KR20110006228A - Mobile emblem - Google Patents

Abstract

PURPOSE: A mobile emblem is provided to enable live and dramatic expression of a logo by being equipped with an LED(Light Emitting Diode) and rotated or moved in all directions. CONSTITUTION: A mobile emblem(1) comprises a control unit(3), an LED unit(6), a drive motor unit(4), and a speed reduction gear unit(2). The control unit is connected to a power supply unit(5) and a tail lamp contact unit(7). As power source is provided to the tail lamp contact part or shut off, the LED unit is turned on or off. The speed reducing gear unit reduces the torque of the drive motor unit so that the emblem is rotated in case of low-speed rotation. The control unit adjusts the speed of rotation or changes the rotational direction.

Description

Mobile emblem

The present invention is a device for embodying a car emblem or a car logo, etc. The movement of the emblem and the logo is operated by a vacuum motor using a DC power source and a vacuum of the engine when the car is started, symbolic as a living heart of the car By infusing the emblem and logo with vitality, the emblem applied to the vehicle brings a greater publicity effect to the car, giving pulsation and soft expression to dramatically meet the purpose of being as an emblem.

Conventional automotive emblems are images of luxury vehicles and the company logo is mounted on the front of the hood, the radiator grille and the center of the trunk for the purpose of identifying the company's brand, but the representative and symbolic meaning of the brand or image of the car Emblems with virtually no weight.

Emblems and logos are attached to vehicles for the purpose of enhancing the brand value of the company and reminiscent of image shapes.Each car manufacturer has its own unique logos and emblems, and the design itself is diverse and has an artistic and aesthetic sense. Although it is marketed, it is considered to be a significant part of other aspects of automobiles and companies, but it is actually attached to automobiles and is not much expected.

The present invention is a device that can implement the movement to the emblem and the logo fixed as invented to solve the conventional problems as described above, ultra-low rotation or low-speed rotation up, down, left, right, etc. Its purpose is to have the PR effect and presence of the car by moving the emblem more shining and aesthetic sense.

It is mounted at the existing position or other position with the emblem and the company logo which is fixed, and it operates by itself when starting the car, and the emblem and the logo appear prominently to overcome the emblem that was only an existing accessory. It can be used for the actual purpose of the car symbol.

Moving emblems and logos according to the present invention greatly improves the image of the car as well as the corporate image, the appearance of the image is pulsating and soft aesthetic sense to increase the attachment to the view of all men and women of the car and handle the car sales and Emblem production demand can be improved.

It will be described in detail by the accompanying drawings in accordance with a preferred embodiment of the present invention. Figure 1 is a mounting view showing the mounting position of the vehicle, Figure 2 is a conceptual diagram showing the function of the device to have the movement of the emblem and logo, Figure 3 is an overall flow diagram showing the overall operating flow of the mobile emblem device, Figure 4 Figure 5 is a device (front, side) sectional view for implementing the rotation of the attached vehicle emblem, Figure 5 is the same purpose as Figure 4, but the device (front, side) sectional view using a double reduction gear, Figure 6 is a deceleration using a helical gear Fig. 7 is a cross-sectional view of the device (front, side) for explaining the gear structure, Fig. 7 is a cross-sectional view of the device (front, side) for implementing the clockwise and anti-clockwise rotation emblem. 9 is a cross-sectional view of a device in which more than one gear is engaged and rotates. FIG. 9 is the same as FIG. 7, but a device (front and side) is a cross-sectional view using a rotating shaft instead of a rubber belt. Figure 11 is a cross-sectional view for explaining the device to make the image, Figure 11 is a device (front, side) cross-sectional view for explaining the device to be rotated by attaching a logo, Figure 12 is a view for explaining a device for causing the logo plate to move left and right Fig. 13 is a cross-sectional view of the dual rotating device (front, back and side) in which the logo-attached surface is separated and rotates in the reverse direction, and Fig. 14 is a rotary device using a vacuum motor using suction vacuum of the engine. (Front side, side view) An embodiment of the cross-sectional view.

