KR101054789B1 - Traffic lane expression installation equipment - Google Patents

Abstract

PURPOSE: A lane mark mounting device is provide to construct right side and left side lanes without converting the progress direction of the device in a narrow road. CONSTITUTION: A lane mark mounting device comprises an agitation bath(2) and a steering system. The agitation bath has a burner in the front side of the vehicle having an engine room in the back side. A discharge device is selectively equipped to a discharge door A, B, C in order to indicate a lane.

Description

Traffic lane expression installation equipment

The present invention relates to a lane marking facility equipment, and more specifically, it is possible to construct without separately equipped equipment regardless of the fused lane marking of the front coating type or uneven shape and the injection lane marking using internal pressure. It is possible to construct the left or right lane without changing the equipment from the driving direction to the reverse direction on the road.The lane is designed to prevent the poor construction due to the difference in the thickness of the lane and to simplify the operation due to the constant moving speed. It relates to the indication facility equipment.

In general, the coating for marking lanes or crosswalks on the road surface includes a fusion-type coating device for applying a mixture of raw materials, such as a resin composition in a solid powder state and a pigment of a required color, into a container, heating it with agitation, and applying it to the road surface in a molten state and fusion; There is a spray coating device for spraying molten paint on the road surface by internal pressure, and in the case of fused lanes, the paint has been applied in a way that covers the entire surface without unevenness, but the safety of vehicle driving due to slippage due to water film phenomenon in rainy weather The lack of durability, wear and tear easily due to the vehicle traffic is difficult to secure the visibility of the driver due to the early life shortening and day and night water film phenomenon, and in recent years, the construction is made by forming irregularities in the form of patterns. In addition, as a raw material normally used for lane display, paint or a two-component paint, that is, a paint, a thermoplastic resin, etc. mixed with a curing agent in an acrylic resin, is used, and the mixing is performed by an agitator provided inside the raw material container.

The painting device for lane marking is constructed using a large vehicle equipped with various equipment such as a raw material container and a burner, and is constructed by manually moving a truck. The advantage of the manual painting device is that it can be installed on a narrow road. However, because the moving speed of the bogie is not constant, the difference in the thickness of the lane appears, and there is a problem of poor workability as well as the poor construction of the lane due to the inconvenience of work due to the bogie movement. In addition, the marking of the lane using a large vehicle is advantageous in terms of workability as a spray type using internal pressure, but there is a problem that construction on a narrow road is impossible.

Therefore, the present invention was devised to solve the above-mentioned problems. The purpose of the present invention is not to provide separate equipments regardless of the fused lane markings of the front coating type or the uneven shape and the injection type lane markings using internal pressure. It can be installed without using, and it is possible to install on the left or right lane without changing the equipment in the reverse direction on the narrow road, and the movement speed is constant to prevent the poor construction due to the difference in the thickness of the lane. To provide a lane marking facility equipment for the convenience of.

One embodiment of the lane marking facility equipment according to the present invention for achieving the object of the present invention, the stirring tank having a burner is mounted on the front side of the vehicle having an engine room on the rear side, the rear gas supply box of the stirring tank Seats A and B are provided on both sides of the left and right sides, and a steering device is provided to change the direction of the front wheels A and B of the vehicle by steering wheel operation. The agitator tank has raw material outlets A, B, C is formed to selectively display the lanes by selectively discharging the discharge device in the raw material outlets A, B, C.

The handle may include a steering shaft connected to a steering shaft and a steering shaft connected to the steering wheel, and an electric shaft connected to the first universal joint and the second universal joint to the left and right rotations between the driving shaft and the steering shaft. A shaft is configured, and the handle shaft is configured to be detachably installed at the position of the seat A or the seat B by the handle shaft fixing unit.

In addition, the agitator is formed of a first wall and a double wall structure to form a heat medium circulation passage by a double pipe structure and a second wall filled with a heat insulating material therein, and a gas outlet between the first wall and the second wall. A gas discharge passage is formed and includes a stirring motor for rotating the inner side of the stirring blades installed vertically downward in the center of the upper end, and raw material inlets A and B formed on both sides of the stirring motor, and left and right sides of the stirring tank. The raw material outlets A and B are characterized in that the automatic opening and closing by the automatic operation and manual opening and closing by the automatic switching device can be made at the same time.

The discharge device has a supply line for supplying the raw material introduced through the connection line A or the connection line B by rotating the built-in screw by the operation of the hydraulic motor having a connection line A, B on the left and right; A raw material ejector connected to the raw material supply unit, receiving power from the rear driving wheel by chain transmission to rotate the built-in perforated cylinder, and configured to discharge the raw material forming the pattern by the rear open / close cylinder to the ground Characterized in that consisting of the door-form ejection device consisting of.

