KR200305632Y1 - Exchange Sign Board Movable screen - Google Patents

Abstract

The present invention relates to a screen moving sign board (Sign Board, 看板), and in particular, by placing the screen in a three-way (WAY) centered around the cabinet so that the display surface of the front screen alternately in three forms, Compared to the screen moveable signboard of the company, more screen display surface can be realized stably.

Screen moving type sign board according to the present invention, the rotating roller is interlocked in accordance with the rotation of the drive motor and the screen is wound, the rotating roller and the rotating roller to guide the movement of the screen in accordance with the rotation of the rotating roller corresponds to the display surface of the screen A first guide roller installed at a predetermined distance apart from each other, a position roller of the screen positioned between the rotary roller and the first guide roller to position the trajectory of the screen between the rotary roller and the first guide roller, and the position It characterized in that it consists of a second guide roller for guiding the screen passing along the roller in the outer direction again to the same point as the first guide roller and guides the screen in the direction of the rotating roller. Accordingly, the form of TM clean display surface can be expressed in various ways without additional investment in facility materials, thereby solving the problem of simplifying the screen display surface, and realizing the display surface of various screens to double the advertising effect, and relatively simple structure. As a result, it is economical to increase advertising efficiency. In addition, it is possible to manufacture in various shapes in consideration of the installation environment, location, installation purpose, surrounding conditions, etc., and the appearance of the treatment can be beautifully processed, so that it can be effectively installed without harming the urban landscape.

Description

Screen Portable Signboards {Exchange Sign Board Movable screen}

The present invention relates to a screen moving sign board (Sign Board, 看板), and in particular, by placing the screen in a three-way (WAY) centered around the cabinet so that the display surface of the front screen alternately in three forms, Compared to the screen moveable signboard of the company, more screen display surface can be realized stably.

In general, the sign board 10 for displaying symbols, letters, numbers, figures, and the like in a simple form includes a screen 11 on which symbols, characters, and figures are displayed, as shown in FIG. It is provided with a cabinet 12 for supporting and incorporating a lighting device such as a fluorescent lamp.

The sign board 10 of FIG. 1 is a simple form in which the front portion of the board panel 13 of the cabinet 12 is treated with the screen 11 and a specific mark is displayed on the surface thereof. Is being used. However, there is a disadvantage in that the identification power and display power fall at night when there is no illumination, most of which is provided with a built-in lighting device such as a fluorescent lamp inside the cabinet (12).

2 is a side cross-sectional view of a sign board 10 having a fluorescent lamp 14 attached to the inside of the screen 11, commonly referred to as a fluorescent sign, and the fluorescent lamp 14 is formed on the screen 11 surface. Facility on the back of the structure through the irradiation of light to improve the visibility and identification of the screen (11) surface.

However, this structure is a form in which the screen 11 is fixedly attached to the cabinet 12, and the screen 11 is impossible to move and has a disadvantage in that it brings a limit in expressive power.

3 is a sign board 20 configured to be movable on a screen 11 surface, the main part of which is a window 22 for expressing the screen 21 to the outside and a winding roller 23 for winding the screen 21. ), A drive motor 24 for rotating the take-up roller 23, and a guide roller 25 for rotating the screen 21 surface in a predetermined direction through the rotational force of the drive motor 24.

In addition, the controller 26 controls the power applied to the drive motor 24 and controls the rotation period of the drive motor, and controls the rotation of the drive motor 24 according to the moving position of the screen 21. The sensor unit 27 is provided.

The screen 21 used here is not a hard panel of acrylic or other synthetic resin series, but can be wound or unrolled along the winding roller 23 and the guide roller 25 using a flexible material such as cloth or cotton. The screen 21 is manufactured using the material.

In this structure, since the screen 21 is wound around the winding roller 23 and the guide roller 25 in a predetermined area, when the driving motor 24 is rotated, the winding roller 23 and the guide roller 25 are rotated by the rotational force. The screen 21 can be expressed in various forms using the principle that the screen 21 is freely wound or unrolled according to the following. Thus, by moving the screen 21 in this way, in one cabinet 28 The effect of displaying the screen 21 on at least one surface is obtained.

That is, the surface of the screen 21 is a surface corresponding to the width and height size determined by the window 22 of the front board panel 29 of the cabinet 28, and when viewed as a single side, the screen 21 is wound up. Rotation through the roller 23 and the guide roller 25 will be able to represent another screen 21 display surface.

