CN202455902U - Tobacco seedling leaf stereoscopic cutting machine integrating functions of residual leaf cleaning, root cutting and top and lateral leaf pruning - Google Patents
Tobacco seedling leaf stereoscopic cutting machine integrating functions of residual leaf cleaning, root cutting and top and lateral leaf pruning Download PDFInfo
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- CN202455902U CN202455902U CN2012200849861U CN201220084986U CN202455902U CN 202455902 U CN202455902 U CN 202455902U CN 2012200849861 U CN2012200849861 U CN 2012200849861U CN 201220084986 U CN201220084986 U CN 201220084986U CN 202455902 U CN202455902 U CN 202455902U
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Abstract
The utility model discloses a tobacco seedling leaf stereoscopic cutting machine integrating functions of residual leaf cleaning, root cutting and top and lateral leaf pruning. The tobacco seedling leaf stereoscopic cutting machine comprises a lateral leaf pruning cutter, a seedling tray conveying mechanism, a lifting mechanism, a supporting frame, a top leaf pruning device, a root cutter and a residual leaf cleaning mechanism. An upper framework of the lifting mechanism is provided with the seedling tray conveying mechanism, the left side of the seedling tray conveying mechanism is provided with the root cutter, and the upper part in the middle of the seedling tray conveying mechanism is provided with the top leaf pruning device, a lateral leaf pruning cutter and the residual leaf cleaning mechanism from left to right through the supporting frame. According to the utility model, the lifting mechanism can be used for adjusting a working platform flexibly, the residual leaf cleaning mechanism is used for collecting cut residual leaves of tobacco seedlings smoothly and conveniently, and the top leaf pruning device and the lateral leaf pruning cutter are convenient to assemble and maintain; and the tobacco seedling leaf stereoscopic cutting machine is skillful and reasonable in design and convenient to operate, and can be used to realize pruning of top and lateral leaves of the tobacco seedlings, root cutting, as well as cleaning and collecting of the residual leaves of the tobacco seedlings in one step independently, so that the production cost is greatly saved and the working efficiency is increased.
Description
Technical field
The utility model relates to the three-dimensional leaves shearing machine of a kind of multi-functional cigarette seedling, belongs to agricultural mechanical field.
Background technology
In the modern leaf tobacco production process, the tobacco leaf seedling raising manners often adopts the method for floating seedlings, for cultivating strong sprout; In the process of tobacco floating seed rearing, need cut long cigarette shoot root, promote well developed root system; Repeatedly prune to cigarette seedling lateral lobe with to the top leaf that is higher than cigarette seedling lobus cardiacus, improve printing opacity, the gas permeability of cigarette seedling, promote what cigarette seedling stalwartness was grown; It is big that these are operated in the leaf tobacco production of intensification, scale workload, developed various lateral lobes, top trimmer, root cutter thereupon, but existing these machineries; Be generally a simple function or 1-2 function, cause operating process complicated, can not form an inline process in above-mentioned each link; Production cost strengthens, and is time-consuming.
Summary of the invention
For solving the problems of the technologies described above, the utility model provides a kind of three-dimensional leaves shearing machine of cigarette seedling that root, top side leaf pruning one were cleared up, cut to residual leaf that collects.
