CN201758562U

CN201758562U - Waterborne mower

Info

Publication number: CN201758562U
Application number: CN2010205192645U
Authority: CN
Inventors: 张连斌
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-09-07
Filing date: 2010-09-07
Publication date: 2011-03-16
Anticipated expiration: 2020-09-07

Abstract

The utility model relates to a waterborne mower. The structure of the waterborne mower is as the following: a hull is formed by connecting a plurality of buoys (1), two sides of the hull are respectively provided with a water wheel driving mechanism (2), the front end of the hull is provided with a gantry mowing device (3), an electric control box (4) and a generator are also disposed on the hull, and the rear end of the hull is equipped with a propulsion device (5). The mower is not only simple in mechanism and flexible in operation, but also high in mowing efficiency, significantly reducing the labor intensity.

Description

Mower waterborne

Technical field

The utility model relates to a kind of mower, especially for the equipment of water surface operation cleaning pasture and water.

Background technology

At present, raising along with The development in society and economy and living standards of the people, the waters is administered with ecological construction becomes the human object of paying close attention to, each city river, the reparation construction of artificial waters view constantly emerges in large numbers, but in pasture and water is the most serious problems of the puzzlement people always, the pasture and water harvesting is mostly by manually finishing, it is big that work is slight, at the bottom of the efficient, because the pasture and water fast growth, the hand harvest does not catch up with its growth rate, long pasture and water not only influence the attractive in appearance of waters, and can above pasture and water, retain waste plastics, and seriously cause the pollution of water environment, influence the balance of ecosystem development.

Summary of the invention

The technical problems to be solved in the utility model has provided a kind of mower waterborne, and not only mechanism is simple for this mower, flexible operation, and mowing efficient height, has alleviated work greatly slightly.

For overcoming the above problems, concrete technical scheme of the present utility model is as follows: a kind of mower waterborne, hull is formed by connecting for several floating drums, be respectively equipped with the water wheels transmission mechanism in the both sides of hull, front end at hull is provided with gantry mowing-apparatus, also is provided with electric control box and generator on hull;

Described water wheels transmission mechanism is that water wheel motor is connected with the water wheels reductor, and the water wheels reductor is connected with water wheels by chain, and water wheels are connected with the bottom surface of hull;

Described gantry mowing-apparatus is the front end that portal frame is connected hull, connect gantry case on the portal frame, case below, gantry is provided with the snip frame, left side, inside at gantry case, part on the right side and be not provided with gantry motor, each gantry motor is connected with two perpendicular snips by offset slider-crank mechanism, two groups of perpendicular tooth bars are connected to the snip frame left and right sides, two faces of two perpendicular snips of homonymy overlap, outside lower face is respectively equipped with vertical tooth bar, horizontal direction at the snip frame also is connected with a pair of horizontal snip, end all is provided with horizontal tooth bar about each horizontal snip upper surface, a left side on the snip frame, the right side is symmetrically connected with two groups of gear I, gear II and gear III, wherein in one group, vertical tooth bar engagement on gear I and the perpendicular snip, simultaneously with a horizontal snip on horizontal tooth bar engagement, vertical tooth bar engagement on gear II and another the perpendicular snip, mesh with the gear III simultaneously, the gear III again with another horizontal snip on the engagement of horizontal tooth bar, another group gear is symmetrical with this group with tooth bar engagement on the snip.

Connect a leading screw in the middle of the described portal frame, the other end of leading screw is connected with guide motor on being fixed in hull; Gantry case is provided with nut, and this nut cooperates with leading screw.

The rear end of described hull is provided with propulsion plant, and propulsion plant comprises an advance frame that is connected with hull, with a push pedal that is connected with advance frame.

Also flexibly connect the electric pushrod I on the described hull, the other end of electric pushrod I is movably connected in the tail end of advance frame, flexibly connects the electric pushrod II in the centre position of push pedal, and the other end of electric pushrod II is movably connected in the centre position of advance frame.

