CN205624330U - Gorgon fruit seed grain peeling machine - Google Patents
Gorgon fruit seed grain peeling machine Download PDFInfo
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- CN205624330U CN205624330U CN201620316550.9U CN201620316550U CN205624330U CN 205624330 U CN205624330 U CN 205624330U CN 201620316550 U CN201620316550 U CN 201620316550U CN 205624330 U CN205624330 U CN 205624330U
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Abstract
The utility model discloses a gorgon fruit seed grain peeling machine will pass through the categorised gorgon fruit seed grain of size in according to the corresponding hopper of not unidimensional joining, and gorgon fruit seed grain gets into in the corresponding carousel hole. Carousel area gorgon fruit seed grain changes the station to milling cutter, and milling cutter breaks seed grain crust into two with one's hands. Carousel area gorgon fruit seed grain changes to next station, and the seed grain is rush out to seed grain drift. The remaining waste material in carousel area changes to next station, and remaining waste material is rush out to the waste material drift. The carousel passes through the descontinuous motion that indexing gear realized 15 stations, and the drift adopts the toggle to realize the motion.
Description
Technical field
This utility model relates to agricultural product threshing processing technique field, particularly to the decortication operation of Semen Euryales seed core.
Background technology
Semen Euryales is also known as Gorgon fruit, Caput Gallus domesticus lotus, Caput Gallus domesticus lotus, thorn Rhizoma Nelumbinis, false Rhizoma Nelumbinis, Hunan root.Really shape is relatively big, general weight 0.5 ~ 1.0kg, point multicell in fruit, there are about ripe seed core 100 ~ 200, also has one layer of thicker cortex outside seed core.Though there being part seed core decortication machinery at present, but poor effect, the most manually, its labor intensity is big in the decortication work of Semen Euryales seed core, and inefficiency affects its production cost and quality, more affects the demand that its industrialization produces.
Summary of the invention
The purpose of this utility model is: provides a kind of Semen Euryales seed stripping machine, by the crust bottom seed is first broken removal, then seed core is gone out, it is ensured that the quality of seed core, reduces loss, it is achieved the mechanization decortication work of Semen Euryales seed core.
Technical solution of the present utility model is: this utility model Semen Euryales seed stripping machine includes: loading hopper (1), bow beam (2), punch device (3), connect lead (4), rotating disk (5), locking positioning device (6), milling cutter case link (7), upper connecting rod (8), lower connecting rod (9), angle lever (10), fixing seat (11), bearing block (12), bent axle (13), milling cutter case (14), shaft joint (15), indexing drive case (16), cam (17), travel switch (18), mair motor (19), drive sprocket (20), drive chain (21), driven sprocket (22), frame (23), panel (24), turntable shaft (25), turntable shaft bearing block (26), turntable shaft pedestal cap (27).
Bow beam (2) is by being bolted to punch device (3) two ends, and centre adds screw rod and is connected with Gong Liang (2), punch device (3), to strengthen the strength and stiffness of punch device (3).Punch device (3) two ends are connected with being connected lead (4) respectively with two by bolt, connect the lead (4) the square hole hole through panel (24), with square hole for guiding, can be equipped with guider simultaneously.Connecting lead (4) lower end to be connected with upper connecting rod (8) upper end by pin, upper connecting rod (8) can rotate around pin, and upper connecting rod (8) lower end is connected by a pin with lower connecting rod (9) upper end, angle lever (10) one end, and three parts can rotate around pin.Lower connecting rod (9) lower end is connected by a pin with fixing seat (11), and rotatably, fixing seat (11) is fixed in frame (23).Angle lever (10) other end is connected with bent axle (13), the angle lever (10) that rotates through of bent axle (13) pulls connecting rod (8) to swing with lower connecting rod (9), so that connecting lead (4) to produce upper and lower motion under the guiding in panel (24) hole, connecting lead (4) and driving punch device (3) to produce upper and lower motion to complete seed and advance, rush seed, rush waste material work.