The three-dimensional leaves shearing machine of cigarette seedling that the utility model provided a kind ofly collects residual leaf cleaning, cut root, the top side leaf is pruned one comprises being provided with lateral lobe trimming tool, seedling disk carrying mechanism, elevating mechanism, bracing frame, top clipping device, cutting root cutter, residual leaf cleaning mechanism parts; The structure and the annexation of each parts are following:
The concrete structure of A, described elevating mechanism is: two lower support bar two ends vertical fixing respectively are connected the interior survey on the long margin frame left side of each underframe; Lower rotary shaft two ends vertical fixing respectively are connected the interior survey on long margin frame the right of each underframe; Vertical fixing is connected with two lower slider bars between two lower support bars, slidely connects a sliding block on the lower slider bar; Two upper support bar two ends vertical fixing respectively are connected the interior survey on the long margin frame left side of each upper frame; Last rotating shaft two ends vertical fixing respectively are connected the interior survey on long margin frame the right of each upper frame; Vertical fixing is connected with two and goes up sliding bar between two upper support bars, slidely connects a top shoe on the last sliding bar; One end of two up-down pole I is fixedly connected with a sliding block respectively, and the other end and the last rotating shaft of two up-down pole I are rotatably connected; One end of two up-down pole II is fixedly connected with a top shoe respectively, and the other end and the lower rotary shaft of two up-down pole II are rotatably connected; The bottom of electric up-down bar is connected with outer lower support bar vertical fixing, and the up-down axle head in the electric up-down bar is connected with outer upper support bar vertical fixing; The outside in the middle part of the long margin frame of two underframes all is fixedly connected with bracing frame left socle tube connector and bracing frame right support tube connector;
The concrete structure of B, described seedling disk carrying mechanism is: drive roll and driven cylinder are arranged on the upper frame top; Drive roll and driven cylinder are arranged from right to left successively; The drive roll two ends all are connected with the long margin frame of upper frame through the cylinder support bar with driven cylinder two ends, and seedling dish conveyer belt is on drive roll and driven cylinder; The top that two backplates are separately positioned on the long margin frame of each upper frame also is connected with the long margin frame of upper frame with the backplate support bar through the backplate back-up block; The right-hand member of U-shaped support plate biside plate is connected with the left end of each backplate through bolt respectively, and the bottom of U-shaped support plate is connected with the minor face frame of upper frame through U-shaped support plate back-up block;
C, respectively be provided with in U-shaped support plate biside plate inboard and cut root cutter fixture block; The two axial ends of conveying roller is separately positioned on each side plate inboard of U-shaped support plate; Cut root cutter fixture block between conveying roller and seedling dish conveyer belt; In the draw-in groove of cutting root cutter fixture block, be provided with and cut the root cutter, the plane that conveying roller upper surface, the blade of cutting the root cutter and seedling dish conveyer belt are placed the seedling dish is in same horizontal plane;
The concrete structure of D, described bracing frame is: the two ends of minor face frame are connected with bracing frame right support top vertical fixing with bracing frame left socle top respectively outside two bracing frame tops; The two ends of the long margin frame of two bracing frame top inner frame are connected with the inboard vertical fixing of minor face frame outside each bracing frame top respectively; Vertical fixing is connected with the minor face frame of two bracing frame top inner frame between the long margin frame of two bracing frame top inner frame; Distance W between the distance L between the minor face frame of two bracing frame top inner frame and the long margin frame of two bracing frame top inner frame equals the long F and the wide K of the cutter hub connecting plate of lateral lobe trimming tool respectively, and the cutter hub connecting plate of lateral lobe trimming tool is placed in the long L and wide on the rectangle frame of W that is; The lower end of the lower end of bracing frame left socle and bracing frame right support is connected with bracing frame right support tube connector plug-in type with the bracing frame left socle tube connector of underframe respectively; The upper transverse part of bracing frame right support is fixedly connected with top clipping device elevating screw nut, and the vertical both sides of bracing frame right support are connected with top clipping device contiguous block through L type slide block;
The concrete structure of E, described residual leaf cleaning mechanism is: an end of hose connection is responsible for residual leaf suction and is fixedly connected; The other end of hose connection is connected with the interface tube of whirlpool blower fan; The bottom that residual leaf suction is responsible for is fixedly connected with downward-sloping residual leaf suction arm, and residual leaf suction is responsible for through L shaped contiguous block and is fixedly connected with the upper transverse part of bracing frame left socle.
The lower surface on long margin frame the right of described upper frame also is connected with the buncher box, in the buncher box, is provided with buncher, and the belt wheel of buncher is connected with described drive roll through belt.
Described up-down pole I and up-down pole II intersect one group of formation, and each intersection of organizing up-down pole I and up-down pole II is rotatably connected through connecting rod.
The described downward-sloping residual leaf suction arm and the angle of horizontal plane are 130 °～138 °.
Described lateral lobe trimming tool comprises drive, the driving motor of lateral lobe trimming tool, electrical machine belt pulley, auxiliary belt wheel, the cog belt of lateral lobe trimming tool; The driving motor of described lateral lobe trimming tool is connected with the drive of cog belt with the lateral lobe trimming tool through electrical machine belt pulley, auxiliary belt wheel.
For L with widely also be provided with electromagnet on for the arbitrary frame on the rectangle frame of W, and the cutter hub connecting plate of described lateral lobe trimming tool is a steel long.
Long for L with widely also be provided with sensor on for the arbitrary frame on the rectangle frame of W.
Described conveying roller is more than two groups.
Described driven cylinder is more than two.