As shown in Figs. 4, 5, and 6, the emblem (1), the reduction gear (2), and the control (memory) part of the vehicle are sequentially shown in order to implement the car's emblem to rotate at low speed about the X and Y axes. (3), drive motor (4), power supply (5), lighting (LED) (6), taillights (7), etc. The order of operation is the power supply to supply power to the first start or switch When electricity is supplied from (5), power is supplied to the control circuit board, which is the control (memory) portion 3, and electricity is supplied to the lighting (LED) portion 6 and the driving motor portion 4, and the light emitting LEDs are connected to the taillights. It is turned on by the lighting control unit 7 and the driving motor unit is a device in which the reduction gear unit 2, which is engaged, decelerates the rotational force, rotates to rotate at low speed, and causes the emblem to rotate. The driving motor is a general motor or a servo. By using a motor, the rotation speed of the emblem can be determined by ultra low speed rotation or low speed rotation. As shown in FIG. 5, unlike the case of FIG. 4, the reduction gear unit 2 uses a double reduction gear or more to reduce the speed of the gear by using a reduction gear, and FIG. 4 and 5, but the reduction gear unit 2 is designed to increase the damping force by using the helical gear (2-1).

7, 8, and 9 are cross sectional views (front, side) of the actuating device of the emblem rotating clockwise and counterclockwise. In detail, from the power supply 5 to the reduction gear unit 2, FIG. As shown in Fig. 2, the power supply unit 5 operates in the order of the control (memory) unit 3, the lighting unit (LED) unit 6, the driving motor unit 4, the reduction gear unit 2, and the like. In detail, the rubber belt (2-2) connecting the belt pulley (2-3) and the belt pulley (2-3) mounted on the reduction shaft (2) shaft and the emblem shaft illustrated in FIG. Is rotated when the driving motor unit 4 is operated. FIG. 8 is the same as FIG. 7, and the device in which three or more gears are engaged and rotates in the emblem itself, and FIG. 9 is almost identical to FIG. In detail, the method of transmitting the rotational force from the reduction gear part 2 to the emblem is illustrated in FIG. (2-2), but the rotation shaft (2-4) method was used in FIG. 6 and the helical gear (2-1) was additionally illustrated to rotate the emblem.

10 is a short shave of a device that allows the movement of a specific emblem using a joint mechanism, the emblem is also available in a variety of functions such that a specific part such as wings or legs or head, such as wing shape or animal shape is moved. In detail, the power supply unit 5, the control (memory) unit 3, the driving motor unit 4, and the reduction gear unit 2 are operated in the same manner. Whenever 2) rotates, the push-up rod (b) is a device to move up and down by moving the emblem wings up and down.

11 and 12 are detailed descriptions of the cross-sectional view shown in FIG. 11 as a device capable of rotating or moving left, right, up and down and various operations by attaching a logo or symbol logo of an automobile production company. The power supply part 5 to the reduction gear part 2 are almost the same as the emblem rotating device. The logo is attached to the rotating mounting plate a shown in Fig. 11 so that the rotating mounting plate rotates at a low speed and is made of a transparent acrylic material or a colored acrylic material. When the light emitting LED, which is the illumination (LED) part 6, emits light, the logo appears more clearly at night and realizes rotation. FIG. 12 is similar to that of FIG. 11 and the difference is described in detail. Up to the same, the eccentric cam (d) is a part that rotates and the moving plate (c) is left and right to move the device.

Fig. 13 is a device in which the logo-attached surface is divided in two, and when the A surface rotates in the counterclockwise direction, the B surface rotates in the clockwise direction in the reverse direction. The outer circular gear 2-6 has a gear formed therein, so that when the driving motor unit 4 rotates when the inner and outer sides of the circular gear are bitten together by the double biting specific portion 20 of the gear to be engaged, Due to the reduction gear part (2), the inner surface (A) and the outer surface (B) of the logo rotate in reverse directions.