In addition, the discharge device and the hollow raw material inlet pipe formed integrally with the flange on both sides; A raw material inflow block and a support block A fixed and installed at one side of the raw material inflow pipe; A raw material supply pipe to which the movable block A at one end of the support block A is rotatably linked; A support block B to which the movable block B formed at the other end of the raw material supply pipe is rotatably linked and a raw material supply block communicating with the support block B and the movable block B; A paint spray gun that sprays the raw material supplied from the raw material supply block to the ground through a lower nozzle, and a support bracket coupled to one side of the movable block B while traveling while maintaining the paint spray gun at a constant distance from the ground; It is characterized by consisting of a jet ejection device consisting of; a wheel supported by.

In addition, the discharge device is an elbow having a long hole is formed at one end and the other end is connected to the opening and closing plate of the storage chamber is provided rotatably around the rotation axis; An opening / closing cylinder connected to a slider shaft moving along the long hole of the elbow by a vertical support bracket installed on the inner wall of the storage chamber to rotate the elbow about the rotation shaft to open and close the passage of the storage chamber; One lifting end is rotatably connected to the fixed bar installed on the outside of the storage chamber, the other end is fixed to the vehicle frame, the lifting cylinder is pulled and pushed the fixed bar so that the storage chamber can be moved up and down around the rotation axis; It is characterized by consisting of a two-component paint dispensing device configured.

As described above, the present invention can display lanes by selectively mounting a raw material discharging device in a stirring tank mounted in a small vehicle, so that the construction for displaying the left and right lanes of the vehicle on a narrow road without switching the vehicle from the traveling direction to the reverse direction. This makes it possible to secure the simplicity and efficiency of the work, as well as the constant moving speed by the vehicle to prevent poor construction. In addition, the stirring tank has a function of insulating the raw material by the thermal insulation function by the double wall and the heat medium and the internal pressure according to the compressed air injection, so that the construction can be carried out without any separate equipment regardless of the painting method such as fusion or spraying. There is also an effect that can further increase the economics and workability by ensuring the compatibility of the equipment.

1 and 2 are a perspective view and a plan view showing a vehicle of the lane display facility equipment according to the present invention.
Figure 3 is a partially enlarged perspective view showing a steering device of the lane display facility equipment according to the present invention.
Figure 4 is a partially enlarged perspective view showing a handle shaft fixing portion of the lane marking facility equipment according to the present invention.
5a and 5b is a front perspective view and a rear perspective view showing a stirring tank of the lane marking facility equipment according to the present invention.
Fig. 6 is an enlarged sectional view of a portion “A” showing the internal structure of the stirring vessel of Fig. 5B.
Figure 7 is a perspective view showing an automatic opening and closing device of the lane display facility equipment according to the present invention.
8 is a perspective view showing the door style discharge apparatus of the lane marking facility equipment according to the present invention.
Figure 9a and Figure 9b is a plan view showing a state of use of the lane marking facility equipment according to the present invention.
10 is a perspective view showing a jet discharge device of the lane display facility equipment according to the present invention.
Figure 11 is a perspective view showing a two-component paint discharging device of the lane marking facility equipment according to the present invention.

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

1 and 2 are a perspective view and a plan view showing a vehicle of the lane display facility equipment according to the present invention, as shown in the lane display facility equipment according to the present invention, the vehicle (1) that can be driven by the operation of the operator The vehicle 1 is equipped with a stirring tank 2 in which the raw material is introduced and mixed by the upper stirring motor 21, and at the rear side, various devices such as an engine and a compressor, a hydraulic motor, a heat medium circulation pump, and the like are mounted. An installed engine room 12 is provided, and a gas supply box 18 having a gas cylinder built in the rear side of the stirring tank 2 is provided. And B 11a and 11b.

The stirring tank 2 has raw material inlets A and B 23a and 23b formed on the left and right sides of the stirring motor 21 so as to receive the raw material from an external large vehicle. And C (22a) (22b) and (22c) are formed so that the discharge device can be selectively mounted on the raw material outlets A, B, and C (22a) (22b) and (22c) to display a lane.

In addition, a steering device 4 is provided on the front side of the stirring tank 2 to allow the front wheels A and B 13a and 13b of the vehicle to be turned left and right by manipulating the handle 15 of the operator. To be provided, the handle 15 and the steering device 4 are connected by a handle shaft 16 made of multiple joints. That is, the handle shaft 16 is a driving shaft 16a connected to the steering apparatus 4 and an operation shaft 16b directly connected to the handle 15, and the driving shaft 16a and the operation shaft 16b. It consists of a transmission shaft 16c connected between the one end of the driving shaft 16a and the transmission shaft 16c is rotatably connected in the left and right directions by the first universal joint 17a, The other end of the transmission shaft 16c and the operation shaft 16b are rotatably connected in the left and right directions by the second universal joint 17b, which causes the handle shaft 16 to seat A and B 11a. The position can be moved to the side 11b, and the position can be held by the handle shaft fixing part 3.

