CN109850469A - A kind of fruits and vegetables device for discharging - Google Patents
A kind of fruits and vegetables device for discharging Download PDFInfo
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- CN109850469A CN109850469A CN201811620332.4A CN201811620332A CN109850469A CN 109850469 A CN109850469 A CN 109850469A CN 201811620332 A CN201811620332 A CN 201811620332A CN 109850469 A CN109850469 A CN 109850469A
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- waste material
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Abstract
The invention discloses a kind of fruits and vegetables devices for discharging, comprising: waste material output mechanism, revolution conveyer belt, feeding distribution mechanism and stocking mechanism turn round on conveyer belt and offer several through-holes, and stocking mechanism and feeding distribution mechanism are oppositely arranged on revolution conveyer belt two sides；Feeding distribution mechanism includes wind guiding storehouse and the first blower structure for being aweather oriented to storehouse air-supply, and wind guiding storehouse offers the feeding air port that the fruits and vegetables turned round on conveyer belt are blowed to stocking mechanism；The present invention can clean fruits and vegetables, cool down, removing waste material, removing water and can automate to store, it is greatly improved working efficiency and quality, the fruits and vegetables to flock together can not only be cleaned up can also make fruits and vegetables that can cool down the requirement for meeting subsequent further processing in place.
Description
Technical field
The present invention relates to a kind of device for discharging, in particular to a kind of fruits and vegetables device for discharging.
Background technique
There are two procedures in soya bean can production: after the soya bean bubble to cold rinse bank cooling of heating, then promoting conveying, connect
Distribution according to need discharging into specified holding vessel.The soya bean in cold rinse bank is required sufficiently to connect with cooling water in these processes
Touching, to guarantee cooling effect；Distribution discharging requires to be swift in motion, and discharging is accurate, and does not stay clast；Huang of the sub-material into holding vessel
Beans require the Testa Glycines that energy band does not fall off voluntarily.
Following problems are primarily present in traditional processing scheme:
1, in traditional processing scheme, soya bean stacks conveying in cooling water, and the soya bean cooling effect in the middle part of material heap is not
It is good；The Testa Glycines of the floating water surface and rotten soya bean etc. can not be cleared up in cleaning process, will lead to and quality accident occur；
2, in traditional processing scheme, soya bean is then lifted out conveying from cold rinse bank cooling, this section of processing technology scraper plate is defeated
Send machine；It distributes discharging scraper plate and is oriented to discharging, this segment process is needed with flat belt conveyer.Structure is complicated, and scraper plate and skin
The phase mutual friction of band will lead to belt service life and not grow.
3, in traditional processing scheme, discharging is oriented to using scraper plate, mechanism action response speed is slow, and sub-material effect is poor, and
And it is easy material leakage, the gap of scraper plate and belt can also crush part soya bean.
Summary of the invention
For the technical problems in the prior art, the object of the present invention is to provide a kind of fruits and vegetables devices for discharging.
The purpose of the invention is achieved by the following technical solution: a kind of fruits and vegetables device for discharging, comprising: waste material output mechanism,
Conveyer belt, feeding distribution mechanism and stocking mechanism are turned round, turns round on conveyer belt and offers several through-holes, stocking mechanism and feeding distribution mechanism
It is oppositely arranged on revolution conveyer belt two sides；
Feeding distribution mechanism includes wind guiding storehouse and the first blower structure for being aweather oriented to storehouse air-supply, and the wind is oriented to storehouse
Offer the feeding air port that the fruits and vegetables turned round on conveyer belt are blowed to stocking mechanism；
Stocking mechanism includes holding vessel and waste material collection device, and waste material collection device is set to the upper of holding vessel entrance
Side, waste material collection device include suction mechanism, the second inflatable body and the meshed rotating belt of tool, the air entry of suction mechanism
It is respectively facing rotating belt with the inflatable mouth of the second inflatable body, the air entry of suction mechanism is corresponding with revolution conveyer belt, air-breathing
Mechanism is for drawing the waste material being mixed in fruits and vegetables and the waste material being drawn into being adsorbed onto rotating belt, and rotating belt will be for that will inhale
The waste material being attached on rotating belt is transported at the second inflatable body, the setting corresponding with waste material output mechanism of the second inflatable body,
Second inflatable body is used to the waste material being adsorbed on rotating belt blowing to waste material output mechanism.
