CN208354482U - A kind of green device in fresh leaf booth - Google Patents
A kind of green device in fresh leaf booth Download PDFInfo
- Publication number
- CN208354482U CN208354482U CN201721433254.8U CN201721433254U CN208354482U CN 208354482 U CN208354482 U CN 208354482U CN 201721433254 U CN201721433254 U CN 201721433254U CN 208354482 U CN208354482 U CN 208354482U
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- CN
- China
- Prior art keywords
- fresh leaf
- booth
- foraminous conveyer
- celosia argentea
- spreads out
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model discloses a kind of fresh leafs to spread out green device, including fresh leaf conveyer and booth Celosia argentea, thermostat is connected on the Celosia argentea of booth, booth Celosia argentea upper end side is provided with feed inlet, booth Celosia argentea lower end side is provided with discharge port, multilayer foraminous conveyer is staggeredly equipped in the Celosia argentea of booth, adjacent foraminous conveyer direction of transfer is opposite, the starting point of top layer foraminous conveyer is arranged in feed inlet, it is characterized in that: being also connected with air supply device on the Celosia argentea of booth, air supply device is connected with air outlet by pipeline, the side-lower of each foraminous conveyer end is arranged in air outlet, the fresh leaf fallen from foraminous conveyer end is dispelled.The fresh leaf spreads out green device, can preferably stir to fresh leaf, improves and spreads out green quality.
Description
Technical field
The utility model relates to a kind of tea-processing equipment, in particular to a kind of fresh leaf spreads out green device.
Background technique
Booth blueness is one of important step during tea processing, and fresh leaf, which spreads out blueness, to be made to distribute the moisture in fresh leaf
Fresh tea leaf color deepens, softens, and increases the plasticity of tealeaves, while can distribute green grass gas during spreading out green, and break
Chlorophyll in bad fresh tea leaves keeps manufactured tealeaves fragrance and mouthfeel more preferable.Due to needing often to stir fresh leaf when booth is green so that
The humidity of fresh leaf is kept uniformly everywhere when booth is green, while it is longer to spread out the green time, causes labor intensity larger, and less easily control
The quality of fresh leaf after booth is green.
Currently, the Chinese patent that notification number is CN 202489144U, which discloses a kind of fresh leaf, spreads out green device, including fresh leaf is defeated
Machine and booth Celosia argentea are sent, booth Celosia argentea is equipped with discharge port, the interlaced foraminous conveyer of multilayer, the conveying being separated by are equipped in the Celosia argentea of booth
The direction of transfer of mesh belt is opposite；It spreads out Celosia argentea to export equipped with feed back, the foraminous conveyer for spreading out the last layer in Celosia argentea is that positive and negative rotation is defeated
Mesh belt is sent, feed back outlet and discharge port are respectively provided at the both ends of the foraminous conveyer of the last layer, and it is defeated that feed back outlet has feed back
Machine is sent, the delivery outlet of feed back conveyer is corresponding on fresh leaf conveyer.It can be to a certain degree although this fresh leaf spreads out green device
Upper booth blueness operation of the realization for fresh leaf, but for fresh leaf to stir effect unobvious.When fresh leaf is from upper one layer of foraminous conveyer
It when end is fallen, cannot scatter well between fresh leaf, effect is stirred in influence.
Utility model content
It, can be compared in view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of fresh leafs to spread out green device
Fresh leaf is stirred well, improves and spreads out green quality.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of green dress in fresh leaf booth
It sets, including fresh leaf conveyer and booth Celosia argentea, spreads out and be connected with thermostat on Celosia argentea, booth Celosia argentea upper end side is provided with feed inlet,
Booth Celosia argentea lower end side is provided with discharge port, spreads out and is staggeredly equipped with multilayer foraminous conveyer in Celosia argentea, adjacent foraminous conveyer transmission
Contrary, the starting point of top layer foraminous conveyer is arranged in feed inlet, it is characterized in that: it is also connected with air supply device on the Celosia argentea of booth,
Air supply device is connected with air outlet by pipeline, and the side-lower of each foraminous conveyer end is arranged in air outlet, to from transmission net
The fresh leaf that end of tape is fallen is dispelled.
