CN108497291A - Artemisia integrifolia various grains gruel production line raw material cures cooling device and its application method - Google Patents
Artemisia integrifolia various grains gruel production line raw material cures cooling device and its application method Download PDFInfo
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- CN108497291A CN108497291A CN201810222996.9A CN201810222996A CN108497291A CN 108497291 A CN108497291 A CN 108497291A CN 201810222996 A CN201810222996 A CN 201810222996A CN 108497291 A CN108497291 A CN 108497291A
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23L—FOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
- A23L7/00—Cereal-derived products; Malt products; Preparation or treatment thereof
- A23L7/10—Cereal-derived products
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- Polymers & Plastics (AREA)
- Heating, Cooling, Or Curing Plastics Or The Like In General (AREA)
Abstract
A kind of Artemisia integrifolia various grains gruel production line raw material curing cooling device and its application method, it is related to production equipment technology, it includes device frame, curing box, cooler bin and material storing box, device top of the trellis is equipped with curing box, crossbearer cooler bin among device frame, material storing box is equipped with below cooler bin, curing box top is equipped with feed inlet, is equipped with the first curing round roller and the second curing round roller below feed inlet successively；It is equipped with discharge bucket below second curing round roller discharge end, discharge bucket bottom end is connect with pants pipe, cooler bin is equipped with below pants pipe, feed hopper there are two being set at the top of cooler bin, two feed hoppers are connected to cooling chamber respectively, are cased with backwater cavity outside two cooling chambers, material transferring band is equipped in two cooling chambers, it is equipped with dump skip below material transferring band discharge end, dump skip is connect by cooling pipe with material storing box.It is simple in structure, it is easy to use, reach good curing effect, improves cooling velocity.
Description
Technical field：
The present invention relates to production equipment technologies, and in particular to Artemisia integrifolia various grains gruel production line raw material cure cooling device and its
Application method.
Background technology：
The diet of science is most important to the health of human body, as using rice as in the country of staple food, the diet of rice served with meat and vegetables on top is must not
Can be less, the type of rice served with meat and vegetables on top is various, mainly adds the different and all difference of food materials according to it, with people's work, life
The continuous quickening of rhythm, instant convenient food increasingly have been favored by people, and especially instant facilitates rice served with meat and vegetables on top.Mesh
Before, in the rice served with meat and vegetables on top production line of instant, particle after molding needs, by curing twice, after curing twice to cool down cold
But, existing amount of cure is deep, so that material moisture is lost more, and then affect eating mouth feel, and cooling after curing
The long period is needed, production efficiency is reduced.
Invention content：
In place of overcoming above-mentioned the shortcomings of the prior art, and provide a kind of Artemisia integrifolia various grains gruel life
Producing line raw material cures cooling device and its application method, it is simple in structure, easy to use, has reached good curing effect, has carried
High cooling velocity.
In order to solve the problems existing in background technology, the present invention is to adopt the following technical scheme that：Including device frame, curing
Case, cooler bin and material storing box, device top of the trellis are equipped with curing box, and device frame centre crossbearer cooler bin, cooler bin lower section is equipped with storage
Hopper, curing box top are equipped with feed inlet, several the first curing round rollers are equipped with below feed inlet, are led between the first curing round roller
The first material transfer band connection is crossed, several the second curing round rollers are equipped with below the first curing round roller, are passed through between the second curing round roller
Thermovent, the second curing round roller are equipped on second material transfer band connection, the second curing round roller and the first curing round roller outer circumference surface
It is connect respectively with the second hollow connecting shaft and the first hollow connecting shaft with the first curing round roller both ends, the second hollow connection of one end
Axis and the first hollow connecting shaft are connect by bearing with the second curing round roller and the first curing round roller respectively, and hollow connecting shaft point
It does not accumulate a pipeline to connect with the second air-heater and the first air-heater respectively, the second hollow connecting shaft of the other end and first
Hollow connecting shaft is separately connected second driving wheel and the first driving wheel, and the second driving wheel and the first driving wheel pass through respectively
Two driving chains and the connection of the first driving chain, one of them second driving wheel and the first driving wheel respectively with the second motor and the
The output axis connection of one motor；It is equipped with discharge bucket below second curing round roller discharge end, discharge bucket bottom end connect with pants pipe, goes out
Hopper is equipped with material rotating plate with pants pipe junction, and material rotating plate bottom end is connect with swing arm, and swing arm one end is hinged with push rod, the trousers
It is equipped with cooler bin below vent in the sides of a garment pipe, is set at the top of cooler bin there are two feed hopper, two feed hoppers tops are respectively aligned to the two of pants pipe
A discharge port, two feed hoppers are connected to cooling chamber respectively, and two cooling chamber mirror images are arranged in cooler bin, outside two cooling chambers
Be cased with backwater cavity, backwater cavity bottom is equipped with water inlet pipe and return pipe, water inlet pipe and return pipe respectively with the water inlet below cooler bin
Case is connected to recovery tank, and material transferring band is equipped in two cooling chambers, and material transferring band discharge end stretches out cooler bin, and material passes
Dump skip is equipped with below defeated band discharge end, dump skip is connect by cooling pipe with material storing box.