Preferably, above suction mechanism setting to the second inflatable body, waste material collection device further includes for blowing second
Deflector on the waste material water conservancy diversion to the scrap web of waste material output mechanism of mechanism of qi structure blowout, deflector are arranged outside rotating belt
The inflatable mouth setting of side and corresponding second inflatable body.
Preferably, feeding distribution mechanism further includes auxiliary discharging device, and auxiliary discharging device includes filling perforation rotating belt, filling perforation revolution
Belt surface is protruding with multiple filling perforation blocks, and the filling perforation block of filling perforation rotating belt and feeding air port blow to the through-hole on the surface of revolution conveyer belt
It matches to form smooth discharge side.
Preferably, filling perforation rotating belt includes rotating belt body and two servo axis, and the filling perforation block is distributed in rotating belt body
On, rotating belt body is enclosed in outside two servo axis, and the rotating belt body of two servo-actuated between centers forms a planar band, filling out in planar band
Hole block is matched with the through-hole on the surface that feeding air port blows to revolution conveyer belt；
The servo axis includes roller bearing, second tin roller and second bearing, and second tin roller is set in outside roller bearing, second tin roller
It is connected between roller bearing by second bearing.
Preferably, feeding distribution mechanism and stocking mechanism are multiple and are arranged in a one-to-one correspondence revolution conveyer belt two sides.
Preferably, revolution conveyer belt has draining section, and along revolution conveying tape feeding direction, the draining section is located at depiler
Before structure.
Preferably, the fruits and vegetables device for discharging is used for the kernel after cleaning or the soya bean discharging after cleaning.
The present invention has the following advantages and effects with respect to the prior art:
1, the present invention can clean fruits and vegetables, cool down, removing waste material, removing water and can automate to store, greatly
Improve working efficiency and quality, the fruits and vegetables to flock together can not only be cleaned up can also make fruits and vegetables can cool down in place, meet
The requirement of subsequent further processing.
2, the first roller of the invention no setting is required independent power drive, and driven by revolution conveyer belt, greatly letter
Change the first roller frame and reduces manufacturing cost, can be by the heavy bubble Yu Shuizhong of entire first roller, solving needs leads component
It is connected by power with external and needs the problem of sealing due to needing external connection power, especially multiple first rollers are being set
When, power and sealing problem are considered without additional.
3, the first roller of the invention can overturn the fruits and vegetables in water, can achieve the effect that fast cooling, moreover it is possible to pressure
It is routed up in the waste material of bottom and rotten fruits and vegetables etc., and it is made to float the water surface.
4, waste material delivery device of the invention, which can be realized, continuously rapidly clears up the waste material of the floating water surface and collect.
5, feeding distribution mechanism of the invention can be realized continuous quickly fruits and vegetables discharging to designated position, both will not damage by pressure or press
Hurt fruits and vegetables, there will not be clast residual.
6, auxiliary discharging device of the invention can clean up the fruits and vegetables in plant through-hole and rapid discharging, both guarantee
The effect of discharging, moreover it is possible to improve the speed of discharging.
7, waste material output mechanism of the invention and waste material collection device can guarantee the fruit being finally dumped into stocking mechanism
The cleanliness of vegetable waste material thorough cleaning therein and is collected.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the structural schematic diagram of wiper mechanism of the invention；
Fig. 3 is the enlarged drawing in the portion A in Fig. 2；
Fig. 4 is the schematic diagram of feeding distribution mechanism and stocking mechanism set-up mode of the invention；
Fig. 5 is the structural schematic diagram of outer barrel of the invention；
Fig. 6 is the semi-cutaway of Fig. 5；
Fig. 7 is the structural schematic diagram of auxiliary discharging device of the invention；
Fig. 8 is the structural schematic diagram of revolution conveyer belt of the invention；
Fig. 9 is the structural schematic diagram of waste material delivery device of the invention.
