CN203912721U - A kind of full-automatic pot seedling machine for making pots - Google Patents
A kind of full-automatic pot seedling machine for making pots Download PDFInfo
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- CN203912721U CN203912721U CN201420260448.2U CN201420260448U CN203912721U CN 203912721 U CN203912721 U CN 203912721U CN 201420260448 U CN201420260448 U CN 201420260448U CN 203912721 U CN203912721 U CN 203912721U
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- soil
- native
- jackshaft
- shaft
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- 239000002689 soil Substances 0.000 claims abstract description 149
- 230000007246 mechanism Effects 0.000 claims abstract description 63
- 230000035764 nutrition Effects 0.000 claims abstract description 38
- 235000016709 nutrition Nutrition 0.000 claims abstract description 38
- 230000005540 biological transmission Effects 0.000 claims abstract description 36
- 238000007790 scraping Methods 0.000 claims abstract description 16
- -1 send top Substances 0.000 claims description 2
- 238000009434 installation Methods 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 2
- TVEXGJYMHHTVKP-UHFFFAOYSA-N 6-oxabicyclo[3.2.1]oct-3-en-7-one Chemical compound C1C2C(=O)OC1C=CC2 TVEXGJYMHHTVKP-UHFFFAOYSA-N 0.000 description 1
- 229920000742 Cotton Polymers 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 235000015097 nutrients Nutrition 0.000 description 1
- 230000004083 survival effect Effects 0.000 description 1
- 235000013311 vegetables Nutrition 0.000 description 1
Landscapes
- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
Abstract
The utility model discloses a kind of full-automatic pot seedling machine for making pots.Comprise frame, Pot-making Mechanism of Soil-Blocker Machine, Long Tu mechanism, Pao Tu mechanism, Soil shifting machine structure, alms bowl processed soil case and the transmission mechanism transmitting for power, Long Tu mechanism is positioned at the front portion of machine for making pots, both sides are provided with the earth gathering plate that Nutrition Soil is drawn in, Pao Tu mechanism is connected to Long Tu mechanism rear, on it, be provided with by Nutrition Soil revolve throw Soil shifting machine structure send throwing on soil zone soil blade, Soil shifting machine structure is positioned at the rear of Long Tu mechanism, installation is tilted to send soil zone, send soil zone for transmitting Nutrition Soil, be fixed on the below that alms bowl processed soil case in frame is positioned at Soil shifting machine structure, scraping hairbrush and clean-up scraper that Nutrition Soil is scraped are installed, Nutrition Soil falls into the Pot-making Mechanism of Soil-Blocker Machine alms bowl bowl of alms bowl soil case processed below and makes alms bowl body by Pot-making Mechanism of Soil-Blocker Machine compacting from alms bowl soil case base apertures processed.The utility model integrates automatically and fetches earth, send soil, alms bowl processed, has realized alms bowl automation processed, has saved artificial.
Description
Technical field
The utility model relates to a kind of nutrient soil pot system and makes agricultural tool, especially relates to a kind of full-automatic pot seedling machine for making pots.
Background technology
Feeding block seedlings raising technology is transplanted because having the crops such as seedling stalwartness, plant uniformity are good, transplanting survival rate advantages of higher is widely used in flowers, vegetables, cotton.Machine for making pots is Nutrition Soil to be pressed into a kind of agricultural tool of the alms bowl body of definite shape, intensity.But current existing machine for making pots is substantially all fixed, be that machine for making pots is to be all fixed on a local alms bowl body of producing, still need manually Nutrition Soil to be routed up outside alms bowl bed, at the bottom of evening out bed, manually add soil in alms bowl forming machine soil case processed, manually the alms bowl body of exporting in machine is thrown into alms bowl bed, not only artificial quantity is many, and labour, labour intensity are also large.
Summary of the invention
The purpose of this utility model is to provide a kind of full-automatic pot seedling machine for making pots, integrates automatically and fetches earth, send soil, alms bowl processed, has realized alms bowl automation processed, has saved artificial.