The utility model has not only reasonably arranged top pruning, lateral lobe to prune, cut the location of root; But also have the collecting function of residual leaf, and residual leaf cleaning mechanism is simple and reasonable, and residual leaf collecting function is powerful; The reasonable angle of inclination that laborsaving convenience and downward-sloping residual leaf aspirate arm; Residual leaf is collected fully, and the working environment clean hygiene reduces the labour cost of clearing up residual leaf.
Elevating mechanism in the utility model can be adjusted workbench easily and flexibly according to the situation such as actual growing height of cigarette seedling; The rational position of adjustment cigarette seedling dish and lateral lobe trimming tool, top clipping device makes it can prune top, the lateral lobe of cigarette seedling smoothly, rightly.
Two set backplates protect the long margin frame top that is each positioned at the elevating mechanism upper frame, form a seedling dish and escort passage, make the cigarette seedling dish on seedling dish conveyer belt be difficult for landing; Cut root cutter plug-in type and be arranged in the draw-in groove of cutting root cutter fixture block, conveniently cut the dress of root cutter and get and change; Conveying roller upper surface in the seedling disk carrying mechanism, the plane of cutting the cutting edge of root cutter and placing the seedling dish conveyer belt of cigarette seedling dish are in same horizontal plane, make that to cut root smooth, and cigarette seedling dish operates steadily; The conductor connecting plate of lateral lobe trimming tool be placed in long for L and wide for make on the rectangle frame of W this cutter dress get, easy to maintenance; And be L and wide for electromagnet being set on the rectangle frame of W in this length; Make laying of lateral lobe trimming tool more firm; On this rectangle frame, sensor is set again, can further detects the lateral lobe trimming tool and lay and whether put in place, play the location protective effect.
The utility model is skillfully constructed, rational in infrastructure, easy to operate, the pruning that on a machine, just can disposablely reach cigarette seedling top, lateral lobe and the cleaning of Qie Gen and the residual leaf of cigarette seedling are collected, saved production cost widely and improved operating efficiency.
Description of drawings
Fig. 1 is the structural representation of the utility model;
Fig. 2 is the vertical view of the utility model;
Fig. 3 is the structural representation of elevating mechanism;
Fig. 4 is seedling disk carrying mechanism and the structural representation that is connected with elevating mechanism thereof;
Fig. 5 is U-shaped support plate, transmission pulley and the structural representation of cutting the root cutter;
Fig. 6 is the structural representation of bracing frame;
Fig. 7 is the structural representation that residual leaf cleaning mechanism is connected with bracing frame;
Fig. 8 is that residual leaf suction is responsible for, residual leaf aspirates arm, hose connection and residual leaf and aspirates the structural representation that the person in charge is connected with bracing frame;
Fig. 9 is the structural representation that the top clipping device is connected with bracing frame;
Figure 10 is the structural representation of lateral lobe trimming tool;
Figure 11 is the left view of lateral lobe trimming tool;
Figure 12 is the transmission of power sketch map of lateral lobe trimming tool;
Each mark is represented successively among the figure: the long margin frame of 1-underframe; 2-buncher box; The long margin frame of 3-upper frame; 4-cylinder support bar; 5-backplate back-up block; 6-backplate; 7-drive roll; 8-backplate support bar; 9-seedling dish conveyer belt; The driving motor of 10-lateral lobe trimming tool; 11-top clipping device elevating screw nut; 12-sensor; The cutter hub connecting plate of 13-lateral lobe trimming tool; 14-residual leaf suction is responsible for; 15-hose connection; 16-residual leaf suction arm; 17-cut the root cutter; 18-cut root cutter fixture block; 19-conveying roller; 20-U-shaped support plate; 21-driven cylinder; 22-U-shaped support plate back-up block; 23-up-down pole I; 24-electric up-down bar; 25-bracing frame left socle; 26-bracing frame left socle tube connector; 27-up-down pole II; 28-bracing frame right support tube connector, 29-bracing frame right support; 30-buncher; 31-speed-regulating switch; 32-top clipping device; The minor face frame of 33-bracing frame top inner frame; 34-electromagnet; 35-upward rotating shaft; 36-upward sliding bars; 37-top shoe; The minor face frame of 38-upper frame; 39-upper support bar; 40-lower support bar; 41-sliding block, 42-lower slider bar, 43-lower rotary shaft, 44-connecting rod; Minor face frame outside 45-bracing frame top; The long margin frame of 46-bracing frame top inner frame; 47-L shaped contiguous block; 48-L type slide block; 49-top clipping device contiguous block; The drive of 50-lateral lobe trimming tool; 51-electrical machine belt pulley, 52-cog belt, 53-auxiliary belt wheel, α are the angles of residual leaf suction arm 16 and horizontal plane; L is the distance between the minor face frame 33 of two bracing frame top inner frame; W is the distance between the long margin frame of two bracing frame top inner frame; F is the length of the cutter hub connecting plate 13 of lateral lobe trimming tool; K is cutter hub connecting plate 13 wide of lateral lobe trimming tool.
