KR100889705B1 - A rotatable signboard - Google Patents

Abstract

A rotatable signboard is provided to maximize an advertisement effect by rotating a character or logo of the advertisement with a variable speed forward and backward. A rotatable signboard includes a base plate(10-1), a power transmitting unit, and a support(20-8). The base plate is fixed in a wall body. The power transmitting unit is attached to the base plate and is surrounded by a support casing(10-10). A rotation plate is connected to the power transmitting unit and is installed in one side, other side, and the center of the support casing. The support is installed in the rotation plate and maintains a horizontal state. A light emitting diode and an illumination light displaying a character or logo are installed in the rotation plate.

Description

Variable Speed Rotary Extrusion Signs {A ROTATABLE SIGNBOARD}

The present invention relates to a variable speed rotary protrusion signboard having three rotating bodies mounted on a rotating body and a product of an advertisement object and an advertiser's logo or letter on the rotating body, and each rotating plate rotating to maximize the effect of the advertisement.

Usually, a signboard is variously configured as an advertisement board displaying contents of a business owner or a business. Mostly, wall signs are the dominant type, and there are various kinds of roofing signs or protrusions and ground signs depending on the needs.

The purpose of these signs will be to attract viewers or to guide the sales offices to introduce products.

Although these signs are important for informing the place of business or merchandise, the inconspicuous person may be because the signs are fixed and do not attract the viewer's interest.

The present invention has been made to solve the above-mentioned problems of the prior art, the product that is the target of the advertisement from the building wall to the logo on the center and left and right of the left and right by marking the letters, respectively, in addition to the luminous material, lighting, props The purpose of the present invention is to provide a signboard that attracts the viewer's interest by rotating the advertisements continuously along with the lights by having the characteristics of rotating the variable speed in the forward and reverse directions after mounting the lamp.

The object of the present invention described above,

The present invention is to install a variable speed forward and reverse drive motor on the base plate for fixing to the building wall or ground, the timing belt pulley is mounted on the front end of the motor shaft and connected to one side and the other rotating plate, respectively, in the center drive shaft Connect the timing belt pulley built in to the timing belt,

In addition, after the auxiliary rotation shaft is connected from the pair of bevel gears arranged on the center drive shaft, the rotating plate is rotated in the center and one side and the other side. Is rotated is configured to rotate the display article, including advertisements and lights fixed to the front end of the rotary shaft of the rotary gear,

It can be achieved by a variable speed rotary protrusion signage characterized in that it further comprises a driver for controlling the rotation speed, and forward and reverse rotation operation buttons.

According to the present invention, advertisements, characters, and logos promoting a place where goods are sold or displayed based on a wall of a building are rotated forward and backward at variable speeds on the left, right, and front sides to induce customer interest and It is a useful invention that is more effective in attracting customers with a three-dimensional modeling product and a signboard to move, unlike the existing flat signboard.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the appearance of a variable speed rotary protrusion signboard according to the present invention.

As shown in Figure 1, the variable speed rotary protrusion sign according to the present invention,

A base plate 10-1 fixed to a wall, a power transmission unit 10 attached to the base plate 10-1, and wrapped in a support casing 10-10, and the power transmission unit 10. Rotating plates 20-1, 20-2, 20-3 and connected to one side and the other side of the support casing 10-10, and the center, and the rotating plates 20-1, 20-2, 20-3. It is installed on the) and is configured to include a pedestal (20-8) to maintain a horizontal state.

In addition, the rotary plate (20-1, 20-2, 20-3) is further provided with a light emitting diode (LED) portion (L) and a lamp for displaying a letter or logo.

2 is a plan view showing the inside of the variable speed rotary protrusion signboard according to the present invention.

As shown in Figure 2, the power transmission unit 10,

A positive / reverse variable speed drive motor 10-2 is attached to the base plate 10-1, and a timing belt pulley 10-3 is installed at the tip of the drive shaft of the positive / reverse variable speed drive motor 10-2. The timing belt 10-4 connected to the timing belt pulley 10-3 is connected to the second timing belt pulley 10-6 arranged on the central drive shaft 10-5.

At this time, both ends of the central drive shaft (10-5) is fixed and coupled to the one side rotating plate 20-1 and the other side rotating plate (20-2), and bevel gear 10 on the central driving shaft (10-5) -9) is installed, the auxiliary rotating shaft (10-7) with the bevel gear is orthogonal to the bevel gear (10-9) is installed, the central rotary plate (20) on the other end of the auxiliary rotating shaft (10-7) -3) is installed.

