KR20180013533A - Smart led variable expression system - Google Patents

Abstract

Provided is a smart variable light source display device which is to eliminate the problem of a conventional screen advertisement device installed outside in a fixed form that an LED is damaged due to abnormal weather or external weather such as rain, snow or a typhoon, the maintenance thereof is difficult due to a relatively high installation height and a large area of an LED lighting unit in an installed state, the screen advertisement device installed in a folded form is corroded over time, so durability thereof is reduced and the folding is not smoothly performed, a wire and a frame are worn out due to the repetitive folding so a lifespan thereof is short and a frequent malfunction and fault are generated such that the maintenance thereof is difficult. The smart variable light source display device of the present invention comprises a foldable screen LED module (10) and an automatic control module (20). According to the present invention, an area of an advertisement LED is minimized when an advertisement device is not used, and is safely protected from abnormal weather or external weather such as rain, snow or a typhoon to prevent a malfunction and damage. In addition, a gaze of a consumer is induced by moving an LED lighting device when in use, and the folding of the LED lighting device is rapidly and smoothly performed to minimize abrasion due to repetitive movement. Furthermore, even if a portion of a plurality of LED modules is damaged or failed, the maintenance thereof can be easily performed.

Description

[0001] SMART LED VARIABLE EXPRESSION SYSTEM [0002]

In the present invention, a light source exposing device for collecting the gaze of a floating population is changed to a folding type when not used, thereby minimizing the area, thereby preventing failure and damage from the external environment, and guiding people's gaze through the movement of the light source exposing device And a Smart Variable Light Source Display Apparatus capable of facilitating maintenance and repair even if some sections of a plurality of light source modules are damaged or broken down.

In the modern society, advertising is used as a means to generate a desire to purchase because it advertises the brand to the consumers, emphasizes the merits of the products, recognizes the characteristics and instills a good image and gives a familiar feeling. As a result, It is exposed to life.

Especially, since the advertising effect of a large-sized enterprise such as a building, a department store, a government office, a terminal, etc. is directly linked to profit, various advertisement devices have been developed and commercialized to attract people's attention. Especially, The large screen is widely used because it can concentrate many people's attention from people located close to people located far away.

However, in the existing large-sized building, the screen-shaped light source display device is formed in a fixed form, which causes a problem that the light source is damaged due to abnormal weather, rain, snow or typhoon, The installation height is relatively high and the area is large, which makes maintenance difficult.

In order to improve this, an external folding type advertisement device has been developed. However, since it is corroded over time, the durability is poor and the folding is not smooth. Repeated folding causes wear of the wire and frame, And there is a problem in that maintenance and repair are difficult.

In order to solve the above problems, in the present invention, when the light source exposing device is not used, the area is minimized by folding to prevent the breakdown and damage by safely protecting from external environment such as abnormal weather, rain or snow or typhoon, The light source exposing device is guided by the movement of the light source exposing device and the light source exposing device is quickly and smoothly folded to minimize wear due to repetitive movements and even if some sections of the plurality of light source modules are damaged or broken, It is an object of the present invention to provide a smart variable light source display device capable of facilitating maintenance.

In order to achieve the above object, a smart variable light source display apparatus according to the present invention comprises:

A plurality of light source modules coupled at regular intervals in the horizontal and vertical directions between the frames to adjust the position of the folded and unfolded frame in any one of the vertical direction and the left and right direction and to produce a mosaic- A folding screen light source module for forming an advertisement screen,

And an automatic control module having a square box structure and receiving control information of an administrator through a wireless network and transmitting folding and unfolding or screen ON / OFF control signals of the folding screen light source module.

As described above, in the present invention, when the light source exposing apparatus is not used, the area exposed to the outside by folding is minimized to protect it from the external environment such as abnormal weather, rain, snow or typhoon to prevent breakdown and damage, The light source exposing device is guided by the movement of the light source exposing device and the light source exposing device is quickly and smoothly folded to minimize wear due to repetitive movements and even if some sections of the plurality of light source modules are damaged or broken, · There is a remarkable effect that can facilitate maintenance.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing components of a smart variable light source displaying apparatus according to the present invention;
2 is a block diagram illustrating components of a folding screen light source module according to the present invention.
FIG. 3 is a front view showing the overall configuration of a first type advertisement device constituting the foldable screen light source module according to the present invention,
FIG. 4 is an enlarged view showing components of the main frame according to an embodiment of the present invention. FIG.
FIG. 5 is an enlarged view of a length-variable frame according to an embodiment of the present invention, showing components of a wire-driving unit that is coupled with an upper end and a lower end of a length-
6 is an enlarged view of an upper end portion and a lower end portion of the smart variable light source representation device 1 type advertisement device according to the present invention,
7 is a partial perspective view showing the components of the light source module fixed to the wire passing through the roller movement guide rail portion,
8 is a top view of the light source module sequentially passing through the light source module inserted in the roller movement guide rail portion and the roller movement guide rail portion,
9 is a diagram showing a state in which the main frame portion of the first type advertisement device is raised and the light source module is wound on the front wire winding portion,
10 shows an embodiment in which the main frame portion of the first type advertisement device is folded and the light source module is wound on the front wire winding portion to indicate the screen storage mode state,
11 is a view showing an overall shape of a second type advertising apparatus according to the present invention. FIG. 11 is an enlarged view showing a constituent element of the light source module,
12 is a side enlarged view showing a state in which the variable type frame of the second type advertisement device is folded down and the light source module is folded in the vertical direction to enlarge the screen storage mode,
13 is a side enlarged view showing an enlarged state of a state in which the variable-length type frame of the second type advertisement device is lifted up and the light source module is unfolded in a vertical direction and converted into a screen use mode,
Fig. 14 is an embodiment in which the length-variable frame of the second type advertisement device is folded down and the light source module is folded in the vertical direction to indicate the screen storage mode state,
15 is a perspective view showing the overall configuration of a third type advertising apparatus according to the present invention,
Figure 16 shows the overall shape of a third type advertising device and is a front view showing the components,
17 is an enlarged view of the left light source module of the third type advertisement device,
18 is an enlarged view of the right light source module of the third type advertisement device,
Fig. 19 is an enlarged view showing a state in which the left light source module and the right light source module of the third type advertisement device are coupled by the left electromagnetic portion and the right electromagnetic portion,
20 is a diagram showing a state in which the left support frame portion and the right support frame portion located at the upper end of the lower end support portion of the third type advertising device are symmetrically shifted in the left-
Fig. 21 shows an embodiment in which the left support frame portion of the third type advertising device is coupled to the left main sprocket, and the right support frame portion is coupled to the right main sprocket.
22 is a perspective view showing the components of the power transmitting portion of the third type advertising device,
23 is a perspective view showing the overall shape of a fourth type advertising apparatus according to the present invention,
FIG. 24 is an enlarged view showing a constituent element of the fourth type advertisement device by removing and installing the light source module in a first order and enlarging a part of the light source module in a second order,
FIG. 25 is a side enlarged view showing a screen use mode state in which a length-variable frame of the fourth type advertisement apparatus is unfolded,
26 is a side enlarged view showing a state in which the light source module positioned at the upper end and the light source module positioned at the lower end are coupled in the vertical direction, showing components of the light source module unit of the fourth type advertisement device,
Fig. 27 shows an embodiment in which the length-variable frame of the fourth type advertisement device is folded down and the light source module is folded in a screen storage mode,
28 is a perspective view showing a state in which the light source module portion of the fourth type advertisement device is removed and the main frame portion is erected upright,
29 is a front view showing the overall shape of a fifth type advertising apparatus according to the present invention and showing components thereof;
30 is a partially enlarged view showing the components of the fifth type advertisement device by first expanding the light source module and secondly enlarging a part of the light source module,
31 shows a side view of the fifth type advertising apparatus and is a side enlarged view showing an enlarged one side of the roller movement guide rail part,
Fig. 32 is a partially enlarged view showing a first enlarged upper side of the fifth type advertising device and a second enlarged view of the roller moving guide rail portion at the upper end,
33 shows an embodiment in which arrows indicate the moving direction of the light source module descending along the roller moving guide rail portion in the wire driving portion of the fifth type advertising device.

