CN209588623U - A kind of bean vermicelli automatic drier - Google Patents
A kind of bean vermicelli automatic drier Download PDFInfo
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- CN209588623U CN209588623U CN201821825983.2U CN201821825983U CN209588623U CN 209588623 U CN209588623 U CN 209588623U CN 201821825983 U CN201821825983 U CN 201821825983U CN 209588623 U CN209588623 U CN 209588623U
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- rack
- drying
- bean vermicelli
- cold wind
- lever apparatus
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Abstract
The utility model discloses a kind of bean vermicelli automatic driers, including motor, motor is mounted in upper boom rack, upper boom rack is equipped with the upper lever apparatus and lifting device being in tilted layout, top is equipped with multiple groups blower, chain is equipped in lifting device, multiple hooks are equidistantly equipped on chain, upper boom rack is connect with drying rack, it dries rack and is equipped with pressure pin device, top is equipped with multiple groups blower, rear end is connect with lever apparatus is deposited, chain is equipped in pressure pin device, the conveying device being in tilted layout is equipped between lifting device and pressure pin device, the periphery for drying rack is equipped with drying room, drying room front end is equipped with the window of placing conveyer, rear end is equipped with door, top is equipped with upper lever apparatus described in air hose I and is respectively equipped with bar with the tail portion for depositing lever apparatus, drying room is divided into hot wind area, cold wind area, cooling zone.The utility model provides a kind of big unit time output, drying course high degree of automation, the bean vermicelli automatic drier for saving the energy.
Description
Technical field
The utility model relates to glass noodle processing fields, in particular to arriving a kind of bean vermicelli automatic drier.
Background technique
In traditional bean vermicelli production, the method dried under the sun is usually used in drying link, this furnace drying method is by day
The influence of gas is big, and the time is needed also to grow.As bean vermicelli industry is towards under the development trend of industrialized production, traditional furnace drying method is
Demand through inadaptable production, some manufacturers start to research and develop artificial drying equipment, such as using infrared ray etc., to bean vermicelli
Pressure drying is carried out, to accelerate drying rate and control the quality of product.But how to research and develop the baking that can improve the unit time
Dry measure, but the drying equipment that can save the energy becomes bean vermicelli production industry problem to be solved.
Currently, we retrieve the open source literature of some automation drying rooms, such as:
1. Chinese Patent Application No. 201621242842.9, publication date on May 24th, 2017, this application discloses one
Kind electric automatization drying room, it includes drying room ontology, drying mechanism and transport mechanism, installs control in drying room inner body wall
Device and timer processed, place drying mechanism and transport mechanism in drying room ontology, drying mechanism include drying rack, dryer and
Drying, dryer hot-air mouth one end are protruded into Drying, and drying drum outer wall is equipped with drying pipe, and the outer wall for drying pipe is embedded
Second infrared sensor；Transport mechanism includes conveyor frame, motor, driving wheel, driven wheel and conveyer belt, conveyor frame or so two
End is respectively equipped with driven wheel and driving wheel, and by transmission band connection, it is red that transmission belt upper surface is equipped with first for driven wheel and driving wheel
Outer sensor, driving wheel pass through the output axis connection of transmission shaft and motor.Disadvantage is that: unit time drying amount is small,
It is unsuitable for the bean vermicelli drying of heavy industrialization.
Utility model content
The utility model provides that a kind of unit time output is big, drying course the degree of automation in view of the above technical problems
Bean vermicelli automatic drier that is high, saving the energy.
The utility model adopts the following technical solution to achieve the above object:
A kind of bean vermicelli automatic drier, including motor, the motor are mounted in upper boom rack, in the upper boom rack
Upper lever apparatus and lifting device equipped with inclination arrangement, top are equipped with multiple groups blower, and chain is equipped in the lifting device, described
Multiple hooks are equidistantly equipped on chain, the upper boom rack is connect with drying rack, and the drying rack is equipped with pressure pin device,
Top is equipped with multiple groups blower, and rear end is connect with lever apparatus is deposited, and chain, the lifting device and pressure pin are equipped in the pressure pin device
The conveying device being in tilted layout is equipped between device, the periphery of the drying rack is equipped with drying room, and the drying room front end is set
There is the window of placing conveyer, rear end is equipped with door, and top is equipped with air hose I, the upper lever apparatus and the portion for depositing lever apparatus
It She You not bar.Upper lever apparatus, lifting device and pressure pin device can be set to multilayer, not only increase drying amount, but also energy in this way
Space is made full use of, achievees the effect that save the energy.
