KR100397347B1 - Irang Cleaner - Google Patents

Abstract

It is possible to simplify the power transmission structure of the rotary mechanism for rotating the lower ribbed roll body and the upper ribbed roll body.

The gynecological clearance mechanism 12 has a horizontally arranged lower roll mockup roll body 13 for arranging one side of the mockup, and a horizontal rotator roll-shaped top rotator for arranging the top surface of the mockup. It consists of a roll body 14, the lower drive shaft for supporting the rotation of the lower gyrus roll body and the upper drive shaft for supporting the rotation of the upper gyrus cleaning roll body are disposed on the coaxial, respectively, the upper gyrus and roll gyrus roll body It is made by arranging the rotating mechanism 15 to rotate.

Description

Mockup Organizer

The present invention relates to a mockup arranging machine used for, for example, mockup work or repair work.

Conventionally, this type of mockup arranging machine is Japanese Unexamined Patent Publication No. 51-141212, Japanese Unexamined Publication No. 51-47785, Japanese Unexamined Publication 53-102411, Japanese Unexamined Publication 53-20316, Japanese Patent Publication No. 51-100409 Publication 60-119209, Publication 61-175905, Publication 61-47103, Publication 61-212202, Publication 62-1507, Publication 61-158105, The structure of the structure of Unexamined-Japanese-Patent No. 3-79605 and Unexamined-Japanese-Patent No. 5-60207 is known.

In these conventional structures, a rotating rotor is connected to the traveling machine body so that the machine frame body can be moved as a coupling mechanism, and the soil is spun on the machine body as a soil filling mechanism. It is installed in the direction parallel to or intersecting with, and the cover member is installed on the upper and the upper part of the rotary rotor in the machine frame, and the mockup of the shape that is fitted to one side of the upper surface and the ridge in the rear position of the rotary rotor in the traveling direction And a crank or hydraulic gyro compaction mechanism for reciprocating the gyrus theorem with the power take-off shaft of the traveling machine body as a driving source to carry out the gyrus compaction operation. With the rotor, the mud in the field is piled up over the roasting ridge, and the fill is compacted by the ridge cutting motion of the ridge. It is configured by.

In addition, in another conventional structure, as a mockup arrangement mechanism, a vibration mechanism for vibrating the gynecological mechanism as a driving source is used as the driving ejection shaft of the traveling machine body, and the filling piled up on the ridges is the vibration of the gynecological arrangement. It is configured to be compacted by operation.

However, in the case of the conventional structure, there is a problem in that it is not possible to carry out cleanup work that can be satisfactorily performed depending on the working conditions such as soil quality and climate of ridges that differ depending on the province.

1 is an overall side view of an example of a first embodiment of the present invention;

2 is an enlarged side view of a first embodiment example of the present invention;

3 is a plan sectional view of a first embodiment example of the present invention;

4 is a rear view of an example of the first embodiment of the present invention;

5 is a front view of an example of the first embodiment of the present invention;

6 is a partial side cross-sectional view of a first embodiment example of the present invention;

7 is a plan sectional view of a second embodiment example of the present invention;

8 is a rear view of a second embodiment example of the present invention;

9 is a partial side cross-sectional view of a second exemplary embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

