JP3138103U - 畦 Sheet take-up device - Google Patents

Abstract

[PROBLEMS] To easily remove a wound kite sheet from the rotary shaft body without damaging the winding state without catching the winding start end side of the kite sheet on the rotary shaft body.畦 sheet take-up that can be taken up while the width edge of the heel sheet does not gradually protrude toward the side and is removed immediately before winding up the soil adhering to the 畦 sheet To provide an apparatus.
A frame, a bearing portion provided laterally on the side of the frame, a pivot shaft that is pivotally supported by the bearing portion, and a base end side of the pivot shaft. The attached crank handle 5, the side guide plate 6 detachably mounted on the distal end side 42 of the rotating shaft body 4, the locking piece 7 attached to the inner side surface of the side guide plate 6, and the frame 2 It is composed of dredged sheet adhering soil removing portions 8 and 9 attached in two stages.
[Selection] Figure 1

Description

  This device relates to a kite sheet winding device that winds a kite sheet attached to the side of the kite so that it can be used in the next season in order to prevent water leakage from the paddy field. The present invention relates to a saddle sheet winding device that can be easily removed from the device without breaking the winding state.

Conventionally, cracks have occurred on the side of the paddy field of the paddy field or holes have been formed by small animals, and water drawn into the paddy field for irrigation may leak from the side of the paddy field where the crack or hole has been formed. Therefore, in order to prevent this, a heel sheet may be attached to the heel side surface. The kite sheet attached to the kite side is removed along with the autumn harvest and rolled up for use next season.
As an apparatus for winding the sheet, for example, the following sheet sheet winding apparatus (Japanese Patent Laid-Open No. 10-233103) has been filed.
In this saddle sheet winding device (Japanese Patent Laid-Open No. 10-233103), a bearing portion is provided horizontally on the frame, and a rotating shaft body that rotates freely is provided on the bearing portion. An insertion locking portion for inserting and locking the end edge portion of the rotating shaft body is provided, and a crank handle is provided on one side of the rotating shaft body.
JP-A-10-231063

However, in the saddle sheet winding device (Japanese Patent Laid-Open No. 10-233103), the outer edge of the rotary shaft body is inserted by inserting the edge portion of the saddle sheet into the insertion locking portion attached to the rotary shaft body. When the edge of the sheet is strongly inserted into the insertion locking part of the rotating shaft body, the edge on the winding center side of the sheet is rotated. It is conceivable that the scissors sheet caught by the insertion locking portion of the shaft body cannot be easily removed from the rotating shaft body.
In addition, since the side plate is not provided on the other side of the rotating shaft body opposite to the side on which the crank handle is provided, the one edge side of the width side of the eave sheet rotates from the middle of winding the eave sheet. It is thought that the entire width of the rolled sheet is expanded by gradually moving toward the other side of the shaft body, and when it is tightly wound, it is easy to correct the protruding part. Not. In addition, when the amount of overhang is too large, it is also conceivable that the winding state on the outer peripheral side, which is largely projected toward one side with respect to the winding center portion, collapses and must be wound up again.
Furthermore, the surface of the cocoon sheet is generally attached to the surface of the cocoon sheet to be wound, but there is no disclosure about a device that removes the attached soil immediately before winding, and another means such as washing with water is attached to the cocoon sheet. It is necessary to remove the soil.

  The present invention has been devised in view of the above-described problems, and has been devised to solve the problems. The object of the present invention is to wrap the winding sheet without being caught on the rotating shaft body. The taken-up sheet can be easily removed from the rotating shaft without breaking the winding state, and the width edge of the sheet can gradually protrude sideways during winding. It is another object of the present invention to provide a kite sheet winding device that can wind up the kite sheet while removing the soil adhering to the kite sheet immediately before winding up.

  In order to achieve the above object, the invention of claim 1 is characterized in that a bearing portion is provided laterally on the side of the frame, and a rotating shaft body around which the saddle seat is wound is rotatably supported on the bearing portion. A crank handle for rotating the rotating shaft body is attached to the base end side of the moving shaft body, which is attached when winding the saddle sheet and prevents the edge of the width edge of the saddle sheet from protruding sideways. A side guide plate is detachably attached to the tip end of the rotating shaft body, and the winding sheet winding start end side is cooperated with the rotating shaft body to be sandwiched from the front and back sides, and can be removed after winding the sheet. It comprises a means in which a long and slender locking piece is attached to the inner side surface of the side guide plate so as to be parallel to the rotating shaft when the rotating shaft is mounted.