As shown in FIG. 3, the steering apparatus 4 is engaged with the driven gear 42 in a direction perpendicular to the driving shaft 16a to the driving gear 41 coupled to the driving shaft 16a. The driven gear 42 is coupled to the upper end of the vertical steering shaft 43. The prime gear 41 and the driven gear 42 are shown in the form of worm gears, but are not limited thereto. Any gear structure that can be transmitted may be used. In addition, a steering plate 44 is connected to the lower end of the steering shaft 43 and rotates in the left and right directions together with the steering shaft 43, and one end of each side of the steering plate 44 is connected to the vehicle frame 10. Wheel frames A and B 45a and 45b rotatably coupled to the front wheels A and B (13a) and 13b are rotatably installed, and the wheel frame A (45a) and the steering plate 44 are provided. Is linked by link A 46a, and wheel frame B 45b and steering plate 44 are configured to link by link B 46b.

When the operator rotates the handle 15 in one direction, the steering apparatus 4 configured as described above rotates the operating shaft 16b directly connected to the handle 15, and the rotational force of the operating shaft 16b is controlled by the second universal joint ( It is transmitted to the transmission shaft 16c through 17b), and the rotational force transmitted to the transmission shaft 16c is transmitted to the primary shaft 16a through the first universal joint 17a to rotate the primary gear 41. . Accordingly, the driven gear 42 engaged with the prime gear 41 is rotated, and the steering plate 44 connected to the lower end of the steering shaft 43 is rotated by the rotation of the driven gear 42 to thereby steer the steering. The wheel frames A and B 45a and 45b connected to the plate 44 by the links A and B 46a and 46b are also rotated in the same direction, thereby changing the directions of the front wheels A and B 13a and 13b. It will be possible.

Meanwhile, as shown in FIG. 4, the handle shaft fixing part 3 has a pipe-shaped support having both ends bent in parallel to each other downwardly between the stirring vessel 2 and the seats A and B 11a and 11b. (31) is installed vertically, and the shaft fixing tube (32) formed in the form of an upper opening of a single tube on the left and right sides on the support (31) integrally formed, the shaft fixing tube (32) on the rear side Eye bolt (Eye bolt) 32a. In addition, it is provided with a bearing portion 33 is fitted to the shaft fixing tube 32, the bearing portion 33 is formed so that the handle shaft 16 penetrates forward and backward in the form of a circular ring of rubber material and The bearing 33a is built in such that the operating shaft 16b of the handle shaft is rotatably supported by the bearing 33a, and an insertion rod 33b of rubber material inserted into the shaft fixing tube 32 is provided at the lower side thereof. It forms an integrally formed structure.

The handle shaft fixing part 3 of the present invention configured as described above has the shaft fixing tube 32 after inserting the insertion rod 33b of the bearing part 33 formed of a rubber material into one shaft fixing tube 32 of the support 31. By tightening the rear eye bolt 32a of the handle 15, the operating shaft 16b of the handle 15 can be fixed to the position of the seat B 11b, and the eye bolt 32a is loosened again to loosen the fixing force by tightening. After releasing, the insertion rod 33b of the bearing portion 33 is removed from the shaft fixing tube 32, and then the operation shaft 16b of the handle 15 is moved to the position of the seat A 11a and the other shaft fixing tube 32 is removed. It is possible to hold the position of the handle 15 moved by inserting and tightening to the shaft fixing tube 32 in the same manner as described above. At this time, the operation shaft 16b of the handle 15 penetrating the stem 33 is rotatably supported by a bearing 33a embedded in the stem 33, and the stem 33 is made of rubber. Because it is formed, the handle can be operated smoothly without noise.

In this way, the handle shaft 16 is formed in a multi-joint form so that the handle 15 can be moved and fixed to the left and right seats A, B 11a, 11b of the vehicle 1 in the direction of displaying a lane. Is caused. In more detail, when the lane is displayed on the right side with respect to the traveling direction of the vehicle 1, the worker is provided with a discharge device (not shown) mounted on the right material discharge port B 22b of the stirring tank 2. Is seated on the right seat A (11a) of the vehicle 1 to see the right lane and work, and if the lane is displayed on the left side in the traveling direction of the vehicle 1, the left raw material outlet of the stirring tank (2) This is due to the fact that the operator has to sit on the left seat B 11b of the vehicle and work by looking at the left lane after the ejection device is attached to the A 22a.

In addition, the stirring tank 2 should be located at the front side of the vehicle due to the fact that the operator should be able to check the operation while receiving the raw material through the hose or pipe from the large raw material supply vehicle to be accompanied along during the operation. , With respect to the stirring vessel 2 will be described in detail with reference to FIGS. 5A and 5B.

The stirring tank 2 is provided with a stirring motor 21 is installed vertically downward in the center of the upper end as shown in Figure 5a to rotate the stirring blades inside, both sides of the stirring motor 21 together during operation Raw material inlets A and B 23a and 23b are formed to receive raw materials from a large raw material supply vehicle to follow. In addition, an air inlet 24a through which compressed air supplied from a compressor provided in the engine room 12 of the vehicle is injected and an air outlet 24b through which the compressed air is discharged is formed at the rear side of the stirring motor 21. A pressure gauge 24c is provided between the air inlet 24a and the air outlet 24b to allow the operator to visually check the internal pressure of the agitation tank 2, and the air inlet 24a and the air inlet 24a. The air discharge port 24b is usually configured to configure the pneumatic circuit so that the injection and discharge of the compressed air can be made automatically.