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

FIG. 1 is a block diagram showing components of a smart variable light source displaying apparatus according to the present invention, which is composed of a folding screen light source module 10 and an automatic control module 20.

First, the foldable screen light source module 10 according to the present invention will be described.

The folding screen light source module 10 includes a plurality of light source modules 10 which are folded in one direction of the vertical direction or the left and right direction and are arranged at regular intervals in the horizontal and vertical directions between the frames, This shape changes and forms the advertising screen by directing the mosaic-like lighting.

It is also possible to select one of the first type advertisement device 100, the second type advertisement device 200, the third type advertisement device 300, the fourth type advertisement device 400 and the fifth type advertisement device 500 Type.

First, a first type advertisement apparatus 100 according to the present invention will be described.

The first type AD apparatus 100 includes a plurality of length-varying support frames which are vertically raised and lowered in an upright antenna shape and are arranged at regular intervals in the horizontal direction, Through the annealing, the light source module ascends and descends, the folding and unfolding operations are performed, and a screen is formed.

It consists of a length-variable frame 110, a wire driver 120, and an LED module bonding wire 130.

The length-variable frame 110 is formed by arranging a plurality of length-variable frames of an antenna shape, which are formed in an upright rectangular columnar shape and having a plurality of stages in a folding structure, arranged at regular intervals on a straight line, rising and falling vertically, .

The elevating cylinder has a lower end fixed to the inner lower end of the length-variable frame, an upper end fixed to the inner upper end surface of the length-variable frame, a plurality of stages formed, And the height of the variable-length frame is varied.

At this time, when the screen use mode is set, the height of the lifting cylinder of the first type advertisement device rises to the uppermost end so that the height of the length variable frame rises to the uppermost level and is fixed. When the screen storage mode is set, So that the height of the variable-length frame is lowered to the lowermost end.

This minimizes the volume when the screen is not used and prevents the first type advertisement device from being damaged due to weather deterioration such as a typhoon.

'자 형태로 결합된 와이어를 정방향 또는 역방향으로 회전시키며 와이어에 결합된 광원 모듈의 위치를 가변시킨다.The wire driver 120 is disposed at the front and rear sides of the wire-driving unit 120,

&Quot;< / RTI > to vary the position of the light source module coupled to the wire.

The front wire winding portion 121, the rear wire winding portion 122, the roller moving guide rail 123, the guide rail guide roller 124, the reinforcing bar fixing roller 125, the LED module portion 126, (127).

The front wire winding portion 121 is connected to an automatic control module and is connected to the driving motor which is connected to the automatic control module by a power transmission belt and is connected to the front end of the wire, It controls the winding and unwinding.

When the screen use mode is set, the variable-length frame rises and simultaneously rotates in a counter-clockwise direction, winding the wire, raising the wire located at the lower rear end of the variable-length frame to move forward, Lower the screen so that the screen unfolds.

On the other hand, when the screen storage mode is set, the variable-length frame is lowered, and at the same time, the wire rotates in the clockwise direction, and the wire is loosened. The wire located at the lower front end of the variable frame is lifted and moved backward. So that the screen is folded.

Here, the rear wire winding portion 122 is connected to the driving motor, which is located at the rear lower end of the length-variable frame, connected to the automatic control module and rotated in the forward and reverse directions, and connected to the power transmission belt, It controls the winding and unwinding.

When the screen use mode is set, the variable-length frame rises and at the same rotation speed as that of the front wire winding part, the wire is rotated in the counterclockwise direction and the wire is loosened and the wire located at the rear lower end of the length- And descend from the front upper end to the lower front end so that the screen unfolds.

On the other hand, when the screen storage mode is set, the variable-length frame is lowered, and at the same rotation speed as that of the front wire winding part, the wire is rotated in the clockwise direction and the wire is loosened and the wire located at the lower front end of the length- And the screen is folded down from the rear upper end to the rear lower end.

Here, the roller movement guide rail part 123 is vertically fixed to the upper part of the front surface of each of the length-variable frames, passes through the grooves formed therein, and the light source support frame roller And serves to guide the supporting wire along the wire guide groove located on the inner central rear side.

Here, the front guide roller 124 is rotatably fixed to the lower end of the roller movement guide rail so as to smoothly penetrate the light source support frame roller, which passes through the roller movement guide rail, It plays a role to assist smoothly.

Here, the wire direction switching roller 125 is formed by a total of four rollers, one pair of which is provided on the upper front face and the other face on the rear face of the length-variable frame, respectively, thereby changing the driving direction of the wires.

'자 형태로 연결된 와이어가 후면 하단 방향에서 상승하여 상단면을 지나 정면 상단 방향에서 하강하는 역방향 회전이나, 와이어가 정면 하단 방향에서 상승하여 상단면을 지나 후면 상단 방향에서 하강하는 정방향 회전시, 와이어의 원활한 감김, 풀림 및 회전방향의 변경에 따른 마찰을 최소화하는 역할을 한다.this is '

When the wire is rotated in the reverse direction in which the wire connected in a " shape " rises in the lower direction of the rear surface and descends in the upper direction from the upper surface through the upper surface, or in the forward direction in which the wire rises in the lower front direction, And it minimizes the friction due to the change of the rotation direction.

Here, the rear guide roller 126 is fixed to the rear upper end of the length-variable frame by a rotation axis in a backward direction, thereby assisting smooth driving of the wires located on the rear side.

The light source module 130 includes a light source unit having light sources arranged in a tiled pattern at regular intervals in a horizontal direction and a vertical direction between a vertically spaced light source support frame, a plurality of light sources connected in a vertical direction, And an end thereof is connected to a wire coupled to the wire driving unit, and moves upward and downward according to the driving of the wire, and serves to emit a shape in a mosaic fashion.

This includes a light source support frame 131, a light source support frame roller 132, and a light source 133.

The light source support frame 131 is a rectangular frame in the horizontal direction, and a plurality of light source support frames 131 are formed at regular intervals in the vertical direction to maintain and support the interval of the light source unit in the lower direction.

The light source support frame roller 132 is coupled to the light source support frame in a symmetrical manner on the left and right sides of the light source support frame, and a wire is inserted and fixed in the central portion to assist in up and down movement of the light source support frame.

The light source unit 133 is vertically coupled between the upper and lower ends of the plurality of light source support frames. The light source unit 133 includes a plurality of light source lamps formed in a tiled arrangement having a predetermined spacing in the horizontal and vertical directions, And serves to emit a shape.

The power transmission unit 140 is formed at the center of the inside of the length-variable frame and receives the control signal of the automatic control module in the form of a cylinder coupled with the inner upper end to raise and lower the height of the variable-length frame.

A plurality of stages are formed at the same height as a plurality of stages of the length-variable type frame, so that the length of the variable-length type frame is changed according to the rise and fall of the hydraulic cylinder. Up and down.

That is, when a pressure is applied to the hydraulic cylinder, the variable-length frame coupled with the inner upper end surface rises and rises when the hydraulic cylinder is elevated in the vertical direction, and when the pressure is removed from the hydraulic cylinder to descend in the vertical direction, The height is variable in such a way that it descends and descends.

Second, the second type advertisement device 200 according to the present invention will be described.

The second type AD apparatus 200 includes a plurality of longitudinally variable support frames vertically rising and descending in an upright antenna shape, and a plurality of horizontal frames with a light source module mounted thereon in front, And the folding and unfolding operation by the link rotation is performed in accordance with the rising and falling of the upright frame, and the screen is formed.

The LED module frame 250 includes a length-variable frame 210, a top fixing table 220, a bottom fixing table 230, a folding link portion 240, and an LED module frame 250.

The length-variable frame 210 is formed by arranging a plurality of length-variable frames of an antenna shape having a plurality of columns in an upright rectangular column shape and folded in a line at regular intervals on a straight line, rising and falling vertically, .

The light source module 220 includes a plurality of rectilinear light source frames formed in a horizontal direction and a plurality of linear light source frames arranged in a straight line in a vertical direction and the left and right rear frames of the frames are linked together, And adjusts the interval to emit a shape in a mosaic fashion.