Bent axle (13) one end is connected with bearing block (12), and bearing block (12) is fixed in frame (23), and bent axle (13) other end is connected with I axle (45) of indexing drive case (16).Indexing drive case (16) is fixed in frame (23), driven sprocket (22) is fixed on I axle (45) of indexing drive case (16), driven sprocket (22) is connected with driving chain (21), chain (21) is driven to be connected with drive sprocket (20), drive sprocket (20) is fixed on mair motor (19) axle, mair motor (19) is fixed in frame (23), the rotational kinetic energy of mair motor (19) axle is delivered to driven sprocket (22) by drive sprocket (20), driving chain (21), it is achieved I axle (45) of indexing drive case (16) rotates.IV axle (38) of indexing drive case (16) is connected with turntable shaft (25) by shaft joint (15), turntable shaft bearing block (26) is connected with turntable shaft pedestal cap (27), turntable shaft (25) is fixed between turntable shaft bearing block (26) and turntable shaft pedestal cap (27) by pair of bearings, turntable shaft (25) is connected with rotating disk (5), rotated by the gap of IV axle (38) of indexing drive case (16), realize rotating disk (5) gap to rotate, when rotating disk (5) stops operating, on punch device (3) is carried out, lower motion, drift will not collide with rotating disk (5).
Milling cutter case (14) is connected with milling cutter case link (7), and milling cutter case link (7) is fixed on panel (24) lower plane.Panel (24) is fixed in frame (23), and loading hopper (1) is fixed on the upper plane of panel (24), and 4 locking positioning devices (6) are fixed on the upper plane of panel (24), and the taper pin of locking positioning device (6) inserts in rotating disk (5) taper hole.Cam (17) is fixed on I axle (45) of indexing drive case (16), travel switch (18) is fixed on the indexing drive box body (46) of indexing drive case (16), cam (17) surface contacts with travel switch (18), and the electric wire of travel switch (18) is connected with locking positioning device (6) power supply.Cam (17) together rotates with I axle (45), when IV axle (38), the rotating disk (5) of indexing drive case (16) enter when stopping operating, and the taper pin of locking positioning device (6) inserts in rotating disk (5) taper hole, it is achieved the stopping location of rotating disk (5).When IV axle (38), rotating disk (5) the entrance rotary state of indexing drive case (16), the taper pin of locking positioning device (6) leaves rotating disk (5) taper hole, and rotating disk (5) is free to rotate.
Punch device (3) including: fixed plate (28), drift (29), nut (30).Drift (29) is by being threaded in fixed plate (28) hole, and nut (30) is connected to drift (29) upper end and contacts locking drift (29) with fixed plate (28), and adjusting by reality needs, the upper and lower position of each drift of scalable.
Milling cutter case (14) including: milling cutter (31), gear (32), milling cutter case motor (33), milling cutter box body (34), milling cutter case case lid (35).Gear (32) is fixed on milling cutter (31) bar, milling cutter box body (34) is connected by bolt with milling cutter case case lid (35), milling cutter (31) is fixed between milling cutter box body (34) and milling cutter case case lid (35) by pair of bearings, milling cutter case motor (33) is fixed on milling cutter box body (34) lower end, milling cutter case motor (33) axle and a milling cutter (31) axle connect, the transmission rotated is realized by gear (32), it is achieved all milling cutters (31) move between milling cutter (31).Milling cutter case link (7) is connected with milling cutter case case lid (35).
Indexing drive case (16) including: indexing gear wheel (36), IV axle bearing lid (37), IV axle (38), IV axle bearing (39), III axle bearing lid (40), III axle bearing (41), III axle (42), index little gear (43), driven wheel of differential (44), I axle (45), indexing drive box body (46), I axle bearing (47), I shaft gear (48), I axle bearing lid (49), drive bevel gear (50), II shaft gear (51), II axle (52), II axle bearing (53), II axle bearing lid (54).I shaft gear (48) is fixed on I axle (45), two I axle bearings (47) are fixed on I axle (45), in I axle bearing (47) is arranged on indexing drive box body (46) dead eye simultaneously, I axle bearing lid (49) is connected on indexing drive box body (46) outer face, I axle bearing lid (49) contacts with I axle bearing (47), fixes I axle bearing (47) position.II shaft gear (51) is fixed on II axle (52), II shaft gear (51) and I shaft gear (48) Contact Transmission, two II axle bearings (53) are fixed on II axle (52), in II axle bearing (53) is arranged on indexing drive box body (46) dead eye simultaneously, II axle bearing lid (54) is connected on indexing drive box body (46) outer face, II axle bearing lid (54) contacts with II axle bearing (53), fixing II axle bearing (53) position, drive bevel gear (50) is fixed on one end of II axle (52).Two III axle bearings (41) are fixed on III axle (42), III axle bearing lid (40) is connected on indexing drive box body (46) outer face, III axle bearing lid (40) contacts with III axle bearing (41), fix III axle bearing (41) position, index little gear (43) to be fixed on III axle (42), driven wheel of differential (44) is fixed on III axle (42), driven wheel of differential (44) and drive bevel gear (50) Contact Transmission.Two IV axle bearings (39) are fixed on IV axle (38), IV axle bearing lid (37) is connected on indexing drive box body (46) outer face, IV axle bearing lid (37) contacts with IV axle bearing (39), fix IV axle bearing (39) position, indexing gear wheel (36) is fixed on IV axle (38), indexing gear wheel (36) and indexing little gear (43) Contact Transmission, it is achieved gap transmission.
