CN205052783U - Hierarchical decorticator of continuous type litchi - Google Patents
Hierarchical decorticator of continuous type litchi Download PDFInfo
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- CN205052783U CN205052783U CN201520686439.4U CN201520686439U CN205052783U CN 205052783 U CN205052783 U CN 205052783U CN 201520686439 U CN201520686439 U CN 201520686439U CN 205052783 U CN205052783 U CN 205052783U
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- lichee
- track
- classification
- peeling
- photocell
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Abstract
The utility model relates to a food processing equipment technical field provides a hierarchical decorticator of continuous type litchi, including screening device, peeling apparatus, rail set and control system in grades, to screen the device in grades and include first workstation, at least one hierarchical track, at least one -level sensor and transport structure, the forefront that just lies in the litchi direction of advance on the hierarchical track still is equipped with the opening passageway, peeling apparatus includes the second workstation, at least two removes the peel track, cutting knifes and tear the sword, and at least two remove the peel orbital one end is equipped with litchi skin collecting vat, and the below of tearing the sword is equipped with and is used for transmitting the transmission to the litchi skin collecting vat in with the litchi skin, and at least two remove the peel orbital other end is equipped with the litchi collecting vat, and each transport structure removes the peel the track through rail set intercommunication to one, and the track is also removed the peel through rail set intercommunication to one to the opening passageway. The utility model discloses well net weight efficiency improves greatly, and convenient operation, is favorable to realizing automation, the industrial production of being convenient for.
Description
Technical field
The utility model relates to food processing equipment technical field, more particularly, relates to a kind of continous way lichee classification skinning machine.
Background technology
Litchi fruits delicious flavour, nutritious, but pluck rear pericarp very easily dehydration, variable color, losing nutritive value, therefore the deep processing of lichee is imperative.And lichee peeling is exactly a wherein important link of deep processing.Current existing litchi peeler has tubular type litchi peeler, cartridge type litchi peeler and roll-type litchi peeler, but each defectiveness of above skinning machine.
To be lichee enter along a vertical tubular feeding cylinder for the principle of tubular type litchi peeler, at the symmetrical cutter of the surrounding of feeding cylinder, scratched by the lichee of whereabouts, and litchi rind removes by the lichee after opening under the rubbing action of friction pulley or round and elastic circle.The defect of this tubular type litchi peeler is: lichee can only be removed the peel singly, and peeling efficiency is low.
The principle of cartridge type litchi peeler be first with hulling machine by lichee broken shell, then in the drum joining rotation, the inwall of drum is attached with hairbrush, is removed by litchi rind under the effect of hairbrush.The defect of this cartridge type litchi peeler is: because turning effort easily causes breaking of lichee.
The principle of roll-type litchi peeler is two and turns to contrary peeling roller, utilizes and relatively rotates active force by litchi rind strip off.The defect of this roll-type litchi peeler is: roller spacing is fixed and not easily regulated, and is difficult to peeling efficiently for lichee not of uniform size.
Utility model content
The purpose of this utility model is to provide a kind of continous way lichee classification skinning machine, is intended to solve lichee peeling efficiency in prior art low, Non-Gradable and remove the peel ropy problem.
For solving the problems of the technologies described above, the technical solution of the utility model is: provide a kind of continous way lichee classification skinning machine, comprise classified screening device, device for peeling, be communicated with the rail set of described classified screening device and described device for peeling and control the control system of above each several part co-ordination, described classified screening device comprises the first workbench, be located at least one classification track on described first workbench, the at least one-level sensor arranged along described classification track direction of advance and be positioned at described sensor place for carrying the structure for conveying of lichee, on described classification track and the forefront being positioned at lichee direction of advance is also provided with open channel, described device for peeling comprises the second workbench, be located at least two peeling tracks on described second workbench, be located at above each described peeling track for cutting the cutter of formation tearing port and arrange for locating litchi position and the tearing cutter for being torn by litchi rind can being moved up and down along each described peeling track both sides on lichee, the one end of removing the peel track described at least two is provided with litchi rind feeder, the below of described tearing cutter is provided with the first transmission device for being transferred to by litchi rind in described litchi rind feeder, the other end removing the peel track described at least two is provided with lichee feeder, each structure for conveying is communicated to described in one by rail set described in and removes the peel track, described open channel is also communicated to described in one by rail set described in and removes the peel track.