Through the above technical solutions, fresh leaf can be sent into the Celosia argentea of booth by the setting of conveyer more conveniently, work as fresh leaf
Enter after spreading out Celosia argentea from the feed inlet of booth Celosia argentea, can fall on the foraminous conveyer of top layer under gravity, when due to work,
Foraminous conveyer is rotating always, so fresh leaf can more equably be spread out on foraminous conveyer, forms a fresh leaf layer.When fresh
When leaf layer moves to the foraminous conveyer end of top layer with foraminous conveyer, fresh leaf is fallen under gravity, due to transmission net
Air outlet is provided with below the end side of band, and air outlet is connected by pipeline with air supply device, so when fresh leaf is fallen
The wind of air outlet blowout can dispel fresh leaf, to play the role of stirring fresh leaf, make fresh leaf in next layer of transmission net
It takes and re-forms a fresh leaf layer, so that fresh leaf be avoided to cannot get when falling on next layer of foraminous conveyer from upper one layer of foraminous conveyer
The problem of effectively breaing up.
Preferably, it is provided with above the foraminous conveyer and stirs rake.
Through the above technical solutions, stirring rake is provided with multiple rake teeths, when fresh leaf layer through when stirring rake can and rake teeth it
Between interfere, rake teeth can open the fresh leaf of fresh leaf layer surface, expose the fresh leaf inside fresh leaf layer, consequently facilitating fresh leaf layer
Internal aqueous vapor distributes.The setting for stirring rake a degree of to the progress of the fresh leaf layer on foraminous conveyer can be stirred, Ke Yiti
The booth blueness quality of high fresh leaf.
Preferably, described stir is provided with multiple rake teeths on rake, and rake teeth is cylindrical, and rake teeth end is spherical in shape.
Through the above technical solutions, rake teeth surface be it is arc-shaped, when rake teeth stirs fresh leaf, fresh leaf and rake teeth it
Between too many scuffing phenomenon will not occur, cause fresh leaf to occur damaged.
Preferably, the second half section stirred rake and foraminous conveyer is set.
Through the above technical solutions, since the fresh leaf layer of foraminous conveyer front end is all from feed inlet or upper one layer of transmission net
End of tape is fallen, and has just been spread out, so not needing to stir substantially.When fresh leaf layer is transported to the second half section, meeting inside fresh leaf layer
More aqueous vapor is gathered, can preferably the aqueous vapor inside fresh leaf layer be come out by stirring fresh leaf layer at this time.
Preferably, ultraviolet radiator is installed in the booth Celosia argentea.
Through the above technical solutions, can issue ultraviolet light after ultraviolet radiator work, ultraviolet light, which can play, preferably to be killed
Bacterium effect.Since the green required time in booth is longer, fresh leaf can be in for a long time in the Celosia argentea of booth, and fresh leaf, which is packed together, more to be held
It is also easy to produce bacterium, the setting of ultraviolet radiator can inhibit, kill bacterium, protect to fresh leaf.
Preferably, the ultraviolet radiator setting spreads out Celosia argentea along two inner walls of foraminous conveyer width direction, and along conveyer belt
Conveying direction arrangement.
Through the above technical solutions, ultraviolet radiator is in this way, the conveying direction with fresh leaf is parallel, it can be preferably to defeated
It send the fresh leaf on mesh belt to be irradiated, prevents the bacterium mass propagation on fresh leaf surface.
Preferably, the foraminous conveyer is provided with the baffle for being blocked to fresh leaf along the end of conveying direction.
Through the above technical solutions, the setting of baffle can block fresh leaf, since fresh leaf is placed on foraminous conveyer
On, when fresh leaf moves to foraminous conveyer end, fresh leaf is per se with certain movement velocity, when fresh leaf is detached from foraminous conveyer
When, fresh leaf does parabolic motion, is easy to fall on the outside of the end of next foraminous conveyer, and the setting of baffle can be to avoid from upper
The fresh leaf that one foraminous conveyer is fallen flies out without falling on next foraminous conveyer.If fresh leaf does not fall within next conveying
On mesh belt but the waste that on the one hand will cause fresh leaf in the Celosia argentea of booth is fallen, another aspect fresh leaf is fallen in the Celosia argentea of booth more
It is not easily cleaned, is easy to addle in the Celosia argentea of booth.