In order to achieve the above object, the technical solution adopted in the utility model is:
The utility model comprises frame and Pot-making Mechanism of Soil-Blocker Machine, also comprises Long Tu mechanism, Pao Tu mechanism, Soil shifting machine structure, alms bowl processed soil case and transmission mechanism;
Long Tu mechanism: Long Tu mechanism is positioned at the front portion of machine for making pots, comprises holding together native side plate, holds together native base plate, earth gathering plate and earth gathering plate axle; Holding together between native side plate bottom of the circular arc of the left and right sides is provided with native base plate, holding together native base plate turns forward, holding together both sides on native base plate is provided with perpendicular to the left earth gathering plate axle and the right earth gathering plate axle that hold together native base plate, the three slice earth gathering plates uniform and radially fixing along the circle spacing are respectively installed on left earth gathering plate axle and right earth gathering plate axle, earth gathering plate on left earth gathering plate axle and right earth gathering plate axle draws Nutrition Soil in, holds together native side plate and hold together native base plate to be all fixed in the frame of machine for making pots bottom;
Pao Tu mechanism: hold together native side plate and hold together native base plate rear portion to be connected with the throwing soil case being fixed in the frame of machine for making pots bottom, throw in native case and be provided with throwing cutter shaft between both sides, throwing cutter shaft is fixed in frame by bearing block, throw the N group being fixed with vertically uniformly at intervals on cutter shaft and throw native set of blades, throw native set of blades for every group and comprise that two are thrown native blade, two native blades of throwing are uniform being arranged on of 180 degree phase differences by rotor along same circumference and throw on cutter shaft, throwing native blade revolves Nutrition Soil to throw the sending on soil zone of Soil shifting machine structure, throw and between native set of blades, be 90 degree phase differences and arrange for adjacent two groups,
Soil shifting machine structure: Soil shifting machine structure is positioned at the rear of Long Tu mechanism, the native driving shaft that send that is positioned at the front bottom of Soil shifting machine structure is arranged in frame by bearing block, send native driven shaft to be arranged on the upper back of Soil shifting machine structure, in the middle of sending native driving shaft and sending on native driven shaft, be respectively provided with and send native driving pulley and send native driven pulley, send native driving pulley and send between native driven pulley to be connected with for transmitting the soil zone that send of Nutrition Soil, send top, soil zone both sides to be provided with for preventing the native side shield of sending of Nutrition Soil both sides landing;
Alms bowl processed soil case: be fixed on the below that alms bowl soil case processed in frame is positioned at Soil shifting machine structure, for accepting the alms bowl processed soil case of Nutrition Soil, be arranged on and send the native driven shaft back lower place, send soil zone port of export below and alms bowl soil case joining place processed to be provided with the scraping hairbrush for Nutrition Soil is scraped, directly over sending native driven shaft, clean-up scraper axle is installed, clean-up scraper axle is supported in frame by bearing block, clean-up scraper axle middle part is fixed with the clean-up scraper for Nutrition Soil is scraped, alms bowl soil case processed bottom has row hole uniformly at intervals, Nutrition Soil falls into the Pot-making Mechanism of Soil-Blocker Machine alms bowl bowl of alms bowl soil case processed below and makes alms bowl body by Pot-making Mechanism of Soil-Blocker Machine compacting from alms bowl soil case base apertures processed,
