CN209376642U - A kind of yam betel continuously clears up production line automatically - Google Patents
A kind of yam betel continuously clears up production line automatically Download PDFInfo
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- CN209376642U CN209376642U CN201822188334.2U CN201822188334U CN209376642U CN 209376642 U CN209376642 U CN 209376642U CN 201822188334 U CN201822188334 U CN 201822188334U CN 209376642 U CN209376642 U CN 209376642U
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- rinse bath
- transmission mechanism
- transfer pipe
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- transition transmission
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Abstract
A kind of yam betel continuously clears up production line, including stock chest automatically；First rinse bath；First automatic feeding device, input terminal is located at immediately below stock chest exit side under first automatic feeding device, and output end is located at the first rinse bath surface on first automatic feeding device；Skinning machine is used to carry out unhairing peeling processing to yam betel；First Transition transmission mechanism, the input terminal of the First Transition transmission mechanism connect the first rinse bath exit side, and the output end of the First Transition transmission mechanism is located at right above skinning machine；Second rinse bath, the exit side of skinning machine are located above the second rinse bath；Second transition transmission mechanism, the exit side of the second rinse bath are located at right above the input terminal of the second transition transmission mechanism；Discharging conveyor belts, the output end of the second transition transmission mechanism are located at right above discharging conveyor belts.Each process is incorporated, realizes the integration of yam betel early period clean-up process, integrated system control, reduction personnel use and greatly improve production efficiency.
Description
Technical field
The utility model relates to yam betel production line, refers in particular to a kind of yam betel and continuously clear up production line automatically.
Background technique
Yam betel likeness in form is oval, and the kind crust is coarse, cuts open and sees it, and interior is in betel nut line, and it is also known as " yam betels ".Every year
The Waking of Insects (3rd solar term), time in the Spring Equinox start to plant, and when Frost's Descent can harvest, every plant of small taro for having unique female taro and differing in size.Yam betel
The quite high quality vegetables of content of starch, meat is fine and smooth, there is special flavor, and full of nutrition, containing crude protein, starch,
The multiple components such as multivitamin and inorganic salts.There is the effect of kidney, strengthening the spleen and stomach are supported in tonifying Qi, be both production diet dessert, delicacies
Superior raw material, and be the nutrient excellent product to nourish the body, big clear tribute be classified as between the Qing Dynasty year, thus enjoy " royal tribute " it
Claim.
Yam betel needs to be surface-treated before being processed into taro item completely, since it is stem tuber, grows in the soil, table
It is many that silt is adhered in face, and there is hairy root on surface, it is difficult to remove, there are many taro cortex time, are not easy to remove, using artificial
Inefficiency.All cleaning rings such as yam betel removal of impurities early period, unhairing, peeling can be disposably solved currently without complete set of equipments
Section does not form pipelining, and the big cleaning efficiency of carrying loss is low, and since yam betel is seasonal product, efficiency is very crucial,
If production cannot achieve continuity, and stop in midway, later period further processing will affect, to seriously affect the hair of enterprise
Exhibition.
Utility model content
The utility model provides a kind of yam betel and continuously clears up production line automatically, and main purpose is to overcome existing betel nut
All cleaning links such as removal of impurities, unhairing, the peeling of taro early period, do not form the defect of pipelining.
In order to solve the above technical problems, the utility model adopts the following technical solution:
A kind of yam betel continuously clears up production line automatically, including
Stock chest is used to store yam betel to be processed；
First rinse bath is used to clean yam betel to be processed；
First automatic feeding device, input terminal is located at immediately below the stock chest exit side under first automatic feeding device, should
Output end is located at right above first rinse bath on first automatic feeding device；
Skinning machine is used to carry out unhairing peeling processing to yam betel；
The input terminal of First Transition transmission mechanism, the First Transition transmission mechanism connects the first rinse bath exit side,
The output end of the First Transition transmission mechanism is located at right above the skinning machine；
The exit side of second rinse bath, the skinning machine is located above second rinse bath；
Second transition transmission mechanism, the exit side of second rinse bath are located at the input of the second transition transmission mechanism
Rectify top；
The output end of discharging conveyor belts, the second transition transmission mechanism is located at right above the discharging conveyor belts.
Further, first rinse bath and the second rinse bath are auger type rinse bath.
Further, first automatic feeding device is chain conveyer belt.
Further, the First Transition transmission mechanism is no-power drum conveyer, the First Transition transmission mechanism
Input terminal level height is higher than the output end of First Transition transmission mechanism.
