KR102126332B1 - Land Painting Method and Land Painting Vehicle for it - Google Patents

Abstract

The present invention relates to a lane painting method and a lane painting vehicle for implementing the same, a foreign material removal step (S1), a primer coating step (S2), a lane painting step (S3), a glass bead spraying step (S4) and a lane It comprises a painting quality check step (S5). In addition, the lane painting vehicle to implement these steps includes a foreign material removal module (1), a primer coating module (2), a lane painting module (3), a glass bead spreading module (4), a lane painting quality confirmation module (5), and the above Housing (H) for receiving the foreign matter removal module (1), the primer coating module (2), the lane painting module (3), the glass bead spreading module (4) and the lane painting quality confirmation module (5) detachably It is made of a vehicle (V) with a.
The lane painting method and the lane painting vehicle for improving the visibility of the driving lane can improve the working environment, check the quality of lanes and glass beads during painting, and immediately store the location where the defect occurred, so that the quality You can immediately repair a lane with an abnormality.

Description

Lane Painting Method and Land Painting Vehicle for it

The present invention relates to a lane painting apparatus and a lane painting method using the same, for painting a white or yellow lane and spraying glass beads to secure driver visibility to the lane.

The lane is a reference line that is formed on a road on which the vehicle travels, and induces safe driving by allowing the driver to clearly identify the center line and the driving lane. These lanes are formed by painting yellow and white paint on the floor of the road on which the vehicle is selectively driven, depending on the application, and if necessary, form overhanging lanes on the painted lanes to prevent drowsiness of the driver, or at night and Glass beads are sprayed to improve lane identification in rainy weather.

In order to paint such lanes, as a conventional technique, a two-part protruding lane painting apparatus and a protruding lane painting method shown in FIG. 1 have been disclosed in Patent Publication No. 10-1344370. The two-part protruding line drawing device has a yellow colorant supply line (10), a white colorant supply line (20), a hardener supply line (30), and a cleaning agent supply line (40) through a blender (110), respectively. ) Connected to the strip-shaped lane painting means 100, the yellow colorant supply line 50, the white colorant supply line 60, the hardener supply line 70, and the cleaning agent supply line 40 through the mixer 210, respectively. It is connected to the protruding lane painter 220 and is connected between the mixer 210 and the protruding lane painter 220 through the encoder 250 and the controller 240 that were in contact with the wheel of the lane painting vehicle 5. The strip lane diagram of the strip lane painting means 100 consists of the projecting lane painting means 200 on which the opening/closing valve 230 is installed and the glass bead spray means 80 and 90 having the glass bead spreaders 85 and 95. The protruding lane painter 220 of the color machine 120 and the protruding lane painting means 200 and the glass bead sprayer 85,95 of the glass vis spreading means 80, 90 of the lane painting vehicle 5 It is a two-part protruding lane painting device that is installed so as to be positioned side by side at the bottom.

However, the two-part projecting lane device is not equipped with a device for removing foreign matter on the road surface in order to paint the lane, and thus does not effectively handle fine dust, dust, etc. on the road surface generated during work, and paints the lane In the field, there is a problem in that a worker directly selects a method in which the floor surface of the road is moved to another place directly through air injection. In addition, after the lane painting is completed, there is no device to check whether the quality of the painted lane and the glass beads are evenly distributed on the lane, so it is impossible to immediately check the quality of the lane, and repair the place where there is a quality abnormality. There is a problem that can not be performed smoothly.

Registered Patent Publication No. 10-1344370

It was invented to solve the above problems of the prior art of the present invention, the foreign matter removal step having a foreign matter removal device for removing foreign matter on the road surface in a vehicle equipped with a lane painting apparatus, painting and spraying the glass beads An object of the present invention is to provide a lane painting method including a lane painting quality checking step for checking and a lane painting repair step, and a lane painting vehicle for implementing the lane painting method.

