KR20100073465A - Traffic lane painting device projection type of traffic lane painting - Google Patents

Abstract

PURPOSE: A protruded lane painting device of a lane painting vehicle is provided to uniformly paint a planar lane and a protruded lane by installing a planar lane painting basket and a protruded lane painting basket. CONSTITUTION: A protruded lane painting device of a lane painting vehicle comprises a planar lane painting basket, a protruded lane painting basket, a pint mixer(200), and outlet opening and closing units. The planar lane painting basket is installed in a support frame and paints a planar lane(400). The protruded lane painting basket is installed in the support frame and paints a protruded lane(400a) at uniform intervals. The paint mixer is installed in the support frame and stirs paint. The outlet opening and closing units open and close paint outlets of the planar lane painting basket and the protruded lane painting basket.

Description

Traffic lane painting device projection type of traffic lane painting

The present invention relates to a protruding lane coating apparatus for a two-lane lane painting vehicle, and more particularly, to an upper surface of a lane painted through a plane lane painting basket and a plane lane painting basket to paint a plane lane. Protruding lanes for painting the protruding lanes which are gradually protruded at regular intervals are formed on the same line before and after the same lane, so that the protruding lanes can be simultaneously painted on the upper lane and the upper lane on the plane. And a protruding lane coating device for a two-lane lane painting vehicle.

In general, a car is a purpose of a user's convenience as a vehicle. For this purpose, automobiles are not only a means of transportation but they are becoming an integral part of not only their own life but also social life. With this social trend, the number of car owners has increased steadily, and our case has already exceeded 10 million.

On the other hand, the number of cars owned has already entered the ranks of developed countries, but in proportion to the number of people, car accidents are the world's most infamous, and in our case, accidents caused by traffic signal violations or lane violations are also common. It is more likely to occur than developed countries. In general, on a pavement such as a highway, a national road, and a local road, a traveling lane, which is a center line that divides the centers of vehicles in opposite lanes or a lane line that divides the progress section of the vehicle, is painted.

The lanes such as the center line or the driving lane as described above are reference lines for inducing the safe driving of the vehicle by allowing the driver to identify the driving direction, and these lanes are visually recognized because they are the criteria for inducing the safe driving of the vehicle. Visibility is very important. Since the importance of lanes has been recognized, new methods of lane painting methods have been studied and actually developed and applied.

As the lane diagram technology according to the prior art, a method of using powder (CaCO ₃ ), resin, and pigment and a method of painting a general paint using a spray are widely used. By forming a waterproof film, water on the road surface does not escape and remains on the road surface, causing tire surface and water film phenomenon of the driving vehicle, which is a risk factor for safe driving, and it is crucial to reduce the driver's visibility during rain or night driving. There are disadvantages. Accordingly, there is provided a method of constructing a protruding lane to recognize when water falls or the driver's visibility and when the vehicle leaves the lane.

On the other hand, the apparatus for painting the lane according to the prior art is composed of an application means for applying the paint on the road surface and a means capable of mounting and moving the application means. These lane painting devices apply paint on the road surface as the worker drags the vehicle with the paint stored on it, but the painting work by hand on the road where the vehicle is running is not only waste of manpower but also congestion and danger. have.

Therefore, a technique for painting lanes by discharging two-component paints in a discharge method on a road surface through a painting vehicle equipped with a lane coating device as a means for solving the problems as described above and more easily paint lanes. Has been developed and applied. In this case, as a method of painting the protruding lane according to the prior art, the method of painting the protruding lane on the upper surface of the planar lane after returning to the beginning after the drawing of the planar lane was used.

Therefore, there is a problem that a highly skilled work is required to work the protruding lane on the top surface of the painted lane on the first plane, and in fact, the lane of the plane and the protruding lane on the upper part of the plane are painted different from each other. Not only is it too large, but it is also not uniform. In addition, there is a problem in that it takes a lot of time due to the construction because it separates the planar lane and the protruding lane.

The present invention has been made to solve the problems of the prior art as described above, the front side is installed in the plane lane coating basket that can paint a plane lane on the front side, but protrudes on the upper plane upper surface of the preceding plane Provides a protruding lane coating device for two-lane lane-painting vehicles that can simultaneously paint on the flat lane and the protruding lane by installing protruding lane coating baskets on the same line. Has its purpose.

Another object of the technology according to the present invention is to install a planar lane painting basket that can paint a planar lane on the front side, but a protruding lane that can simultaneously paint a protruding lane on the upper surface of the preceding planar lane on the rear side. By installing the basket for painting on the same line back and forth, it is possible to uniformly paint the lane on the plane and the protruding lane to be painted thereon.

In addition, the technology according to the present invention is installed on the front side of the plane lane coating basket that can be painted on the plane lane, but on the rear side protruding lane painting that can simultaneously paint the protruding lane on the upper surface of the preceding lane on the plane By installing the front and rear baskets on the same line, it is possible to simultaneously paint the lanes on the plane and the protruding lanes, thereby shortening the air due to lane painting.