The drying room is divided into hot wind area, cold wind area, cooling zone, and the air hose I is arranged in hot wind area, and the cold wind area is set
There is air hose II.
The hot wind area is equipped with temperature-detecting device, and hot wind control device, the temperature detection dress are equipped in the air hose I
It sets with hot wind control device with PLC and connect, the PLC controls the operating and hot wind control of the blower in hot wind area according to set temperature
The operation of device.
The cold wind area is equipped with humidity detector, is equipped with cold wind control device, the Humidity Detection in the air hose II
Device and cold wind control device are connect with PCL, the PLC according to setting humid control cold wind area blower operating and cold wind control
The operation of device processed.
The course of work of the utility model:
Start motor when work, the chain rotation in motor driven lifting device and pressure pin device hangs with bean vermicelli more
Strut be put on lever apparatus side by side, the hook of chain catches on strut and moves upwards in lifting device, in motion process, upper boom
The multiple groups blower of frame top blows high wind (bean vermicelli has washing, surface band droplet in preceding working procedure), powder to the bean vermicelli on strut
Silk has been blown off in the droplet for the front surface for entering drying room, is reduced in this way into the moisture of drying room, is conducive to subsequent fast
The drying of speed；When strut is sent to the upper of pressure pin device in drying room through conveying device, pressure pin device operation certain time makes hot wind
When all piling strut on the chain in area, the hot wind control device in PLC starting air hose I is passed through hot wind, while starting hot wind area
Blower makes hot wind be rapidly filled with hot wind area, accelerate heating speed, the temperature in temperature-detecting device real-time monitoring hot wind area, and
PLC is carried the data to, PLC is compared according to the temperature value and real-time monitoring value of setting, is just stopped when reaching setting value logical
Enter hot wind, is just passed through hot wind again when lower than setting value certain numerical value, is maintained at the temperature in hot wind area near setting value, adds
The evaporation intensity of big steam, dries bean vermicelli quickly；Bean vermicelli after a certain period of time through hot-air seasoning, transport backward by the continuation of pressure pin device
Row certain time drives the bean vermicelli dried just now to enter cold wind area, and the cold wind control device in PLC starting air hose II is passed through cold wind,
The blower for starting cold wind area simultaneously, makes cold wind be rapidly filled with cold wind area, accelerates the speed of cooling, humidity detector real-time monitoring
The temperature in cold wind area, and PLC is carried the data to, PLC is compared according to the humidity value and real-time monitoring value of setting, and arrival is set
Just stop being passed through cold wind when definite value, is just passed through cold wind again when lower than setting value certain numerical value, is maintained at the temperature in cold wind area
Near setting value；Bean vermicelli through cold wind aging after a certain period of time, pressure pin device continue to move forwards certain time drive it is just now old
The bean vermicelli of change enters cold cut area, and cooling pressure pin device, which continues to move forwards, makes strut slide-in deposit lever apparatus aggregation after a certain period of time,
It is carried convenient for concentrating.
The utility model compared with prior art the utility model has the advantages that
1. the utility model is carried out using four high wind pretreatment, the drying of hot wind high temperature, cold wind aging, natural cooling processes
Drying, especially bean vermicelli enter the high wind pretreatment before drying room, so that the moisture that bean vermicelli brings drying room into greatly reduces,
The time for reducing subsequent drying, improve production efficiency.
2. the utility model is put into upper lever apparatus from strut and deposits lever apparatus to final gather, and to temperature and humidity
Control, all realizes automated production or control.
3. the utility model is controlled by PLC indoor temperature and humidity is dried, examined by setting value and time
Compare between measured value, whether control air hose is passed through hot wind or cold wind, compared to the waste that the equipment of a direct ventilation reduces the energy, together
When drying time shortening decrease the consumption of the energy.
Detailed description of the invention
Fig. 1 is a kind of schematic diagram of the utility model；
Fig. 2 is the top view of Fig. 1；
Parts title and serial number in figure:
Upper lever apparatus 1, upper boom rack 3, lifting device 4, hook 5, blower 6, conveying device 7, drying room 8, dries bar 2
Dry rack 9, hot wind area 11, air hose I 12, cold wind area 13, air hose II 14, cooling zone 15, deposits lever apparatus 16, door at pressure pin device 10
17, window 18.
