KR20160061574A - The lane paint roller type device - Google Patents

Abstract

The present invention relates to a roller type simple lane painting device and, more specifically, relates to a lane painting device formed into a trolley easily movable by a worker and painting lanes by receiving paint container in the trolley and transporting paint received in the paint container to a roller formed in a front end of the trolley using a motor connected to the driving wheels of the trolley. The roller type simple lane painting device comprises: the trolley (20) having a receiving unit capable of receiving the paint container (60), an auxiliary wheel (29) and the driving wheels (21) formed on a lower part of the trolley, maintaining the trolley at a predetermined height from the ground, and a handle (50) coupled to a lateral part of the trolley; the paint container (60) received in the receiving unit formed on the upper part of the trolley (20); a pump (30) connected to the driving wheels (21) of the trolley (20), transporting the paint received in the paint container (60) to the sliding roller (10); a hose (35) connecting the paint container (60) and the sliding roller (10); and the sliding roller (10) joined to a front end of the trolley, painting lanes at a predetermined width with the paint supplied through the hose (35) while coming in contact with the ground. The roller type simple lane painting device with a configuration of an assembly of simple compartments and a pump is a small and light product of which the total weight is approximately 15-20 kg, thereby being easily moved. The roller type simple lane painting device is variously utilized for common houses, small buildings, and a large-scale residence facility. In addition, the roller type simple lane painting device is environmentally friendly when compared with a type of spray gun as the paint is not scattered.

Description

[0001] The lane paint roller type device [

The present invention relates to a roller-type lane drawer, and more particularly, to a lane drawer of a roller type, and more particularly, to a lane drawer of a roller type, And to a lane-coloring machine in which a lane is painted by being transported to a roller located at the fore end of the truck.

With the increase in the number of residential areas such as large buildings and apartments, there is a growing demand for lane-changing machines to paint lanes in building parking lots and residential areas.

Since the lane coloring machine required in the facility is required to work in a narrow space, it is required to be small and light in weight and simple in structure, and a lane coloring machine capable of using the paint can as it is.

The prior art of a lane drawer that paints a certain length of width has been developed centering on lane drawers for paints and the lane drawers for paints are characterized by having burners and heaters because they use heat- In order to increase the visibility of

For example, Korean Utility Model Publication No. KR 20-0264287 discloses a lane marking apparatus having a lenticular shape provided with a pressing roller and a lane marking apparatus having a lenticular shape, Korean Patent Publication No. 10-2014-011378 which uniformly distributes glass beads in order to improve the visibility of the glass beads.

In addition, a technique of spraying the liquid type paint into a spray type without using a thermal bulging type paint has been developed, and Korean Patent Publication No. KR 10-2013-0059955 is representative.

The above-mentioned prior art has disadvantages in that it requires a large number of components, such as a heater, an engine for high-pressure spraying, and the like, because it uses a heat-sealable paint or atomizes the liquid type paint.

Therefore, there is a need for a lane-changing lender which is formed by a small-sized, lightweight and simple structure for painting lanes in building parking lots and residential areas.

1. KR 20-0264287, 'Manual uneven lane painting device', registered on January 31, 2002. 2. KR 20-0416759, 'Lane Paint Device', Registered on: May 12, 2006. 3. KR 10-2014-0113778, 'Lacquer coating system for lacquering paint and lane paint machine equipped with it', Published on: 2014.09.25. 4. KR 10-2013-0059955, 'Lane painting equipment', published on: 2013.06.07. 5. KR 10-1273438, 'Lane Paint System for Pedestrian Crossing', Registration Date: 2013.06.04.

The present invention is to provide a lane-changing lane coloring machine for forming a certain length of width and providing a light lane lane-changing machine for coloring interior and exterior parking lot lines of a building and lanes in a group residence, rather than a road lane- do.

In order to achieve the above object, the present invention is to provide a lane-changing machine for forming lanes with a cylindrical paint roller, without applying high-pressure spray through a spray gun.

More specifically, the present invention is characterized in that after a cylindrical paint roller 2 is installed at the tip of a carriage 20, a paint contained in the paint cylinder 60 is transferred to the paint roller 2, (30) is driven while being in contact with the driving wheels (21), and is intended to provide a lane-changing machine for pressing and transporting a hose made of an elastic material.

