RU2377946C1 - Set of parts for info stand - Google Patents

Abstract

FIELD: information technologies.

SUBSTANCE: invention relates to information technologies and can be used in advertisement, information, education and decoration fields. Proposed set comprises parts representing solid mounting box-like modules. Every module comprises data carrier holder and at least two mutually-perpendicular rectilinear walls to be jointed to adjacent modules and to form 3D cellular board structure. At least one rectangular module has a rigid equal-height flanged edge arranged along outer side perimetre forming mounting seat. The latter accommodate at least one plate made from material suitable for clamping detachable holders. Aforesaid plate is arranged flush with seat wall. Modules jointing walls are arranged on rear side, opposite aforesaid flanged edge and feature length multiple of the least length of rectangular walls of said modules.

EFFECT: simple design, ease of assembly and disassembly, higher mobility.

12 cl, 14 dwg

Description

The invention relates to devices for visual information and campaigning of various kinds of goods and scientific and technological achievements, storage of information material and goods and can be used in various fields: advertising, information, educational, artistic and design, etc.

Known prefabricated cellular information stand and a set of parts for the information stand, containing a frame placed with a suspension or on tripod racks, information holders and / or product holders and fasteners, the stand consists of unified holders of multiple sizes, interconnected by fasteners, forming a honeycomb structure and having a flange in the form of a shelf along the entire contour, while the holders form a honeycomb structure in the form of a rectangular or protruding shield, and each holder The body consists of a rectangular case having a length, a width greater than the length, width of a sheet of A4, A3, A2, A1, A0 format by 20-70 mm per side, a flange of 20-100 mm, a flat front surface with a contour groove, stiffeners on the inside, at least one hollow recess with a figured mounting hole at the bottom with a decorative plug and an information holder in the form of a flat transparent plastic screen with an oval cut-out, an opening, a gap between the screen and the front surface of the holder body in the area of placement and information substrate, equal to 1-50 mm, with round pins along the contour, soldered into rivets when fastened to the body of the information holder (RU No. 2161899, 2001).

The disadvantages of this kit and stand are the narrowness of functionality in terms of transformability of the geometric configuration, the limited number and variety of information stands, the limited size of information materials with the dimensions of one module, insufficient mobility for quick movement, the complexity and duration of replacing overhead information materials, the complexity and duration of assembly into a working one and in the transport position of the frame and the holders do not allow to realize figurative in the shell of the stand subject associativity.

Known prefabricated cellular information stand and a set of parts for the information stand, containing a frame placed in a suspension or on tripod racks, consisting of standardized information holders of multiple sizes, interconnected by fasteners forming a honeycomb structure and having a flange in the form of a shelf around the entire contour, moreover, the information holders form a honeycomb structure in the form of a rectangular or protruding shield, each information holder made of plastic consists of straight coal casing, having a width and length in the ratio of 1: 1, or 1: 2, or 2: 3, exceeding the width and length of a sheet of formats A4, A3, A2, A1, respectively, by 20 mm or more per side, flanging in the form of a shelf on the entire contour of 10 mm or more, with attachment pads having at least one assembly hole, a flat or cylindrical front surface with a contour groove, stiffeners on the inside, at least one hollow recess with a mounting round or figured a hole in the bottom with a decorative cap, covering the hollow recess, and the information holder in the form of a rectangular contour frame having a filling slot and a visor holding a sheet of information on the holder body. This stand allows you to collect many options protrusion assemblies and placement of information, vary the color combination of elements, which allows you to give the stand geometric dynamics, increase, increase, decline, and other effects (RU No. 2171088, 2001, prototype).

The disadvantages of this set and stand are the narrowness of functionality in terms of transformability of the geometric configuration, the limited size of information materials with the dimensions of one module, insufficient mobility for quick movement, the complexity and duration of replacing overhead information materials, the limited number and variety of information stands from this set of information, insufficient mobility for quick movement, high skill requirements rsonala, the complexity and duration of the assembly in the working and transport position, due to the need to use a frame or frame for mounting holders (modules), the low level of unification of parts does not allow the assembly to give artistic expressiveness, vivid object imagery, for example, in the form of animals, fairy-tale characters, object of human activity.