It is composed of an upper fixing part 221, a lower fixing part 222, a folding link part 223, and a light source frame part 224.

The upper fixing part 221 is connected to the top of the front of the foldable frame of each of the length-variable frames to support the upper end of the foldable link part in the form of a support.

In this case, the upper fixing part 221 is connected to a power supply line formed on the inner side of the length-variable frame, one side of which is connected to the second communication line of the light source frame, and supplies power to the light source frame, .

Thereby supplying power to the light source lamp formed in the light source frame and controlling the current supplied to the RGB LED of each light source lamp to realize various colors to form a mosaic screen.

The lower fixing part 222 is a fixed support protruding from the bottom of the front part of each of the length-variable frames to support the lower end of the folding link part.

The foldable link portion 223 has a plurality of rotating link structures coupled to the lower end of the upper fixed portion and the upper end of the lower fixed portion and has a plurality of rotating links formed at regular intervals according to the length- And serves to adjust the vertical spacing of the light source frame coupled to the front surface of each link frame.

A plurality of light source lamps are coupled to the light source frame part 224 at regular intervals on the entire surface in a rectangular shape formed in a horizontal direction, and the light source frame, which is coupled to and supported by the link front part of the foldable link part formed on the rear left and right sides, A plurality of light sources are arranged on the same line so that the light source lamps in the horizontal direction are adjusted in the vertical direction so that the light is emitted in a mosaic fashion in the horizontal and vertical directions to form a screen.

It is composed of a light source frame 224a, a first communication line 224b, a light source lamp 224c, and a second communication line 224d.

The light source frame 224a has a rectangular frame shape formed horizontally and has a lamp insertion groove for receiving a plurality of light source lamps at regular intervals on a front surface thereof and a communication line insertion groove for receiving a first communication line for supplying power to the light source lamp Respectively.

The first communication line 224b is inserted in the communication line insertion groove of the light source frame in the longitudinal direction and is connected to the light source lamp coupled to the front surface to transmit an electrical signal.

The light source lamp 224c is inserted and projected into a plurality of lamp insertion grooves formed at regular intervals on the front surface of the light source frame to emit a light source.

The second communication line 224d is connected to the left and right sides of a plurality of light source frames connected in a link structure and vertically rising and falling and spaced from each other to transmit electrical signals to the respective first communication lines .

When the screen use mode is set, the light source frame unit 224 according to the present invention raises the variable-length frame and the light source frames are lifted at regular intervals in the vertical direction as the folding link is unfolded, And the distance between the light source lamps in the vertical direction becomes constant, and a screen is formed by a plurality of light source lamps in a mosaic fashion.

On the contrary, when the screen storage mode is set, the variable-length frame is lowered, and at the same time, as the folding link is folded, the respective light source frames are lowered and fixed at regular intervals in the vertical direction, the volume is minimized and the screen is folded.

The lifting and lowering cylinder 230 is formed in the center of the inner side of the length-variable frame and has an upper end fixed to the inner upper end surface, and a plurality of stages of the same type as the length-variable frame are formed. Up and down in the vertical direction and adjusts the height of the variable-length frame.

It consists of a screen use mode that goes up to the upper end that can be maximally expanded according to the height setting, and a screen save mode that goes down to the lower end.

When the ascending / descending cylinder is set to the screen use mode, the height of the ascending / descending cylinder of the second type advertisement apparatus rises to the uppermost position so that the height of the variable-length frame is fixed to the uppermost position, So that the height of the variable-length frame is lowered to the lowermost end and fixed.

This minimizes the volume when the screen is not used and prevents the second type advertisement device from being damaged due to weather deterioration such as a typhoon.

Third, a third type advertisement device 300 according to the present invention will be described.

In the third type AD device 300, a plurality of upright frames are arranged symmetrically at regular intervals in the horizontal direction, and the light source module is coupled to the hinge structure in which the rear frame is rotated in the backward direction The light source module coupled with the hinge structure is folded and unfolded to form a screen when the light source module is narrowed or spaced at regular intervals in the left and right directions along the lower rail.

The third type advertising apparatus according to the present invention is configured as a symmetrical screen shape in which the left support frame 320 and the right support frame 330 are fixed on the left and right sides and are folded and folded in the center direction.

The lower supporting portion 310, the left supporting frame 320, the right supporting frame 330, and the power transmitting portion 340 are formed.

The lower support 310 has a rectangular box shape formed in a horizontal direction and has a guide rail formed on the upper surface thereof in the longitudinal direction to support the movement of the roller inserted in the upper direction in the left and right directions.

The left support frame part 320 is positioned at a left side of the upper end surface of the lower support part and is spaced apart at a predetermined interval in the horizontal direction and has six upright rectangular frame columns, And are horizontally moved along the guide rails at equal intervals along the guide rails with respect to the frame positioned at the left end, and are folded and unfolded.

This is constituted by a left driving main frame 321, a left driving auxiliary frame 322, a left driven main frame 323, a left driven assisting frame 324, a left fixed main frame 325 and a left fixed auxiliary frame 326 do.

The left driving main frame 321 is a square column frame located at the right end of the left supporting frame portion and the lower end surface is coupled to the left main driving pin 321a formed on one side of the upper end surface of the left main sprocket 362, And moves the left driven main frame 323 connected to the left light source module 330. [

When the DC driving motor rotates in the forward clockwise direction, the left main driving pin 321a moves the left driving main frame 321 in the right direction so that the left supporting frame portion 320 and the left light source module 330 are unfolded So that the left supporting frame portion 320 and the left light source module 330 are folded so that the left driving main frame 321 is moved in the left direction so that the left supporting frame portion 320 and the left light source module 330 are folded. Mode shape.

The left driving assistant frame 322 is coupled to one side of the rear surface of the left driving main frame 321 in an oblique shape and the lower end surface is coupled to a left auxiliary driving pin 322a formed on one side of the upper end surface of the left auxiliary sprocket 363. [ So as to smoothly move the left driving main frame 321 in the left and right directions.

Here, the left auxiliary driving pin 322a is horizontally moved in the left-right direction with respect to the left main driving pin 321a so that the left driving main frame 321 is biased in either direction when it is moved leftward or rightward, And overload due to power loss is prevented.

The left driven main frame 323 is a square column frame except for the left and right ends of the left supporting frame portion, and the left main roller 323a, whose lower end surface is rotationally driven along the upper end surface of the left main sprocket 362, Left main frame 321 connected by the left light source module 330 in the left and right directions.

Here, the left main roller 323a is inserted into the support frame guide rails, and the left main drive frame connected to the left light source module, which is rotated at the same angle as the left main frame moves in the left and right directions, .

The left driven assistant frame 324 is coupled to one side of the rear side of the left driven main frame 323 in an oblique shape and the left side auxiliary roller 324a is rotatably driven along the upper end surface of the left auxiliary sprocket 363 And serves to smoothly move the left driven main frame 323 in the left and right directions.

Here, the left auxiliary roller 324a is horizontally moved in the left-right direction with respect to the left main roller 323a so that the left driven main frame 323 is biased in either direction when it is moved leftward or rightward, Or overload due to power loss is prevented.

The left fixed main frame 325 is a square pillar frame located at the left end of the left support frame portion and the lower end surface is fixed to one side of the upper end surface of the lower support portion to hold the reference point when moving the left support frame portion in the left- .

This maintains the fixed state irrespective of the left and right movement of the left main frame, so that the left light module connected between the frames can be unfolded or folded at equal intervals according to the moving distance of the left main frame.

The left fixed ancillary frame 326 is coupled to one side of the rear surface of the left fixed main frame 325 in an oblique manner and the lower end surface thereof is fixed to one side of the upper surface of the lower end supporting portion to assist the left fixed main frame 325, .

The left light source module 330 is hinged to the left and right side rear ends of the upright rectangular frame of the left support frame part, and the light sources are arranged at regular intervals in the horizontal direction and the vertical direction. A hinge structure folded rearward is folded and unfolded, and light sources in the horizontal and vertical directions emit a shape in a mosaic fashion.

This is because the vertical light source support bar 331, the left horizontal light source support bar 332, the left hinge section 333, the right horizontal light source support bar 334, the right hinge section 335, the center hinge section 336, (337).