Alternatively, described sensor comprises the first photocell, first light receiving element, second photocell, second light receiving element, 3rd photocell and the 3rd light receiving element, described first photocell, second photocell and the 3rd photocell are positioned at the side of described classification track side by side, described first light receiving element, second light receiving element and the 3rd light receiving element are positioned at the opposite side of described classification track side by side, and respectively with described first photocell, second photocell and the 3rd photocell one_to_one corresponding, described second photocell is placed in the middle and higher than described first photocell and described 3rd photocell, described second light receiving element is placed in the middle and higher than described second light receiving element and described 3rd light receiving element.
Alternatively, described structure for conveying comprises the first conveyer belt be sheathed on described classification track, for supporting multiple fast pulley and the first castor, second castor of described first conveyer belt, described first castor is positioned at the outside of described first conveyer belt and can promotes described first conveyer belt to the inside, and described second castor to be sheathed in described first conveyer belt and can to move inward to make described first conveyer belt form the breach that can drop for lichee in described sensor place under described first castor drives.
Alternatively, described peeling rail base is provided with opening along its length, the width of described opening is greater than the width of described cutter, described cutter are placed on one second transmission device, and described cutter can move to move around to described peeling track lower horizontal after to lichee top otch along described peeling track upper horizontal and carry out otch to bottom lichee under described second transmission device drives.
Alternatively, described peeling track inclination is placed, and described peeling track is high near one end of described litchi rind feeder, and described peeling track is low near one end of described lichee feeder, and described peeling track is provided with sideboard near one end of described lichee feeder.
Alternatively, the inner side of each described tearing cutter has some cutters tooth, and the outside of each described tearing cutter is respectively equipped with for each tearing cutter of inside ejection to make the push rod in described cutter tooth insertion lichee.
Alternatively, above described first transmission device, be provided with some baffle plates be arranged in parallel, there is between adjacent screen the space can passed through for litchi rind.
Alternatively, described first transmission device comprises the second conveyer belt and drives the drive of described second conveyer belt.
Alternatively, described classification track is provided with two-stage sensor, and described in two-stage, between sensor, interval is arranged.
Alternatively, described classification track is provided with many, sensors at different levels on many described classification tracks are located along the same line, the structure for conveying at the sensor places at different levels on many described classification tracks is located on the same line, the structure for conveying be located along the same line is communicated to described in one by rail set described in and removes the peel track, each open channel on many described classification tracks is located along the same line, and each open channel be located along the same line is communicated to described in one by rail set described in and removes the peel track.
Continous way lichee classification skinning machine in the utility model, and compared with existing litchi peeler, peeling efficiency improves greatly, and it is easy to operate, both maintained the form of lichee complete and Normal juice taste, again clean hygiene, and be conducive to realizing automation, being convenient to suitability for industrialized production, is that lichee deep processing processes indispensable excellent equipment early stage.