Along with this, the stirring vessel 2 is provided with a burner 20 at a lower side thereof, whereby heating of raw materials introduced by the burner 20 is performed, and as shown in FIG. 6, the heat medium circulation passage 27a is formed by a double pipe structure. The first wall 27 and the second wall 28 is formed in a double tube structure filled with a heat insulating material (28a) therein, the first wall (27) and the second wall (28) of It has a gas discharge passage 29 and a gas discharge port 29a to allow the gas burnt by the burner 20 to be discharged to the outside. In addition, a heat medium injection port 25a and a heat medium outlet 25b are formed at one side of the stirring tank 2 so that the heat medium is injected and discharged through the heat medium circulation passage 27a, and the heat medium is stirred in the stirring tank 2. It also has a heat medium circulation line (25c) to circulate the heat medium to the discharge device side mounted on the.

The other side of the stirring tank 2 is provided with a heat medium overflow 25d provided with a heat medium container 25e so as to receive an overflowed heat medium, and a stirring tank 2 at the lower side of the heat medium overflow 25d. ) Is provided with a raw material temperature sensor 26a to detect the temperature of the raw material inside, a heat medium temperature sensor 26b and a heat medium temperature gauge 26d to detect the heat medium temperature, the heat medium circulation line ( It also includes a heat medium recirculation line (26c) to be supplied to the discharge device side through 25c) to recycle the heat medium circulated again, the circulation of this heat medium is made by a heat medium circulation pump not shown.

On the other hand, the raw material outlets A, B (22a) (22b) of the stirring tank (2) by the automatic opening and closing device (5) to be automatically opened and closed by mechanical operation at the same time, the automatic opening and closing The apparatus 5 will now be described in detail with reference to the attached FIG. 7.

The automatic opening and closing device 5 is a slide fixing block (5a) coupled to the raw material outlets A, B (22a, 22b), and the opening and closing block provided to be moved up and down inside the slide fixing block (5a). It consists of (5b). The slide fixing block 5a has a hollow connection portion 52 which is coupled to the raw material outlets A, B 22a and 22b of the stirring vessel 2 by a normal bolting on the rear side thereof, and the connection portion ( The raw material supply pipe 51 communicating with the 52 is integrally formed at the front side, and an opening 53 is formed at the upper middle of the raw material supply pipe 51, and protrudes to both front sides of the opening 53. The pair of support pieces 54 are provided so that the pinion 55 may be arranged by the crankshaft 56 between the support pieces 54. The opening and closing block 5b is configured to open and close between the raw material supply pipe 51 and the connection portion 52 of the slide fixing block 5a while moving up and down by the upper side opening and closing cylinder 57. The rack 58 in the vertical direction engaged with the pinion 55 of the slide fixing block 5a is integrally formed.

As described above, the automatic opening and closing device 5 configured as described above moves the opening / closing block 5b inside the slide fixing block 5a up and down by operating the upper opening / closing cylinder 57 of the slide fixing block 5a. It is possible to open and close automatically between the raw material supply pipe 51 and the connecting portion 52, when not using the opening and closing cylinder 57, holding the crank shaft 56 of the slide fixed block (5a) by hand The rack 58 of the opening and closing block 5b engaged with the pinion 55 is moved up and down by the pinion 55 arranged on the crankshaft 56 so that the opening and closing operation by the opening and closing block 5b is performed. This will be possible.

The vehicle has been described with reference to the vehicle of the vehicle display facility equipment according to the present invention, and will be described below with respect to the discharge device mounted on the stirring tank of the vehicle to display the lane substantially. The dispensing apparatus to be applied here is to apply the dispensing apparatus according to the door style discharge device and internal pressure, and a conventional two-component paint discharging device, which is a stirring tank according to the present invention is sprayed by the door style discharge device and internal pressure This is due to the structure capable of accommodating both the discharging device and the two-component paint discharging device, that is, the combined vehicle display facility equipment.

As shown in FIG. 8, the door style discharge device 6 includes a raw material supply part 6a for supplying raw materials from the stirring tank 2 to the raw material discharging machine 6b, and the raw material supply part 6a. A raw material ejector 6b for receiving the raw material from the raw material and discharging the raw material in the form of droplets on the ground, a wheel support 7 and a bead gun 74 provided on the rear side of the raw material discharger 6b, and the wheels It consists of the wheel lifting part 8 which raises and lowers the support part 7.

The raw material supply part 6a is connected to the left and right raw material outlet A 22a or the raw material outlet B 22b of the stirring tank 2 so as to be selectively connected to the left and right connection lines A and B 62a and 62b. It is configured to supply the raw material introduced through the connecting line A (62a) or connecting line B (62b) to the raw material discharger (6b) by rotating the screw embedded by the operation of the hydraulic motor 61 The solenoid valve 63 provided with the hydraulic motor 61 has a function of turning on / off the hydraulic motor 61 so that the rotation of the screw can be stopped or rotated again by the operation of the control unit 14. To perform.