The present invention is configured to achieve the object as described above is as follows. In other words, the two-part lane paint vehicle according to the present invention is installed on the support frame installed on both sides of the lower side of the two-lane coating for discharging the two-component paint for the lane coating on the road surface to paint the lane protruding at a predetermined interval In the protruding lane paint apparatus of a liquid lane paint vehicle, the paint which is installed in a support frame but stored from the two-component paint tank is stored therein and stored in accordance with the maneuver of the two-lane paint vehicle on the road surface. A planar lane-painting basket of an upper open structure for painting a lane in a plane through the ejection of the two-component paint through a discharge port formed at the rear end of the rear side; The lower side of the rear side on the upper surface of the flat lane, which is installed on the support frame on the same line rear side of the flat lane coating basket, and stores the two-component paint supplied from the two-component paint tank and is painted by the flat lane coating basket. A protruding lane coating basket having an upper open structure for painting the protruding lane at a predetermined interval through the discharging of the two-component paint through the discharging port formed in the paint; A paint stirrer installed on the support frame to stir the two-component paint supplied and stored into the planar lane-painting basket and the protruding lane-painting basket from the two-component paint tank; And a discharge opening / closing means for opening and closing the paint discharge openings of each of the planar lane-painting basket and the protruding lane-painting basket.

In the configuration of the present invention as described above, the lane-painting basket on the plane is composed of the front plate and the rear plate before and after between the side plates configured on both sides at a predetermined interval, but the lane coating between the bottom of the rear plate at the bottom of both side plates A paint reservoir having an upper open structure configured to form a paint discharge port through which the two-component paint is discharged; A leaf spring installed at a lower end of the rear surface of the paint reservoir and formed to have a size capable of closing the paint discharge port and installed at a predetermined inclination angle not to close the paint discharge port; A reinforcement piece having a predetermined thickness, which is laterally spaced from the rear surface of the rear plate constituting the rear surface of the paint reservoir and connected to the side plates on both sides; An elevating operation plate which is installed to be able to elevate up and down between the rear plate and the reinforcing piece, so that the lower end of the leaf spring is elastically deformed by lowering and raising to close and open the paint outlet; Elevating operation plate guide means for guiding the elevating operation plate to be moved upward and downward in a straight line when the lifting operation plate is lifted; And a coupling groove formed on the rear center of the reinforcement piece so that the coupling groove is formed to be supported through a support bracket installed on the support frame of the two-lane lane painting vehicle.

In addition, the above-described protruding lane coating basket has a front plate and a rear plate formed between front and rear sides of the side plates formed at both sides at a predetermined interval, but the lower portion of both side plates is made of a two-part coating material for lane painting between the bottom of the rear plate. A paint reservoir having an upper open structure configured to form a paint discharge port through which discharge is made; Plate spring of the structure is fixed to the bottom of the back plate of the paint reservoir, the bottom portion is formed with a cutting groove cut in a predetermined interval; A reinforcement piece having a predetermined thickness, which is laterally spaced from the rear surface of the rear plate constituting the rear surface of the paint reservoir and connected to the side plates on both sides; It is installed to be able to move up and down between the rear plate and reinforcing piece, but by repeatedly opening and closing the incision groove of the leaf spring through lowering and raising, protruding a certain interval on the upper part of the plane lane painted by the lane coating basket on the plane An elevating operating plate for forming a mold lane; Elevating operation plate guide means for guiding the elevating operation plate to be moved upward and downward in a straight line when the lifting operation plate is lifted; And a coupling groove formed on the rear center of the reinforcement piece so that the coupling groove is formed to be supported through a support bracket installed on the support frame of the two-lane lane painting vehicle.

On the other hand, the elevating operation plate guide means described above is a rail groove which is formed on both sides of the side plate inner side of the rear side of the rear plate to be formed up and down a predetermined length and both ends of the elevating operation plate to guide up and down; A guide groove of the long groove which is formed through the center of the elevating operation plate and is formed up and down; A connector fixing pin which is screwed onto the rear plate through a guide groove of the long groove formed on the elevating operating plate, and coupled to the rear plate via a reinforcement plate and a guide groove from the rear center of the connector; And a release preventing roller rotatably installed on each of the inner side surfaces of both side plates at the rear of the guide groove to prevent the rear side separation of the lifting operation plate.

In addition, in the configuration of the present invention, a stepped step corresponding to each other is further formed on the bottom surface of the bottom plate of the paint reservoir and the bottom of the elevating operation plate, and may be configured to seal the paint discharge port by mutual coupling of the stepped step. .

In addition, in the configuration according to the present invention, the outlet opening and closing means is installed on each of the support frame that is the upper side of the elevating operation plate of the lane-painting basket and the protruding lane-painting basket, respectively, and is connected to the upper end of each of the elevating operation plates. It may be composed of a cylinder including a piston for elevating the elevating operating plate.