Transmission mechanism: comprise the transmission case being fixed in frame, transmission case arranged on left and right sides is respectively equipped with the first output shaft and the second output shaft, throw in the frame of native case below one side the first jackshaft is installed, with in the frame of the throwing cutter shaft top of the first jackshaft homonymy, the second jackshaft is installed, in the frame of left earth gathering plate axle and top, right earth gathering plate axle top, driving tapered gear shaft is installed; The second output shaft is connected with the Pot-making Mechanism of Soil-Blocker Machine power shaft of Pot-making Mechanism of Soil-Blocker Machine with chain drive by sprocket wheel, sprocket wheel on the first output shaft is connected with the driven sprocket in the first jackshaft one side by chain drive, on the first jackshaft of driven sprocket outside and inner side, is respectively equipped with the first jackshaft output chain gear, the first jackshaft drive pinion; The first jackshaft output chain gear is connected with the second jackshaft input sprocket on the second jackshaft by chain drive, on the second jackshaft of the outside of the second jackshaft input sprocket and inner side, be respectively equipped with the second jackshaft output chain gear, the second jackshaft drive pinion, the second jackshaft drive pinion be fixed on throw cutter shaft one end the engagement of throwing cutter driven gear by transmission of power to throwing cutter shaft, the second jackshaft output chain gear is connected with the bevel gear shaft driven sprocket that is fixed on driving tapered gear shaft one end by chain drive; On driving tapered gear shaft directly over left earth gathering plate axle and right earth gathering plate axle, be respectively provided with left drive bevel gear and right drive bevel gear, left drive bevel gear and right drive bevel gear respectively with left earth gathering plate axle and right earth gathering plate axle top left by dynamic bevel gear with rightly given left earth gathering plate axle and right earth gathering plate axle by dynamic bevel gear engagement by transmission of power; The first jackshaft drive pinion on the first jackshaft be fixed on send native driving shaft one end send native input gear to be meshed transmission of power is fed to native driving shaft, send native driving shaft by band transmission, transmission of power to be fed to native driven shaft again, send native driven shaft one side to be provided with scraping driving pulley, scraping driving pulley is connected transmission of power to the clean-up scraper on clean-up scraper axle with the scraping driven pulley being fixed on clean-up scraper axle by Timing Belt.
The second described jackshaft drive pinion and throwing cutter driven gear are just round stud wheel, and throwing cutter shaft is uniform rotation.
When the second described jackshaft drive pinion and throwing cutter driven gear are respectively oval gear, non-circular gear, throwing cutter shaft is non-uniform rotation.
Between described the first output shaft and the first jackshaft, between the first jackshaft and the second jackshaft, be band transmission between the second jackshaft and driving tapered gear shaft.
Described left earth gathering plate axle is contrary with the direction of rotation of right earth gathering plate axle, and earth gathering plate during rotation on left earth gathering plate axle and right earth gathering plate axle mutually closes up and makes to draw in Nutrition Soil to throwing native case.
The described native set of blades of N group throwing is 6～11 groups and throws native set of blades.
Described throwing soil blade is curved surface blade.
The beneficial effect the utlity model has is:
The utility model is provided with Long Tu mechanism, Pao Tu mechanism, Soil shifting machine structure, when machine advances operation, by Long Tu mechanism, the Nutrition Soil on Tanaka's soil bed can be drawn in and throws native case, by the throwing cutter in Pao Tu mechanism, Nutrition Soil is revolved and throws the sending on soil zone of Soil shifting machine structure again, by sending soil zone to be transported in alms bowl soil case processed, realized thus the automation of fetching earth from Nutrition Soil bed, saved artificial; On alms bowl processed soil case with send soil zone down an opposite position scraping hairbrush is set, above alms bowl soil case processed and send soil zone upward an opposite position clean-up scraper is set, to prevent that Nutrition Soil from sticking to, send on soil zone, affect native conveying.
Accompanying drawing explanation
Fig. 1 is the utility model general structure schematic three dimensional views.
Fig. 2 be the utility model general structure overlook direction schematic diagram.
Fig. 3 Long Tu of the present utility model mechanism, Pao Tu mechanism partial 3-D schematic diagram.
Fig. 4 is the transmission mechanism schematic three dimensional views of the utility model Long Tu mechanism, Pao Tu mechanism and Soil shifting machine structure.
Fig. 5 is alms bowl soil case processed of the present utility model, send soil zone and clean-up scraper partial 3-D schematic diagram.
