KR101535289B1 - Feeder for two component type paint and painting device for traffic lane having that - Google Patents

Abstract

A two-component paint supply device according to an embodiment of the present invention comprises: a first pump having a first rod which appears and disappears by power transferred from a drive unit to supply a suction force for supplying paint; a second pump having a second rod which can appear and disappear to supply a hardening initiator which facilitates hardening of the paint; a transfer member to connect the first rod and the second rod; and a fixed member which supports the second pump and on which the transfer member is rotatably mounted.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a liquid paint supply device and a lane paint device having the same,

The present invention relates to a liquid paint supply apparatus and a lane paint system having the paint supply apparatus. More particularly, the present invention relates to a liquid paint supply apparatus and a lane paint system including the same, Type paint supply apparatus and a lane-painting apparatus having the same.

In general, various buildings, ships, etc. perform painting work to obtain wall insulation or various exterior effects. Currently, the most commonly used method is airless spray method which applies pressure to paint and spray it. And can be divided into a single pump and a plural component pump depending on performance.

The one-component pump is a system in which the mixed paint is transferred to the piston motion by an air motor and atomized at the end of the spray gun. In this liquid type pump, the motive of the paint and the curing agent are separately transferred The mixture is mixed in the equipment at a desired mixing ratio, and the mixture is discharged by mixing the two components. When the components are mixed, the components are chemically reacted and cured, thereby transferring to a useful material.

In this conventional liquid type pump, the lower end of the main pump is axially coupled, an air motor is mounted on the upper part of the rod of the main pump, and an auxiliary pump having a lower end shaft- And the center of the operation is rotatably coupled to the support which is connected to the load of the auxiliary pump and is set up in the middle between the main pump and the auxiliary pump.

Accordingly, as the rod of the main pump reciprocates upward and downward due to the operation of the air motor, the rod of the auxiliary pump connected between the operations also reciprocates upward and downward, so that the paint of this liquid type is sprayed on the road to paint the lane.

BACKGROUND ART [0002] The background art of the present invention is disclosed in Korean Patent Registration No. 10-1176538 (published on Aug. 23, 2012, entitled " Two-component paint system ").

Since the paint and the curing agent are mixed while the main pump and the auxiliary pump are alternately driven, since the hinge unit between the main pump and the auxiliary pump is provided between the main pump and the auxiliary pump according to the prior art, the coating material and the curing agent can be effectively mixed There is no problem.

Further, since the pump for supplying the paint and the pump for supplying the hardening agent have the same or similar capacity, the two-component paint coating apparatus according to the prior art has a coating amount of 1: 1 to 1: 4, However, when the paint and the curing initiator are mixed in a ratio of about 98: 2, the supply amount between the paint and the curing agent is remarkable, so that the accurate mixing ratio can be maintained and the paint and curing agent can not be supplied.

Further, in the two-liquid type coating apparatus according to the prior art, since the rod of the pump for supplying the paint and the rod of the pump for supplying the hardening agent are alternately pressed, the paint and the hardening agent are alternately supplied, When the curing agent is supplied, the paint and the curing agent are not effectively mixed so that the lane is not partially cured after the completion of the lane painting operation.

Therefore, there is a need for improvement.

It is an object of the present invention to provide a liquid-type road supply apparatus and a lane-painting apparatus having the same, which can effectively supply a paint forming a lane and a curing initiator at a predetermined ratio at the same time and effectively mix the paint and the curing agent.

The present invention relates to a first pump including a first rod which is projected and retracted by a power transmitted from a driving unit to supply a suction force for supplying paint, A second pump having a second rod capable of projecting and retracting to supply a curing initiator that promotes curing of the paint; A transmitting member connecting the first rod and the second rod; And a fixing member which supports the second pump and to which the transmission member is rotatably connected.

In addition, the first pump of the present invention is characterized by having a larger capacity than the second pump.

The first pump of the present invention may further include a first cylinder portion to which the first supply pipe through which the paint is supplied and the first discharge pipe through which the paint is discharged are connected and the first rod is installed to be capable of retracting do.

The first pump of the present invention may further include an operating portion connected to the first cylinder portion and having a connection hole portion through which the first rod is exposed and supplied with a working fluid transmitted from the driving portion, And further comprising:

The second pump of the present invention is characterized in that the second pump includes a second cylinder portion to which a second supply pipe to which the hardening initiator is supplied and a second discharge pipe to which the hardening initiator is discharged are connected.

