CN204968584U - Fresh corn crust stripping off device - Google Patents
Fresh corn crust stripping off device Download PDFInfo
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- CN204968584U CN204968584U CN201520554023.7U CN201520554023U CN204968584U CN 204968584 U CN204968584 U CN 204968584U CN 201520554023 U CN201520554023 U CN 201520554023U CN 204968584 U CN204968584 U CN 204968584U
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Abstract
The utility model provides a fresh corn crust stripping off device, it relates to a crust stripping off device, concretely relates to fresh corn crust stripping off device. The utility model discloses a solution manual work peel off the extravagant a large amount of manpowers of corn husks, and efficiency is lower, and present machine stripping off device makes the percentage of damage increase substantially's of maize problem. The utility model discloses a the host system and conveying system, conveying system includes elevating mechanism, maize transport mechanism, a plurality of maize transport trolley mechanism, the root cutter constructs for the first time, the tipping machine constructs, root cutter structures, track subassembly, conveying chain and transport frame for the second time, the host system includes main motor power, host computer, a plurality of maize centre gripping unit, the mechanism of blowing, ends and shut down structure, host computer frame and power transmitting mechanism, and the host computer frame sets up in the one end of carrying the frame. The utility model is used for processing fresh corn.
Description
Technical field
The utility model relates to a kind of crust stripping off device, is specifically related to a kind of fresh edible maize crust stripping off device, belongs to agricultural mechanical field.
Background technology
Corn original name maize, belongs to annual tall and big herbaceous plant, and its size produces difference with growth conditions difference, and all there is cultivation China various places.Corn is the torrid zone, the whole world and Temperate Region in China plantation one of crops the most widely, and its taste is fragrant and sweet, can do various dish.Corn needs the strip off one by one of its epidermis before consumption, and exposing inner fruit can eat.At present, the method that fresh edible maize crust is peeled off has two kinds, and the first is manual removal, and this method needs to consume a large amount of manpower, and inefficiency; The second adopts multiple rubber roll be arranged side by side to tear to drag hoja, although this method instead of manually, and operating efficiency is also higher than manual removal, but, due to the extruding of corn between rubber roll, cause the Particle attrition of most of corn, have a strong impact on following process and eat.
Utility model content
The utility model wastes a large amount of manpower for solving manual removal hoja, and efficiency is lower, and the problem that existing machine stripping off device makes the percentage of damage of corn increase considerably, and then a kind of fresh edible maize crust stripping off device is proposed.
The utility model is the technical scheme taked that solves the problem: the utility model comprises host computer system and induction system, described induction system comprises elevating mechanism, corn connecting gear, multiple corn transport trolley mechanism, root cutter structure for the first time, tipping machine structure, second time root cutter structure, rail assembly, transmission chain and transportation frame, described host computer system comprises electrical machinery of active force, main frame, multiple corn grip unit, inflatable body, only stop mechanism, main machine frame and power transmission mechanism, main machine frame is arranged on one end of transportation frame, elevating mechanism is arranged on the other end of transportation frame, corn connecting gear is arranged on the upper surface of transportation frame, root cutter structure is arranged on the other end of transportation frame for the first time, tipping machine structure, second time root cutter structure is arranged on the side of transportation frame side by side, rail assembly and transmission chain are arranged in transportation frame, multiple corn transport trolley mechanism installs and is arranged on side by side on rail assembly, each corn transport trolley mechanism is all connected with transmission chain, main frame is arranged in main machine frame, electrical machinery of active force is arranged on the top of main machine frame, electrical machinery of active force is connected with main frame, electrical machinery of active force drives transmission chain by power transmission mechanism, inflatable body and only stop mechanism are arranged on main machine frame successively, multiple corn grip unit is along the circumferential direction uniform to be arranged on the lateral wall of main frame, electrical machinery of active force by power transmission mechanism for described induction system provides power.
The beneficial effects of the utility model are: the crust of fresh edible maize is mechanically thoroughly peeled off by the utility model, and the clean rate of the corn after peeling reaches absolutely, and breakage rate is zero; The utility model instead of traditional manual removal fresh edible maize crust, saves a large amount of man power and materials, improves economic benefit; The utility model peels off the speed of fresh edible maize crust far away higher than hand peeling.
