초록 ▼

An apparatus and method for supply of treating fluid to a cutting apparatus directly to cut vegetation substantially simultaneously with the cutting of the vegetation. Treating fluid is delivered from the supply to an intermediate, sealed reservoir into which a desired volume of treating fluid is ma

An apparatus and method for supply of treating fluid to a cutting apparatus directly to cut vegetation substantially simultaneously with the cutting of the vegetation. Treating fluid is delivered from the supply to an intermediate, sealed reservoir into which a desired volume of treating fluid is maintained. The treating fluid is then delivered from the sealed reservoir, via centrifugal force, through a channel to a passageway formed in the bolt connecting the cutting blade to a blade mount of the mower. The treating fluid is ejected from the bolt passage directly onto the exposed undersurface of the cutting blade and directly to the vegetation at the same time that it is cut so that the treatment fluid, herbicide or other chemical is absorbed directly into the translocation system of the cut vegetation.

대표청구항 ▼

We claim: 1. An apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid, the apparatus comprising: a blade mount non-rotatably connected to a drive shaft; at least one cutting blade connected to the blade mount by a securing bolt radially spaced from the drive sha

We claim: 1. An apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid, the apparatus comprising: a blade mount non-rotatably connected to a drive shaft; at least one cutting blade connected to the blade mount by a securing bolt radially spaced from the drive shaft; a fluid reservoir formed concentrically about the drive shaft and supported on the blade mount; a radially extending channel formed in the blade mount and communicating from the fluid reservoir through the blade mount to an exit orifice immediately adjacent a surface of the cutting blade; and the securing bolt of the at least one cutting blade defining at least a portion of a fluid passage between the radially extending channel and the exit orifice adjacent the surface of the cutting blade. 2. The apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid as set forth in claim 1 further comprising a pump for supplying the desired treatment fluid from a main fluid supply to the fluid reservoir where the treatment fluid flows by centrifugal force from the fluid reservoir through the radially extending channel and out the exit orifice onto the surface of the cutting blade. 3. The apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid as set forth in claim 1 and wherein besides an entrance passage and the exit orifice the fluid reservoir is substantially enclosed to maintain a desired volume of treatment fluid therein from contact with the environment. 4. The apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid as set forth in claim 1 and wherein the blade mount comprises at least an upper part and a lower part with the channel formed therebetween to direct the fluid toward the passage defined by the bolt. 5. The apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid as set forth in claim 1 and wherein the fluid reservoir is sealed by a circumferential seal between the reservoir and a reservoir housing. 6. The apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid as set forth in claim 4 and wherein material is removed from at least one of the upper part or lower part of the blade mount which are then secured together to define the channel directing the fluid toward the passage in the bolt. 7. The apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid as set forth in claim 1 and wherein the bolt is provided with a bolt head having a larger diameter than a remainder of the bolt and which secures the cutting blade to the blade mount and a portion of the passage extends radially through the bolt head to the exit opening formed in a circumferential edge of the bolt head immediately adjacent the bottom surface of the cutting blade. 8. The apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid as set forth in claim 1 and wherein the cutting blade is secured directly to the blade mount solely by the bolt. 9. An apparatus for cutting vegetation with a cutting implement and treating the cut vegetation with a desired treatment fluid, the apparatus comprising: a blade mount non-rotatably connected to a drive shaft, the blade mount comprising; a top portion and a bottom portion having a common axis of rotation and defining a channel therebetween; a bolt radially spaced from the drive shaft for securing the cutting implement to the blade mount; a passage formed in the bolt communicating with the channel defined between the top and bottom portions of the blade mount; and a reservoir formed concentric about the drive shaft and the common axis of rotation and communicating with the channel defined between the top and bottom portions of the blade mount. 10. The apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid as set forth in claim 9 and wherein the cutting blade is rotatably secured by the bolt directly to the bottom portion of the blade mount. 11. The apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid as set forth in claim 9 and wherein the channel is formed circumferentially about the common axis of rotation and includes opposing tapering fluid paths extending radially to connect with the passage in the bolt. 12. The apparatus for cutting vegetation and treating the cut stems with a desired treatment fluid as set forth in claim 11 and wherein fluid in the reservoir is directed solely by centrifugal force through the channel and tapering fluid path into the bolt passage. 13. A method of delivering a desired treating fluid to a surface of a cutting blade, the method comprising the steps of: securing a blade mount non-rotatably connected to a drive shaft; connecting at least one rotary driven cutting blade connected to the blade mount by a securing bolt radially spaced from the drive shaft; supplying the desired treating fluid to a fluid reservoir formed concentrically around the drive shaft and supported on the blade mount; inducing the treating fluid to flow from the fluid reservoir by centrifugal force into a channel formed in the blade mount; defining at least a portion of a fluid passage through the securing bolt providing a channel formed between the blade mount and an exit opening adjacent the surface of the cutting blade; and ejecting the treating fluid from the exit opening directly onto a surface of the cutting blade.