According to the two-lane lane protruding lane coating apparatus of the present invention, a planar lane painting basket is installed on the front side to paint a plane lane, but at the rear side, the protruding lane is simultaneously painted on the upper surface of the preceding lane. By installing a protruding lane coating basket which can be made in the same line, it is possible to simultaneously paint the flat lane and the protruding lane.

In addition, the technique according to the present invention is installed on the front side of the plane lane coating basket that can be painted on the plane lane, but the rear side protruding lane paint that can simultaneously paint the protruding lane on the upper surface of the preceding lane on the plane By arranging the front and rear baskets on the same line, it is possible to uniformly paint the lane on the plane and the protruding lane to be painted on the upper part through successive painting of the preceding basket and the following basket.

In addition, the technology according to the present invention is installed on the front side of the plane lane coating basket that can be painted on the plane lane, but on the rear side protruding lane painting that can simultaneously paint the protruding lane on the upper surface of the preceding lane on the plane By installing the front and rear baskets on the same line, it is possible to simultaneously paint the flat lanes and the protruding lanes, thereby reducing the air due to the lane paint.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the protruding lane paint apparatus of a two-lane lane paint vehicle according to the present invention.

1 is a side configuration view showing a protruding lane painting apparatus of a two-lane lane painting vehicle according to the present invention, Figure 2 is a side view showing the painting of a lane through a protruding lane painting apparatus of a two-part lane painting vehicle according to the present invention 3 is a cross-sectional view showing a lane painted through a protruding lane paint apparatus of a two-lane lane paint vehicle according to the present invention.

As shown in FIGS. 1 to 3, the protruding lane painting apparatus of the two-lane lane painting vehicle according to the present invention may paint a lane 400 on a plane on a road surface according to the maneuver of the painting vehicle 10. Projection for coating a predetermined spaced protruding lane 400a to the upper surface of the planar lane 400 painted on the road surface by the planar lane painting basket 100 and the planar lane painting basket 100. The lane-painting basket 100a is formed in the front and rear of the same lane, and the upper surface of the planar lane 400 painted by the planar lane-painting basket 100 according to the start of the painting vehicle is projected. By the 100a, the protruding lane 400a is configured to allow work to be performed at the same time.

As described above, the planar lane-painting basket 100 and the protruding lane-painting basket 100a are formed on the same line back and forth, so that the planar lane 400 and the planar lane ( The painting of the protruding lane 400a, which is painted onto the upper surface of 400, can be performed at once. In addition, by forming the planar lane-painting basket 100 and the projecting lane-painting basket 100a before and after the same line, it is possible to uniformly paint the lane on the plane and the protruding lane to be painted thereon.

Looking at the configuration of the protruding lane paint apparatus of the two-lane lane paint vehicle according to the present invention is installed in the support frame 20, the two-part paint supplied from the two-component paint tank 40 stored therein two-component lane paint Plane lane painting of the upper opening structure for discharging the two-component paint through the paint discharge port 112 formed at the lower rear side on the road surface according to the start of the vehicle 10 to paint the lane 400 on the plane. It is installed in the support frame 20 on the same line rear of the basket 100 for plane and the lane coating for plane 100, and stores the two-component paint supplied from the two-component paint tank 40 to paint the lane in plane. The upper part which paints the protruding lane 400a at a predetermined interval by discharging the two-component paint through the paint discharge port 112a formed at the lower rear side on the upper surface of the planar lane 400 painted by the use basket 100. Open structure It is installed on the protruding lane paint basket 100a and the support frame 20 and moves from the two-component paint tank 40 to the inside of the planar lane paint basket 100 and the protruded lane paint basket 100a. Discharge port opening and closing means for opening and closing each of the paint stirrer 200 and the planar lane-painting basket 100 and the projected lane-painting basket 100a to agitate the two-component paint to be stored and supplied. It consists of the included configuration.

Protruding lane coating apparatus of the two-lane lane painting vehicle according to the present invention configured as described above is a two-component paint tank (40) into the inside of each of the planar lane painting basket 100 and the protrusion lane painting basket (100a). When the two-part lane paint vehicle 10 is started while the two-part paint is supplied and stored, the paint discharge port 112 of the planar lane paint basket 100 is opened by the discharge opening / closing means. The lane 400 of the plane is painted on the surface, and the paint discharge port 112a of the protruding lane-painting basket 100a positioned at the same line rearward of the plane lane painting basket 100 is connected to the discharge opening opening means. It is repeatedly opened and closed to paint a protruding lane 400a which is gradually formed at a predetermined interval on the upper surface of the planar lane 400 painted by the planar lane painting basket 100.

Each component constituting the protruding lane paint apparatus of the two-lane lane paint vehicle according to the present invention will be described in detail as follows.