Accompanying drawing explanation
Fig. 1 is front view of the present utility model, Fig. 2 is the vertical view of Fig. 1, Fig. 3 is perspective view of the present utility model, Fig. 4 is the right view of Fig. 1, Fig. 5 is the structural representation of rail assembly, Fig. 6 is the enlarged drawing of corn grip unit, Fig. 7 be tipping machine structure overlook enlarged drawing, Fig. 8 is the structural representation of corn transport trolley mechanism, Fig. 9 is the structural representation of corn anti-falling mechanism, Figure 10 is the structure diagram of corn grip unit, Figure 11 is the structural representation of the residual leaf cleaning machine of corn, Figure 12 is the vertical view of second time root cutter structure, Figure 13 be in Figure 12 C to enlarged drawing, Figure 14 is the front view of second time root cutter structure, Figure 15 is the structural representation of first time root cutter structure, Figure 16 is the front view of corn grip unit, Figure 17 is the left view of Figure 16, Figure 18 is the structural representation of main machine frame.
Embodiment
Embodiment one: composition graphs 1 to Fig. 5 illustrates present embodiment, described in present embodiment, a kind of fresh edible maize crust stripping off device comprises host computer system and induction system, described induction system comprises elevating mechanism 1, corn connecting gear 2, multiple corn transport trolley mechanism 3, root cutter structure 4 for the first time, tipping machine structure 5, second time root cutter structure 6, rail assembly 7, transmission chain 8 and transportation frame 9, described host computer system comprises electrical machinery of active force 10, main frame 11, multiple corn grip unit 12, inflatable body 13, only stop mechanism 14, main machine frame 15 and power transmission mechanism 16, main machine frame 15 is arranged on one end of transportation frame 9, elevating mechanism 1 is arranged on the other end of transportation frame 9, corn connecting gear 2 is arranged on the upper surface of transportation frame 9, root cutter structure 4 is arranged on the other end of transportation frame 9 for the first time, tipping machine structure 5, second time root cutter structure 6 is arranged on the side of transportation frame 9 side by side, rail assembly 7 and transmission chain 8 are arranged in transportation frame 9, multiple corn transport trolley mechanism 3 installs and is arranged on rail assembly 7 side by side, each corn transport trolley mechanism 3 is all connected with transmission chain 8, main frame 11 is arranged in main machine frame 15, electrical machinery of active force 10 is arranged on the top of main machine frame 15, electrical machinery of active force 10 is connected with main frame 11, electrical machinery of active force 10 drives transmission chain 8 by power transmission mechanism 16, inflatable body 13 and only stop mechanism 14 are arranged on main machine frame 15 successively, multiple corn grip unit 12 is along the circumferential direction on the uniform lateral wall being arranged on main frame 11, electrical machinery of active force 10 by power transmission mechanism 16 for described induction system provides power.
In present embodiment, corn connecting gear 2 is provided with multiple groove be arranged side by side, a diaphragm plate is equipped with in each groove, during to ensure that corn falls in the groove on corn connecting gear 2, each corn is all positioned at the same position of groove, makes corn transport trolley mechanism 3 can catch corn smoothly.
The rail assembly 7 of present embodiment comprises clutch shaft bearing track 7-1, second bearing track 7-2 and the 3rd bearing track 7-3, clutch shaft bearing track 7-1 is by first paragraph 7-1-1, second segment 7-1-2, 3rd section of 7-1-3, 4th section of 7-1-4 is connected successively with the 5th section of 7-1-5 head and the tail and makes integrally, second bearing track 7-2 is by the 6th section of 7-2-1, 7th section of 7-2-2, 8th section of 7-2-3, 9th section of 7-2-4 is connected successively with the tenth section of 7-2-5 head and the tail and makes integrally, 3rd bearing track 7-3 is by the 11 section of 7-3-1, 12 section of 7-3-2, 13 section of 7-3-3 is connected successively with the 14 section of 7-3-4 head and the tail and makes integrally, first paragraph 7-1-1 and the 6th bullet 7-2-1 is camber line and the length of the two is equal with pitch, first paragraph 7-1-1 and the 6th section of 7-2-1 Central Symmetry is arranged and first paragraph 7-1-1 place plane and the 6th section of 7-2-1 place plane be arranged in parallel, second segment 7-1-2 and a 7th section 7-2-2 is straight line and the length of the two is equal, second segment 7-1-2 place plane and the 7th section of 7-2-2 place plane be arranged in parallel, 3rd section of 7-1-3 and the 8th section 7-2-3 is camber line and the length of the two is equal with pitch, 3rd section of 7-1-3 and the 8th section of 7-2-3 Central Symmetry is arranged and the 3rd section of 7-1-3 place plane and the 8th section of 7-2-3 place plane be arranged in parallel, 4th section of 7-1-4 is camber line