In addition, the power transmission unit 10 is protected by the support casing (10-10), one end is fixed to the base plate (10-1).

Although abbreviated as a general relationship in the drawing, a plurality of brackets 10-11 are fixed from an inner surface of the support casing 10-10, and a support bearing 10- is provided inside the bracket 10-11. 12) is inserted, the support bearing (10-12) helps the support and smooth rotation of the central drive shaft (10-5) and the auxiliary rotating shaft (10-7) to which the bevel gear is attached.

The forward / reverse variable speed drive motor 10-2 is controlled by a rotation speed controller 10-13 and a forward / reverse conversion switch 10-14 through current control.

In addition, the variable speed rotary protruding signage can be installed on the wall as well as the base plate 10-1 to be fixed on the floor to be used as a grounded signage.

In FIG. 3, details of the central rotating plate 20-3, the one side rotating plate 20-1, and the other rotating plate 20-2 are shown, and the configurations of the rotating plates are the same. Therefore, the following describes only one rotating plate operation as follows.

Figure 3 (a) is a plan view showing a rotating plate of the present invention, (b) is a front view.

Referring to FIG. 3, when the forward / reverse variable speed driving motor 10-2 rotates, the central drive shaft 10-5 rotates, and the auxiliary rotation shaft 10-10 with the bevel gear 10-9 is rotated. 7) the rotation of the auxiliary rotating shaft (10-9) and the bevel gear (10-9) and the one and the other rotating plate (20-1, 20-2) is fixedly attached to both ends of the central drive shaft (10-5) The central rotary plate 20-3 fixed to the tip of -7) rotates at the same time.

Wherein the rotating plate (20-3, 20-1, 20-2) is a single rotating plate or as shown in Figure 3 (a) for explanation, the front plate 20-a and the small rotating plate 20 formed in the center -b).

The central drive shaft 10-5 and the auxiliary rotation shaft 10-7 are coupled to the small rotating plate 20-b.

Approximately four driven rotating plates 20-7 are coupled to the convention front plate 20-a by a driven shaft 20-72, and a pedestal 20-8 is coupled to the other side of the driven shaft 20-72. do.

The small rotating plate 20-b and each driven rotating plate 20-7 are connected by a link 20-5 to allow accompanying rotation.

Accordingly, the rotational force of the forward / reverse variable speed drive motor 10-2 is transmitted to the central drive shaft 10-5 and the auxiliary rotation shaft 10-7, thereby accompanying the small rotating plate 20-b to rotate. Rotate a plurality of driven link pins 20-4 fixed to the small rotating plate 20-b and rotate the driven link pins 20-6 in the role of a plurality of links 20-5 connected thereto. In addition, it rotates the driven rotating plate 20-7 of the same size as the small rotating plate 20-b to which the driven link pin 20-6 is fixed.

A pedestal 20-8 for fixing an advertisement or fixing an advertisement is fixed to a distal end surface of the driven rotating plate 20-7 so that the driven rotating plate 20-7 and the driven shaft 20-20 are fixed. When the 72 is rotated, the pedestal 20-8 also rotates in the same direction. At this time, the driven rotating plate 20-7 is inserted into the rotating bearing 20-9 to help smooth rotation.

With this structure, when the tournament front plate 20-a rotates one rotation by the drive shaft in the clockwise direction, the small rotation plate 20-b also rotates one rotation, and has the same size as the small rotation plate 20-b. The driven rotating plate 20-7 also rotates clockwise by a link so that the form of the advertisement fixed on the pedestal 20-8 can be kept parallel to the ground even during rotation.

Therefore, a light emitting diode (L) unit (L) for displaying a letter or logo that uses a three-dimensional advertisement or battery as a power source on the pedestal 20-8 fixedly attached to the front end surfaces of the plurality of driven shafts 20-72; Advertisement on the pedestal 20-8 is parallel with the ground when the lamp, neon signs are mounted, and the center and one side and the other side rotating plates 20-1 and 20-2 are rotated forward and backward at a variable speed. Therefore, the structure is to be rotated.

On the other hand, Figure 4 to Figure 6 is a view showing another embodiment of the rotating plate of the present invention.