Specific embodiment
Present invention will now be described in further detail with reference to the embodiments and the accompanying drawings, but embodiments of the present invention are unlimited
In this.
A kind of fruits and vegetables device for discharging, comprising: wiper mechanism, revolution conveyer belt 1, feeding distribution mechanism and stocking mechanism, cleaning
Mechanism and feeding distribution mechanism are set gradually on revolution conveyer belt 1 along revolution 1 direction of transfer of conveyer belt, are turned round on conveyer belt 1
Even to offer through-hole 2, stocking mechanism is oppositely arranged with feeding distribution mechanism, and the wiper mechanism includes sink 3, air supply system and
One roller, the corresponding wiper mechanism part of the revolution conveyer belt 1 and the first roller are set in sink 3, air supply system and first
The inner hole of roller connects, and for air supply system for supplying into the inner hole of the first roller, the first outer surface of cylinder is uniformly protruding with can
The jet convex block 4 matched with through-hole 2, jet convex block 4 offer the plenum duct 5 being connected to the inner hole of the first roller；
Preferably, for through-hole 2 and jet convex block 4 can be sized to unanimously convenient for cooperation.
Feeding distribution mechanism includes that wind guiding storehouse 6 and the first blower structure 7 for being aweather oriented to the air-supply of storehouse 6, the wind are led
The feeding air port 8 that the fruits and vegetables turned round on conveyer belt 1 are blowed to stocking mechanism is uniformly provided on storehouse 6.Feeding air port 8 is towards storage
Deposit mechanism setting.
Fruits and vegetables in the present invention should be understood as including not only fruits and vegetables, further include beans and kernel etc., such as: yellow
Beans, peanut, almond etc..
It preferably, further include waste material output mechanism, stocking mechanism includes holding vessel 9 and waste material collection device, and waste material is received
Acquisition means are set to the top of 9 entrance of holding vessel, and waste material collection device includes suction mechanism 10, the second inflatable body 11 and table
Face is uniformly provided with the rotating belt 13 of mesh 12, the inflatable mouth of the air entry of suction mechanism 10 and the second inflatable body 11 court respectively
To rotating belt 13, the air entry of suction mechanism 10 is corresponding with revolution conveyer belt 1, and suction mechanism 10 is mixed in beans for drawing
Waste material and the waste material being drawn into is adsorbed on rotating belt 13, rotating belt 13 is used for the waste material that will be adsorbed on rotating belt 13
It is transported at the second inflatable body 11, the setting corresponding with waste material output mechanism of the second inflatable body 11, the second inflatable body 11
For the waste material being adsorbed on rotating belt 13 to be blown to waste material output mechanism.
Preferably, the setting of suction mechanism 10 is to the top of the second inflatable body 11, and waste material collection device further includes for by the
Deflector 14 on the waste material water conservancy diversion to the scrap web of waste material output mechanism of two inflatable bodies 11 blowout, deflector 14 are arranged
In the inflatable mouth setting of 13 outside of rotating belt and corresponding second inflatable body 11.The setting of deflector 14 can guarantee the waste material of blowout
It falls on waste material output mechanism.
Preferably, feeding distribution mechanism further includes auxiliary discharging device, and auxiliary discharging device includes filling perforation rotating belt 15, and filling perforation is returned
Turn 15 surface of band and be uniformly protruding with multiple filling perforation blocks 16, it is defeated that filling perforation block 16 and the feeding air port 8 of filling perforation rotating belt 15 blow to revolution
The through-hole 2 on the surface of band 1 is sent to match to form smooth discharge side 17.