with the 9th section of 7-2-4 and the length of the two is equal with pitch, 4th section of 7-1-4 and the 9th section 7-2-4 Central Symmetry is arranged and the 4th section of 7-1-4 place plane and the 9th section of 7-2-4 place plane be arranged in parallel, 5th section of 7-1-5 is camber line with the tenth section of 7-2-5 and the length of the two is equal with pitch, 5th section of 7-1-5 and the tenth section 7-2-5 Central Symmetry is arranged and the 5th section of 7-1-5 place plane and the tenth section of 7-2-5 place plane be arranged in parallel, 6th section of 7-2-1 and the 11 section 7-3-1 is camber line and the length of the two is equal with pitch, 6th section of 7-2-1 place plane becomes 90 degree with the 11 section of 7-3-1 place plane, 8th section of 7-2-3 is camber line with the 12 section of 7-3-2 and the length of the two is equal with pitch, 8th section of 7-2-3 place plane becomes 90 degree with the 12 section of 7-3-2 place plane, 9th section of 7-2-4 is camber line with the 13 section of 7-3-3 and the length of the two is equal with pitch, 9th section of 7-3-4 place plane becomes 90 degree with the 13 section of 7-3-3 place plane, tenth section of 7-2-5 is camber line with the 14 section of 7-3-4 and the length of the two is equal with pitch, tenth section of 7-2-5 place plane becomes 90 degree with the 14 section of 7-3-4 place plane, the length of first end 7-1-1, second segment 7-1-2, the 3rd section of 7-1-3 is 1300mm, and pitch is 57-20mm, the length of the 4th section of 7-1-4 and the 5th section 7-1-5 is 2600mm, and pitch is 57-20mm.
Embodiment two: composition graphs 8 illustrates present embodiment, a kind of each corn transport trolley mechanism 3 of fresh edible maize crust stripping off device described in present embodiment comprises rectangle framework 3-1, two corn folders 3-2 and two guide pillar 3-3, two guide pillar 3-3 are arranged on rectangle framework 3-1 side by side, and the axis of each guide pillar 3-3 all with rectangle framework 3-1 centerline parallel along its length, two corn folder 3-2 are arranged on two guide pillar 3-3 side by side, and two corn folder 3-2 all can move linearly along guide pillar 3-3.
The folding of corn folder 3-2 is by two cam production being positioned at transportation frame 9 one end, when corn folder 3-2 is from starting point setting in motion, corn folder 3-2 is in open configuration, through the below of corn connecting gear 2 one end, corn falls into 3-2 in corn, corn transport trolley mechanism 3 is through first cam subsequently, corn folder 3-2 closedown corn is clamped under the stirring of first cam, when root cutter structure 4 for the first time passes through along rail assembly 7 in corn transport trolley mechanism 3, tipping machine structure 5, when second time root cutter structure 6 arrives the junction of main machine frame 15 and transportation frame 9, second cam is stirred corn folder 3-2 and is opened, corn in corn folder 3-2 is clamped by the corn clamping manipulator 12-6 in host computer system, corn transport trolley mechanism 3 completes the course of conveying of corn.Other composition and annexation identical with embodiment one.
Embodiment three: present embodiment is described in conjunction with Figure 15, the first time root cutter structure of a kind of fresh edible maize crust stripping off device described in present embodiment 4 comprises the first saw blade 4-1, first saw blade motor 4-2, first saw blade motor support 4-3, first belt pulley 4-4, second belt pulley 4-5 and saw blade axis 4-6, first saw blade motor 4-1 and saw blade axis 4-6 is installed on the first saw blade motor support 4-3, first saw blade 4-1 and the first belt pulley 4-4 is from top to bottom sleeved on saw blade axis 4-6 successively, the turning cylinder that second belt pulley 4-5 is sleeved on the first saw blade motor 4-2 connects, first belt pulley 4-4 is connected with the second belt pulley 4-5 by belt.Other composition and annexation identical with embodiment one.
Embodiment four: composition graphs 7 illustrates present embodiment, described in present embodiment, a kind of tipping machine structure 5 of fresh edible maize crust stripping off device comprises single dege blade 5-1, 3-edge surgical knife sheet 5-2, driving mechanism 5-3, driving shaft 5-4, axle sleeve 5-5 and platform 5-6, driving shaft 5-4 is connected with driving mechanism 5-3, axle sleeve 5-5 is sleeved on driving shaft 5-4, axle sleeve 5-5 is connected with driving mechanism 5-3, and axle sleeve 5-5 is contrary with driving shaft 5-4 rotation direction, single dege blade 5-1 is sleeved on driving shaft 5-4, 3-edge surgical knife sheet 5-2 is sleeved on axle sleeve 5-5, platform 5-6 is arranged on the outside of driving mechanism 5-3.Driving mechanism 5-3 drives single dege blade 5-1 to rotate clockwise by driving shaft 5-4, driving mechanism 5-3 drives 3-edge surgical knife sheet 5-2 to rotate counterclockwise by axle sleeve 5-5, forms shearing force cut off at the top of corn when the blade of 3-edge surgical knife sheet 5-2 overlaps with the blade of single dege blade 5-1.Other composition and annexation identical with embodiment one.
