CN105344613A - Brazil pine nut single grain achieving device - Google Patents
Brazil pine nut single grain achieving device Download PDFInfo
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- CN105344613A CN105344613A CN201510834684.XA CN201510834684A CN105344613A CN 105344613 A CN105344613 A CN 105344613A CN 201510834684 A CN201510834684 A CN 201510834684A CN 105344613 A CN105344613 A CN 105344613A
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- Prior art keywords
- chain
- pine nut
- singulate
- vibrating
- daughter board
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/02—Measures preceding sorting, e.g. arranging articles in a stream orientating
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C2501/00—Sorting according to a characteristic or feature of the articles or material to be sorted
- B07C2501/0081—Sorting of food items
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- Feeding Of Articles To Conveyors (AREA)
Abstract
The invention discloses a Brazil pine nut single grain achieving device. The Brazil pine nut single grain achieving device comprises a lifting mechanism, a vibration arraying mechanism, an air blowing type single grain achieving mechanism and a single grain conveying chain which are sequentially linked and arranged. The air blowing type single grain achieving mechanism and the single grain conveying chain are connected through a belt to synchronously move. Brazil pine nuts are conveyed to the vibration arraying mechanism through the lifting mechanism to be subjected to single line ranking and then subjected to single grain fetching through the air blowing type single grain achieving mechanism and fall on the single grain conveying chain. By means of the device, the Brazil pine nuts arranged in a concentrated or scattered manner can be detached into a whole-line single grain state, and the continuously-conveyed whole-line single-grain-achieved Brazil pine nuts can be conveniently graded, detected and processed in a production line manner.
Description
Technical field
The invention belongs to agricultural product processing machinery technology field, especially relate to the singulate device of a kind of Brazilian pine nut, for streamlines such as Brazilian pine nut classification, detection, processing.
Background technology
Brazil's SEMEN PINI KORAIENSIS has very high nutrition and medical value, comprises the multiple nutrients of needed by human.Modern medicine study shows, the fat constituent in SEMEN PINI KORAIENSIS is the unrighted acid such as oleic acid, linoleic acid, has the arteriosclerotic effect of control.In the Mechanized Processing process of Brazil's pine nut, it no matter is sorting, detection or process line all needs to carry out singulate operation to Brazilian pine nut.Yet there are no singulate device at Brazilian pine nut classification, detection, manufacture field at present, for realizing the mechanizations such as Brazilian pine nut classification, detection, processing further, the singulate operation of Brazilian pine nut is particularly necessary.
Summary of the invention
In order to solve Problems existing in background technology, the object of the invention is to propose the singulate device of a kind of Brazilian pine nut, realizing singulate for Brazilian pine nut sequence, to realize the mechanization of the operations such as the detection of Brazilian pine nut, classification, processing.
The present invention for the taked technical scheme that solves the problem is:
The present invention includes be connected placement successively hoisting mechanism, vibration array mechanism, the singulate mechanism of air-sweeping type and simple grain conveyer chain, the singulate mechanism of air-sweeping type and simple grain conveyer chain are connected by belt and are synchronized with the movement; Brazil's pine nut is transported to vibration array mechanism through hoisting mechanism and carries out single-rowization sequence, then carries out simple grain extraction through the singulate mechanism of air-sweeping type and fall on simple grain conveyer chain.
Described hoisting mechanism comprises one-level hopper, baffle plate conveyer belt, hoisting mechanism frame, first motor and transmission component, baffle plate conveyer belt is installed by hoisting mechanism frame, baffle plate conveyer belt comprises horizontal segment, lower horizontal segment and the bevel phase be connected between horizontal segment and lower horizontal segment, one-level hopper is positioned at directly over horizontal segment, baffle plate conveyer belt is provided with the baffle plate for raising Brazilian pine nut along direction of transfer uniformly at intervals, first motor is installed on baffle plate conveyer belt side, first motor is connected to drive with the main pulley of horizontal segment under baffle plate conveyer belt through transmission component and rotates.