W: Mockup W ₁ : Top

W ₂ : One side 1: Traveling machine body

2: connecting mechanism 3: mechanical frame

4: Filling mechanism 10: Cover member

12: the rearranging mechanism 13: the bottom of the rearranging roll body

14: upper ribbed roll body 15: rotating mechanism

23: lower drive shaft 25: upper drive shaft

31: reaction body

The present invention aims to solve such a problem. In the invention described in claim 1 of the present invention, the machine frame is connected to the traveling machine body by a coupling mechanism, and the soil is raised over the grooves. A filling mechanism for raising the oil, the rotating axis of which is parallel to the rearranging direction, and a rotating mechanism freely attached to the machine frame is installed, and a cover member is installed on the top of the filling mechanism, It is made by installing the gynecological mechanism in the rear position of the fill mechanism, the gynecological mechanism can be arranged on one side of the gyrus and the rotation axis of the gyrus and the lower gyrus in the shape of the rotation roll vertically The upper surface of the mockup can be arranged with the top and the axis of rotation is composed of the upper gyrus in the shape of a rotating roll perpendicular to the gynecological direction, Arrangement of a lower drive shaft for supporting and rotating the lower gyrus roll body and the upper drive shaft for supporting and rotating the upper gyrus roll body on the same coaxial axis, and the rotary mechanism for rotating the upper gyrus roll body and the lower gyrus roll body The upper and lower gyrus roll body and the lower gyrus roll body are formed so as to polymerize with each other, and a reaction force receiving body receiving the gyrus reaction force by the gyrus mechanism is installed. have.

(Example)

1 to 9 show examples of the embodiment of the present invention, in which FIGS. 1 to 6 show the first embodiment, and FIGS. 7 to 9 show the second embodiment.

In the first embodiment of FIGS. 1 to 6, (1) is a traveling machine body, in which case a tractor is used, and a three-point linkage coupling mechanism 2 is provided at the rear of the traveling machine body 1. By this, the machine frame 3 is connected to Shanghai-dong.

(4) is a filling mechanism, which in this case is composed of a filling body (5) consisting of a rotary rotor, the filling body (5) protruding a plurality of blades (5b) on the outer periphery of the rotor body (5a) and At the same time, the attachment shaft 5c is protruded and installed on the rotor body 5a, and the rotation axis of the filling body 5 is parallel to the ridge forming direction on the machine frame 3 so that rotation is freely attached to the machine frame body. (3) receives the main shaft (7) rotated by the power take-off shaft (6) installed in the traveling machine body (1), the soil pile (5) from the main shaft (7) for the gear train (8) and the direction change It rotates through the chain mechanism 9, and it is comprised so that the soil of a field can be dug out by the fill body 5, and it spreads toward a ridge and piles it up.

10 is a cover member, which is attached to the machine frame 3 in this case, and is formed in a shape covering the upper part of the fill body 5 and the upper part of the ridge W, and toward the ridge of the cover member 10. The side cover member 11 is attached to the upper surface W ₁ of the ridge by the lifting shaft 11a and the guide roll 11b and freely moves along the ups and downs of the ridge.

(12) is a gynecological organizing mechanism, which in this case has a conical outer circumferential surface (13a) that can arrange one side (W ₂ ) of the gyrus (W) to rotate horizontally about the rotation axis (P ₁ ) The lower gyro-rolling roll body 13 of the rotating roll shape, the cylindrical outer peripheral surface 14a which can arrange the upper surface W ₁ of the ridges W, and the angled part W ₃ of the ridges can be arranged. It consists of a top roll-up roll body 14 of a rotary roll shape that rotates horizontally about the rotation axis P ₂ with a trumpet-shaped outer circumferential surface 14b gradually widening outwards, and the bottom-sided rearrangement The roll body 13 is formed into an umbrella shape having a conical inner circumferential surface 13b, and the upper ribbed roll body 14 is formed into a cylindrical shape having a trumpet cylindrical inner circumferential surface 14c. By this, the lower ribbed roll body 13 and the upper ribbed roll body 14 can be polymerized with each other. So formed, and again place the axis of rotation (P ₂₎ of rotational axis (P ₁₎ and the upper yirang clean rolche 14 of the lower yirang clean rolche 13 on the same axis, and the upper yirang clean rolche 14 and the lower The rotary mechanism 15 which rotates the granulation roll body 13, respectively, is arrange | positioned and comprised.