Embodiment five: present embodiment is described in conjunction with Figure 12 to Figure 14, the second time root cutter structure 6 of planting fresh edible maize crust stripping off device described in present embodiment comprises encoder 6-1, push pedal 6-2, first gear 6-3, second gear 6-4, first supporting plate 6-5, second supporting plate 6-6, first tooth bar 6-7, second tooth bar 6-8, second saw blade 6-9, saw blade axis 6-10, belt pulley 6-11, second saw blade motor 6-12, main drive motor 6-13, gear assembly 6-14, induction mechanism 6-16 and two propelling movement chain 6-15, two propelling movement chain 6-15 are sleeved on gear assembly 6-14 side by side, the first gear 6-3, second gear 6-4 is arranged side by side, the first tooth bar 6-7, second tooth bar 6-8 is that yi word pattern is arranged, first tooth bar 6-7 engages with the first gear 6-3, second tooth bar 6-8 engages with the second gear 6-4, first supporting plate 6-5 and the second supporting plate 6-6 side by side parallel are arranged, first tooth bar 6-7 is connected with the first supporting plate 6-5, second tooth bar 6-8 is connected with the second supporting plate 6-6, encoder 6-1 is connected with main drive motor 6-13, gear on main drive motor 6-13 turning cylinder engages with the second gear 6-4, first saw blade 6-9 is connected with the belt pulley 6-11 on the second saw blade motor 6-12 turning cylinder, push pedal 6-2 is arranged on the top pushing chain 6-15, and encoder 6-1 is connected with push pedal 6-2 by induction mechanism 6-16.Other composition and annexation identical with embodiment one.
When corn 7-1-17 enters between two propelling movement chain 7-1-15, push pedal 7-1-2 receives the extruding bottom corn 7-1-17, push pedal 7-1-2 by induction mechanism by the translational speed signal of corn 7-1-17 and bottom width Signal transmissions to encoder 7-1-1, encoder 7-1-1 outputs signal to main drive motor 7-1-3, main drive motor 7-1-3 drives the second gear 7-1-4 to rotate, and then the distance between regulation and control the first supporting plate 7-1-5 and the second supporting plate 7-1-6, make between the root of corn 7-1-17 whole first supporting plate 7-1-5 and the second supporting plate 7-1-6, the root of corn 7-1-17 excises by saw blade 7-1-9.
Embodiment six: composition graphs 6, Figure 10, Figure 16, Figure 17 and Figure 18 illustrates present embodiment, described in present embodiment, a kind of each corn grip unit 12 of fresh edible maize crust stripping off device comprises rotary cutter 12-1, rotary cutter drive motors 12-2, upper limit mechanism 12-3, upper trim ring 12-4, lower clamping ring 12-5, corn clamping manipulator 12-6, rotary cutter orbit 12-8, upper limit mechanism orbit 12-12, upper trim ring orbit 12-9, lower clamping ring orbit 12-10 and corn clamping manipulator orbit, described upper limit mechanism orbit 12-12 and described upper trim ring orbit 12-9 is arranged on the top of main machine frame 15, described corn clamping manipulator orbit is arranged on the middle part of main machine frame 15, described rotary cutter orbit 12-8 and described lower clamping ring orbit 12-10 is arranged on the bottom of main machine frame 15, rotary cutter drive motors 12-2, lower clamping ring 12-5, corn clamping manipulator 12-6, upper trim ring 12-4, upper limit mechanism 12-3 is arranged on the lateral wall of main frame 11 from the bottom to top successively, the lower end of rotary cutter 12-1 is connected with the turning cylinder of rotary cutter drive motors 12-2, rotary cutter drive motors 12-2 and described rotary cutter orbit are slidably connected 12-8, upper limit mechanism 12-3 and described upper limit mechanism orbit 12-12 is slidably connected, upper trim ring 12-4 is slidably connected by link and described upper trim ring orbit 12-9, lower clamping ring 12-5 is slidably connected by link and described lower clamping ring orbit 12-10, corn clamping manipulator 12-6 and described corn accommodate manipulator orbit and are slidably connected.