  Further, the invention of claim 2 is characterized in that a bearing portion is provided laterally on the side portion of the frame, and a rotating shaft body around which the saddle seat is wound is rotatably supported on the bearing portion, and the proximal end side of the rotating shaft body. A crank handle for rotating the pivot shaft is attached to the side guide plate, which is attached when winding the saddle sheet and prevents the width edge of the saddle sheet from protruding sideways during winding. Attached to the front end side of the shaft body so as to be detachable, and cooperates with the rotating shaft body on the winding start end side of the kite sheet, and sandwiches it from the front and back sides. Attached to the inner surface of the side guide plate so as to be parallel to the rotating shaft body when the rotating shaft body is mounted, and the upper side and the lower side having a gap with a thickness through which the saddle sheet passes are removed in the vertical direction. The portion is made of means provided on the frame on the path of the eaves sheet wound around the rotating shaft body.

  Further, in the invention of claim 3, a bearing portion is provided laterally on the side of the frame, and a rotating shaft body around which the saddle seat is wound is rotatably supported on the bearing portion, and the proximal end side of the rotating shaft body is provided. A crank handle for rotating the pivot shaft is attached to the side guide plate, which is attached when winding the saddle sheet and prevents the width edge of the saddle sheet from protruding sideways during winding. Attached to the front end side of the shaft body so as to be detachable, and cooperates with the rotating shaft body on the winding start end side of the kite sheet, and sandwiches it from the front and back sides. A saddle sheet adhering soil removing unit that is attached to the inner side surface of the side guide plate so as to be parallel to the rotary shaft body when the rotary shaft body is mounted, and the upper side and the lower side are vertically parallel and have a gap of a thickness through which the saddle sheet passes. Are provided in two upper and lower frames on the frame on the path of the kite sheet wound around the rotary shaft body, and the upper kite sheet The attached soil removing part is for corrugated dredging sheets, and a roller is attached to the upper side, and the lower dredging sheet adhering soil removing part is for flat type dredging sheets, and the lower side is also used as a frame grounding fence. is there.

As is clear from the above description, according to the scissor sheet winding device according to the first aspect of the present invention, the front and back sides of the scissors sheet winding start side are cooperated with the rotating shaft body and sandwiched by the locking pieces. As a result, the winding start end side of the saddle sheet can be locked to the outer peripheral surface of the rotating shaft body at the start of winding, so that the winding start end side of the saddle sheet is prevented from spinning around the outer periphery of the rotating shaft body. The saddle sheet can be tightly wound around the outer periphery of the moving shaft body.
In addition, when the side guide plate is removed, the crank handle is turned once or several times in the reverse direction to reversely rotate the rotating shaft body, so that the starting end side of the saddle seat is sandwiched in cooperation with the rotating shaft body. The protruding locking piece rotates relative to the starting end of the saddle sheet and comes out of the starting end. By pulling out the locking piece together with the side guide plate, the wound sheet is then wound. When removing from the moving shaft body, the winding sheet winding start end side is not caught by the rotating shaft body, and the wound sheet can be easily removed from the rotating shaft body without breaking the winding state.
Further, during winding of the saddle sheet, the lateral edge of the saddle sheet is prevented from moving laterally by the side guide plate mounted on the tip side of the rotating shaft body. During this process, it is possible to prevent the edge of the width edge of the eaves sheet from gradually projecting sideways, and the winding state on the outer peripheral side that has greatly protruded toward one side with respect to the winding center portion collapses. It does not cause a situation of rewinding.
For example, when winding a 40 m flat sheet using a sheet winding device according to the present invention, it takes about 10 minutes by manual winding, but it takes about 1 minute to 1 minute 30 seconds. It can be wound up with. In addition, for example, when winding a 25 m corrugated sheet, it can be wound in about 40 seconds, although it took about 3 minutes by manual winding, greatly reducing the sheet winding time. This is a very practical and beneficial effect.

  Moreover, according to the dredging sheet winding device according to the invention of claim 2, in addition to the effect of claim 1, the dredging sheet adhering soil provided in the frame on the path of the dredging sheet wound around the rotating shaft body The removal part can remove the soil adhering to the dredged sheet just before being wound.