Preferably, the air exhausting device for the moisture discharge inside Celosia argentea will to be spread out is provided at the top of the booth Celosia argentea.
Through the above technical solutions, preferably the moisture in the Celosia argentea of booth can be discharged, while also fresh leaf being distributed
Green grass gas take out of, avoid moisture for a long time accumulate in booth Celosia argentea in influence booth Celosia argentea in fresh leaf moisture emission efficiency.
Compared with prior art, it the utility model has the following beneficial effects: air outlet is arranged in the Celosia argentea of booth, is filled by air-supply
The wind-force for setting generation dispels the fresh leaf fallen from foraminous conveyer end, stirs to have the function that generate fresh leaf factory,
On the other hand rake is stirred in the second half section setting of foraminous conveyer, fresh leaf is further stirred, fresh leaf moisture is improved and distributes
Efficiency.
Detailed description of the invention
Fig. 1 is the schematic diagram of internal structure of embodiment；
Fig. 2 is the structural schematic diagram for stirring rake.
Appended drawing reference: 1, fresh leaf conveyer；2, air-conditioning；3, air supply device；4, Celosia argentea is spread out；5, air outlet；6, baffle；7, it manages
Road；8, foraminous conveyer；9, rake is stirred；91, rake teeth；10, ultraviolet radiator；11, discharge port；12, air exhausting device.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
As shown in Figure 1, a kind of fresh leaf spreads out green device, including fresh leaf conveyer 1 and booth Celosia argentea 4.It is whole in rectangular to spread out Celosia argentea 4
The bodily form spreads out and is connected with thermostat on Celosia argentea 4, and thermostat can select air-conditioning 2, to realize for the temperature in the Celosia argentea 4 of booth
Control makes the temperature spread out in Celosia argentea 4 be maintained at setting value, so that the moisture of fresh leaf distributes.Temperature is kept centainly may be used also simultaneously
The green time is more accurately spread out to determine, realizes normalizing operation.Booth 4 upper end side of Celosia argentea is provided with feed inlet, fresh leaf conveying
The fresh leaf picked is transported to 4 top of booth Celosia argentea by fresh leaf conveyer 1 by machine 1, then enters booth Celosia argentea 4 from feed inlet
It is internal.It is staggeredly equipped with multilayer foraminous conveyer 8 in the Celosia argentea 4 of booth, adjacent 8 direction of transfer of foraminous conveyer is on the contrary, fresh for extending
Booth of the leaf in the Celosia argentea 4 of the booth green time.Top layer foraminous conveyer 8 is arranged in along the rear end of conveying direction, when fresh leaf is fallen in feed inlet
It can be spread out on the foraminous conveyer 8 of top layer, form fresh leaf layer.Air supply device 3 is also connected on the Celosia argentea 4 of booth, air supply device 3 is logical
Piping 7 is connected with air outlet 5, and the side-lower of each 8 end of foraminous conveyer is arranged in air outlet 5, to from 8 end of foraminous conveyer
The fresh leaf fallen is dispelled.After fresh leaf enters booth Celosia argentea 4 from the feed inlet of booth Celosia argentea 4, it can fall under gravity
On the foraminous conveyer 8 of top layer, when work, foraminous conveyer 8 is being rotated always, so fresh leaf can be more equably in foraminous conveyer
It is spread out on 8, forms a fresh leaf layer.When fresh leaf layer moves to 8 end of foraminous conveyer of top layer with foraminous conveyer 8, fresh leaf
It falls under gravity, due to being provided with air outlet 5 below the end side of foraminous conveyer 8, and air outlet 5 passes through pipeline
7 are connected with air supply device 3, so the wind that air outlet 5 is blown out when fresh leaf is fallen can dispel fresh leaf, turn over to play
The effect of dynamic fresh leaf keeps fresh leaf again mixed in together and forms a new fresh leaf layer on next layer of foraminous conveyer 8, thus
It avoids the problem that effectively breaing up when fresh leaf falls on next layer of foraminous conveyer 8 from upper one layer of foraminous conveyer 8.
