JPH01276192A - Method and device for display for commercial advertisement - Google Patents

Abstract

PURPOSE:To make the device compact by arranging plate pieces for displaying plural kinds of picture surfaces in two arrays in overlapping relation, and moving the head plate piece in a 1st array and the tail plate piece in a 2nd array relatively by a transporting part and overlapping them. CONSTITUTION:One of five different kinds of picture surfaces is divided equally into even (e.g. 10) plate pieces A1-A10, B10-B10, C1-C10, and D1-D10 to form five blocks P1-P5 of pairs of plate pieces. When a main driving shaft 4 is rotated clockwise by a motor, engagement claws 9 of operating components 20 positioned in front of timing belts 6 and 6 engage projection shafts 10 and 10' of the head plate piece A1 in the 2nd array and the engagement claws 19 of operating pieces 21 behind the belts engage the projection shafts 10 and 10' of the tail plate piece D2 to move the plate piece A1 and D2 horizontally in the opposite directions; and the plate pieces B2, B1, C2, C1, and D2 are overlapped in the 1st array and the plate pieces A1, A2, E1, E2, and D1 are overlapped in the 2nd array through the operation of slanting surfaces (a) and (b). Then the motor is reversed to the original position and their reciprocal run is repeated twice to obtain another combination of overlapping.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present application mainly relates to a display method and apparatus used for advertising.

BACKGROUND OF THE INVENTION Conventionally, as a display device for advertising, a plurality of pillars each having a regular polygonal cross section were arranged in parallel in the horizontal direction, and one screen was divided into a plurality of parts on the same surface of each of the plurality of pillars. A typical configuration is one in which each pixel is displayed individually, and by intermittently synchronously rotating multiple columns displaying pixels in this way, multiple different screens consisting of a set of multiple columns are sequentially displayed. It is.

Problems to be Solved by the Invention However, according to the above-mentioned conventional structure, the synchronous rotation drive mechanism of the column is not only complicated, but also requires a large space. When attempting to display a large number of columns, the thickness of the pillars also increases, resulting in an increase in the overall size, which has the disadvantage of limiting the scope of use.

Means for Solving the Problems Therefore, in order to improve the defects of the conventional ones described above, the present application proposes a method in which a plurality of plate pieces displaying several different types of screens are superimposed and arranged in two rows, and the two rows are overlapped. One transfer section of a transfer means having two transfer sections running in opposite directions moves the frontmost plate piece in the first row in the running direction, and transfers the plate piece at the frontmost position in the second row to the frontmost plate piece in the second row. At the same time, the other transfer unit moves the rearmost plate piece in the second row in a direction relative to the above and overlaps the back surface of the rearmost plate piece in the first row, and this action proposes a display method for advertising that is characterized by simultaneously displaying two different screens in sequence by changing the frontmost plate pieces in the first and second rows, and also displays different numbers of screens. Divide each seed screen into two, display each divided pixel on a plate, and divide these plate pieces into two.
The plate pieces superimposed in the two rows are superimposed in parallel, and the frontmost plate piece in the first row is transferred by one transfer section of a transfer means having two transfer sections that run in opposite directions. It moves in the traveling direction and overlaps the surface of the frontmost plate piece in the second row, and at the same time moves the rearmost plate piece in the second row in a direction relative to the previous plate piece by the other transfer unit to overlap the surface of the frontmost plate piece in the first row. An advertisement characterized by displaying different screens sequentially by changing the two frontmost plate pieces in the first and second rows by superimposing them on the back side of the second plate piece and repeating this action twice. This is a display method for advertising. All of the above configurations are for displaying two different screens at the same time or displaying one screen using two plates, but in order to increase the number of pixels that make up the screen and make detailed expression possible. Furthermore, one screen is divided into integral multiples of 2, each divided pixel is displayed on a board, and these boards are divided into a plurality of blocks each consisting of two blocks according to the arrangement order of the pixels. Similarly, other different screens are divided into a plurality of blocks, and the board pieces belonging to the same block of each different screen are gathered together, overlapped in two rows, and arranged in parallel for each block. The plate pieces stacked in two rows are transferred to the second row by moving the frontmost plate piece of the first row in the running direction by one transfer section of a transfer means having two transfer sections running in relative directions. At the same time, the rearmost plate in the second row is moved in a direction relative to the above and overlapped with the back surface of the rearmost plate in the first row, and this action is By repeating the
This invention proposes a display method for advertising, which is characterized in that different screens are sequentially displayed by a series of arrangement of the frontmost plate pieces in the 1st and 2nd columns of each block.