Described vibration array mechanism comprises horizontal positioned and Height Adjustable vibrating mechanism frame, be positioned at secondary hopper above vibrating mechanism frame and vibrating motor, the vibrating mechanism frame left and right sides is provided with body cradle, secondary hopper both sides are hinged by stop catch plate and body cradle, secondary hopper has to the downward inclined plane of direction of transfer, the inclined plane of secondary hopper is interval with the guide plate for the single-row screening of Brazilian pine nut; Be provided with the spring that two groups of height are different between secondary hopper and the end face of vibrating mechanism frame, often organize spring and comprise two springs being distributed in both sides respectively, be connected with oscillating plate at secondary hopper bottom, oscillating plate is provided with vibrating motor; Upper vibrating plate is installed with in the middle part of secondary hopper bottom, front oscillating plate is L-shaped, one end of front oscillating plate L shape is fixed on upper vibrating plate bottom surface, the other end of front oscillating plate L shape is fixed with vibrating motor, lower oscillating plate is fixed with in the middle part of vibrating mechanism frame end face, the left and right sides of lower oscillating plate is equipped with side oscillating plate, side oscillating plate upper and lower side respectively with upper vibrating plate and lower oscillating plate hinged, vibrating motor is constrained vibration motor horizontal vibration between two pieces of side oscillating plates.
Described secondary hopper two side is fixed with the lever of protrusion, and stop catch plate top is provided with bar-shaped trough, and lever is embedded in the mobile secondary hopper that makes in bar-shaped trough and is flexibly connected with limitation with vibrating mechanism frame under vibrating motor vibration; Lever end face has screwed hole, and screwed hole is connected with screw by screw thread.
The singulate mechanism of described air-sweeping type comprise singulate mechanism frame and be arranged on central shaft in singulate mechanism frame, fixed cover multiple hole rollers on center shaft, be enclosed within hole roller outside protect daughter board, be arranged on protect daughter board two ends and agree with protect daughter board end cap; Protect daughter board ringwise and be provided with the import and outlet that pass in and out for Brazilian pine nut, the daughter board top of protecting be positioned near vibrating mechanism frame side has the bar-shaped trough of centrally axle axis as import, and the daughter board bottom of protecting be positioned at away from vibrating mechanism frame side has multiple through holes that Brazilian pine nut drops as outlet; Be axially positioned on central shaft by positioning sleeve between adjacent hole roller, at least two row's nibs that multiple hole roller is formed vertically are positioned at the import protecting daughter board, above the import protecting daughter board, centrally axle is axially arranged with an exhaust flow nozzle, and air current spray nozzle is towards aiming at the nibs of protecting daughter board import department and going up most; Central shaft two ends all through rolling bearing with protect daughter board end cap and be flexibly connected; central shaft one end is coaxially fixedly connected with two-groove belt pulley after protecting daughter board end cap; the second motor is installed with bottom singulate mechanism frame; second motor connects motor pulley, and motor pulley is connected by the first belt with one of them groove of two-groove belt pulley.
Described each hole roller circumferentially face has the nibs of accommodating Brazilian pine nut uniformly at intervals, the accommodating Brazilian pine nut of each nibs, falls into many Brazilian pine nuts, then blow out unnecessary pine nut with air-flow and remain a Brazilian pine nut and stay in nibs from vibration array mechanism.
Described simple grain conveyer chain comprises height-adjustable conveyer chain frame and is arranged in conveyer chain frame two groups symmetrical conveyer chain, the pine nut chains between two groups of conveyer chains placed and drives the conveyer chain transmission component of conveyer chain motion, wherein conveyer chain comprises the sprocket wheel that chain is meshed with chain, and chain rivet is connected between the sprocket wheel of both sides; Each outer plate of chain all has projection, and projection is connected with pine nut chain.
Described pine nut chain comprises the pine nut groove that the chain bar that is connected with two conveyer chains and size can hold a Brazilian pine nut, pine nut groove and groove chain replace affixed chain element in a row along perpendicular to direction of transfer, groove chain is single mounting hole structure along one end of direction of transfer, the other end along direction of transfer is two parallel dual kidney-shaped pore structures side by side, the single mounting hole of arbitrary row chain unit each groove chain is between the dual kidney-shaped hole of adjacent chain unit corresponding groove chain, what formed thus arranges all mounting holes one by one and is run through by chain bar together, and chain bar two ends are connected to the high spot of chain.
