CN204949438U - Turnip beaming machine - Google Patents
Turnip beaming machine Download PDFInfo
- Publication number
- CN204949438U CN204949438U CN201520711143.3U CN201520711143U CN204949438U CN 204949438 U CN204949438 U CN 204949438U CN 201520711143 U CN201520711143 U CN 201520711143U CN 204949438 U CN204949438 U CN 204949438U
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- China
- Prior art keywords
- underarm
- upper arm
- radish
- driving shaft
- top link
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
The utility model relates to a turnip processing auxiliary machinery, turnip beaming machine promptly. Including install power drive mechanism on the support body, be used for carrying the turnip raw materials conveying mechanism, be used for getting rid of the turnip skin rossing tool bit mechanism, be used for with the turnip raw materials just to the automatic centering and the easement rossing mechanism of rossing tool bit mechanism, raw materials conveying mechanism includes move's upper arm conveyor, underarm conveyor. The utility model discloses a turnip beaming machine, the epidermis of getting rid of the turnip that can high efficiency improves production efficiency, eliminates the emergence of industrial accident, and reduction in production cost improves product quality.
Description
Technical field
The utility model relates to the processing of a kind of radish Aided Machine, i.e. radish skinning machine.
Background technology
Radish is in planting process, the epidermis of radish is by wind, Exposure to Sunlight and naturally variously to affect, and the epidermis of radish has peppery and other the peculiar smell of a kind of hardship, and radish carries out adding man-hour in food factory, radish skin must be removed, the mouthfeel that the radish product processed just has had.At present, mostly radish peeling is to be cut by artificial cutter, and efficiency is low, and labour intensity is large, and accidentally will injure finger, causes industrial accident, improves production cost.So people wish that a kind of equipment rapidly and efficiently removed the peel solves this problem very much.
Summary of the invention
The purpose of this utility model proposes a kind of radish skinning machine exactly, and this machine can the epidermis of removal radish rapidly and efficiently, enhances productivity, eliminates the generation of industrial accident, reduce production cost, improve the quality of products, make up the deficiencies in the prior art with this.
The utility model radish beaming machine is achieved through the following technical solutions:
Radish beaming machine, its special character be to comprise the power-driven mechanism be installed on support body 1, for carry the feedstock transportation mechanism of radish, for remove radish skin rossing bit mechanism, for by radish raw material just to self-centering and the easement rossing mechanism of rossing bit mechanism, feedstock transportation mechanism comprises upper arm conveying device, the underarm conveying device of move toward one another;
Described power-driven mechanism comprises the motor 2, reduction box 3, the shaft coupling 4 that are connected successively;
Described upper arm conveying device comprise be connected with shaft coupling 4 upper arm driving shaft 5, upper arm drive sprocket 9, top link gear 12, upper arm is by movable sprocket 19, upper arm roller shaft 10, upper arm drive sprocket 9 and top link gear 12 to be all sheathed on upper arm driving shaft 5 and to link with upper arm driving shaft 5, upper arm drive sprocket 9 is connected by chain drive by movable sprocket 19 with upper arm, and upper arm roller shaft 10 is located at upper arm by movable sprocket 19 circle centre position and is linked by movable sprocket 19 with upper arm;
Described underarm conveying device comprises the lower swing arm gear 20 be meshed with top link gear 12, the circle centre position of lower swing arm gear 20 is provided with the underarm driving shaft 21 with its interlock, underarm driving shaft 21 is arranged with the underarm drive sprocket 22 with its interlock, the outer cover of underarm drive sprocket 22 is provided with chain, the other end of chain is sheathed on underarm by the outside of movable sprocket 23, thus underarm drive sprocket 22 and underarm are linked by movable sprocket 23, underarm is provided with the underarm roller shaft 24 with its interlock by the circle centre position of movable sprocket 23;