Accordingly, the present invention is characterized by comprising a receiving portion capable of receiving the paint container 60, a auxiliary wheel 29, a driving wheel 21 and a handle 50 fastened to one side, A bogie 20 comprising: A paint container (60) housed in a receiving portion formed at the upper end of the car; A pump 30 connected to the driving wheels 21 of the bogie 20 to transfer the paint contained in the paint cylinder 60 to the sliding roller 10; A hose 35 connecting the paint cylinder 60 and the sliding roller 10; And a sliding roller (10) fastened to the front end of the bogie (20) and forming a lane with a predetermined width in contact with the painting material supplied to the hose (35) do.

The pump 30 covers the pump wheel 37 and includes a rotary arm 32 fastened to one side and a fixed shaft 33 fastened to the other side and serving as a rotation center shaft of the guide 36 , A pump frame (31) having a fix hole (39) engaged with a pin for fixing the guide (36); A pump wheel 37 coupled to the pump frame 31 and rotating in contact with the driving wheel 21 of the truck 20; A gear 38 coupled to the pump wheel 37 and rotated; And a guide (36) connected to the fixing shaft (33) of the pump frame (31) and having a hose (35) .

The sliding roller 10 includes a mesh cylinder 1 having a plurality of discharge holes on the outer circumferential surface in the form of a cylinder, a mesh cylinder 1 fastened to the upper end of the mesh cylinder 1, fastened to the connector pipe 4, A roller (5) including a swivel cover (3) having a function of a roller (3), a paint roller (2) fastened to the outer peripheral surface of the mesh cylinder (1), and a connector pipe (4) connected to the hose (35); A hook (7) for supporting a shaft formed on both sides of the roller (5); And a sliding frame (6) coupled to the front frame (25) of the carriage (20) so as to be movable left and right and fastened to the hook (7) on one side surface thereof. I want to.

Further, in order to fix the position of the sliding roller 10, a cutout portion 26 formed at one side of the front frame 25 of the bogie 20; A fixing hole (8) formed at one side of the sliding frame (6); And a fix bar (27) fastened to the shaft (28) of the auxiliary wheel (29) of the carriage (20) and crossing the cutout (26) and the fixing hole (8) To provide a color printer.

Lastly, in driving the pump 30, a spracket 40 fastened to the driving wheel 21; A spoiler (42) replacing the pump wheel (37) of the motor (30); And a chain 41 that is connected to the spool races 40 and 42 while being in contact with the spool races 40 and 42 so that the motor 30 is rotated at a distance from the driving wheels 21 in a surface contact manner between the driving wheels 21 and the pump wheels 37 The present invention provides a roller-like inter-vehicle lane drawer.

The present invention has the following effects as the above-mentioned solution.

First, the present invention can easily be moved to a small and lightweight product with a total weight of the lane markers of about 15 to 20 kg due to the combination of the simple components and the pump, and it can be utilized variously in a home, a small building and a large residence .

Second, since the paint is transferred and the lane is painted in the form of a roller, compared with the spray gun method of spraying at a high pressure or the method of using a heat fusion paint, there is no scattered paint and it is environment- Easy to use.

Third, since the paint contained in the general paint can be used immediately, it is possible to easily paint the lane even without a person skilled in the lane paint machine, and is suitable for maintenance of an apartment complex or a small and medium-sized building.

1 is a perspective view of a preferred embodiment of the present invention;
2 is a side perspective view of the present invention.
3 is an internal structural view (A) of the pump 30, a fastened state diagram (A) of the pump 30 and the hose 35, and a fastened state diagram (C) of the drive wheel.
4 shows a perspective view (A) and an internal view (B) of the roller (5).
5 is a structural view (A) and a perspective view (B) of the sliding roller 10;
6 is a perspective view of the sliding roller 10 in the expanded state (A) and the reduced state (B).
7 is a perspective view of an embodiment in which the chain 40 is used in the driving method of the driving wheel 21 and the motor 30. Fig.
8 is a perspective view of an embodiment further comprising a cylindrical roll 34 at the end of the gear 38 of the motor 30. Fig.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings, which will be readily apparent to those skilled in the art to which the present invention pertains. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein.

In order to clearly illustrate the present invention, parts not related to the description are omitted, and the same or similar components are denoted by the same reference numerals throughout the specification.

In addition, the size and thickness of each component shown in the drawings are arbitrarily shown for convenience of explanation, and the present invention is not necessarily limited to those shown in the drawings. For the sake of convenience, applicants have exaggerated the thickness of some parts and regions.

