CN203554951U - Carpet pruning machine - Google Patents
Carpet pruning machine Download PDFInfo
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- CN203554951U CN203554951U CN201320662108.8U CN201320662108U CN203554951U CN 203554951 U CN203554951 U CN 203554951U CN 201320662108 U CN201320662108 U CN 201320662108U CN 203554951 U CN203554951 U CN 203554951U
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- cutter
- wheel
- polygonal
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- vehicle frame
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Abstract
The utility model discloses a carpet pruning machine, relates to garden pruning and shaping equipment and is used for solving the problem that pruning of garden flower beds is time-consuming and labor-consuming. The pruning machine comprises a cutter module, feeding modules, a frame, a grass collection module and multi-foot wheel modules, wherein the cutter module comprises a cutter and a cutter head driving unit driving the cutter to rotate; the feeding modules driving the cutter module to glide from side to side and move up and down are arranged between the cutter module and the frame; the grass collection module used for collecting cut branches and leaves of flowers and trees is arranged on the frame; and two groups of the multi-foot wheel modules are arranged on each side of the frame to facilitate traveling of the carpet pruning machine. The carpet pruning machine higher in mechanization level is provided, so that the problem that pruning of greening vegetation in public places such as gardens, squares and the like is time-consuming and labor-consuming is effectively solved, carpet flower beds with certain geometrical shapes can be pruned, the working efficiency is improved, and the appearance attractiveness and ornamental values of the carpet flower beds are greatly increased.
Description
Technical field
The utility model relates to a kind of ornamental plant trimming and finishing equipment, the mould line trimmer that specifically a kind of mechanization degree is higher.
Background technology
Parterre is again carpet bed or apperance flower bed, this kind of flower bed is take the showy flowers of herbaceous plants of bright various nanisms, floriferousness or sees leaf draft as main, in one plane plant all patterns, look just as carpet, flower bed profile is all regular geometric figures.Along with the development of urbanization process, urban afforestation level has represented the image in a city.In places such as avenue, square, parks, often plant certain evergreen plant and carry out the greening of street, public place.In public places such as garden, squares, afforestation vegetation in blocks is repaired, and carried out the pruning of certain geometrical shape, become parterre, for the aesthetic property that improves public place greenbelt, there is good effect.There is no at present the pruning of special plant equipment for parterre, can only prune by the mode of artificial hand held power saw, the shortcoming of this mode is, the degree of depth of pruning and neat degree are controlled by people, what allow to prune is enough neat, but people's physical demands is very large, band and come be lower operating efficiency; Particularly, in hot summer, for garden maintenance workman's health, there is certain threat; And noise is large, affect people's hearing.
Utility model content
The purpose of this utility model is to provide a kind of mould line trimmer, for solving gardens parterre, prunes the problem wasting time and energy.
The technical scheme in the invention for solving the technical problem is: a kind of mould line trimmer, it is characterized in that, and comprise cutter module, polypody wheel module and vehicle frame,
What one cutter fixed head can horizontally slip by a pair of line slideway is horizontally installed on described vehicle frame, and between cutter fixed head and vehicle frame, is provided with the first driving mechanism that drives cutter fixed head to carry out side-to-side movement; Below described cutter fixed head, be provided with cutter module, be provided with the second driving mechanism that drives cutter module to carry out vertical direction motion between described cutter module and cutter fixed head, described cutter module comprises cutter and drive motors;
In the both sides of described vehicle frame, be respectively equipped with at least two polypody wheel modules with independent power source, in described polypody wheel module, be at least provided with a polypody wheel, described polypody wheel comprises polygonal wheel of driving, aligning is polygonal takes turns, adjust plate, eccentric ratio axle and sufficient bar, the polygonal wheel of discoidal described driving, aligning is polygonal to be taken turns and adjusts plate and be set on successively on sufficient wheel shaft, described adjustment plate is the eccentric wheel with eccentric circular hole, described adjustment plate eccentric circular hole is directly or indirectly fixedly connected with sufficient wheel shaft, and described adjustment plate outer is nested with in the polygonal centre bore of taking turns of aligning, the polygonal centre bore activity of taking turns of described driving is nested with on sufficient wheel shaft, take turns and the polygonal axis hole that is circumferentially evenly arranged equal number of taking turns of aligning discoidal described driving is polygonal, some eccentric ratio axles two ends respectively slip-knot two polygonal wheels in corresponding axis hole, and in the outer end of each eccentric ratio axle, be fixed with vertical sufficient bar, make that in the polygonal process of taking turns rotation of described aligning, each sufficient bar is all the time in vertical state, described sufficient wheel shaft is the axial workpiece being arranged on the output shaft of independent power source.
