JP2896758B2 - Walk-type mower - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a walk-type ridge mower, and more particularly, to a walk-type ridge which can stably mower even on unstable ridges and protects a rotary blade. Related to mowers.

[0002]

2. Description of the Related Art For example, a push-type mower equipped with a motor is used to efficiently cut weeds on rice ridges and road shoulders. Conventionally, this type of mowing machine is mainly provided with a clipper-type cutting section, and usually includes one fixed-type clipper per unit.

[0003]

However, in the above-mentioned conventional mowing machine, only one clipper can be cut at a time because only one clipper is used. For this reason, when mowing grass in a place like a rice field ridge that has slopes with different angles on both sides of the upper surface, it is necessary to work back and forth many times like a slope after the upper surface is finished, which is inefficient. Was.
In addition, the clippers are structurally complicated, tend to be clogged with grass, have a low cutting speed, and wear the blades quickly so that they cannot be cut in a short time. Furthermore, the grass was cut long without being cut finely, and it was unsightly because it remained on the cut surface, and the cut grass rotted so slowly that the grass remained and was in the way.

[0004] The upper surface of the ridge is narrow and has many irregularities. Moreover, in many cases, the upper surface is convex and both sides are inclined toward the paddy field, so that mowing must be performed in an unstable state at all times. Therefore, unlike the case of mowing grass in a wide and flat place, a mowing machine for ridges requires running stability. In addition, foreign matters such as concrete piles and stones for boundaries are present on the ridge surface. These foreign objects are hidden behind the grass and are difficult to see,
Direct contact with the rotating blade will damage the rotating blade. In addition, the mowing machine may bend forward during mowing work, but if there is no support in front, it will bite mud and foreign matter,
There is a risk of damaging the rotary blade.

[0005] In addition, the upper surface of the ridge when the paddy field is filled with water is soft and contains water. Since the mowing machine equipped with the engine and the transmission is heavy, the front wheel of the mowing machine sinks into the upper surface of the ridge, and the cutting height must be adjusted frequently.

Japanese Utility Model Application No. 02-88554 (Japanese Utility Model Application Laid-open No. 4-4)
No. 8937) discloses a mower in which a prime mover is mounted on the front side in the traveling direction of the mower. As described above, the upper surface of the ridge when the paddy field is filled with water is soft and contains water, and when the prime mover is mounted in the forward direction of the mowing machine, the width of the prime mover is narrow. The mowing machine's front wheel sinks into the top of the ridge, making it virtually impossible to mow. The mowing portion on the upper surface of the ridge is a so-called hammer knife-type mowing blade. However, in this structure, an increase in weight cannot be avoided, and the overall weight increases due to the position of the motor. For a mower working on an unstable ridge, this poses a problem in safety and usability, and a heavy burden is imposed on a pilot.

Japanese Utility Model Application No. 60-33108 (Japanese Utility Model Application Laid-Open No. 61-33)
No. 148140), the mowing machine disclosed in the microfilm does not have a mowing blade on the side, and cannot mow the grass on the slope of the ridge. The mowing portion on the upper surface of the furrow is a so-called hammer knife-type mowing blade. However, in the case of this structure, an increase in weight cannot be avoided and the weight of the entire mower increases. For mowing machines working on unstable ridges, this poses safety and usability issues,
The burden on the pilot is large.

Accordingly, an object of the present invention is to provide a walking-type mower for ridges capable of stably mowing even on an unstable ridge. Another object of the present invention is to detect in advance that there is a foreign substance such as a concrete pile or a stone for a boundary of a ridge surface which is hidden by grass and is difficult to see, thereby preventing direct contact with the rotary blade. An object of the present invention is to provide a walking type mower for ridges. Still another object of the present invention is to provide a walking type in which even when a mower is turned forward during mowing work, the turning blade is prevented from being turned forward and the pain of the rotary blade caused by biting mud or foreign matter is prevented. An object of the present invention is to provide a mower for ridges.