A lane painting method for improving the clarity of a driving lane using a lane painting means and a glass bead spreading means installed in a vehicle for realizing the above object is a foreign matter removal step (S1) for removing foreign matter on the road surface to be painted (S1) Primer application step (S2) of applying a primer to the section to be painted, selecting white or yellow, painting a lane with a selected color (S3), and spraying a glass bead over a painted lane (S4) And a lane painting quality checking step (S5) for checking the painting and spraying of glass beads. Between the primer application step (S2) and the step (S3) of painting the lane may include a primer drying step (S21) for drying the primer applied by the drying device (26). In addition, after the glass bead spraying step (S4) may further include a step (S41) of applying a colorless finishing material 451 to improve the reflectance of the glass beads. In addition, if a defect is found in the glass bead spraying after the lane painting quality checking step (S5), a lane painting quality abnormality location storing step (S51) for storing the location where the bonding occurs may be included. In addition, the lane painting quality abnormality may include a lane painting repair step (S52) for repairing the painting state and the glass bead spraying state of the stored position in the position storing step (S51).

The lane painting vehicle for improving visibility of the driving lane for implementing the lane painting method includes a foreign material removal module (1), a primer coating module (2), a lane painting module (3), a glass bead spreading module (4), and a lane Painting quality confirmation module (5), and the foreign substance removal module (1), the primer coating module (2), the lane painting module (3), the glass bead spreading module (4) and the lane painting quality checking module (5) ) Is made of a vehicle (V) with a housing (H) for receiving detachably.

According to the present invention, a foreign matter removal module may be added to a vehicle painted vehicle to remove foreign matter on the painted surface formed on the road surface. In particular, the work environment can be improved by inhaling fine dust, dust, etc. through a foreign material suction device.

In addition, the lane painting state and the glass bead spraying state can be confirmed during the lane painting. In addition, by applying a colorless finishing material on the glass beads to improve the reflectivity of the glass beads, it is possible to improve the visibility of the driver at night and rain.

In addition, if an abnormality occurs in the quality of the lane painting, the position can be recorded and the lane painting repair can be executed immediately.

In addition, by removing the foreign matter removal module, primer coating module, lane painting module, glass bead spraying module, lane painting quality checking module, and lane painting quality checking module in the lane painting vehicle, only modules necessary for lane painting can be selectively mounted on the housing. Can.

Also, although not mentioned herein, it includes all effects that can be easily inferred from the configuration of the present invention by those skilled in the art to which the present invention pertains.

1 is a flow chart of a prior art two-part projection lane painting apparatus
Figure 2 is a flow chart of the lane painting method of the present invention
Figure 3 is a lane diagram color vehicle interior view of the present invention
Figure 4 is a detailed view of the foreign matter removal module of the present invention
5 is a detailed view of the primer application module of the present invention
Figure 6 is a detailed view of the lane module of the present invention
7 is a detailed view of the glass bead spreading module of the present invention

Hereinafter, preferred embodiments of the present invention will be described in detail so that those skilled in the art to which the present invention pertains can easily implement the technical spirit of the present invention. And in the description of the present invention, if it is determined that a detailed description of related known functions or configurations may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted.

As shown in FIG. 2, a lane painting method for improving the clarity of a driving lane using a lane painting means installed on a vehicle and a glass bead spreading means is a foreign matter removal step (S1) for removing foreign matter on the road surface to be painted (S1), lane Primer application step (S2) of applying a primer to the section to be painted, selecting white or yellow, and painting a lane with a selected color (S3), glass bead spraying step of spraying glass beads on the painted lane (S4) ) And lane painting quality checking step (S5) for checking the painting and spraying condition of the glass beads.

The foreign substance removal module 1 for removing foreign substances in the foreign substance removal step (S1) includes a foreign substance suction device 11 for suctioning foreign substances on the road surface and a storage tank 12 for storing the sucked foreign substances, The foreign material suction device 11 is characterized in that it is a cyclone dust collecting device 111 capable of sucking even fine dust on the road surface. And a primer drying step (S21) for drying the primer applied by the drying device 26 between the primer applying step (S2) and the step of painting the lane (S3), and drying the primer (26). ) Is a warm air device 261. After the glass bead spraying step (S4), a step (S41) of applying a colorless finishing material 451 to improve the reflectance of the glass beads may be further included. It is characterized in that a luminance scanner is included in the lane painting quality checking step (S5) to check the spray condition of the glass beads. If a defect is found in the spraying of glass beads after the lane painting quality checking step (S5), the lane painting quality abnormal position storing step (S51) of storing the position where the combination occurs using a satellite positioning system (GPS) And a lane painting repair step (S52) for repairing the painting and glass bead spraying state of the position stored in the lane painting quality abnormal position storage step (S51).