Further, be provided with inverted infundibulate grass catcher above described cutter, the top of described grass catcher is connected with the grass cutting collection box being fixed on vehicle frame by carrier pipe, and is provided with centrifugal blower in described vehicle frame or grass cutting collection box.
Further, on described cutter fixed head, be provided with through hole, in described through hole, be fixed with feed screw nut installing sleeve, one leading screw coordinates with the nut of empty set in feed screw nut installing sleeve, and the top of described nut is provided with the gear being driven by drive motors, the below that is arranged on cutter fixed head that cutter module can vertically slide by lead, and be connected between cutter module and leading screw, the second described driving mechanism formed.
Further, described the first driving mechanism is the straight line lead screw transmission assembly being horizontally installed between cutter fixed head and vehicle frame, nut in described straight line lead screw transmission assembly is fixed on cutter fixed head, what rotated at leading screw two ends is connected on vehicle frame, and described straight line lead screw transmission assembly is driven by the stepper motor that is arranged on vehicle frame one side.
Further, described the first driving mechanism is the toothed belt transmission assembly being horizontally installed between cutter fixed head and vehicle frame, belt wheel in described toothed belt transmission assembly is arranged on the both sides of vehicle frame, after Timing Belt is walked around two belt wheels, two ends are separately fixed on cutter fixed head, and described toothed belt transmission assembly is driven by the stepper motor that is arranged on vehicle frame one side.
Further, be also provided with an installation portion for installation and transportation wheel in the outside of each sufficient wheel shaft, the diameter of described travelling wheel is greater than the effective diameter in polypody wheel rotation process.
Further, in described polypody wheel module, there are two rows and coaxially arrange and be arranged on the polypody wheel on same sufficient wheel shaft, and the adjacent sufficient bar interlaced arrangement in two row's polypody wheels.
Further, described eccentric ratio axle comprises two cylinders that be arranged in parallel, and the connecting plate and the sufficient bar mount pad that are fixedly connected with vertical with two cylinders, described sufficient bar mount pad is fixed therein on a cylindrical nose circle face, and on sufficient bar mount pad, be provided with the hole perpendicular to two cylinder place planes, and in described hole holding cylindrical foot bar.
Further, described adjustment plate circular hole and sufficient wheel shaft indirect being fixedly connected with like this: described adjustment plate is provided with and is positioned at the cylinder of center and is positioned at the circular hole that departs from center and coordinate with sufficient wheel shaft, also comprise an adjustment plate fixture, on described adjustment plate fixture, there is the through hole being fixedly connected with sufficient wheel shaft with adjustment plate cylinder body respectively.
Further, described independent power source is stepper motor or servomotor.
The beneficial effects of the utility model are: by the mould line trimmer that a kind of mechanization degree is higher is provided, efficiently solve the problem wasting time and energy while pruning the public place such as park, square afforestation vegetation, and can prune out the parterre with certain geometrical shape, improved operating efficiency, and greatly improved aesthetic property and the sight of parterre, at least there is following characteristics:
1) the walking feature of utilizing polypody to take turns in the process of advancing, farthest reduces the destruction to existing flower bed.
2) four wheel drive, freely advances, and coordinates the control of servomotor, utilizes the control to both sides polypody wheel different rotating speeds, realizes certain turning function, can walk out curve and straight line.
3) grass catcher can be realized the branches and leaves that shear off that cut into two exact halves and cleans automatically, improves working effect.
4) cutter can be realized the position adjustment of left and right and above-below direction, and coordinates overall track route can realize the automatic pruning work of most parterre, and automaticity is high.
5) can be equipped with generator or charging equipment is realized operation, be applicable to the pruning work of the flower bed that square, road etc. locate, applied widely.