[0009]

Means of the present invention taken to solve the above problems are as follows. According to the first invention, the motor is mounted between the traveling wheel and the main rotary blade, and the output is
A motor whose shaft projects horizontally to the side of the mower;
Located in front of the running wheels and driven by a drive shaft
Main shaft that is fixed to the rotating shaft and rotates horizontally or almost horizontally
A main cutter base equipped with a rolling blade, and the main cutter base
A sub-rotation that is mounted to be swingable and fixed to the rotating shaft
Blade, the sub rotary blade intersects with the rotation surface of the main rotary blade
Movable cutter that can be rotated even on the surface
Between the base and the rotation axis of the main rotary blade and the rotary axis of the sub rotary blade
Is installed on the movable cutter base
The telescopic shaft whose length can be changed and the axis intersection angle can be changed
A universal jig that maintains the linear state of the telescopic shaft
To transfer the power of the drive shaft to the rotation shaft of the sub rotary blade.
A transmission shaft, and the traveling wheel and the main rotary blade;
The auxiliary rotary blade is driven by a prime mover, and the main cutter
The base and movable cutter base are parallel to each other when viewed from the traveling direction.
The main rotary blade and sub rotary blade embrace the grass
So that they rotate synchronously in opposite directions,
The rotating blades are mounted offset from each other so that the weight of the orbit of the rotating blades
It is configured so that it does not touch despite
It is provided in front of the main rotary blade via a supporting member.
Main guide wheel and a sub-rotating blade.
Sub guide wheel, the height of the main guide wheel
The adjustment is configured to be performed by the wheel height adjustment means.
And a pulley is attached to the output shaft.
Output is transmitted to the drive shaft side pulley via the belt.
This is a walking type furrow mower characterized by having such a configuration .

According to a second aspect of the present invention, the main guide wheel is configured to move in a height direction by rotation of a support leg member about an attachment portion.
It is a walk-type mower for row according to the invention of the invention.

[0011]

[Function] The angle between the main cutter base and the movable cutter base is adjusted according to the mowing work surface. If the work surface is a ridge and is composed of a substantially horizontal upper surface and a slope inclined downward, the movable cutter base is inclined downward and set substantially parallel to the slope.

When the mower is run on the upper surface of the ridge, the main rotary blade provided on the main cutter base cuts the grass on the upper surface of the ridge, and at the same time, the auxiliary rotary blade provided on the movable cutter base becomes Mow the grass on the slope of the ridge. In the case of the shoulder of a field farm road, grass is cut in the same manner.

[0013] The main guide wheel is provided in front of the main rotary blade, and a traveling wheel is disposed behind the main rotary blade. Also, if the auxiliary guide wheel is provided in front of the auxiliary rotary blade,
Both the main guide wheels and the sub guide wheels can have a longer wheelbase between the traveling wheels and can secure straight running stability when traveling. Therefore, mowing work can be performed while maintaining straight running stability even on a ridge where the width is narrow and there are many irregularities, and in many cases, the upper surface is convex and both sides are inclined toward the paddy field.

In addition, a foreign object such as a concrete pile or a stone for the boundary of the ridge surface which is hidden by the grass and is hard to see hits the main guide wheel before hitting the rotary blade. Avoidance measures can be taken. In addition, even if the mowing machine is turned forward during mowing work, the main guide wheels support the mowing machine, which prevents the turning action and reduces the pain of the rotary blade caused by biting mud or foreign matter. Can be prevented.

The prime mover is mounted between the traveling wheel and the main rotary blade.
The mower can be downsized as a whole. Idiot
Rika, the output shaft of the motor protrudes horizontally to the side of the mower
The lower the prime mover mounting position.
Suitable for mowing unstable ridges
A mower can be provided. The main rotary blade and sub rotary blade are
The blades are mounted with their positions shifted from each other, and the power transmission to the auxiliary rotary blade is performed not by the belt but by the transmission shaft, so that the contact between the rotary blades due to the phase shift can be reliably prevented. Furthermore, since the main rotary blade and the sub rotary blade are configured to rotate in opposite directions and synchronously with each other so as to embrace the grass, it is possible to prevent the cut grass from falling into the adjacent rice field.

[0016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in more detail with reference to the embodiments shown in the drawings. FIG. 1 is a perspective view of a mower according to the present invention, in which a height adjusting means of a main guide wheel is not shown. FIG. 2 is an explanatory view of a main part of a means for driving the rotary blade, FIG. 3 is a perspective view of an angle adjusting device of a main cutter base and a movable cutter base, and FIG. 4 is a main cutter base having a main rotary blade and a sub cutter base. FIG. 3 is a partially cutaway explanatory view showing a relationship between a movable cutter base having a rotary blade, and a transmission shaft that links a main rotary blade and a sub rotary blade.