An object of the invention is to create an effective set of parts for the information stand and expanding the arsenal of sets of parts for the information stand.

The technical result that provides a solution to the problem is to expand the functionality in terms of transformability of the geometric configuration to increase the number and variety of information stands, providing a variety of sizes of information materials with sizes, multiple sizes of one module, simplifying the permutation and replacement of information materials, providing mobility for quick movement , increasing the level of unification of stand details, reducing the requirements for qualification of maintenance alive personnel, as well as to reduce the time of transformation and simplification of assembly work and in the transport position.

The essence of the invention lies in the fact that the set of parts for the information stand contains parts in the form of monolithic mounting modules of a box-shaped shape, each having a holder for an information carrier, as well as at least two mutually perpendicular rectilinear walls for interfacing with attachment points with adjacent modules and forming a shield of a spatial honeycomb structure, wherein at least one rectangular module is made with rigid contour flanging of the same height around the perimeter of the outer side with about the development of a recess in which at least one plate of material suitable for holding removable rearranged holders is placed, is fixed flush with the edges of this recess, and the walls for interfacing this module with neighboring modules are located on the rear side of the opposite flanging and are made with a length multiple of the smallest of the lengths of the rectilinear walls of these modules.

In special cases of implementation, the plate is made of technical cork and fixed with glue, and the holders are made in the form of buttons or the plate is made of metal and fixed with glue, and the holders are made in the form of magnets.

As a rule, the modules are made of plastic by injection molding in molds coated with pigmented superconcentrates applied at the casting stage.

In special cases, the implementation of the modules can be performed with fasteners from the group: dovetail, latch, screw-threaded elements.

In addition, the kit contains at least one square module, at least one rectangular module, at least one triangular module, at least one sector convex module and at least one sector concave module, wherein sector modules are made with an angular length of a quarter of a circle, with at least one of the modules along the perimeter of the connection of the inner side of the rectilinear walls and the bottom made with a rectangular protrusion, and along the corresponding outer perimeter with a straight ougolnoy groove equidistant to said protrusion, and can also contain at least one module with a polygonal straight walls located along the legs of the triangle, and the wall located along the hypotenuse has the shape of a star sloping line.

Preferably, the modules are arranged to be stacked, at least one module is made with a holder in the form of an overlay frame for a flat information carrier provided with a transparent screen, at least one module is made with a holder in the form of a container for a volume information carrier, capacity for a volumetric information carrier it is made in the form selected from the group: pocket, basket or shelf of wire-frame type.

The kit is preferably provided with a suitcase type shipping box with a plastic handle.

In Fig.1 shows a set of parts for an information stand with modules in the feet, Fig.2 is a square module with a holder in the form of a plate of technical plugs, Fig.3 is a section aa in Fig.1, Fig.4 - square module and its cross-section, in Fig. 5 - a rectangular module with a holder in the form of a patch frame, in Fig. 6 - a triangular module and its cross-section, in Fig. 7 - a sector convex module and its cross-section, in Fig. 8 - a concave sector module and its cross section, FIG. 9 is a polygonal module, FIG. 10 is a module with a holder in the form of a container, FIGS. 11, 12, 13 are examples of assembly of a ste yes, 14 - 13 is a cross-section of the stand.

The set of parts for the information stand contains parts in the form of monolithic box-shaped mounting modules from the group: square modules 1, 2, 3, rectangular modules 4, 5, at least one isosceles triangular module 6, at least one sector convex module 7 and at least one sector concave module 8, and sector modules 7, 8 are made rectangular, with an angular extension of a quarter of a circle.

In addition, the kit may contain at least one polygonal module 9.

Module 1 is made square, as a special case of a rectangular. The square module 1 and the rectangular module 4 are made with rigid contour flanging 10 of the same height (10-50 mm) along the perimeter of the outer side with the formation of recesses in which the plate 11 (or several plates) is made of material suitable for holding removable rearranged holders, for example plates 11 made of technical cork suitable for inserting and holding removable rearranged holders 12 (for example, buttons or, equivalently, any inserted products). The plates 11 are mounted flush with the edges of the recesses of each of the modules 1, 4 and are fixed with glue. The walls 13 of the modules 1, 4 for interfacing with adjacent modules are located on the rear side of each of the modules 1, 4 and are made with a length (50-200 mm) that is a multiple of the smallest of the lengths (50 mm) of the rectilinear walls 15 of the modules 1-9.