Fig. 4 is a rear perspective view showing a planar lane painting basket for painting a plane lane in the configuration of a protruding lane coating device of a two-lane lane painting vehicle according to the present invention, and Fig. 5A is a planar lane according to the present invention. A back configuration showing the state in which the paint discharge port is opened in a planar lane painting basket for painting a, FIG. 5B is a rear view showing the state in which the paint discharge port is closed in a planar lane painting basket for painting a plane lane according to the present invention. 6A is a side cross-sectional view showing a state in which a paint discharge port is opened in a planar lane-painting basket for painting a planar lane according to the present invention, and FIG. 6B is a planar view for painting a planar lane according to the present invention. Side cross-sectional view showing a state where the paint outlet is closed in a lane-painting basket.

As shown in FIGS. 1 to 6, the planar lane-painting basket 100 has a paint reservoir 110 having a top opening structure in which a paint discharge port 112 is formed at a rear lower end to discharge the paint by a load. The plate spring 120 is installed at a lower end of the rear plate 114c of the storage tank 110 and formed to a size capable of closing the paint outlet 112 so as not to close the paint outlet 112. The reinforcement piece 130 and the rear plate 114c of a predetermined thickness which are laterally spaced apart from the rear surface of the rear plate 114c constituting the rear surface of the paint reservoir 110 and connected to both side plates 114a. Lifting operation plate 140 is installed between the reinforcing piece 130 to be moved up and down, but the elasticity of the lower end of the leaf spring 120 through the lowering and raising to close and open the material discharge port 112. ), The elevating operation of the elevating operation plate 140 The elevating operation plate guide means for guiding the elevating in a lower straight line and the support bracket 30 installed on the rear center of the reinforcing piece 130 and installed on the supporting frame 20 of the two-lane lane-painting vehicle 10. It consists of a configuration of the connector 160, the coupling groove 162 is formed to be supported.

The planar lane-painting basket 100 configured as described above is a support bracket installed on the support frame 20 installed to be protruded transversely to the lower both sides of the two-lane lane-painting vehicle 10 through the connector 160. Coupling and fixed to the 30, the lifting operation plate 140 is raised in accordance with the start of the two-lane lane paint vehicle 10 by the opening of the paint discharge port 112 in accordance with the restoration of the leaf spring 120 paint reservoir (110) The two-component paint stored in the above is discharged through the paint discharge port 112, so that the painting of the lane 400 on the plane may be performed. At this time, the two-part paint discharged through the paint discharge port 112 of the planar lane coating basket 100 is discharged by its own weight.

Of course, as described above, by raising the lifting operation plate 140 in accordance with the start of the two-lane lane paint vehicle 10, the paint reservoir 110 by opening the paint discharge port 112 in accordance with the restoration of the leaf spring 120. The two-component paint filled in the upper portion is discharged through the paint discharge port 112 to paint the plane lane 400 on the road surface, and the elevating operation plate 140 is lowered to reduce the elastic deformation of the plate spring 120. When the paint discharge port 112 is closed through this, discharging of the two-part paint is stopped immediately. At this time, the paint discharge port 112 is also closed by the leaf spring 120, but is closed by the lifting operation plate 140 forcibly elastically deforming the leaf spring 12, the closing force of the paint discharge port 112 is further Is reinforced.

That is, in the structure of the lane-painting basket 100 in plan view, stepped steps 116 and 142 are formed on the rear end surface of the bottom plate 114d of the paint reservoir 110 and the lower end surface of the elevating operation plate 140. The closing of the paint outlet 112 is achieved by the interlocking of the stepped steps 116 and 142, while the lower end of the leaf spring 120 is the stepped stepped steps 116 and 142 when the stepped steps 116 and 142 are interlocked with each other. The material discharge port 112 is also closed by the leaf spring 12 bited in between. Thus, the paint outlet 112 is completely sealed through the sealing means of the dual structure by the plate spring 120 and the elevating operation plate 140.

Referring to the configuration of the planar lane paint basket 100 as described above in more detail as follows. First, the paint reservoir 110 stores the two-component paint supplied from the two-component paint tank 12 and discharges the two-component paint stored at the opening of the paint discharge port 112 to a predetermined width on the road surface. In order to achieve the painting of the 400, such a paint reservoir 110 is the front plate 114b before and after between the side plate 114a configured on both sides at regular intervals, as shown in Figs. And the back plate 114c, but the lower side of the side plate 114a has a paint discharge port 112 through which the two-component paint for lane coating is discharged between the lower end of the back plate 114c and the bottom plate 114d. It is made of an upper open structure formed.

In other words, the paint reservoir (110) as described above is installed on both sides facing at regular intervals to form a side plate 114a, a front side between the side plate 114a, both side plates 114a to form a front surface 114b. It is coupled to the rear side between the side plates 114a and the rear plate 114c forming a rear and the bottom plate 114d coupled to the lower side between the side plates 114a to form a bottom surface 114d. At this time, a paint discharge port 112 is formed between the back plate 114c and the bottom plate 114d to discharge the two-component paint stored in the paint reservoir 110.