The beneficial effect that the present invention has is:
Apparatus of the present invention can be split as permutation, simple grain form by concentrating, being scattered the Brazilian pine nut placed, and the permutation of continuous transmission, singulate Brazilian pine nut are convenient to carry out carry out the classification of production linearize, detection and processing to Brazilian pine nut.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present invention;
Fig. 2 is hoisting mechanism structural representation of the present invention;
Fig. 3 is that the present invention vibrates array mechanism structural representation;
Fig. 4 is the singulate mechanical appearance structural representation of air-sweeping type of the present invention;
Fig. 5 be the singulate mechanism of air-sweeping type of the present invention remove protect daughter board, protect daughter board end cap, air current spray nozzle, bearing (ball) cover after structural representation;
Fig. 6 is air-sweeping type of the present invention singulate mechanism transverse cross-sectional view;
Fig. 7 is the singulate mechanical work principle figure of air-sweeping type of the present invention;
Fig. 8 is simple grain conveyer chain surface structure schematic diagram of the present invention;
Fig. 9 is the structural representation after simple grain conveyer chain of the present invention removes conveyer chain frame;
Figure 10 is conveyer chain structural representation of the present invention;
Figure 11 is pine nut chain link configuration schematic diagram of the present invention.
In figure: hoisting mechanism 10, one-level hopper 11, baffle plate conveyer belt 12, hoisting mechanism frame 13, first motor 14, transmission component 15; Vibration array mechanism 20, vibrating motor 21, spring 22, secondary hopper 23, oscillating plate 24, front oscillating plate 241, upper vibrating plate 242, lower oscillating plate 243, side oscillating plate 244, stop catch plate 25, screw 26, vibrating mechanism frame 27; The singulate mechanism of air-sweeping type 30, central shaft 301, hole roller 302, positioning sleeve 303, protect daughter board 304, air current spray nozzle 305, protect daughter board end cap 306, rolling bearing 307, bearing (ball) cover 308, second motor 309, singulate transmission component 310, first belt 311, two-groove belt pulley 312, motor pulley 313, singulate mechanism frame 320; Simple grain conveyer chain 40, conveyer chain 41, chain 411, sprocket wheel 412, chain rivet 413, pine nut chain 42, chain bar 421, pine nut groove 422, groove chain 423, conveyer chain conveyer 43, conveyer chain frame 44.
Detailed description of the invention
Below in conjunction with drawings and the specific embodiments, the present invention is described in further details.
As shown in Figure 1, the present invention includes be connected placement successively hoisting mechanism 10, vibration array mechanism 20, the singulate mechanism 30 of air-sweeping type and simple grain conveyer chain 40, the singulate mechanism 30 of air-sweeping type and simple grain conveyer chain 40 are connected by belt and are synchronized with the movement; Brazil's pine nut is transported to vibration array mechanism 20 through hoisting mechanism 10 and carries out single-rowization sequence, then carries out simple grain extraction through the singulate mechanism 30 of air-sweeping type and fall on simple grain conveyer chain 40.
As shown in Figure 2, hoisting mechanism 10 comprises one-level hopper 11, baffle plate conveyer belt 12, hoisting mechanism frame 13, first motor 14 and transmission component 15, baffle plate conveyer belt 12 is installed by hoisting mechanism frame 13, baffle plate conveyer belt 12 comprises horizontal segment, lower horizontal segment and the bevel phase be connected between horizontal segment and lower horizontal segment, one-level hopper 11 is positioned at directly over horizontal segment, baffle plate conveyer belt 12 is provided with the baffle plate for raising Brazilian pine nut along direction of transfer uniformly at intervals, first motor 14 is installed on baffle plate conveyer belt 12 side, first motor 14 is connected to drive through the main pulley of transmission component 15 and baffle plate conveyer belt 12 times horizontal segments and rotates, baffle plate conveyer belt 12 is rotated with the first motor 14 and move.
Preferred transmission component 15 can adopt bevel gear pair structure.