In another embodiment, the plates 11 in similar modules can be made of ferromagnetic metal (having magnetic properties, i.e., metal, which itself, being not a magnet, can hold a magnet), to which the data carrier is pressed by rearranged holders 12 in the form of magnets ( any form - bars, cylinders, etc.).

The remaining modules 2, 3, 5-8 have a flat bottom 14 and at least two mutually perpendicular rectilinear walls 15 for interfacing with adjacent modules. The sector convex module 7 is made with a convex arcuate wall 16, and the sector concave module 8 is made with a concave arcuate wall 17. The polygonal module 9 is made with rectilinear walls 15 located along the legs of the right triangle, and the wall 18 located along the conditional hypotenuse of the triangle has the shape a broken star-shaped line with apex 19. Walls 15-18 have a height equal to 10-25 mm.

Modules 2, 5 are made with holders in the form of overhead frames 20 for a flat medium 21 of information (information sheet) of A4 format, and module 3 with holders in the form of a container 22 for a volume medium of information (not shown) facing upward. The lengths of the rectilinear walls of all modules 1-9 are multiples of the smallest of these lengths, i.e. a length equal to 110-130 mm of the wall of the module 1. Along the perimeter of the connection of the inner side of the rectilinear walls 15 and the bottom 14 of each module 2, 3, 5-9, a rectangular protrusion 23 is made, and a rectangular groove 24 with a cross section of 2.5 × along the corresponding outer perimeter 2.5 mm, equidistant (parallel) to the protrusion 23. The rectilinear walls 13, 15 of modules 1-9 are made with holes 25, 26 with a diameter of 3-5 mm under the screw-threaded connecting elements 27. The holes 26 are located at the same height from the bottom 14 of each modules 2, 3, 5-9 and from the edge of the wall 13 of modules 1, 4 in the middle of each from cutting equal to the smallest length of the rectilinear walls 15 of modules 1-9, i.e. so that it is possible to insert elements 27 into the aligned holes 25, 26 of adjacent modules 1-9. For example, the holes 25, 26 are located between themselves and from the edge of the module at distances that are multiples of a segment whose length is equal to half the smallest of the lengths of the rectilinear sides 15 of modules 1-9.

Modules 1-9 are made with the possibility of stacking them in the foot and forming a shield of a spatial honeycomb structure.

The flat bottom 14 and the walls 15 of the modules 2, 3, 5-9 are made of the same thickness.

In the joints of the walls 15 of the modules 2, 3, 5-9, stiffening ribs 28 are made.

The overlay frame 20 for a flat media is provided with a protective transparent plastic screen 29.

The capacity 22 for the volume (subject) storage medium can be performed in one with module 3.

Capacity 22 for a volumetric information carrier can be made in the form selected from the group: pocket, basket or shelf wire frame type (not shown).

Modules 1-9 are made of plastic, for example polycarbonate, by extrusion or injection molding in molds, with a coating applied at the stage of casting with indelible pigmented superconcentrates. Connecting elements (attachment points) 27 are made in the form of bolts, screws and nuts. Frame 20 has a winding slot 30. Modules 1-9 can be made with other attachment nodes from the group: dovetail, latch (not shown).

A set of parts for the information stand is used as follows.

In the transport state, the set of parts for the information stand is a stack of plastic parts placed in a cardboard box (not shown), for example, a suitcase type with a handle for easy carrying. Grooves 24 provide retention of up to 30-50 pcs. modules 2, 3, 5-9 in feet during storage and transportation.