In this case, the bracket 16 is protruded and installed on the rear surface of the cover member 10, and the bearing cylinder 17 is attached to the bracket 16, and the intermediate shaft 18 is freely rotated on the bearing cylinder 17. Installed horizontally, connecting the intermediate shaft 18 and the main shaft 7 by the delivery mechanism 19 and the flexible seam 20, and also attaching the support 21 to the back of the cover member 10 , The bearing cylinder 22 is formed on the support 21, and the lower cylinder shaft 22 is freely rotated horizontally by the bearing 24 in the cylindrical cylinder 22, and the lower driving shaft 23 is provided. The upper drive shaft 25 is installed horizontally freely by the bearing 26 therein, and the lower drive shaft roll body 13 is fixed to the lower drive shaft 23 through the connecting plate 23a. Fixing the upper gyrus roll body 14 through the connecting plate (25a), thereby lowering the support rotation of the lower gyrus roll body (13) The rotary shafts P ₁ and P ₂ of the upper drive shaft 25 for supporting and rotating the drive shaft 23 and the upper ribbed roll body 14 are disposed on the same coaxial shaft, respectively, and the intermediate shaft 18 The transmission transmission mechanism 27 is arranged and arranged between the lower drive shaft 23 and the upper drive shaft 25, whereby the upper ribbed roll body 13 and the lower ribbed roll body 14 are arranged by the main shaft 7. Rotate horizontally on each of the coaxial, and compact one side surface (W ₂ ) of the gyrus (W) by the rotary contact of the lower gyrus roll (13) and at the same time the gyrus (W) by the top gyrus roll (14) The side surface W ₂ and the angled portion W ₃ of the ridges W are compacted and arranged.

In this case, the transmission transmission mechanism 27 fixes two drive sprockets 28a, 28b in parallel to the intermediate shaft 18, forms a driven sprocket 29a on the upper drive shaft 25, and at the same time, a lower drive shaft. A driven sprocket 29b is formed at 25, and the chain 30a, 30b is wound in two rows between the drive sprockets 28a, 28b and the driven sprockets 29a, 29b, and at this time, the drive sprocket Alternatively a (28a) speed ratio (I ₂₎ of between the driven sprocket (29a) speed ratio (I ₁₎ and a drive sprocket (28b) and a driven sprocket (29b) in between, and the upper part of the case The upper drive shaft (V ₁ ) is approximately equal to the peripheral speed V ₁ of the outer circumferential surface of the constrained roll body 14 and the peripheral speed V ₂ at an approximately center position of the outer circumferential surface of the lower constrained roll body 13 becomes almost the same speed. 25) and the lower drive shaft 23 is configured to transmit by varying the rotational speed (speed per unit time).

(31) is a reaction force body, in this case is formed in a thin disk shape, and the upper and lower adjustment of the bearing cylinder 33 is freely fixed and fixed through the attachment plate 32 to the support 21, this bearing cylinder 33 The reaction force receiving body 31 is installed horizontally freely on the side), and the lower part of the reaction receiving body 31 is put into the ground of the field M, and the lower gyrus roll body 13 and the top gyrus roll body 14 This is configured to receive the mockup reaction generated by the mockup operation.

34 is a stabilizing member, in this case is formed in a wheel shape, the upper and lower adjustment freely attached to the support body 35 to the rear portion of the machine frame 3, by attaching the stabilizing member 36 to the support body 35 By contacting over the field (M) to achieve a stable running of the machine frame (3).

Since the first aspect of this embodiment is the above-described configuration, the traveling machine body 1 travels along the grooves W, while the power take-off shaft 6 is rotated. (5) As the rotary rotor goes to the field, the soil of this field is continuously piled up by stacking it on the roasting groove, and the cover member 10 and the side cover member 11 are the soil to the top and the ribbed side of the fill body 5. To prevent the scattering of the soil, and to prevent the scattered soil from scattering outwards, the weight falls down, on the other hand the gynecological mechanism 12 is driven, the gynecological mechanism 12 of the lower gyrus The rotary mechanism 15 is rotated in contact with one side surface (W ₂ ) of the gyrus horizontally to compact the gyrus, and the upper gyrus cleaning roll 14 is the top surface of the gyrus by the rotation mechanism 15 (W ₁₎ ) upper surface (W ₁₎ of the summarized dajyeoseo yirang by rotating in contact with the horizontal, yirang (W) and on one side (W ₂₎ It can be reliably compacted, and at this time, the lower drive shaft 23 for supporting and rotating the lower gyrus roll body 13 and the upper drive shaft 25 for supporting and rotating the gyrus roll body 14 are coaxially disposed, respectively. The rotary mechanism 15 is configured to rotate the upper ribbed roller body 14 and the lower ribbed roller body 13 so that the lower ribbed roller body 13 and the upper ribbed roller body 14 are rotated. The power transmission structure of the mechanism 15 can be simplified, the manufacturing cost can be reduced, the maintenance maintenance can be performed easily, and the mockup work can be performed satisfactorily.