Accompanying drawing explanation
Fig. 1 is the structural representation of the continous way lichee classification skinning machine that the utility model embodiment provides;
Fig. 2 is the top view of the continous way lichee classification skinning machine that the utility model embodiment provides;
Fig. 3 be in the utility model embodiment one-level sensor schematic diagram is set;
Fig. 4 is the side view of classified screening device in the utility model embodiment;
Fig. 5 is schematic diagram when structure for conveying does not carry lichee in the utility model embodiment;
Schematic diagram when Fig. 6 is structure for conveying conveying lichee in the utility model embodiment;
Fig. 7 is the structural representation removing the peel track in the utility model embodiment;
Fig. 8 be in the utility model embodiment device for peeling side view;
Fig. 9 is the schematic diagram of tearing cutter and push rod in the utility model embodiment;
10-classified screening device; 11-first workbench; 12-classification track;
13-structure for conveying; 131-first conveyer belt; 132-fast pulley;
133-first castor; 134-second castor; 135-breach;
14-one-level sensor; 15-diode sensor 16-open channel;
141-first photocell; 142-second photocell; 143-the 3rd photocell;
144-first light receiving element; 145-second light receiving element; 146-the 3rd light receiving element;
20-device for peeling; 21-second workbench; 22-removes the peel track;
221-opening; 23-cutter; 24-tearing cutter;
241-cutter tooth; 242-push rod; 25-litchi rind feeder;
26-first transmission device; 261-second conveyer belt; 262-drive;
27-lichee feeder; 271-essence feeder; The thick feeder of 272-
28-sideboard; 29-baffle plate; 30-rail set.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
It should be noted that, when element is called as " being fixed on " or " being arranged at " another element, it can directly on another element or may there is centering elements simultaneously.When an element is called as " being connected to " another element, it can be directly connected to another element or may there is centering elements simultaneously.
Also it should be noted that, the orientation term such as left and right, upper and lower in the present embodiment, is only relative concept or be reference with the normal operating condition of product each other, and should not be regarded as have restrictive.
With reference to Fig. 1, Fig. 2, a kind of continous way lichee classification skinning machine that the utility model embodiment provides, comprises classified screening device 10, device for peeling 20, is communicated with the rail set 30 of classified screening device 10 and device for peeling 20 and controls the control system (not shown) of above each several part co-ordination.In the present embodiment, classified screening device 10 position is higher, and device for peeling 20 position is lower, and like this, the rail set 30 of both connections need tilt to make lichee to move in the inner, does not need to arrange drive mechanism again.Lichee close for fruit particle diameter, by lichee is carried out preliminary classification, is returned together by classified screening device 10, and delivers to lichee device for peeling 20 by rail set 30 and carry out peeling operation.Classified screening device 10 comprises the first workbench 11, three the classification tracks 12 be located on the first workbench 11, the two-stage sensor arranged along each classification track 12 direction of advance and be positioned at sensor place at different levels for carrying the structure for conveying 13 of lichee, and classification track 12 is positioned at lichee direction of advance forefront and is also provided with open channel 16.Two-stage sensor comprises one-level sensor 14 and diode sensor 15.The width of classification track 12 is arranged according to the particle diameter of lichee, and is a bit larger tham the particle diameter of lichee, and each classification track 12 is independently Transfer pipes.Device for peeling 20 comprises the second workbench 21, three the peeling tracks 22 be located on the second workbench 21, be located at and form the cutter 23 of tearing port for cutting on lichee above each peeling track 22 and arrange for locating litchi position and can moving up and down the tearing cutter 24 for being torn by litchi rind along each peeling track 22 both sides.One end of peeling track 22 is provided with litchi rind feeder 25, and the below of tearing cutter 24 is provided with the first transmission device 26 for being transferred to by litchi rind in litchi rind feeder 25, and the other end of peeling track 22 is provided with lichee feeder 27.As can be seen from Fig. 1, article three, the one-level sensor 14 on classification track 12 is arranged side by side point-blank, the structure for conveying 13 that each one-level sensor 14 place is arranged also is located on the same line, diode sensor 15 is arranged side by side point-blank, the structure for conveying 13 that each diode sensor 15 place is arranged also is located on the same line, corresponding, peeling track 22 is three, wherein a peeling track 22 is communicated with by the structure for conveying 13 of a rail set 30 with one-level sensor 14 place, another peeling track 22 is communicated with by the structure for conveying 13 of a rail set 30 with diode sensor 15 place, the last item peeling track 22 is by rail set 30 open communication passage 16 place.
It should be noted that, according to the needs of actual production, the number of classification track 12, peeling track 22 can also be increased, thus realize the extensive peeling operation of lichee, and sensor also can arrange more multistage, namely screens more subtly lichee.