Embodiment
Below in conjunction with each figure and embodiment the utility model is further specified.
Like Fig. 1-shown in Figure 12, the utility model comprises and is provided with lateral lobe trimming tool, seedling disk carrying mechanism, elevating mechanism, bracing frame, top clipping device, cuts root cutter, residual leaf cleaning mechanism, electromagnet, sensor element; The structure and the annexation of each parts are following:
A, described elevating mechanism comprise underframe, upper frame, two up-down pole I 23, electric up-down bar 24, two up-down pole II 27, connecting rod 44; Described underframe comprises two lower support bars 40, two sliding blocks 41, two lower slider bars 42, lower rotary shaft 43, bracing frame left socle tube connector 26, bracing frame right support tube connector 28; Described upper frame comprises that rotating shaft 35, two go up sliding bar 36; Two top shoes 37, two upper support bars 39.
The concrete structure of described elevating mechanism is: two lower support bar 40 two ends vertical fixing respectively are connected the interior survey on long margin frame 1 left side of each underframe; Lower rotary shaft 43 two ends vertical fixing respectively are connected the interior survey on long margin frame 1 the right of each underframe; Vertical fixing is connected with two lower slider bars 42 between two lower support bars 40, slidely connects a sliding block 41 on the lower slider bar 42; Two upper support bar 39 two ends vertical fixing respectively are connected the interior survey on long margin frame 3 left sides of each upper frame; Last rotating shaft 35 two ends vertical fixing respectively are connected the interior survey on long margin frame 3 the right of each upper frame; Vertical fixing is connected with two and goes up sliding bar 36 between two upper support bars 39, slidely connects a top shoe 37 on the last sliding bar 36; One end of two up-down pole I 23 is fixedly connected with a sliding block 41 respectively, and the other end and the last rotating shaft 35 of two up-down pole I 23 are rotatably connected; One end of two up-down pole II 27 is fixedly connected with a top shoe 37 respectively, and the other end and the lower rotary shaft 43 of two up-down pole II 27 are rotatably connected; Up-down pole I 23 intersects one group of formation with up-down pole II 27, and each intersection of organizing up-down pole I 23 and up-down pole II 27 is rotatably connected through connecting rod 44; The bottom of electric up-down bar 24 is connected with outer lower support bar 40 vertical fixing, and the up-down axle head in the electric up-down bar 24 is connected with outer upper support bar 39 vertical fixing; All be fixedly connected with bracing frame left socle tube connector 26 and bracing frame right support tube connector 28 in the outside at long margin frame 1 middle part of two underframes; Distance between bracing frame left socle tube connector 26 and the bracing frame right support tube connector 28 equals the distance between bracing frame left socle 25 and the bracing frame right support 29, make the lower end of lower end and the bracing frame right support 29 of bracing frame left socle 25 can be inserted into vertically respectively in the bracing frame left socle tube connector 26 with bracing frame right support tube connector 28 in.
B, described seedling disk carrying mechanism comprise the driven cylinder of drive roll 7, two 21, cylinder support bar 4, two backplates 6, backplate back-up block 5, backplate support bar 8, seedling dish conveyer belt 9, conveying roller 19, U-shaped support plate 20, U-shaped support plate back-up block 22, buncher box 2, buncher 30.