Application method is as follows：
1）Raw material is entered by feed inlet in curing box, and raw material, which is scattered to the first material transfer, to be taken, and starts first motor；
2）First motor starts, and after the first material transfer band moves a distance, stops first motor, so that the first material transfer is taken and be paved with original
Material starts the first air-heater；
3）First air-heater blows into hot wind in the first curing round roller by pipeline and the first hollow connecting shaft, and hot wind simultaneously passes through
The thermovent heat dissipation on one curing round roller surface carries out depth curing for the raw material that the first material transfer takes, and the curing time is 5~20 points
Clock；
4）After the completion of depth curing, starting first motor, raw material drops down onto the second material transfer by the discharge end of the first material transfer band and takes,
Start the second motor；
5）Second electric motor starting after the second material transfer band moves a distance, stops the second motor, is that the second material transfer takes and is paved with original
Material starts the second air-heater；
6）Second air-heater blows into hot wind in the second curing round roller by pipeline and the second hollow connecting shaft, and hot wind simultaneously passes through
The thermovent heat dissipation on two curing round roller surfaces, the raw material progress taken for the second material transfer is light cured, and the curing time is 5~20 points
Clock；
7）After the completion of light cured, start the second motor, raw material is dropped down onto by the discharge end of the second material transfer band in discharge bucket, is discharged
Bucket is connect with pants pipe, and discharge bucket is equipped with material rotating plate with pants pipe junction；
8）Raw material stirs material rotating plate after dropping down onto discharge bucket, and raw material enters one in cooler bin by a discharge nozzle of pants pipe
In cooling chamber；
9）Raw material drops down onto on the material transferring band in cooling chamber, starts conveying transmission belt, after material transferring band moves a distance
Stop, making to be paved with raw material on material transferring band；
10）After being paved with raw material on material transferring band, start inlet tank, the cold water being equipped in inlet tank enters cooling by water inlet pipe
It is that the raw material on material transferring band carries out cooling down work, cooling time is 10~30 minutes in the backwater cavity being cased with outside chamber；
11）After cooling, start material transferring band, material transferring band will be in feedstock transportation to dump skip；
12）After raw material in dump skip carries out one section of natural cooling by cooling pipe, slide to material storing box；
13）When having raw material after curing to enter in discharge bucket again, material rotating plate is stirred by push rod, raw material by pants pipe another
Discharge nozzle enters into another cooling chamber in cooler bin；
14）Raw material drops down onto on the material transferring band in another cooling chamber, starts conveying transmission belt, and material transferring band moves one section
Stop after distance, makes to be paved with raw material on material transferring band；
15）After material transferring band is paved with raw material, start inlet tank, the cold water being equipped in inlet tank enters cooling chamber by water inlet pipe
It is that the raw material on material transferring band carries out cooling down work, cooling time is 10~20 minutes in the backwater cavity being cased with outside；
16）After cooling, start material transferring band, material transferring band will be in feedstock transportation to dump skip；
17）After raw material in dump skip carries out one section of natural cooling by another cooling pipe, slide to material storing box；
18）Raw material in material storing box waits for next station to use.
The described second curing round roller and the first curing round roller are the identical curing round roller of size, and second, which cures round roller, is equipped with
Number one more than the first number for being equipped with of curing round roller.
The first material transfer band is opposite with the material transfer direction of the second material transfer band.
The thermovent number is several, and thermovent equal distribution is outside the second curing round roller and the first curing round roller
On periphery.
Cooling water is housed in the inlet tank.