As shown in Figure 3, vibration array mechanism 20 comprises horizontal positioned and Height Adjustable vibrating mechanism frame 27, be positioned at secondary hopper 23 above vibrating mechanism frame 27 and vibrating motor 21, vibrating mechanism frame 27 left and right sides is provided with body cradle, secondary hopper 23 both sides are hinged by stop catch plate 25 and body cradle, secondary hopper 23 has to the downward inclined plane of direction of transfer, the inclined plane of secondary hopper 23 is interval with the guide plate for the single-row screening of Brazilian pine nut; Be provided with the spring that two groups of height are different between secondary hopper 23 and the end face of vibrating mechanism frame 27, often organize spring and comprise two springs 22 being distributed in both sides respectively, be connected with oscillating plate 24 in secondary hopper 23 bottom surface, oscillating plate 24 be provided with vibrating motor 21.
Secondary hopper 23 is installed with upper vibrating plate 241 in the middle part of bottom surface, front oscillating plate 242 is L-shaped, one end of front oscillating plate 242L shape is fixed on upper vibrating plate 241 bottom surface, the other end of front oscillating plate 242L shape is fixed with vibrating motor 21, lower oscillating plate 243 is fixed with in the middle part of vibrating mechanism frame 27 end face, the left and right sides of lower oscillating plate 243 is equipped with side oscillating plate 244, side oscillating plate 244 upper and lower side respectively with upper vibrating plate 241 and lower oscillating plate 243 hinged, vibrating motor 21 is constrained vibration motor 21 horizontal vibration between two pieces of side oscillating plates 244.
Stop catch plate 25 lower end and body cradle hinged, stop catch plate 25 upper end be flexibly connected.Secondary hopper 23 two side is fixed with the lever of protrusion, stop catch plate 25 top is provided with bar-shaped trough, lever is embedded in the mobile secondary hopper 23 that makes in bar-shaped trough and is flexibly connected with limitation with vibrating mechanism frame 27 under vibrating motor 21 vibrates, and stop catch plate 25 limits the oscillating region of secondary hopper 23; Lever end face has screwed hole, and screwed hole is connected with screw 26 by screw thread.
As shown in Figure 4 and Figure 5, the singulate mechanism of air-sweeping type 30 comprise singulate mechanism frame 320 and be arranged on central shaft 301 in singulate mechanism frame 320, the multiple hole rollers 302 of fixed cover on central shaft 301, be enclosed within hole roller 302 outside protect daughter board 304, be arranged on protect daughter board 304 two ends and agree with protect daughter board end cap 306.
As shown in Figure 7, protect daughter board 304 ringwise and be provided with the import and outlet that pass in and out for Brazilian pine nut, daughter board 304 top of protecting be positioned near vibrating mechanism frame 27 side has the bar-shaped trough of centrally axle 301 axis as import, and daughter board 304 bottom of protecting be positioned at away from vibrating mechanism frame 27 side has multiple through holes that Brazilian pine nut drops as outlet.
As shown in Figure 6, be axially positioned on central shaft 301 by positioning sleeve 303 between adjacent hole roller 302, hole roller 302 and positioning sleeve 303 can with central shaft 301 coaxial rotation, at least two row's nibs that multiple hole roller 302 is formed vertically are positioned at the import protecting daughter board 304, above the import protecting daughter board 304, centrally axle 301 is axially arranged with an exhaust flow nozzle 305, air current spray nozzle 305 has flat nozzle head, and air current spray nozzle 305 is towards aiming at the nibs of protecting daughter board 304 import department and going up most.
As shown in Figure 4, central shaft 301 two ends all through rolling bearing 307 with protect daughter board end cap 306 and be flexibly connected, rolling bearing 307 is by bearing (ball) cover 308 axial restraint, bearing (ball) cover 308 is fixed on and protects on daughter board end cap 306, central shaft 301 one end is coaxially fixedly connected with two-groove belt pulley 312 after protecting daughter board end cap 306, the second motor 309 is installed with bottom singulate mechanism frame 320, second motor 309 connects motor pulley 313, motor pulley 313 is connected by the first belt 311 with one of them groove of two-groove belt pulley 312, make to rotate when the second motor 309 rotating band central shaft 301, and then drive hole roller 302 to rotate.
In concrete enforcement, each hole roller 302 circumferentially face has the nibs that Brazilian pine nut shape matches with uniformly at intervals, and only load a Brazilian pine nut in a nibs, nibs is through hole, and the inner chamber of hole roller 302 and air are communicated.