The assembly of the information stand by the consumer consists in connecting modules 1-9 of a set of parts to each other by connecting elements 27, i.e. in this case, bolts, screws, nuts (or other fasteners) using tools, a screwdriver and a wrench, according to a recommended or independently developed stand configuration diagram. The walls 13, 15 connected by elements 27 and having a mutual contact area around the perimeter, due to their height and length, form a honeycomb system of rigidity ribs of the stand, which allows not to use a special supporting frame or frame and to quickly mount, dismantle or change the shape of the stand as a whole. The stand is mounted due to such spatial form-keeping on the conjugate walls 13, 15 and, if necessary, can be mounted on cantilever support posts on the floor. The front surfaces of all modules 1-9 of the assembled stand form a single facade surface of the stand.

A set of parts provides ample opportunities for rearrangement and reorientation of information modules 1-9, inventing a new general configuration, a new image that corresponds to the information presented, the tasks facing the exposition, age, interests and aspirations of users.

As options for the configuration of the stand when solving certain problems, it is possible to use in the stand combinations in different quantities of all or at least three modules from group 1-9.

The operation of the design booth consists in installing information sheets 21 on modules 1 and 4 by fixing them with holders 12 - buttons on the plates 11 of the technical plug or magnets on the plates 11 of metal (ferromagnetic materials - steel and other alloys). Moreover, the sheets 21 can have various shapes and sizes, not limited by the sizes of one module 1 or 4. Since the modules 1 and 4 have plates 11 made flush with their edges, part of the area of the sheet 21, if it extends beyond the edges of the plate 11, may overlap on the adjacent module 1 or module 4. The holders 12 can be installed and rearranged in different places on the surface of the plate 11, as the designer of the exposition considers it convenient. This allows you to transport the booth as part of the exhibition around the world without modifications and to unify the booths intended for the presentation of materials designed both in continental Europe including Russia, as well as in England and the USA. The metric formats A4, A3, etc., adopted in Russia and continental Europe, do not coincide with the inch formats in force in the USA, England and many other countries, therefore, the rigid setting of frame sizes 20 for all rectangular and square modules made it difficult to move the stand to the exhibitions from one country to another if they have a different system of standards. The holders 12 provide a quick replacement of sheets 21. In this case, the holes remaining after removing the buttons (holders 12) in the plate 11 from the technical plug are quickly tightened due to the natural properties of this material. If necessary, the buttons can be installed in one place on the plate 11 repeatedly. The magnets 12 do not leave any marks on the metal plate 11.

In addition, it is planned to install information sheets 21 in the framework of 20, as well as to place objects in containers 22 that are bulky information carriers that can be on a shelf, a basket or bulky pockets. All storage media are suitable for quick replacement, i.e. stand updates.

The information material on sheets of paper is, as a rule, of two types: the usual traditional text-illustrative in the form of sheets of paper of standard and non-standard formats and special in the form of models of puff paper objects, cards with cut-out protruding elements. Sheets 21 with information are designed in color spots and plots that support and enhance the corresponding image of the stand. Information sheet 21 with a protective transparent screen 29 is inserted into the frame 20 through the winding slot 30. Information modules 1-9 can be positioned either horizontally or vertically.

Volumetric information carriers (objects) are toys, stationery, books, albums, electrical appliances, CDs, etc., teaching and advertising material in the form of brochures, leaflets that can be put on shelves, in a basket, volumetric pockets.

A particular option for the operation of the stand may be a visual training task of finding new imaginative configurations of adult learners to develop creative skills without first attaching elements.

Visitors to the exhibition or similar mass events have the opportunity to directly view and study the information presented on the information media of the stand.

Thus, a set of details has been developed for the options of an information designer stand with a minimum range of components with the possibility of quick installation and replacement of flat (e.g. paper) storage media having various formats, in particular, formats standardized in Russia and formats standardized in the USA ( metric formats A4, A3, etc., adopted in Russia, do not coincide with the inch formats in force in the USA, England and other countries) in an arbitrary position, with the capture of part of the area of the neighboring module, and also with the possibility of rapid change, reorientation of media from horizontal to vertical position and vice versa, the spatial size of the stand formoderzhaniya area of 2-3 m ² without additional frames, boards gatherable standard fasteners common, with the possibility of operative packaging carton size to 0 , 5 meters per side for postal transportation, mobility, operation, disassembly, multiple conversion, transforming the stand into configurations resembling an object you are fauna, flora, objects of human activity, artistic images, expanding the scope of the usual information stand in a multifunctional object-bearing device, including for the active creative development of children and adults. The contour arrangement of fasteners contributes to the ease of fastening of modules and other accessories, provides a prefabricated structure with spatial self-sufficient rigidity, allows you to repeatedly convert a stand-designer from a limited number of elements, i.e. implement a variety of artistic and design images. The surface of the elements can be decorated.