The fixing member of the present invention may further include: a horizontal portion rotatably connected to the first pump and rotatably supported by the second pump; And a bent portion extending from the horizontal portion so as to be bent and to which the transmitting member is rotatably connected.

In addition, a first connection part rotatably connected to the first rod is provided at one end of the transmission member of the present invention, and a hinge part rotatably connected to the fixing member is provided at the other end of the transmission member, And a second connection portion to which the second rod is connected is provided between the first connection portion and the hinge portion.

Further, the first connection part of the present invention may include: a connection piece rotatably connected to the transmission member; And a fixing pin coupled to the connecting piece and inserted into the first rod.

In addition, the transmitting member of the present invention may be provided with an angle adjusting unit to which the second connecting portion is movably connected.

In addition, the angle adjusting portion of the present invention may include: a sliding hole portion formed in the transmitting member; And a scale portion facing the sliding hole portion.

In addition, the second connecting portion of the present invention may include a moving shaft movably inserted into the sliding hole portion; An engaging member engaged with the moving shaft; And a lever member projecting from the engaging member and moving the engaging member to fix the moving shaft.

Further, the present invention is also directed to a first pump including a first rod which is projected and retracted by a power transmitted from a driving unit to supply a suction force for supplying paint, A second pump having a second rod capable of projecting and retracting to supply a curing initiator that promotes curing of the paint; A transmitting member connecting the first rod and the second rod; And a fixing member that supports the second pump and to which the transfer member is rotatably connected.

The liquid paint supply apparatus and the lane paint system having the same according to the present invention are characterized in that the rod of the first pump for supplying the paint and the rod of the second pump for supplying the hardening initiator are simultaneously driven, Since the relative momentum of the pump 2 rod is controlled, the paint and the curing initiator can be mixed and supplied at an accurate mixing ratio, so that the curing speed of a suitable paint can be provided, and lane painting can be performed in a continuous operation.

The liquid paint supply device and the lane painting device having the same according to the present invention are characterized in that a hinge part is provided at one end of the linking member and the rod of the first pump and the rod of the second pump are simultaneously pressed by the driving of the linking member Since the first pump and the second pump are driven at the same time, the paint and the curing initiator are mixed and supplied at the same time so that the paint and the curing initiator can be mixed at an accurate ratio.

In addition, since the liquid-type paint supply apparatus and the connecting member of the lane painting apparatus having the liquid-type paint supply apparatus according to the present invention are installed between the rod central portion of the first pump and the rod end portion of the second pump, 2 pump can be easily connected to each other, the supply amount of the curing initiator, which is mixed with a very small amount as compared with the paint, can be precisely controlled and supplied.

The liquid-type paint supply apparatus and the lane-painting apparatus having the same according to the present invention are provided with a horizontal portion for supporting the lower end of the second pump and a bent portion bent toward the hinge portion, The driving force of the first pump is transmitted to the second pump while the member is rotated around the hinge part, so that the driving distance of the first pump is reduced and can be transmitted to the second pump. Further, a reduction gear or a power- There is an advantage.

In addition, since the angle of the second pump installed between the connecting member and the fixing member can be adjusted, the liquid-type paint supply apparatus and the lane-painting apparatus having the same according to the present invention can change the working distance transmitted from the first pump, 2 pump so that the mixing ratio of the coating material and the curing initiator can be variously adjusted. Accordingly, there is an advantage that the curing speed of the coating material according to the atmospheric temperature can be controlled by the amount of the curing initiator.

1 is a perspective view showing a liquid paint supply apparatus according to an embodiment of the present invention.
2 is a rear perspective view showing a mounting structure of the liquid type paint supply apparatus according to an embodiment of the present invention.
FIG. 3 is a perspective view showing an operation state of the liquid type paint supply apparatus according to an embodiment of the present invention.
FIG. 4 is a photograph showing a front portion of a lane painting apparatus provided with the liquid type painting material supplying apparatus according to an embodiment of the present invention.
5 is a photograph showing a rear portion of a lane-painting apparatus provided with a liquid-type paint supply apparatus according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, one embodiment of a liquid paint supply apparatus and a lane painting apparatus having the same according to the present invention will be described with reference to the accompanying drawings.

In this process, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation.

In addition, the terms described below are terms defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator.

Therefore, definitions of these terms should be made based on the contents throughout this specification.