As shown in Figure 8 and Figure 9, simple grain conveyer chain 40 comprises height-adjustable conveyer chain frame 44 and is arranged on two groups of symmetrical conveyer chains 41 placed in conveyer chain frame 44, pine nut chain 42 between two groups of conveyer chains 41 and the conveyer chain transmission component 43 driving conveyer chain 41 to move, as shown in figure 11, wherein conveyer chain 41 comprises the sprocket wheel 412 that chain 411 is meshed with chain 411, chain rivet 413 is connected between the sprocket wheel 412 of both sides, belt pulley is equipped with wherein a sprocket wheel 412, be synchronized with the movement by the realization that is connected of another groove of two-groove belt pulley 312 in the singulate mechanism 30 of belt pulley and described air-sweeping type, each outer plate of chain 411 all has projection, and projection is connected with pine nut chain 42.
As shown in Figure 10, pine nut chain 42 comprises the pine nut groove 422 that the chain bar 421 that is connected with two conveyer chains 41 and size can hold a Brazilian pine nut, pine nut groove 422 replaces affixed chain element in a row with groove chain 423 along perpendicular to direction of transfer, groove chain 423 is single mounting hole structure along one end of direction of transfer, the other end along direction of transfer is two parallel dual kidney-shaped pore structures side by side, the single mounting hole of arbitrary row chain unit each groove chain 423 is between the dual kidney-shaped hole of adjacent chain unit corresponding groove chain 423, what formed thus arranges all mounting holes one by one and is run through by chain bar 421 together, chain bar 421 two ends are connected to the high spot of chain 411.
Implementation process of the present invention is as follows:
Brazil's pine nut successively through hoisting mechanism 10, can fall into vibration array mechanism 20, through the singulate mechanism 30 of air-sweeping type, finally falls into simple grain conveyer chain 40.
Pine nut first leaks down from one-level hopper 11, is driven be promoted to top with baffle plate conveyer belt 12, then free-falling by the baffle plate on baffle plate conveyer belt 12.The pine nut fallen from hoisting mechanism 10 enters in secondary hopper 23, under vibrating motor drives, by the vibration of secondary hopper 23, pine nut is glided, and realize single-rowization by the guide plate on secondary hopper 23, pine nut glides through passage adjustment form stable in the process glided, become the form that pine nut side contacts with each other, side direction is pointed at tip, this process pine nut may have upper and lower overlap.
After single-rowization, pine nut falls into the nibs of protecting daughter board 304 import department of the singulate mechanism 30 of air-sweeping type successively; nibs is after being filled with several Brazilian pine nuts; when nibs turns to below air current spray nozzle 305 with Brazilian pine nut; the unnecessary Brazilian pine nut be positioned in nibs above blows off and grows back the second hopper 23 by the air-flow that air current spray nozzle 305 sprays; a Brazilian pine nut remaining in nibs is then saved; nibs rotates to protecting daughter board 304 lower exit port with a Brazilian pine nut; under the extruding of hole roller 302 inner chamber gas, Brazilian pine nut falls from nibs.
Brazil's pine nut from the singulate mechanism 30 of air-sweeping type to immediately below fall into the pine nut groove 422 of simple grain conveyer chain 40, pine nut groove 422 is rectangle so that holds the Brazilian pine nut of simple grain, completes the singulate continuous transmission of Brazilian pine nut.
As can be seen here; apparatus of the present invention can be split as permutation by concentrating, being scattered the Brazilian pine nut placed; then the form of simple grain, the permutation of continuous transmission, singulate Brazilian pine nut are convenient to carry out carry out the classification of production linearize, detection and processing to Brazilian pine nut, and obvious technical effects is given prominence to.
Claims (8)
1. the singulate device of Brazilian pine nut, it is characterized in that: comprise be connected placement successively hoisting mechanism (10), vibration array mechanism (20), the singulate mechanism of air-sweeping type (30) and simple grain conveyer chain (40), the singulate mechanism of air-sweeping type (30) and simple grain conveyer chain (40) are connected by belt and are synchronized with the movement; Brazil's pine nut is transported to vibration array mechanism (20) through hoisting mechanism (10) and carries out single-rowization sequence, then carries out simple grain extraction through the singulate mechanism of air-sweeping type (30) and fall on simple grain conveyer chain (40).