The material transfer direction of material transferring band in two cooling chambers is opposite.
The temperature value of the first air-heater setting is higher than the temperature value of the second air-heater setting.
The step 10）With step 15）Middle cold water enters recovery tank after backwater cavity carries out cold exchange by return pipe
It is interior.
The beneficial effects of the invention are as follows reasonable designs, securely and reliably：
1）Using the first curing round roller and the second curing round roller, depth curing and light cured work are completed, ensure that object
The moisture content and saturation degree of material, ensure that eating mouth feel；
2）Using two cooling chambers, cooling speed is accelerated, production efficiency is improved；
3）Using backwater cavity, cooling effect not only ensure that, but also will not destroy the moisture content and saturation degree of material after curing；
4）Using cooling pipe, achieve the purpose that convey material natural cooling.
Description of the drawings：
Fig. 1 is schematic structural view of the invention；
Fig. 2 is curing box vertical view of the present invention；
Fig. 3 is discharge bucket enlarged drawing of the present invention.
Specific implementation mode：
With reference to each figure, the present invention specifically uses and mode is implemented as follows：Including device frame 25, curing box 1, cooler bin 16 and material storing box
24,25 top of device frame is equipped with curing box 1,25 intermediate crossbearer cooler bin 16 of device frame, and 16 lower section of cooler bin is equipped with material storing box 24,
1 top of curing box is equipped with feed inlet 7, and 7 lower section of feed inlet is equipped with several the first curing round rollers 2, leads between the first curing round roller 2
Cross the connection of the first material transfer band 5, the first curing round roller 2 lower section is equipped with several the second curing round rollers 8, between the second curing round roller 8
It being connected by the second material transfer band 6, the second curing round roller 2 and first, which cures, is equipped with thermovent 3 on 2 outer circumference surface of round roller, and second
Curing round roller 8 and first cures 2 both ends of round roller and is connect respectively with the second hollow connecting shaft 9 and the first hollow connecting shaft 4, one end
Second hollow connecting shaft 9 and the first hollow connecting shaft 4 are cured round roller 2 and are connected by bearing and the second curing round roller 8 and first respectively
It connects, and hollow connecting shaft accumulates a pipeline and connect respectively with the second air-heater 26 and the first air-heater 27 respectively, the other end
The second hollow connecting shaft 9 and the first hollow connecting shaft 4 be separately connected second driving wheel 28 and the first driving wheel 32, second
Driving wheel 28 and the first driving wheel 32 are connected by the second driving chain 30 and the first driving chain 31 respectively, one of them second
Driving wheel 28 and the first driving wheel 32 the output axis connection with the second motor 29 and first motor 33 respectively；Second curing round roller 8
Discharge bucket 10 is equipped with below discharge end, 10 bottom end of discharge bucket is connect with pants pipe 15, and discharge bucket 10 is set with 15 junction of pants pipe
There are material rotating plate 12,12 bottom end of material rotating plate to be connect with swing arm 14,14 one end of swing arm is hinged with push rod 13,15 lower section of pants pipe
Equipped with cooler bin 16,16 top of cooler bin is set there are two feed hopper 11, and two 11 tops of feed hopper are respectively aligned to pants pipe 15
Two discharge ports, two feed hoppers 11 are connected to cooling chamber 17 respectively, and two 17 mirror images of cooling chamber are arranged in cooler bin 16, and two
Be cased with backwater cavity 18 outside a cooling chamber 17,18 bottom of backwater cavity is equipped with water inlet pipe and return pipe, water inlet pipe and return pipe respectively with
The inlet tank 23 of 16 lower section of cooler bin is connected to recovery tank 22, and material transferring band 19 is equipped in two cooling chambers 17, and material passes
19 discharge end of defeated band stretches out cooler bin 16, is equipped with dump skip 20 below 19 discharge end of material transferring band, dump skip 20 passes through cooling
Pipeline 21 is connect with material storing box 24.