Foraminous conveyer 8 is provided with above the second half section of conveying direction stirs rake 9 (as shown in Figure 2).It is described to stir on rake 9
Multiple rake teeths 91 are provided with, rake teeth 91 is cylindrical, and 91 end of rake teeth is spherical in shape.Stir rake 9 setting can to fresh leaf into
Row stirs.It stirs rake 9 and is provided with multiple rake teeths 91, interfered between meeting and rake teeth 91 when fresh leaf layer is by stirring rake 9, harrowed
Tooth 91 can open the fresh leaf of fresh leaf layer surface, expose the fresh leaf inside fresh leaf layer, consequently facilitating the aqueous vapor inside fresh leaf layer
It distributes, improves and spread out green efficiency, and improve the booth blueness quality of fresh leaf.Rake teeth 91 is cylindrical and 91 end of rake teeth is spherical shape,
Too many scuffing phenomenon will not occur when rake teeth 91 stirs fresh leaf, between fresh leaf and rake teeth 91, cause fresh leaf to occur broken
Damage.
The second half section that foraminous conveyer 8 is arranged in rake 9 is stirred, overall structure can be made more reasonable.Before foraminous conveyer 8
The fresh leaf layer at end is fallen from feed inlet or 8 end of upper one layer of foraminous conveyer, has just been spread out, so not needing to turn over substantially
It is dynamic.When fresh leaf layer is transported to the second half section, more aqueous vapor can be gathered inside fresh leaf layer, stirring fresh leaf layer at this time can be preferably
Aqueous vapor inside fresh leaf layer is come out.
Meanwhile spreading out and being also equipped with ultraviolet radiator 10 in Celosia argentea 4, the setting of ultraviolet radiator 10 booth Celosia argentea 4 is along 8 width of foraminous conveyer
On two inner walls in direction, and along transmission tape feeding direction arrangement.Ultraviolet radiator 10 can issue ultraviolet light, ultraviolet light energy after working
Enough play preferable bactericidal effect.Since the green required time in booth is longer, fresh leaf can be in for a long time in the Celosia argentea 4 of booth, fresh leaf
It is deposited in that internal temperature is higher and humidity is larger, is relatively easy to generate bacterium, the setting of ultraviolet radiator 10 can inhibit, kill carefully
Bacterium protects fresh leaf.Ultraviolet radiator 10 is arranged parallel with the conveying direction of fresh leaf along fresh leaf conveying direction simultaneously, can be with
Preferably the fresh leaf on foraminous conveyer 8 is irradiated, prevents the bacterium mass propagation on fresh leaf surface.
In addition, fresh leaf is fallen in the Celosia argentea 4 of booth in 8 end of foraminous conveyer in order to prevent, foraminous conveyer 8 is along conveying direction
End is provided with the baffle 6 for being blocked to fresh leaf.The setting of baffle 6 can block fresh leaf, since fresh leaf is put
It sets on foraminous conveyer 8, when fresh leaf moves to 8 end of foraminous conveyer, fresh leaf works as fresh leaf per se with certain movement velocity
When being detached from foraminous conveyer 8, fresh leaf does parabolic motion, is easy to fall on the outside of the end of next foraminous conveyer 8, baffle 6
Being arranged can fly out to avoid the fresh leaf fallen from a upper foraminous conveyer 8 without falling on next foraminous conveyer 8.If fresh leaf
It does not fall on next foraminous conveyer 8 but falls the waste that on the one hand will cause fresh leaf in the Celosia argentea 4 of booth, it is on the other hand fresh
Leaf falls in the Celosia argentea 4 of booth and is more not easily cleaned, and is easy to addle in the Celosia argentea 4 of booth.
The air exhausting device 12 for the moisture discharge inside Celosia argentea 4 will to be spread out is additionally provided at the top of the Celosia argentea 4 of booth.Air exhausting device 12
Simple exhaust fan can be selected.The moisture in the Celosia argentea 4 of booth will can be discharged when exhaust fan work, while also will be fresh
The green grass gas that leaf distributes is taken out of, and the moisture for avoiding moisture from accumulating in the fresh leaf in the Celosia argentea 4 of booth in the Celosia argentea 4 of influence booth for a long time distributes
Efficiency.One side-lower of booth Celosia argentea 4 is provided with discharge port 11, and by booth, green treated that fresh leaf can drop out from this.