The concrete structure of described seedling disk carrying mechanism is: drive roll 7 is arranged on the upper frame top with driven cylinder 21; Drive roll 7 is arranged (like Fig. 1, shown in Figure 4) from right to left successively with driven cylinder 21; Drive roll 7 two ends all are connected with the long margin frame 3 of upper frame through cylinder support bar 4 with driven cylinder 21 two ends, and seedling dish conveyer belt 9 is on drive roll 7 and driven cylinder 21; The top that two backplates 6 are separately positioned on the long margin frame 3 of each upper frame also is connected with the long margin frame 3 of upper frame with backplate support bar 8 through backplate back-up block 5; The right-hand member of U-shaped support plate 20 biside plates is connected (like Fig. 1, shown in Figure 4) through bolt with the left end of each backplate 6 respectively, and the bottom of U-shaped support plate 20 is connected with the minor face frame 38 of upper frame through U-shaped support plate back-up block 22; The lower surface on long margin frame 3 the right of described upper frame is connected with buncher box 2 (as shown in Figure 4), in buncher box 2, is provided with buncher 30, and the belt wheel of buncher 30 is connected with described drive roll 7 through belt.
C, respectively be provided with in U-shaped support plate 20 biside plate inboards and cut root cutter fixture block 18; The two axial ends of conveying roller 19 is separately positioned on each side plate inboard of U-shaped support plate 20; Cut root cutter fixture block 18 between conveying roller 19 and seedling dish conveyer belt 9 left-hand extremity (as shown in Figure 4); In the draw-in groove of cutting root cutter fixture block 18, be provided with and cut root cutter 17, the plane that conveying roller 19 upper surfaces, the blade of cutting root cutter 17 and seedling dish conveyer belt 9 are placed the seedling dish is in same horizontal plane;
D, described bracing frame comprise the long margin frame 46 of minor face frame outside bracing frame left socle 25, bracing frame right support 29, the two bracing frame tops 45, two bracing frame top inner frame, the minor face frame 33 of two bracing frame top inner frame.
The concrete structure of described bracing frame is: the two ends of minor face frame 45 are connected with bracing frame right support 29 top vertical fixing with bracing frame left socle 25 tops respectively outside two bracing frame tops; The two ends of the long margin frame 46 of two bracing frame top inner frame are connected with the inboard vertical fixing of minor face frame 45 outside each bracing frame top respectively; Vertical fixing is connected with the minor face frame 33 of two bracing frame top inner frame between the long margin frame 46 of two bracing frame top inner frame; Distance W between the distance L between the minor face frame 33 of two bracing frame top inner frame and the long margin frame of two bracing frame top inner frame equals the long F and the wide K of the cutter hub connecting plate 13 of lateral lobe trimming tool respectively; The minor face frame 33 of bracing frame top inner frame and the long margin frame of support top inner frame 46 constitute one long be that L and wide is the rectangle frame of W; This length can be held the lateral lobe trimming tool for the size of the inside casing of L and wide rectangle frame for W and be passed down through; During installation the lateral lobe trimming tool is L and wide for passing in the rectangle frame of W downwards from this length; And the cutter hub connecting plate 13 of lateral lobe trimming tool is placed on this length and is L and wide on the rectangle frame of W; For L with widely also be provided with electromagnet 34 and sensor 12 on for the arbitrary frame on the rectangle frame of W, and the cutter hub connecting plate 13 of described lateral lobe trimming tool is a steel in this length.
The lower end of the lower end of bracing frame left socle 25 and bracing frame right support 29 is connected with bracing frame right support tube connector 28 plug-in types with the bracing frame left socle tube connector 26 of underframe respectively; The upper transverse part of bracing frame right support 29 is fixedly connected with top clipping device elevating screw nut 11, and bracing frame right support 29 vertical both sides are connected with top clipping device contiguous block 49 through L type slide block 48.
E, described residual leaf cleaning mechanism comprise hose connection 15, the residual leaf suction person in charge 14, residual leaf suction arm 16, whirlpool blower fan.
The concrete structure of described residual leaf cleaning mechanism is: an end of hose connection 15 is responsible for 14 with residual leaf suction and is fixedly connected; The other end of hose connection 15 is connected with the interface tube of whirlpool blower fan; The residual leaf suction person in charge's 14 bottom is fixedly connected with downward-sloping residual leaf suction arm 16, and the residual leaf suction person in charge 14 is fixedly connected with the upper transverse part of bracing frame left socle 25 through L shaped contiguous block 47; The described downward-sloping residual leaf suction arm 16 and the angle of horizontal plane are 130 ° or 135 ° or 138 °.
Described lateral lobe trimming tool comprises drive 50, the driving motor 10 of lateral lobe trimming tool, electrical machine belt pulley 51, auxiliary belt wheel 53, the cog belt 52 of lateral lobe trimming tool; The driving motor 10 of described lateral lobe trimming tool is connected with the drive 50 of lateral lobe trimming tool with cog belt 52 through electrical machine belt pulley 51, auxiliary belt wheel 53.
