KR20140036723A

KR20140036723A - Luster device for automobile

Info

Publication number: KR20140036723A
Application number: KR1020120103177A
Authority: KR
Inventors: 김용수
Original assignee: 김용수
Priority date: 2012-09-18
Filing date: 2012-09-18
Publication date: 2014-03-26

Abstract

The present invention relates to a vehicular gloss device; A front and rear transfer part 110 for installing a pair of moving brackets on the left and right, and transferring the moving brackets 114 back and forth; Shanghai conveying unit 120 for installing the moving bracket 124 upward in each of the moving bracket 114 of the front and rear conveying unit 110 to transfer the moving bracket 124 up and down; A left and right conveying unit 130 for connecting the upper end of the shanghai conveying unit 120 to the left and right to install a moving bracket 134 for moving left and right, and for moving the moving bracket 134 to the left and right; An adjusting unit 140 coupled to the moving brackets 124 and 134 of the up and down and left and right transport units 120 and 130 inward to reciprocate the moving plate 144 inwardly; A pressure unit 150 that couples the pressure plate 154 to the moving plate 144 of the control unit 140 and interlocks with the pressure plate 154 to elastically install the pressure plate 154 back and forth; And it is coupled to the pressing plate 154 of the pressing unit 150 to be interlocked, but composed of a rotating glossy unit 160 to rotate by combining the glossy pad 165 to the front end, anyone can easily and automatically polish work of the vehicle Not only can it be safely, conveniently and efficiently performed, but it can also perform a gloss work quickly and effectively at low cost.

Description

Automotive device for automobiles

The present invention relates to a vehicle gloss device, and more particularly, to a vehicle gloss device that enables anyone to perform a gloss work easily and efficiently by automatically performing the exterior gloss work of the vehicle.

In general, in the case of automobiles, parts other than glass windows are not simply painted with paint but are surface-treated to be glossy.

This prevents damage to the original color or corrosion of the surface due to airborne contaminants such as iron, tar, sap, algae droppings, grease, wax or coatings attached to the exterior surfaces of automobiles. In order to maintain the vehicle, it is necessary to maintain such gloss.

To this end, it is applied to wax or compound, and repeatedly wiped to maintain its damaged luster.In order to solve the difficulties in the manual process, a car polisher in which a pad formed of wool, sponge or wool is rotated by a motor I am working with.

This conventional vehicle gloss work has a problem that the operator has to work for a long time using a polisher not only takes a long time, but also to avoid the gloss work of the vehicle due to the high cost of labor due to the increase in labor costs.

Furthermore, there is also a patent application No. 10-2005-20097, but it does not only require a lot of labor because it is easy to manually rotate the polishing pad to perform cleaning and polishing work, but also takes a long time for polishing work and the cost of polishing work. There is a high problem that this is likely to increase.

Therefore, the main object of the present invention is to provide a vehicle gloss apparatus that enables anyone to easily and automatically and safely perform a gloss work of the vehicle.

Another object of the present invention is to provide a vehicular gloss device that can quickly and effectively perform a gloss work of a vehicle at a low price.

In order to achieve the above object, the vehicle gloss apparatus of the present invention includes a front and rear conveying unit for installing a pair of moving brackets on the left and right, and conveying the moving bracket back and forth; Shanghai transport unit for installing the moving bracket upward in each of the moving bracket of the front and rear transfer unit for transferring the moving bracket up and down; A left and right transfer unit for installing a moving bracket for moving left and right by connecting the upper end of the shanghai transport unit to the left and right and moving the moving bracket to the left and right; An adjusting unit coupled to the moving bracket of the up / down / left / right transfer inward to reciprocate the moving plate inward; Compression unit for coupling the pressure plate to the moving plate of the control unit for resilient installation of the pressure plate back and forth; And it is coupled to the pressing plate of the pressing unit to be interlocked, but consists of a rotating gloss to rotate by combining the glossy pad to the front end of the technical configuration.