Here, the vertical light source support bar 331 supports the light source lamp in a vertical direction by a plurality of spaced apart frames spaced at regular intervals in the vertical direction.

Here, the left horizontal light source support bar 332 is a plurality of spaced apart spaced horizontal horizontal light source lamps positioned on the left side with respect to the center and supporting the light source lamp located on the left side in the horizontal direction.

Here, the left hinge portion 333 serves to rotate and return the left horizontal light source support bar to the rear by the forward / backward hinge structure coupled to the left end of the left horizontal light source support bar.

Here, the right horizontal light source support bar 334 is a plurality of spaced apart spaced horizontal horizontal light sources, positioned to the right with respect to the center and supporting the light source lamp positioned on the right side in the horizontal direction.

Here, the right hinge portion 335 serves to rotate and return the right horizontal light source support bar to the rear by the forward / backward hinge structure coupled to the right end of the right horizontal light source support bar.

The center hinge portion 336 serves to rotate and return the left and right horizontal light source support bars to the rear by a forward / backward hinge structure coupled between the left horizontal light source support bar and the right horizontal light source support bar.

Here, the light source lamp unit 337 is attached to the front of the point where the vertical light source support bar and the left and right horizontal light source support bars are engaged with each other to form a screen by emitting a plurality of light sources at regular intervals in the horizontal and vertical directions do.

The right support frame part 340 is positioned on the right side of the upper end surface of the lower support part and includes six upright rectangular column frames spaced apart at regular intervals in the horizontal direction and connected to the side rear end of each square column frame in a hinge structure And are horizontally moved at equal intervals along the guide rail at the bottom center with respect to the frame located at the right end, and are folded and unfolded.

This is constituted by the right driving main frame 341, the right driving auxiliary frame 342, the right driven main frame 343, the right driven auxiliary frame 344, the right fixed main frame 345 and the right fixed auxiliary frame 346 do.

The right driving main frame 341 is a square column frame located at the left end of the right support frame portion and the lower end surface is coupled to the right main driving pin 341a formed at one side of the upper end surface of the right main sprocket 364, And moves the right driven main frame 343 connected by the right light source module 350. [

When the DC driving motor rotates in the clockwise direction, the right main driving pin 341a rotates in the reverse direction by the second gear engaged with the first gear to move the right driving main frame 341 in the left direction, Clockwise direction of the main frame (340) and the right light source module (350) are unfolded, and is rotated in the counterclockwise direction by the second gear engaged with the first gear 341 are moved in the right direction so that the right support frame part 340 and the right light source module 350 are folded, thereby switching to the screen storage mode.

The right driving auxiliary frame 342 is coupled to one side of the rear surface of the right driving main frame 341 in an oblique shape and the lower end surface is coupled to a right auxiliary driving pin 342a formed on one side of the upper surface of the right auxiliary sprocket 365 So as to smoothly move the right drive main frame 341 in the left and right directions.

Here, the right auxiliary driving pin 342a is horizontally moved in the left-right direction with respect to the right main driving pin 341a so that the right driving main frame 341 is biased in either direction when it is moved leftward or rightward, And overload due to power loss is prevented.

The right driven main frame 343 is a rectangular column frame except for the left and right ends of the right support frame portion and the right main roller 343a whose lower end surface is rotationally driven along the upper end surface of the right main sprocket 364 is engaged Right movement of the right driving main frame 341 connected by the right light source module 350. [

Here, the right main roller 343a is inserted into the support frame guide rail, and the right driven main frame connected to the rotated right light source module maintains the same angle according to the left and right movement of the right driven main frame. .

The right driven sub-frame 344 is coupled to one side of the rear surface of the right driven main frame 343 in an oblique shape and a right auxiliary roller 344a whose lower end surface is rotationally driven along the upper surface of the right auxiliary sprocket 365 And serves to smoothly move the right driven main frame 343 in the left and right directions.

Here, the right auxiliary roller 344a is horizontally moved in the left-right direction with respect to the right main roller 343a so that the right driven main frame 343 is biased in either direction when it is moved in the left or right direction, Or overload due to power loss is prevented.

The right fixed main frame 345 is a quadrangular column frame located at the right end of the right support frame portion and the lower end surface is fixed to one side of the upper end surface of the lower support portion to hold the reference point when moving the right support frame portion in the left- .

This keeps the fixed state regardless of the left and right movement of the right driving main frame, so that the right light source modules connected between the respective frames according to the moving distance of the right driving main frame are unfolded or folded at the same interval.

The right fixed frame 345 is coupled to one side of the rear surface of the right fixed main frame 345 in an oblique shape and the lower end surface is fixed to one side of the upper surface of the lower end supporting portion to assist the right fixed main frame 345, .

The right light source module 350 is disposed in a hinge structure on the left and right side rear ends of the upright rectangular frame of the right support frame portion, and the light sources are arranged at regular intervals in the horizontal and vertical directions. A hinge structure folded rearward is folded and unfolded, and light sources in the horizontal and vertical directions emit a shape in a mosaic fashion.

This is because the vertical light source support bar 351, the left horizontal light source support bar 352, the left hinge portion 353, the right horizontal light source support bar 354, the right hinge portion 355, the center hinge portion 356, (357).

Here, the vertical light source support bar 351 supports the light source lamp in the vertical direction by a plurality of spaced apart frames spaced at regular intervals in the vertical direction.

Here, the left horizontal light source support bar 352 is a plurality of spaced apart frames spaced apart in the horizontal direction, and is positioned on the left side with respect to the center and supports the light source lamp located on the left side in the horizontal direction.

The left hinge portion 353 serves to rotate and return the left horizontal light source support bar to the rear by the forward and backward hinge structure coupled to the left end of the left horizontal light source support bar.

Here, the right horizontal light source support bar 354 horizontally holds a plurality of spaced apart frames at right angles with respect to the center to support the light source lamp located on the right side in the horizontal direction.

Here, the right hinge part 355 serves to rotate and return the right horizontal light source support bar to the rear by the forward / backward hinge structure coupled to the right end of the right horizontal light source support bar.

Here, the center hinge part 356 rotates and returns the left and right horizontal light source support bars to the rear by the forward and backward hinge structures coupled between the left horizontal light source support bar and the right horizontal light source support bar.

Here, the light source lamp unit 357 is attached to the front surface of the point where the vertical light source support bar and the left and right horizontal light source support bars are engaged with each other to form a screen by emitting a plurality of light sources at regular intervals in the horizontal and vertical directions do.

The power transmitting portion 360 rotates the two gears meshed with each other in accordance with the rotation of the driving motor located at one side of the rear center of the lower support portion in opposite directions and converts the rotary reciprocating motion into a linear reciprocating motion, And transmits the power for symmetrically moving the frame portion.

It consists of a DC drive motor 361, a left main sprocket 362, a left auxiliary sprocket 363, a right main sprocket 364 and a right auxiliary sprocket 365.

The DC motor driving unit 361 is disposed at one side of the rear center of the lower support unit and serves to transmit the driving force in the forward and reverse rotations.

The DC motor driving unit 361 according to the present invention includes a first gear 361a coupled to a rotary shaft of a speed reducer coupled to a front surface of a motor rotation shaft to receive a rotational force, a second gear 361b positioned on the right side of the first gear, .

Here, the first gear 361a is rotated by receiving the rotational power of the DC motor driving unit through the reduction gear, and the left main sprocket 362 and the left auxiliary sprocket 363 coupled to the front and rear surfaces, And serves to transmit the rotational force to the gear 361b.

At this time, when the first gear rotates in the forward direction, the left main sprocket 362 and the left auxiliary sprocket 363 rotate clockwise, and the left main drive pin 321a is moved to the right to spread the left support frame.

On the contrary, when the first gear rotates in the reverse direction, the left main sprocket 362 and the left auxiliary sprocket 363 are rotated counterclockwise, and the left main drive pin 321a is moved in the left direction to fold the left support frame .

The second gear 361b meshes with the first gear 361a in the lateral direction and receives rotational power to rotate asymmetrically with respect to the first gear. The second gear 361b includes a right main sprocket 364 and a right auxiliary sprocket 364, 365, respectively.