As shown in Figures 3 to 7, the lane painting vehicle for improving the visibility of the driving lane for implementing the lane painting method includes a foreign material removal module (1), a primer coating module (2), a lane painting module (3), Glass bead spreading module (4), lane painting quality confirmation module (5), and foreign substance removal module (1), the primer coating module (2), the lane painting module (3), the glass bead spreading module (4) And a vehicle (V) having a housing (H) for receiving the lane painting quality confirmation module (5) detachably. The debris removal module 1 includes a debris suction device 11 for suctioning foreign substances on the road surface and a storage tank 12 for storing the sucked foreign substances, and the foreign substance suction device 11 is configured to It is characterized in that the cyclone dust collecting device 111 capable of inhaling even fine dust. The primer application module (2) is a primer supply container (21), a transfer pump (22), a pressure regulator (23), an on-off valve (24) and a spray nozzle (25) are sequentially connected, and the primer application module (2 ) Further includes a drying device 26 for drying the detachable primer. The drying device 26 is characterized in that the warm air device 261. In the lane painting module 3, a white colorant supply line 31, a yellow colorant supply line 32, a control valve 33 for selecting a white colorant or a yellow colorant, and a colorant supply pipe 34 are sequentially connected, A curing agent supply line 35 having a curing agent supply pipe 351 and an air supply line 36 for supplying air for supplying the curing agent to the curing agent supply line 35 are connected to the curing agent supply pipe 351, and Mixer 361 to form a lane colorant by mixing a white colorant or yellow colorant supplied from the colorant supply pipe 34 and a curing agent supplied from the curing agent supply pipe 351 and the lane colorant supplied from the blender 361 to the road floor It characterized in that it comprises an injection nozzle 37 for spraying on the surface. The lane painting module 3 includes a washing supply line 38 for washing the coating agent supply pipe 34 and the blender 361. The washing spray nozzle 381 provided in the washing supply line 38 may use a rotary spray nozzle 3801 to spray the washing water strongly and efficiently to the coating agent supply pipe 34.

The glass bead spreading module 4 includes a glass bead supply container 41, a compressed air regulator 42 that generates compressed air for transporting and spraying glass beads, an on-off valve 43, and a glass bead spreader 44. It is characterized by being connected in sequence. In addition, the glass bead spreading module 4 may optionally include a finishing material applying line 45 for applying a colorless finish 451 after spraying the glass beads to improve the reflectivity of the glass beads.

The lane painting quality confirmation module 5 may include a luminance scanner 51 to check the state of spraying of glass beads. The lane painting quality confirmation module (5) includes a satellite positioning system (GPS, 52) and a location storage medium (53) for storing a location and the location when a defect is found in spraying glass beads. In addition, the lane construction is performed by separating the foreign matter removal module (1), primer coating module (2), lane painting module (3), glass bead spraying module (4), and lane painting quality confirmation module (5) on the lane painting vehicle. Depending on the environment, only modules required for lane painting can be selectively mounted on the housing.