The present invention relates to a roller-type lane drawer, and more particularly, to a lane drawer of a roller type, and more particularly, to a lane drawer of a roller type, And to a lane-coloring machine in which a lane is painted by being transported to a roller located at the fore end of the truck.

The most significant feature of the present invention is that,

First, a technique is disclosed in which a paint contained in a general paint container is transferred to a cylindrical roller to form a lane,

Second, a technique for driving a pump by a driving force of a driving wheel of a bogie without using an electric motor or an engine is disclosed,

Third, the pump discloses a technique of using a gear-type pump that rotates by pressing a hose made of an elastic material for a certain period,

Fourth, it is characterized in that it is possible to realize a light weight and small size by a simple structure, and to provide a maintenance lane lane coloring machine.

2 is a side perspective view of the present invention. FIG. 3 is an internal structural view of the pump 30, a state in which the pump 30 and the hose 35 are fastened (A) and the state of engagement with the driving wheel is shown in (C).

1 to 3, in order to achieve the above object, the roller type inter-vehicle lacquer of the present invention comprises a receiving portion capable of receiving a paint cylinder 60, (20) comprising a drive wheel (29), a drive wheel (21) and a handle (50) fastened to one side; A paint cylinder 60 housed in a receiving portion formed at an upper end of the carriage 20; A pump 30 connected to the driving wheels 21 of the bogie 20 to transfer the paint contained in the paint cylinder 60 to the sliding roller 10; A hose 35 connecting the paint cylinder 60 and the sliding roller 10; And a sliding roller (10) fastened to the front end of the carriage (20) and forming a lane with a predetermined width in contact with the paper supplied to the hose (35).

The car 20 is preferably provided with a plurality of wheels and a handle in the shape of a hexahedron and a space for accommodating the paint container 60 is formed at an upper end thereof. It is preferable to have a member that can be used.

The bogie 20 moves with one or more driving wheels 21 and auxiliary wheels 29 while maintaining a constant height on the ground.

The handle 50 is fastened to one side portion of the carriage 20 so that the operator can move the carriage 20 and has an angle adjusting portion and a length adjusting portion for adjusting the angle and length.

The hose 35 may be pressurized by a pump 30 and is preferably made of an elastic material that can easily respond to a change in position of the sliding roller 10 and is made of a rubber material that does not react with the paint and the curing agent .

The sliding roller 10 is fastened to the leading end of the carriage 20 and rotates while the paint roller 5 having a predetermined width comes into contact with the paper. The lane is drawn due to the paint supplied in the above configuration.

Preferably, the sliding roller 10 is guided by the leading end of the carriage 20 so that the sliding roller 10 can move left and right.

Fig. 3 is an internal structural view (A) of the pump 30, a fastening state diagram (A) of the hose 35 with the pump 30, and a fastening state diagram (C) And a cylindrical roll 34 at an end of the gear 38 of the first gear 38. [

The pump 30 according to the present invention includes a rotary arm 32 which covers the pump wheel 37 and is fastened to one side portion thereof and a fixed shaft 32 which is fastened to the other side portion and serves as a rotation center axis of the guide 36 33, a pump frame 31 having a fix pin 61 for fixing the guide 36, and a fix hole 39 to be engaged therewith; A pump wheel 37 coupled to the pump frame 31 and rotating in contact with the driving wheel 21 of the truck 20; A gear 38 coupled to the pump wheel 37 and rotated; And a guide 36 which is connected to the fixed shaft 33 of the pump frame 31 and is hermetically connected to the gear 35 by receiving the hose 35 at a predetermined interval.

The pump 30 serves to transfer the paint contained in the paint container 60 to the sliding roller 10.

The pump 30 is a gear-type fluid pump that pressurizes a hose disposed between the guide 36 and the gear 38 and rotates at a predetermined angle to transfer the fluid, and corresponds to a low-pressure feed pump.

The fixed shaft 33 of the pump frame 31 has a fixed shaft function to be hinged to one side of the guide 36. When the hose is fastened to the pump with the above-described structure, the guide 36 is turned and the hose is positioned between the gear 38 and the guide. Then, the guide 36 is returned to its original position, And is fixed to the fix hole 39 by a fixing pin 61. [

The lever 51 is fastened to one side of the handle 50 and the lever 51 is fastened to the rotary arm 32 of the pump frame 31 via a wire 52.

When the lever 51 attached to the handle 50 is operated with the above structure, the pump wheel 37 of the pump 30 connected to the pump 30 is brought into contact with the driving wheel 21, So that the paint contained in the drum 60 is transferred to the sliding roller 10.