Meanwhile, in the paint reservoir 110 configured as described above, the two-part paint for lane coating introduced through the open upper portion of the paint reservoir 110 is guided in the direction of the paint discharge port 112 at the lower rear side. As illustrated in FIGS. 1 to 6, an inclination plate 114e having a predetermined inclination angle is further configured between the lower end of the front plate 114b of the paint reservoir 110 and the tip of the bottom plate 114d. The inclined plate 114e configured as described above guides the two-component paint for lane painting introduced through the open upper portion in the direction of the paint outlet 112 formed at the lower rear side of the paint reservoir 110 to discharge the two-component paint. Make it easy.

In addition, the leaf spring 120 constituting the planar lane paint basket 100 is for opening and closing the paint discharge port 112 through which the two-component paint is formed at the lower rear side of the paint reservoir 110. The leaf spring 120 is formed to be fixed to the bottom of the rear plate 114c of the paint reservoir 110 as shown in FIGS. 4 to 6, but is formed to have a size capable of closing the paint outlet 112. When the forcing means does not work, it is provided at a constant inclination angle that does not close the paint discharge port 112.

Of course, in the case of forcing the leaf spring 120 through the forcing means of the elevating operation plate 140 to be described later by closing the paint discharge port 112 through the elastic deformation so that the discharge of the two-component paint can be stopped. At this time, the leaf spring 120, which is forced by a forcing means such as the elevating operation plate 140 is elastically deformed in the direction of closing the paint discharge port 112, as shown in Figure 6a and 6b is the paint discharge port 112 Will be closed.

On the other hand, the back plate (114c) constituting the paint reservoir (110) of the above-described planar lane paint basket 100 is installed in a state entering the front side compared to the rear end of the bottom plate (114d), but the back plate (114c) The lower end is formed in the form inclined toward the rear lower side, as shown in Figure 6a and 6b the leaf spring is configured to be installed at a predetermined inclination angle. That is, the rear plate (114c) is installed in the state entered into the front side compared to the rear end of the bottom plate (114d), but because the lower end of the rear plate (114c) is inclined toward the rear lower side of the plate-like leaf spring 120 When coupled to the lower end of the back plate 114c is naturally inclined as shown in Figure 6a is a paint discharge port 112 is configured to open.

The reinforcing piece 130 constituting the planar lane-painting basket 110 as described above is to reinforce the rear surface of the paint reservoir 110 and to install the lifting operation plate guide means described below. 130 is spaced apart from the rear surface of the rear plate 114c constituting the rear surface of the paint reservoir 110 as shown in FIGS. Consists of the configuration.

The reinforcing piece 130 configured as described above is spaced apart from the rear surface of the rear plate 114c constituting the rear surface of the paint reservoir 110 at regular intervals and is connected in both directions to the side plates 114a on both sides thereof. 114a) will be reinforced. At this time, the interval between the rear surface of the back plate 114c constituting the rear surface of the paint reservoir 110 and the reinforcement plate 130 is spaced apart at an interval where no interference occurs during the lifting operation of the lifting operation plate 140 to be described later. Should be.

Then, the elevating operation plate 140 constituting the planar lane painting basket 100 is lifted by a cylinder 300 including a piston installed on the support frame 20 of the two-lane lane painting vehicle 10. It is operated to open and close the material discharge port 112 of the paint reservoir 110 through the elastic deformation of the leaf spring 120, the lifting operation plate 140 is shown in Figures 3 to 5 The rear plate 114c and the reinforcing piece 130 are installed to be able to elevate up and down, but by lowering and raising the lower end of the leaf spring 120 so that the paint outlet 112 can be closed and opened. It consists of a configuration.

As described above, in order to be lifted and operated by the cylinder 300 including the piston installed on the support frame 20 of the two-lane lane-painted vehicle 10, a connecting ring having a structure connected to the lower end of the piston of the cylinder 300 ( 144 is configured at the upper end of the elevating operation plate 140. This connection ring 144 can be seen that the structure is connected through a simple locking structure with the lower end of the piston of the cylinder (300). Therefore, it can be seen that the planar lane-painting basket 100 is detachable on the support frame 20 of the two-lane lane-painting vehicle 10.

On the other hand, the lifting operation plate 140 configured as described above is guided vertically up and down through the lifting operation plate guide means to be described later to elastically deform the leaf spring 120 as described above to close the paint outlet 112 and While the opening can be made, the paint discharge port 112 can be opened and closed only by the structure of lifting itself. That is, as described above, the stepped jaw 142 is formed on the bottom surface of the elevating operation plate 140, and the paint discharge port 112 is interlocked with the stepped stepped jaw 116 formed at the rear end of the bottom plate 114d. Closure is made.

Therefore, in the structure of the planar lane-painting basket 100 as described above, it can be seen that the paint discharge port 112 is opened and closed through the structure of the leaf spring 120 and the elevating operation plate 140. That is, the stepped steps 116 and 142 with the bottom plate 114d are coupled by the lowering of the elevating operation plate 140 to close the paint discharge port 112, while the leaf spring when the elevating operation plate 140 is lowered ( 120 is elastically deformed so that it can be bitten between the stepped steps 116 and 142 at the bottom of the elevating operation plate 140 and the bottom of the bottom plate 114d, so that the closing of the paint outlet 112 can be made more robust. do.