However, such a screen 21 mobile signboard has a problem in that the display surface of the screen is limited because it can not only implement two screen display surface.

In addition, there are advertisement boards that can realize texts and moving images using LED display boards and LCD / PDP displays that can display various screens, but they are classified as electronic advertisement boards rather than sign boards because they implement screen images with electric signals. Can be. On the other hand, the sign board that can be easily attached to a wall surface such as a show window, etc., was simply a large limit of expression because it simply printed the desired symbol, text or photo on the screen regardless of the installation of the lighting.

Therefore, the conventional screen type signboard implements the display surface of the cross-section or moves the screen through the driving motor to change the display surface of the screen. Similarly, since the display surface of the screen can be implemented only on both sides of the screen display surface. There were problems such as not expecting various changes.

Accordingly, an object of the present invention is to provide a sign board that can be used while varying the display surface of the screen in configuring a screen moving sign board.

Another object of the present invention is to simply implement a variety of screen display surface simply by changing the arrangement position of the screen moving roller in the space of the cabinet constituting the screen moving signboard.

Features of the present invention for achieving this purpose,

The cabinet is emptied into a certain space, the cabinet is a fluorescent lamp is selectively arranged, a screen made of a flexible material to be wound or unrolled in the roller in the interior space of the cabinet, cut to any width and width, and the screen Forming the movement trajectory of the screen together with a roller for winding or unwinding the screen to guide the movement of the movement and to create the movement trajectory of the screen, a driving motor for rotating the roller, and a roller interlocked according to the rotation of the driving motor. In the screen moving type sign board consisting of a guide roller and a controller having a timer for controlling the movement period of the screen and the power of the driving motor,

The screen movable sign board,

Rotation rollers are interlocked with the rotation of the drive motor and the screen is wound,

A first guide roller installed at a position spaced apart from the rotating roller at regular intervals corresponding to the display surface of the screen to guide the movement of the screen according to the rotation of the rotating roller;

A position roller of the screen positioned between the rotary roller and the first guide roller to position the trajectory of the screen between the rotary roller and the first guide roller;

And a second guide roller for guiding the screen passing along the position roller back to the outer direction, leading to the same point as the first guide roller, and guiding the screen in the direction of the rotating roller.

Optionally, by connecting the rotary roller and the 1.2 guide roller in a chain, respectively, the rotation of the rotary roller is characterized in that it is composed of an interlocking structure which is transmitted to the 1.2 guide roller separately from the screen.

Optionally, the distance of the screen wound on the rotating roller and the first guide roller is equal to the length plus the distance of the screen wound on the first guide roller, the position roller and the second guide roller.

By extending the length of the screen to the maximum length by only arranging the rollers in one cabinet space, the screen display surface implemented through the display surface of the cabinet front screen board is expressed in the 3-way direction to display the display surface of the screen without rearranging the screen. Various implementations are possible. In addition, it is possible to simply overcome the limitation of the expression of the existing screen moving signboard simply by repositioning the roller.

1 is for explaining a general signboard, a front view of the signboard

Figure 2 is for explaining another conventional signboard, side cross-sectional schematic diagram of a signboard with a built-in fluorescent lamp

Figure 3 is for explaining another conventional signboard, a cross-sectional view showing the overall configuration of the screen movable signboard

4 is a schematic diagram of a sign board according to the present invention;

5 is a schematic plan view of a sign board according to the present invention;

6 is another configuration example of a sign board according to an embodiment of the present invention

7 is a view showing another configuration example of a sign board according to an embodiment of the present invention

* Description of the symbols for the main parts of the drawings *

30: Signboard 31: Cabinet

32: SCREEN 33: Drive motor

34: rotating roller 35: first guide roller

36: position roller 37: second guide roller

38: fluorescent lamp 39: chain

40: first surface 41: second surface

42: third surface

Hereinafter, the present invention will be described with reference to the drawings.

Figure 4 is a perspective view schematically showing a sign board according to the present invention. 5 is a plan schematic view of a sign board according to the present invention. 6 is a configuration example of a signboard extending in the horizontal direction as another embodiment according to the present invention. 7 is a configuration example of a signboard close to a square as another embodiment according to the present invention.