In the present embodiment, when lichee enters in each classification track 12, advance along classification track 12, when lichee arrives one-level sensor 14, the size of lichee is fed back to control system by one-level sensor 14, when lichee reaches the predetermined size of elementary screening, lichee is transferred in peeling track 22 corresponding with it by rail set 30 by the structure for conveying 13 at one-level sensor 14 place.After lichee arrives peeling track 22, first push rod 242 promotes tearing cutter 24, and the cutter tooth 241 of tearing cutter 24 is compressed into litchi rind, with fixing lichee.Then lichee is carried out otch by the cutter 23 removed the peel in track 22, then recycle tearing cutter 24 litchi rind after otch is torn it down, the litchi rind of tearing to drop on the first transmission device 26 and is sent in litchi rind feeder 25, and the lichee after peeling is then collected in lichee feeder 27.Above-mentioned litchi peeler in the present embodiment, has first carried out classification to lichee, eliminates manual grading skill step, raise the efficiency, and the mode adopting first otch to tear again when removing the peel, ensure the integrality of the rear lichee of peeling, improve peeling quality, and, many lichee are removed the peel simultaneously, and peeling efficiency also improves greatly, practical, cost performance is high, is applicable to extensively promoting.
In the present embodiment, one-level sensor 14 is identical with diode sensor 15 structure, is only described in detail for one-level sensor 14 herein.With reference to Fig. 3, one-level sensor 14 comprises the first photocell 141, first light receiving element 142, second photocell 143, second light receiving element 144, the 3rd photocell 145 and the 3rd light receiving element 146.Wherein, first photocell 141, second photocell 142 and the 3rd photocell 143 are positioned at the side of classification track 12 side by side, and the first light receiving element 144, second light receiving element 145 and the 3rd light receiving element 146 are positioned at the opposite side of classification track 12 side by side.First light receiving element 144 is corresponding and highly identical with the first photocell 141, second light receiving element 145 is corresponding and highly identical with the second photocell 142,3rd light receiving element 146 is corresponding and highly identical with the 3rd photocell 143, second photocell 142 placed in the middle and higher than the first photocell 141 and the 3rd photocell 143, second light receiving element 145 placed in the middle and higher than the second light receiving element 144 and the 3rd light receiving element 146.When utilizing above-mentioned each element to screen, cardinal principle utilizes lichee through the shading of out-of-date energy, stops the light transmission between radiated element and receiving element.When lichee is through one-level sensor 14, three groups of light transmission between radiated element and receiving element can be blocked, then illustrate that lichee is larger, now can larger lichee be delivered in corresponding rail set 30 by the structure for conveying 13 at one-level sensor 14 place, if lichee can not block three groups of light transmission between radiated element and receiving element completely, then lichee continues to move ahead, arrive diode sensor 15 and carry out postsearch screening, when reaching dimensional requirement through diode sensor 15 screening, lichee is delivered in corresponding rail set 30 by the structure for conveying 13 at diode sensor 15 place, if three groups of the diode sensor 15 light transmission between radiated element and receiving element can not be blocked completely, then illustrate that lichee size is less, this less lichee does not need to screen again, continue to move ahead and directly to be fallen in corresponding rail set 30 by open channel 16 and enter 22 li corresponding, peeling track.
Preferably, between the first photocell 141 and the 3rd photocell 143 at a distance of 15mm ~ 45mm.This distance is determined by the size of classification lichee.A such two low height " mountain " shaped photoelectric cell distribution can prevent multiple little lichee horizontally-arranged together " filling greatly with little " from causing sensor to judge by accident.
In the present embodiment, structure for conveying 13 one_to_one corresponding that one-level sensor 14, diode sensor 15 are respective with it.With reference to Fig. 4 to Fig. 6, structure for conveying 13 comprises the first conveyer belt 131 be sheathed on classification track 12, for supporting multiple fast pulleys 132 (the present embodiment is three) and first castor 133, second castor 134 of the first conveyer belt 131.Wherein, the first castor 133 is positioned at the outside of the first conveyer belt 131 and can promotes the first conveyer belt 131, second castor 134 to the inside and be sheathed in the first conveyer belt 131.When the first castor 133 moves inward, the second castor 134 can be driven to move inward to make the first conveyer belt 131 form the breach 135 that can drop for lichee in one-level sensor 14 place.After completing screening, the first castor 133 and the second castor 134 return to original position, and breach 135 place is filled.