The two ends of described upper arm driving shaft 5, underarm driving shaft 21 are installed in seat board 6, two seat boards 6 are all fixed on support body 1, two top link plates separately 7, two lower swing arm plate 26 is separately provided with between two seat boards 6, the drive end of top link plate 7 is installed on upper arm driving shaft 5, the swinging end of top link plate 7 is provided with upper arm roller shaft 10, and the output of upper arm roller shaft 10 is positioned at the outside of top link plate 7; The drive end of lower swing arm plate 26 is installed on underarm driving shaft 21, and the swinging end of lower swing arm plate 26 is provided with underarm roller shaft 24, and the output of underarm roller shaft 24 is positioned at the outside of lower swing arm plate 26;
Between described two top link plates 7 separately, between two lower swing arm plates 26 separately, support bar 8 is all installed;
Described feedstock transportation mechanism comprises the upper arm V-type gear wheel 11 being installed on upper arm roller shaft 10 one end, the underarm V-type gear wheel 25 being installed on underarm roller shaft 24 one end, and underarm V-type gear wheel 25 is positioned at immediately below upper arm V-type gear wheel 11;
Described rossing bit mechanism comprises the tapered cylinder cutter 14 being located at upper arm V-type gear wheel 11, underarm V-type gear wheel 25 dead ahead, and the discharge end of tapered cylinder cutter 14 is arranged on cone cylinder base 16 osculum end;
In order to while scraping radish skin, directly essence circle bar can be divided into pintongs bar, be provided with cross blade in described tapered cylinder cutter 14;
The outside of described tapered cylinder cutter 14 is provided with the scrap digestion blade 15 for the radish skin scraped being split into strip;
Described self-centering and easement rossing mechanism comprise and are installed on upper meshing gear section 13 outside top link plate 7, are installed on lower meshing gear section 27 outside lower swing arm plate 26, upper meshing gear section 13 and lower meshing gear section 27 engage each other for the center of circle with upper arm driving shaft 5, underarm driving shaft 21 respectively, thus upper arm V-type gear wheel 11, underarm V-type gear wheel 25 being strengthened and simultaneously equal jaws of magnifying up and down with stock diameter, upper arm V-type gear wheel 11, underarm V-type gear wheel 25 reduce with stock diameter and the equal jaws that reduces up and down simultaneously;
The outside of described top link plate 7, lower swing arm plate 26 is separately installed with hook 17, extension spring lower draw-bar 28 in extension spring, extension spring is provided with extension spring 29 between drag hook 28 under hook 17, spring, the top of extension spring 29 is hooked in extension spring to be linked up with on 17, the bottom of extension spring 29 to be hung under spring on drag hook 28, thus the swinging end of top link plate 7, lower swing arm plate 26 is drawn to center all the time lean on, thus drive the upper arm V-type gear wheel 11 on upper arm roller shaft 10, underarm roller shaft 24, underarm V-type gear wheel 25 all the time to center folder by moving ahead to push radish.
Radish beaming machine of the present utility model, smart structural design, power-driven mechanism, feedstock transportation mechanism, rossing bit mechanism, self-centering and easement rossing mechanism are used in conjunction with each other, following beneficial effect can be reached: 1, self-centering is not scraped partially, even and bending radish also can realize the even rossing of automatic easement; 2, can greatly enhance productivity, liberation labour, cut down finished cost, safety coefficient is high, avoids industrial accident occurs.In sum, the utility model reasonable in design, has good application prospect at radish manufacture field.
Accompanying drawing explanation
Fig. 1: the plan structure schematic diagram of the utility model radish beaming machine;
Fig. 2: the side-looking structural representation of the utility model radish beaming machine;
Fig. 3: the structural representation that the utility model radish beaming machine upper arm conveying device and underarm conveying device are involutory;
Fig. 4: the structural representation that the utility model radish beaming machine upper arm conveying device and underarm conveying device are opened in opposite directions;
Fig. 5: the structural representation of the utility model radish beaming machine rossing bit mechanism;
Fig. 6: the structural representation of the utility model radish beaming machine upper arm conveying device and feedstock transportation mechanism;
The A-A of Fig. 7: Fig. 3 cuts open structural representation.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art, in the every other embodiment not having to obtain under creative work prerequisite, belong to the scope of the utility model protection.