Further, the second transition transmission mechanism includes tilting sliding panel, tilting steel wire rack and power rolling
Cylinder conveyer, the tilting sliding panel input terminal are higher than tilting sliding panel output end, the tilting steel wire rack input terminal
Higher than tilting steel wire rack output end, the power drum conveyer input terminal is lower than power drum conveyer output end, described
The exit side of second rinse bath is located at right above the tilting sliding panel input terminal, and the tilting sliding panel output end is located at
Right above the tilting steel wire rack input terminal, the tilting steel wire rack output end is located at power drum conveyer input
Rectify top, the power drum conveyer output end is located at right above the discharging conveyor belts.
Further, the tilting sliding panel and second rinse bath are perpendicular, the tilting steel wire rack, power
Roller conveyor is perpendicular with the tilting sliding panel.
Further, it is installed with feeding distribution mechanism on the upside of the discharging conveyor belts, the feeding distribution mechanism conveys the discharging
Band is separated into the first Transfer pipe, the second Transfer pipe and third Transfer pipe, first Transfer pipe, the second Transfer pipe
It is located at the two sides of the third Transfer pipe, and the discharging of the exit side of first Transfer pipe, the second Transfer pipe
Side is equipped with baffle, and the exit side of the third Transfer pipe is located at the top of external splicing groove；Yam betel is in the feeding distribution mechanism
Blocking under be only capable of being sent in first Transfer pipe or the second Transfer pipe.
Further, the feeding distribution mechanism include two guide plates parallel with the direction of transfer of the discharging conveyor belts with
And an arc panel, two guide plates are connected by the arc panel, the third Transfer pipe is located at two guiding
Between plate, the yam betel fallen on the upside of the discharging conveyor belts can be sent to first Transfer pipe along the arc panel
Or second in Transfer pipe.
Further, the feeding distribution mechanism further includes a plurality of brackets being installed in above the discharging conveyor belts, each
The bracket passes through connecting rod and connect with the guide plate.
Compared to the prior art, the beneficial effect that the utility model generates is:
The utility model structure is simple, practical, by the way that the first rinse bath, the first automatic feeding device, the first mistake is arranged
Transmission mechanism, skinning machine, the second rinse bath, the second transition transmission mechanism, discharging conveyor belts this production lines are crossed, is incorporated
Each process, realizes the integration of yam betel early period clean-up process, integrated system control, and reduction personnel use and greatly promoted
Production efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Specific embodiment
Illustrate specific embodiment of the present utility model with reference to the accompanying drawings.
Referring to Fig.1.A kind of yam betel continuously clears up production line automatically, including
Stock chest 1 is used to store yam betel to be processed；
First rinse bath 2, is used to clean yam betel to be processed；
First automatic feeding device 3, input terminal 31 is located at immediately below stock chest exit side 11 under first automatic feeding device, should
Output end 32 is located at right above the first rinse bath 2 on first automatic feeding device；Yam betel in stock chest 1 can fall on first certainly
Input terminal 31 under dynamic loader, is resent to output end 32 on the first automatic feeding device, finally falls in the first rinse bath 2 and carries out
Cleaning, the impurity such as yam betel surface silt are disposed；
Skinning machine 4 is used to carry out unhairing peeling processing to yam betel；Skinning machine is called Brush type cleaning machine, is root
According to yam betel, Taro, hair taro, potato, sweet potato, walnut etc. processing market Demand Design for circle, oval fruits and vegetables
Scrub decortication.The agricultural crops such as various fruit, carrot to be cleaned using nylon brush roll, brush filament resistance to compression, elasticity is good, but
Fruits and vegetables will not be abraded again；
The input terminal 51 of First Transition transmission mechanism 5, the First Transition transmission mechanism connects the first rinse bath exit side 21,
The output end 52 of the First Transition transmission mechanism is located at right above skinning machine 4；Yam betel by the cleaning of the first rinse bath 2 enters
The output end 52 of First Transition transmission mechanism can be rolled down to after the input terminal 51 of First Transition transmission mechanism automatically, then is dropped into
Automatically unhairing peeling processing is carried out in skinning machine 4；
Second rinse bath 6, the exit side 41 of skinning machine are located at 6 top of the second rinse bath；By unhairing peeling, treated
Yam betel can fall in the second rinse bath 6 and be cleaned, and the impurity such as the fur for being attached to yam betel surface are disposed；
Second transition transmission mechanism 7, the exit side 61 of the second rinse bath are located at the input terminal 71 of the second transition transmission mechanism
Surface；It being capable of quilt automatically after the yam betel of the second rinse bath 6 cleaning enters the input terminal 71 of the second transition transmission mechanism
It is transmitted to the output end 72 of the second transition transmission mechanism；
Discharging conveyor belts 8, the output end 72 of the second transition transmission mechanism are located at right above discharging conveyor belts 8；It is sent to
The yam betel of the output end 72 of second transition transmission mechanism, which can be fallen on discharging conveyor belts 8, to be continued to transmit.