It should be noted that, structure for conveying 13 also can be other structure, as can on classification track 12 and sensor corresponding position at different levels directly arranges opening, arranging in open bottom can the baffle plate of this opening of opening/closing, after lichee is by screening, by control system, baffle plate is opened, lichee falls into corresponding rail set 30 by opening part.
In the present embodiment, namely open channel 16 is the opening directly arranged on classification track 12, because lichee through one-level sensor 14, diode sensor 15 after twice screening, the lichee finally obtained does not need again through screening, is directly dropped into corresponding rail set 30 by open channel 16 and enters peeling track 22 and remove the peel.
In the present embodiment, rail set 30 is for having the smooth tube groove of certain radian and gradient.One end of smooth tube groove is positioned at immediately below output mechanism or open channel 16, and the other end of smooth tube groove is communicated with peeling track 22.
Composition graphs 7, Fig. 8, peeling track 22 cross section is curved, and be provided with opening 221 along its length in the bottom of peeling track 22, the width of opening 221 is greater than the width of cutter 23.Cutter 23 are placed in one second transmission device (not shown), and cutter 23 can move to move around to peeling track 22 lower horizontal after to lichee top otch along peeling track 22 upper horizontal and carry out otch to bottom lichee under the second transmission device drives.The running orbit of cutter 23 as shown in phantom in Figure 8.Cutter 23 are positioned at directly over peeling track 22, and be stainless steel circular knives, diameter is about 104mm, and cutter 23 are adjustable to the distance of peeling track 22.The end face of lichee and bottom surface all cut by cutter 23 under the drive of the second transmission device, are convenient to follow-up peeling.Second transmission device can be manipulator, also can be other drive mechanism.
With reference to Fig. 9, the inner side of the tearing cutter 24 in peeling track 22 has some cutters tooth 241, and the outside of each tearing cutter 24 is respectively equipped with inserts push rod 242 in lichee for each tearing cutter 24 of inside ejection to make cutter tooth 241.Cutter tooth is zigzag, be convenient to insert in lichee complete fixing, tear operation.Cutter tooth 241 moderate length, not easily long, otherwise easily insert in litchi meat, tear litchi pulp and destroy the integrality of pulp, cutter tooth 241 is also not easily too short, otherwise cannot tear litchi rind.As the scheme optimized, at one end push rod 242 place be provided with pressure sensor (not shown) be used for monitor and control push rod 242 firmly, anti-throw-out lever 242 excessively promotion tearing cutter 24 time damage lichee by pressure.Meanwhile, for preventing tearing cutter 24 from contact damage with peeling track 22, the width removing the peel track 22 is 21mm ~ 45mm, is less than the particle diameter of lichee.In the present embodiment, tearing cutter 24 not only has peeling function, plays fixation to lichee simultaneously.When cutting is initial, first utilize the cutter tooth 241 of tearing cutter 24 to insert in litchi rind, fixed by lichee, then cutter 23 just cut, and have cut rear tearing cutter 24 and have moved up and down and to be torn by litchi rind.
Meanwhile, referring again to Fig. 8, peeling track 22 slant setting, peeling track 22 is high near one end of litchi rind feeder 25, and peeling track 22 is low near one end of lichee feeder 27.The angle of inclination of peeling track 22 is at about 5 °.Due to lichee feeder 27, institute is at one end lower, is provided with sideboard 28 at peeling track 22 near one end of lichee feeder 27.When removing the peel, sideboard 28 is closed, and prevents the lichee do not removed the peel from entering lichee feeder 27, and after peeling completes, removed by sideboard 28, the litchi meat after peeling enters in lichee feeder 27.