The sign board 30 of the present invention, as shown in Figs. 4 to 7, the interior of the empty space in a constant space, the fluorescent lamp is selectively placed in the cabinet 31, and wound around the roller in the interior space of the cabinet 31 It is made of a flexible material so that it can be unwound or unwound, and the screen 32 is cut to any width and width, and the screen 32 is wound or unwound to guide the movement of the screen 32 and create a movement trajectory of the screen. A guide roller for forming a movement trajectory of the screen together with a roller, a drive motor 33 for rotating the roller, a roller interlocked with the rotation of the drive motor 33, and a movement period and driving of the screen 32 It may be made of a controller having a timer for controlling the power of the motor 33.

Specifically, the roller 32 provided on the cabinet 31 is arrange | positioned as follows, and the length of the screen 32 is extended.

The main part is interlocked in accordance with the rotation of the drive motor 33, the rotary roller 34 is wound around the screen 32, and the rotary roller 34 to guide the movement of the screen according to the rotation of the rotary roller 34 Is located between the first guide roller 35 and the rotary roller 34 and the first guide roller 35 which are installed at a predetermined distance apart from each other at a predetermined interval corresponding to the surface of the screen 32. The position roller 36 of the screen 32 for positioning the trajectory between the rotary roller 34 and the first guide roller 35 and the screen 32 passing through the position roller 36 in the outer direction again. The second guide roller 37 guides the screen 32 to the rotating roller 34 in the same direction as the first guide roller 35. Reference numeral 38 is a fluorescent lamp, and 43 is a chain sprocket.

Optionally, the rotation roller 34 and the 1.2 guide rollers 35 and 37 are connected to the chain 39, respectively, so that the rotation of the rotation roller 34 is separated from the screen 32 by the 1.2 guide roller 35. It may be configured as an interlocking structure delivered to (37). When the rotary roller 34 and the 1.2 guide rollers 35 and 37 are connected to the chain 39, respectively, the driving force of the rotary roller 34 can be evenly transmitted to the 1.2 guide rollers 35 and 37 so that the screen ( 32) can be moved more smoothly.

Optionally, the length of the surface of the screen 32 wound on the rotary roller 34 and the first guide roller 35 is wound on the first guide roller 35, the position roller 36, and the second guide roller 37. The distance of the screen 32 is equal to the length plus.

Here, the screen 32 wound around the rotary roller 34 and the first guide roller 35 forms a first surface 40, the first guide roller 35, the position roller 36 and the second guide. The distance of the screen 37 wound on the roller 37 forms the second display surface 41, and the portion of the screen 32 wound on the remaining second guide roller 37 and the rotating roller 34 has a third display surface ( 42).

Effects of the present invention configured as described above are as follows.

When the driving motor 33 is rotated, the rotary roller 34 engaged with the rotary gear of the driving motor 33 rotates in the same direction as the rotation direction of the driving motor 33.

From the time when the rotary roller 34 starts the initial rotation, the screen 32 wound thereon moves in the same direction as the rotational direction of the rotary roller 34.

Since the screen 32 is wound around the rotating roller 34, the first guide roller 35, the position roller 36, and the second guide roller 37 while maintaining the appropriate tension, the rotation of the rotating roller 34 If present, they move in one direction through the friction forces with the respective rollers.

That is, when the rotary roller 34 starts to rotate, the rotational force is transmitted to the first guide roller 35 through the screen 32 so that the first guide roller 35 rotates, and the screen 32 passes again. The rotation is transmitted to the position roller 36 so that the position roller 36 rotates, and finally, the rotational force is sequentially transmitted to the second guide roller 37 through the screen 32.

Here, the first guide roller 35, the position roller 36, the second guide roller 37 serves to guide the movement of the screen 32, and does not necessarily require rotation. That is, the rotary roller 34 is a portion that receives the rotation of the drive motor 33, and because it is a portion causing the movement of the initial screen 32, but the rotation action is necessary, but the remaining first guide roller 35, position roller 36, the second guide roller 37 is a roller for guiding the movement of the screen 32 while the main function forms the movement trajectory of the screen 32, so that the screen friction of the screen 32 is minimized. Only the slip action of 32 can guide the movement of the screen.

On the other hand, the distance between the rotary roller 34 and the first guide roller 35 forms the longitudinal cross-sectional distance of the screen display surface, the height of the rotary roller 34 and the first guide roller 35 is To form a width.