In figure: 1, hold together native base plate, 2, earth gathering plate, 3, left earth gathering plate axle, 4, hold together native side plate, 5, driving tapered gear shaft, 6, throw cutter driven gear, 7, throw cutter shaft, 8, the second jackshaft output chain gear, 9, the second jackshaft, 10, the first jackshaft, 11, the first jackshaft output chain gear, 12, frame, 13, transmission case, 14, the second output shaft, 15, Pot-making Mechanism of Soil-Blocker Machine power shaft, 16, Pot-making Mechanism of Soil-Blocker Machine, 17, alms bowl soil case processed, 18, scraping driving pulley, 19, send native driven shaft, 20, clean-up scraper axle, 21, scraping driven pulley, 22, clean-up scraper, 23, send soil zone, 24, send native side shield, 25, throw native case, 26, the second jackshaft input sprocket, 27, the second jackshaft drive pinion, 28, throw native blade, 29, bevel gear shaft driven sprocket, 30, right by dynamic bevel gear, 31, right drive bevel gear, 32, right earth gathering plate axle, 33, send native input gear, 34, the first jackshaft drive pinion, 35, driving pulley, 36, driven pulley, 37, left drive bevel gear, 38, left by dynamic bevel gear, 39, send native driving shaft, 40, driven sprocket, 41, the first output shaft.
Embodiment
Below in conjunction with accompanying drawing, operation principle of the present utility model is described further.
As shown in Figure 1 and Figure 2, the utility model comprises frame 12 and Pot-making Mechanism of Soil-Blocker Machine 16, also comprises Long Tu mechanism, Pao Tu mechanism, Soil shifting machine structure, alms bowl processed soil case 17 and transmission mechanism;
Long Tu mechanism as shown in Figure 1, Figure 2, Figure 3, Figure 4:
Long Tu mechanism is positioned at the front portion of machine for making pots, comprises holding together native side plate 4, holds together native base plate 1, earth gathering plate 2 and earth gathering plate axle 3; Holding together between native side plate 4 bottoms of the circular arc of the left and right sides is provided with native base plate 1, holding together native base plate 1 turns forward, be low early and high after being in tilted layout, holding together both sides on native base plate 1 is provided with perpendicular to the left earth gathering plate axle 3 and the right earth gathering plate axle 32 that hold together native base plate 1, the three slice earth gathering plates 2 uniform and radially fixing along the circle spacing are respectively installed on left earth gathering plate axle 3 and right earth gathering plate axle 32, earth gathering plate 2 on left earth gathering plate axle 3 and right earth gathering plate axle 32 draws Nutrition Soil in, holds together native side plate 4 and hold together native base plate 1 to be all fixed in the frame 12 of machine for making pots bottom.
Pao Tu mechanism as shown in Figure 1, Figure 2, Figure 3, Figure 4:
Pao Tu mechanism is mounted on Long Tu mechanism rear, hold together native side plate 4 and hold together native base plate 1 rear portion and be connected with the throwing soil case 25 being fixed in the frame 12 of machine for making pots bottom, throw between the interior both sides of native case 25 and be provided with and throw cutter shaft 7, throwing cutter shaft 7 is fixed in frame 12 by bearing block, throw on cutter shaft 7 and be fixed with the native set of blades of N group throwing uniformly at intervals along throwing cutter shaft 7, throw native set of blades for every group and comprise that two are thrown native blade 28, two native blades 28 of throwing are uniform being arranged on of 180 degree phase differences by rotor along same circumference and throw on cutter shaft 7, throwing native blade 28 revolves Nutrition Soil to throw the sending on soil zone 23 of Soil shifting machine structure, throw between native set of blades for adjacent two groups and arrange to being 90 degree phase differences along tool roller axis, two groups of adjacent throwing soil blades 28 of throwing in native set of blades are mutually vertical.
Soil shifting machine structure as shown in Figure 1 and Figure 2:
Soil shifting machine structure is positioned at the rear of Long Tu mechanism, being positioned at the native driving shaft 39 of sending of the front bottom of Soil shifting machine structure is arranged in frame 12 by bearing block, send native driven shaft 19 to be arranged on the upper back of Soil shifting machine structure, in the middle of sending native driving shaft 39 and sending on native driven shaft 19, be respectively provided with and send native driving pulley 35 and send native driven pulley 36, send native driving pulley 35 and send to be connected with between native driven pulley 36 and send soil zone 23 for what transmit Nutrition Soil, sending soil zone 23 tops, both sides to be provided with for preventing the native side shield 24 of sending of Nutrition Soil both sides landing.