In the present embodiment, lichee feeder 27 is also divided into smart feeder 271 and thick feeder 272 further.Be collected in respectively after peeling in smart feeder 271 through postsearch screening lichee out, and be collected in thick feeder 272 after the lichee peeling that afterbody does not screen.Meanwhile, because the lichee do not screened is due to non-classification, particle size range is large, there is the problem that small particle diameter lichee cannot be removed the peel, therefore collected by the lichee that do not screen low for peeling rate by thick feeder 272 when carrying out peeling operation.
Further, in the present embodiment, above the first transmission device 26, be provided with some baffle plates 28 be arranged in parallel, there is between adjacent screen 28 space can passed through for litchi rind.Baffle plate 29 is positioned at immediately below peeling track 22, and be bonding jumper, diameter is about 5mm, and length is about 1m.Space between adjacent screen 29, from the particle diameter being less than lichee, can ensure to only have litchi rind to fall on the first transmission device 26 by space like this, avoid litchi meat to fall down.
First transmission device 26 comprises the second conveyer belt 261 and drives the drive 262 of the second conveyer belt 261.Second conveyer belt 261 counterclockwise movement, length is about 1m, and width is about 0.75m.The litchi rind fallen down by the space between baffle plate 29 is fallen on the second conveyer belt 261, and under the effect of the second conveyer belt 261, is transported to by litchi rind in litchi rind feeder 25 and collects.
To sum up, the continous way lichee classification skinning machine that the utility model embodiment provides, and compared with existing litchi peeler, peeling efficiency improves greatly, and easy to operate, has both maintained the complete and Normal juice taste of the form of lichee, clean hygiene again, and be conducive to realizing automation, being convenient to suitability for industrialized production, is that lichee deep processing processes indispensable excellent equipment early stage.
These are only preferred embodiment of the present utility model, not in order to limit the utility model, all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a continous way lichee classification skinning machine, it is characterized in that: comprise classified screening device, device for peeling, be communicated with the rail set of described classified screening device and described device for peeling and control the control system of above each several part co-ordination, described classified screening device comprises the first workbench, be located at least one classification track on described first workbench, the at least one-level sensor arranged along described classification track direction of advance and be positioned at described sensor place for carrying the structure for conveying of lichee, on described classification track and the forefront being positioned at lichee direction of advance is also provided with open channel, described device for peeling comprises the second workbench, be located at least two peeling tracks on described second workbench, be located at above each described peeling track for cutting the cutter of formation tearing port and arrange for locating litchi position and the tearing cutter for being torn by litchi rind can being moved up and down along each described peeling track both sides on lichee, the one end of removing the peel track described at least two is provided with litchi rind feeder, the below of described tearing cutter is provided with the first transmission device for being transferred to by litchi rind in described litchi rind feeder, the other end removing the peel track described at least two is provided with lichee feeder, each structure for conveying is communicated to described in one by rail set described in and removes the peel track, described open channel is also communicated to described in one by rail set described in and removes the peel track.
2. continous way lichee classification skinning machine as claimed in claim 1, it is characterized in that: described sensor comprises the first photocell, first light receiving element, second photocell, second light receiving element, 3rd photocell and the 3rd light receiving element, described first photocell, second photocell and the 3rd photocell are positioned at the side of described classification track side by side, described first light receiving element, second light receiving element and the 3rd light receiving element are positioned at the opposite side of described classification track side by side, and respectively with described first photocell, second photocell and the 3rd photocell one_to_one corresponding, described second photocell is placed in the middle and higher than described first photocell and described 3rd photocell, described second light receiving element is placed in the middle and higher than described second light receiving element and described 3rd light receiving element.
3. continous way lichee classification skinning machine as claimed in claim 1, it is characterized in that: described structure for conveying comprises the first conveyer belt be sheathed on described classification track, for supporting multiple fast pulley and first castor of described first conveyer belt, second castor, described first castor is positioned at the outside of described first conveyer belt and can promotes described first conveyer belt to the inside, described second castor to be sheathed in described first conveyer belt and can to move inward to make described first conveyer belt form the breach that can drop for lichee in described sensor place under described first castor drives.