In present embodiment, upper limit mechanism 12-3 runs roller 12-3-3 by thimble 12-3-1, thimble slide block 12-3-2 and thimble, thimble 12-3-1 is arranged on main frame 11 by thimble slide block 12-3-2, and thimble 12-3-1 runs roller 12-3-3 and upper limit mechanism orbit 12-12 by thimble and is slidably connected.
Other composition and annexation identical with embodiment one.
Embodiment seven: composition graphs 6, Figure 10, Figure 16, Figure 17 and Figure 18 illustrate present embodiment, a kind of each corn grip unit 12 of fresh edible maize crust stripping off device described in present embodiment also comprises top fixed cover 12-7 and top fixed cover orbit 12-11, described top fixed cover orbit 12-11 is arranged on the top of main machine frame 15, and top fixed cover 12-7 is slidably connected by link and described top fixed cover orbit 12-11.Other composition and annexation identical with embodiment six.
Embodiment eight: composition graphs 9 illustrates present embodiment, described in present embodiment, a kind of described induction system of fresh edible maize crust stripping off device also comprises two corn anti-falling mechanisms 17, two corn anti-falling mechanisms are arranged on the top of corn connecting gear 2 one end, each corn anti-falling mechanism 17 comprises arc batten 17-1, multiple spring 17-2 and multiple pressing plate 17-3, multiple pressing plate 17-3 is the uniform below being arranged on arc batten 17-1 of batten 17-1 length direction arcuately, and the upper end of each pressing plate 17-3 is connected with the lower surface of arc batten 17-1 respectively by a spring 17-2.
The technique effect of present embodiment is: so arrange, when corn moves to end along corn connecting gear 2, corn is pressed between corn connecting gear 2 upper surface and pressing plate 17-3 by pressing plate 17-3, avoid corn to fly out due to inertia, ensure that corn can enter in corn transport trolley mechanism 3 smoothly.Other composition and annexation identical with embodiment one.
Embodiment nine: present embodiment is described in conjunction with Figure 11, described in present embodiment, a kind of host computer system of fresh edible maize crust stripping off device also comprises the residual leaf cleaning machine 18 of corn, the residual leaf cleaning machine 18 of corn comprises rubber roll drive motors 18-1, electric machine support 18-2, drive pulley 18-3, driving belt 18-4, driven pulley 18-5 and two rubber roll group, rubber roll drive motors 18-1 is arranged on electric machine support 18-2, drive pulley 18-3 is sleeved on the turning cylinder of rubber roll drive motors 18-1, two described rubber roll groups are installed in the middle part of electric machine support 18-2, each described rubber roll group is made up of the upper glue roller 18-6 of setting side by side up and down and lower rubber roller 18-7, the lower rubber roller 18-7 of two described rubber roll groups is connected by rotating shaft 18-8, driven pulley 18-5 is sleeved on the roll shaft of a lower rubber roller 18-7, drive pulley 18-3 is connected with driven pulley 18-5 by driving belt 18-4.
During work, rubber roll drive motors 18-1 drives lower rubber roller 18-7 to rotate by drive pulley 18-3, driving belt 18-4, driven pulley 18-5, lower rubber roller 18-7 drives upper glue roller 18-6 to rotate, when the corn with residual leaf is through residual leaf cleaning machine 18, the residual leaf of corn is involved between upper glue roller 18-6 and lower rubber roller 18-7, and then is torn.Other composition and annexation identical with embodiment one.