Preferably, filling perforation rotating belt 15 includes rotating belt body and two servo axis 18, and the filling perforation block 16 is distributed in back
Turn on band body, rotating belt body is enclosed in outside two servo axis 18, and the rotating belt body between two servo axis 18 forms band plane 19, band
Filling perforation block 16 in plane 19 is matched with the through-hole 2 on the surface that feeding air port 8 blows to revolution conveyer belt 1；
The servo axis 18 includes roller bearing 20, second tin roller and second bearing 21, and second tin roller is set in outside roller bearing 20,
It is connected between second tin roller and roller bearing 20 by second bearing 21.
Preferably, feeding distribution mechanism and stocking mechanism are multiple and are arranged in a one-to-one correspondence revolution 1 two sides of conveyer belt.
Preferably, revolution conveyer belt has draining section 28, and along revolution 1 conveying direction of conveyer belt, the draining section 28 is located at
Before feeding distribution mechanism.The water via through holes 2 in fruits and vegetables can be discharged for draining section 28.It can enter holding vessel 9 for convenience of fruits and vegetables, drain
Section 28 can be obliquely installed upwards, so that the height of holding vessel 9 is adapted to, and in order to more preferably transmit fruits and vegetables, on revolution conveyer belt 1
Multiple partitions 22 are set.
Preferably, the fruits and vegetables device for discharging is used for the kernel after cleaning or the soya bean discharging after cleaning.
Preferably, wiper mechanism further includes waste material delivery device and containing cavities 23, and waste material delivery device upper surface is defeated
Face 25 is sent, multiple push mouths 26 are offered on conveyor surface, conveyor surface side is arranged in the topmost surface of screw clamp, and conveyor surface is another
It is connect in the setting to the water surface of side and with containing cavities, the push mouth is arranged towards containing cavities.
Waste material delivery device includes cavity and water pump 24, and the push mouth 26 is provided on cavity, the water pump 24 with
Cavity connection, water pump 24 are pumped into water to cavity, and water sprays the waste material on conveyor surface 25 being pushed to receipts from push mouth 26
It receives in chamber 23；
Alternatively, the waste material delivery device includes cavity and third blower structure, the push mouth 26 is provided with cavity
On, the third blower structure is connect with cavity, and third blower structure is blown to cavity, and wind is sprayed from push mouth 26 to will be
Waste material on conveyor surface 25 is pushed in containing cavities 23；The waste material is skin of beancurd, blade, stalk or rotten beans etc..It may be noted that
Be conveyor surface 25 and the angled setting of the water surface, the side depth of conveyor surface 25 in water is lower than the Testa Glycines of floating etc., but
Soya bean layer than being deposited in qualified on revolution conveyer belt 1 is high.It preferably, can be on containing cavities 23 to prevent 23 ponding of containing cavities
Scupper is opened up, so that the water entered in containing cavities 23 be made to leak out.
Preferably, first roller includes outer barrel 27, inner cylinder and first bearing, and outer barrel 27 is set in inner cylinder
In vitro, it is connected between outer barrel 27 and inner cylinder by first bearing, jet convex block 4 is arranged on outer barrel 27, defeated when turning round
When band 1 being sent to operate, by jet convex block 4 and the cooperation of through-hole 2 to drive outer barrel 27 to rotate, offers and supply gas on inner cylinder
The outlet through slot that channel is connected, inner cylinder are connected with air supply system.It can be seen that no setting is required is independent for the first roller of the invention
Power drive, and driven by revolution conveyer belt 1, greatly simplify the first roller frame and reduce manufacturing cost, can will
The heavy bubble Yu Shuizhong of entire first roller, solving needs leads component being connected by power and needing due to needing external connection power with external
The problem of sealing considers power and sealing problem without additional especially when multiple first rollers are arranged.
Preferably, first roller is multiple, is arranged in sink 3 along revolution 1 direction of transfer of conveyer belt respectively.