The raw material discharger (6b) is connected to the raw material supply unit (6a) is supplied with raw materials through the raw material inlet (64), by the power transmission from the rear drive wheel 67 by the chain transmission built-in patterned perforated cylinder It is configured to rotate, the pattern puncture cylinder is provided to be moved up and down by the left and right upper and lower control unit 65, the material forming the pattern by the rear opening and closing cylinder (57) to the ground It is configured to be discharged, and this has the same configuration as the patent application No. 700038 (2007.03.26 registration notice) filed and filed by the present applicant, the detailed description is omitted to avoid duplication Let's do it.

The wheel support portion 7 is integrally formed at both rear sides of the raw material ejector 6b with one side end of the horizontal side support frame 72 toward the rear side of the ejector support frame 71 which is integrally formed in a "c" shape. In addition to having a bead gun support portion (72a) is bent in the upper portion at the other end portion, a horizontal support bar is provided between the bead gun support portion (72a) and the bead gun (74) on the support bar It is configured to be coupled and fixed by bolting. At this time, the bead gun 74 is to bead to the raw material of the ground by the air pressure to the raw material discharged from the raw material discharger (6b) to the ground, the driving wheel 67 on the rear side of the side support frame 72 ) Is rotatably formed wheel support frame (73) integrally.

The wheel lifting unit 8 is provided with a vertical transfer shaft 84 between the upper and lower fixing plates 81 and 82 fixed to the vehicle in the center, and guides perpendicular to both sides of the transfer shaft 84. The rod 83 is provided together, and the elevating plate 85 is helically coupled to the conveying shaft 84 to rotate the conveying shaft 84 by rotating the upper and lower operating handles 86 of the conveying shaft 84. According to the guide rod 83 guides the wheel between the driving wheel 67 is provided to be movable up and down and is integrally connected to one side of the elevating plate 85 is installed on the wheel support frame 73 It is configured to lift and lower the shaft 67a. The lifting and lowering of the wheel shaft 67a is performed by lifting the driving wheel 67 in contact with the ground so as not to generate a driving force when the lane marking is not performed using the raw material discharging machine 6b. In the case of displaying lanes using 6b, the driving wheel 67 is driven in contact with the ground to provide driving force to the raw material discharging machine 6b by chain transmission.

9A and 9B are plan views showing the use state of the lane display facility equipment according to the present invention. As shown in FIG. 9A, a concave-convex lane L having a drop shape on the left side with respect to the traveling direction of the vehicle 1 is shown. In the case of display, the right connection line B 62b of the door style discharge device 6 having the raw material supply part 6a and the raw material discharging machine 6b is flanged to the left raw material outlet A 22a of the stirring tank 2. After installation, the operator is seated on the left seat B (11b) of the vehicle 1 as well as moving the handle 15 in the form of articulated to the left seat B (11b) side and fixed to the handle shaft fixing portion (3) Next, the operation is performed by looking at the left lane L. FIG. As shown in FIG. 9B, when the lane L is displayed on the right side with respect to the traveling direction of the vehicle 1, the door style discharge apparatus 6 is connected to the right raw material outlet B 22b of the stirring vessel 2. After the left connection line A (62a) is mounted by flange coupling, the operator is seated on the right seat A (11a) of the vehicle, as well as moving the multi-jointed handle (15) to the right seat A (11a) to the handle shaft After fixing to the fixed portion (3), the right lane (L) is to perform the work, while doing so along with the raw material inlet A (23a) or the raw material inlet B (23b) of the stirring tank (2) The raw material can be supplied from a large raw material supply vehicle 1 through a hose or a pipe.

FIG. 10 is a perspective view showing a jet discharging device for a lane marking facility according to the present invention. As shown therein, the jet discharging device 9 applied to the present invention is a raw material discharge port A, B (22a) of the stirring tank 2; Hollow material inlet pipe 91 formed integrally with the flange 91a on both sides so as to be selectively coupled to the; 22b, and on one side of the material inlet pipe 91 in communication with the material inlet pipe 91. Fixed and installed raw material inlet block 92 and the support block A (93) is provided. In addition, the raw material supply pipe 51 is coupled to the support block A (93), the raw material supply pipe 51 is movable block A (94a) and movable block B (94b) communicating with the raw material inlet block 92 at both ends. ), The movable block B (94b) is linked to the support block B (96), supply the raw material in communication with the support block B (96) and the movable block B (94b) to the support block B (96) Block 97 is provided to supply the raw material to the paint spray gun 98 having a nozzle (98a) on the lower side, coupled to one side of the movable block B (94b) on one side of the paint spray gun (98) The wheels 95e supported by the support brackets 95 are provided to allow the paint spray gun 98 to maintain a constant distance from the ground.