Embodiment 1: with reference to figure 1-7.Comprise the power-driven mechanism be installed on support body 1, for carry the feedstock transportation mechanism of radish, for remove radish skin rossing bit mechanism, for by radish raw material just to self-centering and the easement rossing mechanism of rossing bit mechanism, feedstock transportation mechanism comprises upper arm conveying device, the underarm conveying device of move toward one another, power-driven mechanism comprises the motor 2, reduction box 3, the shaft coupling 4 that are connected successively, upper arm conveying device comprise be connected with shaft coupling 4 upper arm driving shaft 5, upper arm drive sprocket 9, top link gear 12, upper arm is by movable sprocket 19, upper arm roller shaft 10, upper arm drive sprocket 9 and top link gear 12 to be all sheathed on upper arm driving shaft 5 and to link with upper arm driving shaft 5, upper arm drive sprocket 9 is connected by chain drive by movable sprocket 19 with upper arm, and upper arm roller shaft 10 is located at upper arm by movable sprocket 19 circle centre position and is linked by movable sprocket 19 with upper arm, underarm conveying device comprises the lower swing arm gear 20 be meshed with top link gear 12, the circle centre position of lower swing arm gear 20 is provided with the underarm driving shaft 21 with its interlock, underarm driving shaft 21 is arranged with the underarm drive sprocket 22 with its interlock, the outer cover of underarm drive sprocket 22 is provided with chain, the other end of chain is sheathed on underarm by the outside of movable sprocket 23, thus underarm drive sprocket 22 and underarm are linked by movable sprocket 23, underarm is provided with the underarm roller shaft 24 with its interlock by the circle centre position of movable sprocket 23, described upper arm driving shaft 5, the two ends of underarm driving shaft 21 are installed in seat board 6, two seat boards 6 are all fixed on support body 1, two top link plates 7 are separately provided with between two seat boards 6, two lower swing arm plates 26 separately, the drive end of top link plate 7 is installed on upper arm driving shaft 5, the swinging end of top link plate 7 is provided with upper arm roller shaft 10, the output of upper arm roller shaft 10 is positioned at the outside of top link plate 7, the drive end of lower swing arm plate 26 is installed on underarm driving shaft 21, the swinging end of lower swing arm plate 26 is provided with underarm roller shaft 24, the output of underarm roller shaft 24 is positioned at the outside of lower swing arm plate 26, between two top link plates 7 separately, between two lower swing arm plates 26 separately, support bar 8 is all installed, feedstock transportation mechanism comprises the upper arm V-type gear wheel 11 being installed on upper arm roller shaft 10 one end, the underarm V-type gear wheel 25 being installed on underarm roller shaft 24 one end, and underarm V-type gear wheel 25 is positioned at immediately below upper arm V-type gear wheel 11, rossing bit mechanism comprises the tapered cylinder cutter 14 being located at upper arm V-type gear wheel 11, underarm V-type gear wheel 25 dead ahead, the discharge end of tapered cylinder cutter 14 is arranged on cone cylinder base 16, in order to can while scraping radish skin, directly essence circle bar is divided into pintongs bar, cross blade is installed in tapered cylinder cutter 14, the outside of tapered cylinder cutter 14 is provided with the scrap digestion blade 15 for the radish skin scraped being split into strip, self-centering and easement rossing mechanism comprise and are installed on upper meshing gear section 13 outside top link plate 7, are installed on lower meshing gear section 27 outside lower swing arm plate 26, upper meshing gear section 13 and lower meshing gear section 27 engage each other for the center of circle with upper arm driving shaft 5, underarm driving shaft 21 respectively, thus upper arm V-type gear wheel 11, underarm V-type gear wheel 25 being strengthened and simultaneously equal jaws of magnifying up and down with stock diameter, upper arm V-type gear wheel 11, underarm V-type gear wheel 25 reduce with stock diameter and the equal jaws that reduces up and down simultaneously, the outside of top link plate 7, lower swing arm plate 26 is separately installed with and extension spring links up with 17, drag hook 28 under spring, extension spring is provided with extension spring 29 between drag hook 28 under hook 17, spring, the top of extension spring 29 is hooked on extension spring hook 17, the bottom of extension spring 29 to be hung under spring on drag hook 28, thus the swinging end of top link plate 7, lower swing arm plate 26 is drawn to center all the time lean on, thus drive the upper arm V-type gear wheel 11 on upper arm roller shaft 10, underarm roller shaft 24, underarm V-type gear wheel 25 all the time to center folder by moving ahead to push radish 30.Above-mentioned all motor bearings gears etc. all need waterproof, and except with except the water shutoff of oil sealing internal oil sealing, whole body (except leg) uses again 304 backplate closed protectives, to adapt to use water flushing unit between food car.