14 shows that the apparatus can be operated by using a motor of the drive motor unit 4 using a general motor or a servo motor, but a vacuum is formed in the suction part when the engine of the vehicle is started. The exploded rear view of the motor is illustrated and described in detail. When the rotor blade (b) is mounted inside the vacuum motor body (a) and the vacuum hose is mounted in the engine direction (b), the air flows from the A to B direction. Is a vacuum-type motor designed to realize rotation or movement of the gear and the gear that rotated and the rotating blade rotates and the emblem or logo can be used. Instead of the electric device, the driving motor can be used as a substitute. The apparatus has been described. When using a general motor or a servo motor, use a control circuit in the control (memory) part 3 to inject a memory to return to a certain position (front and right sides) and stop when the power supply is cut off. It features. In addition, the tail light contact portion (7) for controlling the lighting (LED) part 6, characterized in that the lighting (LED) part (6) can be turned on or off whenever the tail light is used.

Although the present invention has been described with reference to a preferred embodiment as a device for realizing the movement of the vehicle emblem and the company logo according to the present invention, the present invention is not limited thereto, but the claims and the detailed description of the invention and the scope of the accompanying drawings. It can be realized in various forms using spur gear, bevel gear, helical gear, and dual reduction gear inside. Also, the design of emblem can be realized in various ways so that movement can be realized together.

1 is a mounting view according to an embodiment of the present invention

Figure 2 is a conceptual diagram showing the function of the moving device of the emblem and logo according to the invention

3 is an overall flow diagram representing the operational flow according to the present invention as a whole

4 is a front and right cross-sectional view according to an embodiment of the X, Y axis center rotation apparatus of the emblem

5 to 6 is a front and right cross-sectional view according to another embodiment of the X, Y axis center rotation apparatus of the emblem

7 is a cross-sectional view according to an embodiment of the emblem clock, counterclockwise rotation device

8 to 9 is a cross-sectional view according to another embodiment of the clockwise, counterclockwise rotation device

10 is a cross-sectional view according to an embodiment of the up and down moving emblem

11 is a front and right cross-sectional view according to an embodiment of the logo rotating apparatus

12 is a front and right cross-sectional view according to an embodiment of the device for moving the logo left and right

13 is a front, rear, side cross-sectional view according to an embodiment of the dual rotating device of the logo attached surface

14 is a front, side view of the operation concept of the vacuum motor

<Description of Signs for Main Parts of Drawings>

1: emblem

     1-1: Logo 1-2: Rotation Emblem

     1-3: Gear model rotation emblem 1-4: Up and down movement emblem

     1-5: Double rotating logo plate

2: reduction gear unit

     2-1: Helical Gear 2-2: Rubber Belt

     2-3: pulley 2-4: axis of rotation

     2-5: Round inner gear 2-6: Round outer gear

     20: Partial double engagement of gear 21: Double reduction gear

     22: gear model emblem gear 1 23: gear model emblem gear 2

     24: gear model emblem gear 3

3: control (memory) section

4: drive motor

5: power supply

6: LED part

7: taillight connector

a: Logo rotating plate b: Push upload

c: logo left and right plate d: eccentric cam

A: vacuum motor body b: rotary wing

Claims (11)