2 is a rear perspective view showing a mounting structure of the liquid type painting material supplying apparatus according to an embodiment of the present invention, and FIG. 3 is a perspective view of the liquid type painting material supplying apparatus according to an embodiment of the present invention. Is a perspective view illustrating an operation state of the liquid type paint supply apparatus according to an embodiment of the present invention.

FIG. 4 is a photograph showing a front part of a lane painting apparatus having the liquid type painting material supplying apparatus according to an embodiment of the present invention, FIG. 5 is a view showing a state in which a liquid type painting material supplying apparatus according to an embodiment of the present invention And the rear portion of the lane marking apparatus.

1 to 5, a two-liquid type paint supply apparatus according to an embodiment of the present invention includes a first rod 12 which is projected and retracted by a power transmitted from a drive unit 94 to supply a suction force for supplying paint, A second pump 30 provided with a second rod 32 capable of protruding and retreating to supply a curing initiator for accelerating the curing of the coating material and a second pump 30 having a first rod 12 and a second A transmission member 50 connecting the rod 32 and a fixing member 70 supporting the second pump 30 and rotatably connected to the transmission member 50. [

This embodiment is a paint supply device that supplies paint and a curing initiator separately and allows the curing initiator to be mixed with the paint immediately before the paint is sprayed to shorten the curing time of the paint. By the first pump 10 When the supplied paint and the curing initiator supplied by the second pump 30 are mixed and sprayed on the road, the paint is cured within a short time to form a lane.

The first pump 10 is driven by an external force supplied from the driving unit 94 and sucks and discharges the paint from the first tank 82 in which the paint is stored and the second pump 30 is driven by the second tank 84 ), And the paint and the curing initiator are mixed with each other while passing through the mixing block 96, and then sprayed on the road.

As described above, the paint supplied by the first pump 10 is mixed with the curing initiator supplied by the second pump 30 and is sprayed on the road, so that the paint is hardened in a short time, thereby reducing the time required for the lacquering .

The present embodiment is provided with the transfer member 50 for transferring the linear movement of the first rod 12 projected from the first pump 10 to the second rod 32 of the second pump 30, It is not necessary to provide a separate drive unit for providing an external force to the second rod 32 in addition to the drive unit 94 for providing an external force to the liquid supply unit 12, The size of the apparatus can be reduced.

Since the mixing ratio of the coating material to the curing initiator is about 98: 2 in the two-liquid coating material used for the lane-painting, the supply amount of the coating material supplied by the driving of the first pump 10 and the supply amount of the coating material The difference in the supply amount of the curing initiator supplied by the driving of the substrate is remarkable.

Therefore, in the conventional two-liquid type paint supply apparatus, it is not easy to supply two liquids while simultaneously driving two pumps by one drive unit 94 while maintaining the mixture ratio of the paint and curing initiator, which are remarkably supplied.

The present embodiment is characterized in that the first rod 12 and the second rod 32 are connected by the transmitting member 50 and the second pump 30 is supported by the fixing member 70, A second pump 30 is provided near the hinge portion 54 to which the fixing member 70 is rotatably connected and a first pump 10 is installed at a position further from the hinge portion 54. [

Therefore, when the linear motion of the first rod 12 is transmitted to the second rod 32, the amount of movement of the first rod 12 is reduced and the effect is transmitted to the second rod 32.

Since the first pump 10 of this embodiment has a larger capacity than the second pump 30, when the linear motion of the first rod 12 is transferred to the linear motion of the second rod 32, There is no need for a separate reduction device or change device for reducing the momentum of the rod 12 and transmitting it to the second rod 32.

As described above, in this embodiment, the first pump 10 has a larger capacity than the second pump 30 in order to maintain the supply amount by the first pump 10 and the supply amount difference by the second pump 30 Even if the momentum of the first rod 12 is transmitted to the second rod 32 without passing through a separate speed reducing device or a power conversion device, the supply amount of the hardening initiator provided by the second pump 30 is smaller than the supply amount of the paint Which is a significantly smaller state than that of the first embodiment.

As described above, in this embodiment, since the first pump 10 having a relatively large capacity and the second pump 30 having a small capacity are connected to be linked by the transmitting member 50 and the fixing member 70, So that the curing initiator having a remarkably small supply amount can be supplied together with the coating material while maintaining an accurate mixing ratio.