Operation principle: in support body 1, motor 2 power is after reduction box 3 is by speed ratio requirement reduction of speed, by power output shaft by shaft coupling 4, be docked to upper arm driving shaft 5, upper arm driving shaft 5 passes through bearings at both ends, be fixed in both sides seat board 6, two seat boards 6 are fixed on support body 1, in the middle of two seat boards 6, upper arm driving shaft 5 is again by bearing two panels top link plate 7 in tandem, two panels top link plate 7 is by two support bar 8 firm supporting one, the swinging end of top link plate 7, by bearing upper arm roller shaft 10 in tandem, upper arm roller shaft 10 output, insert upper arm V-type gear wheel 11.Only a swing arm drives a V-type roller running, and dise knife mouth of entering before not promoting radish, need top link plate 7, lower swing arm plate 26 drives upper arm V-type roller 11, underarm V-type gear wheel 25 operates relatively, therebetween pushes away radish 30 and just can move ahead.Therefore filled again a underarm V-type gear wheel 25 in the Lower Half of seat board 6, caught up with that swing arm assembly structure is identical, assembling relatively, turn to contrary, have that spring draws top arm V-type roller 11, underarm V-type gear wheel 25 keeps grip force.
Top link gear 12 in upper arm driving shaft 5 is meshed with the lower swing arm gear 20 of underarm driving shaft 21, lower swing arm is given moment of torsion transmission, and reach two driving shafts and turn to cross-purpose, see Fig. 5, wherein, the A line direction of arrow is top link gear 12 direction of rotation, and the B line direction of arrow is lower swing arm gear 20 direction of rotation, and C line is tapered cylinder cutter 14 center line.Underarm drive sprocket 22, underarm are passed to underarm roller shaft 24 by movable sprocket 23 by chain, underarm roller shaft 24 finally drives underarm V-type gear wheel 25 and upper arm V-type gear wheel 11 to press from both sides to push away radish 30 raw material and moves ahead tapered cylinder cutter 14 to cut rossing, the essence circle bar scraped is discharged along the inner cone chamber of cone cylinder base 16, goes follow-up equipment to combine cutting circle wheel.The radish scrap leather scraped is divided into four by be distributed in tapered cylinder cutter 14 cylindrical four scrap digestion blade to be fallen conveyer belt and uploads to soot.