Described lateral lobe trimming tool, top clipping device and whirlpool blower fan all are existing cutter and device, can also adopt other negative pressure generator to replace the whirlpool blower fan.
Claims (9)
1. the three-dimensional leaves shearing machine of cigarette seedling of collect residual leaf cleaning, cut root, the top side leaf being pruned one; Comprise lateral lobe trimming tool and seedling disk carrying mechanism, it is characterized in that: also be provided with elevating mechanism, bracing frame, top clipping device, cut the root cutter, residual leaf cleaning mechanism parts; The structure and the annexation of each parts are following:
The concrete structure of A, described elevating mechanism is: two lower support bars (40) two ends vertical fixing respectively are connected the interior survey on long margin frame (1) left side of each underframe; Lower rotary shaft (43) two ends vertical fixing respectively are connected the interior survey on long margin frame (1) the right of each underframe; Vertical fixing is connected with two lower slider bars (42) between two lower support bars (40), slidely connects a sliding block (41) on the lower slider bar (42); Two upper support bars (39) two ends vertical fixing respectively are connected the interior survey on long margin frame (3) left side of each upper frame; Last rotating shaft (35) two ends vertical fixing respectively are connected the interior survey on long margin frame (3) the right of each upper frame; Vertical fixing is connected with two and goes up sliding bar (36) between two upper support bars (39), slidely connects a top shoe (37) on the last sliding bar (36); One end of two up-down pole I (23) is fixedly connected with a sliding block (41) respectively, and the other end of two up-down pole I (23) and last rotating shaft (35) are rotatably connected; One end of two up-down pole II (27) is fixedly connected with a top shoe (37) respectively, and the other end of two up-down pole II (27) and lower rotary shaft (43) are rotatably connected; The bottom of electric up-down bar (24) is connected with outer lower support bar (40) vertical fixing, and the up-down axle head in the electric up-down bar (24) is connected with outer upper support bar (39) vertical fixing; The outside in the middle part of the long margin frame (1) of two underframes all is fixedly connected with bracing frame left socle tube connector (26) and bracing frame right support tube connector (28);
The concrete structure of B, described seedling disk carrying mechanism is: drive roll (7) and driven cylinder (21) are arranged on the upper frame top; Drive roll (7) and driven cylinder (21) are arranged from right to left successively; Drive roll (7) two ends all are connected with the long margin frame (3) of upper frame through cylinder support bar (4) with driven cylinder (21) two ends, and seedling dish conveyer belt (9) is on drive roll (7) and driven cylinder (21); The top that two backplates (6) are separately positioned on the long margin frame (3) of each upper frame also is connected with the long margin frame (3) of upper frame with backplate support bar (8) through backplate back-up block (5); The right-hand member of U-shaped support plate (20) biside plate is connected with the left end of each backplate (6) through bolt respectively, and the bottom of U-shaped support plate (20) is connected with the minor face frame (38) of upper frame through U-shaped support plate back-up block (22);
C, respectively be provided with in U-shaped support plate (20) biside plate inboard and cut root cutter fixture block (18); The two axial ends of conveying roller (19) is separately positioned on each side plate inboard of U-shaped support plate (20); Cutting root cutter fixture block (18) is positioned between conveying roller (19) and the seedling dish conveyer belt (9); In the draw-in groove of cutting root cutter fixture block (18), be provided with and cut root cutter (17), the plane that conveying roller (19) upper surface, the blade of cutting root cutter (17) and seedling dish conveyer belt (9) are placed the seedling dish is in same horizontal plane;
The concrete structure of D, described bracing frame is: the two ends of minor face frame (45) are connected with bracing frame right support (29) top vertical fixing with bracing frame left socle (25) top respectively outside two bracing frame tops; The two ends of the long margin frame of two bracing frame top inner frame (46) are connected with the inboard vertical fixing of minor face frame (45) outside each bracing frame top respectively; Vertical fixing is connected with the minor face frame (33) of two bracing frame top inner frame between the long margin frame of two bracing frame top inner frame (46); Distance W between the distance L between the minor face frame (33) of two bracing frame top inner frame and the long margin frame (46) of two bracing frame top inner frame equals the long F and the wide K of the cutter hub connecting plate (13) of lateral lobe trimming tool respectively, and the cutter hub connecting plate (13) of lateral lobe trimming tool is placed on the long L and wide on the rectangle frame of W that is; The lower end of the lower end of bracing frame left socle (25) and bracing frame right support (29) is connected with bracing frame right support tube connector (28) plug-in type with the bracing frame left socle tube connector (26) of underframe respectively; The upper transverse part of bracing frame right support (29) is fixedly connected with top clipping device elevating screw nut (11), and the vertical both sides of bracing frame right support (29) are connected with top clipping device contiguous block (49) through L type slide block (48);
The concrete structure of E, described residual leaf cleaning mechanism is: an end of hose connection (15) is responsible for (14) with residual leaf suction and is fixedly connected; The other end of hose connection (15) is connected with the interface tube of whirlpool blower fan; The bottom that (14) are responsible in residual leaf suction is fixedly connected with downward-sloping residual leaf suction arm (16), and residual leaf suction is responsible for (14) and is fixedly connected with the upper transverse part of bracing frame left socle (25) through L shaped contiguous block (47).