Further, as a display device, a driving shaft and a driven shaft are arranged opposite to each other in a display body having a display section on the front side, and a transfer belt is stretched endlessly between them, and the display body is opposite to the display section. A guide frame is arranged within the display body, and board pieces each displaying several different types of screens within the guide frame are arranged in two rows overlapping each other, and each of the board pieces is arranged on both sides in the direction of movement. on the face,
When moving from the first row to the second row, it can be joined so that it rides on the surface of the second row, and when it moves from the second row to the first row, it can be joined so that it sneaks into the back of the second row. a first actuating piece forming a sloped surface, and on one transfer side of the transfer belt, engaging with and moving the foremost plate of the first row in the transfer direction; On the other transfer side, a second actuating member is respectively attached which engages with the rearmost plate of the second row in the direction of transfer and moves this in a direction relative to the latter; , the frontmost plate piece in the first row overlaps the surface of the frontmost plate piece in the second row, and the rearmost plate piece in the second row overlaps the surface of the frontmost plate piece in the first row. A control means for driving the main shaft is provided so as to make the drive shaft reciprocate with the stroke necessary to overlap the back surface.A main drive shaft and a driven shaft are arranged opposite to each other in a display body having a display section on the front surface. A transport belt is stretched endlessly between them, and a guide frame is arranged inside the display body facing the display section, and each of several types of screens is divided into two parts within the guide frame. The board pieces displaying each divided pixel are overlapped and arranged in two rows,
Each of the plate pieces is arranged on both sides in the direction of movement, such that when moving from the first row to the second row, it rides on the surface of the second row, and when moving from the second row to the first row. , forming inclined surfaces that can be joined to each other so as to penetrate into the back surface of the second row, and on one moving side of the transfer belt, engaging with the foremost plate piece of the first row in the transfer direction. The first step to move this is
on the other transfer side, respectively, a second actuating member that engages the rearmost plate of the second row in the direction of transfer and moves this in a direction relative to said second actuating member; Further, the transfer belt is arranged so that the frontmost plate piece of the first row overlaps the surface of the frontmost plate piece of the second row, and the rearmost plate piece of the second row overlaps the surface of the frontmost plate piece of the second row. A control means is provided for driving the driving shaft so as to make two reciprocating movements for one screen with the stroke necessary to overlap the back surface of the rearmost plate piece, and a display body having a display section on the front side is provided. A driving shaft and a driven shaft are arranged opposite to each other, a moving belt is stretched endlessly between them, and a plurality of guide frames are arranged in parallel in the running direction of the transport belt within a display body facing the display section. At the same time, one screen is divided into integral multiples of 2, and the board pieces displaying each divided pixel are divided into a plurality of blocks of 2 pieces 1 & Il according to the pixel arrangement order, and other Similarly, different screens are divided into a plurality of blocks, the board pieces belonging to the same block of each different screen are collected, and each block is housed in each of the corresponding guide frames, and The plate pieces are superimposed and arranged in two rows in parallel, and each of the plate pieces is arranged on both sides in the direction of movement so as to ride on the surface of the second row when horizontally moving from the first row to the second row, and
When moving horizontally from the second row to the first row, a slope surface that can be joined to the rear surface of the second row is formed, and
On one transfer side of the transfer belt, in the transfer direction, a first
a first actuating part that engages and moves the foremost plate of the row, on the other transport side, engages with the rearmost plate of the second row in the direction of its transport; A second actuating member that moves this in a direction relative to the above is attached to each of the conveyor belts, and the transfer belt is moved so that the frontmost plate of the first row overlaps the surface of the frontmost plate of the second row. At the same time, the driving shaft is driven so that the rearmost plate in the second row travels back and forth twice for one screen with the stroke necessary for the rearmost plate in the first row to overlap with the back surface of the rearmost plate in the first row. The present invention proposes a display device for advertising, which is characterized by being equipped with a control means for controlling.

