CN204741885U - Maize system of skinning - Google Patents
Maize system of skinning Download PDFInfo
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- CN204741885U CN204741885U CN201520559206.8U CN201520559206U CN204741885U CN 204741885 U CN204741885 U CN 204741885U CN 201520559206 U CN201520559206 U CN 201520559206U CN 204741885 U CN204741885 U CN 204741885U
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Abstract
The utility model provides a maize system of skinning, it relates to the system of skinning. The utility model discloses a solve the maize and skinning its top of in -process and bottom because of lacking the problem that seriously influences its quality of skinning that pinpoints. The utility model discloses a host computer frame, host computer pivot, go up positioning mechanism, blow skin mechanism and positioning mechanism down, the host computer pivot is located the host computer frame, go up positioning mechanism, blow skin mechanism and set gradually between host computer frame and host computer pivot under extremely on positioning mechanism follow down, the limit thimble subassembly with revolve one -to -one setting about the knife tackle spare, the limit thimble subassembly with set upright or straight set subassembly one -to -one setting, go up spacing collar subassembly and cam one -to -one setting spacing collar the for down, every limit thimble subassembly passes its corresponding set subassembly of setting upright or straight and inserts the top of establishing at the maize, every revolves knife tackle spare and inserts the root of establishing at the maize. The utility model is used for the location of maize top and bottom.
Description
Technical field
The utility model is specifically related to a kind of corn peeling system, belongs to field of machining.
Background technology
Fresh edible maize refers to the young green corn with flavour and quality, compares it have the features such as sweet, glutinous, tender, fragrant with conventional corn.Black, purple, yellow, white etc. are had from seed coat color point.Along with the raising of living standards of the people, market is also increasing to the demand of fresh edible maize, its fresh-keeping with processing just seem particularly important.Because the edible part of fresh edible maize be the tender fruit grain of immature children, it is vigorous to adopt rear respiratory metabolism, and sugar transition is fast, and easily dehydration is gone bad, so be difficult to make long term storage, as thought to preserve for a long time or year-round supply market, must carry out quick-freezing fresh-keeping.
Current fresh edible maize usually adopts and manually carries out peeling, hand peeling not only peeling efficiency is low, labor strength is large, but also it is inconsistent to there is peeling result, even cause the problem that corn is wasted, people are in order to overcome above-mentioned difficulties, have developed fresh edible corn husker, when multiple corn ear sends peeling main frame to by corn connecting gear, peeling main frame first then carries out peeling by fixing for corn ear, the top of corn ear now and root all need location that corn can be made to have good stability, there is the soft core along corn ear axial direction the inside of fresh edible maize rod, the top of fixing corn ear and root need to be realized by fixing soft core, too large impact power fixes corn ear, breakage or fragmentation can be there is in the soft core of corn ear, too little impulsive force fixes corn ear, corn ear can be subjected to displacement change because of fixing shakiness, affect its peeling effect, special purpose device is not yet had to realize corn ear stable position at present.
Summary of the invention
The purpose of this utility model is to provide a kind of corn peeling system, to solve corn its top and bottom in peeling process to have a strong impact on its peeling result problem because lacking accurate location.