The mower C1 has a self-propelled base 1.
The self-propelled base 1 includes a frame F (shown in FIG. 3), and a prime mover E is mounted on the frame F. Running wheels 10 are provided below the frame F. The traveling wheels 10 are driven by a prime mover E via a drive transmission unit 11 including a pulley and a belt. Reference numeral 12 denotes a steering handle provided with a brake, a clutch operation unit, and the like.

At the front of the frame F, a main cutter base 2 is mounted horizontally. The main cutter base 2 is a rectangular plate, and a cover 20 is attached to one side edge thereof.
A main guide wheel 21 is provided at a front portion of the main cutter base 2 via a supporting member 210.

A movable cutter base 3 is attached to the other side edge of the main cutter base 2 via a hinge 29 so as to be vertically swingable. A cover 30 is attached to a side edge of the movable cutter base 3. In addition, a sub-guide wheel 31 is provided at a front portion of the movable cutter base 3 via a support leg member 310. A shaft tube 311 that constitutes a cutting height adjusting means is provided at a distal end of the support leg member 310 in a vertical direction. Shaft tube 311
, A guide shaft 313 provided on the axle 312 is inserted. The shaft tube 311 is provided with a screw type fixing tool 314 for fixing the guide shaft 313 at a required position.

Referring to FIG. At the boundary between the main cutter base 2 and the movable cutter base 3, there is provided an angle adjusting device capable of setting the angle between the two steps in a stepwise manner. The angle adjusting device has an adjusting plate 32 which is a semicircular plate. The adjustment plate 32 is set up so that almost half of the lower side is fixed to the rear end of the upper surface of the movable cutter base 3. Near the edge of the arc portion of the adjustment plate 32, a required number of engagement holes 33 arranged in an arc of the same radius centering on the hinge 29 are provided at equal intervals.

An adjusting plate 3 is provided on the rear edge of the main cutter base 2.
An escape portion 22 is formed to allow the second member 2 to slip through. In addition to the structure of the present embodiment, for example, when the center angle of the adjustment plate 32 is formed slightly smaller without providing the escape portion 22 on the main cutter base 2 and the movable cutter base 3 is turned upward. The main cutter base 2 may be brought into contact with an end of the adjustment plate 32 to stop the movable cutter base 3.

The frame F is provided with pin bearings 23 corresponding to the engagement holes 33. At the tip of the pin bearing 23, an engagement pin 24, which is an engagement member that is operated to enter and exit through a wire tube T, is provided. The pin bearing 23 is attached at a position where the engaging pin 24 engages with the central engaging hole 33 when the main cutter base 2 and the movable cutter base 3 are in a parallel state. Thereby, the movable cutter base 3 can be fixed by being inclined up and down at a required angle (by stepwise adjustment) about the state parallel to the main cutter base 2.

Referring to FIG. 2 and FIG. Main cutter base 2
A main rotary blade 43 and a sub rotary blade 43a are provided at the center of each of the movable cutter base 3 and the movable cutter base 3. Main rotary blade 43,
Bearings 40 and 40a are provided above the sub rotary blade 43a, and gear boxes 41 and 4 are provided above the bearings 40 and 40a.
1a.

The main cutter base 2 is mounted on the bearings 40 and 40a.
And the movable cutter base 3, the rotating shafts 42 and 42 a are pivotally supported. The main rotary blade 43 and the sub rotary blade 43a are fixed to rotary shafts 42, 42a, respectively. Main rotary blade 4
3. The auxiliary rotary blade 43a inclines downward toward the center,
The tip is formed horizontally. It should be noted that the main rotary blade 43 and the sub rotary blade 43a may be configured to be adjustable in height.

Bevel gears 44, 44a are attached to the upper ends of the rotating shafts 42, 42a.
a is located in the gear boxes 41, 41a. A transmission shaft 5, which is means for driving the rotary blade, is supported between the gear boxes 41, 41a via bearings 45, 45a.

The transmission shaft 5 includes a drive shaft 51 supported on the gear box 41, a driven shaft 52 supported on the gear box 41a, and a telescopic shaft 53 connecting the driven shaft 52 and the driven shaft 52. A bevel gear 54 that engages with the bevel gear 44 of the rotating shaft 42 is attached to the drive shaft 51. A pulley 55 is attached to the outer end of the drive shaft 51, and the inner end is connected to one end of a telescopic shaft 53 via a universal joint 56 as a shaft joint. The pulley 55 is driven by the prime mover E via a belt 59.

