KR20080096149A

KR20080096149A - Rotary bucket for poclain

Info

Publication number: KR20080096149A
Application number: KR1020070041224A
Authority: KR
Inventors: 김정숙
Original assignee: 김정숙
Priority date: 2007-04-27
Filing date: 2007-04-27
Publication date: 2008-10-30

Abstract

The present invention relates to a rotating bucket for fork lane, the configuration is a plate-like fixed hole is formed in the center, the left portion and the right hole is formed to be adjacent to each other, the outer ring is fixed to the circular ring-shaped fixing body A main body consisting of a plurality of support plates coupled to a direction opposite to the direction in which the fixed plate of the fixed plate is coupled to a plurality of arm coupling pipes coupled to the connecting arms of the fork-lane tip, A rotating ring comprising a fixed ring body having a fixed circular ring shape, a bearing coupled to an inner circumference of the fixed ring body, a gear formed on an inner circumference of the circular ring shape, and a rotating gear rotating with the bearing, wherein the support plate is located Passed through the left hole in the direction is coupled to the fixed plate, the first engagement with the rotary gear to rotate the rotary gear The first motor coupled to the gear and the second gear for passing through the right hole in the direction of the support plate is coupled to the fixed plate, the second motor for operating like the first motor, meshing with the rotary gear to rotate the rotary gear A second motor, a body portion provided with a receiving portion in a convex shape, a plurality of upper stoppers protrudingly coupled to both inner side surfaces of the body portion, a plurality of pipe coupling cylinders are provided to be spaced apart from the outside of the receiving portion An upper auxiliary plate, a plurality of tongs coupling pipes having a pipe shape, a plurality of lower stoppers protrudingly convex, and a plurality of lower auxiliary plates spaced apart from the body part in a direction opposite to the upper auxiliary plate; It is thermally coupled between the lower subplates, a rotating through hole is formed in the center, and a circular ring shape is formed on the outer circumference A bucket comprising a rotating plate provided with a rotating body and rotating together with the rotary gear, a pipe-shaped cylinder fixing tube coupled to the cylinder coupling tube, a piston rod, and a pipe-shaped rod connecting tube coupled to the piston rod. A plurality of cylinder and pipe-shaped support rods, a plurality of side plates each having a plate shape coupled to both ends of the support rod, a plate-shaped bottom plate coupled to be connected to each end plate end, and a pipe shape at the center of the support rod. Is coupled to the bucket coupling pipe coupled to the forceps coupling pipe, and the rod coupling pipe of the pipe shape coupled to the rod connecting pipe is provided comprises a tongs member consisting of a plurality of connecting brackets are spaced apart in the center of the bucket coupling pipe It is characterized in that, to modify the conventional bucket structure and to rotate the tongs device It can also be used as a conventional forklift for digging or moving land by combining teeth, while rotating a bucket or using a forceps device to make stones, logs, timber, poles, steel pipes, H beams, angles, drums, shafts, junk cars, etc. There is an effect that can pick up various kinds of work, or move, carry and load conveniently.

Description

Rotary bucket for poclain

1 is an exploded perspective view of a rotating bucket for fork lane according to an embodiment of the present invention.

Figure 2 is a cross-sectional view of the rotating bucket for fork lane according to an embodiment of the present invention.

Figure 3 is a view showing the operating state of the rotating member of the forklift rotary bucket according to an embodiment of the present invention.

Figure 4 is a cross-sectional view showing a state in which the forceps member of the rotating fork fork forklift according to an embodiment of the present invention to the maximum.

Figure 5 is a cross-sectional view showing a state of holding the workpiece with the forceps member of the forklift rotary bucket according to an embodiment of the present invention.

Figure 6 is a cross-sectional view showing a state in which the forceps member of the rotating fork fork forklift member according to an embodiment of the present invention to the maximum.