Accompanying drawing explanation
Fig. 1 is the utility model graphics;
Fig. 2 is the careless module diagram of collection;
Fig. 3 is the vertical view of Fig. 1;
Fig. 4 is cutter module and vertical feeding module graphics;
Fig. 5 is Fig. 4 front view;
Fig. 6 is cutter fixed head graphics;
Fig. 7 is that Fig. 3 A is to partial view;
Fig. 8 is single polypody actuation schematic diagram;
Fig. 9 is polypody wheel graphics;
Figure 10 is Fig. 9 front view;
Figure 11 is Figure 10 B-B cutaway view;
Figure 12 is sufficient wheel shaft graphics;
Figure 13 is the polygonal graphics of taking turns of aligning;
Figure 14 is for adjusting plate graphics;
Figure 15 is for adjusting plate fixture graphics;
Figure 16 is eccentric ratio axle graphics;
Figure 17 is holder graphics;
Figure 18 is for driving the polygonal graphics of taking turns;
Figure 19 is travel position graphics;
In figure: 11 motors, 12 centrifugal blowers, 13 grass cutting collection boxes, 14 carrier pipes, 15 grass catchers, 21 first stepper motors, 22 first leading screws, 23 cutter fixed heads, 231 first through holes, 232 second through holes, 233 third through-holes, 234 otic placodes, 24 slide blocks, 241 chutes, 25 leads, 26 driven wheels of differential, 27 drive bevel gear, 28 second leading screws, 29 second stepper motors, 3 feed screw nut installing sleeves, 4 feed screw nuts, 51 cutter head driver elements, 52 cutters, 61 vehicle frames, 62 guide rails, 63 motor mounting plates, 71 the 3rd stepper motors, 72 inner shafts bearings, 73 outside mount pads, 74 Timing Belts, 75 active synchronization belt wheels, 76 driven synchronous pulleys, 81 sufficient wheel shafts, 82 alignings are polygonal takes turns, the 821 polygonal mobile jibs of taking turns, 822 support bars, the 823 polygonal center rings of taking turns, 824 T font ends, 825 mobile jib Connection Blocks, 826 semicircle axis holes, 83 adjust plate, 831 small columns, 832 circular holes, 84 adjust plate fixture, 841 cylindrical holes, 842 sufficient axle holes, 85 round nuts, 86 eccentric ratio axles, 861 eccentric ratio the first axles, 862 connecting plates, 863 eccentric ratio the second axles, 864 sufficient bar mount pads, 865 holes, 87 sufficient bars, the 871 anti-dishes that fall into, 88 holders, 881 holder Connection Blocks, 882 semicircle shaft-cups, 89 drive polygonal wheel, 891 axle sleeves, 821 ' polygonal the mobile jib of taking turns, 822 ' support bar, 823 ' polygonal the center ring of taking turns, 9 screwed holes, 10 travelling wheels.
Embodiment
As shown in Fig. 1 to Figure 18, the utility model comprises cutter module, collects careless module, feeding module, vehicle frame, walking driving mechanism and polypody wheel module composition.
As shown in Figure 4, in the bottom of the second leading screw 28, be fixed with cutter head driver element 51, this cutter head driver element 51 is for driving cutter 52 to rotate, cutter head driver element 51 mainly comprises shell and motor, and shell is a cuboid cavity structure, and the top of shell is fixed on the bottom of the second leading screw 28, and be fixedly connected with lead, in shell, be provided with motor, motor output shaft is fixedly connected with the cutter 52 that is located at cutter head driver element 51 belows, and essence is the driving force of cutter 52.When the second leading screw 28 moves up and down, the cutter head driver element 51 that is fixed on the second leading screw 28 bottoms does vertical lines motion, and the lower surface of three leads 25 is separately fixed at three edges of cutter head driver element 51, be specially: three edges at cutter head driver element 51 are provided with breach, lead 25 is placed in this breach, and lead 25 lower surfaces are fixed on outer casing bottom.Above-mentioned cutter head driver element 51 and cutter 52 have formed cutter module.