Claims (6)

Detachment of the lane painting quality checking module 5, foreign matter removal module 1, primer coating module 2, lane painting module 3, glass bead spreading module 4 and the lane painting quality checking module 5 It is made of a vehicle having a housing (H) to accommodate the possible,
The debris removal module 1 includes a debris suction device 11 for sucking debris from the road surface and a storage tank 12 for storing the sucked debris,
The primer application module (2) is a primer supply container (21), a transfer pump (22), a pressure regulator (23), an on-off valve (24) and a spray nozzle (25) are sequentially connected, and the primer application module (2) Further includes a drying device 26 for drying the removable primer,
In the lane painting module 3, a white colorant supply line 31, a yellow colorant supply line 32, a control valve 33 for selecting a white colorant or a yellow colorant, and a colorant supply pipe 34 are sequentially connected, A curing agent supply line 35 having a curing agent supply pipe 351 and an air supply line 36 for supplying air for supplying the curing agent to the curing agent supply line 35 are connected to the curing agent supply pipe 351, and Mixer 361 to form a lane colorant by mixing a white colorant or yellow colorant supplied from the colorant supply pipe 34 and a curing agent supplied from the curing agent supply pipe 351 and the lane colorant supplied from the blender 361 to the road floor It includes a spray nozzle 37 to spray on the surface,
The lane painting module 3 includes a washing supply line 38 for washing the coating agent supply pipe 34 and the blender 361,
The glass bead spreading module (4) is a glass bead supply cylinder (41), compressed air regulator (42), opening and closing valve (43) and the glass bead spreader (44) is connected to the visibility of the driving lane, characterized in that is connected in sequence. In the lane painting method for improving the clarity of the driving lane using the lane painting module (3) and the glass bead spreading module (4) installed in the lane painting vehicle for improving,
(1) Foreign material removal step (S1) for removing foreign matter on the road surface to be painted;
(2) Primer application step (S2) of applying a primer to the section where the lane is to be painted;
(3) selecting white or yellow, and painting the lane with the selected color (S3),
(4) Glass bead spraying step (S4) for spraying glass beads on the painted lane and
(5) Checking the quality of lane painting to check the state of painting and spraying of glass beads (S5)
A lane painting method for improving visibility of a driving lane comprising a.
According to claim 1,
The foreign substance removal module 1 for removing foreign substances in the foreign substance removal step (S1) includes a foreign substance suction device 11 for inhaling foreign substances on the road surface and a storage tank 12 for storing the inhaled foreign substances. A lane painting method for improving visibility of a driving lane.
According to claim 1,
And a primer drying step (S21) for drying the primer applied by the drying device 26 between the primer application step (S2) and the step of painting the lane (S3) to improve visibility of the driving lane. How to paint lanes.
According to claim 1,
A lane painting method for improving visibility of a driving lane, characterized in that a luminance scanner is included to check the glass bead spraying state in the lane painting quality checking step (S5).
Foreign material removal module (1), primer application module (2), lane painting module (3), glass bead spraying module (4), lane painting quality confirmation module (5), and foreign material removal module (1), applying primer The module (2), the lane painting module (3), the glass bead spreading module (4) and the lane painting quality check module (5) is made of a vehicle equipped with a housing (H) to accommodate detachably,
The debris removal module 1 includes a debris suction device 11 for sucking debris from the road surface and a storage tank 12 for storing the sucked debris,
The primer application module (2) is a primer supply container (21), a transfer pump (22), a pressure regulator (23), an on-off valve (24) and a spray nozzle (25) are sequentially connected, and the primer application module (2) Further includes a drying device 26 for drying the removable primer,
In the lane painting module 3, a white colorant supply line 31, a yellow colorant supply line 32, a control valve 33 for selecting a white colorant or a yellow colorant, and a colorant supply pipe 34 are sequentially connected, A curing agent supply line 35 having a curing agent supply pipe 351 and an air supply line 36 for supplying air for supplying the curing agent to the curing agent supply line 35 are connected to the curing agent supply pipe 351, and Mixer 361 to form a lane colorant by mixing a white colorant or yellow colorant supplied from the colorant supply pipe 34 and a curing agent supplied from the curing agent supply pipe 351 and the lane colorant supplied from the blender 361 to the road floor It includes a spray nozzle 37 to spray on the surface,
The lane painting module 3 includes a washing supply line 38 for washing the coating agent supply pipe 34 and the blender 361,
The glass bead spreading module (4) is a glass bead supply cylinder (41), compressed air regulator (42), opening and closing valve (43) and the glass bead spreader (44) is connected to the visibility of the driving lane, characterized in that is connected in sequence. A lane painted vehicle to improve.
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