The utility model is solve the problems of the technologies described above the technical scheme taked to be:
A kind of corn peeling system, it comprises main machine frame, main frame rotating shaft, upper detent mechanism, Chui Pi mechanism and lower detent mechanism, described main frame rotating shaft is positioned at main machine frame, and described upper detent mechanism, Chui Pi mechanism and lower detent mechanism are successively set between main machine frame and main frame rotating shaft from top to bottom;
Upper detent mechanism comprises thimble cam, supporting positive cover cam, upper limit circle cam, multiple spacing top needle assemblies, multiple supporting positive cover assembly and multiple upper limit coil assembly, described thimble cam, supporting positive cover cam and upper limit circle cam are dish cam, described thimble cam, upper limit circle cam and supporting positive cover cam are fixedly connected sequentially from top to bottom on main machine frame, multiple spacing top needle assemblies is evenly arranged along the circumferencial direction of thimble cam, multiple supporting positive cover assembly is evenly arranged along the circumferencial direction of supporting positive cover cam, multiple upper limit coil assembly is evenly arranged along the circumferencial direction of upper limit circle cam,
Chui Pi mechanism comprises gas cylinder, support, main pipeline, multiple magnetic valve and multiple airduct of giving vent to anger, main pipeline is rack-mount and be communicated with gas cylinder, multiple magnetic valve and multiple airduct of giving vent to anger are installed on support, the air-flow that multiple airduct of giving vent to anger blows out forms the closed air curtain of annular or circular arc air curtain, magnetic valve and airduct one_to_one corresponding of giving vent to anger are arranged, one end of each magnetic valve is all communicated with main pipeline, and the airduct of giving vent to anger that the other end of each magnetic valve is corresponding with it is communicated with;
Lower detent mechanism comprises and revolves cutter cam, lower limit circle cam, multiplely revolves knife assembly and multiple lower limit coil assembly, revolve cutter cam and lower limit circle cam is dish cam, revolve cutter cam and lower limit circle cam coaxial to arrange and revolve cutter cam and be positioned at lower limit circle cam, multiple knife assembly that revolves is evenly arranged along the circumferencial direction revolving cutter cam, and multiple lower limit coil assembly is evenly arranged along the circumferencial direction of lower limit circle cam;
Spacing top needle assemblies with revolve the upper and lower one_to_one corresponding of knife assembly and arrange, spacing top needle assemblies and supporting positive cover assembly one_to_one corresponding are arranged, upper limit coil assembly and lower limit circle cam one_to_one corresponding are arranged, each spacing top needle assemblies is plugged in the top of corn through the supporting positive cover assembly of its correspondence, eachly revolves the root that knife assembly is plugged in corn.
The utility model beneficial effect compared with prior art:
1, the utility model structural design advantages of simple, by spacing top needle assemblies, supporting positive cover assembly with revolve being equipped with between knife assembly and realize the upper and lower two-way location of corn ear, maize leaves on corn ear can be peeled off corn ear by Chui Pi mechanism, again by upper limit coil assembly and lower limit coil assembly corn ear compressed realize maize leaves tear work, the utility model can realize the streamlined operation of corn ear peeling.
2, make syringe needle accurately by optical axis, rolling bearing, being equipped with between thimble rod and syringe needle and penetrating the soft core of corn reposefully from corn ear top in spacing top needle assemblies; Revolving in knife assembly makes cutter head portion accurately penetrate the soft core of corn from corn ear root by column spinner, the second fixed axis, the 3rd roller, motor, being equipped with between base plate and multiple point of a knife, thus realizes corn ear top and root positioning work.
3, the best that the utility model finally obtains syringe needle in spacing top needle assemblies through a large amount of sampling test arranges size and shape, syringe needle is blunt nosed, blunt nosed setting not only can make it stably penetrate in the soft core of corn ear, and the integrality of corn ear can be ensured, avoid pricking corn ear or penetrating the inadequate situation of the degree of depth occurring, reduce the waste of corn, the blunt nosed degree of depth penetrating the soft core of corn ear is 4 to 6 centimetres.In spacing top needle assemblies, the setting of rolling bearing is in order to thimble rod rotates under the rotation of corn drives in the hole of optical axis, strengthens the flexibility of thimble rod.
4, thimble cam moves for spacing ejector pin component and provides track, first roller moves in a circle and drives thimble rod and syringe needle to be synchronized with the movement with it on the first cam, supporting positive cover cam provides track for supporting positive cover component movement, upper limit circle cam provides track for upper limit coil assembly moves, lower limit circle cam provides track for lower limit coil assembly moves, revolve cutter cam and provide track for revolving knife assembly motion, by the second fixed axis driven rotary post and the motion of multiple point of a knife.
5, Chui Pi mechanism in use, by the pressure adjusting of gas cylinder to 0.5-0.8MPa, gas cylinder by main pipeline for multiple airduct of giving vent to anger provides gas to carry, by the solenoid control air-blowing time, the air-flow that multiple airduct of giving vent to anger blows out forms the closed air curtain of annular or circular arc air curtain, can carry out whole process to the corn ear be under High Rotation Speed state to blow or stage air blowing targetedly, it is 99.8% that the bracteal leaf of corn after air blowing is opened into power.
5, the utility model manufacture and easy to use, is easy to large-scale promotion and uses.