In addition, in this case, since the upper ribbed roller body 14 and the lower ribbed roller body 13 are formed so as to polymerize with each other, the upper surface W ₁ and one side surface W _{2 of the} grooves W are reliably secured. In addition, in this case, since the reaction receiving body 31 is provided to receive the mockup reaction by the gynecological mechanism 12, the gynecological reaction force can be satisfactorily received, and the upper gynecological roll body 14 and the lower part are provided. The gyroarrangement operation by the gyroscopic roll body 13 can be performed reliably and smoothly.

In addition, in this case, the upper gynecological clearance roll body 14 is rotated in contact with the upper surface (W ₁ ) of the ridge and the angled portion (W ₃ ) of the ridge by the rotary mechanism 15 to compact the gyrus, In addition, since the upper surface W ₁ and one side surface W ₂ and the angled portion W _{3 of the} ridges can be reliably compacted, the ridges can be well organized.

7 to 9 show different structures, and the same parts as those of the first embodiment will be denoted by the same reference numerals. Lower gyroscopic roll-up body 13 having a conical outer circumferential surface 13a capable of arranging one side surface W _{2 of} the rotary roll shape rotating about the rotation axis P ₁ horizontally, It has a cylindrical outer circumferential surface (14a) for arranging the upper surface (W ₁ ) and consists of an upper gyroscopic roll body (14) of rotating roll shape rotating horizontally around the rotation axis (P ₂ ), The lower ribbed roll body 13 is formed into an umbrella shape having a conical inner circumferential surface 13b, and the upper ribbed roll body 14 is formed into a cylindrical shape having a cylindrical inner circumferential surface 14c. Upper gyrus in lower gyrus in roll body 13 The roll body 14 moves freely in the axial direction, and the upper gyroscopic roll fixing body 14 is arranged on the upper drive shaft 25 in an axial direction. The rolled roll body 14 is formed so as to be able to polymerize with each other, and by controlling the movement of the upper rolled-up roll body 14, the upper surface W ₁ of the different ribs can be made to cope with different fats.

In addition, in the rotation mechanism 15, the support 35 is attached to the back of the cover member 10, and the bearing 35 is formed on the support 35, and the intermediate shaft 37 is formed on the bearing 36. ) Is installed horizontally freely to rotate, connecting the intermediate shaft (37) and the main shaft (7) by the delivery mechanism (19) and the flexible joint (20), and the lower part of the barrel livestock in the bearing barrel (36) The drive shaft 23 is installed horizontally freely by the bearing 24, and the upper drive shaft 25 is freely installed horizontally by the bearing 26 in the lower drive shaft 23, and the lower drive shaft 23 is freely installed. The upper gynecological roll body 14 is fixed to the upper gynecological roll body 14 through the connecting plate 23a via the connecting plate 25a on the upper driving shaft 25, and the movement control is fixed freely. , Thereby supporting the lower drive shaft 23 and the upper ribbed roller body 14 for supporting and rotating the lower ribbed roller body 13. Each rotation axis (P ₁ · P ₂ ) of the upper drive shaft 25 to be rotated to be aligned and disposed on the coaxial, respectively, between the intermediate shaft 37 and the lower drive shaft 23 and the upper drive shaft 25 The transmission transmission mechanism 27 is arranged and installed, thereby rotating the upper gyrus roll body 13 and the lower gyrus roll body 14 by the main shaft 7 laterally on the same axis, and the lower gyrus roll body 13. the one side (W ₂₎ of yirang (W) by the rotation and at the same time contact dajyeoseo Organizers of one side (W ₂₎ of yirang (W) by the upper yirang clean rolche 14 is configured to organize dajyeoseo.