2. root is cleared up, cut to the residual leaf of collection according to claim 1, the top side leaf is pruned the three-dimensional leaves shearing machine of cigarette seedling of one; It is characterized in that: the lower surface on the long margin frame of described upper frame (3) the right also is connected with buncher box (2); In buncher box (2), be provided with buncher (30), the belt wheel of buncher (30) is connected with described drive roll (7) through belt.
3. root is cleared up, cut to the residual leaf of collection according to claim 1, the top side leaf is pruned the three-dimensional leaves shearing machine of cigarette seedling of one, and it is characterized in that: two up-down pole I (23) are rotatably connected through connecting rod (44) with the intersection of up-down pole II (27).
4. root is cleared up, cut to the residual leaf of collection according to claim 1, the top side leaf is pruned the three-dimensional leaves shearing machine of cigarette seedling of one, it is characterized in that: the described downward-sloping residual leaf suction arm (16) and the angle of horizontal plane are 130 °～138 °.
5. root is cleared up, cut to the residual leaf of collection according to claim 1, the top side leaf is pruned the three-dimensional leaves shearing machine of cigarette seedling of one, it is characterized in that: described lateral lobe trimming tool comprises drive (50), the driving motor (10) of lateral lobe trimming tool, electrical machine belt pulley (51), auxiliary belt wheel (53), the cog belt (52) of lateral lobe trimming tool; The driving motor of described lateral lobe trimming tool (10) is connected with the drive (50) of lateral lobe trimming tool with cog belt (52) through electrical machine belt pulley (51), auxiliary belt wheel (53).
6. root is cleared up, cut to the residual leaf of collection according to claim 1, the top side leaf is pruned the three-dimensional leaves shearing machine of cigarette seedling of one; It is characterized in that: be L and widely also be provided with electromagnet (34) on for the arbitrary frame on the rectangle frame of W in described length, and the cutter hub connecting plate (13) of described lateral lobe trimming tool is a steel.
7. the cleaning of the residual leaf of collection according to claim 6, cut root, the top side leaf is pruned the three-dimensional leaves shearing machine of cigarette seedling of one, it is characterized in that: be L and widely also be provided with sensor (12) on for the arbitrary frame on the rectangle frame of W in described length.
8. root is cleared up, cut to the residual leaf of collection according to claim 1, the top side leaf is pruned the three-dimensional leaves shearing machine of cigarette seedling of one, and it is characterized in that: described conveying roller (19) is more than two groups.