Operation principle
Corn extracts and is transported in each groove corn connecting gear 2 by the first step, elevating mechanism 1 in hopper, do not fall into the corn in corn connecting gear 2 upper groove smoothly, by manually putting in groove, and corn is made all to be positioned at the same position of groove;
Step 2, corn move along corn connecting gear 2 in groove, when arriving the end, one end of corn connecting gear 2, in corn transport trolley mechanism 3 below the end, corn connecting gear 2 one end falling under gravity into just in time process, corn transport trolley mechanism 3 starts to move along rail assembly 7 with corn under the drive of transmission chain 8;
Step 3, when corn transport trolley mechanism 3 is vertically through first time root cutter structure 4, first time root cutter structure 4 pairs of corn roots carry out first time and cut root, to guarantee that corn can not due to the long generation catching phenomenon of root in follow-up moving process;
Step 4, corn are after first time root cutter structure 4, corn carries out 180 degree of upsets under the drive of corn transport trolley mechanism 3, when corn transport trolley mechanism 3 arrives tipping machine structure 5 place, corn in each corn transport trolley mechanism 3 is all head vertical states down, and the top tip part of tipping machine structure 5 pairs of corns cuts;
Step 5, after tipping machine structure 4, corn transport trolley mechanism 3 carries out 180 degree of upsets again with corn, make when corn transport trolley mechanism 3 reaches second time root cutter structure 6 place, corn is in head vertical state upward, and the root of corn thoroughly excises by second time root cutter structure 6;
After step 6, second time cut root, corn transport trolley mechanism 3 arrives the junction of main machine frame 15 and transportation frame 9, when the corn folder 3-2 in corn transport trolley the mechanism 3 and corn clamping manipulator 12-6 in host computer system meets, corn folder 3-2 in corn transport trolley mechanism 3 opens, and corn clamping manipulator 12-6 simultaneously in host computer system is closed clamps corn, corn transport trolley mechanism 3 and corn clamping manipulator 12-6 complete the handing-over of corn;
Step 7, after corn is clamped by corn clamping manipulator 12-6, rotary cutter drive motors 12-2 drives rotary cutter 12-1 to rotate, and rotary cutter drive motors 12-2 moves up under the driving of rotary cutter drive motors orbit, and rotary cutter 12-1 is rotating thrust bottom corn, then rotary cutter 12-1 drives corn to rotate together, while rotary cutter 12-1 thrusts bottom corn, upper limit mechanism 12-3 moves down, corn top is thrust in its tip, upper limit mechanism 12-3 and rotary cutter 12-1 forms the turning cylinder of corn rotation, corn rotation produces centrifugal force makes the crust of corn outwards scatter,
Behind the bottom that step 8, rotary cutter 12-1 and upper limit mechanism 12-3 thrust corn respectively and top, corn clamping manipulator 12-6 opens;
The rotation under the driving of electrical machinery of active force 10 of step 9, main frame 11, the multiple corn grip unit 12 be positioned on main frame 11 lateral wall are also rotated with main frame 11, when corn turns to the below of inflatable body 13, the crust of corn thoroughly outwards dispels out by the gases at high pressure that inflatable body 13 produces;
Step 10, corn are after inflatable body, and rotary cutter drive motors 12-2 stops operating, and when in time stopping stop mechanism 14, only stop mechanism 14 also stops operating due to inertia at the corn rotated;
After step 11, corn stop operating, upper trim ring 12-4 moves down, and lower clamping ring 12-5 moves up, and is firmly clamped by hoja after upper trim ring 12-4 and lower clamping ring 12-5 is closed, upper trim ring 12-4 after closed and lower clamping ring 12-5 together moves down, and is torn by hoja and drags;
After step 12, hoja are torn drag by upper trim ring 12-4 and lower clamping ring 12-5, rotary cutter drive motors 12-2 again starts and drives corn rotation, when corn makes through the residual leaf cleaning machine 18 of corn, the crust that corn remains is removed by the residual leaf cleaning machine 18 of corn, and now the crust of corn is thoroughly removed;
Step 13, corn are by after the residual leaf cleaning machine 18 of corn, corn is clamped by corn clamping manipulator 12-6, rotary cutter drive motors 12-2 stops operating and moves down, upper limit mechanism 12-3 moves up, after upper limit mechanism 12-3 and rotary cutter 12-1 departs from corn, corn clamping manipulator 12-6 opens, and corn drops in corn collection container naturally.
Claims (9)
1. a fresh edible maize crust stripping off device, it is characterized in that: described a kind of fresh edible maize crust stripping off device comprises host computer system and induction system, described induction system comprises elevating mechanism (1), corn connecting gear (2), multiple corn transport trolley mechanism (3), first time root cutter structure (4), tipping machine structure (5), second time root cutter structure (6), rail assembly (7), transmission chain (8) and transportation frame (9), described host computer system comprises electrical machinery of active force (10), main frame (11), multiple corn grip unit (12), inflatable body (13), only stop mechanism (14), main machine frame (15) and power transmission mechanism (16), main machine frame (15) is arranged on one end of transportation frame (9), elevating mechanism (1) is arranged on the other end of transportation frame (9), corn connecting gear (2) is arranged on the upper surface of transportation frame (9), first time root cutter structure (4) is arranged on the other end of transportation frame (9), tipping machine structure (5), second time root cutter structure (6) is arranged on the side of transportation frame (9) side by side, rail assembly (7) and transmission chain (8) are arranged in transportation frame (9), the installation of multiple corn transport trolley mechanism (3) is arranged on rail assembly (7) side by side, each corn transport trolley mechanism (3) is all connected with transmission chain (8), main frame (11) is arranged in main machine frame (15), electrical machinery of active force (10) is arranged on the top of main machine frame (15), electrical machinery of active force (10) is connected with main frame (11), electrical machinery of active force (10) drives transmission chain (8) by power transmission mechanism (16), inflatable body (13) and only stop mechanism (14) are arranged on main machine frame (15) successively, multiple corn grip unit (12) is along the circumferential direction on the uniform lateral wall being arranged on main frame (11), electrical machinery of active force (10) by power transmission mechanism (16) for described induction system provides power.