2. the singulate device of the Brazilian pine nut of one according to claim 1, it is characterized in that: described hoisting mechanism (10) comprises one-level hopper (11), baffle plate conveyer belt (12), hoisting mechanism frame (13), first motor (14) and transmission component (15), baffle plate conveyer belt (12) is installed by hoisting mechanism frame (13), baffle plate conveyer belt (12) comprises horizontal segment, lower horizontal segment and the bevel phase be connected between horizontal segment and lower horizontal segment, one-level hopper (11) is positioned at directly over horizontal segment, baffle plate conveyer belt (12) is provided with the baffle plate for raising Brazilian pine nut along direction of transfer uniformly at intervals, first motor (14) is installed on baffle plate conveyer belt (12) side, first motor (14) is connected to drive with the main pulley of horizontal segment under baffle plate conveyer belt (12) through transmission component (15) and rotates.
3. the singulate device of the Brazilian pine nut of one according to claim 1, it is characterized in that: described vibration array mechanism (20) comprises horizontal positioned and Height Adjustable vibrating mechanism frame (27), be positioned at secondary hopper (23) and the vibrating motor (21) of vibrating mechanism frame (27) top, vibrating mechanism frame (27) left and right sides is provided with body cradle, secondary hopper (23) both sides are hinged by stop catch plate (25) and body cradle, secondary hopper (23) has to the downward inclined plane of direction of transfer, the inclined plane of secondary hopper (23) is interval with the guide plate for the single-row screening of Brazilian pine nut, the different spring of two groups of height is provided with between secondary hopper (23) and the end face of vibrating mechanism frame (27), often organize spring and comprise two springs (22) being distributed in both sides respectively, be connected with oscillating plate (24) in secondary hopper (23) bottom surface, oscillating plate (24) be provided with vibrating motor (21),
Upper vibrating plate (241) is installed with in the middle part of secondary hopper (23) bottom surface, front oscillating plate (242) is L-shaped, one end of front oscillating plate (242) L shape is fixed on upper vibrating plate (241) bottom surface, the other end of front oscillating plate (242) L shape is fixed with vibrating motor (21), lower oscillating plate (243) is fixed with in the middle part of vibrating mechanism frame (27) end face, the left and right sides of lower oscillating plate (243) is equipped with side oscillating plate (244), side oscillating plate (244) upper and lower side respectively with upper vibrating plate (241) and lower oscillating plate (243) hinged, vibrating motor (21) is positioned at constrained vibration motor (21) horizontal vibration between two pieces of side oscillating plates (244).
4. the singulate device of the Brazilian pine nut of one according to claim 3, it is characterized in that: described secondary hopper (23) two side is fixed with the lever of protrusion, stop catch plate (25) top is provided with bar-shaped trough, and lever is embedded in the mobile secondary hopper (23) that makes in bar-shaped trough and is flexibly connected with limitation with vibrating mechanism frame (27) under vibrating motor (21) vibration; Lever end face has screwed hole, and screwed hole is connected with screw (26) by screw thread.
5. the singulate device of the Brazilian pine nut of one according to claim 1, is characterized in that: the singulate mechanism of described air-sweeping type (30) comprise singulate mechanism frame (320) and be arranged on central shaft (301) in singulate mechanism frame (320), the multiple hole rollers (302) of fixed cover on central shaft (301), be enclosed within hole roller (302) outside protect daughter board (304), be arranged on protect daughter board (304) two ends and agree with protect daughter board end cap (306);
Protect daughter board (304) ringwise and be provided with the import and outlet that pass in and out for Brazilian pine nut, be positioned at and have the axial bar-shaped trough of centrally axle (301) as import near daughter board (304) top of protecting of vibrating mechanism frame (27) side, daughter board (304) bottom of protecting be positioned at away from vibrating mechanism frame (27) side has multiple through holes that Brazilian pine nut drops as outlet;
Be axially positioned on central shaft (301) by positioning sleeve (303) between adjacent hole roller (302), at least two row's nibs that multiple hole roller (302) is formed vertically are positioned at the import protecting daughter board (304), above the import protecting daughter board (304), centrally axle (301) is axially arranged with an exhaust flow nozzle (305), and air current spray nozzle (305) protects towards aligning the nibs that daughter board (304) import department goes up most;
Central shaft (301) two ends all through rolling bearing (307) with protect daughter board end cap (306) and be flexibly connected; central shaft (301) one end is coaxially fixedly connected with two-groove belt pulley (312) afterwards through protecting daughter board end cap (306); singulate mechanism frame (320) bottom is installed with the second motor (309); second motor (309) connects motor pulley (313), and motor pulley (313) is connected by the first belt (311) with one of them groove of two-groove belt pulley (312).