Accompanying drawing explanation
Fig. 1 is the perspective view of spacing top needle assemblies 4;
Fig. 2 is the amplification profile at A place in Fig. 1;
Fig. 3 is the perspective view of supporting positive cover assembly 5;
Fig. 4 is the perspective view of revolving knife assembly 10;
Fig. 5 is the annexation schematic diagram revolving column spinner 10-1 and point of a knife 10-3 in knife assembly 10;
Fig. 6 is the plan structure schematic diagram of Fig. 5;
Fig. 7 is the main TV structure schematic diagram of point of a knife 10-3;
Fig. 8 is the working state figure of upper limit coil assembly and lower limit assembly;
The main TV structure schematic diagram of Tu9Shi Chui skin mechanism 7;
Figure 10 is the left view of Fig. 9, removes gas cylinder 7-1 in figure;
Figure 11 Shi Chui skin mechanism 7, spacing top needle assemblies 4 and revolve the annexation schematic diagram of knife assembly 10;
Figure 12 is working state figure of the present utility model, removes main machine frame 13 and Chui Pi mechanism 7 in figure.
Embodiment
Embodiment one: composition graphs 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11 and Figure 12 illustrate present embodiment, present embodiment comprises main machine frame, main frame rotating shaft, upper detent mechanism, Chui Pi mechanism 7 and lower detent mechanism, described main frame rotating shaft is positioned at main machine frame, and described upper detent mechanism, Chui Pi mechanism 7 and lower detent mechanism are successively set between main machine frame and main frame rotating shaft from top to bottom;
Upper detent mechanism comprises thimble cam 1, supporting positive cover cam 2, upper limit circle cam 3, multiple spacing top needle assemblies 4, multiple supporting positive cover assembly 5 and multiple upper limit coil assembly 6, described thimble cam 1, supporting positive cover cam 2 and upper limit circle cam 3 are dish cam, described thimble cam 1, upper limit circle cam 3 and supporting positive cover cam 2 are fixedly connected sequentially from top to bottom on main machine frame, multiple spacing top needle assemblies 4 is evenly arranged along the circumferencial direction of thimble cam 1, multiple supporting positive cover assembly 5 is evenly arranged along the circumferencial direction of supporting positive cover cam 2, multiple upper limit coil assembly 6 is evenly arranged along the circumferencial direction of upper limit circle cam 3,
Chui Pi mechanism 7 comprises gas cylinder 7-1, support 7-2, main pipeline 7-5, multiple magnetic valve 7-3 and multiple airduct 7-4 that gives vent to anger, main pipeline 7-5 to be arranged on support 7-2 and to be communicated with gas cylinder 7-1, multiple magnetic valve 7-3 and multiple airduct 7-4 that gives vent to anger is installed on support 7-2, the air-flow that multiple airduct 7-4 that gives vent to anger blows out forms the closed air curtain of annular or circular arc air curtain, magnetic valve 7-3 and airduct 7-4 one_to_one corresponding of giving vent to anger are arranged, one end of each magnetic valve 7-3 is all communicated with main pipeline 7-5, the airduct 4 of giving vent to anger that the other end of each magnetic valve 7-3 is corresponding with it is communicated with.
Lower detent mechanism comprises and revolves cutter cam 8, lower limit circle cam 9, multiplely revolves knife assembly 10 and multiple lower limit coil assembly 11, revolve cutter cam 8 and lower limit circle cam 9 is dish cam, revolve cutter cam 8 and lower limit circle cam 9 coaxial arrange and revolve cutter cam 8 be positioned at lower limit circle cam 9, multiple knife assembly 10 that revolves is evenly arranged along the circumferencial direction revolving cutter cam 8, and multiple lower limit coil assembly 11 is evenly arranged along the circumferencial direction of lower limit circle cam 9.
Spacing top needle assemblies 4 with revolve knife assembly about 10 one_to_one corresponding and arrange, spacing top needle assemblies 4 and supporting positive cover assembly 5 one_to_one corresponding are arranged, upper limit coil assembly 6 and lower limit circle cam 9 one_to_one corresponding are arranged, each spacing top needle assemblies 4 is plugged in the top of corn 12 through the supporting positive cover assembly 5 of its correspondence, eachly revolves the root that knife assembly 10 is plugged in corn 12.