I axle (45) rotates, and drives I shaft gear (48) to rotate, and I shaft gear (48) drives II shaft gear (51) to rotate.II shaft gear (51) drives II axle (52) to rotate, and II axle (52) drives drive bevel gear (50) to rotate.Drive bevel gear (50) contacts with driven wheel of differential (44), makes driven wheel of differential (44) rotate.Driven wheel of differential (44) drives III axle (42) to rotate, and III axle (42) drives and indexes little gear (43) rotation.Index little gear (43) have tooth section with indexing gear wheel (36) have tooth section to contact time, make indexing gear wheel (36) rotate.Indexing anodontia section of little gear (43) when contact with indexing gear wheel (36) anodontia section, indexing gear wheel (36) does not rotates, it is achieved gear wheel (36) realizes gap and rotates, thus the rotation of rotating disk (5) gap.
This utility model has the advantage that
1, this utility model Semen Euryales seed stripping machine, is grouped Semen Euryales seed by size, by the milling cutter of corresponding size, drift, peels seed core.The problem that Semen Euryales seed size dimension differs, skin depth size differs can be solved.
2, this utility model Semen Euryales seed stripping machine, uses incomplete tooth dividing gear, it is achieved turntable clearance rotates, it is ensured that having rotating disk to have enough quiescent times, it is achieved the upper and lower motion of punch device, drift will not collide with rotating disk.
3, this utility model Semen Euryales seed stripping machine, by locking positioning device, it is ensured that accurate positioning when rotating disk stops.
4, this utility model Semen Euryales seed stripping machine, by many packets, the work of multistation, efficiency is high.
Accompanying drawing explanation
Fig. 1 is population structure decomposing schematic representation of the present utility model.
Fig. 2 is rotating disk transmission principle figure of the present utility model.
Fig. 3 is general principles figure of the present utility model.
Fig. 4 is punch device schematic diagram of the present utility model.
Fig. 5 is milling cutter box structure schematic diagram of the present utility model.
Fig. 6 is indexing drive box structure schematic diagram of the present utility model.
nullIn figure: 1、Loading hopper，2、Bow beam，3、Punch device，4、Connect lead，5、Rotating disk，6、Locking positioning device，7、Milling cutter case link，8、Upper connecting rod，9、Lower connecting rod，10、Angle lever，11、Fixing seat，12、Bearing block，13、Bent axle，14、Milling cutter case，15、Shaft joint，16、Indexing drive case，17、Cam，18、Travel switch，19、Mair motor，20、Drive sprocket，21、Drive chain，22、Driven sprocket，23、Frame，24、Panel， 25、Turntable shaft， 26、Turntable shaft bearing block， 27、Turntable shaft pedestal cap，28、Fixed plate， 29、Drift， 30、Nut， 31、Milling cutter， 32、Gear， 33、Milling cutter case motor， 34、Milling cutter box body， 35、Milling cutter case case lid， 36、Indexing gear wheel， 37、IV axle bearing lid， 38、IV axle， 39、IV axle bearing， 40、III axle bearing lid， 41、III axle bearing， 42、III axle， 43、Index little gear， 44、Driven wheel of differential， 45、I axle， 46、Indexing drive box body， 47、I axle bearing， 48、I shaft gear， 49、I axle bearing lid， 50、Drive bevel gear， 51、II shaft gear， 52、II axle， 53、II axle bearing， 54、II axle bearing lid.