In addition, since the lifting operation plate 140 as described above is made of a configuration capable of adjusting the opening degree of the paint discharge port 112 by adjusting the elastic deformation degree of the leaf spring 120 by adjusting the lifting length of the paint storage By artificially adjusting the discharge amount of the two-component paints stored in the cylinder 110, it is possible to arbitrarily adjust the upper and lower thicknesses of the planar lane 400 which is discharged and painted on the road surface. Of course, the lifting length of the elevating operation plate 140 can be adjusted by controlling the piston of the cylinder (300).

The elevating operation plate guide means constituting the above-described planar lane painting basket 100 is for guiding the elevating operation plate 140 vertically, and the elevating operation plate guide means is located at the rear side of the rear plate 114c. Both sides of the side plate (114a) are opposed to each other on the inner side is formed a predetermined length up and down, but both ends of the elevating operation plate 140 is inserted into the rail groove 150, the elevating operation plate 140 to guide up and down Is formed through the guide groove 152 of the long groove is formed through the guide groove 152 of the long groove formed on the elevating operation plate 140, and is screwed on the back plate (114c), but the connector 160 The inner side surface of both side plate 114a behind the connector fixing pin 154 and the guide groove 152 coupled to the rear plate 114c via the reinforcing plate 130 and the guide groove 152 from the rear center of Rotatably installed at the rear of the elevating operating plate 140 It consists of a configuration of the withdrawal prevention roller 156 to prevent the exit side.

The lifting operation plate guide means configured as described above is inserted and coupled to both ends of the lifting operation plate 140 through the rail groove 150 so that the lifting operation plate 140 can be guided only in the vertical line up and down, When the elevating operation plate 140 of the elevating operation plate 140 through the guide groove 152 and the connector fixing pin 154 of the upper side of the lifting operation plate 140 is prevented from flowing to the left and right. In addition, the release preventing roller 156 not only prevents the lower end of the elevating operation plate 140 from escaping to the rear side, and also facilitates elevating through the cloud when the elevating operating plate 140 is elevated.

In addition, the connector 160 constituting the planar lane paint basket 100 is installed on the support frame 20 installed on the lower both sides of the two-lane lane paint vehicle 10 in a transverse direction as described above. It is fixed through the coupling with the support bracket 30 to fix the planar lane painting basket 100 on the support frame 20, such a connector 160 is shown in Figs. The coupling groove 162 is formed on the rear center of the reinforcement piece 130 so as to be supported by the support bracket 30 installed on the support frame 20 of the two-lane lane painting vehicle 10. .

On the other hand, the connector 160 is configured as described above is fixed on the rear center portion of the reinforcing plate 130 through the connector fixing pin 154 of the elevating operating plate guide means described above. That is, the connector 160 is connected to the reinforcement plate 130 through the connector fixing pin 154 coupled to the rear plate 114c via the reinforcement plate 130 and the guide groove 152 from the rear center of the connector 160. ) Is fixed on the rear center part.

FIG. 7 is a rear perspective view showing a basket for protruding lane painting in which a protruding lane is painted in a configuration of a protruding lane coating apparatus for a two-lane lane painting vehicle according to the present invention; FIG. 8A is a protruding lane according to the present invention. FIG. 8B is a rear configuration diagram showing a state where the paint discharge port is closed in the configuration of the protruding lane coating basket according to the present invention. FIG.

On the other hand, the protruding lane paint basket 100a is a paint reservoir 110a, plate spring 120a, reinforcing piece 130a, elevating operation plate 140a, elevating operation as shown in Figs. The plate guide means and the connector 160a may have the same configuration as that of the planar lane-painting basket 100 as shown in FIGS. 4 to 6.

However, in the configuration of the protruding lane paint basket 100a as shown in FIGS. 7 and 8, the configuration of the leaf spring 120a is a planar lane paint basket 100 as shown in FIGS. 4 to 6. Is different from the leaf spring (120). That is, the leaf spring 120 as shown in Figures 4 to 6 has a structure that can open and close the paint outlet 112 is painted by the two-component paint discharged through the paint outlet 112 when opened. While the lane 400 may be painted in a planar manner, the leaf spring 120a as shown in FIGS. 7 and 8 has a configuration in which an incision groove 122a cut at regular intervals is further formed at a lower end thereof. It is made so that the protruding lane 400a can be painted.

As described above, the leaf spring 120a of the protruding lane-painting basket 100a as shown in FIGS. 7 and 8 is formed in such a manner that an incision groove 122a cut at a predetermined interval is formed at the lower end thereof. By controlling the ejection of the two-part coating material for lane painting through the repeated operation of descending and lifting the), a protruding lane 400a having a predetermined interval is painted on the upper surface of the planar lane 400 which is already formed in advance. Function

In other words, when the incision groove 122a of the leaf spring 120a is opened by the elevation of the elevating operation plate 140a constituting the protruding lane-painting basket 100a, the two-component paint is formed through the incision groove 122a. The ejection of the protruding lane 400a corresponding to the cutout groove 122a is formed to protrude to the upper surface of the planar lane 400 painted by the planar lane painting basket 100. Of course, if the lifting and lowering of the elevating operation plate 140a is repeated, it is possible to form a protruding lane 400a.