When corn clamping manipulator is in centrifugal rotation process during distance air blowing mechanism 1 second in present embodiment, magnetic valve 7-3 opens, corn ear 12 is blown, when corn clamping manipulator sails out of air blowing station 1 second in centrifugal rotation process, shut electromagnetic valve 7-3 stops blowing, prevent the waste of source of the gas, cost-saving, corn ear 12 is under the state of centrifugal rotation, be aided with and blow downwards above corn ear 12, under centrifugal rotation state, crust on corn ear 12 is opened more complete, not only to blowing down the corncob on corn ear 12 top, but also can blow the tender leaf being wrapped in iblet outside not easily removed at ordinary times and lift, thus ensure the clean rate of the peeling of corn ear 12, the clean rate of peeling of corn ear 12 brings up to present 99.6% by original 70-80%.Multiple one end of giving vent to anger airduct 7-4 is the airduct of giving vent to anger of bending downwards, and inflatable body also comprises multiple nozzle, and on the bottom face of multiple nozzle-mounting bracket 7-2, and each nozzle is connected with the end of an airduct of giving vent to anger.By to the adjustment of nozzle and setting, adjustment air blowing angle and air blowing scope can be carried out according to the actual conditions of fresh edible maize, and then ensure to blow to lift effect, prevent from bracteal leaf of corn from existing blowing lifting less than drawback.
Embodiment two: composition graphs 1 and Fig. 2 illustrate present embodiment, in present embodiment, spacing top needle assemblies 4 comprises the first roller 4-1, optical axis 4-2, thimble rod 4-3, syringe needle 4-4, axle sleeve 4-5 and at least one rolling bearing 4-6, the lateral wall of described axle sleeve 4-5 is provided with the first roller 4-1, described first roller 4-1 roll extrusion is on the cam contour face of thimble cam 1, the top of described optical axis 4-2 is located on axle sleeve 4-5, the bottom of described optical axis 4-2 processes porose 4-2-1, the top of described thimble rod 4-3 is positioned at the hole 4-2-1 of optical axis 4-2, described thimble rod 4-3 is set with at least one rolling bearing 4-6, the bottom of described thimble rod 4-3 is fixedly connected with syringe needle 4-4, described syringe needle 4-4 is blunt nosed.
In present embodiment, the end face of the insertion end of syringe needle 6 is plane, and the cone angle of syringe needle 6 is Φ, and described Φ is 30 ~ 35 °, and the span of thimble rod 4-3 external diameter is 6 ~ 15mm; The span of described thimble rod 4-3 length is 60 ~ 80mm.Spacing top needle assemblies 4 also comprises spacing catch 4-7, spacing catch 4-6 is processed with through hole, thimble rod 4-3 is fixedly connected with spacing catch 4-7 through the through hole of spacing catch 4-7 and is made as integrally, and the distance on described spacing catch 4-7 to thimble rod 4-3 top is the span of H, H is 20 ~ 30mm.Other composition and annexation identical with embodiment one.
Embodiment three: composition graphs 3 illustrates present embodiment, in present embodiment, supporting positive cover assembly 5 comprises each supporting positive cover assembly 5 and comprises fixed head 5-1, buffer 5-2, righting cylinder 5-3, righting head 5-4, contiguous block and two track 5-6, described fixed head 5-1 is vertically arranged, described two track 5-6 are arranged on fixed head 5-1, righting cylinder 5-3 is slidably connected between two track 5-6, the upper end of righting cylinder 5-3 is provided with buffer 5-2, the movable end of buffer 5-2 leans on righting cylinder 5-3, buffer 5-2 is fixedly connected on fixed head 5-1, the lower end of righting cylinder 5-3 is fixedly connected with righting head 5-4, a through hole is processed with from top to bottom in righting head 5-4, described through hole is up-narrow and down-wide bellmouth, described contiguous block comprises the first fixed axis and the second roller, one end of described first fixed axis is located on the second roller, the other end of described first fixed axis is fixedly connected on the barrel of righting cylinder, described second roller roll extrusion is on the cam contour face of supporting positive cover cam 2.
In present embodiment, through hole is through a large amount of sampling test and finally obtains optimum size and shape, through hole not only can make it stably fix the top of corn ear 12, and multi-turn iblet can be compressed to greatest extent, ensure the integrality of its compacted iblet, avoid iblet broken, reduce the waste of corn.Other composition and annexation identical with embodiment two.