Application method is as follows：
1）Raw material is entered by feed inlet 7 in curing box 1, and raw material is scattered to the first material transfer band 5, starts first motor 33；
2）First motor 33 starts, and after the first material transfer band 5 moves a distance, stopping first motor 33 makes on the first material transfer band 5
It is paved with raw material, starts the first air-heater 27；
3）First air-heater 27 blows into hot wind in the first curing round roller 2 by pipeline and the first hollow connecting shaft 4, and hot wind simultaneously leads to
The thermovent 3 for crossing the first 2 surface of curing round roller radiates, and for the raw material progress depth curing on the first material transfer band 5, the curing time is
5~20 minutes；
4）After the completion of depth curing, start first motor 33, raw material drops down onto the second material transfer band by the discharge end of the first material transfer band 5
On 6, start the second motor 29；
5）Second motor 29 starts, and after the second material transfer band 6 moves a distance, stops the second motor 29, is on the second material transfer band 6
It is paved with raw material, starts the second air-heater 26；
6）Second air-heater 26 blows into hot wind in the second curing round roller 8 by pipeline and the second hollow connecting shaft 9, and hot wind simultaneously leads to
The thermovent 3 for crossing the second 8 surface of curing round roller radiates, light cured for the raw material progress on the second material transfer band 6, and the curing time is
5~20 minutes；
7）After the completion of light cured, start the second motor 29, raw material drops down onto discharge bucket 10 by the discharge end of the second material transfer band 6
Interior, discharge bucket 10 is connect with pants pipe 15, and discharge bucket 10 is equipped with material rotating plate 12 with 15 junction of pants pipe；
8）Raw material stirs material rotating plate 12 after dropping down onto discharge bucket 10, and raw material enters cooler bin 16 by a discharge nozzle of pants pipe 15
In a cooling chamber 17 in；
9）Raw material drops down onto on the material transferring band 19 in cooling chamber 17, starts conveying transmission belt 19, the movement of material transferring band 19 one
Stop after segment distance, makes to be paved with raw material on material transferring band 19；
10）After being paved with raw material on material transferring band 19, start inlet tank 23, the cold water being equipped in inlet tank 23 by water inlet pipe into
Enter in the backwater cavity 18 being cased with outside cooling chamber 17, is that the raw material on material transferring band 19 carries out cooling down work, cooling time
It is 10~30 minutes；
11）After cooling, start material transferring band 19, material transferring band 19 will be in feedstock transportation to dump skip 20；
12）After raw material in dump skip 20 carries out one section of natural cooling by cooling pipe 21, slide to material storing box 24；
13）When thering is raw material after curing to enter in discharge bucket 10 again, material rotating plate 12 is stirred by push rod 13, raw material passes through pants pipe
15 another discharge nozzle enter into another cooling chamber 17 in cooler bin 16；
14）Raw material drops down onto on the material transferring band 19 in another cooling chamber 17, starts conveying transmission belt 19, material transferring band 19
Stop after mobile a distance, makes to be paved with raw material on material transferring band 19；
15）After being paved with raw material on material transferring band 19, start inlet tank 23, the cold water being equipped in inlet tank 23 by water inlet pipe into
Enter in the backwater cavity 18 being cased with outside cooling chamber 17, is that the raw material on material transferring band 19 carries out cooling down work, cooling time
It is 10~20 minutes；
16）After cooling, start material transferring band 19, material transferring band 19 will be in feedstock transportation to dump skip 20；
17）After raw material in dump skip 20 carries out one section of natural cooling by another cooling pipe 21, slide to material storing box 24
It is interior；
18）Raw material in material storing box 24 waits for next station to use.
The described second curing round roller 8 and the first curing round roller 2 are the identical curing round roller of size, and second cures round roller 8
One more than the number that the number being equipped with is equipped with than the first curing round roller 2.The biography of the first material transfer band 5 and the second material transfer band 6
Expect that direction is opposite.Described 3 numbers of thermovent are several, and 3 equal distribution of thermovent is cured in the second curing round roller 8 and first
On 2 outer circumference surface of round roller.Cooling water is housed in the inlet tank 23.Material transferring band 19 in two cooling chambers 17
Material transfer direction it is opposite.The temperature value of first air-heater 27 setting is higher than the temperature value of the second air-heater 26 setting.Institute
The step 10 stated）With step 15）Middle cold water is entered by return pipe in recovery tank 22 after backwater cavity 18 carries out cold exchange.