Therefore, the vehicle gloss apparatus of the present invention drives the driving motor at the initial gloss position, and moves the moving plate to advance the pressure plate elastically installed in front of the moving plate so that the glossy pad is in close contact with the surface of the vehicle and coupled to the rotating shaft. Due to the universal joint, the rotating plate bends naturally along the curved surface of the vehicle and at the same time adheres to the curved surface of the vehicle with a compression spring elasticity. However, by selectively controlling the front and rear transfer unit, the Shanghai transfer unit, and the left and right transfer unit according to the program, the position of the gloss pad is gradually moved and repeated so that the entire vehicle can be polished sequentially. Safely and conveniently Not only it can be done quickly and efficiently as work at a reasonable price and there is an effect that can do the job effectively glossy car.

1 is an overall perspective view showing for explaining a vehicle gloss apparatus according to the present invention.
Figure 2 is a front view showing a state before the side gloss to explain the vehicle gloss apparatus according to the present invention.
Figure 3 is a front view showing a state of the side gloss to explain the vehicle gloss apparatus according to the present invention.
Figure 4 is a front view showing the state before the top gloss to explain the vehicle gloss apparatus according to the present invention.
Figure 5 is a front view showing a state of the top gloss to explain the vehicle gloss apparatus according to the present invention.
Figure 6 is an exploded perspective view showing a gloss assembly to explain the vehicle gloss apparatus according to the present invention.
Figure 7 is a front view sequentially showing the progress of the gloss assembly to explain the vehicle gloss apparatus according to the present invention.
Figure 8 is a side view showing a state of the upper gloss to explain the vehicle gloss apparatus according to the present invention.
Figure 9 is an exploded perspective view showing the gloss assembly to explain the vehicle gloss apparatus according to the present invention.
10 is a perspective view showing a combination of the glossy assembly to explain the vehicle glossy device according to the invention.

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

As shown in Figures 1 to 10, the vehicle gloss device 100 of the present invention is provided with a pair of moving brackets on the left and right, and the front and rear transfer unit 110 for transferring the moving bracket 114 back and forth; Shanghai conveying unit 120 for installing the moving bracket 124 upward in each of the moving bracket 114 of the front and rear conveying unit 110 to transfer the moving bracket 124 up and down; A left and right conveying unit 130 for connecting the upper end of the shanghai conveying unit 120 to the left and right to install a moving bracket 134 for moving left and right, and for moving the moving bracket 134 to the left and right; An adjusting unit 140 coupled to the moving brackets 124 and 134 of the up and down and left and right transport units 120 and 130 inward to reciprocate the moving plate 144 inwardly; A pressure unit 150 that couples the pressure plate 154 to the moving plate 144 of the adjustment unit 140 and elastically installs the pressure plate 154 back and forth; A rotating gloss unit 160 coupled to the pressing plate 154 of the pressing unit 150 to be interlocked with the glossy pad 165 coupled to the front end to rotate; And a bent portion 170 that bends the adjustment unit 140 to change the direction of the rotary polish unit 160 formed in front of the pressing unit 150.

The front and rear conveying unit 110 is provided with a conveying rod 112 to the left and right in front and rear and form a guide rod 113 parallel to the conveying rod 112, but forms a conveying rod 112 with a computer bolt.

Here, both ends of the transfer rod 112 and the guide rod 113 are coupled to the support brackets 115 to maintain a constant distance from the ground, and to drill the screw holes and holes in the movement bracket 114 and the transfer rods 112 and Coupling to the guide rod 113.

Therefore, the moving bracket 114 may be moved back and forth while being guided to the guide rod 113 by the rotation of the transfer rod 112 formed of a computer bolt.

In addition, the driving rod 111 is coupled to the transfer rod 112 to rotate the transfer rod 112, but the worm 116 is coupled to the rotation shaft of the drive motor 111, and the worm 116 of the transfer rod 112 is connected to the transfer rod 112. It is formed by attaching the pinion 117 to the tooth coupling.

The shanghai conveying unit 120 is installed vertically parallel to the transfer rod 122 and the guide rods 123 perpendicular to the upper surface of the moving bracket 114 of the front and rear conveying unit 110 to a predetermined height, and the transfer rod 122 and the guide Couple the support bracket 125a to the top of the rod 123, but drill a hole in the support bracket 125a to allow the upper portion of the transfer rod 122 to pass through the support bracket 125a and to bevel the top of the transfer rod 122. Attach the gear 127a.