  Moreover, according to the dredging sheet winding device according to the invention of claim 3, in addition to the effects of claim 1 and claim 2, the corrugated sheet having a large thickness by passing through the upper dredging sheet adhering soil removing portion. The soil adhering to the dredging sheet can be removed, and the soil adhering to the flat dredging sheet having a small thickness can be removed by passing through the dredging sheet adhering soil removing section at the lower stage. When the corrugated sheet and the flat sheet are wound by the sheet winding device, the sheet can be wound while removing the attached soil.

Hereinafter, the present invention will be described more specifically based on the best mode for carrying out the invention described in the drawings.
Here, FIG. 1 is a perspective view of the sheet take-up device during corrugated sheet take-up, FIG. 2 is a front view of the sheet take-up device, FIG. 3 is a plan view of the sheet take-up device, and FIG. Is a right side view of the kite sheet winding device, FIG. 5 is a left side view of the kite sheet winding device, FIG. 6 is a front view of the kite sheet winding device before the side guide plate is mounted, and FIG. 8 is an exploded front view of the apparatus, FIG. 8 is a front view as seen from the inner side of the side guide plate, and FIG. 9A is a rotating shaft body and a locking piece on the front and back sides of the flat end sheet. 9B is a partial cross-sectional side view of the sandwiched state, and FIG. 9B is a diagram illustrating a reverse rotation of the rotating shaft body with the locking piece sandwiched in cooperation with the rotating shaft body on the front and back sides of the flat sheet. 10A is a partial side cross-sectional view of the state in which the sheet is relatively rotated and moved out of the starting end of the dredge sheet, FIG. Rear view, FIG. 10 (B) is a partial side sectional view of the ridge seat attachment soil removal unit during the passage of the ridge seat waveform.

  In the figure, the kite sheet winding device 1 is a device that winds the kite sheet a attached to the kite side surface b so that it can be used in the next season, and includes a frame 2, a bearing unit 3 provided laterally on the side of the frame 2, A rotation shaft 4 pivotally supported by the bearing portion 3, a crank handle 5 attached to the proximal end 41 of the rotation shaft 4, and a distal end 42 of the rotation shaft 4 are detachably mounted. The side guide plate 6, the locking piece 7 attached to the inner side surface of the side guide plate 6, the dredged sheet adhering soil removing portions 8, 9 provided on the frame 2 in two upper and lower stages, and the like. .

  For example, the frame 2 is formed with a grounding rod 21 that is grounded to the ground by bending the center portion of the deformed steel bar into a U shape when viewed from the top, and the both sides of the grounding rod 21 are inclined and extended obliquely upward. The side inclined rods 22 are formed, and the upper sides of the side inclined rods 22 that are in contact with each other obliquely upward are extended in parallel to form the side vertical rods 23, and the upper side of the side vertical rods 23 is grounded. A gripping rod 24 is formed which is bent at a substantially right angle toward the flange 21 side and is gripped when the sheet winding device 1 is carried.

  A circular side guide plate 25 is attached to the inside of the range from the upper side of the side inclined rod 22 to the lower side of the side vertical rod 23. The side guide plate 25 is attached to the base end side 41 with the rotating shaft 4 around which the saddle sheet a is wound, and together with the side guide plate 6 attached to the distal end side 42 opposite to the side guide plate 25, It functions to prevent the right and left width edge ends a1 from being rolled up while projecting sideways. A circular hole (not shown) is formed at the center of the circular side guide plate 25, and the proximal end side 41 of the rotating shaft body 4 passes through the circular hole. The side inclined plate 22 and the side vertical rod 23 are arranged on the outer side surface of the side guide plate 25. When the side guide plate 25 is not attached, these are the width edges of the bag sheet a. It functions to prevent a1 from projecting to the side.

  The bearing portion 3 is formed on the outer side surface of the side guide plate 25 on the top side of the side inclined ribs 22 serving as the side portions of the frame 2, and on the left and right sides of the ground rod 21 whose axial center direction is U-shaped. It is installed horizontally so as to be parallel. A base end side 41 of a rotating shaft body 4 around which the eaves sheet a is wound around the outer periphery thereof passes through the bearing portion 3 and is rotatably supported. The rotating shaft 4 has a circular outer periphery around which the bag sheet a is wound. A base end side of a crank handle 5 for rotating the rotary shaft body 4 is attached to an end portion of the base end side 41 penetrating the bearing portion 3. When the crank handle 5 is turned, the rotating shaft body 4 rotates around the axis.