The present embodiment is illustrated using cleaning soya bean as embodiment, and when cleaning, it is defeated that soya bean is poured into the revolution in screw clamp 3
It send on band 1, soya bean is mobile with revolution conveyer belt 1, and when being provided with partition 22, the revolution that soya bean enters between two partitions 22 is defeated
It send on band 1, revolution conveyer belt 1 is exported with soya bean from sink 3, and after sending out in sink 3, the water in soya bean heap passes through back soya bean
The through-hole 2 for turning conveyer belt 1 flows out, and then, soya bean continues to be stored with the revolution movement of conveyer belt 1.
As soya bean clear Xian in sink 3, since the through-hole 2 of revolution conveyer belt 1 is matched with jet convex block 4,
It turns round under the rotation of conveyer belt 1, outer barrel 27 is driven, and with the rotation of outer barrel 27, is evenly arranged on 27 lastrow one of outer barrel
Then capable jet convex block 4 is matched with the through-hole 2 of a line a line in turn and is separated to guarantee that outer barrel 27 is sustainable and suitable
Freely rotate, and when jet convex block 4 enters in through-hole 2, the gas in inner cylinder is flowed into outer barrel by outlet through slot
27, it is then injected in soya bean heap from plenum duct 5 again, since plenum duct 5 directly sprays high pressure gas from soya bean heap bottom
Enter, therefore, soya bean heap can be blown open overturning, soya bean can be made to come into full contact with cooling water, achieved the purpose that greatest extent cooling.
If being not sent into through the first roller from soya bean heap bottom compared to high pressure gas, and connect after being only directly over through-hole 2 with soya bean
If touching, soya bean heap is just without rollover effect, and soya bean heap middle position soya bean, which cannot be routed up, to come, and heat releasing effect will
It is very poor.
In addition, being overturn by spraying high-pressure gas, moreover it is possible to the soya bean spray to flock together disorderly be scattered, then in water flow
It is uniformly laid under effect on revolution conveyer belt 1, in order to the moisture content outflow in subsequent soya bean heap and is convenient for feeding distribution mechanism will
Soya bean is sent into stocking mechanism, and being dumped the Testa Glycines for being pressed in soya bean heap bottom and rotten soya bean etc. also can smoothly float to the water surface
(Testa Glycines and rotten soya bean is smaller than water density to float on the water surface, and qualified soya bean is tiled on revolution conveyer belt 1
And conveyed therewith toward subsequent processing).
Since Testa Glycines and rotten soya bean can float on the water surface, the flow action of Testa Glycines and rotten soya bean in sink 3
Under can meet with conveyor surface 25, since 25 side of conveyor surface is inserted into water, float on Testa Glycines on the water surface and rotten
Soya bean can drift about onto conveyor surface 25, at this point, under the wind-force of the push blowout of mouth 26 of conveyor surface 25, Testa Glycines and rotten soya bean
Rise along conveyor surface 25 until fall in containing cavities 23, to reach the Testa Glycines that will be floated on the water surface and rotten soya bean is clear
Reason comes out, and improves the collection quality of soya bean, and rotten soya bean is also avoided to rot and so that other soya beans is gone bad therewith and rot.
When being stored, the feeding air port 8 that wind is oriented to storehouse 6 is dried to revolution conveyer belt 1, the Huang on revolution conveyer belt 1
Beans are blown and mobile to holding vessel 9, until soya bean falls to holding vessel 9, can by adjusting 8 blow-time of feeding air port, from
And control the quantity (amount of soya bean is sent into holding vessel 9) of ingredient.And when multiple feeding distribution mechanisms and stocking mechanism is arranged, control
Soya bean can be deposited into respectively in required stocking mechanism by the working time of each feeding distribution mechanism.
Due to being likely present skin of beancurd etc. in soya bean heap, since skin of beancurd is light-weight, can be blown in the case where wind-force blows farther
Rotating belt 13 on, when the air entry of position that skin of beancurd is contacted with rotating belt 13 and suction mechanism 10 is corresponding, skin of beancurd is inhaled
It is transferred at the inflatable mouth of the second inflatable body 11 on rotating belt 13 and with the fortune of rotating belt 13, in blowing for the second inflatable body 11
Under the blowing of port, the skin of beancurd being attracted on rotating belt 13 is blown on skin of beancurd output mechanism, skin of beancurd output mechanism by skin of beancurd send to
Setting position centralized processing, to improve the collection quality of soya bean.
