RU46972U1 - VOLUME MODULE OF THE MEDIA - Google Patents

Abstract

The proposed utility models are versatile in use, easy to manufacture, and able to reflect a voluminous information field.

The peculiarity is that in the volumetric module of the information carrier the body has two walls: the back and the front, forming a volumetric information field, moreover, the size and shape of one wall differs from the shape of the other wall.

A feature of the calendar is that a volume module of the information carrier that performs the Spiegel function is used as the carrier panel.

Description

The proposed utility models relate to advertising media and can be used to inform the population or specific people about certain events, and also serve as a guide in the external information flow.

Known volumetric module of the storage medium, having the form of a desktop calendar "House" with a clasp "lock" and with the basis on a glossy cardboard 275 g / sq. m., printing 4/0, creasing, offset varnish, cutting down the lock (see Price calendars, October 2004. Labyrinth advertising company). It contains a housing having different sizes and / or

at least three side walls and an open cavity at the ends defined by the walls, moreover, the walls are formed sequentially one after another from a single sheet of material, flexible in one plane to the corresponding size of a wall, and the side edge of one extreme the wall is connected to the other extreme wall, with the material used, for example, cardboard, suitable at least on one side for printing inscriptions or other types of graphics, and one of the shackle wall performs the function of a support stand, moreover, it reflects only the information field in one plane from the outside of one of its side walls.

This known volumetric module of the information carrier is selected as a prototype, since it contains the largest number of essential features that coincide with the essential features of the claimed technical solution. However, the prototype has significant disadvantages, such as:

- it is difficult to manufacture due to the presence of a large number of side walls, moreover, most of which have the same size and shape;

- it is difficult to use as the upper part of the three-block and one-block calendar, since the volume of the known information module leaves the volume of the information field reflecting the calendar;

- it is not able to reflect the voluminous information field;

- has a narrow application.

A calendar is known comprising a carrier panel with numerical fields and an additional field placed on its front side, as well as a clock with a dial located in the area of the additional field

carrier panel (see Certificate for Utility Model RF No. 22359, B 42 D 05/04, published 2002.03.27).

This well-known technical solution is selected as a prototype, since it contains the largest number of essential features coinciding with the essential features of the claimed technical solution. However, the prototype has significant disadvantages, such as:

- does not reflect the volume information field, since the carrier panel is a structural element that uses only the front part to reflect the information field, due to its location in one plane;

- has a non-technological design, as it involves numerous operations during manufacture.

The first objective of the proposed utility model is the creation of a volumetric module of an information carrier having versatility in application, ease of manufacture and capable of reflecting a volumetric information field.

The second task is to create a calendar with a wide range of information capabilities and ease of manufacture.

The first problem is solved as follows. In a known volumetric module of a data carrier comprising a housing having front and rear walls of different sizes and an internal cavity open at the ends defined by said walls, the walls being formed sequentially one after another from a single sheet material, flexible in one plane to the corresponding size or another wall and the side edge of one extreme wall is connected to another extreme wall, while the material used as a sheet material,

suitable, at least on the one hand, for printing inscriptions or other types of graphics, ACCORDING to the present utility model, the building has two walls of different shapes, forming a three-dimensional information field.

There is an option that develops the original. According to this option, it is proposed to use plastic as a sheet material.

Another option, in which at least one wall of the outer surface is made curved in the direction opposite to the location of the other wall.

Another option, according to which at least one end of the case is closed.

Another option, according to which, from the connection of at least one free edge of one extreme wall with the other extreme wall, a printing medium is connected, for example, a three-block calendar, wherein said connection is made with the possibility of moving the housing and / or at least the carrier of printing information relative to each other and with the possibility of the housing of the module function Spiegel - the upper part of the carrier of printing information, for example, a calendar.

Another option, according to which the connection of the printing media to the module case is made from one of its ends.

Another option, according to which at least one measuring device is located in the internal cavity of the housing, in which the media of the information field is located on or above the external wall of the module housing and the type of this information field is consistent with the type of information field formed by the walls of the housing.

Another option, according to which at least one additional information carrier is located in the internal cavity of the housing, the information field of which is consistent with the volume information field formed by the walls of the housing.

Another option, according to which the connection of the carrier of printing information, for example, a three-block calendar, is made common with one of the connection of the walls of the housing, for example, using a spring.

Another option, according to which each wall is cut separately from one sheet material, or from two similar sheet materials and are connected to each other in the region of their opposite edges.

Such a new technical solution, with its entire set of essential features, allows you to have a volume module of the information carrier, which simplified the design and manufacturing technology, and which is able to reflect the volume information field.