Mower waterborne adopts several floating drums to connect, and is not only simple in structure, and hull is corrosion-resistant, and it is aging to be difficult for getting rusty; The hull both sides are respectively equipped with the water wheels transmission mechanism, like this, can control respectively water wheels, to realize the turning of hull; Adopt gantry mowing-apparatus to realize cutting, high efficiency with the reverse linear of the horizontal, vertical snip group of driven by motor to pasture and water in the water.

On portal frame, be provided with leading screw, cooperate, make gantry case drive the motion that snip can be up and down, thereby can control the degree of depth of cutting pasture and water in the water with the nut of gantry case.

Rear end at hull is provided with propulsion plant, is used for that the bank is salvaged or shifted onto to the pasture and water of cutting off and unifies cleaning, has more improved operating efficiency.

Propulsion plant is provided with the electric pushrod I makes advance frame at water surface dipping and heaving, and the electric pushrod II makes the push pedal undulatory motion, makes the handling stronger of whole propulsion plant like this, is convenient to operation at sea.

In sum, mower waterborne is not only simple in structure, and can control respectively different motors by electric control box, to reach a series of actions such as turning, mowing, collection, flexible operation, convenience have improved operating efficiency greatly, have alleviated labour intensity.

Description of drawings

Below in conjunction with accompanying drawing embodiment of the present utility model is described in further detail:

Fig. 1 is the stereogram of mower waterborne.

Fig. 2 is the right view of mower waterborne.

Fig. 3 is the front view of mower waterborne.

Fig. 4 is the partial enlarged drawing of Fig. 3.

Embodiment

As shown in Figure 1, a kind of mower waterborne, hull is formed by connecting for several floating drums 1, is respectively equipped with water wheels transmission mechanism 2 in the both sides of hull, front end at hull is provided with gantry mowing-apparatus 3, also is provided with electric control box 4 and generator (meaning not shown in the figures) on hull;

As shown in Figure 2, described water wheels transmission mechanism 2 is that water wheel motor 21 is connected with water wheels reductor 22, water wheels reductor 22 is connected with water wheels 24 by chain 23, water wheels 24 are connected with the bottom surface of hull, like this, electric control box 4 can be controlled the water wheel motor 21 of hull both sides respectively, realizes the action of advancing, retreating and turn of hull;

As shown in Figure 4, described gantry mowing-apparatus 3 is connected the front end of hull for portal frame 32, connect gantry case 35 on the portal frame 32, case 35 belows in gantry are provided with snip frame 41, left side, inside at gantry case 35, part on the right side and be not provided with gantry motor 37, each gantry motor 37 flexibly connects by offset slider-crank mechanism 38 and two perpendicular snips 40, this offset slider-crank mechanism 38 has realized that the circular motion of gantry motor is converted into the rectilinear motion of two perpendicular snips 40, and the direction of motion of two perpendicular snips 40 is opposite, thereby realize the function of cutting pasture and water, as shown in Figure 5, two groups of perpendicular tooth bars are connected to snip frame 41 left and right sides, two faces of two perpendicular snips 40 of homonymy overlap, outside lower face is respectively equipped with vertical tooth bar 42, horizontal direction at snip frame 41 also is connected with a pair of horizontal snip 43, end all is provided with horizontal tooth bar 44 about each horizontal snip 43 upper surface, a left side on the snip frame 41, the right side is symmetrically connected with two groups of gear I 45, gear II 46 and gear III 47, wherein in one group, the gear I

Vertical tooth bar 42 engagements on 45 and perpendicular snips 40, simultaneously with a horizontal snip 43 on 44 engagements of horizontal tooth bar, vertical tooth bar 42 engagements on gear II 46 and another perpendicular snip 40, simultaneously with 47 engagements of gear III, gear III 47 again with another horizontal snip 43 on horizontal tooth bar 44 engagement, thereby the perpendicular snip 40 of realization moves up and down and is converted to horizontal snip 43 side-to-side movements, and the direction of motion of every pair of snip all is opposite, another organizes tooth bar engagement and this group symmetry on gear and the snip, thereby guarantees the stressed even of horizontal snip 43.Whole gantry mowing-apparatus 3 has not only been realized the cutting to the pasture and water in the water, and the pasture and water that can will be wrapped on the snip frame 41 also cut off, and has alleviated because the resistance that the pasture and water winding brings, and efficiency is higher.