Specific embodiment
The utility model is described in further detail below in conjunction with the drawings and specific embodiments, but is not limited practical
Novel protection scope and application range:
Embodiment 1:
As shown in Figure 1 and Figure 2, the utility model includes motor, and motor is mounted in upper boom rack 3, is set in upper boom rack 3
There are the upper lever apparatus 1 and lifting device 4 of inclination arrangement, top is equipped with multiple groups blower 6, chain is equipped in lifting device 4, on chain
Multiple hooks 5 are equidistantly equipped with, upper boom rack 3 is connect with drying rack 9, and drying rack 9 is equipped with pressure pin device 10, and top is equipped with
Multiple groups blower 6, rear end are connect with lever apparatus 16 is deposited, and chain are equipped in pressure pin device 10, between lifting device 4 and pressure pin device 10
Conveying device 7 equipped with inclination arrangement, the periphery of drying rack 9 are equipped with drying room 8, and 8 front end of drying room, which is equipped with, places conveying dress
7 window 18 is set, rear end is equipped with door 17, and top is equipped with air hose I 12, and upper lever apparatus 1 and the tail portion for depositing lever apparatus 16 are respectively equipped with
Bar 2.
In the present embodiment, when work, starts motor, the chain rotation in motor driven lifting device 4 and pressure pin device 10,
The strut that more hang with bean vermicelli is put into side by side on upper lever apparatus 1, the hook 5 of chain catches on strut and transports upwards in lifting device 4
Dynamic, in motion process, the multiple groups blower 6 at 3 top of upper boom rack blows high wind to the bean vermicelli on strut, and (bean vermicelli has in preceding working procedure
Washing, surface band droplet), bean vermicelli has been blown off in the droplet for the front surface for entering drying room 8, in this way into drying room 8
Moisture is reduced, and is conducive to subsequent quick drying；When strut is sent to the upper of pressure pin device 10 in drying room 8, support through conveying device 7
When the operation certain time of lever apparatus 10 makes all to pile strut on chain, multiple groups blower 6 is right on starting air hose I 12 and drying rack 9
Bean vermicelli is dried, and after a certain period of time, pressure pin device 10, which continues to move forwards, makes strut slide-in deposit the aggregation of lever apparatus 16, just for drying
It is carried in concentrating.
Embodiment 2:
Difference from example 1 is that: drying room 8 divides for hot wind area 11, cold wind area 13, cooling zone 15, air hose I 12
It is arranged in hot wind area 11, cold wind area 13 is equipped with air hose II 14.
In the present embodiment, when strut is sent to the upper surface of pressure pin device 10 in drying room through conveying device, pressure pin device 10 is transported
When row certain time makes all to pile strut on the chain in hot wind area, the hot wind control device in PLC starting air hose I 12 is passed through heat
Wind, while starting the blower in hot wind area 11, so that hot wind is rapidly filled with hot wind area 11, accelerate the speed of heating, bean vermicelli is old through cold wind
Change after a certain period of time, the bean vermicelli that pressure pin device 10 continues to move forwards certain time drive aging just now enters cold wind area 13, cold
But after a certain period of time, pressure pin device 10, which continues to move forwards, drives the bean vermicelli of aging just now to enter cooling zone 15, completes bean vermicelli
Drying.
Embodiment 3:
With embodiment 1 or 2 the difference is that: hot wind area 11 is equipped with temperature-detecting device, and hot wind is equipped in air hose I 12
Control device, temperature-detecting device and hot wind control device are connect with PLC, and PLC controls the wind in hot wind area 11 according to set temperature
The operating of machine 6 and the operation of hot wind control device.
In the present embodiment, the temperature in temperature-detecting device real-time monitoring hot wind area 11, and PLC is carried the data to, PLC root
It is compared according to the temperature value and real-time monitoring value of setting, just stops being passed through hot wind when reaching setting value, it is certain lower than setting value
Hot wind is just passed through when numerical value again, is maintained at the temperature in hot wind area 11 near setting value, the evaporation intensity of steam is increased, makes
Bean vermicelli is quickly dried.
Embodiment 4:
With embodiment 3 the difference is that: cold wind area 13 is equipped with humidity detector, and cold wind control is equipped in air hose II 14
Device processed, humidity detector and cold wind control device are connect with PCL, and PLC is according to the blower 6 for setting humid control cold wind area 13
Operating and cold wind control device operation.