Alms bowl soil case 17 processed as shown in Figure 1, Figure 2, Figure 5:
Be fixed on the below that alms bowl processed soil case 17 in frame 12 is positioned at Soil shifting machine structure, for accepting the alms bowl processed soil case 17 of Nutrition Soil, be arranged on and send native driven shaft 19 back lower places, send soil zone 23 port of export belows and alms bowl soil case processed 17 joining places to be provided with the scraping hairbrush for Nutrition Soil is scraped, directly over sending native driven shaft 19, clean-up scraper axle 20 is installed, clean-up scraper axle 20 is supported in frame 12 by bearing block, clean-up scraper axle 20 middle parts are fixed with the clean-up scraper 22 for Nutrition Soil is scraped, alms bowl soil case processed 17 bottoms have row hole uniformly at intervals, Nutrition Soil falls into the Pot-making Mechanism of Soil-Blocker Machine 16 alms bowl bowls of alms bowl soil case processed 17 belows and makes alms bowl body by Pot-making Mechanism of Soil-Blocker Machine 16 compactings from alms bowl soil case processed 17 base apertures.
Transmission mechanism shown in Fig. 3, Fig. 4, Fig. 5 as shown in Figure 1, Figure 2:
Comprise the transmission case 13 being fixed in frame 12, transmission case 13 arranged on left and right sides are respectively equipped with the first output shaft 41 and the second output shaft 14, throw in the frame 12 of native case 25 below one sides the first jackshaft 10 is installed, with in the frame 12 of throwing cutter shaft 7 tops of the first jackshaft 10 homonymies, the second jackshaft 9 is installed, in the frame 12 of left earth gathering plate axle 3 and right earth gathering plate axle 32 tops, tops, driving tapered gear shaft 5 is installed; The second output shaft 14 is connected with the Pot-making Mechanism of Soil-Blocker Machine power shaft 15 of Pot-making Mechanism of Soil-Blocker Machine 16 with chain drive by sprocket wheel, sprocket wheel on the first output shaft 41 is connected with the driven sprocket 40 in the first jackshaft 10 1 sides by chain drive, is respectively equipped with the first jackshaft output chain gear 11, the first jackshaft drive pinion 34 on the first jackshaft 10 of driven sprocket 40 outsides and inner side; The first jackshaft output chain gear 11 is connected with the second jackshaft input sprocket 26 on the second jackshaft 9 by chain drive, on the second jackshaft 9 of the outside of the second jackshaft input sprocket 26 and inner side, be respectively equipped with the second jackshaft output chain gear 8, the second jackshaft drive pinion 27, the second jackshaft drive pinion 27 is connected transmission of power by chain drive to throwing cutter shaft 7, the second jackshaft output chain gears 8 with throwing cutter driven gear 6 engagements of being fixed on throwing cutter shaft 7 one end with the bevel gear shaft driven sprocket 29 that is fixed on driving tapered gear shaft 5 one end; On driving tapered gear shaft 5 directly over left earth gathering plate axle 3 and right earth gathering plate axle 32, be respectively provided with left drive bevel gear 37 and right drive bevel gear 31, left drive bevel gear 37 and right drive bevel gear 31 respectively with left earth gathering plate axle 3 and right earth gathering plate axle 32 tops left by dynamic bevel gear 38 with rightly given left earth gathering plate axle 3 and right earth gathering plate axle 32 by dynamic bevel gear 30 engagement by transmission of power; The first jackshaft drive pinion 34 on the first jackshaft 10 be fixed on send native driving shaft 39 one end send native input gear 33 to be meshed transmission of power is fed to native driving shaft 39, send native driving shaft 39 by band transmission, transmission of power to be fed to native driven shaft 19 again, send native driven shaft 19 1 sides to be provided with scraping driving pulley 18, scraping driving pulley 18 is connected transmission of power to the clean-up scraper 22 on clean-up scraper axle 20 with the scraping driven pulley 21 being fixed on clean-up scraper axle 20 by Timing Belt.