10. Body member 12. Fixed through hole

14. Left hole 16. Right hole

18. Fixture 20. Fixing Plate

22. Arm coupling tube 24. Support plate

30. Rotating member 32. Retaining ring

34. Bearing 36. Rotary Gear

40. First Motor 42. First Gear

44. Second Motor 46. Second Gear

50. Bucket 52. Receptacle

54. Body part 55. Upper stopper

56. Cylinder coupling pipe 58. Upper auxiliary plate

60. Clamping unit 61. Lower stopper

62. Lower subsidiary plate 64. Rotating through hole

66. Rotating body 68. Rotating plate

70. Cylinder 72. Cylinder fixing tube

74. Piston Rod 76. Rod Connector

80. Clamp member 82. Support rod

84. Shroud 86. Bottom plate

88. Bucket coupling pipe 90. Rod coupling pipe

92. Connecting bracket 100. Swivel bucket for fork lane

200. Fork-lane tip 210. Connecting arm

300. Workpiece

The present invention relates to a forklift rotary bucket, and more particularly, to a forklift rotary bucket capable of holding an object by coupling the forceps device, it is possible to rotate by the rotary device.

In general, the bucket forkrain is mainly used to dig or move the ground by civil engineering use, and the tongs used for collecting or transporting scrap metal or waste is also widely used by mounting on the forklane.

However, the conventional fork lane bucket is to work only with the up and down movement, the work range of the fork lane is limited, and if the work space is small, it is not easy to rotate and move the equipment and adjust the work range. Therefore, it takes unnecessary work time and effort, there was a problem that the work efficiency is reduced.

In addition, in the case of using the conventional tongs device, since the first used bucket to be separated from the fork lane and equipped with a tongs device, it is inconvenient, unnecessary work time is wasted, the bucket work and the tongs work can not work together, bucket work In order to work together with the tongs, one more forkrain was needed, which was not economical.

The present invention has been proposed in order to solve the above problems, the purpose of which can be used as a conventional forkrain for digging or moving the ground by modifying the conventional bucket structure and combining the forceps device and the rotating device Rotate the bucket, or use the tongs to pick up, move, transport, and load various works such as stones, logs, timber, poles, steel pipes, H beams, angles, drums, shafts, and junk cars. To provide a rotating bucket for a fork crane.

Rotating bucket for fork lane according to the present invention for achieving the above object is a plate-like fixed through-hole is formed in the center, the left side hole and the right through-hole are formed in close proximity, the outer circumference of the circular ring shape Body member consisting of a plurality of support plates are coupled to the fixed plate coupled to the stagnation, the plurality of arm coupling tube coupled to the connecting arm of the fork-lane tip portion is opposite to the direction in which the fixed body of the fixed plate is coupled, and the fixed body A rotating ring composed of a circular ring-shaped fixed ring body coupled to the fixed member, a bearing coupled to an inner circumference of the fixed ring body, a gear formed on an inner circumference of the circular ring shape, and a rotating gear rotating in combination with the bearing; Passed through the left hole in the direction in which the support plate is located and coupled to the fixed plate, meshing with the rotary gear to rotate the rotary gear A first motor coupled to a first gear to rotate, and coupled to the fixed plate through the right hole in a direction in which the support plate is positioned, coupled to the fixed plate, and acting as the first motor, and engaged with the rotary gear to rotate the rotary gear; A second motor coupled to two gears, a body portion provided with a receiving portion in a convex shape, a plurality of upper stoppers protrudingly coupled to both inner sides of the body portion, and a pipe-shaped cylinder coupling tube are provided to be spaced apart from the outside of the receiving portion. A plurality of upper subplates coupled to each other, a plurality of tongs coupling pipes having a pipe shape, and a plurality of lower stoppers protrudingly convex, the plurality of lower subplates spaced apart from the body part in a direction opposite to the upper subplate; , Is thermally coupled between the upper subplate and the lower subplate, a rotating through-hole is formed in the center, the outer periphery Is provided with a circular ring-shaped rotating body is a bucket consisting of a rotating plate that rotates in combination with the rotary gear, a cylinder-shaped cylinder tube coupled to the cylinder coupling tube, a piston rod, a pipe shape coupled to the piston rod Cylinder and pipe-shaped support rods composed of rod connecting pipes, a plurality of side plates each having a plate shape coupled to both ends of the support rods, a plate-shaped bottom plate coupled to be connected to each end plate end, and a pipe shape. Bucket coupling pipe is coupled to the center of the support rod coupled to the forceps coupling pipe, and a pipe coupling rod coupling pipe is coupled to the rod connecting pipe is provided with a plurality of connection brackets spaced apart in the center of the bucket coupling pipe Characterized in that it comprises a configured forceps member.