In the left and right sides of the second through hole 232, being provided with third through-hole 233, compares greatly with first, second through hole in third through-hole 233 apertures, for grass catcher 15 is installed.Grass catcher 15 entirety becomes an inverted infundibulate, comprise cylindrical drum part and be fixed on the horn section of cylindrical drum part lower end, and horn section be placed in cutter 52 on be convenient to the flowers and trees branches and leaves after 52 cuttings of collecting knife tool; Cylindrical drum partial fixing, in third through-hole 233, can be used the plastic tube of market purchasing, and is fixedly connected with carrier pipe 14 in the upper end of cylindrical drum part.Carrier pipe 14 is flexible pipe, and the other end of carrier pipe 14 is communicated with the grass cutting collection box 13 being fixed on vehicle frame 61, and grass cutting collection box 13 is for to have the cuboid box of better sealing, and the motor 11 that is provided with centrifugal blower 12 at the top of grass cutting collection box 13 and drives centrifugal blower 12 to work.Above-mentioned motor 11, centrifugal blower 12, grass cutting collection box 13, carrier pipe 14 and grass catcher 15 have formed the careless module of collection.When motor 11 rotates, driven by motor centrifugal blower 12 is worked, produce enough strong suction, this suction is in the flowers and trees branches and leaves at grass catcher 15 horn mouth places, and the transfer passage that the branches and leaves after shearing are formed along grass catcher 15 and carrier pipe 14 is transported in grass cutting collection box 13.
For realizing cutter module along the horizontally slipping and the location of cutter module on guide rail 62 of guide rail 62, on vehicle frame 61, be provided with cutter traverse to feeding module.Be specially: as shown in Figure 3, on the vehicle frame 61 between two guide rails 62, be fixed with the first stepper motor 21, the first stepper motor 21 clutch ends and be fixed with the first leading screw 22; A side at cutter fixed head 23 is provided with otic placode 234, is provided with the cylindrical hole for feed screw nut installing sleeve 3 is installed on otic placode 234; One feed screw nut installing sleeve 3 is fixed on above-mentioned otic placode 234, and there is feed screw nut 4 in feed screw nut installing sleeve 3 hollow sleeve, feed screw nut 4 coordinates with the first leading screw 22, hold intelligible, the rotation of leading screw can the movement on left and right directions with cutter fixed head 23, and coordinates control system to realize digitized control.
For realizing the walking of vehicle frame 61, in the left and right sides of vehicle frame 61, be respectively equipped with two groups of polypody wheel modules, above-mentioned four groups of polypodies wheel module is driven by four the 3rd stepper motors 71 that are fixed on vehicle frame 61 respectively.Be specially: as shown in Fig. 3, Fig. 8, four edges in vehicle frame 61 inner sides are welded with respectively motor mounting plate 63, motor mounting plate 63 is for being provided with the rectangular flat metal plate of screwed hole, on motor mounting plate 63, be bolted the 3rd stepper motor 71, and the 3rd stepper motor 71 output shafts arrange toward the outer side; On the 3rd stepper motor 71 output shafts, active synchronization belt wheel 75 is installed; Four edges in the bottom of vehicle frame 61 are respectively equipped with two mount pads, are provided with driven synchronous pulley 76 between two mount pads, and by Timing Belt 74, moving principal and subordinate synchronous pulley are connected; One sufficient wheel shaft 81 is taken turns and above-mentioned parts is coupled together through inner shafts bearing 72, driven synchronous pulley 76, outside mount pad 73 and duplex polypody respectively; When the 3rd stepper motor 71 is worked, by band transmission, by transmission of power, give enough wheel shaft 81, realize the rotation of polypody wheel.Above-mentioned the 3rd stepper motor 71, the moving synchronous pulley of principal and subordinate and Timing Belt 74 have formed the walking driving mechanism of duplex polypody wheel.