2. a kind of fresh edible maize crust stripping off device according to claim 1, it is characterized in that: each corn transport trolley mechanism (3) comprises rectangle framework (3-1), two corn folders (3-2) and two guide pillars (3-3), two guide pillars (3-3) are arranged in rectangle framework (3-1) side by side, and the axis of each guide pillar (3-3) all with rectangle framework (3-1) centerline parallel along its length, two corns folder (3-2) are arranged on two guide pillars (3-3) side by side, and two corns folder (3-2) all can move linearly along guide pillar (3-3).
3. a kind of fresh edible maize crust stripping off device according to claim 1, it is characterized in that: first time root cutter structure (4) comprises the first saw blade (4-1), first saw blade motor (4-2), first saw blade motor support (4-3), first belt pulley (4-4), second belt pulley (4-5) and saw blade axis (4-6), first saw blade motor (4-1) and saw blade axis (4-6) are installed on the first saw blade motor support (4-3), first saw blade (4-1) and the first belt pulley (4-4) are sleeved on saw blade axis (4-6) from top to bottom successively, the turning cylinder that second belt pulley (4-5) is sleeved on the first saw blade motor (4-2) connects, first belt pulley (4-4) is connected with the second belt pulley (4-5) by belt.
4. a kind of fresh edible maize crust stripping off device according to claim 1, it is characterized in that: tipping machine structure (5) comprises single dege blade (5-1), 3-edge surgical knife sheet (5-2), driving mechanism (5-3), driving shaft (5-4), axle sleeve (5-5) and platform (5-6), driving shaft (5-4) is connected with driving mechanism (5-3), axle sleeve (5-5) is sleeved on driving shaft (5-4), axle sleeve (5-5) is connected with driving mechanism (5-3), and axle sleeve (5-5) is contrary with driving shaft (5-4) rotation direction, single dege blade (5-1) is sleeved on driving shaft (5-4), 3-edge surgical knife sheet (5-2) is sleeved on axle sleeve (5-5), platform (5-6) is arranged on the outside of driving mechanism (5-3).
5. a kind of fresh edible maize crust stripping off device according to claim 1, is characterized in that: second time root cutter structure (6) comprises encoder (6-1), push pedal (6-2), first gear (6-3), second gear (6-4), first supporting plate (6-5), second supporting plate (6-6), first tooth bar (6-7), second tooth bar (6-8), second saw blade (6-9), saw blade axis (6-10), belt pulley (6-11), second saw blade motor (6-12), main drive motor (6-13), gear assembly (6-14), induction mechanism (6-16) and two propelling movement chains (6-15), two propelling movement chains (6-15) are sleeved on gear assembly (6-14) side by side, the first gear (6-3), second gear (6-4) is arranged side by side, the first tooth bar (6-7), second tooth bar (6-8) is arranged in yi word pattern, first tooth bar (6-7) engages with the first gear (6-3), second tooth bar (6-8) engages with the second gear (6-4), first supporting plate (6-5) and the second supporting plate (6-6) side by side parallel are arranged, first tooth bar (6-7) is connected with the first supporting plate (6-5), second tooth bar (6-8) is connected with the second supporting plate (6-6), encoder (6-1) is connected with main drive motor (6-13), gear on main drive motor (6-13) turning cylinder engages with the second gear (6-4), first saw blade (6-9) is connected with the belt pulley (6-11) on the second saw blade motor (6-12) turning cylinder, push pedal (6-2) is arranged on the top pushing chain (6-15), and encoder (6-1) is connected with push pedal (6-2) by induction mechanism (6-16).