In addition, a fixed block 95a in which a vertical spiral shaft 95a is coupled to one side of the support bracket 95 is formed, and a lower end of the spiral shaft 95a includes a wheel having a cover 95d on an upper side thereof. 95e) is connected to the shaft of the spiral shaft (95a) is configured to adjust the height of the paint spray gun 98 including the fixed block (95a) by the rotation operation of the wheel lifting operation handle (95c).

In the injection-discharge device 9 configured as described above, the raw material inside the stirring tank 2 is introduced through the raw material inlet pipe 91 by the internal pressure of the compressed air injected through the air inlet 24a of the stirring tank 2. After that, the raw material inflow block 92 and the supporting block A 93 and the movable block A 94a, the raw material supply pipe 51, the movable block B 94b and the supporting block B 96, and the raw material supply block 97, the raw material is sprayed to the paint spray gun 98 so that the lane can be displayed by spraying the raw material onto the ground.

Fig. 11 is a perspective view showing a two-component paint discharging device for a lane marking facility according to the present invention, and receives a raw material from the raw material outlet C 22c of the stirring vessel 2 in the same manner as a conventional two-component paint discharging device. Will be displayed. That is, as the long hole 104a is formed at one end and the other end is connected to the opening and closing plate 102 of the storage chamber 101, the elbow 104 is provided to be rotatable about the pivot shaft 103. The elbow 104 is connected to the slider shaft 107 which is vertically supported by the vertical support bracket 105 installed on the inner wall of the storage chamber 101 and moves along the long hole 104a of the elbow 104. ) Is rotated about the rotation shaft 103, the opening and closing cylinder 106 is provided so that the passage (101a) of the storage chamber 101 can be opened and closed. In addition, one end is rotatably connected to the fixed bar 108 provided on the outside of the storage chamber 101, the other end is fixed to the vehicle frame 10 to pull and push the fixed bar 108 The lifting cylinder 109 is provided to allow the 101 to be lifted up and down about the rotation shaft 110, so that the automatic opening and closing operation of the storage chamber can be performed.

As such, the present invention can display lanes by selectively mounting a raw material discharging device in a stirring tank mounted in a small vehicle, thereby enabling construction for displaying left and right lanes of a vehicle on a narrow road without switching the vehicle from a traveling direction to a reverse direction. Rather, the speed of movement by the vehicle is to be able to prevent poor construction. In addition, the stirring tank has a function of insulating the raw material by the thermal insulation function by the double wall and the heat medium and the internal pressure according to the compressed air injection, so that the construction can be carried out without any separate equipment regardless of the painting method such as fusion or spraying. The equipment will be compatible.

Although the lane marking facility equipment according to the present invention has been described in detail above, this is only for describing the most preferred embodiments of the present invention, and the present invention is not limited thereto, and the scope thereof is determined by the appended claims. Become limited. In addition, anyone of ordinary skill in the art will be able to make various modifications and imitations according to the description of the specification of the present invention, but it will be apparent that this is also outside the scope of the present invention.

1: vehicle
10: vehicle frame 11a, 11b: seat A, B
12: Engine room 13a, 13b: Front wheels A, B
14: control unit 15: handle
16: Handle Shaft 16a: Circular Shaft
16b: operation shaft 16c: transmission shaft
17a, 17b: first universal joint 18: gas supply box
2: stirring tank
20: burner 21: stirring motor
22a, 22b, 22c: Raw material outlet A, B, C 23a, 23b: Raw material inlet A, B
24a: air inlet 24b: air outlet
24c: pressure gauge 25a: heating medium inlet
25b: heat medium outlet 25c: heat medium circulation line
25d: Thermal medium overflow 25e: Thermal medium container
26a: raw material temperature sensor 26b: heat medium temperature sensor
26c: Heat medium recirculation line 26d: Heat medium temperature gauge
27: first wall 27a: heat medium circulation passage
28: second wall 28a: insulation
29: gas discharge passage 29a: gas discharge port
3: handle shaft fixing part
31: support 32: shaft fixing tube
32a: eye bolt 33: shaft
33a: bearing 33b: insertion rod
4: steering system
41: prime mover 42: driven gear
43: steering shaft 44: steering plate
45a, 45b: Wheel frame A, B 46a, 46b: Link A, B
5: automatic switchgear 5a: slide fixing block
5b: open / close block
51: raw material supply pipe 52: connection
53: opening 54: support piece
55: pinion 56: crankshaft
57: opening and closing cylinder 58: rack
6: door style discharge device 6a: raw material supply part
6b: raw material dispenser
61: hydraulic motor 62a, 62b: connection line A, B
63: solenoid valve 64: raw material inlet
65: upper and lower control part 66: opening and closing cylinder
67: drive wheel 68: chain
7: wheel support
71: ejector support frame 72: side support frame
73: wheel support frame 74: bead gun
8: wheel lift
81,82: upper and lower fixing plate 83: guide rod
84: feed shaft 85: lifting plate
86: lifting handle 87: latch
9: jet ejection device
91: raw material inlet tube 92: raw material inlet block
93, 96: support blocks A, B 94: raw material supply pipe
94a and 94b: movable blocks A and B 95: support bracket
95a: fixed block 95b: spiral shaft
95c: wheel lifting handle 95e: wheel
97: raw material supply block 98: paint spray gun
100: two-component paint discharging device
101: storage chamber 101a: passage
102: opening and closing plate 103: rotating shaft
104: Elbow 104a: Longbow
105: support bracket 106: opening and closing cylinder
107: slider axis 108: fixed bar
109: lifting cylinder