In this application, the above-mentioned device can be of horizontal or vertical type, and in order to ensure the transfer of the plate pieces,
A timing belt is used as the transfer belt, and a pair of timing belts are installed at both ends of the driving shaft and the driven shaft.
In order to facilitate the movement of the plate pieces, an engaging pawl provided on the actuating part is placed at the center of the upper and lower surfaces of each plate piece. A protruding shaft is provided for engagement, and a biasing means is provided for press-contacting the rear surface of the rearmost plate piece in each row and elastically biasing it toward the display section so that the plate pieces overlap without play. It is made up of.

Function: When the transporting means is driven in a state where two different screens are displayed by the screens displayed on the frontmost plate pieces of the first and second rows, the transporting section of the - The frontmost plate piece of the first row overlaps the surface of the frontmost plate piece of the second row, and by the other transfer section, the rearmost plate piece of the second row is
It polymerizes on the back surface of the rearmost part of the first row, and due to this action, the first
and the first plate piece and the last plate piece in the second row are respectively changed,
As a result, two different screens are displayed simultaneously depending on the arrangement of the frontmost plate pieces. This effect is the same in that device as well.

That is, due to the rotation of the main drive shaft, an endless transfer belt, preferably a timing belt, runs, and on one transfer side, the first actuating piece engages with a protruding shaft provided on the foremost plate of the first row. At the same time, it is moved in the running direction, and its side surface is joined to the side surface of the frontmost plate piece in the second row, and due to the joining action,
The frontmost plate piece in the first row rides on the surface of the frontmost plate piece in the second row. On the other transfer side of the transfer belt, the second actuating member moves the rearmost plate of the second row in a direction relative to the latter so that it slips into the rearmost rear surface of the first row. This action is performed by controlling the drive of the main drive shaft by the control means.

In other words, the frontmost plate piece in the first row overlaps the surface of the frontmost plate piece in the second row, and the rearmost plate piece in the second row overlaps the back surface of the rearmost plate piece in the first row. After polymerization, the main drive shaft is reversed and the first. The second actuating parts each return to their original standby position.

Therefore, the changed screen displayed on the foremost board in the first row and the screen displayed on the foremost board in the second row are displayed simultaneously again.

In the above, when one screen is divided into two and several types of screen divided into two are superimposed and arranged in two rows, the control means repeats the reciprocating movement of the transfer means twice, so that the top Different other screens can be displayed by the two rows of strips at the top.

Furthermore, in a configuration in which one screen is divided into integral multiples of 2, one screen is displayed by the arrangement of pixels displayed on the frontmost plate pieces of the first and second columns of each block. When the transporting means is driven from this state, one of the transporting parts causes the frontmost plate piece of the first row to overlap the surface of the frontmost plate piece of the second row, and the other transporting part overlaps the surface of the frontmost plate piece of the second row. The rearmost plate of the first row overlaps with the rearmost back of the first row, and this action is repeated twice by the control means via the transfer means to form the frontmost plate of the first and second rows in each block. The plate piece and the last plate piece are each swapped twice, and as a result,
Different screens are displayed depending on the arrangement of the plates at the front of each block.

This effect is that! The same applies to the J position.

That is, the rotation of the main drive shaft causes an endless transfer belt, preferably a timing belt, to run, on one transfer side of which a first actuating piece engages a protrusion provided on the foremost plate of the first row of each block. It engages with the shaft and moves it in the running direction, and its side surface joins the side surface of the foremost plate piece in the second row, so that the foremost plate piece in the first row is moved to the second row. Climb onto the surface of the frontmost plate. Also, on the other transfer side of the transfer belt,
The second actuating member causes the rearmost plate piece of the second row of each block to move in a direction relative to said plate piece so as to sneak into the rearmost rear side of the first row. This action is performed by U-controlling the driving shaft by the control means.

In other words, the frontmost plate piece in the first row overlaps the surface of the frontmost plate piece in the second row, and the rearmost plate piece in the second row overlaps the back surface of the rearmost plate piece in the first row. After polymerization, the main drive shaft is reversed and the first. The second actuating parts are respectively moved back to the standby position.