Here, the transfer rod 122 is formed of a computer bolt and is coupled to the transfer rod 122 and the guide rod 123 by drilling a screw hole and a hole in the moving bracket 124.

Therefore, the moving bracket 124 may be moved up and down while being guided to the guide rod 123 by the rotation of the transfer rod 122 formed of a computer bolt.

In addition, the bevel gears connected to the upper ends of the transfer rods 122 are connected to the upper end of the transfer rods 122 by connecting the bevel gears 127b to both ends of the power transfer rods 126. 127a) and the gear to allow the left and right transfer rod 122 to rotate at the same time by the rotation of the power transmission rod 126.

In particular, the left and right transfer rod 122 is formed of a computer bolt, but formed by the right and left screws at the same time upward or downward of the moving bracket 124 coupled to the transfer rod 122 even in one direction rotation of the power transmission rod 126. It is desirable to be able to move.

In addition, it is preferable to connect the left and right support brackets 125a with the support bars 128 to improve the supporting force.

On the other hand, as shown in Figs. 4 and 5, 7 to 10, the removal of the moving rod 124, the perforated screw hole and the hole in the support bracket (125b) of the transfer rod 122 formed of a computer bolt The support bracket 125b may be moved up and down while being guided to the guide rod 123 by rotation.

The left and right transfer unit 130 is installed between the left and right support brackets (125b) of the shanghai transport unit 120 to the left and right to form a guide rod 133 parallel to the transfer rod 132, but the transfer rod ( 112) is made of computer bolts.

Since the screw holes and holes are drilled in the moving bracket 134 to be coupled to the transfer rod 132 and the guide rod 133, the movement bracket 134 is a guide rod by rotation of the transfer rod 132 formed of a computer bolt. Guided to (133) can be moved left and right.

Furthermore, the drive rod 132 is coupled to the drive motor 131 to rotate the transfer rod 132, but the worm 136 is coupled to the rotating shaft of the drive motor 131, and the worm 136 of the transfer rod 132 and the worm 136 are rotated. It is formed by attaching the pinion 137 to the tooth coupling.

The adjusting unit 140 is coupled to the support bracket 148 inwardly to the moving brackets 124 and 134 of the up and down / left and right transfer unit 120 and 130, and coupled to the guide plate 145 fixed inside the support 148 guide The screw holes and holes of the plate 145 are drilled.

Here, the screw rods of the guide plate 145 are threaded through the transfer rods 142 formed with computer bolts, and the guide rods 143 pass through the holes, and the front ends of the transfer rods 142 and the guide rods 143. Attach the moving plate 144 to the rear end and the stopper 149 is coupled.

Furthermore, the pinion 147 installs the driving motor 141 on the guide plate 145 and forms the worm 146 on the rotation shaft of the driving motor 141, but is geared to the worm 146 on the rear side of the transfer rod 142. When the transfer rod 142 is rotated by the operation of the drive motor 141, the moving plate 144 is guided to the guide rod 143 to move forward or backward.

Further, the moving plate 144 is formed by drilling a plurality of holes.

The pressing unit 150 penetrates the plurality of guide rods 151 through the holes of the moving plate 144 of the adjusting unit 140, attaches the pressing plate 154 to the front end, and couples the stopper 153 to the rear end. The compression spring 152 is fitted to the outer circumference of the guide rod 151 to elastically install forward.

In the center of the pressing plate 154 is formed by punching the shaft hole.

The rotary gloss 160 is provided with a drive motor 161 to penetrate the rotating shaft 162 in the shaft hole of the pressing plate 154 of the pressing unit 150 to protrude forward.

Furthermore, since the rotary plate 164 is coupled to the rotary shaft 162 of the drive motor 161 by the universal joint 163 and the glossy pad 165 is detachably coupled to the rotary plate 164, the glossy pad 165 is connected to the vehicle. It is bent along the curved surface to allow smooth rotation.

The bent portion 170 separates the support 148 and forms the bent pieces 171 at the separated portions, respectively, and the bent pieces 171 intersect with the rotating shaft 172 to be bent.

In addition, the bent part 170 includes a control motor 175 and forms a worm 174 on the rotation shaft 172 of the control motor 175, but combines the pinion 175 with the rotation shaft 172 to control the motor 175. By rotating the rotating shaft 172 of the) to be bent at a desired angle.