Here, the distance of the screen 32 wound around the rotary roller 34 and the first guide roller 35, the screen 32 wound around the first guide roller 35 and the position roller 36 and the second guide roller 37 The distance of the can be equal to the length plus, so arranged, the screen 32 wound around the rotary roller 34 and the first guide roller 35 can form a first surface 40, The surface of the screen 32 wound around the first guide roller 35, the position roller 36, and the second guide roller 37 may form a second display surface 41, and the remaining second guide roller 37 ) And the surface portion of the screen 32 wound on the rotary roller 34 can form the third display surface 42, so that the display surface of the screen 32 is 1.2.3 display surface 40, 41. (42) can be implemented.

The rotary roller 34 is a part which rotates directly by receiving the driving force of the driving motor 33. As described above, a roller for moving the screen as necessary while forming the movement trajectory of the screen 32 in cooperation with the other rollers. The remaining first guide roller 35, the position roller 36, the second guide roller 37, and the like are rollers for guiding the movement while extending the total length of the screen 32.

Here, the individual rollers do not interfere with the movement of the screen even if the rollers are rotated or otherwise do not rotate under the frictional force of the screen.

However, when the surface slip action of the roller to induce the movement of the screen there is a disadvantage that the wear of the screen proceeds quickly due to the constant friction force may shorten the life. Therefore, a more stable form may be a structure for guiding the movement of the screen while rotating the individual rollers, but if there is no separate roller rotation interlock means to induce the roller rotation action depending on the screen friction force, Similarly, there is a problem that can not prevent the continuous wear of the screen or changes in tension.

Accordingly, the rotary roller 34 and the 1.2 guide rollers 35 and 37 are connected to the chain 39, respectively, so that the rotation of the rotary roller 34 is separated from the screen 32 by the 1.2 guide roller 35. In the case of the interlocking structure transmitted to 37, the individual rollers can be interlocked with the rotation of the rotary roller 34, so that the movement of the screen 32 can be stably induced.

On the other hand, the configuration form of the sign board according to the present invention can be configured in various forms as shown in Figs. This facility can be installed by selecting the appropriate size and shape in consideration of the installation location, the purpose of the advertisement, and the effect of the advertisement.The signage surface of the screen can be expressed in a three-way format. There is an advantage that various expressions can be made while changing the screen display surface.

As such, the screen moveable sign board of the present invention can express the shape of the screen display surface in various ways without additional investment of facility materials, thereby solving the problem of simplifying the screen display surface shown in the existing screen moveable sign board, Not only can the advertisement surface be doubled by implementing the display surface, but also the economic efficiency can be increased because the advertising efficiency can be increased with a relatively simple structure.

In addition, it can be manufactured in various shapes in consideration of the installation environment, location, installation purpose, surrounding conditions, etc., and the appearance of the treatment can be beautifully processed, thereby effectively installing the city without harming the landscape.

Claims (3)

The cabinet is emptied into a certain space, the cabinet is a fluorescent lamp is selectively arranged, a screen made of a flexible material to be wound or unrolled in the roller in the interior space of the cabinet, cut to any width and width, and the screen Forming the movement trajectory of the screen together with a roller for winding or unwinding the screen to guide the movement of the movement and to create the movement trajectory of the screen, a driving motor for rotating the roller, and a roller interlocked according to the rotation of the driving motor. In the screen moving type sign board consisting of a guide roller and a controller having a timer for controlling the movement period of the screen and the power of the driving motor, Rotation rollers are interlocked with the rotation of the drive motor and the screen is wound, A first guide roller installed at a position spaced apart from the rotating roller at regular intervals corresponding to the display surface of the screen to guide the movement of the screen according to the rotation of the rotating roller; A position roller of the screen positioned between the rotary roller and the first guide roller to position the trajectory of the screen between the rotary roller and the first guide roller; A screen moving signboard comprising: a second guide roller for guiding the screen passing along the position roller back to the outward direction to the same point as the first guide roller and guiding the screen in the direction of the rotating roller. . The method of claim 1, The rotating roller and the 1.2 guide roller connected to each of the chain by a chain moving signboard, characterized in that the rotation of the rotating roller is configured to interlock with the 1.2 guide roller. The method of claim 1, The distance of the screen wound on the rotating roller and the first guide roller, the screen moving signboard, characterized in that the same as the length plus the distance of the screen wound on the first guide roller and the position roller and the second guide roller.