6. the singulate device of the Brazilian pine nut of one according to claim 5, is characterized in that: described each hole roller (302) circumferentially face has the nibs that Brazilian pine nut shape matches with uniformly at intervals.
7. the singulate device of the Brazilian pine nut of one according to claim 1, is characterized in that:
Described simple grain conveyer chain (40) comprises height-adjustable conveyer chain frame (44) and is arranged on the conveyer chain transmission component (43) that in conveyer chain frame (44) two groups symmetrical conveyer chain (41), pine nut chain (42) between two groups of conveyer chains (41) and drives conveyer chain (41) of placing move, wherein conveyer chain (41) comprises the sprocket wheel (412) that chain (411) is meshed with chain (411), and chain rivet (413) is connected between the sprocket wheel (412) of both sides; Each outer plate of chain (411) all has projection, and projection is connected with pine nut chain (42).
8. the singulate device of the Brazilian pine nut of one according to claim 7, it is characterized in that: described pine nut chain (42) comprises the pine nut groove (422) that the chain bar (421) that is connected with two conveyer chains (41) and size can hold a Brazilian pine nut, pine nut groove (422) replaces affixed chain element in a row with groove chain (423) along perpendicular to direction of transfer, groove chain (423) is single mounting hole structure along one end of direction of transfer, the other end along direction of transfer is two parallel dual kidney-shaped pore structures side by side, the single mounting hole of arbitrary row chain unit each groove chain (423) is positioned between the dual kidney-shaped hole of adjacent chain unit corresponding groove chain (423), what formed thus arranges all mounting holes one by one and is run through by chain bar (421) together, chain bar (421) two ends are connected to the high spot of chain (411).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510834684.XA CN105344613B (en) | 2015-11-26 | 2015-11-26 | A kind of Brazilian pine nut list granulating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510834684.XA CN105344613B (en) | 2015-11-26 | 2015-11-26 | A kind of Brazilian pine nut list granulating device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105344613A true CN105344613A (en) | 2016-02-24 |
| CN105344613B CN105344613B (en) | 2018-01-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510834684.XA Expired - Fee Related CN105344613B (en) | 2015-11-26 | 2015-11-26 | A kind of Brazilian pine nut list granulating device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106583267A (en) * | 2016-11-11 | 2017-04-26 | 浙江大学 | Brazil pine nut sorting device |
| CN110282186A (en) * | 2018-03-19 | 2019-09-27 | 青龙满族自治县双合盛生态农产品有限公司 | Novel quantitative millet cake bottle placer |
| CN111054639A (en) * | 2019-12-18 | 2020-04-24 | 南京冠石科技股份有限公司 | Polarizing plate on-line measuring device |
| CN113996546A (en) * | 2021-11-29 | 2022-02-01 | 合肥峻茂视觉科技有限公司 | Color sorter for sorting round particles |
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| CN106583267A (en) * | 2016-11-11 | 2017-04-26 | 浙江大学 | Brazil pine nut sorting device |
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| CN110282186A (en) * | 2018-03-19 | 2019-09-27 | 青龙满族自治县双合盛生态农产品有限公司 | Novel quantitative millet cake bottle placer |
| CN111054639A (en) * | 2019-12-18 | 2020-04-24 | 南京冠石科技股份有限公司 | Polarizing plate on-line measuring device |
| CN111054639B (en) * | 2019-12-18 | 2021-04-13 | 南京冠石科技股份有限公司 | Polarizing plate on-line measuring device |
| CN113996546A (en) * | 2021-11-29 | 2022-02-01 | 合肥峻茂视觉科技有限公司 | Color sorter for sorting round particles |
| CN113996546B (en) * | 2021-11-29 | 2023-05-09 | 合肥峻茂视觉科技有限公司 | Color sorter for sorting round particles |
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