Detailed description of the invention
As shown in figures 1 to 6, this utility model Semen Euryales seed stripping machine includes: loading hopper 1, bow beam 2, punch device 3, connection lead 4, rotating disk 5, locking positioning device 6, milling cutter case link 7, upper connecting rod 8, lower connecting rod 9, angle lever 10, fixing seat 11, bearing block 12, bent axle 13, milling cutter case 14, shaft joint 15, indexing drive case 16, cam 17, travel switch 18, mair motor 19, drive sprocket 20, driving chain 21, driven sprocket 22, frame 23, panel 24, turntable shaft 25, turntable shaft bearing block 26, turntable shaft pedestal cap 27.
Bow beam 2 is by being bolted to punch device 3 two ends, and centre adds screw rod and is connected, to strengthen the strength and stiffness of punch device 3 with bow beam 2, punch device 3.Punch device 3 two ends by bolt be connected lead 4 respectively with two and connect, connect the lead 4 square hole hole through panel 24, with square hole for guiding, guider can be equipped with simultaneously.Connecting lead 4 lower end to be connected with upper connecting rod 8 upper end by pin, upper connecting rod 8 can rotate around pin, and upper connecting rod 8 lower end is connected by a pin with lower connecting rod 9 upper end, angle lever 10 one end, and three parts can rotate around pin.Lower connecting rod 9 lower end is connected by a pin with fixing seat 11, and rotatably, fixing seat 11 is fixed in frame 23.Angle lever 10 other end is connected with bent axle 13, the angle lever 10 that rotates through of bent axle 13 pulls connecting rod 8 to swing with lower connecting rod 9, so that connecting lead 4 to produce upper and lower motion under the guiding in panel 24 hole, connecting lead 4 and driving punch device 3 to produce upper and lower motion to complete seed and advance, rush seed, rush waste material work.
Bent axle 13 one end is connected with bearing block 12, and bearing block 12 is fixed in frame 23, and bent axle 13 other end is connected with I axle 45 of indexing drive case 16.Indexing drive case 16 is fixed in frame 23, driven sprocket 22 is fixed on I axle 45 of indexing drive case 16, driven sprocket 22 is connected with driving chain 21, chain 21 is driven to be connected with drive sprocket 20, drive sprocket 20 is fixed on mair motor 19 axle, mair motor 19 is fixed in frame 23, and the rotational kinetic energy of mair motor 19 axle is delivered to driven sprocket 22 by drive sprocket 20, driving chain 21, it is achieved I axle 45 of indexing drive case 16 rotates.IV axle 38 of indexing drive case 16 is connected with turntable shaft 25 by shaft joint 15, turntable shaft bearing block 26 is connected with turntable shaft pedestal cap 27, turntable shaft 25 is fixed between turntable shaft bearing block 26 and turntable shaft pedestal cap 27 by pair of bearings, turntable shaft 25 is connected with rotating disk 5, rotated by the gap of IV axle 38 of indexing drive case 16, it is achieved rotating disk 5 gap rotates, when rotating disk 5 stops operating, punch device 3 carries out upper and lower motion, and drift will not collide with rotating disk 5.
Milling cutter case 14 is connected with milling cutter case link 7, and milling cutter case link 7 is fixed on panel 24 lower plane.Panel 24 is fixed in frame 23, and loading hopper 1 is fixed on plane on panel 24, and 4 locking positioning devices 6 are fixed on plane on panel 24, and the taper pin of locking positioning device 6 inserts in rotating disk 5 taper hole.Cam 17 is fixed on I axle 45 of indexing drive case 16, and travel switch 18 is fixed on the indexing drive box body 46 of indexing drive case 16, and cam 17 surface contacts with travel switch 18, and the electric wire of travel switch 18 is connected with locking positioning device 6 power supply.Cam 17 together rotates with I axle 45, when IV axle 38, the rotating disk 5 of indexing drive case 16 enter when stopping operating, and the taper pin of locking positioning device 6 inserts in rotating disk 5 taper hole, it is achieved the stopping location of rotating disk 5.When IV axle 38 of indexing drive case 16, rotating disk 5 enter rotary state, the taper pin of locking positioning device 6 leaves rotating disk 5 taper hole, and rotating disk 5 is free to rotate.
Punch device 3 includes: fixed plate 28, drift 29, nut 30.Drift 29 is by being threaded in fixed plate 28 hole, and nut 30 is connected to drift 29 upper end and contacts locking drift 29 with fixed plate 28, and adjusting by reality needs, the upper and lower position of each drift of scalable.