The driven shaft 52 is provided with a bevel gear 57 which meshes with the bevel gear 44a of the rotary shaft 42a. The bevel gear 57 is mounted with the tooth side facing the bevel gear 54 so that the main rotary blade 43 and the sub rotary blade 43a rotate in directions opposite to each other. The inner end of the driven shaft 52 is connected to the other end of the telescopic shaft 53 via a universal joint 58.

The telescopic shaft 53 has a three-stage spline structure, and the main rotary blade 43 and the sub rotary blade 43a are combined with the main cutter base 2 and the movable cutter base 3 in combination with the actions of the universal joints 56 and 58. Can be linked regardless of the angle within a preset range of the angle.

The main rotary blade 43 and the sub rotary blade 43a are
The main rotary blade 43 and the sub rotary blade 43a are mounted so as to be shifted from each other in a plan view, and the main rotary blade 43 and the sub rotary blade 43a are rotated in opposite directions so as to embrace the grass and synchronously. There is no contact when they overlap. In this embodiment, the telescopic shaft 53 has a three-stage spline structure, but may have a two-stage spline structure.

FIG. 5 is an explanatory view when one of the rotary blades is used by inclining downward, and FIG. 6 is an explanatory view when one of the rotary blades is used by inclining upward. The method of use and operation of this embodiment will be described with reference to the drawings.

1. As shown in FIG. 5, when the slope G2 is a downward slope with respect to the upper surface G1 of the ridge, the mower C1 is first mounted on the upper surface G1, and the main guide wheel 21 and the sub guide wheel 31 are set.
Adjust the height of the. Thereby, the cutting height of the main rotary blade 43 and the sub rotary blade 43a is set. Next, the angle of the movable cutter base 3 is adjusted by adjusting the angle adjusting device.
The blade 3a is fixed so that the blade surface is substantially parallel to the slope G2. As a result, the mower C1 does not fluctuate and can run stably. At this time, the telescopic shaft 53 of the transmission shaft 5 is in an extended state. And the main rotary blade 43, the sub rotary blade 43a
Is driven and the mower C1 is run, so that the grass on the upper surface G1 and the slope G2 on one side can be simultaneously mowed.

2. As shown in FIG. 6, when the slope G2 'is a slope inclined upward with respect to the horizontal plane G3, the mower C1 is first placed on the horizontal plane G3. Next, the angle of the movable cutter base 3 is adjusted by adjusting the angle adjusting device, and the blade surface of the sub rotary blade 43a is fixed so as to be substantially parallel to the slope G2 ′, so that stable traveling can be performed. . At this time, the telescopic shaft 53 of the transmission shaft 5 is in a contracted state. When the main rotary blade 43 and the sub rotary blade 43a are driven and the mower C1 is driven, the grass on the horizontal plane G3 and the slope G2 'can be simultaneously mowed.

As described above, the mower C according to the present invention is used.
According to No. 1, the mowing work such as the slope of the ridge can be performed simultaneously with the horizontal surface, so that the traveling distance of the mowing machine C1 in the work can be reduced as compared with the conventional mowing machine which can work only one side at a time, and the efficiency is improved. Work can be done.

When the working surface is a wide plane, if the main cutter base 2 and the movable cutter base 3 are fixed and used in parallel as shown in FIG. You can cut grass. Further, when the work surface is not flat and undulating, if the engagement of the engagement pin 24 is released,
Since the movable cutter base 3 can be freely oscillated, the auxiliary rotary blade 43a can follow the undulating work surface, and can cut the grass neatly.

FIG. 7 is a perspective view showing another embodiment of the mower according to the present invention, and FIG. 8 is a perspective view of an angle adjusting device for the main cutter base and the movable cutter base. The main guide wheel 21 provided on the main cutter base 2 is attached to the tip of a supporting leg member 210 which is rotatably supported by a shaft pin 211. The supporting leg member 210 is composed of two elongated plate members, and is attached to a tip end of the supporting member 210 with the main guide wheel 21 sandwiched therebetween. The tip of the cutting height adjustment lever 6 is attached to an attachment member 212 provided at the base of the support leg member 210. The auxiliary guide wheel 31 is attached to the movable cutter base 3 at the tip of the support leg member 320 via the support leg member 320. The support leg member 320 is composed of two elongated plate members, and is attached to a tip end of the support member 320 with the auxiliary guide wheel 31 sandwiched therebetween.