This is achieved by the fact that the body has only two side walls of different sizes and shapes and an internal cavity open from the ends, which gives it the ability to reflect a three-dimensional information field. At the same time, an additional information carrier may be located inside the cavity, the information field of which is interconnected with the volume information field reflected by the module body, which dramatically increases the ability to convey more information to people. In addition, as it is not surprising, the presence of only two side walls at the body of the volume module of the information carrier increased the volume information field reflected by the proposed module by using the dimensions and geometric shape of these walls relative to

each other. Moreover, due to the presence of only two walls having different sizes and shapes, the design and manufacturing technology of the volumetric module are simplified. As a result, the proposed three-dimensional module can be used both as an independent advertising medium and as a Spiegel in a calendar made either in one-piece or three-block ones.

Compared with the prototype, the proposed volumetric module of the information carrier has significant differences, which consist in the presence of the body only two side walls having a different shape from each other and forming a volumetric information field.

The thematic patent information search carried out by the applicant showed that the proposed combination of essential distinguishing features was not found, which allows us to consider this technical solution new.

The second task is solved in such a way that, in the known calendar containing the carrier panel, the information field reflected by it and the measuring device, ACCORDING to the present utility model, a volume module of the information carrier is used as the carrier panel, in which the case has two different sizes and shapes the side walls forming a three-dimensional information field, and also has an internal cavity bounded by the said walls, covering at least one measuring device located in it, while its carrier inf rmatsionnogo field is located on or above the outer wall of the module housing, and the form of the information field matched to the volume information field formed by the housing walls.

There is an option according to which at least one measuring device has its information field carrier in the form of a compact disk.

Such a new technical solution, with its entire set of essential distinguishing features, allows you to have a calendar that reflects the volume information field in which the information field of its lower parts or parts is consistent with the information field of its upper part - Spiegel. This is achieved by the fact that the upper part of the calendar — Spiegel — is a volume module of an information carrier, in which the case has two side walls of different sizes and shapes, forming a volume information field. This field is consistent with the information field reflected in a monoblock or three-block lower part of the calendar.

Compared with the prototype, the proposed calendar has significant differences, which primarily relate to which Spiegel used, and secondly, the coordination with its information field of the information field reflected by the rest of the calendar.

The essence of the proposed technical solution is illustrated by the drawing, where:

Figure 1 - Front view of the volumetric module of the information carrier;

Figure 2 is a side view of the volume module of the information carrier;

Figure 3 - Scan sheet material for the formation of the body of the volumetric module of the information carrier;

Figure 4 - Front view of the calendar with the proposed volumetric module of the storage medium;

5 is a side view of the calendar with the proposed volumetric module of the storage medium;

6 is a front view of a calendar in a perspective view;

7 is a front view of a variant of the connection of the volumetric module of the storage medium with another storage medium, for example, a monoblock calendar;

Fig. 8 is a side view of a variant of connecting a volumetric module of a storage medium with another storage medium, for example, a monoblock calendar;

Fig. 9 is a front view of a new embodiment of the connection of a volumetric module of a storage medium with another storage medium, for example, a monoblock calendar;

Figure 10 is a side view of a new version of the connection of the volumetric module of the storage medium with another storage medium, for example, a monoblock calendar;

11 - Front view of a variant of the development of the volumetric module of the information carrier;

12 is a side view of a developmental option of a volumetric module of an information carrier.

The practical applicability of the proposed utility model is confirmed below by the following description.

The proposed volumetric module of the information carrier comprises a housing having front and rear walls 1 and 2 of different sizes. Moreover, wall 1 is the rear wall and wall 2 is the front. Between these walls is located, for example, an internal cavity of the housing open from the ends 3. From the ends, this cavity can be closed, for example, by a plug 4 or by the edge of one of the walls 1 or 2 (Figs. 1 and 2). These walls are on one edge

mated 5 through the bend of the sheet material from which they are cut down (Figure 3). In essence, the casing is formed by bending a sheet in which the edges opposite the bending are connected, for example, by a lock, a spring, glue or other means 6. In this case, a material, for example, cardboard, suitable on at least one side, is used as a sheet material for printing inscriptions or other types of graphics. You can use plastic. Mentioned walls 1 and 2 of the housing, which are interconnected with the formation of the internal cavity of the housing, form a three-dimensional information field. This is due both to the fact that each wall has its own dimensions that are different from the dimensions of the other wall, and the presence of each wall in a form that differs from the shape of another wall (Figs. 1, 4, 6). In this case, in particular, the front wall 2 is curved in the opposite direction to the location of the other wall 1. Thus, the casing of the information carrier module not only represents a three-dimensional structure, but also allows you to create a three-dimensional information field, so part of the wall 1 is visible from behind the wall 2 In addition, with the open ends 3 of the body visible part of its internal cavity, which also carries relevant information (Fig.1, 6, 7).