Compared with existing fresh leaf spreads out green device, air outlet 5 is arranged in the Celosia argentea 4 of booth in the present apparatus, is produced by air supply device 3
Raw wind-force dispels the fresh leaf fallen from 8 end of foraminous conveyer, stirs to have the function that generate fresh leaf factory, another
Aspect stirs rake 9 in the second half section setting of foraminous conveyer 8, is further stirred to fresh leaf, improves what fresh leaf moisture distributed
Efficiency.
The above is only the exemplary embodiment of the utility model, the protection model rather than limited the present invention
It encloses, the protection scope of the utility model is determined by the attached claims.
Claims (8)
1. a kind of fresh leaf spreads out green device, including fresh leaf conveyer (1) and booth Celosia argentea (4), constant temperature dress is connected on booth Celosia argentea (4)
It sets, booth Celosia argentea (4) upper end side is provided with feed inlet, and booth Celosia argentea (4) lower end side is provided with discharge port (11), spreads out Celosia argentea (4)
It is inside staggeredly equipped with multilayer foraminous conveyer (8), adjacent foraminous conveyer (8) direction of transfer is on the contrary, feed inlet setting is defeated in top layer
The starting point of mesh belt (8) is sent, it is characterized in that: being also connected with air supply device (3) on booth Celosia argentea (4), air supply device (3) passes through pipeline
(7) it is connected with air outlet (5), the side-lower each foraminous conveyer (8) end is arranged in air outlet (5), to from foraminous conveyer (8)
The fresh leaf that end is fallen is dispelled.
2. fresh leaf according to claim 1 spreads out green device, stirred it is characterized in that: being provided with above the foraminous conveyer (8)
It harrows (9).
3. fresh leaf according to claim 2 spreads out green device, it is characterized in that: described stir is provided with multiple rake teeths on rake (9)
(91), rake teeth (91) is cylindrical, and rake teeth (91) end is spherical in shape.
4. fresh leaf according to claim 2 spreads out green device, it is characterized in that: described stir rake (9) are arranged in foraminous conveyer (8)
Second half section.
5. fresh leaf according to claim 1 spreads out green device, it is characterized in that: being equipped with ultraviolet radiator in the booth Celosia argentea (4)
(10)。
6. fresh leaf according to claim 5 spreads out green device, it is characterized in that: the ultraviolet radiator (10) setting booth Celosia argentea (4)
It arranges along two inner walls of foraminous conveyer (8) width direction, and along foraminous conveyer (8) conveying direction.
7. fresh leaf according to claim 1 spreads out green device, it is characterized in that: the foraminous conveyer (8) is along the end of conveying direction
End is provided with the baffle (6) for being blocked to fresh leaf.
8. fresh leaf according to claim 1 spreads out green device, it is characterized in that: be provided at the top of the booth Celosia argentea (4) for by
Spread out the air exhausting device (12) of Celosia argentea (4) internal moisture discharge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721433254.8U CN208354482U (en) | 2017-10-31 | 2017-10-31 | A kind of green device in fresh leaf booth |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721433254.8U CN208354482U (en) | 2017-10-31 | 2017-10-31 | A kind of green device in fresh leaf booth |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208354482U true CN208354482U (en) | 2019-01-11 |
Family
ID=64913907
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721433254.8U Expired - Fee Related CN208354482U (en) | 2017-10-31 | 2017-10-31 | A kind of green device in fresh leaf booth |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208354482U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110663780A (en) * | 2019-11-22 | 2020-01-10 | 信阳市农业科学院 | Automatic tea leaf turning and spreading airing machine |
| CN111493187A (en) * | 2020-04-27 | 2020-08-07 | 三峡大学 | Selenium-rich Chinese flowering crabapple green tangerine tea preparation system |
-
2017
- 2017-10-31 CN CN201721433254.8U patent/CN208354482U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110663780A (en) * | 2019-11-22 | 2020-01-10 | 信阳市农业科学院 | Automatic tea leaf turning and spreading airing machine |
| CN111493187A (en) * | 2020-04-27 | 2020-08-07 | 三峡大学 | Selenium-rich Chinese flowering crabapple green tangerine tea preparation system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190111 Termination date: 20201031 |