits the rotation of the bracket 8, on which the panel frame 4 is fixed, around the holding axis 7, thereby tilting the SDI to the desired angular position comfortable for the operator. The axis 15 connecting the hinged bolt 13 and the bracket 8, moves within the oval holes 5, which allow you to limit the inclination of the SDI and prevent the threaded connection of the sleeve 11 from the hinged bolt 13.

Thus, due to the construction of the UNSOI using other technical solutions, including the implementation of a support stand from a pipe of rectangular cross section, as well as the introduction of a sleeve, a hinged bolt, a pushing axis, staples with oval holes and cylindrical rods, it was possible to optimize the design, thereby reducing the cost and the complexity of manufacturing. In addition, the tilt handle was moved from the bottom to the back of the UNSOI, which increased the space for the operator’s knees, therefore, increased ease of use.

Information sources:

1. Product catalog of JSC NPP Aviation and Marine Electronics 2016, http://nppame.ru/assets/ame/img/catalog/pdf/Catalog_AME_2016.pdf

2. Patent No. 2472240 "Bracket for installing a panel computer on a moving object", application No. 20111140880 from 10/07/2011, publ. 01/10/2013. Patent holder of OJSC “Plant named after V.A. Degtyareva "

Claims (3)

1. The device is a tilt of the means of information display, containing a support stand attached to a rectangular base with holes, a panel frame, a handle, characterized in that in the upper part of the support stand there are two coaxial through holes through which a sleeve with an internal thread is threaded through, at one end of the sleeve, the tilt handle is fixed, and a folding bolt is screwed into the other end of the sleeve, connecting to the bracket with the second end, through the pushing axis passed through it and the coaxial oval holes. 2. The tilt device of the information display device according to claim 1, characterized in that the bracket is connected to the support column in its upper part using a holding axis. 3. The device for tilting the information display devices according to claim 1, characterized in that a panel frame is fixed to the bracket, which is a plate with holes, at the edges of which are placed cylindrical rods with internal thread.

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