The above-described plate replacement action is repeated twice by the two reciprocating runs of the transfer belt, and as a result, the foremost plate piece and the last plate piece of the first and second rows in each block are replaced twice. Different screens are displayed by changing the arrangement of pixels displayed on these plate pieces, and this display state is maintained by stopping the rotation of the main drive shaft for a required period of time.

Embodiments Below, embodiments of the present application will be described in detail with reference to the drawings. The drawings illustrate the case where five different types of screens are each divided into integral multiples of 2 and displayed, and in both Figs. 2 and 4, some parts are omitted and only the configuration of one block is shown. FIG. 2 is a cross-sectional view mainly showing.

The display body (1) consists of a thin horizontal rectangular housing, and a driving shaft having pulleys (2) and (3) at the left and right positions inside the housing, respectively, with pulleys (2) and (3) preferably having meshing teeth on the outer periphery at the upper and lower ends. (4) and the driven shaft (5) are vertically arranged, and the timing belt (6) is preferably set so that there is no running error between the left and right opposing pulleys (2) and (3).
, (6)' are each stretched endlessly.

In the central position surrounded by the main drive shaft (4), driven shaft (5), and upper and lower timing belts (6) and (6)' in the display body (1), there is a mark formed on the front surface of the display body (1). A plurality of plate pieces displaying a screen are arranged facing the display section (7). Specifically, one screen is equally divided into an integral multiple of 2, for example, 10, and each divided pixel is displayed on each vertical rectangular plate piece Al to A1° having the same shape. Divide Al to A+o into five blocks P to P5 with two blocks 1 & 11 according to the arrangement order,
These are arranged horizontally in each block via a guide frame (15) which will be described later. Each block P1 to P5 has the same configuration, so FIGS. 2 to 4 disclose only the first block P, and the other blocks P2 to P,
is omitted.

In addition, since this example discloses the case where five types of screens are displayed, the plate pieces that display pixels constituting other different screens are also B1 to B+o, CI to CrOx DI to D.
l. and EI to El. Among the plate pieces, the plate pieces B+, B2, CI, C2, Dl, Dl and El,
B2 is also A1. Like A2, it is incorporated into the first block P.

Then, the plate pieces A+ and A2 incorporated in the first block P,
．． 81. B2, CI, C2, Dl, D22 El and B
2 is polymerized in two rows.

That is, as shown in FIG. 2, the back surface of the plate A1 has the plate B.
2 = B+ + C2 and C1, and on the back side of plate A2, plate pieces E+, B2, Dr and Dl are respectively superposed.

Each of the plate pieces has inclined surfaces a and b in the same direction on both the left and right sides, and a parallelogram in cross section whose inclination direction is opposite to the inclined surfaces a and b at the center position of the upper and lower surfaces. The protruding shafts (10) and (10)' of the shape are protruding.

As shown in FIG. 5, each plate piece superposed in the two rows is
A back plate (11), upper and lower plates (12), (12)',
(6), (6)'
a left side plate (13) having a notch necessary for running;
A guide frame (15) consisting of a pair of upper and lower partition pieces (14), (14)' positioned between the first row of plate pieces and the second row of plate pieces and partitioning the middle plate pieces in the overlapping direction. )
a protruding shaft (10)' housed within and below each plate piece;
The end face of the guide frame (15) abuts on the lower plate (12)' of the guide frame (15) and the receiver is stopped, and the guide frame (15)
On the back plate (11) of the display body (1), each row of plate pieces is attached to the display body (1).
Spring plates (17) are disposed above and below, and are pressed against the back surface of a transparent plate (16) made of, for example, an acrylic plate provided on the front display section (7) with a moderate biasing force.

The guide frame (15) is common to each pro-tsuku P to P5, and is arranged so that the left side plate (13) of the next guide frame (15) is located on the right side of the guide frame (15). The right side plate is provided only on the guide frame (15) at the rightmost position.