Polypody wheel module is comprised of two polypodies wheels of coaxial setting, below the structure composition of polypody wheel is described in detail: as shown in Fig. 9, Figure 11, polypody wheel mainly comprises that aligning polygonally takes turns 82, eccentric ratio axle 86, sufficient bar 87 and drive and polygonally take turns 89; As shown in figure 13, aligning is polygonal takes turns 82 and comprises polygonal mobile jib 821, support bar 822 and the polygonal center ring 823 of taking turns of taking turns; The polygonal center ring 823 of taking turns is for having the short cylinder of centre bore, and polygonal radial dimension of taking turns center ring 823 wants large more than axial dimension; On polygonal external cylindrical surface of taking turns center ring 823, be radially provided with the polygonal mobile jib 821 of taking turns of the six roots of sensation, polygonal take turns mobile jib 821 for have the Metallic rod of square-section and with polygonal center ring 823 equal thickness of taking turns, the polygonal extended line of taking turns mobile jib 821 of the six roots of sensation all intersects at polygonally takes turns center ring 823 center, and polygonal mobile jib 821 equal angles of taking turns of the six roots of sensation distribute; Polygonal end of taking turns mobile jib 821 is T character form structure, and on T font end 824, be provided with and be parallel to polygonal semicircle axis hole 826 of taking turns center ring 823 axis directions, semicircle axis hole 826 both sides are mobile jib Connection Block 825, and are respectively equipped with screwed hole 9 on two mobile jib Connection Blocks 825; For increasing the intensity of polypody wheel, adjacent between two polygonal wheel between mobile jib 821, be respectively equipped with support bar 822, support bar 822 is for having the Metallic rod of rectangular cross section structure, and six roots of sensation support bar 822 surrounds a regular hexagon.Certainly, polygonal number of taking turns mobile jib 821 can be also two, three, four, five, seven or more, be combined and can realize walking function, and polygonal mobile jib 821 numbers of taking turns is more with other parts, and the walking of polypody wheel is more steady; But along with the polygonal increase of taking turns mobile jib 821 numbers, the polygonal processing and manufacturing of taking turns mobile jib is cumbersome, and certainly will will increase polygonal size of taking turns, therefore polygonal number of taking turns mobile jib be six proper.
Be provided with in taking turns 82 polygonal centre bores of taking turns center ring 823 and adjust plate 83 aligning is polygonal, as shown in figure 14, adjusting plate 83 is metal cylinder, and its thickness is slightly smaller than polygonal 82 the thickness of taking turns of aligning; In the center of adjusting plate 83, be provided with a small column 831, in a side of small column 831, be provided with the circular hole 832 of a bias, in a side of adjusting plate 83, be provided with and adjust plate fixture 84, adjust plate fixture 84 for two ends be that semicircle, centre are the metallic plates of rectangle, in the semi-circular portion of adjusting plate fixture 84 both sides, be respectively equipped with cylindrical hole 841 and sufficient axle hole 842, and sufficient axle hole 842 is strip hole, for coordinating with sufficient wheel shaft.
As shown in figure 18, drive polygonal take turns 89 profiles and aligning polygonal take turns 82 similar, comprise polygonal take turns mobile jib 821 ', support bar 822 ' and polygonal take turns center ring 823 ', difference is only to drive polygonal 89 the polygonal center ring 823 ' for having the cylinder of less centre bore of taking turns of taking turns, and is driving polygonal 89 the center of taking turns to be provided with an axle sleeve 891.
As shown in figure 16, eccentric ratio axle 86 polygonally takes turns 89 and aligning is polygonal takes turns 82 for connecting to drive, comprise eccentric ratio the first axle 861, connecting plate 862, eccentric ratio the second axle 863 and sufficient bar mount pad 864, eccentric ratio the first axle 861 be arranged in parallel with eccentric ratio the second axle 863, a plate 862 is vertically fixed on respectively one end of eccentric ratio the first axle and eccentric ratio the second axle and both is coupled together, and be fixed with sufficient bar mount pad 864 in the circular end surface center of eccentric ratio second axle 863 other ends, and on sufficient bar mount pad 864, be provided with the hole 865 that is parallel to eccentric ratio the first axle and eccentric ratio the second axle place plane.As shown in figure 17, the metalwork that holder 88 is and polygonal T font end of taking turns mobile jib coordinates, comprises holder Connection Block 881 and semicircle shaft-cup 882.As shown in figure 12, sufficient wheel shaft 81 is axial workpiece, and is provided with two parallel cuts in one end of sufficient wheel shaft 81.
Polypody wheel module also can only comprise a polypody wheel, and the stationarity when polypody that adopts two polypody wheels to form is taken turns module walking is better.