  The side guide plate 6 is mounted when winding the saddle sheet a, and serves to prevent the width edge end a1 of the saddle sheet a from protruding sideways during winding. The front end side 42 is detachably attached. The side guide plate 6 is formed of, for example, a circular plate, and a small-diameter circular hole 61 for insertion of the distal end side 42 of the rotating shaft body 4 is formed at the center of the circular shape. The circular hole 61 is smaller than the diameter of the outer periphery around which the flange sheet a of the rotating shaft 4 is wound, and is larger than the diameter of the tip side 42.

  A thread is formed on the side peripheral surface of the distal end side 42 of the rotating shaft body 4 inserted into the circular hole 61 of the side guide plate 6. The fastener 62 temporarily fixes the side guide plate 6 attached to the distal end side 42 of the rotating shaft body 4, and is screwed into the distal end side 42 penetrating from the circular hole 61 of the side guide plate 6. Tighten together and fasten. A nut is used for the fastener 62, and a knob 62a is fixed to the fastener 62 so that it can be easily turned.

  On the inner side surface of the side guide plate 6 that comes into contact with the width edge a1 of the collar sheet a when winding the collar sheet a, the winding start end side a2 of the collar sheet a is displayed in cooperation with the rotary shaft 4. An elongated locking piece 7 which is sandwiched from the back side and can be pulled out after winding the eave sheet a is attached so as to be parallel to the rotating shaft body 4 when the rotating shaft body 4 is mounted.

  For example, a round steel having a small diameter is used for the locking piece 7, and the locking piece 7 is also elongated so that it can be easily extracted from the wound sheet a after winding. One end of the round steel is attached to the inner side surface of the side guide plate 6 at a right angle by, for example, welding.

  In addition, the locking piece 7 is attached to the inner side surface of the side guide plate 6 so as to have a slight gap so that the winding start end side a2 of the flange sheet a is sandwiched from the rotating shaft body 4 from the front and back sides. Therefore, the attachment location is near the circular hole 61.

  The dredged sheet adhering soil removing portions 8 and 9 are removed immediately before winding up the crust adhering to the dredged sheet a wound around the rotating shaft body 4, and the dredged sheet a wound around the rotating shaft body 4. The frame 2 on the passage is provided in two upper and lower stages. The scissors sheet a wound around the rotating shaft body 4 passes through one side of two grounding scissors 21 parallel to the rotating shaft body 4, so that the scissors sheet is placed on the upper side of one of the ground scissors 21. Adhering soil removal units 8 and 9 are provided.

  The upper ridge sheet adhering soil removing unit 8 is used for the corrugated crease sheet a, and an upper side and a lower side having a gap through which the corrugated crease sheet a passes are arranged in parallel in the vertical direction. 81 is attached. Further, the lower ridge sheet adhering soil removing unit 9 is used for the flat ridge sheet a, and an upper side and a lower side having a gap of a thickness through which the flat ridge sheet a passes are arranged in parallel vertically. Among these, the upper side of the lower soot sheet adhesion soil removing unit 9 also serves as the lower side of the upper soot sheet adhesion soil removing unit 8. The lower side of the fork sheet adhering soil removing unit 9 at the fork lower stage also serves as the ground bar 21 for the frame 2.

Next, the use of the saddle sheet winding device based on the configuration of the best mode for carrying out the above device will be described below.
In the case of winding the flat sheet sheet a using the sheet sheet winding device 1, the lower sheet sheet provided on the upper side of the grounding sheet 21 of the frame 2 with the starting end a <b> 3 of the flat sheet sheet a being used. It is inserted through the gap between the adhering soil removal portions 9 and passed therethrough. By passing the lower dredging sheet adhering soil removing portion 9, the starting end side a <b> 2 of the flat dredging sheet a is wound around the outer peripheral surface of the rotating shaft body 4 of the dredging sheet winding device 1 by about a half turn. The side guide plate 6 is attached to the distal end side 42 of the lens.

  At this time, the locking piece 7 attached to the inner side surface of the side guide plate 6 is inserted into the circular hole 61 of the side guide plate 6 while being inserted into the upper side of the starting end side a2 of the ridge sheet a from the width edge end a1 side. Wear so that side 42 penetrates. The knob 62a is gripped on the distal end side 42 of the rotating shaft 4 passing through the circular hole 61 of the side guide plate 6, and the fastener 62 is turned to be screwed firmly. Accordingly, the side guide plate 6 is fixed to the distal end side 42 of the rotating shaft body 4. The starting end side a2 of the flat ridge sheet a is sandwiched from the front and back sides by the rotating shaft 4 and the locking piece 7, so that it does not come off during winding (see FIG. 9A).