At this time, when the second gear rotates in the reverse direction, the right main sprocket 364 and the right auxiliary sprocket 365 are rotated counterclockwise, and the right main drive pin 321a is moved to the left to spread the right support frame .

On the contrary, when the second gear rotates in the forward direction, the right main sprocket 364 and the left auxiliary sprocket 365 rotate in the clockwise direction, and the right main drive pin 341a is moved in the right direction to fold the right support frame.

The left main sprocket 362 is located at the lower end of the left driving main frame and is coupled to the gears formed on the left and right sides of the chain, and a left main moving pin is formed on one side of the chain, And serves to move the left support frame part in the left and right directions.

The left auxiliary sprocket 363 is located at the lower end of the left driving auxiliary frame and is coupled to the gears formed on the left and right sides of the chain and the left auxiliary driving pin is coupled to the lower end of the left driving auxiliary frame And serves to move the left auxiliary frame part in the left and right directions.

The right main sprocket 364 is located at the lower end of the right drive main frame and is joined to the gears formed on the left and right sides of the chain and the right main drive pin is coupled to the lower end of the right drive main frame And to move the right support frame part in the left and right directions.

The right auxiliary sprocket 365 is located at the lower end of the right driving assist frame, the chain is engaged with gears formed on the left and right sides, and a right auxiliary moving pin is formed on one side of the chain upper end to be coupled with the lower end of the right driving auxiliary frame And to move the right auxiliary frame portion in the left and right directions.

When the screen use mode is set, the left driving main frame 321 located at the right end of the left supporting frame part moves rightward along the supporting frame guide rail 312, The left light source module 330 is folded symmetrically between the left support frames and the right drive main frame 331 located at the left end of the right support frame part is moved to the support frame guide rail 312 The right light source module 350 which is folded symmetrically between the right support frames is unfolded.

When the screen storage mode is set, the left driving main frame 321 located at the right end of the left supporting frame moves in the left direction along the supporting frame guide rail 312, and the light source module, which is spread between the left frames, And the right driving main frame 331 located at the left end of the right supporting frame part moves rightward along the supporting frame guide rails 312 so that the light sources The module is rotated so as to be perpendicular to the rear direction and is brought into close contact with the right side.

This minimizes the area when the screen is not used and prevents the second type advertisement device from being damaged due to deterioration of the weather such as snow, rain or typhoon, and can be used in a variable stage It is easy to utilize it as an advertisement device before or after the start of the performance of the performance.

Fourth, a fourth type advertisement device 400 according to the present invention will be described.

The fourth type AD device 400 includes a plurality of variable length support frames rising and falling vertically in an upright antenna shape and arranged at regular intervals in the horizontal direction, The folding and unfolding operation is performed according to the rising and falling of the variable-length supporting frame, and a screen is formed.

This is composed of a length-variable type frame 410, an LED module part 420, and a power transmission part 430.

The length-variable frame 410 has a plurality of antenna-shaped variable-length frames formed in a folding-type structure. The variable-length frames 410 are arranged upright at regular intervals on a straight line, up and down in a vertical direction, .

The light source module module 420 includes a light source module module 420 and a light source module module 420. The light source module module 420 includes a rectangular light source module module 500, And a plurality of vertically arranged shapes are coupled between opposing side surfaces of the plurality of stages of the variable-length type frame to emit a shape in a mosaic fashion.

Each of the light source modules coupled between the variable-length frames is vertically folded and unfolded as the plurality of ends of the variable-length frame are vertically raised and lowered, and a screen is formed.

When the screen use mode is set, the light source module unit 420 according to the present invention is mounted on the plurality of short side surfaces of the variable length type frame and the LED modules overlapped at minute intervals rise at regular intervals along the rise of the variable length type frame The screen unfolds.

On the other hand, when the screen storage mode is set, the LED module coupled to the plurality of short side surfaces of each variable-length frame is lowered at a constant interval as the length of the variable frame descends, and the screen is folded.

The power transmission unit 430 is formed at the center of the inner side of the length-variable frame and receives the control signal of the automatic control module in the form of a cylinder coupled with the inner upper end to raise and lower the height of the variable-length frame.

The length of the main frame portion is inserted into the center of the inner frame of the variable frame, the inner top surface and the top end of the main frame portion are coupled with each other, and a plurality of stages are formed at the same height as the plurality of stages of the length- Up and down.

That is, when a pressure is applied to the hydraulic cylinder, the variable-length type frame coupled with the inner upper end surface rises and rises, and when the hydraulic cylinder is removed by pressure and descends in the vertical direction, The height is variable in such a way that it descends and descends.

Fifth, a fifth type advertising apparatus 500 according to the present invention will be described.

The fifth type advertisement device 500 includes a light source module at the upper end of the structure, a support power transmission part for transmitting power, a rectangular box shape, and a right angle at the upper end surface of the structure, The light source module moves upward and downward along the left and right side rails formed on the screen to form a screen.

This is composed of a wire driving part 510, a roller movement guide rail part 520, and a light source module 530.

The wire driving unit 510 includes a power transmission motor having a wire terminal fixed at its upper end and connected to the upper end of the structure. The wire driving unit 510 rotates the power transmission motor in a forward direction or a reverse direction, .

The roller movement guide rail part 520 is positioned at the left and right sides of the front side of the wire driving part and serves to guide the moving direction of the light source module to a guide rail shape at right angles to the front direction from the upper end of the structure.

This structure includes the upper guide rail 521, the first guide rail guide roller 522, the second guide rail guide roller 523, the vertical guide rail 524 and the bar fixing roller 525.

Here, the upper guide rail 521 is located on the upper surface of the structure, and is fixed symmetrically to the front left and right sides of the wire driving part, so that the reinforcing bar fixing roller, which is moved in the front direction from the inside of the wire driving part, And serves to support the wire supporting the penetrating reinforcing bar fixing roller along the wire guide groove located at the inner center bottom.

Here, the first guide rail guide roller 522 serves to primarily support the reinforcing bar roller which is protrudingly engaged with the front end of the upper guide rail and passes through the upper guide rail and is turned in the lower front direction.

Here, the second guide rail guide roller 523 serves to support the reinforcing roller, which is inserted into the vertical guide rail through the first guide rail guide roller, and is secondarily supported by the upper end of the vertical guide rail.

Here, the vertical guide rail 524 is located at the upper end of the upper surface of the structure, and is fixed at right angles to the front end of the upper guide rail, and is rotated in the vertical direction at the front side of the upper guide rail, And the wire connected to the penetrating reinforcing bar fixing roller is supported along the wire guide groove located on the inner center rear side.

Here, the reinforcing bar fixing roller 525 is fixed to the center by penetrating the wire, a reinforcing bar for supporting the LED module in the front direction is protruded and fixed, and a roller, which is rotationally moved along the roller moving guide rail in left and right symmetry, .

The light source module unit 530 supports the upper and lower ends of the rectangular frame in the horizontal direction and includes a plurality of light sources in which light sources are arranged in a tiled fashion at regular intervals in the horizontal and vertical directions between the upper and lower frames, And the left and right ends thereof are connected to the wire coupled to the wire driving part, and are raised and lowered according to the driving of the wire to form a screen and emit a shape in a mosaic fashion.

When the screen use mode is set, the driving motor is rotated in the clockwise direction, and the front end of the LED module connecting wire built in the wire driving unit is guided along the upper guide rail to the first guide rail guide roller Passes through the second guide rail guide roller, passes through the vertical guide rail formed vertically, and the light source module coupled between the left and right light source module coupling wires descends downward to unfold the screen.

On the other hand, when the screen storage mode is set, the driving motor is rotated counterclockwise, the light source module coupling wire embedded in the wire driving unit is wound, and the light source module coupled between the left and right light source module coupling wires is raised upward, The light source module is wound in the inner direction and the screen is folded.

Next, the automatic control module 20 according to the present invention will be described.

The automatic control module 20 has a square box structure and receives the control information of the manager through the wireless network to transmit the folding and unfolding or screen ON / OFF control signals of the folding screen light source module.