Claims (15)

A stirring tank 2 having a burner 20 is mounted on the front side of the vehicle 1 having the engine room 12 at the rear side, and on the rear gas supply box 18 of the stirring tank 2. A steering device provided with seats A and B (11a) and (11b) on both sides of the left and right sides to change the direction of the front wheels A and B (13a) and (13b) of the vehicle (1) by the steering wheel (15). (4) is provided, and the stirring vessel (2) has raw material outlets A, B, and C (22a) (22b, 22c) formed on both sides of the lower side, and thus, the material outlets A, B, and C (22a) (22b). Lane display facility equipment characterized in that the lane is displayed by selectively mounting the discharge device to (22c).
The method of claim 1,
The handle 15 has a first universal shaft between the driving shaft 16a connected to the steering apparatus 4 and the operating shaft 16b connected to the handle 15 and between the driving shaft 16a and the operating shaft 16b. The handle shaft 16 is constituted by an electric shaft 16c connected to the joint 17a and the second universal joint 17b so as to be rotatable left and right, and the handle shaft 16 is the handle shaft fixing part 3. Lane display facility equipment characterized in that it is configured to be detachably installed in the position of the seat A (11a) or seat B (11b) by.
The method of claim 2,
The handle shaft fixing part 3 includes a support 31 installed in a vertical direction between the stirring tank 2 and the seats A and B (11a) (11b);
Shaft fixing tube 32 is formed integrally in the form of an upper opening type single tube on both sides of the support 31 and at the same time having an eye bolt 32a on the rear side;
A bearing 33a is built in the front and rear to allow the handle shaft 16 to penetrate therethrough and rotatably support the handle shaft 16, and the shaft fixing tube of the support 31 is provided on the lower side thereof. 32. The lane display facility equipment, characterized in that consisting of; the rod (33b) to be fitted to the insertion portion (33) of the rubber material integrally formed.
The method according to claim 1 or 2,
The steering apparatus 4 is connected to the main shaft 16a constituting the handle shaft 16 and rotates together, and the driven gear meshed in a direction perpendicular to the main gear 41 ( 42);
A vertical steering shaft 43 having an upper end coupled to the driven gear 42, and a steering plate 44 connected to the lower end thereof such that the steering plate 44 can be rotated by the driven gear 42;
On both sides of the steering plate 44, one end is rotatably coupled by links A and B 46a and 46b, and the other end is rotatably coupled to the vehicle frame 10 as well as front wheels A and B. (13a) (13b) is a lane frame facility equipment, characterized in that consisting of a rotatable wheel frame A, B (45a) (45b) :.
The method of claim 1,
The stirring tank 2 is formed of a first wall 27 forming a heat medium circulation passage 27a by a double pipe structure and a second wall 28 filled with a heat insulating material 28a inside the double wall structure. A gas discharge passage 29 having a gas discharge port 29a is formed between the first wall 27 and the second wall 28, and is installed vertically downward in the center of the upper end to rotate the stirring blades therein. Lane marking facility equipment comprising a stirring motor (21), and the raw material inlet A, B (23a) (23b) formed on both sides of the stirring motor (21).
The method of claim 5,
The stirring tank 2 includes an air inlet 24a and an air outlet 24b and a pressure gauge 24c installed at an upper end thereof;
A heat medium injection port 25a and a heat medium discharge port 25b formed on one side of the stirring tank 2, and a heat medium circulation line 25c;
The thermal medium overflow 25d and the thermal medium container 25e provided on the other side of the stirring tank 2, the raw material temperature sensor 26a, the thermal medium temperature sensor 26b, the thermal medium recirculation line 26c, and the thermal medium temperature gauge Lane marking facility equipment further comprises (26d).
The method of claim 1,
The left and right raw material outlets A, B (22a) and (22b) of the stirring tank (2) is characterized in that the automatic opening and closing by the automatic operation device 5 and the manual opening and closing can be made at the same time. Lane marking facility equipment.
The method of claim 7, wherein
The automatic opening and closing device 5 has a hollow connection portion 52 which is coupled to the raw material outlets A, B 22a, 22b of the stirring vessel 2 at the rear side, and the raw material in communication with the connection portion 52. The supply pipe 51 is integrally formed at the front side, and an opening 53 is formed at the upper middle of the raw material supply pipe 51, and a pair of support pieces 54 protrude toward both front sides of the opening 53. A slide fixing block (5a) having a pinion (55) arranged between the support pieces (54) by the crankshaft (56);
It is provided to be able to slide up and down inside the slide fixing block (5a) to open and close between the raw material supply pipe 51 and the connecting portion 52 of the slide fixing block (5a), the slide fixing block (5a) in the front part The rack 58 in the vertical direction to be engaged with the pinion 55 of the integrally formed, the upper end is connected to the vertically open and closed cylinder 57 to be moved up and down automatically by the opening and closing cylinder (57). Lane opening facility equipment characterized in that consisting of;