  Thereafter, when the crank handle 5 is turned, the rotating shaft body 4 rotates in the direction of winding the flat saddle sheet a, and the flat saddle sheet a is wound on the outer peripheral side of the rotating shaft body 4. . The flat sheet material a wound around the rotating shaft 4 contacts the upper side and the lower side when passing through the gap of the lower sheet material adhering soil removing portion 9, so that it adheres to the surface of the flat sheet material a. The soil c is removed during the contact (see FIG. 10A).

  After the flat saddle sheet a is wound around the rotary shaft 4, when the crank handle 5 is idled several times in reverse while grasping the knob 62 a and loosening the fastener 62, the flat saddle sheet a The engaging piece 7 sandwiching the starting end side a2 is relatively rotated toward the starting end a3, disengages from the starting end a3, enters the inside of the winding center, and turns idle (see FIG. 9B).

  The fastener 62 is removed from the distal end side 42 of the rotating shaft body 4 and the side guide plate 6 is removed laterally. At this time, the locking piece 7 inside the winding center is extracted without hooking the starting end side a2 of the flat ridge sheet a. After that, the flat ridge sheet a wound up from the rotating shaft body 4 is extracted, and the outer peripheral surface of the flat ridge sheet a wound up with a rubber band or a string is tightly wound for the next season. Store in a barn.

  On the other hand, when winding the corrugated scissors sheet a using the scissor sheet winding device 1, the upper end of the corrugated scissors sheet a provided on the upper side of the grounding scissors 21 of the frame 2 is the upper stage. Is inserted into the gap of the dredged sheet adhering soil removing portion 8 and passed therethrough. The upper end side 2 of the corrugated sheet sheet a is wound around the outer peripheral surface of the rotating shaft body 4 of the corrugated sheet winding device 1 by passing through the upper corrugated sheet adhering soil removing section 8, and the rotating shaft body 4 The side guide plate 6 is attached to the distal end side 42.

  At this time, the locking piece 7 attached to the inner side surface of the side guide plate 6 is inserted into the upper side of the corrugated concave portion on the starting end side a2 of the flange sheet a from the width edge end a1 side, while the side guide plate 6 The circular hole 61 is mounted so that the tip side 42 penetrates. The knob 62a is gripped on the distal end side 42 of the rotating shaft 4 passing through the circular hole 61 of the side guide plate 6, and the fastener 62 is turned to be screwed firmly. Accordingly, the side guide plate 6 is fixed to the distal end side 42 of the rotating shaft body 4. The starting end side a2 of the corrugated scissors sheet a is sandwiched from the front and back sides by the rotating shaft body 4 and the locking piece 7, so that it does not come off during winding.

  Thereafter, when the crank handle 5 is turned, the rotating shaft body 4 rotates in the direction of winding the corrugated scissors sheet a, and the corrugated scissors sheet a is wound around the outer periphery of the rotating shaft body 4. The corrugated kite sheet a wound around the rotating shaft body 4 is attached to the surface of the corrugated kite sheet a because it contacts the upper side and the lower side when passing through the gap of the upper kite sheet adhering soil removing unit 8. The soil c is removed during the contact (see FIG. 10B).

  After winding the corrugated scissor sheet a around the rotating shaft 4, if the crank handle 5 is rotated in the opposite direction while holding the knob 62a and loosening the fastener 62, the leading end of the corrugated scissor sheet a is reversed. The locking piece 7 sandwiching the side a2 rotates relatively toward the start end a3 and is disengaged from the start end a3, and enters the inside of the winding center and idles.

  The fastener 62 is removed from the distal end side 42 of the rotating shaft body 4 and the side guide plate 6 is removed laterally. At this time, the locking piece 7 inside the winding center is extracted without hooking the starting end side a2 of the corrugated ridge sheet a. After that, the corrugated corrugated sheet a wound up from the rotating shaft body 4 is extracted, and the outer peripheral surface of the corrugated corrugated sheet a wound up with a rubber band, a string or the like is firmly wound, and the barn for the next season Keep it in the same place.

  The present invention is not limited to the best mode for carrying out the above-described invention, and various modifications can be made without departing from the spirit of the present invention.