When Artemisia integrifolia various grains gruel production line raw material cures cooling device and its application method and works, material from feed inlet 7 into
Enter to be scattered on the first material transfer band 5, open the first air-heater 27, the first air-heater 27 hot wind is passed through into pipeline and side first
Hollow connecting shaft 4 is conveyed into the first curing round roller 2, and the first curing round roller 2 is set in curing box 1, and the first curing round roller 2
Number is at least six, according to the size of curing box 1, can increase the number of the first curing round roller 2, the first curing 2 excircle of round roller
The thermovent 3 that face is equipped with, and then the hot wind of the first air-heater 27 conveying sheds eventually by thermovent 2 as the first material transfer band 5
Heating cures purpose with the material being reached on the first material transfer band 5.Material is completed to cure for the first time on the first material transfer band 5, and
It is cured for depth, the temperature of the first air-heater 27 is higher.
After material completes depth curing on the first material transfer band 5, start first motor 33, connects with 33 output shaft of first motor
First driving wheel 32 rotation connect, and then turned therewith by other first driving wheels 32 that the first driving chain 31 is connected
Dynamic, the first driving wheel 32 is fixedly connected by the first hollow connecting shaft 4 of the other side with the first curing round roller 2, the first curing
Round roller 2 is rotated, and the rotation of the first curing round roller 2 drives the first material transfer band 5 to carry out mobile conveying, has reached material conveying
Purpose, material are fallen on by the discharge end of the first material transfer band 5 on the second material transfer band 6.Start the second motor 29, with the second motor 29
Export second driving wheel 28 rotation of axis connection, and then other second driving wheels being connected by the second driving chain 30
28 rotate therewith, and the second driving wheel 28 is fixedly connected by the second hollow connecting shaft 9 of the other side with the second curing round roller 8,
Second curing round roller 8 is rotated, and the rotation of the second curing round roller 8 drives the second material transfer band 6 to carry out mobile conveying.
The second air-heater 26 is opened, the first air-heater 26 is defeated by the second hollow connecting shaft 9 of pipeline and side by hot wind
It being sent into the second curing round roller 8, the second curing round roller 8 is set in curing box 1, and second curing 8 numbers of round roller are at least seven,
According to the size of curing box 1, the number of the second curing round roller 8 can be increased, still, the number of the second curing round roller 8 is always than the
The number of one curing round roller 2 is one more, and the transmission direction of the second material transfer band 6 and the first material transfer band 5 is on the contrary, and the second material transfer band 6
Than the distance that the first material transfer band 5 grows a curing round roller, to ensure that the raw material on the first material transfer band 5 can successfully be fallen second
On material transfer band 6, the thermovent 3 also being provided on the second curing 8 outer circumference surface of round roller is connected to the second curing round roller 8, and then second
The hot wind that air-heater 26 conveys sheds eventually by thermovent 3 and is heated for the second material transfer band 6, to be reached on the second material transfer band 6
Material curing purpose.Material is completed second on the second material transfer band 6 and is cured, and is light cured, the second air-heater 26
Temperature be less than the temperature of the first air-heater 27, slightly cure using depth and twice, that is, accelerate curing speed, in turn ensure
The moisture content and saturation degree of material.
Enter in discharge bucket 10 by discharge end after being cured on the second material transfer band 6, is equipped in discharge bucket 10 for controlling
The material rotating plate 12 of discharging direction processed connects the swing arm 14 of right control 12 reverses direction of material rotating plate on material rotating plate 12, is cut with scissors in swing arm 14
Push rod 13 is connect, pushes push rod 13 that can rotate material rotating plate 12 by swing arm 14, and then adjust discharging direction.Push rod 13 is pushed, is made
Material is entered by a discharge nozzle of pants pipe 15 in cooler bin 16 in one of cooling chamber 17, and material spilling is passed in material
On defeated band 19,17 outer wall of cooling chamber is cased with backwater cavity 18, the water inlet pipe and return pipe of 18 bottom of backwater cavity, can complete it is independent into
The cold water being equipped in inlet tank 23 is entered by water inlet pipe in backwater cavity 18, and then makes temperature in cooling chamber 17 by water and return water
It reduces, plays to material cooling effect, the cold water after use is entered by return pipe in recovery tank 22, and material passes through cooling chamber
After 17 carry out cooling, discharge end is transported to by material transferring band 19 and enters dump skip 20, then one section is carried out certainly by cooling tube 21
So after cooling, finally drops into material storing box 24, that is, complete cooling work.