Hereinafter, on the basis of the accompanying drawings, a rotating bucket for a fork lane according to an embodiment of the present invention will be described in detail.

1 to 6 show a forklift rotating bucket according to an embodiment of the present invention, Figure 1 is an exploded perspective view of a forklift rotating bucket according to an embodiment of the present invention, Figure 2 is an embodiment of the present invention Figure 3 is a cross-sectional view of the rotating fork fork forklift according to the embodiment of the present invention, Figure 3 is a view showing the operating state of the rotating member of the rotating fork fork forklift according to an embodiment of the present invention, Figure 4 Figure 5 is a cross-sectional view showing a state in which the maximum opening, Figure 5 is a cross-sectional view showing a state of holding the workpiece with the forceps member of the rotating bucket for forklift according to an embodiment of the present invention, Figure 6 is a fork lane according to an embodiment of the present invention It shows a cross-sectional view showing the state of collecting the forceps member of the rotating bucket for maximum.

As shown in the figure, the forklift rotary bucket 100 according to an embodiment of the present invention is the body member 10, the rotating member 30, the first motor 40, the second motor 44 ), A bucket 50, a cylinder 70, and a forceps member 80.

The body member 10 has a plate-like fixed through hole 12 is formed in the center, the left portion of the hole 14 and the right hole 16 is formed adjacent to each other, the outer ring is fixed in a circular ring shape The fixed plate 20 to which the 18 is coupled, and the plurality of arm coupling tubes 22 coupled to the connecting arm 210 of the forklift tip 200 are coupled to the fixed body 18 of the fixed plate 20. It consists of a plurality of support plates 24 coupled to the opposite direction to the direction.

The rotating member 30 has a circular ring-shaped fixed ring body 32 is coupled to the fixed body 18 is fixed, the bearing 34 is coupled to the inner circumference of the fixed ring body 32, the circular ring shape Gear is formed on the inner circumference is composed of a rotary gear 36 which is rotated in combination with the bearing (34).

The first motor 40 passes through the left through hole 14 in the direction in which the support plate 24 is positioned and is coupled to the fixed plate 20, and rotates the rotary gear 36 in engagement with the rotary gear 36. The first gear 42 is coupled to.

The second motor 44 passes through the right hole 16 in the direction in which the support plate 24 is positioned, is coupled to the fixed plate 20, and operates like the first motor 40, and the rotary gear A second gear 46 is engaged with the 36 to rotate the rotary gear 36.

The bucket 50 has a convex shape in which the receiving portion 52 is provided, and the body portion 54 is protruded and coupled to both inner sides of the body portion 54 so that the forceps member 80 is connected to the body portion 54. A plurality of upper stoppers 55 and a pipe-shaped cylinder coupling tube 56 are provided so as to hit the side plate 84 and prevent them from going any further when they move inwardly, so as to be spaced apart from the outside of the receiving portion 52. When the plurality of upper subsidiary plate 58 and a plurality of tongs coupling pipe 60 having a pipe shape, protruding convex to move the tongs member 80 in the opposite direction to the inside of the body portion 54 A plurality of lower subsidiary plates 62 are provided to a plurality of lower stoppers 61 to be in contact with the support rod 82 so as not to go any further and are spaced apart from the body portion 54 in a direction opposite to the upper subsidiary plate 58. ), And the upper subsidiary plate 58 and the lower subsidiary plate 62 Rotatingly coupled between the), the rotating through-hole 64 is formed in the center, the outer circumference is provided with a circular ring-shaped rotating body 66 is composed of a rotating plate 68 to rotate together with the rotating gear 36 do.

The cylinder 70 has a pipe-shaped cylinder fixing tube 72 coupled to the cylinder coupling tube 56, the piston rod 74, and a pipe-shaped rod connecting tube 76 coupled to the piston rod 74. It is composed of

The tong member 80 is connected to a pipe-shaped support rod 82, a plurality of side plates 84 each having a plate shape coupled to both ends of the support rod 82, and end portions of the respective side plates 84. Plate-shaped base plate 86 is coupled to be coupled to the center of the support rod 82 in the shape of a pipe, the bucket coupling pipe 88 is coupled to the forceps coupling pipe 60, and the rod connecting pipe 76 and A rod-shaped pipe coupling tube 90 to be coupled is provided and includes a plurality of connection brackets 92 coupled to be spaced apart from the center of the bucket coupling tube 88.