As described above, the protruding lane coating basket 100a as shown in FIGS. 7 and 8 includes the planar lane painting basket 100 and the leaf springs 120 and 120a as shown in FIGS. 4 to 6. Since only the difference in the structure of)) is made of the same configuration, other components will not be described separately since they have been described with reference to FIGS. 4 to 6.

As described above, the paint stirrer 200 constituting the protruding lane coating apparatus of the two-lane lane painting vehicle according to the present invention is directed to the inside of the planar lane painting basket 100 and the protruding lane painting basket 100a. To agitate the two-component paint supplied and stored from the two-component paint tank 40, the paint stirrer 200 is a planar lane coating basket 100 and protruding as shown in Figs. It is installed on the support frame 20 which is the upper portion of each lane paint basket 100a, and the inside of each of the two-lane paint tank 40 in a planar lane paint basket 100 and a protruding lane paint basket 100a. The two-part paint that is supplied and stored in the furnace is stirred.

Meanwhile, as described above, each of the planar lane-painting basket 100 and the protruding lane-painting basket 100a is installed in each of the planar lane-painting basket 100 and the projecting lane-painting basket 100a. A paint stirrer 200 for agitating the two-component paint stored therein is installed on a motor shaft of a stirring motor 210 and a stirring motor 210 which are rotationally driven by application of a power supply, and agitating the two-component paint. It consists of the configuration of 220.

And, the outlet opening and closing means constituting the protruding lane coating device of the two-lane lane painting vehicle according to the present invention, as described above, each of the planar lane painting basket 100 and the protruding lane painting basket 100a Lifting operation plate (140, 140a) is installed on the upper support frame 20, respectively, and is connected to the upper end of each of the lifting operation plate (140, 140a) including a piston for lifting the lifting operation plate (140, 140a) It consists of a configuration of the cylinder (300).

Of course, the discharge opening and closing means for raising and lowering the elevating operating plate (140, 140a) consisting of the configuration of the cylinder 300 including the piston as described above is operated by the controller or the operator's control to control the overall device lifting operation plate ( Lifting of the 140, 140a is controlled.

The present invention is not limited to the above embodiments, and various modifications can be made within the scope of the technical idea of the present invention.

1 is a side configuration view showing a protruding lane paint apparatus of a two-lane lane paint vehicle according to the present invention;

Figure 2 is a side configuration showing the painting of the lane through the protruding lane paint apparatus of the two-component lane paint vehicle according to the present invention.

Figure 3 is a cross-sectional view showing a lane painted through the protruding lane paint apparatus of a two-lane lane paint vehicle according to the present invention.

4 is a rear perspective view showing a planar lane-painting basket for painting a lane on a plane in the configuration of a protruding lane-painting device for a two-component lane-painting vehicle according to the present invention;

FIG. 5A is a rear configuration diagram of a state in which a paint discharge port is opened in a planar lane-painting basket for painting a plane-lane in accordance with the present invention. FIG.

5B is a rear configuration diagram of a state in which the paint discharge port is closed in a planar lane-painting basket for painting a plane-lane in accordance with the present invention.

Figure 6a is a side cross-sectional view showing a state in which the paint discharge port is opened in the planar lane paint basket for painting the plane lane in accordance with the present invention.

Figure 6b is a side cross-sectional view showing a state in which the paint discharge port is closed in the planar lane paint basket for painting the plane lane in accordance with the present invention.

Figure 7 is a rear perspective view showing a basket for protruding lane painting to paint the protruding lane in the configuration of the protruding lane painting apparatus of the two-lane lane painting vehicle according to the present invention.

8A is a rear view illustrating a state in which the paint discharge port is opened in the configuration of the protruding lane-painting basket according to the present invention.

8B is a rear view illustrating a state in which the paint discharge port is closed in the configuration of the protruding lane coating basket according to the present invention;

[Description of Symbols for Main Parts of Drawing]

100, 100a. Lane paint baskets 110, 110a. Paint reservoir

120, 120a. Leaf spring 122a. Incision

130, 130a. Gusset 140, 140a. Elevating operation plate

150, 150a. Rail grooves 152, 152a. Guide home

154, 154a. End Connection Pins 156, 156a. Breakaway Roller

160, 160a. End Connection 200. Paint Stirrer

210. Stirring motor 220. Stirring wing

300. Cylinder 400. Plane Lane

400a. Protruding lane

Claims (6)