During installation, by adjusting plate 83, from polygonal 82 the side of taking turns of aligning, be placed on polygonal centre bore of taking turns center ring 823, and the small column 831 of assurance adjustment plate 83 toward the outer side, at polygonal 82 the opposite side of taking turns of aligning, place to drive and polygonally take turns 89, the eccentric ratio of eccentric ratio axle 86 the first axle 861 and eccentric ratio the second axle 863 are placed on respectively to drive and polygonally take turns 89 and aligning is polygonal takes turns in 82 semicircle axis hole, the semi-circular plate of holder 88 881 is buckled in respectively on eccentric ratio the first axle 861 and eccentric ratio the second axle 863, and by bolt by holder 88, eccentric ratio axle 86, drive and polygonally take turns 89 and take turns 82 and be fixedly connected with aligning is polygonal, each polygonal to take turns the polygonal mobile jib number of taking turns be six, and therefore the number of the upper eccentric ratio axle 86 of each polypody wheel is that six, holder 88 numbers are 12, the cylindrical hole 841 of adjusting plate fixture 84 is enclosed within on the small column 831 of adjusting plate 83, by a sufficient wheel shaft 81 successively through driving the polygonal polygonal circular hole 832 of taking turns 82 centre bore and adjusting plate 83 of 89 axle sleeve 891, aligning of taking turns, and guarantee that one end that sufficient wheel shaft 81 has cross section is arranged in the sufficient axle hole 842 of adjusting plate fixture 84, and by one, be enclosed within round nut 85 on sufficient wheel shaft 81 and adjustment plate 83 be fixed on to aligning is polygonal takes turns on 82, the other end of sufficient wheel shaft 81 is fixedly connected with inner shafts bearing 72.In the screwed hole 9 of eccentric ratio axle 86 epipodium bar mount pads 864, be fixed with sufficient bar 87, sufficient bar 87 is elongate cylinder bar; At the non-installation end of sufficient bar 87, be provided with the anti-dish 871 that falls into of disc, by increasing with the contact area on ground, reduce pressure, can prevent that sufficient bar 87 is absorbed in soil.By the sufficient wheel shaft 81 of the two polypodies wheels duplex polypody wheel that is composed of a fixed connection, and the two polypodies wheel certain angle that mutually staggers.When the 3rd stepper motor 71 is worked, band transmission, drive and polygonally take turns 89 transmission of power is taken turns to polypody, two polypodies wheels rotates and are with action spot bar 87 to rotate, and sufficient bar 87 and eccentric ratio axle 86 are connected, therefore when the rotation of polypody wheel, sufficient bar 87 remains vertical placement and forms walking states; And two polypodies are taken turns the certain angle that mutually staggers, the stationarity in the time of can increasing walking.
For convenience of the transportation of mould line trimmer, as shown in figure 19, installation and transportation wheel 10 on the sufficient wheel shaft 81 in two duplex polypody wheel outsides below mould line trimmer grass cutting collection box 13, and travelling wheel 10 appearance and sizes are greater than the appearance and size of duplex polypody wheel; The installation of travelling wheel 10, has facilitated the transportation of mould line trimmer.
The fractionation of each module and parts is descriptions of being convenient to embodiment above, in actual applications, and above each module effect of cooperatively interacting, and can greatly increase work efficiency.
Claims (10)
1. a mould line trimmer, is characterized in that, comprises cutter module, polypody wheel module and vehicle frame,
What one cutter fixed head can horizontally slip by a pair of line slideway is horizontally installed on described vehicle frame, and between cutter fixed head and vehicle frame, is provided with the first driving mechanism that drives cutter fixed head to carry out side-to-side movement; Below described cutter fixed head, be provided with cutter module, be provided with the second driving mechanism that drives cutter module to carry out vertical direction motion between described cutter module and cutter fixed head, described cutter module comprises cutter and drive motors;
In the both sides of described vehicle frame, be respectively equipped with at least two polypody wheel modules with independent power source, in described polypody wheel module, be at least provided with a polypody wheel, described polypody wheel comprises polygonal wheel of driving, aligning is polygonal takes turns, adjust plate, eccentric ratio axle and sufficient bar, the polygonal wheel of discoidal described driving, aligning is polygonal to be taken turns and adjusts plate and be set on successively on sufficient wheel shaft, described adjustment plate is the eccentric wheel with eccentric circular hole, described adjustment plate eccentric circular hole is directly or indirectly fixedly connected with sufficient wheel shaft, and described adjustment plate outer is nested with in the polygonal centre bore of taking turns of aligning, the polygonal centre bore activity of taking turns of described driving is nested with on sufficient wheel shaft, take turns and the polygonal axis hole that is circumferentially evenly arranged equal number of taking turns of aligning discoidal described driving is polygonal, some eccentric ratio axles two ends respectively slip-knot two polygonal wheels in corresponding axis hole, and in the outer end of each eccentric ratio axle, be fixed with vertical sufficient bar, make that in the polygonal process of taking turns rotation of described aligning, each sufficient bar is all the time in vertical state, described sufficient wheel shaft is the axial workpiece being connected with independent power source output shaft.