Specifically, referring to Fig.1.First rinse bath 2 and the second rinse bath 6 are auger type rinse bath.It is clear using auger type
The purpose one of washing trough may be implemented to automatically deliver while cleaning, and two come during transmitting cleaning, yam betel by whipping,
So as to which effectively the impurity for being attached to surface is got rid of.First automatic feeding device 3 is chain conveyer belt, is stored up in storing
After yam betel in slot 1 falls on chain conveyer belt, chain conveyer belt can be promoted to the height of the first rinse bath 2 automatically
Degree, and yam betel is allowed to be fallen in the first rinse bath 2 automatically.First Transition transmission mechanism 5 is no-power drum conveyer, this first
51 level height of input terminal of transition transmission mechanism is higher than the output end 52 of First Transition transmission mechanism, so that in the first rinse bath
After the yam betel cleaned in 2 enters no-power drum conveyer, it can roll down to automatically in skinning machine 4.
Specifically, referring to Fig.1.Second transition transmission mechanism 7 include tilting sliding panel 73, tilting steel wire rack 74 and
Power drum conveyer 75, tilting sliding panel input terminal 731 are higher than tilting sliding panel output end 732, tilting steel wire rack
Input terminal 741 is higher than tilting steel wire rack output end 742, and power drum conveyer input terminal 751 is lower than power drum conveyer
Output end 752, the exit side 61 of the second rinse bath are located at right above tilting sliding panel input terminal 731, and tilting sliding panel is defeated
Outlet 732 is located at right above tilting steel wire rack input terminal 741, and tilting steel wire rack output end 742 is located at power drum conveying
Right above machine input terminal 751, power drum conveyer output end 752 is located at right above discharging conveyor belts 8.I.e. by the second cleaning
The yam betel that slot 6 cleans can tumble after falling on tilting sliding panel input terminal 731 to tilting sliding panel output end automatically
732, then tilting steel wire rack input terminal 741 is dropped into, it tumbles along tilting steel wire rack 74 to tilting steel wire rack output end
After 742, then power drum conveyer input terminal 751 is dropped into, yam betel is promoted to power by power drum conveyer 75 later
Roller conveyor output end 752 falls on yam betel on discharging conveyor belts 8.Wherein, tilting sliding panel 73 and the second rinse bath
6 is perpendicular, and tilting steel wire rack 74, power drum conveyer 75 are perpendicular with tilting sliding panel 73, and its object is to subtract
The space occupied of this few equipment.
Referring to Fig.1.Feeding distribution mechanism 9 is installed on the upside of discharging conveyor belts 8, discharging conveyor belts 8 are separated by feeding distribution mechanism 9
One Transfer pipe 81, the second Transfer pipe 82 and third Transfer pipe 83, the first Transfer pipe 81, the second Transfer pipe 82 difference
Positioned at the two sides of the third Transfer pipe 83, and the discharging of the exit side 811, the second Transfer pipe of first Transfer pipe
Side 821 is equipped with baffle 84, and the exit side 831 of the third Transfer pipe is located at the top of external splicing groove；Yam betel is in sub-material
It is only capable of being sent in the first Transfer pipe 81 or the second Transfer pipe 82 under the blocking of mechanism 9.
Specifically, referring to Fig.1.Feeding distribution mechanism 9 includes two guide plates 91 parallel with the direction of transfer of discharging conveyor belts 8
And an arc panel 92, two guide plates 91 are connected by arc panel 92, third Transfer pipe 83 be located at two guide plates 91 it
Between, the yam betel for falling on 8 upside of discharging conveyor belts can be sent to the first Transfer pipe 81 or the second transmission along arc panel 92
In channel 82.In addition, feeding distribution mechanism 9 further includes a plurality of brackets 93 for being installed in 8 top of discharging conveyor belts, each bracket 93 is
It is connect by connecting rod 94 with guide plate 91.The reason of the utility model setting feeding distribution mechanism 9 is: part yam betel is due to it
The limitation of own form can have not the case where peeling completely, need operator to carry out post-processing, therefore can first make betel nut
Taro is automatically transmitted to the first Transfer pipe 81,82 waiting of the second Transfer pipe processing, after operator is disposed, then will place
The yam betel managed, which is placed in third Transfer pipe 83, continues to be sent to external splicing groove in case handling in next step.
The above is only the specific embodiments of the present invention, but the design concept of the present invention is not limited thereto,
All non-essential modifications to the present invention made by this concept should belong to the row for invading scope of protection of the utility model
For.