Differ in order to diameter can be made, right and wrong indefinite radish raw material can just advance the center of tapered cylinder cutter 14 all the time, at top link plate 7, the outside of lower swing arm plate 26 is separately installed with meshing gear section 13, lower meshing gear section 27, upper meshing gear section 13 and lower meshing gear section 27 are respectively with upper arm driving shaft 5, underarm driving shaft 21 is the center of circle, intermesh, control top link plate 7, lower swing arm plate 26 drives upper arm V-type gear wheel 11, underarm V-type gear wheel 25, with tapered cylinder cutter 14 center line for Axisymmetric Distributed Line, simultaneously equally up and down with radish 30 enlarged diameter to magnify, with the reduction of radish 30 diameter simultaneously downwards with upwards equal conjunction is little, if radish 30 raw material has camber, because tapered cylinder cutter 14 is from upper arm V-type gear wheel 11, underarm V-type gear wheel 25 is nearer, rossing can not be eccentric, scrape the radish 30 essence circle bar having camber of peeling, bend towards while discharge through cone cylinder base 16 inner chamber with the taper hole of tapered cylinder cutter 14, and disconnected radish essence circle bar can not be forced.
Radish blank specifies concentric with tapered cylinder cutter 14, has come by Liang Tao mechanism: left and right centering is top arm V-type gear wheel 11, the V-type mouth of underarm V-type gear wheel 25 controls relatively, not sideslip about radish; Centering leans on two upper meshing gear sections 13, lower meshing gear section 27 with upper arm driving shaft 5, underarm driving shaft 21 for centering up and down, control top link plate 7, lower swing arm plate 26 and upper arm V-type gear wheel 11, underarm V-type gear wheel 25, by radish stock diameter size, align the center of tapered cylinder cutter 14 all the time and magnify and close little.
The radish beaming machine of the present embodiment, be the poach radish outlet of food producer, it is fixed that ternip is cut in processing
The special equipment of the thick circle design in footpath, has following beneficial effect:
1, yield is high, and self-centering is not scraped partially, as long as the enough sizes of radish raw material diameter, just can evenly scrape
Skin goes out essence circle bar, and it is curved not to be afraid of radish raw material, more curved also can the even rossing of easement automatically;
2, product size precision is high, and diameter and thickness (coordinating with follow-up equipment) are very accurately not overproof,
Ensure single grammes per square metre;
3, output is high, greatly enhances productivity, liberation labour, reduces labour cost cost;
4, safety coefficient is high, avoids industrial accident occurs.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. radish beaming machine, it is characterized in that comprising the power-driven mechanism be installed on support body (1), for carry the feedstock transportation mechanism of radish, for remove radish skin rossing bit mechanism, for by radish raw material just to self-centering and the easement rossing mechanism of rossing bit mechanism, feedstock transportation mechanism comprises upper arm conveying device, the underarm conveying device of move toward one another.
2., according to radish beaming machine according to claim 1, it is characterized in that described power-driven mechanism comprises motor (2), reduction box (3), the shaft coupling (4) be connected successively.
3. according to radish beaming machine according to claim 2, it is characterized in that described upper arm conveying device comprises the upper arm driving shaft (5) be connected with shaft coupling (4), upper arm drive sprocket (9), top link gear (12), upper arm is by movable sprocket (19), upper arm roller shaft (10), upper arm drive sprocket (9) and top link gear (12) are all sheathed on upper arm driving shaft (5) and go up and link with upper arm driving shaft (5), upper arm drive sprocket (9) is connected by chain drive by movable sprocket (19) with upper arm, upper arm roller shaft (10) is located at upper arm by movable sprocket (19) circle centre position and is linked by movable sprocket (19) with upper arm.
4. according to radish beaming machine according to claim 3, it is characterized in that described underarm conveying device comprises the lower swing arm gear (20) be meshed with top link gear (12), the circle centre position of lower swing arm gear (20) is provided with the underarm driving shaft (21) with its interlock, underarm driving shaft (21) is arranged with the underarm drive sprocket (22) with its interlock, the outer cover of underarm drive sprocket (22) is provided with chain, the other end of chain is sheathed on underarm by the outside of movable sprocket (23), thus underarm drive sprocket (22) and underarm are linked by movable sprocket (23), underarm is provided with the underarm roller shaft (24) with its interlock by the circle centre position of movable sprocket (23).