The base of the cutting height adjusting lever 6 is extended below the handle 12 so that an operator can operate it at hand, and a plurality of engaging portions 61 provided on the cutting height adjusting plate 60 are provided.
It is hung on. The shaft 121 of the handle 12 is inserted into the bearing tube 120. The bearing tube 120 has a fastening fixture 122 so that the height and direction of the handle 12 can be adjusted.

According to this structure, the height of the main guide wheel 21 can be adjusted by turning the cutting height adjusting lever 6 up and down to rotate the support leg member 210 about the shaft pin 211, and hence the cutting of the main rotary blade 43. Height can be adjusted. The movable cutter base 3 is detachable from the hinge 29, and the transmission shaft 5 is also detachable from the gear box 41. Others are almost the same as the mower C1.

Referring to FIG. The mower C2 has a swing control device that can control the swing of the movable cutter base 3 that is swingably provided on the main cutter base 2. The swing control device has a control plate 34. The control plate 34 is set up so that almost half of the lower side is fixed to the upper surface of the movable cutter base 3. An engagement hole 341 is provided near the edge of the center of the control plate 34.

Steps 342 and 343 are provided on the side where the control plate 34 is not fixed. The steps 342 and 343 are
When the movable cutter base 3 is rotated when the movable cutter base 3 is rotated by 22.5 degrees from the horizontal, the engagement pin 36 Corresponds to the step 342, and when the angle is 45 degrees, the step 343
It is set to hit.

The frame F is provided with pin bearings 35 corresponding to the engagement holes 341. At the tip of the pin bearing 35, an engaging pin 36, which is an engaging member that is operated to enter and exit through the wire tube T, is provided. The pin bearing 35 is mounted at a position where the engaging pin 36 engages with the engaging hole 341 when the main cutter base 2 and the movable cutter base 3 are in a horizontal state.

According to this, the movable cutter base 3 can swing downward from the horizontal state with the main cutter base 2.
That is, the engaging pin 36 and the step 34 of the control plate 34
By the action of 2, 343, the movable cutter base 3 can change the angle of the mowing slope within a range of 60 degrees from the horizontal state, or swings following the unevenness of the mowing surface. In the drawings, the same or equivalent parts are denoted by the same reference numerals.

FIG. 9 is a perspective view showing another example of use of the mower shown in FIG. As shown in the figure, by removing the movable cutter base 3 and the transmission shaft 5 and attaching the cover 20a to the hinge 29, a two-wheel mower C2a having one front wheel and one rear wheel is obtained. Since the mower C2a is narrow, it is suitable for mowing work in a narrow place. It should be noted that the present invention is not limited to the illustrated embodiment. Various movable cutter bases may be provided on both sides of the main cutter base. Deformation is possible.

[0043]

The present invention has the above configuration and has the following effects. (1) By adopting a rotary blade as the mowing blade, the weight of the mowing blade is reduced, the number of parts is reduced, and maintenance such as blade replacement is easy.

(2) Transmission for transmitting the power of the drive shaft to the sub rotary blade
The moving shaft follows the movement of the movable cutter base and adjusts its length.
The telescopic shaft can be changed, and it can be extended even if the angle of intersection changes.
Universal geometry that can maintain the linear state of the reduced axis
With a flexible structure
Transmission efficiency to the auxiliary rotary blade compared to the flexible transmission shaft and
Durability can be secured.

(3) The main rotary blade and the sub rotary blade embrace the grass
So that they rotate in opposite directions and synchronously
Therefore, the cut grass can be prevented from falling into the field.

(4) The main guide wheel is provided in front of the main rotary blade, and the running wheel is disposed behind the main rotary blade. Therefore, the wheel base between the main guide wheel and the running wheel is provided. Can be lengthened. Therefore, the mowing machine can ensure the straight running stability during running, and the mowing work is performed while maintaining straightness even on ridge roads that are narrow and have many irregularities, and in many cases, the upper surface is convex and both sides are inclined toward the paddy field. Can be.

(5) Foreign objects such as concrete piles and stones for the boundary of the ridge surface, which are hidden behind the grass and are difficult to see, hit the main guide wheel before hitting the rotary blade. It is possible to take various avoidance measures.