4. continous way lichee classification skinning machine as claimed in claim 1, it is characterized in that: described peeling rail base is provided with opening along its length, the width of described opening is greater than the width of described cutter, described cutter are placed on one second transmission device, and described cutter can move to move around to described peeling track lower horizontal after to lichee top otch along described peeling track upper horizontal and carry out otch to bottom lichee under described second transmission device drives.
5. continous way lichee classification skinning machine as claimed in claim 1, it is characterized in that: described peeling track inclination is placed, described peeling track is high near one end of described litchi rind feeder, described peeling track is low near one end of described lichee feeder, and described peeling track is provided with sideboard near one end of described lichee feeder.
6. continous way lichee classification skinning machine as claimed in claim 1, is characterized in that: the inner side of each described tearing cutter has some cutters tooth, and the outside of each described tearing cutter is respectively equipped with for each tearing cutter of inside ejection to make the push rod in described cutter tooth insertion lichee.
7. continous way lichee classification skinning machine as claimed in claim 1, is characterized in that: be provided with some baffle plates be arranged in parallel above described first transmission device, has the space can passed through for litchi rind between adjacent screen.
8. continous way lichee classification skinning machine as claimed in claim 1, is characterized in that: described first transmission device comprises the second conveyer belt and drives the drive of described second conveyer belt.
9. continous way lichee classification skinning machine as claimed in claim 1, is characterized in that: described classification track is provided with two-stage sensor, and described in two-stage, between sensor, interval is arranged.
10. continous way lichee classification skinning machine as claimed in any one of claims 1-9 wherein, it is characterized in that: described classification track is provided with many, sensors at different levels on many described classification tracks are located along the same line, the structure for conveying at the sensor places at different levels on many described classification tracks is located on the same line, the structure for conveying be located along the same line is communicated to described in one by rail set described in and removes the peel track, each open channel on many described classification tracks is located along the same line, the each open channel be located along the same line is communicated to described in one by rail set described in and removes the peel track.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520686439.4U CN205052783U (en) | 2015-09-07 | 2015-09-07 | Hierarchical decorticator of continuous type litchi |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520686439.4U CN205052783U (en) | 2015-09-07 | 2015-09-07 | Hierarchical decorticator of continuous type litchi |
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| Publication Number | Publication Date |
|---|---|
| CN205052783U true CN205052783U (en) | 2016-03-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520686439.4U Withdrawn - After Issue CN205052783U (en) | 2015-09-07 | 2015-09-07 | Hierarchical decorticator of continuous type litchi |
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| CN (1) | CN205052783U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105124723A (en) * | 2015-09-07 | 2015-12-09 | 深圳职业技术学院 | Continuous litchi classifying and peeling machine |
| CN106063557A (en) * | 2016-06-28 | 2016-11-02 | 柳州市菱丰科技有限公司 | A kind of Fructus Citri junoris peeling method for production line |
| CN106108059A (en) * | 2016-06-28 | 2016-11-16 | 柳州市菱丰科技有限公司 | A kind of Fructus Citri junoris peeling production line |
| CN108273747A (en) * | 2018-03-30 | 2018-07-13 | 遵义双河生物燃料科技有限公司 | Bio-fuel particle screening device |
-
2015
- 2015-09-07 CN CN201520686439.4U patent/CN205052783U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105124723A (en) * | 2015-09-07 | 2015-12-09 | 深圳职业技术学院 | Continuous litchi classifying and peeling machine |
| CN106063557A (en) * | 2016-06-28 | 2016-11-02 | 柳州市菱丰科技有限公司 | A kind of Fructus Citri junoris peeling method for production line |
| CN106108059A (en) * | 2016-06-28 | 2016-11-16 | 柳州市菱丰科技有限公司 | A kind of Fructus Citri junoris peeling production line |
| CN108273747A (en) * | 2018-03-30 | 2018-07-13 | 遵义双河生物燃料科技有限公司 | Bio-fuel particle screening device |
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