The method of claim 1,
The discharge device has connecting lines A and B 62a and 62b on the left and right sides so as to be selectively coupled to the left and right raw material outlet A 22a or the raw material outlet B 22b of the stirring tank 2. A raw material supply part 6a for supplying raw materials introduced through the connection line A 62a or the connection line B 62b by rotating the screw embedded by the operation of the hydraulic motor 61;
Is connected to the raw material supply unit (6a) is supplied so that the raw material through the raw material inlet 64, the power is transmitted from the rear drive wheel 67 by the chain transmission is configured to rotate the built-in pattern drilling cylinder, The pattern perforated cylinder is provided to be moved up and down by the left and right up and down control unit 65, and the raw material discharge configured to discharge the material forming the pattern by the rear opening and closing cylinder 57 to the ground. Lane display facility equipment, characterized in that consisting of door style discharge device (6) consisting of.
10. The method of claim 9,
The door style ejection apparatus (6) further comprises a wheel support (7), a wheel lifter (8), and a bead gun (74) on the rear side of the raw material ejector (6b).
The method of claim 10,
The wheel support 7 includes an ejector support frame 71 which is integrally formed in a vertical bending form on both rear sides of the raw material ejector 6b;
A pair of side support frames 72 having one side end portion integrally connected to the ejector support frame 71 and the other end portion having a bead gun support portion 72a bent upward;
A bead gun () coupled to a support bar installed in a transverse direction between each bead gun support portion (72a) of the side support frame (72);
Lane support facility characterized in that consisting of; wheel support frame (73) formed integrally with the side support frame (72) for rotatably supporting the driving wheel (67).
The method according to claim 10 or 11, wherein
The wheel lifting unit (8) comprises a feed shaft (84) and a guide rod (83) which are vertically installed in the center between the upper and lower fixing plates (81, 82);
Spirally coupled to the feed shaft 84 is guided by the guide rod 83 along the feed shaft 84 by the rotation operation of the lifting handle 86 of the upper end of the feed shaft 84 to move up and down A lifting plate 85 provided;
One end is integrally coupled to the elevating plate (85), the other end is a latch (87) hooked to the wheel shaft (67a) between the drive wheels 67; lane marking facility equipment characterized in that consisting of.
The method of claim 1,
The discharge device includes a hollow raw material inlet pipe 91 having flanges 91a integrally formed at both sides thereof so as to be selectively coupled to the raw material discharge ports A and B 22a and 22b of the stirring tank 2;
A raw material inflow block 92 and a support block A 93 fixed and installed at one side of the raw material inflow pipe 91 so as to communicate with the raw material inflow pipe 91;
A raw material supply pipe 51 rotatably coupled to the support block A 93 at one end of the movable block A 94a and in communication with the raw material inflow block 92;
A support block B 96 on which the movable block B 94b formed at the other end of the raw material supply pipe 51 is rotatably linked, and a raw material in communication with the support block B 96 and the movable block B 94b; A supply block 97;
A paint spray gun (98) for spraying the raw material supplied from the raw material supply block (97) to the ground through a lower side nozzle (98a);
Is provided on one side of the paint spray gun (98) is supported by the support bracket 95 coupled to one side of the movable block B (94b) to run while maintaining the paint spray gun (98) a constant distance from the ground Lane display facility equipment, characterized in that consisting of a jetted discharge device (9) consisting of a wheel (95e).
The method of claim 13,
The jet ejection apparatus 9 forms a fixed block 95a in which a vertical spiral shaft 95a is coupled to one side of the support bracket 95, and a lower end of the spiral shaft 95a covers a cover 95d. The height of the paint spray gun 98 including the fixed block 95a can be adjusted by rotating the wheel lifting operation handle 95c of the upper end of the spiral shaft 95a by being connected to the shaft of the wheel 95e having the Lane marking facility equipment characterized in that configured to.
The method of claim 1,
The discharge device includes an elbow 104 formed with a long hole 104a at one end thereof and connected to the opening and closing plate 102 of the storage chamber 101 so as to be rotatable about the pivot shaft 103;
The elbow 104 is connected to the slider shaft 107 which is vertically supported by the vertical support bracket 105 installed on the inner wall of the storage chamber 101 and moves along the long hole 104a of the elbow 104. An opening / closing cylinder 106 which rotates about the rotation shaft 103 so that the passage 101a of the storage chamber 101 can be opened and closed;
One end is rotatably connected to the fixed bar 108 installed on the outside of the storage chamber 101, and the other end is fixed to the vehicle frame 10 to pull and push the fixed bar 108 to the storage chamber 101. Lane display facility equipment characterized in that consisting of a two-component paint discharging device 100 consisting of; elevating cylinder (109) to be moved up and down about the rotating shaft (110).

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