(6) Even if a state occurs in which the mower leans forward during mowing work, the main guide wheels support the mower so that forward mowing can be prevented, and the rotary blade resulting from biting mud and foreign matter can be prevented. Can prevent pain.

(7) The prime mover is mounted between the traveling wheel and the main rotary blade.
Because it is placing it downsizing the entire mowing machine. It
In addition, the output shaft of the prime mover is horizontal to the side of the mower.
Because it is protruding, the mounting position of the prime mover can be lowered.
Suitable for mowing unstable ridges in combination with the above miniaturization
A simple mower can be provided.

(8) The main rotary blade and the sub rotary blade are mounted with their blades shifted from each other, and the power transmission from the drive shaft to the sub rotary blade is performed not by the belt but by the transmission shaft. The contact between the rotary blades due to the phase shift can be reliably prevented.

[Brief description of the drawings]

FIG. 1 is a perspective view of a mower according to the present invention, omitting illustration of a height adjusting means of a main guide wheel.

FIG. 2 is an explanatory view of a main part of a means for driving a rotary blade.

FIG. 3 is a perspective view of an angle adjusting device for a main cutter base and a movable cutter base.

FIG. 4 shows a relationship between a main cutter base provided with a main rotary blade, a movable cutter base provided with a sub rotary blade, and a transmission shaft for interlocking the main rotary blade and the sub rotary blade, with a part being cut away. FIG.

FIG. 5 is an explanatory view in a case where one rotary blade is used by being inclined downward.

FIG. 6 is an explanatory view in a case where one rotary blade is used by being inclined upward.

FIG. 7 is a perspective view showing another embodiment of the mower according to the present invention.

FIG. 8 is a perspective view of an angle adjusting device for a main cutter base and a movable cutter base.

FIG. 9 is a perspective view showing another example of use of the mower shown in FIG. 7;

[Explanation of symbols]

 C1 mower 1 self-propelled substrate 10 running wheel 2 main cutter base 3 movable cutter base 43 main rotary blade 43a sub rotary blade 5 transmission shaft E prime mover C2 mower 6 cutting height adjusting lever 60 cutting height adjusting plate 32 adjusting plate 24 Engagement pin 34 Control plate 36 Engagement pin

──────────────────────────────────────────────────続 き Continued on front page (58) Field surveyed (Int. Cl. ⁶ , DB name) A01D 34/00-34/86

Claims (2)

(57) [Claims] 1. Mounted between a traveling wheel (10) and a main rotary blade (43).
Output shaft (13) projects horizontally to the side of the mower.
Motor (E) and the traveling wheel (10), and are arranged by a drive shaft (51).
Fixed to the rotating shaft (42) driven by
A main cutter base (2) having a main rotating blade (43) that rotates, and a rocker mounted with respect to the main cutter base (2);
A sub rotary blade (43a) fixed to the rotary shaft (42a);
The rotary blade (43a) intersects the rotation plane of the main rotary blade (43)
A movable cutter base that can be rotated even on a surface
(3) the rotation of the rotary shaft (42) of the main rotary blade (43) and the rotation of the sub rotary blade (43a);
It is arranged between the shafts (42a) and is mounted on the movable cutter base (3).
Telescopic axis (5
3), the linear state of the telescopic shaft (53) is maintained even if the axis intersection angle changes.
With universal joints (56, 58)
The power of the shaft (51) is transmitted to the rotating shaft (42a) of the sub rotary blade (43a)
A transmission shaft (5), including the traveling wheel (10), a main rotary blade (43) and a sub rotary blade (43a).
Is driven by a prime mover (E), and the main cutter base (2) and the movable cutter base (3) advance.
The main rotary blade (43) and the auxiliary rotary blade (43a) are arranged side by side as viewed from the row direction so as to embrace the grass.
The main rotating blade (43) and the secondary
The rotating blades (43a) are mounted offset from each other, and
Configured so as not to touch despite overlapping roads
And is provided in front of the main rotary blade (43) via a support member (210).
The main guide wheel (21), and the vicinity of the sub-rotating blade.
The sub guide wheel (31) provided in the, the height adjustment of the main guide wheel (21), the wheel height adjustment means
The output shaft (13) is provided with a pulley (14).
The output of the motive (E) is output via the belt (59) to the drive shaft (51).
(55).
A walking-type mower for ridges. 2. The main guide wheel (21) is configured to move in a height direction by rotation of a support leg member (210) about an attachment portion. A walk-type mower for ridges as described.