Embodiment four: composition graphs 8, Figure 11 and Figure 12 illustrate present embodiment, in present embodiment, upper limit coil assembly 6 comprises upper support frame 6-1 and upper trim ring 6-2, upper end and the upper limit circle cam 3 of described upper support frame 6-1 are slidably matched, and the lower end of upper support frame 6-1 is connected with trim ring 6-2.Other composition and annexation identical with embodiment three.
Embodiment five: composition graphs 4, Fig. 5, Fig. 6 and Fig. 7 illustrates present embodiment, revolve knife assembly 10 in present embodiment and comprise column spinner 10-1, second fixed axis 10-24, 3rd roller 10-25, motor 10-26, base plate 10-27 and multiple point of a knife 10-3, described base plate 10-27 is vertically arranged, described column spinner 10-1, motor 10-26 and the second fixed axis 10-24 is successively set on the side of base plate 10-27 from top to bottom, the upper surface of described column spinner 10-1 is also evenly equipped with multiple point of a knife 10-3 along the circumferencial direction of column spinner 10-1, the lower surface of described column spinner 10-1 is fixedly connected with the output shaft of motor 10-26, one end of described second fixed axis 10-24 is equipped with on the 3rd roller 10-25, described 3rd roller 10-25 roll extrusion is on the cam contour face of revolving cutter cam 8, the other end of described second fixed axis 10-24 is fixedly connected on base plate 10-27.
The 10-3 of point of a knife described in present embodiment is cambered blade, point of a knife 10-3 in the vertical direction is processed with the first sword face 10-7 respectively, second sword face 10-8 and the 3rd sword face 10-9, first sword face 10-7 is vertical sword face, second sword face 10-8 is the basil that inclines, 3rd sword face 10-9 is arcuate blade face, the top being positioned at point of a knife 10-3 knife face is processed with the 3rd inclined plane 10-10, the the second sword face 10-8 and the bottom that are positioned at point of a knife 10-3 knife face are processed with the second inclined plane 10-11, the the first sword face 10-7 and the bottom that are positioned at point of a knife 10-3 knife face are processed with the first inclined plane 10-12, first inclined plane 10-12, second inclined plane 10-11 is all connected with the intrados 10-13 of point of a knife 10-3 with the 3rd inclined plane 10-10.In present embodiment, each point of a knife 10-3 is processed with the first sword face 10-7, the second sword face 10-8 and the 3rd sword face 10-9 to provide convenience for corn ear 11 is fixed on to revolve on knife assembly 10, reduces corn ear 11 to be inserted in the dynamics of revolving on knife assembly 10.In each point of a knife 10-3 of the present utility model, knife face is processed with the frictional force that the first inclined plane 10-12, the second inclined plane 10-11 and the 3rd inclined plane 10-10 and intrados 10-13 can increase each point of a knife 10-3 and corn ear 11.The bottom of point of a knife 10-3 is also fixedly connected with connecting rod 10-23, and column spinner 10-1 upper surface is processed with multiple jack along the circumferencial direction of column spinner 10-1, point of a knife 10-3 to be inserted in jack by connecting rod 10-23 and with jack interference fit.Other composition and annexation identical with embodiment four.
Embodiment six: composition graphs 8, Figure 11 and Figure 12 illustrate present embodiment, present embodiment lower limit position coil assembly 11 comprises lower support frame 11-1 and lower clamping ring 11-2, lower end and the lower limit circle cam 9 of described lower support frame 11-1 are slidably matched, and the upper end of lower support frame 11-1 is connected with lower clamping ring 11-2.
In present embodiment, upper limit coil assembly 6 and lower limit coil assembly 11 are equipped with the stripping operation realized corn ear 12 crust, when upper limit coil assembly 6 and lower limit coil assembly 11 work, upper trim ring 6-2 and lower clamping ring 11-2 peels off thoroughly to the crust of corn ear 12, operation next time can not be affected, in the lower end of upper trim ring 6-2 and the upper end of lower clamping ring 11-2, soft trim ring is all set, increase the frictional force between trim ring 6-2 and lower clamping ring 11-2, more thorough to the avulsion of hoja, avulsion efficiency improves 87%.Other composition and annexation identical with embodiment five.