Milling cutter case 14 includes: milling cutter 31, gear 32, milling cutter case motor 33, milling cutter box body 34, milling cutter case case lid 35.Gear 32 is fixed on milling cutter 31 bar, milling cutter box body 34 is connected by bolt with milling cutter case case lid 35, milling cutter 31 is fixed between milling cutter box body 34 and milling cutter case case lid 35 by pair of bearings, milling cutter case motor 33 is fixed on milling cutter box body 34 lower end, milling cutter case motor 33 axle and milling cutter 31 axle connect, the transmission rotated is realized by gear 32, it is achieved all milling cutters 31 move between milling cutter 31.Milling cutter case link 7 is connected with milling cutter case case lid 35.
Indexing drive case 16 includes: indexes gear wheel 36, IV axle bearing lid 37, IV axle 38, IV axle bearing 39, III axle bearing lid 40, III axle bearing 41, III axle 42, index little gear 43, driven wheel of differential 44, I axle 45, indexing drive box body 46, I axle bearing 47, I shaft gear 48, I axle bearing lid 49, drive bevel gear 50, II shaft gear 51, II axle 52, II axle bearing 53, II axle bearing lid 54.I shaft gear 48 is fixed on I axle 45, two I axle bearings 47 are fixed on I axle 45, in I axle bearing 47 is arranged on indexing drive box body 46 dead eye simultaneously, I axle bearing lid 49 is connected on indexing drive box body 46 outer face, I axle bearing lid 49 contacts with I axle bearing 47, fixes I axle bearing 47 position.II shaft gear 51 is fixed on II axle 52, II shaft gear 51 and I shaft gear 48 Contact Transmission, two II axle bearings 53 are fixed on II axle 52, in II axle bearing 53 is arranged on indexing drive box body 46 dead eye simultaneously, II axle bearing lid 54 is connected on indexing drive box body 46 outer face, II axle bearing lid 54 contacts with II axle bearing 53, fixes II axle bearing 53 position, and drive bevel gear 50 is fixed on one end of II axle 52.Two III axle bearings 41 are fixed on III axle 42, III axle bearing lid 40 is connected on indexing drive box body 46 outer face, III axle bearing lid 40 contacts with III axle bearing 41, fix III axle bearing 41 position, index little gear 43 to be fixed on III axle 42, driven wheel of differential 44 is fixed on III axle 42, driven wheel of differential 44 and drive bevel gear 50 Contact Transmission.Two IV axle bearings 39 are fixed on IV axle 38, IV axle bearing lid 37 is connected on indexing drive box body 46 outer face, IV axle bearing lid 37 contacts with IV axle bearing 39, fix IV axle bearing 39 position, indexing gear wheel 36 is fixed on IV axle 38, indexing gear wheel 36 and little gear 43 Contact Transmission of indexing, it is achieved gap transmission.
This utility model Semen Euryales seed stripping machine work process: mair motor 19 rotates, and drive sprocket 20 rotates, drive sprocket 20 drives driven sprocket 22 to rotate by driving chain 2.Driven sprocket 22 makes I axle 45 rotate, and I axle 45 makes I shaft gear 48 rotate.I shaft gear 48 and the tooth contact of II shaft gear 51, I shaft gear 48 drives II shaft gear 51 to rotate, and II shaft gear 51 makes II axle 52 rotate.II axle 52 makes drive bevel gear 50 rotate, drive bevel gear 50 and the tooth contact of driven wheel of differential 44, drives driven wheel of differential 44 to rotate.Driven wheel of differential 44 makes III axle 42 rotate, and III axle 42 makes the little gear of indexing 43 rotate.Index little gear 43 have tooth section with indexing gear wheel 36 have tooth section to contact time, make indexing gear wheel 36 rotate.Index anodontia section of little gear 43 with indexing anodontia section of gear wheel 36 contact time, indexing gear wheel 36 does not rotates, realize gear wheel 36 and realize gap rotation, gear wheel 36 rotates and makes IV axle 38 rotate, IV axle 38 is connected with turntable shaft 25 by shaft joint 15, IV axle 38 rotates together with turntable shaft 25, and turntable shaft 25 makes rotating disk 5 rotate, thus rotating disk 5 realizes gap and rotates.