The first pump 10 includes a first cylinder portion 14a to which a first supply pipe 14a to which paint is supplied and a first discharge pipe 14b to discharge paint are connected and a first rod 12 And a connection hole portion 16a which is connected to the first cylinder portion 14 and to which the first rod 12 is exposed and includes a hydraulic pressure supply pipe 16b and a hydraulic pressure supply pipe 16b, And an operating portion 16 to which the discharge pipe 16c is connected.

The first pump 10 is installed on a supporting stand 76 installed vertically to a main body 92 constituting a lane marking apparatus and the operating portion 16 is provided on the upper portion of the first cylinder portion 14, A first supply pipe 14a is connected to the lower end of the first cylinder unit 14 to supply paint stored in the first tank 82 installed in the body 92. A first discharge pipe 14b is connected to a side surface of the cylinder unit, Lt; / RTI >

When the first pump 10 is driven by the external force provided from the driving unit 94, the paint stored in the first tank 82 is supplied to the first cylinder unit 14 along the first supply pipe 14a, The paint discharged by the reciprocating motion of the first rod 12 is discharged toward the mixing block 96 along the first discharge pipe 14b.

Since the second pump 30 includes the second cylinder portion 36 to which the second supply pipe 34a to which the curing initiator is supplied and the second discharge pipe 34b to discharge the curing initiator are connected, Is transmitted to the second rod 32, the curing initiator stored in the second tank 84 is sucked and supplied to the mixing block 96 along the second discharge pipe 34b.

At this time, in this embodiment, the first rod 12 and the second rod 32 are simultaneously inserted into the first cylinder portion 14 and the second cylinder portion 36 by the transmitting member 50, 1 cylinder portion 14 and the second cylinder portion 36, the supply of the paint and the supply of the curing initiator are simultaneously performed on the mixing block 96 side.

Therefore, the mixing of the coating material and the curing initiator is more effectively achieved than in the prior art in which the supply of the coating material and the supply of the curing initiator are alternately performed. Therefore, after the coating material and the curing initiator are sprayed onto the road, the curing of the coating material is uniformly performed, And can be completed within a short time.

As described above, in the present embodiment, since the paint and the curing initiator are simultaneously supplied at a constant mixing ratio while the first rod 12 and the second rod 32 are simultaneously lowered or raised, the paint and the curing initiator are evenly mixed It is possible to perform a lane-painting operation in which the problem that the lane is not partially hardened does not occur and the entire lane is hardened evenly within a short time.

A circulation pipe 34c for circulating a curing initiator through the second tank 84 is connected to the second cylinder 34 and a curing initiator which overflows due to the operation of the second rod 32 The overflow pipe 34d is connected to the second tank 84 so that the overflow pipe 34d can be recovered.

The fixing member 70 includes a horizontal portion 72 rotatably connected to the first pump 10 and rotatably supported by the second pump 30, And a bending portion 74 to which the bushing 50 is rotatably connected.

The lower end of the third cylinder part 36 is rotatably mounted on the horizontal part 72 and the transmitting member 50 is rotatably mounted on the upper end of the bent part 74 bent upward from the horizontal part 72 and extending upward. A hinge portion 54 is provided.

A gap is formed between the horizontal part 72 and the transmitting member 50 so that the second pump 30 is installed and one end of the transmitting member 50 connected to the first rod 12 is reciprocated linearly The transmitting member 50 is rotated about the hinge portion 54 to cause the second rod 32 to linearly reciprocate in the vertical direction.

A first connecting portion 52 is rotatably connected to the first rod 12 at one end of the transmitting member 50 and is rotatably connected to the other end of the transmitting member 50 And a second connection portion 56 is provided between the first connection portion 52 and the hinge portion 54 to which the second rod 32 is connected.

The moving distance of the central portion of the transmitting member 50 to which the second rod 32 is connected is shorter than the moving distance of the one end of the transmitting member 50 to which the first rod 12 is connected, Is transmitted to the second rod 32 while the momentum of the second rod 32 is reduced.

The difference between the momentum of the first rod 12 and the momentum of the second rod 32 depends on the connection structure of the transmitting member 50 and the fixing member 70 and the mounting position of the second pump 30, .