As shown in Figure 1, connect a leading screw 33 in the middle of the described portal frame 32, the other end of leading screw 33 is connected with guide motor 34 on being fixed in hull; Gantry case 35 is provided with nut (meaning not shown in the figures), this nut cooperates with leading screw 33, adopts this structure, can control the rotating of guide motor 34 by electric control box 4, thereby that realizes nut drive gantry case 35 moves up and down the height of Cutting Control pasture and water.

As illustrated in fig. 1 and 2, the rear end of described hull is provided with propulsion plant 5, and propulsion plant 5 comprises an advance frame that is connected with hull 51, with a push pedal that is connected with advance frame 52.

Also flexibly connect electric pushrod I 53 on the described hull, the other end of electric pushrod I 53 is movably connected in the tail end of advance frame 51, centre position in push pedal 52 flexibly connects electric pushrod II 54, and the other end of electric pushrod II 54 is movably connected in the centre position of advance frame 51.The control respectively of 4 pairs of electric pushrod I 53 of electric control box and electric pushrod II 54, that can realize that propeller enters the height of the water surface and push pedal 52 faces upward the mansion angle.

Claims

1. mower waterborne, it is characterized in that: hull is formed by connecting for several floating drums (1), be respectively equipped with water wheels transmission mechanism (2) in the both sides of hull, be provided with gantry mowing-apparatus (3), on hull, also be provided with electric control box (4) and generator at the front end of hull;

Described water wheels transmission mechanism (2) is that water wheel motor (21) is connected with water wheels reductor (22), and water wheels reductor (22) is connected with water wheels (24) by chain (23), and water wheels (24) are connected with the bottom surface of hull;

Described gantry mowing-apparatus (3) is connected the front end of hull for portal frame (32), portal frame (32) is gone up and is connected gantry case (35), gantry case (35) below is provided with snip frame (41), left side, inside at gantry case (35), part on the right side and be not provided with gantry motor (37), each gantry motor (37) flexibly connects by offset slider-crank mechanism (38) and two perpendicular snips (40), two groups of perpendicular tooth bars are connected to snip frame (41) left and right sides, two faces of two perpendicular snips (40) of homonymy overlap, outside lower face is respectively equipped with vertical tooth bar (42), horizontal direction at snip frame (41) also is connected with a pair of horizontal snip (43), end all is provided with horizontal tooth bar (44) about each horizontal snip (43) upper surface, snip frame (41) is gone up a left side, the right side is symmetrically connected with two groups of gear I (45), gear II (46) and gear III (47), wherein in one group, vertical tooth bar (42) engagement on a gear I (45) and the perpendicular snip (40), simultaneously with a horizontal snip (43) on horizontal tooth bar (44) engagement, vertical tooth bar (42) engagement on gear II (46) and another perpendicular snip (40), mesh with gear III (47) simultaneously, gear III (47) again with another horizontal snip (43) on horizontal tooth bar (44) engagement, another group gear is symmetrical with this group with tooth bar engagement on the snip.

2. mower waterborne as claimed in claim 1 is characterized in that: connect a leading screw (33) in the middle of the described portal frame (32), the other end of leading screw (33) is connected with guide motor (34) on being fixed in hull; Gantry case (35) is provided with nut, and this nut cooperates with leading screw (33).

3. mower waterborne as claimed in claim 1 or 2 is characterized in that: the rear end of described hull is provided with propulsion plant (5), and propulsion plant (5) comprises an advance frame that is connected with hull (51), with a push pedal that is connected with advance frame (52).

4. mower waterborne as claimed in claim 3, it is characterized in that: also flexibly connect electric pushrod I (53) on the described hull, the other end of electric pushrod I (53) is movably connected in the tail end of advance frame (51), centre position in push pedal (52) flexibly connects electric pushrod II (54), and the other end of electric pushrod II (54) is movably connected in the centre position of advance frame (51).