Summary of the invention
Technical problem to be solved by this invention provides a kind of cutter shaft assembly that can pulverize the trimmer of thicker paper with lower energy consumption.
The present invention solves the problems of the technologies described above the technical scheme that is adopted: a kind of cutter shaft assembly of trimmer, comprise main shaft and a plurality of coaxial break bar that is set on the described main shaft, be provided with distance piece between two adjacent break bars, the periphery of described break bar is provided with a plurality of equally distributed pointed tooths, be provided with the pointed tooth that makes on the adjacent break bar between described main shaft and the described break bar and stagger 0.5 °-15 ° successively mutually, and the spiral positioning device that has only a pointed tooth to contact at synchronization with paper to be pulverized, described spiral positioning device comprises helicla flute or the helical planes that is arranged on the described main shaft and is wholely set the locating convex block on week in described break bar, described locating convex block and described helicla flute cooperatively interact or described locating convex block apical grafting on the helical centre of described helical planes, from the two ends of axially seeing described spiral fluted two ends or described helical planes with respect to the angle between the axle center less than two adjacent pointed tooths on the same break bar with respect to the angle between the axle center.
A kind of cutter shaft assembly of trimmer, comprise main shaft and a plurality of coaxial break bar that is set on the described main shaft, be provided with distance piece between two adjacent break bars, the periphery of described break bar is provided with a plurality of equally distributed pointed tooths, be provided with the pointed tooth that makes on the adjacent break bar between described main shaft and the described break bar and stagger 0.5 °-15 ° successively mutually, and the spiral positioning device that has only a pointed tooth to contact at synchronization with paper to be pulverized, described spiral positioning device comprises and is arranged on the locating slot on week in the described break bar and is wholely set spiral prominence footpath on described main shaft, described spiral prominence footpath cooperatively interacts with described locating slot, from the two ends of axially seeing described spiral prominence footpath with respect to the angle between the axle center less than two adjacent pointed tooths on the same break bar with respect to the angle between the axle center.
Compared with prior art, advantage of the present invention is owing to be provided with the pointed tooth that makes on the adjacent break bar 0.5 °-15 ° the spiral positioning device that staggers mutually successively between main shaft and the break bar, make the cutter shaft assembly have only a pointed tooth to contact with paper to be pulverized at synchronization, when pulverizing thicker paper, the needed driving force of main shaft is just smaller, the power of motor of selecting for use is also smaller, plays and has also saved energy consumption when pulverizing the paper effect; In addition because the spiral positioning device adopts helicla flute on the main shaft and the locating convex block on the break bar to cooperatively interact or adopts helical planes and the structure that the locating convex block on the break bar cooperatively interacts on the main shaft, process more convenient, and locate also more firm.
The specific embodiment
Embodiment describes in further detail the present invention below in conjunction with accompanying drawing.
Embodiment one: as shown in the figure, a kind of cutter shaft assembly of trimmer, comprise main shaft 1 and a plurality of coaxial break bar 2 that is set on the main shaft 1, main shaft 1 is provided with helicla flute 3, be wholely set locating convex block 4 on the interior week of break bar 2, locating convex block 4 cooperatively interacts with helicla flute 3, the periphery of break bar 2 has been wholely set a plurality of equally distributed pointed tooths 21, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 0.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization, be provided with distance piece 5 between two adjacent break bars 2.
Embodiment two: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 1.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment three: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 2.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment four: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 3.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment five: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 4.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment six: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 5.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment seven: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 6.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment eight: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 7.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment nine: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 8.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment ten: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 9.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment 11: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 10.5 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment 12: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 12 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment 13: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 13 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment 14: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 14 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment 15: other structure is with embodiment one, difference is that main shaft 1 is provided with helicla flute 3, angle α between the two ends of helicla flute 3 is less than the angle β between two adjacent pointed tooths 21 on the same break bar 2, make the pointed tooth 21 on the adjacent break bar 2 stagger mutually successively 15 °, and have only a pointed tooth 21 to contact with paper to be pulverized at synchronization.
Embodiment 16: other structure is with embodiment one to embodiment 15, difference is that the helicla flute 3 on the main shaft 1 changes helical planes 6 into, locating convex block 4 apical graftings on the break bar 2 are on the helical centre of helical planes 6, and the angle between the two ends of helical planes 6 is less than the angle between two adjacent pointed tooths on the same break bar.
Embodiment 17: figure does not show, other structure is with embodiment one to embodiment 15, difference is that the helicla flute on the main shaft changes the spiral prominence footpath into, locating convex block in the break bar on week changes locating slot into, spiral prominence footpath cooperatively interacts with locating slot, and the angle between the two ends in spiral prominence footpath is less than the angle between two adjacent pointed tooths on the same break bar.