The operation of the present invention will be described as follows.

First, a varnish is applied to the surface of the vehicle to be polished sufficiently to be applied and then moved to the inner side of the gloss apparatus 100 to stop.

In this state, by driving the drive motors 111, 121, and 131 of the front and rear transfer unit 110, the shanghai transfer unit 120, and the left and right transfer unit 130 to rotate or rotate the transfer rods 112, 122, and 132, the moving brackets coupled to the transfer rods 112, 122, and 132 ( 114, 124, 134) and the support bracket 125b are guided to the guide rods 113, 123, 133 to move to the initial gloss position according to the vehicle model.

When the initial gloss position setting is completed, when the driving plate 144 is advanced by driving the driving motor 141 of the adjusting unit 140, the pressing plate 154 of the pressing unit 150 elastically installed in front of the moving plate 144. ), The gloss pad 165 of the rotary gloss 160 coupled to the pressing plate 154 is in close contact with the surface of the vehicle.

At this time, the rotary plate 164 coupled to the rotary shaft 162 of the drive motor 161 is naturally bent along the curved surface of the vehicle due to the universal joint 163.

Accordingly, the gloss pad 165 attached to the front surface of the rotating plate 164 is also bent along the curved surface of the vehicle, but is in close contact with the curved surface of the vehicle by the elasticity of the compression spring 152 of the pressing unit 150.

In this state, when the driving motor 161 of the rotary gloss unit 160 is driven, the gloss pad 165 rotates at a high speed to perform gloss work on the surface of the vehicle.

In addition, when performing a gloss work with the front of the vehicle, by controlling the control motor 175 of the bent portion 130 to bend the support 148 of the adjusting unit 140 around the rotation axis 172 as described above. Perform polishing.

Here, as described above, the front and rear transfer unit 110, the Shanghai transfer unit 120 and the left and right transfer unit 130 are selectively controlled according to the program to gradually move the position of the gloss pad 165 and repeat this, so that the entire vehicle is sequentially It is polishing work.

100: gloss device 110: front and rear transfer unit
111: drive motor 112: feed rod
113: guide rod 114: moving bracket
115: support bracket 116: worm
117: Pinion 120: Shanghai delivery
121: drive motor 122: transfer rod
123: guide rod 124: moving bracket
125a, 125b: support bracket 126: power transmission rod
127a, 127b: Bevel Gear 128: Support Bar
130: left and right transfer unit 131: drive motor
132: transfer rod 133: guide rod
134: moving bracket 136: worm
137: pinion 140: control unit
141: drive motor 142: transfer rod
143: guide rod 144: moving plate
145: guide plate 146: worm
147: pinion 148: support
149: stopper 150: pressurizing portion
151: guide rod 152: compression spring
153: stopper 154: pressure plate
160: rotary gloss 161: drive motor
162: axis of rotation 163: universal joint
164: rotating plate 165: glossy pad
170: bending portion 171: bending piece
172: rotation axis 173: pinion
174: Worm 175: Motor

Claims

A front and rear transfer part 110 for installing a pair of moving brackets on the left and right, and transferring the moving brackets 114 back and forth;
Shanghai conveying unit 120 for installing the moving bracket 124 upward in each of the moving bracket 114 of the front and rear conveying unit 110 to transfer the moving bracket 124 up and down;
A left and right conveying unit 130 for connecting the upper end of the shanghai conveying unit 120 to the left and right to install a moving bracket 134 for moving left and right, and for moving the moving bracket 134 to the left and right;
An adjusting unit 140 coupled to the moving brackets 124 and 134 of the up and down and left and right transport units 120 and 130 inward to reciprocate the moving plate 144 inwardly;
A pressure unit 150 that couples the pressure plate 154 to the moving plate 144 of the adjustment unit 140 and elastically installs the pressure plate 154 back and forth;
A rotating gloss unit 160 coupled to the pressing plate 154 of the pressing unit 150 to be interlocked with the glossy pad 165 coupled to the front end to rotate; And
The bent portion 140 is bent by the bending portion 170 for converting the direction of the rotary polished portion 160 formed in front of the pressing portion 150, characterized in that configured for the vehicle.