The spring plate (17) extends in the transverse direction, has a central portion bent in the shape of a mountain, and the top portion thereof is fixed to the back plate (11) of the guide frame (15) by a rigid screw 18), Both wing pieces are in pressure contact with the back surfaces of two rows of plate pieces. On the other hand, timing belts (6
), (6)", on the front road side and rear road side,
An operating part having an engaging pawl (19) that tilts in the traveling direction so as to come into contact with the inclined side surfaces of the upper and lower protruding shafts (10), (10)' provided on the foremost plate piece A1 of the first row during traveling. pieces (20
) and (21) are attached respectively, which causes the plate pieces to move horizontally in the running direction.

In addition, an eighth
As shown in the figure, a drive motor M that rotates the main drive shaft (4)
and a control circuit (23), and a driven shaft (5).
is equipped with a rotation speed detection device (22).

The rotation speed detection device (22) detects the rotation speed of the driven shaft (5), and the timing belts (6), (6)'
When the first . Second actuation piece (20).

(21) is moved back to the original standby position, and after repeating this action twice, the rotation of the drive motor is stopped for a predetermined period of time, and after the stopped state has elapsed for a certain period of time, the drive motor is rotated again. Control.

Therefore, pieces A and A2 are arranged in parallel on the same surface and display a part of the screen (the second to fifth blocks also have the same configuration, so the display body (1) (One screen consisting of plate pieces A+ to Ale is displayed from the front display part (7) of When rotated in the direction, the upper and lower timing belts (6)
, (6)", the first block for each block located on the roadside in front of
The engaging claws (19) of each actuating part (20) are connected to the upper and lower protruding shafts (10) of the plate piece A1 located at the forefront of the first row.
', and timing bell) (6), (6)' for each second actuating part (6) for each block located on the rear road side of '
The engaging claws (19) of 21) are the upper and lower protruding shafts (10) of the plate piece D2 located at the rearmost position in the second row.

(10)'', each of the machine pieces A1 and Dl move horizontally in the relative direction, and the inclined surface a.

Due to the joining action of b, the machine piece A rides on the upper surface of the plate piece A2, and the plate piece D2 sneaks into the back side of the plate piece C1 parallel to it, and as shown in FIG. In the row is board piece B2. Bl, C2, C2 and Dl, and in the second row the plates AI, A2, El.

El and Li are each polymerized. Then, the control circuit (23
), the drive motor M is reversed and the actuating part (20
), (21) return to the original standby position, and the reciprocating movement is repeated twice by the control circuit (23).
This time, the first row of plate pieces B2 is in front of the second row of plate pieces A1,
Then, the plate pieces D1 in the second row sneak into the back surfaces of the plate pieces D2 in the first row, and as shown in FIG. 7, the plate pieces B+ and C in the first row.
z, C+, Dl and Dl, and machine piece B2.
AI, Az, 'E+ and El are each polymerized.

This action is performed in the same way in the second block P2 to the fifth block P5, and as a result, other different screens consisting of the machine pieces B+ to 13+o are displayed from the display section (7) of the display body (1). Ru.

In this way, the timing belt (6), (6)
Different screens are sequentially displayed on the display section (7) of the display body (1) every two reciprocations of '.

In the above embodiment, each of five different types of screens is divided into 10 parts,
We have described the case where one screen is displayed using ten board pieces, but if five different types of screens are each divided into two parts and one screen is displayed using two pieces, only one block is required. Since this is sufficient, no other block configuration is required.

Further, in the above configuration, of the two board pieces, the negative one displays, for example, one picture for advertising, and the other board displays, for example, text for advertising or another picture for advertising. The configuration of one block according to the embodiment of the present application can also be applied when displaying a picture, and in this configuration, for example, the foremost plate in the first column displays a picture, and the foremost plate in the second column displays From the state in which the wording is displayed, the topmost picture board in the first row is superimposed on the top surface of the wording board in the second row by the transfer means, and the last board in the second row is moved. By superimposing the piece on the back of the last piece of the first row, the picture board that was at the front of the first row is moved to the front of the second row, and the next one in the first row is moved. The display surface may be changed by moving, for example, a board with words on the tier to the forefront thereof, and in this case, the transport means is controlled to stop at a predetermined time every reciprocation. be done.