When a cooling chamber 17 in cooler bin 16 is cooling down material, and the not completion of the material in the cooling chamber 17
It is that the material in discharge port 10 enters another at this time by pushing push rod 13 to overturn material rotating plate 12 when being cooled to required temperature
In cooling chamber 17, the operation principle of two cooling chambers 17 in cooler bin 16 is identical, and 17 material after cooling of each cooling chamber is equal
Enter in material storing box 24 after carrying out one section of natural cooling by cooling pipe 21.
It using two cooling chambers 17, can not only work at the same time, but also can separate and work, and thus cleverly avoid cooling
The contradiction that the speed difference generated between speed and curing speed is brought, meanwhile, cooling speed is improved, and then improve production
Efficiency.
According to actual needs, the number that the first curing round roller 2 and second in curing box 1 cures round roller 8 can be increased, so as to
Curing area is increased, the inventory that can be cured is increased, improves curing efficiency.
Using a pants pipe 15 and a material rotating plate 12, you can complete the cooling work of both sides charging, saved cost.
In conclusion this Artemisia integrifolia various grains gruel production line raw material curing cooling device and its application method reasonable design, peace
It is complete reliable, round roller 8 is cured using the first curing round roller 2 and second, depth curing and light cured work is completed, ensure that
The moisture content and saturation degree of material, ensure that eating mouth feel；Using two cooling chambers 17, cooling speed is accelerated, is improved
Production efficiency；Using backwater cavity 18, cooling effect not only ensure that, but also will not destroy the moisture content and saturation degree of material after curing；
Using cooling pipe 21, achieve the purpose that convey material natural cooling.
Claims (9)
1. a kind of Artemisia integrifolia various grains gruel production line raw material curing cooling device and its application method, it is characterised in that：Curing cooling
Device includes device frame（25）, curing box（1）, cooler bin（16）And material storing box（24）, device frame（25）Top is equipped with curing box
（1）, device frame（25）Intermediate crossbearer cooler bin（16）, cooler bin（16）Lower section is equipped with material storing box（24）, curing box（1）Top is set
There is feed inlet（7）, feed inlet（7）Lower section is equipped with several the first curing round rollers（2）, the first curing round roller（2）Between pass through
One material transfer band（5）Connection, the first curing round roller（2）Lower section is equipped with several the second curing round rollers（8）, the second curing round roller（8）
Between pass through the second material transfer band（6）Connection, the second curing round roller（2）With the first curing round roller（2）It is equipped on outer circumference surface scattered
Hot mouth（3）, the second curing round roller（8）With the first curing round roller（2）Both ends respectively with the second hollow connecting shaft（9）It is hollow with first
Connecting shaft（4）Connection, second hollow connecting shaft of one end（9）With the first hollow connecting shaft（4）It is ripe with second by bearing respectively
Change round roller（8）With the first curing round roller（2）Connection, and hollow connecting shaft accumulate respectively a pipeline respectively with the second air-heater
（26）With the first air-heater（27）Connection, the second hollow connecting shaft of the other end（9）With the first hollow connecting shaft（4）It is separately connected
One the second driving wheel（28）With the first driving wheel（32）, the second driving wheel（28）With the first driving wheel（32）Pass through second respectively
Driving chain（30）With the first driving chain（31）Connection, one of them second driving wheel（28）With the first driving wheel（32）Respectively
With the second motor（29）And first motor（33）Output axis connection；Second curing round roller（8）Discharge bucket is equipped with below discharge end
（10）, discharge bucket（10）Bottom end and pants pipe（15）Connection, discharge bucket（10）With pants pipe（15）Junction is equipped with material rotating plate
（12）, material rotating plate（12）Bottom end and swing arm（14）Connection, swing arm（14）One end and push rod（13）Hinged, described pants pipe（15）
Lower section is equipped with cooler bin（16）, cooler bin（16）Top is set there are two feed hopper（11）, two feed hoppers（11）Top is right respectively
Quasi- pants pipe（15）Two discharge ports, two feed hoppers（11）Respectively with cooling chamber（17）Connection, two cooling chambers（17）Mirror
As being arranged in cooler bin（16）It is interior, two cooling chambers（17）It is cased with backwater cavity outside（18）, backwater cavity（18）Bottom is equipped with water inlet pipe
And return pipe, water inlet pipe and return pipe respectively with cooler bin（16）The inlet tank of lower section（23）And recovery tank（22）Connection, two
Cooling chamber（17）Inside it is equipped with material transferring band（19）, material transferring band（19）Discharge end stretches out cooler bin（16）, material transferring
Band（19）Dump skip is equipped with below discharge end（20）, dump skip（20）Pass through cooling pipe（21）With material storing box（24）Connection.