The course of work of the present utility model:
Multiple corn ear 12 is sent to peeling main frame place continuously by the conveyer belt of corn connecting gear, after a corn ear 12 is stablized by manipulator clamping, the point of a knife 10-3 revolved in knife assembly 10 inserts the root of corn ear 12, after dropping on the top righting corn ear 12 of corn ear 12 under supporting positive cover assembly 5 is vertical, thimble rod 4-3 falls to making syringe needle 4-6 penetrate the top of corn ear 12, then supporting positive cover assembly 5 moves up and leaves the top of corn ear 12, thimble rod 4-3 and syringe needle 4-6 moves along with supporting positive cover cam 2, syringe needle 4-6 rotates with corn ear 12, corn ear 12 enters in peeling operation, when corn ear 12 turns to inactive state, upper limit coil assembly 6 falls to pushing down the top of corn ear 12 from top, the root that lower limit coil assembly 11 pushes down corn from below carries out peeling, after peeling completes, manipulator captures corn ear 12 again, spacing top needle assemblies 4 and revolve knife assembly 10 and extract from the top of corn ear 12 and root respectively, corn ear 12 sends into next collecting process under the crawl of manipulator.
Claims (6)
1. a corn peeling system, it is characterized in that: it comprises main machine frame (13), main frame rotating shaft (14), upper detent mechanism, Chui Pi mechanism and lower detent mechanism, described main frame rotating shaft (14) is positioned at main machine frame (13), and described upper detent mechanism, Chui Pi mechanism and lower detent mechanism are successively set between main machine frame (13) and main frame rotating shaft (14) from top to bottom;
Upper detent mechanism comprises thimble cam (1), supporting positive cover is with cam (2), upper limit circle is with cam (3), multiple spacing top needle assemblies (4), multiple supporting positive cover assembly (5) and multiple upper limit coil assembly (6), described thimble cam (1), supporting positive cover cam (2) and upper limit circle cam (3) are dish cam, described thimble cam (1), upper limit circle cam (3) and supporting positive cover cam (2) are fixedly connected sequentially from top to bottom on main machine frame (13), multiple spacing top needle assemblies (4) is evenly arranged along the circumferencial direction of thimble cam (1), multiple supporting positive cover assembly (5) is evenly arranged along the circumferencial direction of supporting positive cover cam (2), multiple upper limit coil assembly (6) is evenly arranged along the circumferencial direction of upper limit circle cam (3),
Chui Pi mechanism (7) comprises gas cylinder (7-1), support (7-2), main pipeline (7-5), multiple magnetic valve (7-3) and multiple airduct of giving vent to anger (7-4), main pipeline (7-5) is arranged on support (7-2) and goes up and be communicated with gas cylinder (7-1), multiple magnetic valve (7-3) and multiple airduct of giving vent to anger (7-4) are installed on support (7-2), the air-flow that multiple airduct of giving vent to anger (7-4) blows out forms the closed air curtain of annular or circular arc air curtain, magnetic valve (7-3) and airduct of giving vent to anger (7-4) one_to_one corresponding are arranged, one end of each magnetic valve (7-3) is all communicated with main pipeline (7-5), the airduct of giving vent to anger (4) that the other end of each magnetic valve (7-3) is corresponding with it is communicated with,
Lower detent mechanism comprises and revolves cutter cam (8), lower limit circle is with cam (9), multiplely revolve knife assembly (10) and multiple lower limit coil assembly (11), revolve cutter cam (8) and lower limit circle cam (9) is dish cam, revolve cutter cam (8) and lower limit circle cam (9) coaxial arrange and revolve cutter cam (8) be positioned at lower limit circle cam (9), multiple knife assembly (10) that revolves is evenly arranged along the circumferencial direction revolving cutter cam (8), multiple lower limit coil assembly (11) is evenly arranged along the circumferencial direction of lower limit circle cam (9),
Spacing top needle assemblies (4) with revolve knife assembly (10) up and down one_to_one corresponding arrange, spacing top needle assemblies (4) and supporting positive cover assembly (5) one_to_one corresponding are arranged, upper limit coil assembly (6) and lower limit circle cam (9) one_to_one corresponding are arranged, each spacing top needle assemblies (4) is plugged in the top of corn (12) through the supporting positive cover assembly (5) of its correspondence, eachly revolves the root that knife assembly (10) is plugged in corn (12).