In the transmission transmission mechanism 27, two drive gears 38a and 38b are fixed to the intermediate shaft 37 in parallel, and a driven gear 39a is formed on the upper drive shaft 25 and the lower drive shaft ( A driven gear 39b is formed at 25, and the drive gears 38a and 38b and the driven gears 39a and 39b are engaged, respectively, at this time, the speed between the drive gear 38a and the driven gear 39a. The ratio I ₁ and the speed ratio I ₂ between the drive gear 38b and the driven gear 39b are different. In this case, as in the first embodiment, the outer circumferential surface of the upper ribbed roll body 14 is different. Rotation of the upper drive shaft 25 and the lower drive shaft 23 so that the peripheral speed (V ₁ ) and the peripheral speed (V ₂ ) at approximately the center position of the outer periphery of the lower gyrus roll body 13 are approximately the same speed. It is configured to transmit with different speed.

Also in this 2nd aspect example, the effect similar to the said 1st aspect example can be acquired.

In addition, this invention is not limited to the above-mentioned embodiment, For example, as a filling mechanism 4, the rotating rotor which has a rotation axis of the direction which cross | intersects with a ridge formation direction can also be employ | adopted, and the rotating mechanism ( 15) A hydraulic motor can also be adopted, and it is designed to be changed appropriately.

In addition, the lower ribbed roller body 13 and the upper ribbed roller body 14 in the above-mentioned embodiment are vibrated by a hydraulic or eccentric weight vibration mechanism, or by a crank or hydraulic system. By gyrus, it is also possible to adopt a structure to exercise.

As described above, in the invention described in claim 1, in the invention described in claim 1, while the traveling machine body runs along the ridges, the landfill mechanism piles up soil of the field on the ridges, and the cover member is moved upward of the landfill mechanism. To prevent the scattering of the soil, and on the other hand, the gynecological clearance mechanism is driven, among the gynecological clearance mechanism, the lower gynecological clearance roll body is rotated horizontally in contact with one side of the ridge by the rotary mechanism to compact the ridges, In addition, the upper gynecological roll body is rotated in contact with the upper surface of the mockup by a rotating mechanism to be compacted and arranged, so that the top and one side surface of the gyrus can be reliably compacted. The upper drive shaft for supporting and rotating the upper gyrus roll body is disposed on the same coaxial axis, and the top gyrus roll body and the bottom gyrus roll body are rotated by the rotating mechanism. Because it is configured to rotate, the power transmission structure of the rotary mechanism for rotating the lower ribbed roll body and the upper ribbed roll body can be simplified, so that the manufacturing cost can be reduced and maintenance can be easily performed. The mockup can be performed well.

In addition, in the invention according to claim 2, since the upper ribbed roller and the lower ribbed roller are formed so as to polymerize with each other, the top and one side of the ribs can be reliably laid, and the invention described in claim 3 In this case, since the reaction receiving body receiving the dichotomy reaction by the gynecological clearance mechanism is provided, the gynecological clearance reaction can be installed satisfactorily, and the gynecological clearance operation by the upper gynecological roll body and the lower gyrus clearance body is assured. It can be performed smoothly.

As described above, the desired purpose can be sufficiently achieved.

Claims (1)

It is a filling mechanism that connects the machine frame body to the traveling machine body by the connecting mechanism, and spreads the soil over the ridges.The rotation axis is parallel to the ridge alignment direction so that the rotating mechanism is freely attached to the machine frame body. The cover member is installed on the upper side of the fill mechanism, and the rearranging mechanism is installed at the rear position of the overturning mechanism in the traveling direction of the traveling machine, and the rearranging mechanism can rearrange one side of the ridges. The rotation axis is composed of a rotary roll-shaped lower gynecological roll body perpendicular to the gynecological direction, and the upper surface of the gyrus, and the rotation axis is composed of an upper gyrus-rolled body of the rotary roll shape perpendicular to the gynecological direction. A lower drive shaft for supporting and rotating the lower ribon roll body and an upper drive shaft for supporting and rotating the upper ribon roll body Arranged on the shaft, and arranged to arrange the rotation mechanism for rotating the upper gyrus roll body and the lower gyrus roll body, the upper gyrus roll body and the lower gyrus roll body are formed so as to polymerize each other, Mockup sorting machine, characterized in that the reaction force receiving body receiving the reaction arranged by the mechanism installed.