The volume module of the information medium can be connected to the medium 7 of printing information, for example, a three-block calendar (Fig. 4, 5, 6, 7) or monoblock (Fig. 7, 8, 9, 10).

Moreover, the said connection is made with the possibility of moving the housing and / or at least the media 7 of the printing information relative to each other and with the possibility of the housing of the module function Spiegel - the upper part of the media of printing information, for example, a calendar.

Another option, in which the connection of the medium 7 of the printing information to the housing of the module is made from one of its ends 3 (Fig. 7, 8).

Another option, according to which at least one measuring device 8, for example, a clock mechanism, is located in the internal cavity of the case, at the hand of the dial, the media of the information field are located on or above the external wall 2 of the module case. Moreover, the type of this information field is consistent with the type of information field formed by the walls 1 and 2 of the building (Fig 1, 2, 7).

In essence, at least one additional information carrier is located in the internal cavity of the housing, the information field of which is consistent with the volume information field formed by the walls of the housing.

Another option, in which the connection of the carrier 7 of printing information, for example, a three-block calendar, is made common with one of the connections 6 of the walls of the housing with its other extreme wall, for example, using a spring 9 (Figs. 9, 10).

Suppose the manufacturing option of the proposed module from composite walls, each of which 1 and 2 are cut separately from one sheet material, or from two similar sheet materials and have a connection 6 with each other in the region of their opposite edges (Fig.7).

The proposed utility model also applies to the calendar, which uses the previously mentioned volumetric module of the information carrier, is implemented in the following design.

The calendar has the upper part - Spiegel, which is used as a volume module of the information carrier. At his body

two walls 1 and 2, different in size and shape: back and front They form a three-dimensional information field. The housing has an internal cavity. It is limited by the mentioned walls 1 and 2. Inside this cavity at least one measuring device 8 is placed, for example, a clock, thermometer, barometer or the like. Moreover, its media information field is located on or above the outer wall 2 of the module housing. With this information field is consistent with the information field formed by the walls 1 and 2 of the building (Fig.6, 7, 8, 9, 10)

There is an option according to which at least one measuring device its carrier of the information field has the form of a compact disk 10 (Fig.11 and 12).

The principle of operation or use of these devices is obvious and does not need a description. In the volumetric module of the information carrier, information is applied both to the front of the front wall 2 of the housing and to the surface of the second wall 1 of the housing facing this wall 2, if the internal cavity of the housing is open from its ends 3. Moreover, if the internal cavity of the housing is open at least from one end 3 and inside does not have a measuring device 8, then in this cavity you can put other information objects, for example, the corresponding notes (Fig.7). If the proposed volumetric module of the information carrier performs the Spiegel function in the calendar, then the worked out sheets of the calendar 11 can be inserted into the internal cavity of the body of the volumetric information module, on which the user left his notes for further guidance or for memory (Fig. 7). At the same time, the said fulfilled calendar sheet 11 is inside the information field formed by walls 1 and 2 of the volumetric building

module information carrier, which is consistent with the information field, reflected by the sheets 11 of the calendar (Fig.7).

Claims (6)

1. Volumetric module of the information carrier, comprising a housing having front and rear walls of different sizes and an internal cavity open at the ends defined by said walls, the walls being formed sequentially one after the other from a single sheet material, flexible in one plane to the corresponding size or another wall, and the lateral edge of one extreme wall is connected to the other extreme wall and one of the edges of one wall is connected to another wall, while the material used is suitable as at least, on the one hand, for printing inscriptions or another kind of graphic, characterized in that the casing has two walls of different shapes, of which the outer surface of one is curved in the direction opposite to the location of the other wall, and when connected, they form a volume information field. 2. The volume module of the information carrier according to claim 1, characterized in that plastic is used as the sheet material. 3. The volume module of the information carrier according to claim 1, characterized in that a calendar, for example, a three-block calendar, is attached on the side of the connection of the walls of the housing, wherein said connection is made flexible so that the module body can perform a spiegel function. 4. The volume module of the information carrier according to claim 3, characterized in that the connection of the printing medium to the module body is made from the side of its end. 5. The volume module of the information carrier according to claim 1, characterized in that in the inner cavity of the case there is a measuring device, for example, a clock, the dial of which is displayed on the front surface of the front wall of the case. 6. The volume module of the information carrier according to claim 5, characterized in that a CD is used as the watch dial, above which the clock hands are located.