2. a kind of corn peeling system according to claim 1, it is characterized in that: spacing top needle assemblies (4) comprises the first roller (4-1), optical axis (4-2), thimble rod (4-3), syringe needle (4-4), axle sleeve (4-5) and at least one rolling bearing (4-6), the lateral wall of described axle sleeve (4-5) is provided with the first roller (4-1), the roll extrusion of described first roller (4-1) is on the cam contour face of thimble cam (1), the top of described optical axis (4-2) is located on axle sleeve (4-5), bottom processing porose (4-2-1) of described optical axis (4-2), the top of described thimble rod (4-3) is positioned at the hole (4-2-1) of optical axis (4-2), described thimble rod (4-3) is set with at least one rolling bearing (4-6), the bottom of described thimble rod (4-3) is fixedly connected with syringe needle (4-4), described syringe needle (4-4) is for blunt nosed.
3. a kind of corn peeling system according to claim 2, it is characterized in that: supporting positive cover assembly (5) comprises each supporting positive cover assembly (5) and comprises fixed head (5-1), buffer (5-2), righting cylinder (5-3), righting head (5-4), contiguous block and two tracks (5-6), described fixed head (5-1) is vertically arranged, described two tracks (5-6) are arranged on fixed head (5-1), righting cylinder (5-3) is slidably connected between two tracks (5-6), the upper end of righting cylinder (5-3) is provided with buffer (5-2), the movable end of buffer (5-2) leans on righting cylinder (5-3), buffer (5-2) is fixedly connected on fixed head (5-1), the lower end of righting cylinder (5-3) is fixedly connected with righting head (5-4), a through hole is processed with from top to bottom in righting head (5-4), described through hole is up-narrow and down-wide bellmouth, described contiguous block comprises the first fixed axis and the second roller, one end of described first fixed axis is located on the second roller, the other end of described first fixed axis is fixedly connected on the barrel of righting cylinder, described second roller roll extrusion is on the cam contour face of supporting positive cover cam (2).
4. a kind of corn peeling system according to claim 3, it is characterized in that: upper limit coil assembly (6) comprises upper support frame (6-1) and upper trim ring (6-2), upper end and the upper limit circle cam (3) of described upper support frame (6-1) are slidably matched, and the lower end of upper support frame (6-1) is connected with trim ring (6-2).
5. a kind of corn peeling system according to claim 4, it is characterized in that: revolve knife assembly (10) and comprise column spinner (10-1), second fixed axis (10-24), 3rd roller (10-25), motor (10-26), base plate (10-27) and multiple point of a knife (10-3), described base plate (10-27) is vertically arranged, described column spinner (10-1), motor (10-26) and the second fixed axis (10-24) are successively set on the side of base plate (10-27) from top to bottom, the upper surface of described column spinner (10-1) is also evenly equipped with multiple point of a knife (10-3) along the circumferencial direction of column spinner (10-1), the lower surface of described column spinner (10-1) is fixedly connected with the output shaft of motor (10-26), one end of described second fixed axis (10-24) is equipped with on the 3rd roller (10-25), described 3rd roller (10-25) roll extrusion is on the cam contour face of revolving cutter cam (8), the other end of described second fixed axis (10-24) is fixedly connected on base plate (10-27).
6. a kind of corn peeling system according to claim 5, it is characterized in that: lower limit coil assembly (11) comprises lower support frame (11-1) and lower clamping ring (11-2), lower end and the lower limit circle cam (9) of described lower support frame (11-1) are slidably matched, and the upper end of lower support frame (11-1) is connected with lower clamping ring (11-2).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520559206.8U CN204741885U (en) | 2015-07-29 | 2015-07-29 | Maize system of skinning |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520559206.8U CN204741885U (en) | 2015-07-29 | 2015-07-29 | Maize system of skinning |
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| CN204741885U true CN204741885U (en) | 2015-11-11 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107660379A (en) * | 2017-11-21 | 2018-02-06 | 王国庆 | A kind of quick peeling equipment of agricultural production corn for simulating artificial gimmick |
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2015
- 2015-07-29 CN CN201520559206.8U patent/CN204741885U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107660379A (en) * | 2017-11-21 | 2018-02-06 | 王国庆 | A kind of quick peeling equipment of agricultural production corn for simulating artificial gimmick |
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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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