The lever 51 is not operated and the rotary arm 32 is returned to its original position by the elastic member not shown and the pump 30 is separated from the driving wheel 21 at a predetermined interval to stop the operation of pumping do.

In order to reduce the frictional force between the gear 38 and the hose 35, it is preferable that the cylindrical roll 34 is provided at the end of the gear 38, as shown in Fig.

The guide 36 is preferably fastened at a position corresponding to the gear 38 at a position shorter than the diameter of the hose 35 for transporting the paint, It is preferable to have a groove. In addition, the guide 36 is preferably formed in an elbow shape so as to be pressurized with the rotating gear 38 for a predetermined interval.

The pump wheel 37 has a motor function for driving while being in surface contact with the driving wheels 21. [ Therefore, it is preferable to form a cylindrical shape, but for reliable driving, it may be replaced with a spracket (42) connected to a chain as shown in FIG.

4 is a perspective view (A) and an internal structural view (B) of the roller 5, and Fig. 5 is a structural view (A) and a perspective view (B) of the sliding roller 10. Fig.

4 and 5, the sliding roller 10 of the present invention includes a mesh cylinder 1 having a cylindrical shape and a plurality of discharge holes on the outer circumferential surface thereof, A swivel cover 3 connected to the connector pipe 4 and having a rotary fitting function, a paint roller 2 fastened to the outer circumferential surface of the mesh cylinder 1, and a connector pipe 4 connected to the hose 35 (5); A hook (7) for supporting a shaft formed on both sides of the roller (5) and capable of mounting the roller (5); And a sliding frame (6) coupled to the front frame (25) of the bogie (20) to be movable left and right and fastened to the hook (7) on one side surface.

It is preferable that the discharge hole of the mesh cylinder 1 has a diameter change so that the paint conveyed through the hose 35 can be uniformly supplied to the paint roller 2. [

In one embodiment, the discharge hole is made larger in diameter as the distance from the swivel cover 3 increases, or the number of discharge holes is increased, so that the paint supplied to the paint roller 2 is homogenized.

The mesh cylinder 1 and the swivel cover form an inner receiving part in the form of a hollow cylinder so that the paint supplied through the hose 35 can be uniformly supplied to the paint roller 2 through the discharge hole.

It is preferable that a projection is formed at the center of one side of the mesh cylinder 1 and the connector pipe 4 is also fastened to the center of the swivel cover 3 so that the roller 5 is held by the hook 7 Do.

The swivel cover 3 includes a swivel function so that the roller 5 can rotate while contacting the ground.

It is preferable that the hook 7 serves as a support on both side portions of the roller 5 and has a structure capable of mounting the roller 5. [

The cradle structure of the hook 7 can easily replace the consumable component and has an advantage that the roller 5 can be moved up and down by the protrusion of the foreign matter adhered to the paper.

It is preferable that the roller 5 has a structure that can be easily connected to the hose 35 so as to facilitate washing of the paint and replacement of each color.

6 is a perspective view of the extended state (A) of the sliding roller 10 and the reduced state (B).

As shown in FIG. 6, in order to fix the position of the sliding roller 10, a cutout portion 26 formed at one side of the front frame 25 of the truck 20; A fixing hole (8) formed at one side of the sliding frame (6); And a fix bar 27 fastened to the shaft 28 of the auxiliary wheel 29 of the carriage 20 and crossing the cutout 26 and the fixing hole 8.

It is preferable that the front frame 25 of the bogie 20 is formed with grooves at regular intervals so that the sliding frame 6 can move left and right.

A direction guide member may be attached to the truck 20 in order to ensure the straightness and direction accuracy of the lane.

The fix bar 27 is formed in a hollow cylindrical shape so that the shaft 28 can be fastened, and is fastened to the cylindrical outer circumferential surface with a stick.

The fixing hole 8 and the cutout portion 26 may be formed in one or more than one.

With the configuration of the fixing hole 8, the cut-out portion 26, and the fix bar 27, the sliding roller 10 is fixed and stable lane marking is possible.

7 is a perspective view of an embodiment in which the chain 40 is used in the driving method of the driving wheel 21 and the motor 30. Fig.