The set uses plane-box modules of an interdependent shape with stiffening ribs 28, mounting holes 25, 26 in the side walls 13, 15 of all modules are in the same plane.

The sizes of all elements are tied to the dimensions of the base module 1 with a minimum length of straight sides 15.

A high degree of unification is achieved by a single design, equality, multiplicity of sizes, proportions of elements, the system of location of attachment points.

The stand assembled from the set evokes visual figurative associations, becomes a developing product for preschool, school institutions as a visual aid, interior decoration, for home children's corners, as a children's designer, as a personal creative corner of a teacher, specialist, public person and represents A new tool for training adults to develop creative thinking. The lifetime of the stand-constructor is not limited.

As a result, an effective set of parts for the information stand was created and the arsenal of sets of parts for the information stand was expanded.

At the same time, functionality was expanded in terms of transformability of the geometric configuration to increase the number and variety of information stands, to provide a variety of sizes of information materials with dimensions that are multiple to the sizes of one module, the rearrangement and replacement of information materials is simplified, mobility for quick movement is provided, the level of unification of stand parts is increased, reduced qualification requirements for staff, as well as reduced transformation time and simplified collection and in the workplace and in the transport position.

Claims (12)

1. A set of parts for the information stand, containing parts in the form of monolithic mounting modules of a box-shaped form, each of which has a holder for the information carrier, as well as at least two mutually perpendicular rectilinear walls for interfacing the attachment points with adjacent modules and forming a spatial shield honeycomb design, characterized in that at least one rectangular module is made with a rigid contour flanging of the same height around the perimeter of the outer side with the formation of recesses at least one plate of material suitable for holding removable rearranged holders is mounted flush with the edges of this recess, and the walls for interfacing this module with neighboring modules are located on the back side opposite the said flanging, and are made with length multiple of the smallest of the lengths of the rectilinear walls of these modules. 2. The set according to claim 1, characterized in that the plate is made of technical cork and fixed with glue, and the holders are made in the form of buttons. 3. The kit according to claim 1, characterized in that the plate is made of metal and fixed with glue, and the holders are made in the form of magnets. 4. A kit according to any one of claims 1 to 3, characterized in that the modules are made of plastic by injection molding in molds coated with pigmented superconcentrates deposited at the molding stage. 5. A kit according to any one of claims 1 to 3, characterized in that the modules are made with fasteners from the group: dovetail, latch, screw-nut elements. 6. A kit according to any one of claims 1 to 3, characterized in that it contains at least one square module, at least one rectangular module, at least one triangular module, at least one sector convex a module and at least one sector concave module, wherein the sector modules are made with an angular extension of a quarter of a circle, and at least one of the modules along the perimeter of the connection of the inner side of the rectilinear walls and the bottom is made with a rectangular protrusion, and along match present outside perimeter - with a rectangular groove, said protrusion equidistant. 7. The kit according to any one of claims 1 to 3, characterized in that it contains at least one polygonal module with rectilinear walls located along the legs of the triangle, and the wall located along the hypotenuse has the shape of a broken star-shaped line. 8. A kit according to any one of claims 1 to 3, characterized in that the modules are arranged to be stacked. 9. A kit according to any one of claims 1 to 3, characterized in that at least one module is made with a holder in the form of an overlay frame for a flat information carrier equipped with a transparent screen. 10. A kit according to any one of claims 1 to 3, characterized in that at least one module is made with a holder in the form of a container for a volumetric information carrier. 11. The set of claim 10, characterized in that the capacity for the volumetric information carrier is made in the form selected from the group: pocket, basket or shelf wire frame type. 12. A kit according to any one of claims 1 to 3, characterized in that it is equipped with a suitcase type shipping box with a plastic handle.

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