The second described jackshaft drive pinion 27 and throwing cutter driven gear 6 are just round stud wheel, and throwing cutter shaft is uniform rotation.
When the second described jackshaft drive pinion 27 and throwing cutter driven gear 6 are respectively oval gear, non-circular gear, throwing cutter shaft is non-uniform rotation.
Between described the first output shaft 41 and the first jackshaft 10, between the first jackshaft 10 and the second jackshaft 9, be band transmission between the second jackshaft 9 and driving tapered gear shaft 5.
Described left earth gathering plate axle 3 is contrary with the direction of rotation of right earth gathering plate axle 32, and the earth gathering plate 2 during rotation on left earth gathering plate axle 3 and right earth gathering plate axle 32 mutually closes up and makes to draw in Nutrition Soil to throwing native case 25.
The described native set of blades of N group throwing is 6～11 groups and throws native set of blades.
Described throwing soil blade 28 is curved surface blade.
Specific works principle of the present utility model is: when the utility model is advanced forward by power traction, soil on Tanaka's soil bed draws in and is positioned on the native base plate of holding together of machine front end, an a pair of left side, right earth gathering plate axle drives the earth gathering plate on it to rotate in opposite directions, by holding together soil that native base plate collects from Tanaka, be pushed to backward and throw native case, by the throwing cutter of backwards rotation, by throwing soil in native case, cut and rotate while being carried into upper end and utilize inertia that the rearward soil zone that send of soil is dished out again, send soil zone to drive and move upward by driving pulley, when driven pulley place turns back, soil is on the one hand because gravity drops to alms bowl soil case processed, on the other hand, for preventing native viscous, sending on soil zone, clean-up scraper with top is driven with soil and is relatively rotated by belt wheel, soil is pushed in alms bowl soil case processed from sending soil zone to scrape, by Pot-making Mechanism of Soil-Blocker Machine, suppress alms bowl body.
Above-mentioned embodiment is used for the utility model of explaining; rather than the utility model is limited; in the protection domain of spirit of the present utility model and claim, any modification and change that the utility model is made, all fall into protection domain of the present utility model.
Claims (7)
1. a full-automatic pot seedling machine for making pots, comprises frame (12) and Pot-making Mechanism of Soil-Blocker Machine (16), it is characterized in that: also comprise Long Tu mechanism, Pao Tu mechanism, Soil shifting machine structure, alms bowl processed soil case (17) and transmission mechanism;
Long Tu mechanism:
Long Tu mechanism is positioned at the front portion of machine for making pots, comprises holding together native side plate (4), holds together native base plate (1), earth gathering plate (2) and earth gathering plate axle (3); holding together between native side plate (4) bottom of the circular arc of the left and right sides is provided with native base plate (1), holding together native base plate (1) turns forward, holding together the upper both sides of native base plate (1) is provided with perpendicular to the left earth gathering plate axle (3) and the right earth gathering plate axle (32) that hold together native base plate (1), the three slice earth gathering plates (2) uniform and radially fixing along the circle spacing are respectively installed on left earth gathering plate axle (3) and right earth gathering plate axle (32), earth gathering plate (2) on left earth gathering plate axle (3) and right earth gathering plate axle (32) draws Nutrition Soil in, hold together native side plate (4) and hold together native base plate (1) to be all fixed in the frame (12) of machine for making pots bottom,
Pao Tu mechanism:
Hold together native side plate (4) and hold together native base plate (1) rear portion and be connected with the throwing soil case (25) being fixed in machine for making pots bottom frame (12), throw between the interior both sides of native case (25) and be provided with and throw cutter shaft (7), throwing cutter shaft (7) is fixed in frame (12) by bearing block, throw the N group being fixed with vertically uniformly at intervals on cutter shaft (7) and throw native set of blades, throw native set of blades for every group and comprise that two are thrown native blade (28), two native blades of throwing (28) are uniform being arranged on of 180 degree phase differences by rotor along same circumference and throw on cutter shaft (7), throwing native blade (28) revolves Nutrition Soil to throw the sending on soil zone (23) of Soil shifting machine structure, throw and between native set of blades, be 90 degree phase differences and arrange for adjacent two groups,