The automatic control module 20 according to the present invention includes the first type advertisement device 100, the second type advertisement device 200, the third type advertisement device 300, the fourth type advertisement device 400, A screen storage mode, and an ON / OFF function of the light source module according to a control signal of an administrator.

Hereinafter, a specific operation process of the smart variable light source display apparatus according to the present invention will be described.

[Operation Procedure of First Type Advertisement Apparatus 100]

First, a first type advertisement device is installed in a place where a public eye such as a performance place is concentrated or in a region where a floating population is large.

Next, the manager of the LED advertisement display device transmits the screen use mode control signal to the automatic control module connected to the wireless network through the wireless remote controller.

At this time, the lifting cylinder inside the length-variable type frame rises and the length-variable type frame rises in the vertical direction.

Next, the front wire winding portion of the variable-length frame extending up to the uppermost portion is rotated counterclockwise to wind the wire, and the rear wire winding portion is rotated counterclockwise at the same speed as the front wire winding portion to loosen the wire.

At this time, the wire is passed from the bottom of the rear surface to the top of the front surface through the rear top surface, the wire at the top of the front surface descends in the downward direction, and the LED module connected to the wire is installed in front.

Next, a plurality of LED modules laid out in a mosaic fashion of the folding screen LED module are lit up to form an advertisement screen.

Next, after the advertisement is finished, the manager transmits a screen storage mode control signal to the automatic control module through the wireless remote controller.

Next, the rear wire winding portion is rotated clockwise to wind the wire, and the front wire winding portion is rotated in the clockwise direction at the same speed as the rear wire winding portion to release the wire.

At this time, the wire is passed from the bottom of the front side to the top of the rear side through the front top, and the wire at the top of the rear bottom descends, and the LED module coupled to the wire is rotated and folded.

Finally, the lifting cylinder built in the inside of the length-variable frame is lowered, and the length-variable frame is lowered to minimize the volume.

[Operation procedure of the second type advertisement device 200]

First, a second type advertisement device is installed in a place where public attention is concentrated, such as a performance place, or in a region where a floating population is large.

Next, the manager of the second type advertisement device transmits the screen use mode control signal to the automatic control module connected to the wireless network through the wireless remote controller.

At this time, the ascending / descending cylinder built in the inside of the length-variable type frame rises and is raised in the vertical direction by pushing up the inner upper surface of the length-variable type frame.

The distance between the upper end fixing portion coupled to the upper end of the plurality of the stepped surfaces of the length-variable frame and the lower end fixing portion coupled to the lower end of the front end is widened at a constant speed, and a plurality of links The folded link portion comprising a plurality of folded portions is unfolded at regular intervals.

In addition, the light source frames coupled to the front surfaces of the plurality of links are unfolded at regular intervals in the vertical direction.

Next, the light source frames coupled to the front surface of the main frame unit spread to the uppermost end are fixed at regular intervals in the vertical direction, so that the light source lamps are positioned at regular intervals in the horizontal direction and the vertical direction, and each light source lamp is a mosaic- And emits an advertisement image.

Next, when the presentation of the advertisement is finished, the screen storage mode control signal is transmitted to the automatic control module connected to the wireless network through the wireless remote controller, the lifting cylinder inside the length variable frame descends and the inner upper surface of the length variable frame is pulled Downward in the vertical direction.

At this time, the interval between the plurality of top fixing portions and the bottom fixing portion is reduced at a constant speed, and the folding link portions composed of a plurality of links are folded at regular intervals, And the volume of the second type advertising device is minimized.

Finally, each light source frame is checked in the folded state at the bottom, and only the light source frame in which a trouble or a problem occurs is separated and maintained.

[Operation Procedure of Third Type Advertisement Apparatus 300]

First, a third type advertisement device is installed in a place where public attention is concentrated, such as a performance place, or in a region where a floating population is large.

Next, the manager of the third type advertisement device transmits the screen use mode control signal to the automatic control module connected to the wireless network through the wireless remote controller.

At this time, when the DC motor of the DC motor driving part of the power transmitting part is rotated in the forward direction, the left main sprocket connected to the first gear and the left auxiliary sprocket rotate in the clockwise direction to move the left main drive pin and the left auxiliary drive pin to the right, A left light source module connected to the driving main frame is unfolded and a plurality of left main driven frames are moved at regular intervals in the right direction and the left supporting frame part is unfolded.

At the same time, the second gear engaged with the first gear is rotated in the reverse direction, and the right main sprocket and the right auxiliary sprocket are rotated counterclockwise, and the right main drive pin and the right auxiliary drive pin are moved in the left direction to be connected to the right drive main frame The right light source module is unfolded and a plurality of right driven main frames are moved at regular intervals in the left direction and the right support frame portion is unfolded.

When the left support frame part and the right support frame part are symmetrical to each other and completely opened, a current flows through the electromagnets formed at the right end of the left light source module and the end of the right light source module, and magnetized and attached and fixed.

Accordingly, the left light source module and the right light source module are completely straightened in a horizontal direction, and the light source lamps constituting the light source module are positioned at regular intervals in the horizontal and vertical directions, and each light source lamp emits light in a mosaic- And provides an advertisement image.

Next, when the advertisement presentation is completed, the screen storage mode control signal is transmitted to the automatic control module connected to the wireless network through the wireless remote controller, the DC motor rotates in the reverse direction, and the left main sprocket connected to the first gear and the left auxiliary sprocket are counter- The left main driving pin and the left auxiliary driving pin are moved in the left direction so that the left light source module connected to the left driving main frame is folded and the left supporting frame portion is brought into close contact with the leftward direction as much as possible.

At the same time, the second gear engaged with the first gear is rotated in the forward direction, and the right main sprocket and the right auxiliary sprocket rotate in the clockwise direction to move the right main drive pin and the right auxiliary drive pin in the right direction, The light source module is folded, and the right support frame portion is closely contacted and folded in the rightward direction as much as possible.

This minimizes the volume of the third type advertising device.

Finally, the left light source module folded to the left by the lower side and the folded right light source module closely contact to the right side are checked, and only the light source modules failing or having trouble are separated and maintained.

[Operation process of the fourth type advertisement device 400]

First, a fourth type advertisement device is installed in a place where a public eye such as a performance place is concentrated or in a region where a floating population is large.

Next, the manager of the fourth type advertisement device transmits the screen use mode control signal to the automatic control module connected to the wireless network through the wireless remote controller.

At this time, the ascending / descending cylinder built in the inside of the length-variable type frame rises and is raised in the vertical direction by pushing up the inner upper surface of the length-variable type frame.

Here, the light source module coupled to the upper ends of the plurality of short side surfaces of the length-variable frame rises at a rising speed of the length-variable frame and is spread at regular intervals in the vertical direction.

Next, the light source frame coupled to the side of the main frame portion extended up to the uppermost end is fixed at regular intervals in the vertical direction, so that the light source lamps are positioned at regular intervals in the horizontal and vertical directions, And emits an advertisement image.

Next, when the presentation of the advertisement is finished, the screen storage mode control signal is transmitted to the automatic control module connected to the wireless network through the wireless remote controller, the lifting cylinder inside the length variable frame descends and the inner upper surface of the length variable frame is pulled Downward in the vertical direction.

At this time, the plurality of light source modules are sequentially pushed backward by the light source module located at the top, folded back and forth in the forward and backward directions, and the volume of the fourth type advertisement device is minimized.

Finally, each light source frame is checked in the folded state at the bottom, and only the light source frame in which a trouble or a problem occurs is separated and maintained.

[Operation procedure of the fifth type advertisement device 500]

First, a fifth type advertisement device is installed at the upper part of the outer wall of a building where a public eye such as a performance place is concentrated or a floating population is large.

Next, the manager of the fifth type advertisement device transmits the screen use mode control signal to the automatic control module connected to the wireless network through the wireless remote controller.

At this time, the DC motor driving part formed inside the wire driving part rotates in the forward direction and the front end of the LED module connecting wire, which is parallel to the built-in left and right sides, is connected to the first guide rail guide roller and the second guide rail guide roller And passes through the vertical guide rails formed vertically to lower the light source module in the lower direction.