9. root is cleared up, cut to the residual leaf of collection according to claim 1, the top side leaf is pruned the three-dimensional leaves shearing machine of cigarette seedling of one, and it is characterized in that: described driven cylinder (21) is more than two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200849861U CN202455902U (en) | 2012-03-08 | 2012-03-08 | Tobacco seedling leaf stereoscopic cutting machine integrating functions of residual leaf cleaning, root cutting and top and lateral leaf pruning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200849861U CN202455902U (en) | 2012-03-08 | 2012-03-08 | Tobacco seedling leaf stereoscopic cutting machine integrating functions of residual leaf cleaning, root cutting and top and lateral leaf pruning |
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| CN202455902U true CN202455902U (en) | 2012-10-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200849861U Expired - Lifetime CN202455902U (en) | 2012-03-08 | 2012-03-08 | Tobacco seedling leaf stereoscopic cutting machine integrating functions of residual leaf cleaning, root cutting and top and lateral leaf pruning |
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Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103477882A (en) * | 2013-09-26 | 2014-01-01 | 山东理工大学 | Full-automatic green belt pruning and cleaning trolley |
| CN104170662A (en) * | 2014-08-18 | 2014-12-03 | 云南无线电有限公司 | Multifunctional solid leaf trimming machine |
| CN106028791A (en) * | 2014-02-07 | 2016-10-12 | 易姿美植有限责任公司 | Handheld apparatus and method for trimming a plant |
| CN107996177A (en) * | 2017-11-17 | 2018-05-08 | 郑州国知网络技术有限公司 | A kind of pruning device of gardens easy to ascend a height |
| CN108772895A (en) * | 2018-07-13 | 2018-11-09 | 中南民族大学 | A kind of wormwood automatic classification disleaving machine |
| CN108903027A (en) * | 2018-06-12 | 2018-11-30 | 吴金玉 | A kind of processing unit of pea skin |
| CN109105029A (en) * | 2018-07-27 | 2019-01-01 | 芜湖玖荣生物科技有限公司 | A kind of flowers pruning tool |
| CN109937731A (en) * | 2019-04-25 | 2019-06-28 | 岳西神农氏农业科技有限公司 | Crops clipping device |
| CN111587692A (en) * | 2020-06-17 | 2020-08-28 | 何玉芳 | Cutting device for tobacco leaf strong seedlings |
| CN113519316A (en) * | 2021-05-27 | 2021-10-22 | 广西壮族自治区烟草公司百色市公司 | Intelligent tobacco seedling raising shed based on Internet of things and using method |
| CN116267353A (en) * | 2023-02-17 | 2023-06-23 | 西藏自治区林木科学研究院 | Sophora japonica air root cutting seedling raising device and breeding method |
-
2012
- 2012-03-08 CN CN2012200849861U patent/CN202455902U/en not_active Expired - Lifetime
Cited By (16)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103477882B (en) * | 2013-09-26 | 2015-02-18 | 山东理工大学 | Full-automatic green belt pruning and cleaning trolley |
| CN103477882A (en) * | 2013-09-26 | 2014-01-01 | 山东理工大学 | Full-automatic green belt pruning and cleaning trolley |
| CN106028791B (en) * | 2014-02-07 | 2019-10-01 | 易姿美植有限责任公司 | For trimming the handheld device and method of plant |
| CN106028791A (en) * | 2014-02-07 | 2016-10-12 | 易姿美植有限责任公司 | Handheld apparatus and method for trimming a plant |
| CN104170662A (en) * | 2014-08-18 | 2014-12-03 | 云南无线电有限公司 | Multifunctional solid leaf trimming machine |
| CN104170662B (en) * | 2014-08-18 | 2016-08-31 | 云南无线电有限公司 | A kind of multifunctional stereo leaf shearing machine |
| CN107996177A (en) * | 2017-11-17 | 2018-05-08 | 郑州国知网络技术有限公司 | A kind of pruning device of gardens easy to ascend a height |
| CN108903027A (en) * | 2018-06-12 | 2018-11-30 | 吴金玉 | A kind of processing unit of pea skin |
| CN108772895A (en) * | 2018-07-13 | 2018-11-09 | 中南民族大学 | A kind of wormwood automatic classification disleaving machine |
| CN108772895B (en) * | 2018-07-13 | 2024-02-27 | 中南民族大学 | Automatic grading defoliator for mugwort |
| CN109105029A (en) * | 2018-07-27 | 2019-01-01 | 芜湖玖荣生物科技有限公司 | A kind of flowers pruning tool |
| CN109937731B (en) * | 2019-04-25 | 2021-04-06 | 岳西神农氏农业科技有限公司 | Crop trimming device |
| CN109937731A (en) * | 2019-04-25 | 2019-06-28 | 岳西神农氏农业科技有限公司 | Crops clipping device |
| CN111587692A (en) * | 2020-06-17 | 2020-08-28 | 何玉芳 | Cutting device for tobacco leaf strong seedlings |
| CN113519316A (en) * | 2021-05-27 | 2021-10-22 | 广西壮族自治区烟草公司百色市公司 | Intelligent tobacco seedling raising shed based on Internet of things and using method |
| CN116267353A (en) * | 2023-02-17 | 2023-06-23 | 西藏自治区林木科学研究院 | Sophora japonica air root cutting seedling raising device and breeding method |
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