Claims (9)
1. a kind of yam betel continuously clears up production line automatically, it is characterised in that: including
Stock chest is used to store yam betel to be processed；
First rinse bath is used to clean yam betel to be processed；
First automatic feeding device, input terminal is located at immediately below the stock chest exit side under first automatic feeding device, this first
Output end is located at right above first rinse bath on automatic feeding device；
Skinning machine is used to carry out unhairing peeling processing to yam betel；
First Transition transmission mechanism, the input terminal of the First Transition transmission mechanism connect the first rinse bath exit side, this
The output end of one transition transmission mechanism is located at right above the skinning machine；
The exit side of second rinse bath, the skinning machine is located above second rinse bath；
Second transition transmission mechanism, the input that the exit side of second rinse bath is located at the second transition transmission mechanism are rectified
Top；
The output end of discharging conveyor belts, the second transition transmission mechanism is located at right above the discharging conveyor belts.
2. a kind of yam betel continuously clears up production line automatically as described in claim 1, it is characterised in that: first rinse bath and
Second rinse bath is auger type rinse bath.
3. a kind of yam betel continuously clears up production line automatically as described in claim 1, it is characterised in that: first automatic charging
Device is chain conveyer belt.
4. a kind of yam betel continuously clears up production line automatically as described in claim 1, it is characterised in that: the First Transition transmission
Mechanism is no-power drum conveyer, and the input terminal level height of the First Transition transmission mechanism is higher than First Transition transmission mechanism
Output end.
5. a kind of yam betel continuously clears up production line automatically as described in claim 1, it is characterised in that: the second transition transmission
Mechanism includes tilting sliding panel, tilting steel wire rack and power drum conveyer, and the tilting sliding panel input terminal is high
In tilting sliding panel output end, the tilting steel wire rack input terminal is higher than tilting steel wire rack output end, the power rolling
Cylinder conveyer input terminal is lower than power drum conveyer output end, and it is sliding that the exit side of second rinse bath is located at the tilting
Right above movable plate input terminal, the tilting sliding panel output end is located at right above the tilting steel wire rack input terminal, described
Tilting steel wire rack output end is located at right above the power drum conveyer input terminal, the power drum conveyer output end
Right above the discharging conveyor belts.
6. a kind of yam betel continuously clears up production line automatically as claimed in claim 5, it is characterised in that: the tilting sliding panel
It is perpendicular with second rinse bath, the tilting steel wire rack, power drum conveyer with the tilting sliding panel phase
Vertically.
7. a kind of yam betel continuously clears up production line automatically as described in claim 1, it is characterised in that: on the discharging conveyor belts
Side is installed with feeding distribution mechanism, and the discharging conveyor belts are separated into the first Transfer pipe, the second Transfer pipe by the feeding distribution mechanism
With third Transfer pipe, first Transfer pipe, the second Transfer pipe are located at the two sides of the third Transfer pipe, and
And the exit side of the exit side of first Transfer pipe, the second Transfer pipe is equipped with baffle, the discharging of the third Transfer pipe
Side is located at the top of external splicing groove；Yam betel is only capable of being sent to first Transfer pipe under the blocking of the feeding distribution mechanism
Or second in Transfer pipe.
8. a kind of yam betel continuously clears up production line automatically as claimed in claim 7, it is characterised in that: the feeding distribution mechanism includes
Two guide plates parallel with the direction of transfer of the discharging conveyor belts and an arc panel, two guide plates pass through described
Arc panel connection, the third Transfer pipe are located between two guide plates, fall on the Bin on the upside of the discharging conveyor belts
Bulky taro can be sent in first Transfer pipe or the second Transfer pipe along the arc panel.
9. a kind of yam betel continuously clears up production line automatically as claimed in claim 8, it is characterised in that: the feeding distribution mechanism also wraps
A plurality of brackets being installed in above the discharging conveyor belts are included, each bracket passes through connecting rod and the guide plate connects
It connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822188334.2U CN209376642U (en) | 2018-12-25 | 2018-12-25 | A kind of yam betel continuously clears up production line automatically |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822188334.2U CN209376642U (en) | 2018-12-25 | 2018-12-25 | A kind of yam betel continuously clears up production line automatically |
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| CN209376642U true CN209376642U (en) | 2019-09-13 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111436627A (en) * | 2020-05-19 | 2020-07-24 | 石河子大学 | Horizontal roller crop peeling machine and crop peeling mechanism with batch blanking |
| WO2021120002A1 (en) * | 2019-12-17 | 2021-06-24 | 瑞声声学科技(深圳)有限公司 | Automatic pressure-maintaining apparatus |
-
2018
- 2018-12-25 CN CN201822188334.2U patent/CN209376642U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021120002A1 (en) * | 2019-12-17 | 2021-06-24 | 瑞声声学科技(深圳)有限公司 | Automatic pressure-maintaining apparatus |
| CN111436627A (en) * | 2020-05-19 | 2020-07-24 | 石河子大学 | Horizontal roller crop peeling machine and crop peeling mechanism with batch blanking |
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