Next, the plurality of light source modules descending down to the lowermost end are fixed at regular intervals in the vertical direction, and the light source lamps constituting the light source module are positioned at regular intervals in the horizontal direction and the vertical direction, and each of the light source lamps is formed as a mosaic And emits a light source to provide an advertisement image.

Next, when the advertisement display is completed, if the screen storage mode control signal is transmitted to the automatic control module connected to the wireless network through the wireless remote controller, the DC motor driving unit rotates in the reverse direction and the integrated LED module The front end of the wire rises along the vertical guide rail and passes through the second guide rail guide roller and the first guide rail guide roller and passes through the upper guide rail formed horizontally at the upper end to insert the light source module into the wire drive portion.

Finally, the rear opening / closing portion of the wire driving portion is opened to inspect each light source module, and only the light source module that has failed or has a problem is separately separated and maintained.

10: folding screen module 20: automatic control module
100: First type advertisement device 110: Length variable frame
120: wire driving part 130: LED module connecting wire
200: second type advertisement device 210: variable length type frame
220: upper fixture 230: lower fixture
240: Folding link part 250: LED module frame
300: third type advertisement device 310: lower support
320: left support frame 330: right support frame
340: Power transmission unit 400: Type 4 advertising device
410: length-variable frame 420: LED module part
430: Power transmission part 500: Type 5 advertising device
510: wire driving part 520: roller moving guide rail part
530: LED module combination wire

Claims (16)

A plurality of light source modules coupled at regular intervals in the horizontal and vertical directions between the frames to adjust the position of the folded and unfolded frame in any one of the vertical direction and the left and right direction and to produce a mosaic- A foldable screen light source module 10 for forming an advertisement screen,
And an automatic control module (20) having a square box structure and receiving control information of an administrator through a wireless network and transmitting folding and unfolding or screen ON / OFF control signals of the folding screen light source module A variable light source display device.
The foldable screen light source module (10) according to claim 1, wherein the foldable screen light source module
A plurality of variable-length support frames rising and falling vertically in an upright antenna shape are arranged at regular intervals in the horizontal direction, and the light source module is lifted and lowered by winding and loosening of wires connected to the respective variable- A first type advertisement device 100 in which a screen is formed in which an unfolding operation is performed,
A plurality of longitudinally variable support frames rising and falling vertically in an upright antenna shape are arranged at regular intervals in a horizontal direction and a plurality of horizontal frames with a light source module mounted on the front side thereof are linked and linked together, A second type advertisement device 200 in which a folding and unfolding operation is performed by link rotation in accordance with the rising and falling of the upright frame and a screen is formed,
The light source module is coupled to the hinge structure in which a plurality of upright frames are horizontally symmetrically arranged in a left and right direction at regular intervals and are rotated in a backward direction on a rear side of a side of the upright frame, A third type advertisement device 300 in which a light source module coupled with a hinge structure is folded and unfolded and a screen is formed when the light source module is narrowed or spaced at regular intervals,
A plurality of variable length support frames rising and falling vertically in an upright antenna shape are arranged at regular intervals in the horizontal direction and the light source modules fixed between the respective variable length support frames are moved up and down along the length of the variable support frame A fourth type advertisement device 400 in which a folding and unfolding operation is performed and a screen is formed,
A supporting power transmission part for receiving the light source module at the upper end of the structure, and a supporting power transmission part for transmitting the power are formed in the shape of a square box, and the right and left side rails formed at right and left sides in the vertical lower direction, And a fifth type advertisement device (500) in which a screen is formed in a rising and falling direction.
The method of claim 2, wherein the first type advertisement device (100)
A main frame part having a plurality of lengthwise variable frames arranged in an upright rectangular pillar shape and having a plurality of stages formed in a folding structure and arranged at regular intervals on a straight line and rising and falling in a vertical direction and varying a length in a vertical direction, (110)
The front and back sides of the length-variable frame, respectively,