I axle 45 rotates, bent axle 13 is driven to rotate, bent axle 13 drives angle lever 10 to move, angle lever 10 pulls connecting rod 8 to swing with lower connecting rod 9, upper connecting rod 8 is connected lead 4 with lower connecting rod 9 swing promotion and produces upper and lower motion under the guiding in panel 24 hole, connects lead 4 and drives punch device 3 to produce upper and lower motion.
To add in the corresponding sub-material bucket of loading hopper 1 by the Semen Euryales seed after size classification, point hopper outlet of loading hopper 1 is corresponding with the hole of rotating disk 5 corresponding size, and in the rotation of rotating disk 5, Semen Euryales seed falls in rotating disk 5 hole.When Semen Euryales seed moves at corresponding milling cutter 31, rotating disk 5 stops operating, and punch device 3 moves downward, and Semen Euryales seed is pushed to milling cutter 31 by the respective punch of drift 29, and Semen Euryales seed lower end skin is broken into two with one's hands by milling cutter 31, exposes seed core, and punch device 3 moves upward return.Rotating disk 5 rotates, and Semen Euryales seed goes to next station, and rotating disk 5 stops operating, and punch device 3 moves downward, and Semen Euryales seed core is gone out by the respective punch of drift 29.Rotating disk 5 rotates, and residue waste material goes to next station, and punch device 3 moves downward, and waste material is gone out by the respective punch of drift 29, completes whole workflow.
Rely on dividing gear location when rotating disk 5 stops, making it position by locking positioning device more reliable simultaneously.Cam 17 controls the on an off of travel switch 18, thus controls the taper pin motion of locking positioning device 6.When IV axle 38, the rotating disk 5 of indexing drive case 16 enter when stopping operating, and the taper pin of locking positioning device 6 inserts in rotating disk 5 taper hole, it is achieved the stopping location of rotating disk 5.When IV axle 38 of indexing drive case 16, rotating disk 5 enter rotary state, the taper pin of locking positioning device 6 leaves rotating disk 5 taper hole, and rotating disk 5 is free to rotate.
This utility model is not directed to part and the most same as the prior art prior art maybe can be used to be realized.
Claims (4)
1. a Semen Euryales seed stripping machine, structure includes: loading hopper (1), bow beam (2), punch device (3), connect lead (4), rotating disk (5), locking positioning device (6), milling cutter case link (7), upper connecting rod (8), lower connecting rod (9), angle lever (10), fixing seat (11), bearing block (12), bent axle (13), milling cutter case (14), shaft joint (15), indexing drive case (16), cam (17), travel switch (18), mair motor (19), drive sprocket (20), drive chain (21), driven sprocket (22), frame (23), panel (24), turntable shaft (25), turntable shaft bearing block (26), turntable shaft pedestal cap (27)；Bow beam (2) is by being bolted to punch device (3) two ends, punch device (3) two ends are connected lead (4) by bolt and two and connect, connect lead (4) through panel (24) hole, connect lead (4) to be connected with upper connecting rod (8) upper end by pin, rotatably, upper connecting rod (8) lower end and lower connecting rod (9) upper end, angle lever (10) one end is connected by a pin, rotatably, angle lever (10) other end is connected with bent axle (13), lower connecting rod (9) lower end is connected by a pin with fixing seat (11), rotatably, fixing seat (11) is fixed in frame (23)；Bent axle (13) one end is connected with bearing block (12), and bearing block (12) is fixed in frame (23), and bent axle (13) other end is connected with I axle (45) of indexing drive case (16)；Indexing drive case (16) is fixed in frame (23), driven sprocket (22) is fixed on I axle (45) of indexing drive case (16), driven sprocket (22) is connected with driving chain (21), chain (21) is driven to be connected with drive sprocket (20), drive sprocket (20) is fixed on mair motor (19) axle, and mair motor (19) is fixed in frame (23)；IV axle (38) of indexing drive case (16) is connected with turntable shaft (25) by shaft joint (15), turntable shaft bearing block (26) is connected with turntable shaft pedestal cap (27), turntable shaft (25) is fixed between turntable shaft bearing block (26) and turntable shaft pedestal cap (27) by pair of bearings, and turntable shaft (25) is connected with rotating disk (5)；Milling cutter case (14) is connected with milling cutter case link (7), and milling cutter case link (7) is fixed on panel (24) lower plane；Panel (24) is fixed in frame (23), and loading hopper (1) is fixed on the upper plane of panel (24), and 4 locking positioning devices (6) are fixed on the upper plane of panel (24), and the taper pin of locking positioning device (6) inserts in rotating disk (5) taper hole；Cam (17) is fixed on I axle (45) of indexing drive case (16), travel switch (18) is fixed on the indexing drive box body (46) of indexing drive case (16), cam (17) surface contacts with travel switch (18), and the electric wire of travel switch (18) is connected with locking positioning device (6) power supply.