5. according to radish beaming machine according to claim 4, it is characterized in that described upper arm driving shaft (5), the two ends of underarm driving shaft (21) are installed in seat board (6), two seat boards (6) are all fixed on support body (1), two top link plates (7) are separately provided with between two seat boards (6), two lower swing arm plates (26) separately, the drive end of top link plate (7) is installed on upper arm driving shaft (5), the swinging end of top link plate (7) is provided with upper arm roller shaft (10), the output of upper arm roller shaft (10) is positioned at the outside of top link plate (7), the drive end of lower swing arm plate (26) is installed on underarm driving shaft (21), the swinging end of lower swing arm plate (26) is provided with underarm roller shaft (24), the output of underarm roller shaft (24) is positioned at the outside of lower swing arm plate (26).
6. according to radish beaming machine according to claim 5, it is characterized in that described feedstock transportation mechanism comprises the upper arm V-type gear wheel (11) being installed on upper arm roller shaft (10) one end, the underarm V-type gear wheel (25) being installed on underarm roller shaft (24) one end, underarm V-type gear wheel (25) is positioned at immediately below upper arm V-type gear wheel (11);
Rossing bit mechanism comprises the tapered cylinder cutter (14) being located at upper arm V-type gear wheel (11), underarm V-type gear wheel (25) dead ahead, and the discharge end of tapered cylinder cutter (14) is provided with cone cylinder base (16).
7., according to radish beaming machine according to claim 6, it is characterized in that, in described tapered cylinder cutter (14), cross blade is installed.
8., according to the radish beaming machine described in claim 6 or 7, it is characterized in that the outside of described tapered cylinder cutter (14) is provided with the scrap digestion blade (15) for the radish skin scraped being split into strip.
9. according to radish beaming machine according to claim 5, it is characterized in that described self-centering and easement rossing mechanism comprise the upper meshing gear section (13) being installed on top link plate (7) outside, the lower meshing gear section (27) being installed on lower swing arm plate (26) outside, upper meshing gear section (13) and lower meshing gear section (27) engage each other for the center of circle with upper arm driving shaft (5), underarm driving shaft (21) respectively.
10. according to radish beaming machine according to claim 5, it is characterized in that described top link plate 7, the outside of lower swing arm plate (26) be separately installed with extension spring links up with (17), drag hook (28) under spring, extension spring is provided with extension spring (29) between drag hook (28) under hook (17), spring, the top of extension spring (29) is hooked in extension spring to be linked up with on (17), and the bottom of extension spring (29) to be hung under spring on drag hook (28).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520711143.3U CN204949438U (en) | 2015-09-15 | 2015-09-15 | Turnip beaming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520711143.3U CN204949438U (en) | 2015-09-15 | 2015-09-15 | Turnip beaming machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204949438U true CN204949438U (en) | 2016-01-13 |
Family
ID=55044547
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520711143.3U Withdrawn - After Issue CN204949438U (en) | 2015-09-15 | 2015-09-15 | Turnip beaming machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204949438U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105054241A (en) * | 2015-09-15 | 2015-11-18 | 莱阳市润鑫食品机械设备厂 | Radish peeling machine |
| CN106333374A (en) * | 2016-08-24 | 2017-01-18 | 李传慧 | Fully-automatic carrot cleaning and peeling device |
-
2015
- 2015-09-15 CN CN201520711143.3U patent/CN204949438U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105054241A (en) * | 2015-09-15 | 2015-11-18 | 莱阳市润鑫食品机械设备厂 | Radish peeling machine |
| CN106333374A (en) * | 2016-08-24 | 2017-01-18 | 李传慧 | Fully-automatic carrot cleaning and peeling device |
| CN106333374B (en) * | 2016-08-24 | 2019-01-22 | 罗何春 | A kind of Full-automatic carrot cleaning is beaten leather jacket and is set |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160113 Effective date of abandoning: 20170329 |