In the present embodiment, after a certain period of time through hot-air seasoning, pressure pin device 10 continues to move forwards certain time band bean vermicelli
The dynamic bean vermicelli dried just now enters cold wind area 15, and the cold wind control device in PLC starting air hose II 14 is passed through cold wind, starts simultaneously
The blower in cold wind area 13 makes cold wind be rapidly filled with cold wind area 13, accelerates the speed of cooling, humidity detector real-time monitoring cold wind
The temperature in area, and PLC is carried the data to, PLC is compared according to the humidity value and real-time monitoring value of setting, reaches setting value
When just stop be passed through cold wind, be just passed through cold wind again when lower than setting value certain numerical value, the temperature in cold wind area made to be maintained at setting
Near value.
Claims (4)
1. a kind of bean vermicelli automatic drier, including motor, it is characterised in that: the motor is mounted on upper boom rack (3), institute
It states upper boom rack (3) and is equipped with the upper lever apparatus (1) and lifting device (4) being in tilted layout, be equipped with chain in the lifting device (4)
Item is equidistantly equipped with multiple hooks (5) on the chain, and the upper boom rack (3) connect with rack (9) are dried, the dryer
Frame (9) is equipped with pressure pin device (10), and rear end is connect with lever apparatus (16) is deposited, and chain, institute are equipped in the pressure pin device (10)
State the conveying device (7) for being equipped with and being in tilted layout between lifting device (4) and pressure pin device (10)；The upper boom rack (3) and institute
It states and is additionally provided with multiple groups blower (6) at the top of drying rack (9)；The periphery of drying rack (9) is equipped with drying room (8), the baking
Dry chamber (8) front end is equipped with the window (18) of placing conveyer (7), and rear end is equipped with door (17), and it is described that top is equipped with air hose I (12)
Upper lever apparatus (1) and the tail portion for depositing lever apparatus (16) are respectively equipped with bar (2).
2. bean vermicelli automatic drier according to claim 1, it is characterised in that: the drying room (8) is divided into hot wind area
(11), cold wind area (13), cooling zone (15), the air hose I (12) are arranged in hot wind area (11), and the cold wind area (13) is equipped with wind
Pipe II (14).
3. bean vermicelli automatic drier according to claim 2, it is characterised in that: the hot wind area (11) is examined equipped with temperature
Device is surveyed, hot wind control device, the temperature-detecting device and hot wind control device are equipped in the air hose I (12) and PLC connects
It connects, the PLC is according to the operating of the blower (6) of set temperature control hot wind area (11) and the operation of hot wind control device.
4. bean vermicelli automatic drier according to claim 2, it is characterised in that: the cold wind area (13) is examined equipped with humidity
Device is surveyed, cold wind control device, the humidity detector and cold wind control device are equipped in the air hose II (14) and PLC connects
It connects, the PLC is according to the operating of the blower (6) of setting humid control cold wind area (13) and the operation of cold wind control device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821825983.2U CN209588623U (en) | 2018-11-07 | 2018-11-07 | A kind of bean vermicelli automatic drier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821825983.2U CN209588623U (en) | 2018-11-07 | 2018-11-07 | A kind of bean vermicelli automatic drier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209588623U true CN209588623U (en) | 2019-11-05 |
Family
ID=68376298
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821825983.2U Active CN209588623U (en) | 2018-11-07 | 2018-11-07 | A kind of bean vermicelli automatic drier |
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| Country | Link |
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| CN (1) | CN209588623U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111229540A (en) * | 2020-03-20 | 2020-06-05 | 安硕文教用品（上海）股份有限公司 | Paint is stained with first pencil drying equipment |
| CN112629188A (en) * | 2021-01-12 | 2021-04-09 | 桂平市三寻记食品有限公司 | Rice flour cold-hot circulation drying method and system |
-
2018
- 2018-11-07 CN CN201821825983.2U patent/CN209588623U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111229540A (en) * | 2020-03-20 | 2020-06-05 | 安硕文教用品（上海）股份有限公司 | Paint is stained with first pencil drying equipment |
| CN112629188A (en) * | 2021-01-12 | 2021-04-09 | 桂平市三寻记食品有限公司 | Rice flour cold-hot circulation drying method and system |
| CN112629188B (en) * | 2021-01-12 | 2022-04-15 | 桂平市三寻记食品有限公司 | Rice flour cold-hot circulation drying method and system |
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