Semen Euryales seed stripping machine the most according to claim 1, it is characterised in that: punch device (3) including: fixed plate (28), drift (29), nut (30)；Drift (29) is by being threaded in fixed plate (28) hole, and nut (30) is connected to drift (29) upper end and contacts locking drift (29) with fixed plate (28).
Semen Euryales seed stripping machine the most according to claim 1, it is characterised in that: milling cutter case (14) including: milling cutter (31), gear (32), milling cutter case motor (33), milling cutter box body (34), milling cutter case case lid (35)；Gear (32) is fixed on milling cutter (31) bar, milling cutter box body (34) is connected by bolt with milling cutter case case lid (35), milling cutter (31) is fixed between milling cutter box body (34) and milling cutter case case lid (35) by pair of bearings, milling cutter case motor (33) is fixed on milling cutter box body (34) lower end, and milling cutter case link (7) is connected with milling cutter case case lid (35).
Semen Euryales seed stripping machine the most according to claim 1, it is characterized in that: indexing drive case (16) including: indexing gear wheel (36), IV axle bearing lid (37), IV axle (38), IV axle bearing (39), III axle bearing lid (40), III axle bearing (41), III axle (42), index little gear (43), driven wheel of differential (44), I axle (45), indexing drive box body (46), I axle bearing (47), I shaft gear (48), I axle bearing lid (49), drive bevel gear (50), II shaft gear (51), II axle (52), II axle bearing (53), II axle bearing lid (54)；I shaft gear (48) is fixed on I axle (45), two I axle bearings (47) are fixed on I axle (45), in I axle bearing (47) is arranged on indexing drive box body (46) hole simultaneously, I axle bearing lid (49) is connected on indexing drive box body (46), I axle bearing lid (49) contacts with I axle bearing (47), fixes I axle bearing (47) position；II shaft gear (51) is fixed on II axle (52), II shaft gear (51) and I shaft gear (48) Contact Transmission, two II axle bearings (53) are fixed on II axle (52), in II axle bearing (53) is arranged on indexing drive box body (46) hole simultaneously, II axle bearing lid (54) is connected on indexing drive box body (46), II axle bearing lid (54) contacts with II axle bearing (53), fixing II axle bearing (53) position, drive bevel gear (50) is fixed on one end of II axle (52)；Two III axle bearings (41) are fixed on III axle (42), III axle bearing lid (40) is connected on indexing drive box body (46), III axle bearing lid (40) contacts with III axle bearing (41), fix III axle bearing (41) position, index little gear (43) to be fixed on III axle (42), driven wheel of differential (44) is fixed on III axle (42), driven wheel of differential (44) and drive bevel gear (50) Contact Transmission；Two IV axle bearings (39) are fixed on IV axle (38), IV axle bearing lid (37) is connected on indexing drive box body (46), IV axle bearing lid (37) contacts with IV axle bearing (39), fix IV axle bearing (39) position, indexing gear wheel (36) is fixed on IV axle (38), indexing gear wheel (36) and indexing little gear (43) Contact Transmission, it is achieved gap transmission.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620316550.9U CN205624330U (en) | 2016-04-17 | 2016-04-17 | Gorgon fruit seed grain peeling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620316550.9U CN205624330U (en) | 2016-04-17 | 2016-04-17 | Gorgon fruit seed grain peeling machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205624330U true CN205624330U (en) | 2016-10-12 |
Family
ID=57065423
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620316550.9U Withdrawn - After Issue CN205624330U (en) | 2016-04-17 | 2016-04-17 | Gorgon fruit seed grain peeling machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205624330U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105707913A (en) * | 2016-04-17 | 2016-06-29 | 淮阴工学院 | Gorgon fruit seed peeling machine |
-
2016
- 2016-04-17 CN CN201620316550.9U patent/CN205624330U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105707913A (en) * | 2016-04-17 | 2016-06-29 | 淮阴工学院 | Gorgon fruit seed peeling machine |
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Granted publication date: 20161012 Effective date of abandoning: 20170711 |
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