6. a kind of fresh edible maize crust stripping off device according to claim 1, it is characterized in that: each corn grip unit (12) comprises rotary cutter (12-1), rotary cutter drive motors (12-2), upper limit mechanism (12-3), upper trim ring (12-4), lower clamping ring (12-5), corn clamping manipulator (12-6), rotary cutter orbit (12-8), upper limit mechanism orbit (12-12), upper trim ring orbit (12-9), lower clamping ring orbit (12-10) and corn clamping manipulator orbit, described upper limit mechanism orbit (12-12) and described upper trim ring orbit (12-9) are arranged on the top of main machine frame (15), described corn clamping manipulator orbit is arranged on the middle part of main machine frame (15), described rotary cutter orbit (12-8) and described lower clamping ring orbit (12-10) are arranged on the bottom of main machine frame (15), rotary cutter drive motors (12-2), lower clamping ring (12-5), corn clamping manipulator (12-6), upper trim ring (12-4), upper limit mechanism (12-3) is arranged on the lateral wall of main frame (11) from the bottom to top successively, the lower end of rotary cutter (12-1) is connected with the turning cylinder of rotary cutter drive motors (12-2), rotary cutter drive motors (12-2) and described rotary cutter orbit (12-8) are slidably connected, upper limit mechanism (12-3) and described upper limit mechanism orbit (12-12) are slidably connected, upper trim ring (12-4) is slidably connected by link and described upper trim ring orbit (12-9), lower clamping ring (12-5) is slidably connected by link and described lower clamping ring orbit (12-10), corn clamping manipulator (12-6) and described corn accommodate manipulator orbit and are slidably connected.
7. a kind of fresh edible maize crust stripping off device according to claim 6, it is characterized in that: each corn grip unit (12) also comprises top fixed cover (12-7) and top fixed cover orbit (12-11), described top fixed cover orbit (12-11) is arranged on the top of main machine frame (15), and top fixed cover (12-7) is slidably connected by link and described top fixed cover orbit (12-11).
8. a kind of fresh edible maize crust stripping off device according to claim 1, it is characterized in that: described induction system also comprises two corn anti-falling mechanisms (17), two corn anti-falling mechanisms are arranged on the top of corn connecting gear (2) one end, each corn anti-falling mechanism (17) comprises arc batten (17-1), multiple spring (17-2) and multiple pressing plate (17-3), multiple pressing plate (17-3) is the uniform below being arranged on arc batten (17-1) of batten (17-1) length direction arcuately, and the upper end of each pressing plate (17-3) is connected with the lower surface of arc batten (17-1) respectively by a spring (17-2).
9. a kind of fresh edible maize crust stripping off device according to claim 1, it is characterized in that: described host computer system also comprises the residual leaf cleaning machine (18) of corn, the residual leaf cleaning machine (18) of corn comprises rubber roll drive motors (18-1), electric machine support (18-2), drive pulley (18-3), driving belt (18-4), driven pulley (18-5) and two rubber roll groups, rubber roll drive motors (18-1) is arranged on electric machine support (18-2), drive pulley (18-3) is sleeved on the turning cylinder of rubber roll drive motors (18-1), two described rubber roll groups are installed in the middle part of electric machine support (18-2), each described rubber roll group is made up of the upper glue roller (18-6) of setting side by side up and down and lower rubber roller (18-7), the lower rubber roller (18-7) of two described rubber roll groups is connected by rotating shaft (18-8), driven pulley (18-5) is sleeved on the roll shaft of a lower rubber roller (18-7), drive pulley (18-3) is connected with driven pulley (18-5) by driving belt (18-4).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520554023.7U CN204968584U (en) | 2015-07-28 | 2015-07-28 | Fresh corn crust stripping off device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520554023.7U CN204968584U (en) | 2015-07-28 | 2015-07-28 | Fresh corn crust stripping off device |
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| CN204968584U true CN204968584U (en) | 2016-01-20 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109429738A (en) * | 2018-11-14 | 2019-03-08 | 黑龙江省炎鼎机械设备制造有限公司 | A kind of fresh edible corn husker |
| CN112119770A (en) * | 2020-10-12 | 2020-12-25 | 王桂华 | Automatic grain machine of shelling of maize |
-
2015
- 2015-07-28 CN CN201520554023.7U patent/CN204968584U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109429738A (en) * | 2018-11-14 | 2019-03-08 | 黑龙江省炎鼎机械设备制造有限公司 | A kind of fresh edible corn husker |
| CN109429738B (en) * | 2018-11-14 | 2023-05-12 | 黑龙江省炎鼎机械设备制造有限公司 | Fresh corn husker |
| CN112119770A (en) * | 2020-10-12 | 2020-12-25 | 王桂华 | Automatic grain machine of shelling of maize |
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Effective date of registration: 20180713 Address after: 150032 -913-1-4, Xinxing Park, Shuangcheng economic and Technological Development Zone, Xinxing Town, Shuangcheng District, Harbin, Heilongjiang. Patentee after: Heilongjiang Yan Ding Machinery Equipment Manufacturing Co., Ltd. Address before: 150400, 4 units, No. 1, No. 170, No. 15, tou tou street, Xiangfang tower, Xiangfang, Harbin. Patentee before: HARBIN YONGYU POWER STATION EQUIPMENT CO., LTD. |
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