The structures of the rotating plates 20-1 and 20-2 are the same as in FIGS. 4, 5, and 6, but the operation results are the same. That is, the pedestal 20-8 can always be level even while the tournament board 20-a is rotating.

Referring first to FIG. 4, a plurality of chain sprockets 20-11 are arranged in the same structure as the driven rotating plate 20-7 described above in the circumference of the tournament front plate 20-a. The chain sprockets 20 -11) forms a gear on the circumferential surface of the driven rotating plate 20-7.

The pedestal 20-8 is fixed to the front end surfaces of the chain sprockets 20-11, and connected to the circumferential chain 20-12 on the circumference of the plurality of chain sprockets 20-11,

In place of the small front plate 20-b fixedly attached to the tournament front plate 20-a, a central insrocket 20-13 is laid out, and the second chain driven chain is connected to the connection chain 20-14 connected thereto. Even if the sprocket 20-15 is rotated, the result is the same.

Of course, the first row of the two rows is to rotate the circumferential chain (20-12) and the central chain sprocket (20-11) and the two-row driven chain sprocket (20-15) are the same size and the number of teeth.

On the other hand, as shown in Figure 5, instead of the small rotating plate (20-b) to build the central gear (20-16), instead of the connecting chain (20-14) using the idle gear (20-17) row And operation results in place of the driven gear 20-18 having the chain sprocket 20-11 having the same number of teeth as the center gear 20-16 instead of the two-row driven chain sprocket 20-15. Is the same.

Here, the idle gear 20-17 may be any number of teeth, which is to change the rotation direction, and the driven gear 20-18 is formed in an odd number with respect to the center gear 20-16. .

This is because advertisements on the pedestal 20-8 are parallel to the paper pieces only when the same rotation is performed in the same direction as the rotary plates 20-1 and 20-2.

In addition, in FIG. 6, the central gear 20-19 is fixed to the small rotating plate 20-b and the center gear 20-19 when the tournament front plate 20-a and the central gear 20-19 rotate. The plurality of rows of idle gears (20-20) engaged in the rotation rotate and change the direction of rotation, wherein the plurality of driven gears (20-21) with the same number of teeth as the odd-numbered and central gear (20-19) rotate the plurality of The object placed on the pedestal 20-8 fixed to the driven shaft end surface fixed to the center of the driven gears 20-21 can rotate in parallel with the ground.

This structure is based on the size and number of advertisements to be placed on the pedestal circumferentially from the center of the rotating plate (20-1, 20-2) a small amount of short-range gear train structure and a large amount of chain sprocket structure and chain and gear combination structure To organize in an economical and effective manner.

In addition, such a structure will be said to have the technical spirit of the present invention up to the scope of implementation of various devices that can be applied to various applications without being limited to the variable speed rotary protruding sign.

1 is a view showing the appearance of a variable speed rotary protrusion signboard according to the present invention.

Figure 2 is a plan view showing the interior of the variable speed rotary protrusion signboard according to the present invention.

(A) is a top view which shows the rotating plate of this invention, (b) is a front view.

4 to 6 are views showing another embodiment of the rotating plate of the present invention.

<Description of Symbols for Main Parts of Drawings>

10-1: Base plate 10-2: Positive and reverse variable speed drive motor

10-3: timing belt 10-4: timing belt

10-5: Central drive shaft 10-7: Auxiliary rotation shaft

10-9: Bevel Gear 10-10: Support Casing

20-1, 20-2, 20-3: one side, the other side, the central rotating plate

20-a: Tournament Prev 20-b: Small Turn

20-5: Link 20-7: driven rotating plate

20-12: Circumference Chain 20-13: Central Chain Sprocket

20-14: Connecting chain 20-15: Two-row driven chain sprocket

20-16: Central gear 20-17: Children gear

20-18: Driven gear 20-19: Central gear

20-20: Children gear 20-21: Driven gear

Claims (10)