Protruding of two-lane lane painting vehicle to paint lanes protruding at regular intervals by discharging two-component paint for lane coating, which is installed on support frames installed on both lower sides of two-lane lane painting vehicle, on the road surface In the lane coating apparatus, It is installed in the support frame, the two-component paint supplied from the two-component paint tank stored therein according to the maneuver of the two-lane lane paint vehicle stored paint on the road surface through the paint discharge port formed in the lower side A planar lane-painting basket of an upper opening structure for painting a planar lane through discharge of paint; Is installed in the support frame on the same line rear of the planar lane paint basket, and stores the two-component paint supplied from the two-component paint tank on the planar lane top surface painted by the planar lane paint basket. A protruding lane coating basket having an upper open structure for painting the protruding lane at a predetermined interval through the discharging of the two-component paint through the discharging port formed at the lower end of the rear side; A paint stirrer installed on the support frame to stir the two-component paint supplied from and stored into the planar lane-painting basket and the protruding lane-painting basket from the two-component paint tank; And The two-lane lane coating vehicle protruding lane coating device, characterized in that the configuration comprising a discharge opening and closing means for opening and closing the paint discharge port of each of the planar lane painting basket and the protruding lane painting basket. [Claim 2] The lane-painting basket according to claim 1, wherein the front lane basket is formed at front and rear sides between the side plates formed at both sides at a predetermined interval, and the lanes are disposed between the bottom of the rear plate and the bottom of the side plates. A paint reservoir having an upper open structure configured to form a paint discharge port through which the two-component paint for discharge is formed; A leaf spring installed at a lower end of the rear surface of the paint reservoir and formed to have a size capable of closing the paint discharge port and installed at a predetermined inclination angle not to close the paint discharge port; A reinforcement piece having a predetermined thickness, which is spaced apart from the rear surface of the rear plate constituting the rear surface of the paint reservoir and connected to the side plates on both sides in a transverse direction; An elevating operation plate which is installed between the rear plate and the reinforcing piece so as to be lifted up and down, and elastically deforms the lower end of the leaf spring through lowering and raising to close and open the paint outlet; Elevating operation plate guide means for guiding the elevating operation plate to be moved upward and downward in a straight line when the lifting operation plate is lifted; And Protruding lane coating of the two-lane lane painting vehicle, which is installed on the rear center of the reinforcing piece and is formed with a connection groove formed with a coupling groove so as to be supported by a support bracket installed on the support frame of the two-lane lane painting vehicle. Device. According to claim 1, wherein the protruding lane paint basket is formed between the front and rear plates between the side plates formed on both sides at a predetermined interval, the lower side of the side plate between the lane and the bottom of the rear plate A paint reservoir having an upper open structure configured to form a paint discharge port through which the two-component paint for discharge is formed; Plate spring of the structure is fixed to the bottom of the back plate of the paint reservoir, the bottom portion is formed with a cutting groove cut in a predetermined interval; A reinforcement piece having a predetermined thickness, which is spaced apart from the rear surface of the rear plate constituting the rear surface of the paint reservoir and connected to the side plates on both sides in a transverse direction; It is installed to be able to move up and down between the rear plate and the reinforcing piece, and repeatedly opens and closes the cut groove of the leaf spring through the lowering and raising, and is fixed on the upper part of the planar lane painted by the planar lane painting basket. An elevating operating plate for forming a spaced protruding lane; Elevating operation plate guide means for guiding the elevating operation plate to be moved upward and downward in a straight line when the lifting operation plate is lifted; And Protruding lane coating of the two-lane lane painting vehicle, which is installed on the rear center of the reinforcing piece and is formed with a connection groove formed with a coupling groove so as to be supported by a support bracket installed on the support frame of the two-lane lane painting vehicle. Device. According to claim 2 or claim 3, The elevating operation plate guide means is formed on the inner surface of the both sides of the rear plate rear side facing each other is formed a predetermined length up and down, but both ends of the elevating operation plate is inserted up and down Rail groove guided by; A guide groove formed in the center of the elevating operation plate, the guide groove being formed up and down; A connector fixing pin which is screwed onto the rear plate through a guide groove of the long groove formed on the elevating operation plate, and coupled to the rear plate via the reinforcing plate and the guide groove from the rear center of the connector; And Protruding lane paint apparatus of a two-part lane painting vehicle, which is rotatably installed on each of the inner side surfaces of both side plates at the rear of the guide groove, and constitutes a release preventing roller that prevents the rear side departure of the elevating operation plate. . The method according to claim 4, wherein a stepped step corresponding to each other is further formed on the rear end surface of the bottom of the paint reservoir and the bottom surface of the elevating operation plate such that the step of sealing the paint discharge port can be achieved by mutual coupling of the stepped step. A protruding lane coating apparatus for a two-component lane painting vehicle, characterized in that. According to claim 5, The outlet opening and closing means are respectively provided on the support frame which is the upper side of the elevating operation plate of each of the planar lane painting basket and the protruding lane painting basket, the upper end of each lifting operation plate A two-lane protruding lane paint device, characterized in that the cylinder is connected to the cylinder including a piston for elevating the elevating operating plate.

Images