2. Artemisia integrifolia various grains gruel production line raw material curing cooling device according to claim 1 and its application method, special
Sign is：Application method is as follows：
Raw material passes through feed inlet（7）Into curing box（1）Interior, raw material is scattered to the first material transfer band（5）On, start first motor
（33）；
First motor（33）Start, the first material transfer band（5）After mobile a distance, stop first motor（33）, make the first material transfer
Band（5）On be paved with raw material, start the first air-heater（27）；
First air-heater（27）Hot wind is passed through into pipeline and the first hollow connecting shaft（4）Blow into the first curing round roller（2）It is interior, hot wind
And pass through the first curing round roller（2）The thermovent on surface（3）Heat dissipation is the first material transfer band（5）On raw material carry out depth curing,
Curing time is 5~20 minutes；
After the completion of depth curing, start first motor（33）, raw material passes through the first material transfer band（5）Discharge end drop down onto the second material transfer
Band（6）On, start the second motor（29）；
Second motor（29）Start, the second material transfer band（6）After mobile a distance, stop the second motor（29）, it is the second material transfer
Band（6）On be paved with raw material, start the second air-heater（26）；
Second air-heater（26）Hot wind is passed through into pipeline and the second hollow connecting shaft（9）Blow into the second curing round roller（8）It is interior, hot wind
And pass through the second curing round roller（8）The thermovent on surface（3）Heat dissipation is the second material transfer band（6）On raw material carry out it is light cured,
Curing time is 5~20 minutes；
After the completion of light cured, start the second motor（29）, raw material passes through the second material transfer band（6）Discharge end drop down onto discharge bucket
（10）It is interior, discharge bucket（10）With pants pipe（15）Connection, discharge bucket（10）With pants pipe（15）Junction is equipped with material rotating plate（12）；
Raw material drops down onto discharge bucket（10）After stir material rotating plate（12）, raw material passes through pants pipe（15）A discharge nozzle enter cooling
Case（16）In a cooling chamber（17）It is interior；
Raw material drops down onto cooling chamber（17）Interior material transferring band（19）On, start conveying transmission belt（19）, material transferring band（19）
Stop after mobile a distance, makes material transferring band（19）On be paved with raw material；
Material transferring band（19）On be paved with raw material after, start inlet tank（23）, inlet tank（23）The cold water being inside equipped with passes through water inlet
Pipe enters cooling chamber（17）The backwater cavity being cased with outside（18）It is interior, it is material transferring band（19）On raw material carry out cooling down work
Make, cooling time is 10~30 minutes；
After cooling, start material transferring band（19）, material transferring band（19）By feedstock transportation to dump skip（20）It is interior；
Dump skip（20）Interior raw material passes through cooling pipe（21）After carrying out one section of natural cooling, slide to material storing box（24）It is interior；
There is raw material after curing to enter discharge bucket again（10）When interior, pass through push rod（13）Stir material rotating plate（12）, raw material passes through trousers
Vent in the sides of a garment pipe（15）Another discharge nozzle enters into cooler bin（16）In another cooling chamber（17）It is interior；
Raw material drops down onto another cooling chamber（17）Interior material transferring band（19）On, start conveying transmission belt（19）, material transferring
Band（19）Stop after mobile a distance, makes material transferring band（19）On be paved with raw material；
Material transferring band（19）On be paved with raw material after, start inlet tank（23）, inlet tank（23）The cold water being inside equipped with passes through water inlet
Pipe enters cooling chamber（17）The backwater cavity being cased with outside（18）It is interior, it is material transferring band（19）On raw material carry out cooling down work
Make, cooling time is 10~20 minutes；
After cooling, start material transferring band（19）, material transferring band（19）By feedstock transportation to dump skip（20）It is interior；
Dump skip（20）Interior raw material passes through another cooling pipe（21）After carrying out one section of natural cooling, slide to material storing box
（24）It is interior；
Material storing box（24）Interior raw material waits for next station to use.