1 is a perspective view of a sheet-sheet winding device during corrugated sheet-sheet winding, showing the best mode for carrying out the invention. It is a front view of the scissors sheet winding device which shows the best mode for carrying out this device. It is a top view of the scissors sheet winding apparatus which shows the best form for implementing this device. [BRIEF DESCRIPTION OF THE DRAWINGS] It is a right view of the scissors sheet winding apparatus which shows the best form for implementing this device. [BRIEF DESCRIPTION OF THE DRAWINGS] It is a left view of the coffin sheet winding apparatus which shows the best form for implementing this device. It is a front view before the side part guide plate mounting | wearing of the scissors sheet winding apparatus which shows the best form for implementing this device. It is a disassembled front view of the scissors sheet winding apparatus which shows the best form for implementing this device. It is the front view seen from the inner surface side of the side part guide plate which shows the best form for implementing this device. (A) is a partial sectional side view of a state in which the front and back sides of the starting end side of a flat ridge sheet showing the best mode for carrying out the invention are sandwiched between a rotating shaft body and a locking piece. (B) shows the best mode for carrying out the present invention. The front and back sides of the flat-shaped saddle sheet are in cooperation with the rotating shaft body, and the locking piece is reversed with the rotating shaft body reversed. FIG. 6 is a partial side cross-sectional view showing a state in which the sheet is relatively rotated by rotating and is pulled out from the starting end of the ridge sheet. (A) is a partial side cross-sectional view of the flat-shaped dredge sheet showing the best mode for carrying out the present invention while the dredged sheet adhering soil removing section is passing. (B) is a partial sectional side view of the corrugated paddle sheet showing the best mode for carrying out the present invention while passing through the paddy sheet adhering soil removing section. It is sectional drawing which shows the state which attached the collar sheet to the collar side.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 畦 Sheet winding device 2 Frame 21 Grounding heel 22 Side inclination 杆 23 Side vertical 杆 24 Grip 杆 25 Side guide plate 3 Bearing portion 4 Rotating shaft body 41 Base end side 42 Tip side 5 Crank handle 6 Side portion Guide plate 61 Circular hole 62 Fastener 62a Knob 7 Locking piece 8 Upper dredging sheet adhering soil removing part 81 Roller 9 Lower dredging sheet adhering soil removing part a Reed sheet a1 Width edge a2 Start end side a3 Start end b Reed side c soil

Claims (3)

A bearing portion is provided on the side of the frame, and a rotating shaft body around which the sheet is wound is rotatably supported on the bearing portion, and the rotating shaft body is rotated on the base end side of the rotating shaft body. A side handle plate is attached to the front end of the rotating shaft so that it can be attached when the kite sheet is wound and prevents the width edge of the kite sheet from protruding sideways. A slender, long and slender locking piece that can be pulled out after winding of the coffin sheet is rotated when the rotary shaft is installed. A scissor sheet winding device, which is attached to an inner surface of a side guide plate so as to be parallel to a shaft body. A bearing portion is provided on the side of the frame, and a rotating shaft body around which the sheet is wound is rotatably supported on the bearing portion, and the rotating shaft body is rotated on the base end side of the rotating shaft body. A side handle plate is attached to the front end of the rotating shaft so that it can be attached when the kite sheet is wound and prevents the width edge of the kite sheet from protruding sideways. A slender, long and slender locking piece that can be pulled out after winding of the coffin sheet is rotated when the rotary shaft is installed. Attached to the inner surface of the side guide plate so as to be parallel to the shaft body, and wound around the rotating shaft body with a dredge sheet adhering soil removing portion having a gap of a thickness through which the dredge sheet passes and whose upper and lower sides are parallel in the vertical direction. A scissor sheet winding device provided on a frame on a path of a scissor sheet to be taken. A bearing portion is provided on the side of the frame, and a rotating shaft body around which the sheet is wound is rotatably supported on the bearing portion, and the rotating shaft body is rotated on the base end side of the rotating shaft body. A side handle plate is attached to the front end of the rotating shaft so that it can be attached when the kite sheet is wound and prevents the width edge of the kite sheet from protruding sideways. A slender, long and slender locking piece that can be pulled out after winding of the coffin sheet is rotated when the rotary shaft is installed. Attached to the inner surface of the side guide plate so as to be parallel to the shaft body, the upper side and the lower side having a gap with a thickness through which the saddle sheet passes are wound up around the rotary shaft body. It is provided on the frame on the path of the dredging sheet to be arranged in two levels, and the upper litter sheet adhering soil removal section is provided with a corrugated lump. Over a preparative annexed rollers on its upper side, ridge sheet winding device, characterized in the ridge sheet adhering soil removal part of the lower and flat forms for ridge sheet that also serves the lower side in the ground rod frame.

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