In the moving emblem (1) rotated about the X, Y axis; In the control (memory) section (3) connected to the power supply section 5 and the taillight contact section (7); the rough surface (LED) section (6) which is operated when the power is supplied; and in the drive motor section (4) A reduction gear unit (2) for damping the rotational force of the driving motor unit, wherein the reduction gear rotates at a low speed and the emblem (1) rotates. A control (memory) section 3 which gives an input value to the control (memory) section 3 and returns to a fixed position (front or right direction) when the power is cut off; The drive motor unit 4 is characterized in that it comprises a general motor or a servo motor, the device having a feature that the rotational speed adjustment or the rotation direction change to the input value by the control (memory) unit (3); The lighting (LED) part 6 is provided under the emblem, and the lighting (LED) part 6 is turned on and off when power is supplied to the tail light tangent part 7 and cut off. The reduction gear unit 2 which attenuates rotational force by the drive motor unit 4 is composed of two or more reduction gears; Emblem device characterized in that the rotational force of the drive motor (4) to give a rotation attenuation force in the double gear to enable the low-speed rotation of the emblem. 2. An apparatus according to claim 1, characterized in that the reduction gear coupled to the drive motor portion consists of a helical gear (2-1). In the emblem (1-2) which rotates clockwise and counterclockwise; A control (memory) section 3 connected to the power supply section 5 and the taillight tangent section 7 is configured; When the power is supplied, the lighting (LED) unit 6 is operated; A drive motor unit 4 device; And a reduction gear unit 2 which receives rotational force of the drive motor unit 4 to attenuate the rotational force; A pulley 2-3 configured in the reduction gear part 2 and a pulley 2-3 configured in the emblem shaft; Rotary emblem device, characterized in that driven by the rubber belt (2-2). A control (memory) section 6 which gives an input value to the control (memory) section 3 and stops in a home position at a predetermined position (front or right direction) when the power is cut off; The drive motor unit (4) is characterized in that it comprises a general motor or a servo motor, characterized in that the rotational speed adjustment and the rotation direction change by the input value of the control (memory) unit (3). Apparatus characterized in that the light emitting diode provided in the illumination (LED) part (6) consists of a device that is turned on and off. 5. The emblem (1) according to claim 4, wherein the emblem (1) is a rotating structure (1-3) formed by a gear bit, which includes an emblem gear 1 (22), an emblem gear 2 (23), an emblem gear 3 (24), and the like within the emblem itself; Rotation emblem device characterized in that three or more gears are provided, the gears are engaged with each other to rotate at low speed. The emblem device according to claim 4, characterized in that it is connected by a constituent shaft (2-4) and a helical gear (2-1) for transmitting a driving force from the reduction gear part (2) to the rotating emblem (1-2). Power is supplied to the control (memory) unit 3 connected to the power supply unit 5 and the taillight tangent unit 7 in the up and down moving emblems 1-4; The lighting (LED) part 6 and the drive motor part 4 apparatus are comprised; As a feature, it consists of a reduction gear part 2 which reduces the rotational force of the drive motor part 4; In addition, the helical gear (2-1) coupled to the front of the drive motor (4), the push-up rod cranked to the reduction gear unit (2) during rotation moves up and down, the emblem (1-4) is up, Mobile emblem device characterized by having a downward movement. A control (memory) section 3 which gives an input value to the control (memory) section 3 and returns to a fixed position (front or right direction) when the power is cut off; The drive motor unit 4 is characterized in that it comprises a general motor or a servo motor, the device having a feature that the rotational speed adjustment or the rotation direction change to the input value by the control (memory) unit (3); Apparatus (6) is provided at the lower part of the emblem, the lighting (LED) part (6) is turned on and off when the power supply to the tail light tangent (7) and cut off. In the clock device and the logo device rotated counterclockwise of the production company logo (1-1); In the control (memory) section (3) connected to the power supply section 5 and the taillight contact section (7); an illumination (LED) section (6) which is activated when power is supplied; A reduction gear unit (2) for damping the rotational force of the driving motor unit; and a logo attached to the rotation mounting plate (a) by rotating the reduction mounting plate (a) according to the rotation of the reduction gear unit (1). 1) is rotated, the rotating mounting plate (a) can use a transparent acrylic and colored acrylic; or can put the color of the light emitting diode into various effects, the lighting (LED) part 6 is Apparatus characterized by the appearance of aesthetics by vividness and rotation of the logo at night during operation. The method of claim 8; The eccentric cam (d) is configured on the rotating shaft connected to the reduction gear unit (2), so that the logo attached plate (c) to the left and right movement by the rotation of the eccentric cam (d) during the rotation of the reduction gear unit (2). Featured logo move device. The method according to claim 8, characterized in that the logo attachment plate (1-5) is divided into two and have a double rotating structure; A gear is formed outside the inner circular gear 2-5 at the rear portion, and a gear is formed inside the outer circular gear 2-6, so that the double biting portion of the gear to bite the two circular gears together is formed. When the driving motor unit 4 rotates due to the inside and the outside of the circular gear 20 being rotated together with each other, the inner side A and the outer side B of the logo rotate due to the reduction gear 2. Double plate rotation logo device characterized by. When the vacuum is formed by the air being sucked from the A to B surface by the vacuum blade (B) and the rotating blade (B) configured therein, the rotating blade rotates and transmits the rotational force to the reduction gear part (2). Vacuum-type motor, characterized in that it can be used as a substitute for the drive motor (4) for the purpose of simple operation without power supply.

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