Furthermore, in the above embodiment, the driving shaft (4) and the driven shaft (15) are arranged in vertical positions, so that the pair of timing belts (6), (6)' can run in the vertical direction in the left and right positions. At the same time, each block P, to P.

Of course, it is also possible to adopt a vertical configuration in which the plate pieces are arranged in the vertical direction.

Effects of the Invention Since the present application is constructed as described above, it is possible to provide a display device that is thinner and more compact than the conventional construction, and this makes it easy to use, for example, in vending machines and stores. This means that it can be installed anywhere, and has the advantages of being versatile and inexpensive.

[Brief explanation of the drawing]

The drawings show an embodiment of the present application, and FIG. 1 is an overall front view, FIG. 2 is a cross-sectional rear view with some parts omitted, FIG. 4 is a sectional view taken along line E in FIG. 2, and FIG. 5 is a guide. Perspective view of frame, 6th.
FIG. 7 is a top view showing changes in the plate piece, and FIG. 8 is a block diagram of the drive circuit of the drive motor. In the figure, (1) is the display body, (2), (3) are the pulleys, (4) is the driving shaft, (5) is the driven shaft, (6), (6
)' is the timing belt, (7) is the display, (10),
(10)' is the protruding shaft, (15) is the guide frame, (17)
(19) is an engaging pawl, (20) and (21) are operating parts, A+, A2, B+. B2. CI, Cz, D+ + D2. El and B2 are plate pieces, and Pl is the first block. Figure 5 Procedural Amendment (Honjin) February 22, 1988

Claims (11)