The first connecting portion 52 includes a connecting piece 52a rotatably connected to the transmitting member 50 and a fixing pin 52b coupled to the connecting piece 52a and inserted into the first rod 12. [

Since the connecting piece 52a is rotatably installed at one end of the transmitting member 50 and the fixing pin 52b press-fitted into the connecting piece 52a is inserted and connected to the circumferential surface of the first rod 12, The connecting piece 52a linearly reciprocates in the vertical direction and one end of the transmitting member 50 rotatably connected to the connecting piece 52a is moved in the vertical direction and the connecting piece 52a And the transmitting member 50 are varied according to the position of the first rod 12. [

The position of the second connection portion 56 can be moved along the transmission member 50 because the transmission member 50 is provided with the angle adjusting portion 58 to which the second connection portion 56 is movably connected. The angle formed between the second pump 30 and the horizontal portion 72 is changed when the upper end position of the second rod 32 connected to the transmitting member 50 is changed by the second connecting portion 56. [

When the angle of the second pump 30 is changed by varying the position of the second connection portion 56 as described above, the momentum at which the second rod 32 is lowered or raised when the transmission member 50 is driven is varied The supply amount of the curing initiator supplied by the driving of the second pump 30 can be adjusted.

The angle adjusting portion 58 includes a sliding hole portion 58a formed in the transmitting member 50 and a scale portion 58b formed to face the sliding hole portion 58a.

Accordingly, the operator can adjust the supply amount of the curing initiator while moving the second connection portion 56 along the sliding hole portion 58a and adjust the position of the second connection portion 56 along the sliding hole portion 58a to the transmitting member 50, The movement amount of the second rod 32 is increased to increase the supply amount of the curing initiator and the position of the second connection portion 56 is moved to the other side of the transmission member 50 along the sliding hole portion 58a, The amount of movement of the two rods 32 is reduced, and the supply amount of the curing initiator is reduced.

The second connecting portion 56 includes a moving shaft which is movably inserted into the sliding hole portion 58a and a connecting member 56b which is engaged with the moving shaft and a connecting member 56b which is protruded from the connecting member 56b, And a lever 56c member for fixing the movement shaft.

When the operator holds the lever 56c and rotates the engaging member 56b in the forward direction, the moving shaft is inserted into the engaging member 56b, so that the engaging member 56b is brought into close contact with the outer wall of the transmitting member 50, So that the second rod 32 connected to the shaft is not moved.

Conversely, when the operator holds the lever 56c and rotates the engaging member 56b in the opposite direction, the moving shaft protrudes from the engaging member 56b, and a gap is formed between the engaging member 56b and the transmitting member 50, The connected second rod 32 is shifted to be movable along the sliding hole portion 58a.

Accordingly, the operator can vary the supply amount of the hardening initiator by adjusting the angle of the second pump 30 while moving the second rod 32 along the sliding hole portion 58a.

At this time, the operator can precisely adjust the supply amount of the curing initiator while checking the graduation portion 58b formed opposite to the sliding hole portion 58a. On one side of the engagement member 56b, the projecting portion 58b opposed to the graduation portion 58b So that the protruding portion indicates the scale portion 58b.

Operation of the liquid-type paint supply apparatus according to one embodiment of the present invention will now be described.

First, when the operator drives the driving portion 94 to supply the hydraulic pressure to the first pump 10 and the valve 16e provided in the hydraulic pressure supply pipe 16b is opened, the first rod 12 is moved to the first cylinder portion 14 starts to be reciprocated.

When the first rod 12 is projected into or out of the first cylinder portion 14, the transfer member 50 connected to the first rod 12 is reciprocated while being rotated around the hinge portion 54, The second rod 32 provided between the member 50 and the horizontal portion 72 also protrudes into or out of the second cylinder portion 36.

The first rod 12 and the second rod 32 are projected and retracted into or out of the first cylinder portion 14 and the second cylinder portion 36 by the external force transmitted from the drive portion 94 as described above The paint stored in the first tank 82 and the curing initiator stored in the second tank 84 are simultaneously supplied to the mixing block 96 side.

The transmitting member 50 that transmits the linear reciprocating motion of the first rod 12 by the linear reciprocating motion of the second rod 32 transmits the motion while being rotated about the hinge portion 54 so that the hinge portion 54 The linear reciprocating motion of the first rod 12 disposed at a relatively far position with respect to the hinge portion 54 is transmitted to the second rod 32 disposed relatively close to the hinge portion 54,

Since the second pump 30 is composed of a pump having a smaller capacity than the first pump 10, the supply amount of the paint supplied by the first pump 10 is supplied by the second pump 30 A significantly larger amount of the curing initiator than the curing initiator is supplied.

The mixing ratio of the coating material to the curing initiator is mixed at a ratio of about 98: 2 by the difference in capacity of the pump and the power transmission structure as described above, and is sprayed on the road. Since the mixing ratio of the coating material to the curing initiator is kept constant, The painted lane quickly cures at a uniform speed.