When soya bean is sent to when blowing in range of the second inflatable body 11, the auxiliary discharging device below through-hole 2
Filling perforation block 16 penetrates into through-hole 2, and filling perforation block 16 can be filled up completely through-hole 2 and form smooth discharge side 17, therefore, can be by
The through-hole 2 of two inflatable bodies 11 blowed in range is all filled and led up, and therefore, can will be conveyed under the blowing of the second inflatable body 11
It is all sent in stocking mechanism with the soya bean on 1.
Soya bean can smoothly roll on discharge side 17, and efficiency of storage can be improved.If pushed up without filling perforation block 16
Soya bean in through-hole 2 out, conveyer belt 1 may be caused due to its surface because of through-hole 2 uneven, will lead to part soya bean
It is blocked, can not be blown to preserving jar under the action of the second inflatable body 11 by through-hole 2.Meanwhile boss can also be being stuck in
Soya bean or soya bean clast inside air hole are ejected, and then under the action of high-pressure blast knife, are blowed together to holding vessel 9
It is interior, achieve the effect that clean conveyer belt 1.
Further, it is also possible to which the soya bean sticked into through-hole 2 is all released, the multiple wash cycles of soya bean and blocking through-hole are avoided
2.The present invention continuously can clear up Testa Glycines and collect, efficiently quickly.
Auxiliary discharging device drives second tin roller rotation by filling perforation block 16 using by conveyer belt 1, it is seen that the present invention
Auxiliary discharging device no setting is required power.
The present invention can clean soya bean, cool down, removing waste material, removing water and can automate to store, greatly
Working efficiency and quality are improved, can not only clean up the soya bean to flock together can also make soya bean that can cool down in place, after satisfaction
The requirement of continuous further processing.
First roller of the invention no setting is required independent power drive, and driven by revolution conveyer belt, greatly simplify
First roller frame and reduce manufacturing cost, can will the heavy bubble Yu Shuizhong of entire first roller, solve need leads component and
It is external to be connected by power and need the problem of sealing due to needing external connection power, especially when multiple first rollers are arranged,
Power and sealing problem are considered without additional.
First roller of the invention can overturn the soya bean in water, can achieve the effect that fast cooling, moreover it is possible to being pressed in
The waste material of bottom and rotten soya bean etc. are routed up, and it is made to float the water surface.
Waste material delivery device of the invention, which can be realized, continuously rapidly to be cleared up the waste material of the floating water surface and collect.
Feeding distribution mechanism of the invention can be realized continuously quickly soya bean discharging to designated position, both will not damage by pressure or weigh wounded
Soya bean there will not be clast residual.
Auxiliary discharging device of the invention soya bean in plant through-hole can be cleaned up and rapid discharging, both ensure that
The effect of discharging, moreover it is possible to improve the speed of discharging.
Waste material output mechanism of the invention and waste material collection device can guarantee the soya bean being finally dumped into stocking mechanism
Cleanliness, waste material thorough cleaning therein and collect.
The above embodiment is a preferred embodiment of the present invention, but embodiments of the present invention are not by above-described embodiment
Limitation, other any changes, modifications, substitutions, combinations, simplifications made without departing from the spirit and principles of the present invention,
It should be equivalent substitute mode, be included within the scope of the present invention.