[Claims] (1) A transfer means that has two transfer units in which a plurality of plate pieces displaying several different types of screens are stacked in two rows and arranged in parallel, and the plate pieces overlapped in the two rows are moved in relative directions. One of the transfer parts moves the frontmost plate piece of the first row in the running direction and superimposes it on the surface of the frontmost plate piece of the second row, and the other transfer part moves the frontmost plate piece of the second row. The second plate piece is moved in the direction relative to the above and superimposed on the back side of the last plate piece in the first row, and by this action, the frontmost plate piece in the first and second rows is changed, and then A display method for advertising, characterized by displaying two different screens at the same time. (2) Dividing several different types of screens into two, displaying each divided pixel on a board, superimposing and arranging these board pieces in two rows, and creating a board that overlaps the two rows. The first plate piece in the first row is moved in the running direction by one transfer unit of a transfer means having two transfer units that run in opposite directions, and the first plate piece in the second row is moved. While polymerizing on the surface, the other transfer section moves the rearmost plate piece of the second row in a direction relative to the above and overlaps with the back side of the rearmost plate piece of the first row, and this action is repeated twice. A display method for advertising, characterized in that by changing the two frontmost plate pieces of the first and second rows, different screens are sequentially displayed. (3) One screen is divided into integral multiples of 2, each divided pixel is displayed on a board, and these boards are divided into a plurality of blocks each consisting of two blocks according to the order in which the pixels are arranged. At the same time, other different screens are similarly divided into a plurality of blocks, and the board pieces belonging to the same block of each different screen are assembled and arranged in two rows in parallel, and in this way, each block is divided into blocks. The plate pieces stacked in two rows are transferred to the second row by moving the frontmost plate piece of the first row in the running direction by one transfer section of a transfer means having two transfer sections running in relative directions. At the same time, the rearmost plate in the second row is moved in a direction relative to the above and overlapped with the back surface of the rearmost plate in the first row, and this action is 1. A display method for advertising, characterized in that by repeating this process several times, different screens are sequentially displayed by a series of arrangement of the frontmost plate pieces in the first and second rows of each block. (4) A driving shaft and a driven shaft are disposed opposite to each other in a display body having a display section on the front side, and a transfer belt is stretched endlessly between them, and the display body facing the display section is provided with a driving shaft and a driven shaft facing each other. To,
A guide frame is arranged, and board pieces displaying several different types of screens within the guide frame are arranged in two rows, overlapping each other, and each of the board pieces has a number of screens on both sides in the direction of movement. 1st row to 2nd row
When moving to a row, climb onto the surface of the second row.
In addition, when moving from the second row to the first row, a slope surface that can be joined to the back surface of the second row is formed, and a slope surface is formed on one of the transfer sides of the transfer belt in the transfer direction. A first actuating piece that engages and moves the foremost plate of the first row is engaged on the other transport side with the rearmost plate of the second row in its direction of transport. and a second actuating member that moves in a direction relative to the above is attached to each of the transfer belts, and the transfer belt is moved so that the frontmost plate in the first row is on the surface of the frontmost plate in the second row. and the last plate piece in the second row is
1. A display device for advertising, characterized by comprising a control means for driving a driving shaft so as to cause the driving shaft to travel back and forth with a stroke necessary to overlap the back surface of the rearmost plate piece in the first row. (5) A driving shaft and a driven shaft are arranged opposite to each other in a display body having a display section on the front side, and a transfer belt is stretched endlessly between them, and the display body facing the display section is provided with a driving shaft and a driven shaft facing each other. To,
A guide frame is arranged, each of several types of screens is divided into two parts within the guide frame, and the plate pieces displaying each of the divided pixels are arranged in two rows in a superimposed manner, and each of the plate pieces on both sides in the direction of movement, so that when moving from the first row to the second row, it rides on the surface of the second row, and from the second row to the first row.
When moving to the row, a slope surface that can be joined to the rear surface of the second row is formed, and a frontmost plate of the first row is formed on one moving side of the transfer belt in the transport direction. A first actuating piece, which engages and moves the plate piece, on the other transfer side engages with the rearmost plate piece of the second row in the direction of its transfer and moves it in a direction relative to said. a second actuating member that moves in the second row;
and control for driving the driving shaft so that the rearmost plate in the second row travels back and forth twice for one screen with a stroke necessary for the rearmost plate in the first row to overlap with the back surface of the rearmost plate in the first row. A display device for advertising, characterized in that it is equipped with means. (6) A driving shaft and a driven shaft are disposed opposite to each other in a display body having a display section on the front side, and a moving belt is stretched endlessly between them, and the display body facing the display section is provided with a driving shaft and a driven shaft facing each other. To,
In addition to arranging a plurality of guide frames in parallel in the running direction of the transfer belt, one screen is divided into integral multiples of 2, and each divided pixel is displayed on two plates according to the pixel arrangement order. In addition to dividing into multiple blocks to be combined,
Similarly, other different screens are divided into a plurality of blocks, and the board pieces belonging to the same block of each different screen are collected, and each block is stored in each of the corresponding guide frames. The plate pieces are superimposed and arranged in two rows in parallel, and the plate pieces are arranged on both sides in the direction of movement so as to ride on the surface of the second row when horizontally moving from the first row to the second row. , when horizontally moving from the second row to the first row, form a slope surface that can be joined to the back surface of the second row, and on one transport side of the transport belt, in the transport direction. A first actuating part that engages and moves the foremost plate of the first row and engages on the other transfer side with the rearmost plate of the second row in its direction of transfer. and a second actuating member that moves in a direction relative to the above is attached to each of the transfer belts, and the transfer belt is moved so that the frontmost plate in the first row is on the surface of the frontmost plate in the second row. The main drive shaft is moved so that it travels back and forth twice for one screen with the stroke necessary for the rearmost plate piece in the second row to overlap the back side of the rearmost plate piece in the first row. 1. A display device for advertising, comprising a control means for driving. (7) Claim 4, wherein the plate piece is configured to move horizontally.
6. The advertising display device according to 5 or 6. (8) Claim 4, wherein the plate piece is configured to move vertically.
6. The advertising display device according to 5 or 6. (9) A timing belt is used as the transfer belt, and a pair of timing belts are stretched across both ends of the driving shaft and the driven shaft via pulleys that can mesh with the timing belts. 9. The advertising display device according to 6, 7 or 8. (10) Claims 4 and 5, wherein a protruding shaft is provided at the center position of the upper and lower surfaces of each plate piece to engage with an engaging pawl provided on the respective actuating member.
, 6, 7, 8 or 9. (11) Claims 4 and 5, further comprising a biasing means that comes into pressure contact with the back surface of the rearmost plate piece in each row and biases the display unit side.
11. The advertising display device according to 6, 7, 8, 9 or 10.