Soil shifting machine structure:
Soil shifting machine structure is positioned at the rear of Long Tu mechanism, the native driving shaft (39) that send that is positioned at the front bottom of Soil shifting machine structure is arranged in frame (12) by bearing block, send native driven shaft (19) to be arranged on the upper back of Soil shifting machine structure, send native driving shaft (39) and sending upper middle being respectively provided with of native driven shaft (19) to send native driving pulley (35) and send native driven pulley (36), send native driving pulley (35) and send to be connected with between native driven pulley (36) and send soil zone (23) for what transmit Nutrition Soil, send top, soil zone (23) both sides to be provided with for preventing the native side shield of sending of Nutrition Soil both sides landing (24),
Alms bowl soil case (17) processed:
Be fixed on the below that alms bowl processed soil case (17) in frame (12) is positioned at Soil shifting machine structure, for accepting the alms bowl processed soil case (17) of Nutrition Soil, be arranged on and send native driven shaft (19) back lower place, send soil zone (23) port of export below and alms bowl soil case (17) joining place processed to be provided with the scraping hairbrush for Nutrition Soil is scraped, directly over sending native driven shaft (19), clean-up scraper axle (20) is installed, clean-up scraper axle (20) is supported in frame (12) by bearing block, clean-up scraper axle (20) middle part is fixed with the clean-up scraper (22) for Nutrition Soil is scraped, alms bowl soil case processed (17) bottom has row hole uniformly at intervals, Nutrition Soil falls into Pot-making Mechanism of Soil-Blocker Machine (16) the alms bowl bowl of alms bowl soil case processed (17) below and makes alms bowl body by Pot-making Mechanism of Soil-Blocker Machine (16) compacting from alms bowl soil case (17) base apertures processed,
Transmission mechanism:
Comprise the transmission case (13) being fixed in frame (12), transmission case (13) arranged on left and right sides is respectively equipped with the first output shaft (41) and the second output shaft (14), throw in the frame (12) of native case (25) below one side the first jackshaft (10) is installed, with in the frame (12) of throwing cutter shaft (7) top of the first jackshaft (10) homonymy, the second jackshaft (9) is installed, in the frame (12) above left earth gathering plate axle (3) and right earth gathering plate axle (32) top, driving tapered gear shaft (5) is installed, the second output shaft (14) is connected with the Pot-making Mechanism of Soil-Blocker Machine power shaft (15) of Pot-making Mechanism of Soil-Blocker Machine (16) with chain drive by sprocket wheel, sprocket wheel on the first output shaft (41) is connected with the driven sprocket (40) in the first jackshaft (10) one sides by chain drive, on first jackshaft (10) of driven sprocket (40) outside and inner side, is respectively equipped with the first jackshaft output chain gear (11), the first jackshaft drive pinion (34), the first jackshaft output chain gear (11) is connected with the second jackshaft input sprocket (26) on the second jackshaft (9) by chain drive, on second jackshaft (9) of the outside of the second jackshaft input sprocket (26) and inner side, be respectively equipped with the second jackshaft output chain gear (8), the second jackshaft drive pinion (27), the second jackshaft drive pinion (27) meshes transmission of power to throwing cutter shaft (7) with the throwing cutter driven gear (6) that is fixed on throwing cutter shaft (7) one end, the second jackshaft output chain gear (8) is connected with the bevel gear shaft driven sprocket (29) that is fixed on driving tapered gear shaft (5) one end by chain drive, on driving tapered gear shaft (5) directly over left earth gathering plate axle (3) and right earth gathering plate axle (32), be respectively provided with left drive bevel gear (37) and right drive bevel gear (31), left drive bevel gear (37) and right drive bevel gear (31) respectively with left earth gathering plate axle (3) and right earth gathering plate axle (32) top left by dynamic bevel gear (38) with rightly given left earth gathering plate axle (3) and right earth gathering plate axle (32) by dynamic bevel gear (30) engagement by transmission of power, the first jackshaft drive pinion (34) on the first jackshaft (10) be fixed on send native driving shaft (39) one end send native input gear (33) to be meshed transmission of power is fed to native driving shaft (39), send native driving shaft (39) by band transmission, transmission of power to be fed to native driven shaft (19) again, send native driven shaft (19) one sides to be provided with scraping driving pulley (18), scraping driving pulley (18) is connected transmission of power to the clean-up scraper (22) on clean-up scraper axle (20) with the scraping driven pulley (21) being fixed on clean-up scraper axle (20) by Timing Belt.