As shown in FIG. 7, in driving the pump 30 of the present invention, the spoiler 40 fastened to the driving wheels 21; A spoiler (42) replacing the pump wheel (37) of the motor (30); And a chain 41 that is connected to the spool races 40 and 42 while being in contact with the spool races 40 and 42 so that the motor 30 is rotated at a distance from the driving wheels 21 in a surface contact manner between the driving wheels 21 and the pump wheels 37 And is driven by a driving source.

The spool races 40 and 42 and the chain structure have a forced driving effect in comparison with the surface contact between the driving wheel 21 and the pump wheel 37, It is possible to prevent the pumping operation of the pump 30 from being smoothly developed.

The wire 52 connected to the lever 51 is fastened to one side of the guide 36 of the pump 30 so that the lever 51 is operated and the guide reaches the set position and the pumping operation is performed When the lever 51 is stopped, the hose 35 is not pressed by the elastic member (not shown) and is not pumped.

In the present invention, the total weight of the lane marking machine is in the range of 15 to 20 kg, so that it can be easily used by households and women, and can be utilized variously.

In addition, as compared with a spray gun spraying at a high pressure, there is no scattering paint, so it is environment-friendly, and since it does not use a heat-seal paint, it has an advantage that a very simple structure can be painted in a lane.

1. mesh cylinder, 2, paint roller, 3: swivel cover,
4: connector pipe, 5: roller, 6: sliding frame,
7: hook, 8: fixing hole, 10: sliding roller,
20: truck, 21: driving wheel, 25: front frame,
26: incision section, 27: fix bar, 28: shaft,
29: auxiliary wheel, 30: pump, 31: pump frame,
32: rotating arm, 33: fixed shaft, 34: cylindrical roll
35: hose, 36: guide, 37: pump wheel,
38: gear, 39: fix hole, 40: chain,
41: spo racket, 50: handle, 51: lever,
52: wire, 60: paint container, 61: fixing pin.

Claims (4)

A carriage 20 that includes a receiving portion capable of receiving the paint container 60 and a handle 50 that is coupled to the driving wheel 21 and the one side portion of the auxiliary wheel 29, )Wow;
A paint cylinder 60 housed in a receiving portion formed at an upper end of the carriage 20;
A pump 30 connected to the driving wheel 21 of the bogie 20 and adapted to transfer the paint contained in the paint tub 60 to the sliding roller 10 by the driving force of the driving wheel 21;
A hose 35 connecting the paint cylinder 60 and the sliding roller 10;
And a sliding roller (10) fastened to the front end of the carriage (20) and forming a lane with a predetermined width in contact with the paper supplied to the hose (35)
The pump (30)
A rotating shaft 32 which is fixed to one side of the pump wheel 37 and a fixing shaft 33 which is fastened to the other side and serves as a rotation center shaft of the guide 36; A pump frame (31) having a fix hole (39) to be engaged with a fixing pin
A pump wheel 37 coupled to the pump frame 31 and rotating in contact with the driving wheel 21 of the truck 20;
A gear 38 coupled to the pump wheel 37 and rotated;
And a guide (36) connected to the fixed shaft (33) of the pump frame (31) at one side thereof and connected to the hose (35) .
The method according to claim 1,
The sliding roller (10)
A swivel cover (3) fastened to the upper end of the mesh cylinder (1) and fastened to the connector pipe (4) and having a rotary fitting function; A roller (5) including a paint roller (2) fastened to the outer peripheral surface of the mesh cylinder (1), and a connector pipe (4) connected to the hose (35);
A hook (7) for supporting a shaft formed on both sides of the roller (5) and capable of mounting the roller (5);
And a sliding frame (6) which is coupled to the front frame (25) of the carriage (20) so as to be movable left and right, and which is fastened to the hook (7) on one side surface thereof.
The method according to claim 2, wherein
In order to fix the position of the sliding roller 10,
A cutout portion 26 formed on one side of the front frame 25 of the truck 20;
A fixing hole (8) formed at one side of the sliding frame (6);
And a fix bar (27) fastened to the shaft (28) of the auxiliary wheel (29) of the carriage (20) and crossing the cutout (26) and the fixing hole (8) Paint machine.
The method according to claim 1,
In driving the pump 30,
A spracket (40) fastened to the driving wheel (21);
A spoiler (42) replacing the pump wheel (37) of the motor (30);
And a chain 41 that is connected to the spool races 40 and 42 while being in contact with the spool races 40 and 42 so that the motor 30 is rotated at a distance from the driving wheels 21 in a surface contact manner between the driving wheels 21 and the pump wheels 37 Wherein the driving roller is driven by a drive roller.

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