RU51335U1 - STAND FOR DEMONSTRATION OF PRINTED PRODUCTS - Google Patents

Abstract

The utility model relates to stands for demonstration of printed products, in particular, in newsstands and on tables. The achievement of such technical results as the implementation of the purpose of the device as a stand for demonstrating printed products, improving the conditions for filling the stand area with printed products, increasing the useful area of the stand, reducing the distance between the buyer and the demonstration plane of the stand was made possible due to the fact that the stand for demonstrating printed products in the form of a prefabricated the rack is characterized by the presence of a vertical rack in the form of a rod, shelves in the form of a trough facing up, side walls holding 6, the length of which is equal to either the length of the shelf or the length of the rack, rigidly fixed with its bottom on the lower and upper fastening elements of two opposite cylindrical glasses, in which a vertical rod is placed with the possibility of maintaining it in a vertical position and providing rotational movement along the vertical axis, while , a hole is made in the bottom of the shelf at the intersection of its axes of symmetry, the dimensions of which are minimally greater than the maximum cross-sectional size of the vertical rod, and the holding brackets above each shelf placed on the rack at a height sufficient to hold the printed products exhibited in an upright position. Due to the ability to achieve the declared technical results, the inventive stand allows you to fundamentally new way to organize the distribution of printed products, which gives it commercial significance.

Description

The utility model relates to stands for the demonstration of printed products, in particular, in printing kiosks and on street tables.

From the analogue series, a device for exhibiting exhibits is known [AC of the Russian Federation, BI 31, 08/23/02], containing a base mounted on wheel supports and a platform mounted on the base for placing exhibits. The expansion of operational capabilities through the use of wheel supports to rotate the platform with the exhibit is achieved by providing the device with a hoist mounted centrally to the base and pivotally mounted to it with a thrust mounted on the bearing in the support, with the possibility of reciprocating movement in a vertical plane to ensure movement devices on wheel supports when the elevator is raised and the platform rotates with an exhibit on the support when it is lowered. A disadvantage of the well-known stand is its complexity, volatility and a small usable area.

Known prefabricated rack, consisting of several sections, tubular vertical racks, shelves and means of installing shelves on racks, each of which is made in the form of a clamp, including two brackets connected to each other and covering the rack. To expand operational capabilities, the brackets of each means for installing shelves on racks are made in the form of a plate with a recess for covering the racks and are placed in a plane perpendicular to the shelf, with the possibility of rotation on the rack in a horizontal plane to install sections at different angles one relative to the other [AS

1715301, BI 8, 02.28.93]. Known shelving is not intended for the demonstration of printed products.

In the known analogue series, a prototype of the claimed stand for the demonstration of printed products was not found.

The objective of the claimed utility model is to expand the arsenal of stands for the demonstration of printed products.

Technical results that can be obtained by implementing the inventive utility model are:

- Implementation of the purpose of the device, as a stand for the demonstration of printed products;

- Improving the conditions for filling the stand area with printed products;

- Increase the usable area of the stand;

- Reduce the distance between the buyer and the demo

plane of the stand.

The solution of this problem and the achievement of the above results became possible due to the fact that the stand for the demonstration of printed products in the form of a prefabricated rack is characterized by the presence of a vertical rack in the form of a rod, shelves in the form of a trough facing upwards, side walls holding the sko6, whose length is equal to or the length of the shelf , or the length of the rack, rigidly fixed with its bottom on the lower and upper fastening elements of two opposite cylindrical glasses, in which a vertical rod is placed with the possibility of support neighing it in a vertical position and providing rotational movement along the vertical axis; moreover, a hole is made in the bottom of the shelf at the intersection of its symmetry axes, the dimensions of which are minimally greater than the maximum cross-sectional size of the vertical rod, and the holding brackets above each shelf are placed on the rack at a height of sufficient for

holding the displayed printed products in an upright position. In particular examples of the implementation of the stand, the cross section of the rod can be in the form of either a circle, or a triangle, or a polygon, and the ends of the vertical rod are made in the form of hemispheres. In particular examples, the stand is additionally equipped with a bearing, the diameter of which is commensurate with the inner diameter of the cylindrical cup, and is located between the end of the vertical rod and the bottom of the cup, the holding brackets are paired symmetrically on both sides of the shelf, the bottom of the shelf has a concavity or convexity along its length, except this stand can be equipped with symmetrically mounted fasteners in the form of either plates or rods connecting with the formation of the corners of the edge of the lower shelf from the bottom to the vertical ny core. The inventive stand for the demonstration of printed products is illustrated by the following figures:

- Figure 1. General view of the stand with printed products, front view;

- Figure 2. Stand with printed products, side view;

- Figure 3. A shelf shelf in a perspective view;

- Figure 4 Shelf stand, top view;

- Fig. 5 Element of a vertical rod in a cylindrical glass and a shelf, when performing the ends of the rod in the form of hemispheres, a section along AA;

- Fig. 6 Element of a vertical rod, shelf, cylindrical cup and bearing, section along AA;

- Fig.7. Also, only the cross-sectional shape of the rod is trihedral;

- Fig. 8. Display stand with partially filled shelves.