2. a kind of full-automatic pot seedling machine for making pots according to claim 1, is characterized in that: described the second jackshaft drive pinion (27) and throwing cutter driven gear (6) are just round stud wheel, and throwing cutter shaft is uniform rotation.
3. a kind of full-automatic pot seedling machine for making pots according to claim 1, is characterized in that: when described the second jackshaft drive pinion (27) and throwing cutter driven gear (6) are respectively oval gear, non-circular gear, throwing cutter shaft is non-uniform rotation.
4. a kind of full-automatic pot seedling machine for making pots according to claim 1, is characterized in that: between described the first output shaft (41) and the first jackshaft (10), between the first jackshaft (10) and the second jackshaft (9), be band transmission between the second jackshaft (9) and driving tapered gear shaft (5).
5. a kind of full-automatic pot seedling machine for making pots according to claim 1, it is characterized in that: described left earth gathering plate axle (3) is contrary with the direction of rotation of right earth gathering plate axle (32), the earth gathering plate (2) during rotation on left earth gathering plate axle (3) and right earth gathering plate axle (32) mutually closes up and makes to draw in Nutrition Soil to throwing native case (25).
6. a kind of full-automatic pot seedling machine for making pots according to claim 1, is characterized in that: the described native set of blades of N group throwing is 6～11 groups and throws native set of blades.
7. a kind of full-automatic pot seedling machine for making pots according to claim 1, is characterized in that: described throwing soil blade (28) is curved surface blade.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420260448.2U CN203912721U (en) | 2014-05-21 | 2014-05-21 | A kind of full-automatic pot seedling machine for making pots |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420260448.2U CN203912721U (en) | 2014-05-21 | 2014-05-21 | A kind of full-automatic pot seedling machine for making pots |
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| CN203912721U true CN203912721U (en) | 2014-11-05 |
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| CN201420260448.2U Expired - Lifetime CN203912721U (en) | 2014-05-21 | 2014-05-21 | A kind of full-automatic pot seedling machine for making pots |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103988724A (en) * | 2014-05-21 | 2014-08-20 | 浙江理工大学 | Full-automatic pot seedling pot manufacturing machine |
| CN105557378A (en) * | 2015-12-03 | 2016-05-11 | 高保民 | Full-automatic seedling-tray-free bowl-making machine |
| CN106110355A (en) * | 2016-06-30 | 2016-11-16 | 北京农业智能装备技术研究中心 | A kind of biological antiseptic variable machinery device and the method applying it |
-
2014
- 2014-05-21 CN CN201420260448.2U patent/CN203912721U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103988724A (en) * | 2014-05-21 | 2014-08-20 | 浙江理工大学 | Full-automatic pot seedling pot manufacturing machine |
| CN103988724B (en) * | 2014-05-21 | 2016-03-09 | 浙江理工大学 | Full-automatic pot seedling machine for making pots |
| CN105557378A (en) * | 2015-12-03 | 2016-05-11 | 高保民 | Full-automatic seedling-tray-free bowl-making machine |
| CN105557378B (en) * | 2015-12-03 | 2018-06-29 | 高保民 | Automatically without seedling disk earthen pot maker |
| CN106110355A (en) * | 2016-06-30 | 2016-11-16 | 北京农业智能装备技术研究中心 | A kind of biological antiseptic variable machinery device and the method applying it |
| CN106110355B (en) * | 2016-06-30 | 2019-02-22 | 北京农业智能装备技术研究中心 | A kind of biological antiseptic variable machinery device and the method using it |
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