A base plate 10-1 fixed to the wall; A power transmission unit 10 attached to the base plate 10-1 and wrapped in a support casing 10-10; A rotating plate 20-1, 20-2, and 20-3 connected to the power transmission unit 10 and installed at one side and the other side and the center of the support casing 10-10; Pedestal (20-8) is installed on the rotating plate (20-1, 20-2, 20-3) to maintain a horizontal state; Variable speed rotary protrusion signage comprising a. The method of claim 1, The rotating plate (20-1, 20-2, 20-3) is a variable speed rotary projection sign characterized in that the light emitting diode (LED) portion (L) for displaying a letter or a logo, and a light is further provided. The method of claim 1, wherein the power transmission unit 10, A forward / reverse variable speed drive motor 10-2 attached to the base plate 10-1; A timing belt pulley 10-3 arranged at the front end of the drive shaft of the forward / reverse variable speed drive motor 10-2; A timing belt (10-4) connected to the timing belt pulley (10-3); A center drive shaft 10-5 connected to the timing belt 10-4 and connected to both ends of the one side rotating plate 20-1 and the other side rotating plate 20-2; An auxiliary rotating shaft (10-7) attached to a bevel gear (10-9) engaged with the bevel gear (10-9) formed on the central driving shaft (10-5) and connected to the central rotating plate (20-3); It is installed on the outside of the forward / reverse variable speed drive motor 10-2, the timing belt pulley 10-3, the timing belt 10-4, the bevel gear 10-9, and the auxiliary rotary shaft 10-7. Support casing 10-10; Variable speed rotary protrusion signage comprising a. The method of claim 1, The rotating plate (20-3, 20-1, 20-2), the front plate 20-a and a small rotating plate (20-b) formed in the center, A plurality of driven link pins 20-4 fixed to the small rotating plate 20-b; A plurality of links 20-5 having one end connected to the driven link pin 20-4; A driven link pin 20-6 connected to the other end of the link 20-5; A driven rotary plate 20-7 installed with the driven link pin 20-6 and interlocked with the small rotary plate 20-b and connected to the pedestal 20-8 and the driven shaft 20-72; Variable speed rotary protrusion signage comprising a. The method of claim 1, The rotating plate (20-3, 20-1, 20-2), the front plate 20-a, and the central chain sprocket (20-13) formed in the center, A plurality of chain sprockets 20-11 arranged in the circumference of the tournament front board 20-a; Two-row driven chain sprockets 20-15 connected to the pedestal 20-8 and driven shafts 20-72; A connection chain 20-14 connecting the central chain sprocket 20-13 and the second row driven chain sprocket 20-15; A circumferential chain 20-12 connecting the plurality of chain sprockets 20-11; Variable speed rotary protrusion signage comprising a. The method of claim 1, The rotating plate (20-3, 20-1, 20-2) is composed of a tournament front plate (20-a), and a central gear (20-16) formed in the center, A plurality of chain sprockets 20-11 arranged in the circumference of the tournament front board 20-a; A driven gear (20-18) connected to the pedestal (20-8) by a driven shaft (20-72); Idle gear 20-17 connecting the central gear 20-16 and the driven gear 20-18; A circumferential chain 20-12 connecting the plurality of chain sprockets 20-11; Variable speed rotary protrusion signage comprising a. The method of claim 6, The central gear (20-16) and the chain sprocket (20-11) is a variable speed rotary protrusion sign characterized in that formed to have the same number of teeth. The method of claim 6, The idle gear (20-17) is a variable speed rotary protrusion sign characterized in that the driven gear (20-18) and the central gear (20-16) is configured in an odd number so that it can rotate in the same direction. The method of claim 1, The rotating plate (20-3, 20-1, 20-2) is composed of a tournament front plate (20-a), a small rotating plate (20-b) and a central gear (20-19) formed in the center, A plurality of driven gears 20-21 arranged in the circumference of the competition front board 20-a; It comprises an idle gear (20-20) for connecting the central gear (20-19) and the driven gear (20-21), The center gear (20-19) is fixed to the small rotating plate (20-b) and the number of meshed to the center gear (20-19) when the tournament front plate (20-a) and the center gear (20-19) is rotated The plurality of driven gears 20-20 by rotating the idle gears 20-20 and rotating the plurality of driven gears 20-21 with the same number of teeth as the center gear 20-19 with the same number of rotations to change the direction of rotation. 21. A variable speed rotary protruding signboard characterized in that an object placed on the pedestal (20-8) fixed to the driven shaft end face fixed to the center of the driven shaft can rotate in parallel with the ground. The method of claim 9, The idle gear (20-20) is variable speed rotary protrusion signage characterized in that the driven gear (20-21) and the center gear (20-19) is composed of an odd number so that it can be rotated in the same direction.

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