A wire driving unit 120 for rotating a wire coupled in a " shape " in a forward or backward direction and changing a position of a light source module coupled to the wire,
A light source unit having a plurality of light sources arranged in a grid pattern at regular intervals in the horizontal direction and the vertical direction between a pair of vertically spaced light source support frames is connected to a wire coupled to a wire driving unit at left and right ends thereof, A light source module 130 that emits light in a mosaic fashion,
And a power transmission unit 140 formed at an inner center of the length-variable frame and receiving control signals of the automatic control module in the form of a cylinder coupled with an inner upper end to adjust the height of the variable- A smart variable light source display device.
The wire driver (120) according to claim 3, wherein the wire driver
A front wire winding portion for connecting the driving motor to the front end of the variable-length frame and connected to the automatic control module so that the driving motor is connected to the driving motor via a power transmission belt and the front end of the wire is coupled to control winding and unwinding of the wire; (121)
A driving motor which is located at a rear lower end of the length-variable frame and connected to the automatic control module to rotate forward and reverse, and a rear wire winding part connected to the power transmission belt and coupled to the rear end of the wire to control winding and unwinding of the wire, (122)
A light source support frame roller vertically fixed to the front upper end of each of the length-variable frames and vertically moved along a groove formed therein, and a wire supporting the penetrated light source support frame rollers is connected to a wire guide A roller guide rail part 123 for guiding along the groove,
A front guide which is fixed to the lower end of the roller movement guide rail to be positioned so as to smoothly penetrate the light source support frame roller which is moved through the roller movement guide rail and is smoothly driven, Roller 124,
A wire direction switching roller 125 for changing the driving direction of the wire by forming a total of four rollers, one pair at the top front and one at the rear of the length-variable frame,
And a rear guide roller (126) which is fixed to the rear upper end of each of the sections of the length variable frame by a rotation axis in the rear direction so as to assure smooth driving of the wires located on the rear side.
The light source module according to claim 3,
A light source support frame 131 for supporting and supporting a space of the light source unit in the lower end direction by a plurality of rectangular frames formed in a horizontal direction at regular intervals in the vertical direction,
A light source support frame roller 132 which is coupled to the light source support frame in symmetry on the left and right sides of the light source support frame,
A plurality of light source supporting frames arranged in a vertical direction between the upper end surface and the lower end surface of the light source support frame and having a plurality of light source lamps arranged in a tiled arrangement at regular intervals in the horizontal and vertical directions, 133). ≪ / RTI >
The method of claim 2, wherein the second type advertisement device (200)
A main frame part having a plurality of lengthwise variable frames arranged in an upright rectangular pillar shape and having a plurality of stages formed in a folding structure and arranged at regular intervals on a straight line and rising and falling in a vertical direction and varying a length in a vertical direction, (210)
A plurality of rectangle-shaped light source frames formed in a horizontal direction are arranged in a straight line on a straight line, and the left and right rear surfaces of the frames are linked and linked. The light source frame rises and falls according to the driving of the light source frame in the vertical direction, A light source module 220 which emits light in a mosaic fashion by adjusting the light source module 220,
And a power transmission part 230 formed at an inner center of the length-variable frame and receiving a control signal of the automatic control module in the form of a cylinder coupled with an inner upper end part to raise and lower a height of the variable- A smart variable light source display device.
The light source module according to claim 6,
An upper fixing part 221 for supporting the upper end of the folding link part in the form of a supporting frame fixedly coupled to the front upper end of the folding frame for each section of the variable-
A lower fixing part 222 for supporting the lower end of the folding link part,
A foldable link portion 223 which is coupled to the lower end of the upper fixing portion and the upper end of the lower fixing portion and folds and unfolds a plurality of rotation links formed at regular intervals according to the vertical length of the variable frame,
A plurality of light source lamps are arranged at regular intervals on the entire surface of each of the rectangular frames and the rear left and right sides of the rectangular frame frames are coupled to the front surface of the link of the folding link unit And a light source frame part (224) which is moved in the vertical direction and in which the light source lamps in the horizontal and vertical directions emit a shape in a mosaic fashion.
The light source unit according to claim 7, wherein the light source frame unit (224)
A light source frame 224a formed with a lamp insertion groove for receiving a plurality of light source lamps at regular intervals on a front surface in a rectangular frame shape formed horizontally and having a communication line insertion groove for receiving a first communication line for supplying power to the light source lamp, ,
A first communication line 224b inserted in the communication line insertion groove of the light source frame in the longitudinal direction and connected to the front surface of the light source lamp to transmit electrical signals,
A light source lamp 224c inserted and protruded into a plurality of lamp insertion grooves formed at regular intervals on the front surface of the light source frame to emit a light source,
And a second communication line (224d) connected to the left and right sides of the plurality of light source frames, the second communication line (224d) being connected to the first communication line A light source of a smart variable type.
3. The method of claim 2, wherein the third type advertising device (300)
A lower support 310 which supports the movement of the rollers inserted in the upper direction in the left and right directions by forming guide rails in the longitudinal direction on the upper surface in a rectangular box shape formed in the horizontal direction,
A pair of upright rectangular column frames spaced apart at regular intervals in the horizontal direction by a light source module coupled to the side rear ends of the square column frames by a hinge structure, A left support frame part 320 horizontally moved at equal intervals along the guide rail at the bottom center with respect to the frame positioned at the left end and folded and unfolded,
A hinge structure in which the light sources are arranged at regular intervals in the horizontal direction and the vertical direction and the central part in the vertical direction is folded backward, A left light source module 330 in which light sources in the horizontal and vertical directions emit light in a mosaic fashion,
A pair of upright rectangular column frames spaced apart at regular intervals in the horizontal direction by a light source module coupled to the side rear ends of the square column frames by a hinge structure, A right support frame part 340 horizontally moved at equal intervals along the guide rail at the bottom center with respect to the frame positioned at the right end and folded and unfolded,
A hinge structure in which the light sources are arranged at regular intervals in the horizontal direction and the vertical direction and the central portion of the vertical direction is folded backward, A right light source module 350 in which light sources in the horizontal and vertical directions emit light in a mosaic fashion,
The two gears meshed with each other in accordance with the rotation of the driving motor located at one side of the rear center of the lower support part are rotated in opposite directions and the rotational reciprocating motion is converted into a linear reciprocating motion to transmit the power for symmetrically moving the left support frame part and the right support frame part And a power transmission unit (360) for outputting the power of the light source.
[10] The apparatus of claim 9, wherein the lower support (310)
A lower frame 311 for supporting the left support frame and the right support frame to be coupled to the upper surface in a rectangular box shape,
A support frame guide rail 312 for guiding the support rollers formed at the lower ends of the left support frame and the right support frame in the left and right directions and moving them smoothly in the form of a rectangular groove formed in the longitudinal direction on the front side of the upper surface of the lower frame, ,
An auxiliary frame guide rail 313 for guiding the auxiliary rollers formed at the lower ends of the left sub-frame and the right sub-frame in the left-right direction in the form of a rectangular groove formed in the longitudinal direction on the rear side of the upper surface of the lower frame, Wherein the light source is a light source.
The light source module according to claim 9, wherein the left light source module (330)
A vertical light source support bar 331 for vertically supporting the light source lamps with a plurality of spaced apart frames at regular intervals in the vertical direction,
A left horizontal light source support bar 332 for horizontally supporting a light source lamp located on the left side with respect to the center with a plurality of spaced apart frames at a predetermined interval in the horizontal direction,
A left hinge portion 333 which is rotated and returned backward by a forward / backward hinge structure coupled to a left end of the left horizontal light source support bar,
A right horizontal light source support bar 334 horizontally supporting a plurality of spaced apart frames at right angles with respect to the center and supporting the light source lamp horizontally,
A right hinge portion 335 which is rotated and returned backward by a forward / backward hinge structure coupled to the right end of the right horizontal light source support bar,
A central hinge portion 336 which is rotated and returned backward by a forward / backward hinge structure coupled between the left horizontal light source support bar and the right horizontal light source support bar,
And a light source lamp (337) attached to a front surface of a point where the vertical light source support bar and the left and right horizontal light source support bars are engaged with each other to emit a light source.
The power transmission unit according to claim 9,
A DC drive motor 361 located at one side of the center of the rear surface of the lower support portion and transmitting forward and reverse rotation driving force,
A chain is engaged with gears formed on the left and right sides of the left main frame, and a left main pin is coupled to a lower end of the left main frame, A left main sprocket 362 for moving the left main sprocket 362,
A chain is engaged with gears formed on the left and right sides of the left driving assist frame and a left auxiliary moving pin is formed on one side of the chain so as to be coupled with a lower end of the left driving auxiliary frame, A left auxiliary sprocket 363 for moving the left auxiliary sprocket 363,
A chain is engaged with gears formed on the left and right sides of the right drive main frame and a right main drive pin is coupled to the lower end of the right drive main frame at one side of the chain, A right main sprocket 364 for moving the main sprocket 362 to the right side,
A chain is engaged with gears formed on the left and right sides of the right driving sub frame, and a right auxiliary moving pin is formed on one side of the chain so as to be coupled with a lower end of the right driving sub frame, And a right auxiliary sprocket (365) for moving the light source to the light source.
The method of claim 2, wherein the fourth type advertisement device (400)
A main frame part 410 having an antenna shape formed by a plurality of steps in a folding structure and aligned vertically in a straight line on a straight line, rising and falling vertically and varying a length in a vertical direction,
A rectangular shape frame supporting a top and a bottom in a horizontal direction and a light source module in which light sources arranged in a tiled fashion at regular intervals in a horizontal direction and a vertical direction are coupled between rectangular frames located at upper and lower ends, A light source module part 420 coupled between opposing sides of the plurality of stages of the variable-length frame to emit a mosaic shape,
And a power transmission part 430 formed at an inner center of the length-variable frame and receiving a control signal of the automatic control module in the form of a cylinder coupled with an inner upper end part to raise and lower the height of the variable- A smart variable light source display device.
The method of claim 2, wherein the fifth type advertisement device (500)
A wire driving unit 510 that incorporates a power transmission motor in which the end of the wire is fixed and which rotates the power transmission motor in the forward or backward direction and changes the position of the light source module coupled to the wire, Wow,
A roller movement guide rail part 520 located at one side of the front side of the wire driving part and guiding the movement direction of the light source module in the form of a guide rail perpendicular to the front direction at the top of the structure,
A rectangular rectangular frame supporting the upper and lower ends in the horizontal direction and a plurality of light sources in which light sources are arranged in a grid pattern having a predetermined interval in the horizontal direction and the vertical direction between the upper and lower frames, And a light source module (530) connected to the wire coupled to the wire driving part and rising and falling according to driving of the wire and emitting a shape in a mosaic fashion.
The roller movement guide rail part 520 according to claim 14,
Guides the reinforcing bar support rollers that are moved in the front direction from the inside of the wire driving part in the form of guide rails which are positioned on the upper surface of the structure and which are parallel and symmetrically fixed to the front left and right sides of the wire driving part, An upper guide rail 521 for supporting the guide groove along the wire guiding groove,
A first guide rail guide roller 522 which is protrudingly engaged with the front end of the upper guide rail and which primarily supports the reinforcing roller which is turned in the lower front direction through the corresponding guide rail,
A second guide rail guide roller 523 which is coupled to the front end of the upper guide rail and supports the reinforcing bar roller which is turned in the lower front direction through the first guide rail guide roller,
Guide ribs which are vertically arranged in the vertical direction through the upper guide rails are guided in the form of guide rails which are positioned on the upper front face of the structure and fixed in the direction perpendicular to the front end ends of the upper guide rails formed on the left and right sides, And a vertical guide rail (524) for supporting the supporting wire along the wire guide groove located on the inner rear surface.
The light source module according to claim 14, wherein the light source module (530)
A light source support frame 531 for fixing and supporting the position of the light source module to a plurality of frames spaced apart at regular intervals on a straight line in a vertical direction in a horizontal rectangular frame shape,
A light source support roller 532 which is coupled to the light source support frame symmetrically on the back and left and right sides thereof,
A light source unit having a plurality of light sources arranged in a grid pattern at regular intervals in the horizontal direction and the vertical direction between a pair of vertically spaced light source support frames is connected to a wire coupled to a wire driving unit at left and right ends thereof, And a light source module (530) that emits light in a mosaic fashion by rising and falling according to driving of the wire.

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