Claims (7)
1. a kind of fruits and vegetables device for discharging, characterized by comprising: waste material output mechanism, revolution conveyer belt, feeding distribution mechanism and storage
Mechanism is deposited, turns round on conveyer belt and offers several through-holes, stocking mechanism and feeding distribution mechanism are oppositely arranged on revolution conveyer belt two sides；
Feeding distribution mechanism includes wind guiding storehouse and the first blower structure for being aweather oriented to storehouse air-supply, and wind guiding storehouse opens up
There is the feeding air port that the fruits and vegetables turned round on conveyer belt are blowed to stocking mechanism；
Stocking mechanism includes holding vessel and waste material collection device, and waste material collection device is set to the top of holding vessel entrance, is given up
Material collection device includes suction mechanism, the second inflatable body and the meshed rotating belt of tool, the air entry of suction mechanism and the
The inflatable mouth of two inflatable bodies is respectively facing rotating belt, and the air entry of suction mechanism is corresponding with revolution conveyer belt, suction mechanism
For drawing the waste material being mixed in fruits and vegetables and the waste material being drawn into being adsorbed onto rotating belt, rotating belt will be for that will be adsorbed onto
Waste material on rotating belt is transported at the second inflatable body, the setting corresponding with waste material output mechanism of the second inflatable body, and second
Inflatable body is used to the waste material being adsorbed on rotating belt blowing to waste material output mechanism.
2. fruits and vegetables device for discharging according to claim 1, which is characterized in that in suction mechanism setting to the second inflatable body
Side, waste material collection device further include that the waste material of waste material water conservancy diversion to the waste material output mechanism for blowing out the second inflatable body conveys
The deflector taken, deflector is arranged on the outside of rotating belt and the inflatable mouth setting of corresponding second inflatable body.
3. fruits and vegetables device for discharging according to claim 1, which is characterized in that feeding distribution mechanism further includes auxiliary discharging device,
Auxiliary discharging device includes filling perforation rotating belt, and filling perforation revolution belt surface is protruding with multiple filling perforation blocks, the filling perforation block of filling perforation rotating belt
It matches to form smooth discharge side with the through-hole that feeding air port blows to the surface of revolution conveyer belt.
4. fruits and vegetables device for discharging according to claim 3, which is characterized in that filling perforation rotating belt includes rotating belt body and two
A servo axis, the filling perforation block are distributed on rotating belt body, and rotating belt body is enclosed in outside two servo axis, two servo-actuated between centers
Rotating belt body forms a planar band, and the through-hole that the filling perforation block and feeding air port in planar band blow to the surface of revolution conveyer belt matches
It closes；
The servo axis includes roller bearing, second tin roller and second bearing, and second tin roller is set in outside roller bearing, second tin roller and rolling
It is connected between axis by second bearing.
5. fruits and vegetables device for discharging according to claim 1 to 4, which is characterized in that feeding distribution mechanism and stocking mechanism are
It is multiple and be arranged in a one-to-one correspondence revolution conveyer belt two sides.
6. fruits and vegetables device for discharging according to claim 1, which is characterized in that revolution conveyer belt has draining section, along revolution
Tape feeding direction is conveyed, the draining section is located at before feeding distribution mechanism.
7. fruits and vegetables device for discharging according to claim 1, which is characterized in that after the fruits and vegetables device for discharging is used for cleaning
Kernel or cleaning after soya bean discharging.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811620332.4A CN109850469A (en) | 2018-12-28 | 2018-12-28 | A kind of fruits and vegetables device for discharging |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811620332.4A CN109850469A (en) | 2018-12-28 | 2018-12-28 | A kind of fruits and vegetables device for discharging |
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| Publication Number | Publication Date |
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| CN109850469A true CN109850469A (en) | 2019-06-07 |
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| CN201811620332.4A Withdrawn CN109850469A (en) | 2018-12-28 | 2018-12-28 | A kind of fruits and vegetables device for discharging |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113620448A (en) * | 2021-08-11 | 2021-11-09 | 武建刚 | Can handle tomato system of unloading of machine-harvested tomato silt, seedling branch |
-
2018
- 2018-12-28 CN CN201811620332.4A patent/CN109850469A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113620448A (en) * | 2021-08-11 | 2021-11-09 | 武建刚 | Can handle tomato system of unloading of machine-harvested tomato silt, seedling branch |
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Application publication date: 20190607 |