3. Artemisia integrifolia various grains gruel production line raw material curing cooling device according to claim 1 and its application method, special
Sign is：The second curing round roller（8）With the first curing round roller（2）For the identical curing round roller of size, the second curing circle
Roller（8）The number being equipped with is than the first curing round roller（2）The number being equipped with is one more.
4. Artemisia integrifolia various grains gruel production line raw material curing cooling device according to claim 1 and its application method, special
Sign is：The first material transfer band（5）With the second material transfer band（6）Material transfer direction it is opposite.
5. Artemisia integrifolia various grains gruel production line raw material curing cooling device according to claim 1 and its application method, special
Sign is：The thermovent（3）Number be several, thermovent（3）Equal distribution cures round roller second（8）It is ripe with first
Change round roller（2）On outer circumference surface.
6. Artemisia integrifolia various grains gruel production line raw material curing cooling device according to claim 1 and its application method, special
Sign is：The inlet tank（23）It is interior that cooling water is housed.
7. Artemisia integrifolia various grains gruel production line raw material curing cooling device according to claim 1 and its application method, special
Sign is：Two cooling chambers（17）Interior material transferring band（19）Material transfer direction it is opposite.
8. Artemisia integrifolia various grains gruel production line raw material curing cooling device according to claim 1 and its application method, special
Sign is：First air-heater（27）The temperature value of setting is higher than the second air-heater（26）The temperature value of setting.
9. Artemisia integrifolia various grains gruel production line raw material curing cooling device according to claim 2 and its application method, special
Sign is：The step 10）With step 15）Middle cold water is in backwater cavity（18）It carries out entering return water by return pipe after cold exchange
Case（22）It is interior.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810222996.9A CN108497291A (en) | 2018-03-19 | 2018-03-19 | Artemisia integrifolia various grains gruel production line raw material cures cooling device and its application method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810222996.9A CN108497291A (en) | 2018-03-19 | 2018-03-19 | Artemisia integrifolia various grains gruel production line raw material cures cooling device and its application method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108497291A true CN108497291A (en) | 2018-09-07 |
Family
ID=63376637
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810222996.9A Pending CN108497291A (en) | 2018-03-19 | 2018-03-19 | Artemisia integrifolia various grains gruel production line raw material cures cooling device and its application method |
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Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101548740A (en) * | 2008-03-31 | 2009-10-07 | 王兆国 | Minor cereal rice and production process thereof |
| CN101803700A (en) * | 2010-04-22 | 2010-08-18 | 吉林红嘴曙光农牧有限公司 | Corn instant porridge |
| CN204907722U (en) * | 2015-07-06 | 2015-12-30 | 江西省鑫纬业环保设备制造有限公司 | Grain cooling bin |
| CN205412919U (en) * | 2016-03-02 | 2016-08-03 | 大庆粥家庄食品有限公司 | Curing cereal powder forming granulation equipment |
| CN205431935U (en) * | 2016-03-02 | 2016-08-10 | 大庆粥家庄食品有限公司 | Food grains other than rice and wheat high temperature curing cooling device |
| CN206330828U (en) * | 2017-01-09 | 2017-07-14 | 刘中国 | Well logging landwaste drying unit |
| CN206403180U (en) * | 2016-11-17 | 2017-08-15 | 黄惠英 | A kind of five flour curing process equipment |
-
2018
- 2018-03-19 CN CN201810222996.9A patent/CN108497291A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101548740A (en) * | 2008-03-31 | 2009-10-07 | 王兆国 | Minor cereal rice and production process thereof |
| CN101803700A (en) * | 2010-04-22 | 2010-08-18 | 吉林红嘴曙光农牧有限公司 | Corn instant porridge |
| CN204907722U (en) * | 2015-07-06 | 2015-12-30 | 江西省鑫纬业环保设备制造有限公司 | Grain cooling bin |
| CN205412919U (en) * | 2016-03-02 | 2016-08-03 | 大庆粥家庄食品有限公司 | Curing cereal powder forming granulation equipment |
| CN205431935U (en) * | 2016-03-02 | 2016-08-10 | 大庆粥家庄食品有限公司 | Food grains other than rice and wheat high temperature curing cooling device |
| CN206403180U (en) * | 2016-11-17 | 2017-08-15 | 黄惠英 | A kind of five flour curing process equipment |
| CN206330828U (en) * | 2017-01-09 | 2017-07-14 | 刘中国 | Well logging landwaste drying unit |
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Application publication date: 20180907 |