The stand for the demonstration of printed products is a prefabricated rack (not shown in Fig.), In which a vertical rod 1 placed in opposite cylindrical glasses 2 (Fig. 1), the bottom 3 of each of which is rigidly fixed in the corresponding fastening elements 4. The diameter of the cylindrical glasses 2 and their height are configured to maintain the verticality of the rod 1 and its free rotational movement along the vertical axis. The vertical rod 1 is intended for mounting on it shelves 5, made in the form of a trough (Fig. 3), facing upwards, in the bottom 6 of the shelves 5 of which a hole 7 is made at the intersection of the axes of symmetry (Fig. 4), the maximum size of which is minimally greater than the maximum size cross-section of a vertical rod 1. On the sides of the stand, the rack is equipped with side walls 8, which serve to strengthen the structure and fasten the ends of the holding brackets 9. The holding brackets 9 are located above each shelf 5 on both sides of the stand Yu maintaining printed products 10 located on the shelf 5 in height. The length of the holding brackets 9 is either equal to the length of the shelf or the width of the stand, which determines the method of their fastening, namely, either on the shelf 5 or on the side walls 8, which is more convenient from a technological point of view. As a rule, on one shelf 5 are several printed products of 10 different names along its length, and several printed products of the same name along its width. The first copies addressed to the buyer are provided with price tags.

In a particular embodiment, the holding brackets 9 in a pair are arranged symmetrically relative to each other on both sides of the rack. In particular exemplary embodiments, the vertical rod 1 may have a cross section in the form of either a circle or

a triangle, or polygon, with a more traditional cross-section in the form of a circle. To facilitate rotation in particular examples, in the lower cylindrical cup 2 between its bottom 3 and the lower end of the vertical rod 1 there is a bearing 11 with a diameter commensurate with the inner diameter of the cylindrical cup 2, or at least the lower end of the vertical rod 1 is made in the form of a hemisphere. To increase the stability of the stand in a particular embodiment, it is equipped with additional fasteners 12 in the form of plates or rods symmetrically located at the bottom of the stand and connecting the vertical rod 1 and the ends of the shelf 5 to form corners. In a particular example, the bottom 6 of the shelf 5 has either concavity or convexity along its length, which additionally increases the convenience of using the rack when filling the shelf 5 along its width of the printed products of a different height.

The inventive stand works as follows.

The seller sequentially fills with printed products 10 from the upper side of the retaining bracket 9 of the shelf 5 of the rack, while a copy with a price tag is displayed on the side of the buyer. A similar instance may be the initial in a row from the seller. In the absence of such instances, the seller easily turns the stand with the price tags towards him, giving with his hand a rotational movement to the vertical rod 1 placed in two opposite cylindrical cups 2, each fixed with its bottom in the fastening elements, for example, the ceiling and the table of the printing stand, and also easily returns him to the starting position. When distributing printed products using a printing kiosk, they usually install

at least four declared stands. To facilitate rotation of the stand, in the lower cylindrical cup 2, for example, a bearing 11 is placed, the diameter of which is at least less than the inner diameter of this cup, or at least one end of the rod is made in the form of a hemisphere.

The practical applicability of the claimed utility model is shown in the following example of a specific implementation.

Example.

The printing booth has four stands for printed products with the following parameters:

- Stand height, cm 180; - shelf length, cm 70; - Width of the shelf (flat bottom), cm four; - Number of shelves 8; - Number of holding brackets 16;

- Location height

staples above the shelf, cm 28;

- The number of copies printed

products along the length of the shelf \ tab5;

- Number of copies of printed matter

in a row across the width of the shelf four; - Useful area of the stand, cm 12600;

As can be seen from the example of a specific implementation, the claimed combination of essential features of the utility model allows, at minimal cost, to multiply the useful area of the stand for the demonstration of printed products, to improve ease of use both in terms of service,

and in relation to facilitating the choice of printed materials by customers, due to the maximum approximation of the covers of the latter to the glass of the kiosk.

Due to the ability to achieve the declared technical results, the claimed stand allows you to fundamentally new to organize work on the distribution of printed products, which gives it commercial significance.

Claims (7)

1. The stand for the demonstration of printed products in the form of a prefabricated rack, characterized by the presence of a vertical rack in the form of a rod, shelves in the form of a trough facing up, side walls holding brackets, the length of which is equal to either the length of the shelf or the length of the rack, rigidly fixed with its bottom on lower and upper fastening elements of two opposite cylindrical glasses, in which a vertical rod is placed with the possibility of maintaining it in a vertical position and providing rotational movement along the vertical axis, while m, a hole is made at the bottom of the shelf at the intersection of its symmetry axes, the dimensions of which are minimally greater than the maximum cross-sectional dimension of the vertical rod, and the holding brackets above each shelf are placed on the rack at a height sufficient to hold the displayed printed product in an upright position. 2. The stand according to claim 1, characterized in that the cross section of the rod may be in the form of either a circle, or a triangle, or a polygon. 3. The stand according to claim 1, characterized in that the ends of the vertical rod are made in the form of hemispheres. 4. The stand according to claim 1, characterized in that it is equipped with a bearing, the diameter of which is comparable with the inner diameter of the cylindrical glass, and located between the end of the vertical rod and the bottom of this glass. 5. The stand according to claim 1, characterized in that the holding brackets in pair are mounted symmetrically on both sides of the rack. 6. The stand according to claim 1, characterized in that the bottom of the shelf has a concavity or convexity along its length. 7. The stand according to claim 1, characterized in that it is equipped with symmetrically mounted fasteners in the form of either plates or rods connecting with the formation of angles, the edges of the lower shelf from the side of their bottom, with a vertical rod.