Rotating bucket for fork lane according to an embodiment of the present invention having the configuration as described above operates as follows.

First, the fluid is introduced into the first motor 40 and the second motor 44 through the operation of the hydraulic pump to rotate the first gear 42 and the second gear 46, and the first gear ( The rotary gear 36, which meshes 42 with the second gear 46, rotates together.

Therefore, since the rotating gear 36 rotates the bucket 50 coupled with the rotating gear 36 together, the bucket 50 may be rotated at various angles according to a working method.

In addition, by the operation of the hydraulic pump the fluid flows into the cylinder 70 through the hose to advance the piston rod 74, the tong member coupled to the rod connecting pipe 76 of the piston rod 74. By moving the 80 to the inside of the body portion 54 it is possible to hold the workpiece between the bucket 50 and the tongs member 80, on the contrary, if the piston rod 74 is reversed the workpiece Will be able to release.

As described above, according to the rotating bucket for fork lane according to the present invention, while converting the conventional bucket structure and combined with the forceps device and the rotating device can be used as a conventional fork crane for digging or moving the ground, while rotating the bucket It is effective for picking up, moving, carrying and loading various works such as stone, wood, lumber, pole, steel pipe, H beam, angle, drum, shaft, junk car, etc. .

Although the present invention has been described with reference to the embodiments shown in the accompanying drawings, it is intended to be illustrative, and those skilled in the art will understand that various modifications and equivalent embodiments are possible from this. Therefore, the true scope of protection of the present invention should be defined only by the appended claims.

Claims

In the form of a plate, a fixed through hole is formed in the center, and a left through hole and a right through hole are formed adjacent to each other, and on the outer circumference, a fixed plate coupled with a circular ring-shaped fixed body, and a plurality of coupling arms connected to the fork-lane tip end. An arm coupling tube coupled to the body member including a plurality of support plates coupled in a direction opposite to a direction in which the fixture of the fixed plate is coupled;

Rotating member consisting of a circular ring-shaped fixed ring body coupled to the fixed body, a bearing coupled to the inner circumference of the fixed ring body, and a gear formed on the inner circumference of the circular ring shape to rotate in combination with the bearing. ;

A first motor coupled to the fixed plate by passing through the left hole in a direction in which the support plate is positioned, and coupled to the fixed plate to engage a first gear for rotating the rotary gear;

A second motor coupled to the fixed plate by passing through the right hole in a direction in which the support plate is positioned, coupled to the fixed plate, and coupled with the rotary gear to engage a second gear for rotating the rotary gear;

A body portion provided with a receiving portion in a convex shape, a plurality of upper stoppers protrudingly coupled to both inner side surfaces of the body portion, a plurality of upper auxiliary plates provided with a pipe-shaped cylinder coupling tube to be spaced apart from the outside of the receiving portion, and a pipe; A plurality of forceps coupling pipes having a shape, a plurality of lower stoppers protruded convexly provided, and a plurality of lower subsidiary plates coupled to the body part in a direction opposite to the upper subsidiary plate, and a connection between the upper subsidiary plate and the lower subsidiary plate. Is coupled to, the center is formed with a rotating through hole, the outer circumference is provided with a rotating body of a circular ring shape bucket consisting of a rotating plate to rotate together with the rotating gear;

A cylinder consisting of a pipe-shaped cylinder fixing tube coupled to the cylinder coupling tube, a piston rod, and a pipe-shaped rod connecting tube coupled to the piston rod; And

A pipe-shaped support rod, a plurality of side plates each having a plate shape coupled to both ends of the support rod, a plate-shaped bottom plate coupled to be connected to each end plate end, and coupled to a center of the support rod in a pipe shape. Bucket coupling pipe coupled to the forceps coupling pipe, and a rod coupling pipe having a pipe shape coupled to the rod connecting pipe is provided with a clamp member consisting of a plurality of connecting brackets coupled to be spaced apart in the center of the bucket coupling pipe; Rotating bucket for fork crane, characterized in that.