The mixing ratio of the coating material to the curing initiator as described above allows the operator to precisely adjust the position of the first connection portion 52 while moving along the sliding hole portion 58a.

Thereby, it is possible to provide a two-liquid type paint supply device and a lane paint coloring device having the two-color paint supply device capable of effectively supplying the paint forming the lane and the curing initiator uniformly at the set ratio at the same time and effectively mixing the paint and the curing initiator.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. .

Although the liquid paint supply apparatus and the lane paint system having the liquid paint supply apparatus have been described by way of example, the present invention is not limited to the liquid paint supply apparatus and the lacquering apparatus having the same. A painting apparatus having the above can be used.

Accordingly, the true scope of the present invention should be determined by the following claims.

10: first pump 12: first load
14: first cylinder part 14a: first supply pipe
16: discharging portion 16a: connecting hole portion
16b: second discharge pipe 30: second pump
32: second rod 34: second cylinder part
34a: second supply pipe 34b: second discharge pipe
36: third cylinder part 36a: third supply pipe
36b: flow meter 50: transmission member
52: first connecting portion 52a: connecting piece
52b: fixing pin 54: hinge portion
56: second connecting portion 56a: connecting shaft
56b: coupling member 56c: lever
58: Angle adjusting portion 58a: Sliding hole portion
58b: scale part 70: fixing member
72: horizontal portion 74: bent portion
76: support 78: hinge shaft
82: First tank 84: Second tank
86: Third tank 92: Body
94: driving part 96: mixing block

Claims (12)

A first pump including a first rod which is projected and retracted by a power transmitted from a driving unit to supply a suction force for supplying paint;
A second pump having a second rod capable of projecting and retracting to supply a curing initiator that promotes curing of the paint;
A transmitting member connecting the first rod and the second rod; And
And a fixing member which supports the second pump and to which the transmission member is rotatably connected,
A first connection part rotatably connected to the first rod is provided at one end of the transmission member and a hinge part rotatably connected to the fixing member is provided at the other end of the transmission member, And a second connecting portion to which the second rod is connected,
Wherein the transmitting member is provided with an angle adjusting unit to which the second connecting unit is movably connected,
Wherein the angle-
A sliding hole formed in the transmitting member; And
And a scale part formed opposite to the sliding hole part.
The method according to claim 1,
Wherein the first pump has a larger capacity than the second pump.
The method according to claim 1,
Wherein the first pump includes a first cylinder portion to which a first supply pipe through which the paint is supplied and a first discharge pipe through which the paint is discharged are connected and the first rod is installed to be able to protrude and retract Device. The method of claim 3,
The first pump may further include an operation portion connected to the first cylinder portion and having a connection hole portion through which the first rod is exposed and supplied with a working fluid transmitted from the driving portion to project and retract the first rod Of the coating liquid.
2. The pump according to claim 1,
And a second cylinder part connected to a second supply pipe through which the curing initiator is supplied and a second discharge pipe through which the curing initiator is discharged.
The apparatus according to claim 1,
A horizontal portion rotatably connected to the first pump and rotatably supported by the second pump; And
And a bent portion extending from the horizontal portion so as to be bent and to which the transmitting member is rotatably connected.
delete [2] The apparatus of claim 1,
A connecting piece rotatably connected to the transmitting member; And
And a fixing pin coupled to the connecting piece and inserted into the first rod.
delete delete [2] The apparatus of claim 1,
A moving shaft movably inserted into the sliding hole;
An engaging member engaged with the moving shaft; And
And a lever member projecting from the engaging member and moving the engaging member to fix the moving shaft.
A first pump including a first rod which is projected and retracted by a power transmitted from a driving unit to supply a suction force for supplying paint;
A second pump having a second rod capable of projecting and retracting to supply a curing initiator that promotes curing of the paint;
A transmitting member connecting the first rod and the second rod; And
And a fixing member which supports the second pump and to which the transmission member is rotatably connected,
A first connection part rotatably connected to the first rod is provided at one end of the transmission member and a hinge part rotatably connected to the fixing member is provided at the other end of the transmission member, And a second connecting portion to which the second rod is connected,
Wherein the transmitting member is provided with an angle adjusting unit to which the second connecting unit is movably connected,
Wherein the angle-
A sliding hole formed in the transmitting member; And
And a scale portion formed so as to face the sliding hole portion.

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