The method of claim 1,
The front and rear conveying unit 110 is provided with a conveying rod 112 to the left and right in front and rear and forming a guide rod 113 parallel to the conveying rod 112, but the conveying rod 112 is formed of a computer bolt, but the conveying rod 112 Both ends of the guide rods 113 and the support brackets 115 are coupled to the transfer brackets 114 and the transfer rods 112 and the guide rods 113, and the transfer rods 112 to the drive motor 111 Gloss device for the vehicle, characterized in that coupled to the rotation shaft of the drive motor 111 is coupled to the pinion 117 to the gear coupling with the worm 116 of the transfer rod 112.

The method of claim 1,
The shanghai conveying unit 120 is installed vertically parallel to the transfer rod 122 and the guide rods 123 perpendicular to the upper surface of the moving bracket 114 of the front and rear conveying unit 110 to a predetermined height, and the transfer rod 122 and the guide Couple the support bracket 125a to the top of the rod 123, but pass the upper portion of the transfer rod 122 through the support bracket 125a, attach the bevel gear 127a to the top of the transfer rod 122, and transfer the transfer rod ( 122 is formed as a computer bolt and coupled to the transfer rod 122 and the guide rod 123 to the moving bracket 124, the left and right transfer rod 112 is connected to the power transmission rod 126 to the top of the power transmission rod Bevel gears (127b) are attached to both ends of (126) to bevel gears (127a) attached to the upper end of the transfer rods 122 gears, and the left and right transfer rods (122) formed by forming the right and left screws Vehicle polisher characterized in that.

The method of claim 3, wherein
The shanghai Songbu 120 is supported while being guided to the guide rod 123 by the rotation of the transfer rod 122 formed of a computer bolt by removing the moving bracket 124 and drilling a screw hole and a hole in the support bracket (125b) A vehicle gloss device, characterized in that the bracket (125b) configured to move up and down.

The method of claim 1,
The left and right transfer unit 130 is installed between the left and right support brackets (125b) of the shanghai transport unit 120 to the left and right to form a guide rod 133 parallel to the transfer rod 132, but the transfer rod ( 112 is formed of a computer bolt and coupled to the transfer rod 132 and the guide rod 133 to the moving bracket 134, the driving rod 132 is coupled to the transfer rod 132 to rotate the transfer rod 132 A vehicle polisher comprising a pinion 137 coupled to a worm 136 on a rotation shaft of a drive motor 131 and gear-coupled with a worm 136 of a transfer rod 132.

The method of claim 1,
The adjusting unit 140 is coupled to the support bracket 148 inwardly to the moving brackets 124 and 134 of the up and down / left and right transfer unit 120 and 130, and coupled to the guide plate 145 fixed inside the support 148 guide Through the transfer rod 142 and the guide rod 143 formed by a computer bolt to the plate 145 through the coupling and attach the transfer plate 144 to the front end of the transfer rod 142 and the guide rod 143, the guide The plate 145 is provided with a drive motor 141 and forms a worm 146 on the rotation shaft of the drive motor 141, but attaches a pinion 147 to the rear side of the transfer rod 142 to the worm 146. Vehicle polisher, characterized in that configured by.

The method of claim 1,
The pressing unit 150 penetrates the plurality of guide rods 151 through the moving plate 144 of the adjusting unit 140, attaches a pressing plate 154 to the front end, and a compression spring at the outer circumference of the guide rod 151. A vehicle gloss device, characterized in that configured to elastically install the front (152).

The method of claim 1,
The rotary gloss unit 160 is provided with a driving motor 161 to penetrate the rotating shaft 162 to the pressing plate 154 of the pressing unit 150 to protrude forward, but the rotating shaft 162 of the driving motor 161. The rotating plate 164 is coupled to the universal joint 163 and the gloss pad for the vehicle, characterized in that configured to be detachably coupled to the glossy pad 165 to the rotating plate 164.

The method of claim 1,
The bent portion 170 separates the support 148 and forms the bent pieces 171 at the separated portions, respectively, and intersects the bent pieces 171 to the rotating shaft 172 and includes a control motor 175. Gloss device for a vehicle characterized in that the worm 174 is formed on the rotation shaft 172 of the control motor 175 and the pinion 175 is coupled to the rotation shaft 172.