2. a kind of mould line trimmer according to claim 1, it is characterized in that, above described cutter, be provided with inverted infundibulate grass catcher, the top of described grass catcher is connected with the grass cutting collection box being fixed on vehicle frame by carrier pipe, and is provided with centrifugal blower in described grass cutting collection box.
3. a kind of mould line trimmer according to claim 1 and 2, it is characterized in that, on described cutter fixed head, be provided with through hole, in described through hole, be fixed with feed screw nut installing sleeve, one leading screw coordinates with the nut of empty set in feed screw nut installing sleeve, and the top of described nut is provided with the gear being driven by drive motors, the below that is arranged on cutter fixed head that cutter module can vertically slide by lead, and between cutter module and leading screw, be connected, form the second described driving mechanism.
4. a kind of mould line trimmer according to claim 3, it is characterized in that, described the first driving mechanism is the straight line lead screw transmission assembly being horizontally installed between cutter fixed head and vehicle frame, nut in described straight line lead screw transmission assembly is fixed on cutter fixed head, what rotated at leading screw two ends is connected on vehicle frame, and described straight line lead screw transmission assembly is driven by the stepper motor that is arranged on vehicle frame one side.
5. a kind of mould line trimmer according to claim 3, it is characterized in that, described the first driving mechanism is the toothed belt transmission assembly being horizontally installed between cutter fixed head and vehicle frame, belt wheel in described toothed belt transmission assembly is arranged on the both sides of vehicle frame, after Timing Belt is walked around two belt wheels, two ends are separately fixed on cutter fixed head, and described toothed belt transmission assembly is driven by the stepper motor that is arranged on vehicle frame one side.
6. a kind of mould line trimmer according to claim 1 and 2, is characterized in that, is also provided with an installation portion for installation and transportation wheel in the outside of each sufficient wheel shaft, and the diameter of described travelling wheel is greater than the effective diameter in polypody wheel rotation process.
7. a kind of mould line trimmer according to claim 1 and 2, is characterized in that, in described polypody wheel module, there is coaxial setting and be arranged on the row of two on same sufficient wheel shaft polypody wheel, and the adjacent sufficient bar interlaced arrangement in two row's polypody wheels.
8. a kind of mould line trimmer according to claim 1 and 2, it is characterized in that, described eccentric ratio axle comprises two cylinders that be arranged in parallel, and the connecting plate and the sufficient bar mount pad that are fixedly connected with vertical with two cylinders, described sufficient bar mount pad is fixed therein on a cylindrical nose circle face, and on sufficient bar mount pad, be provided with the hole perpendicular to two cylinder place planes, and in described hole holding cylindrical foot bar.
9. a kind of mould line trimmer according to claim 1 and 2, it is characterized in that, described adjustment plate circular hole and sufficient wheel shaft indirect being fixedly connected with like this: described adjustment plate is provided with and is positioned at the cylinder of center and is positioned at the circular hole that departs from center and coordinate with sufficient wheel shaft, also comprise an adjustment plate fixture, on described adjustment plate fixture, there is the through hole being fixedly connected with sufficient wheel shaft with adjustment plate cylinder body respectively.
10. a kind of mould line trimmer according to claim 1, is characterized in that, described independent power source is stepper motor or servomotor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320662108.8U CN203554951U (en) | 2013-10-25 | 2013-10-25 | Carpet pruning machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320662108.8U CN203554951U (en) | 2013-10-25 | 2013-10-25 | Carpet pruning machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203554951U true CN203554951U (en) | 2014-04-23 |
Family
ID=50504716
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320662108.8U Withdrawn - After Issue CN203554951U (en) | 2013-10-25 | 2013-10-25 | Carpet pruning machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203554951U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103548588A (en) * | 2013-10-25 | 2014-02-05 | 济南大学 | Carpet pruning machine |
-
2013
- 2013-10-25 CN CN201320662108.8U patent/CN203554951U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103548588A (en) * | 2013-10-25 | 2014-02-05 | 济南大学 | Carpet pruning machine |
| CN103548588B (en) * | 2013-10-25 | 2014-10-29 | 济南大学 | Carpet pruning machine |
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