CN104621698A - Cut-tobacco dryer air supply monitoring system based on automatic rotating type flow guide nozzles - Google Patents
Cut-tobacco dryer air supply monitoring system based on automatic rotating type flow guide nozzles Download PDFInfo
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- CN104621698A CN104621698A CN201310561164.7A CN201310561164A CN104621698A CN 104621698 A CN104621698 A CN 104621698A CN 201310561164 A CN201310561164 A CN 201310561164A CN 104621698 A CN104621698 A CN 104621698A
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- air
- hothouse
- adjustment plate
- rate adjustment
- controller
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- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24B—MANUFACTURE OR PREPARATION OF TOBACCO FOR SMOKING OR CHEWING; TOBACCO; SNUFF
- A24B3/00—Preparing tobacco in the factory
- A24B3/04—Humidifying or drying tobacco bunches or cut tobacco
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- Drying Of Solid Materials (AREA)
Abstract
The invention discloses a cut-tobacco dryer air supply monitoring system based on automatic rotating type flow guide nozzles. The cut-tobacco dryer air supply monitoring system comprises a controller, a rotating speed detecting unit, an air volume detecting unit, a temperature sensor, a humidity sensor and an air volume adjusting valve. The left inner side wall and the right inner side wall of a drying chamber are each provided with a plurality of circular air supply openings. Two air direction and air speed adjusting plates which can rotate left and right are further mounted in the drying chamber, and the two air direction and air speed adjusting plates comprise the left side air direction and air speed adjusting plate and the right side air direction and air speed adjusting plate. The left side air direction and air speed adjusting plate comprises a first flat plate which is horizontally laid on the left inner side wall of the drying chamber, and a plurality of first flow guide nozzles are arranged on the first flat plate. The right side air direction and air speed adjusting plate comprises a second flat plate which is horizontally laid on the right inner side wall of the drying chamber, and a plurality of second flow guide nozzles are arranged on the second flat plate. The cut-tobacco dryer air supply monitoring system is simple in structure, reasonable in design, low in input cost, easy and convenient to use, good in using effect and capable of correspondingly adjusting the air directions and the air speeds of all the air supply openings automatically.
Description
Technical field
The present invention relates to a kind of monitoring system, especially relate to a kind of cut-tobacco drier based on automatic rotary flow-guiding mouth air-supply monitoring system.
Background technology
Cut-tobacco drier is the visual plant in tobacco workshop production line, its major function guarantees that tobacco-dryer exit pipe tobacco reaches the moisture content meeting cigarette process requirement, improve the one-tenth silk rate of pipe tobacco and Filling power, change the physical property of pipe tobacco, make pipe tobacco fragrance become alcohol and.Nowadays the complex structure of the control system of used cut-tobacco drier, circuit design mostly is discrete component, logic control is conventional relays, equipment fluctuation of service, difficult in maintenance, human-computer interaction interface is poor, it is dry that less use automatic control mode carries out air-supply to pipe tobacco, moisture content of cut tobaccos fluctuation after processing is large, very easily cause the loose or shortcoming such as to go mouldy of pipe tobacco, and the function of existing cut-tobacco drier control system is all comparatively single.In actual use procedure, when the moisture content of dried pipe tobacco is comparatively large and when piling up not too loose, be improve drying rate, then need to carry out increases adjustment to the wind speed of each air outlet.In addition, in shredded tobacco baking process, if can adjust the wind direction of each air outlet is corresponding, then can carry out drying and processing to pipe tobacco from different perspectives, shredded tobacco baking quality is more easily ensured.Thus, nowadays lack that a kind of structure is simple, reasonable in design, input cost is low and the cut-tobacco drier based on automatic rotary flow-guiding mouth that it is easy and simple to handle to use, result of use is good air-supply monitoring system, it can adjust accordingly the wind direction of each air outlet and wind speed automatically, while raising drying efficiency, can effectively ensure shredded tobacco baking quality.
Summary of the invention
Technical problem to be solved by this invention is for above-mentioned deficiency of the prior art, a kind of cut-tobacco drier based on automatic rotary flow-guiding mouth air-supply monitoring system is provided, its structure is simple, reasonable in design, input cost is low and it is easy and simple to handle to use, result of use good, can automatically adjust accordingly the wind direction of each air outlet and wind speed.
For solving the problems of the technologies described above, the technical solution used in the present invention is: a kind of air-supply of the cut-tobacco drier based on automatic rotary flow-guiding mouth monitoring system, it is characterized in that: comprise controller, the air output of the air supply duct be connected between electrical heating blower fan and monitored cut-tobacco drier hothouse is carried out to the air volume test unit detected in real time, to electrical heating blower fan in described hothouse send into hot blast temperature carry out the temperature sensor that detects in real time, to in described hothouse dry pipe tobacco inside humidity carry out the humidity sensor that detects in real time, be arranged on volume damper on described air supply duct and the parameter input unit connected with controller respectively and display unit, described electrical heating blower fan and volume damper are undertaken controlling by controller and the two all connects with controller, described air volume test unit connects with controller, and described temperature sensor and humidity sensor all connect with A/D converter one, and described A/D converter one connects with controller, two, the left and right madial wall of described hothouse all has all identical circular air outlet of multiple size, and multiple described circular air outlet is quincunx laying, and multiple described circular air outlet is in evenly laying,
Wind direction and air rate adjustment plate that two pieces can be carried out left rotation and right rotation are also installed in described hothouse, two pieces of described wind directions and air rate adjustment plate comprise the left side wind direction and air rate adjustment plate that are positioned at the inner left and right sides of described hothouse and three o'clock wind to air rate adjustment plate;
Described left side wind direction and air rate adjustment plate comprise the flat board one be laid on the left inside sidewall of described hothouse, multiple structure circular mounting hole all identical with size one is had on described dull and stereotyped one, the quantity of multiple described circular mounting hole one with on the left inside sidewall of described hothouse to open the quantity of multiple described air outlet identical, multiple described circular mounting hole one is in quincunx laying, and multiple described circular mounting hole one is in evenly laying, the installation position of multiple described circular mounting hole one respectively with on the left inside sidewall of described hothouse open the installation position one_to_one corresponding of multiple described air outlet, multiple described circular mounting hole one is all provided with a flow-guiding mouth one, be provided with on the left of described hothouse and drive described left side wind direction and air rate adjustment plate to carry out left rotation and right rotation and to the electronic rotation frame one that the air supply direction of multiple described flow-guiding mouth one and air supply velocity adjust accordingly while left rotation and right rotation, described left side wind direction and air rate adjustment plate are arranged on electronic rotation frame one, and described electronic rotation frame one is undertaken driving by electronic rotation driving mechanism one and is in transmission connection by transmission mechanism between itself and electronic rotation driving mechanism one, described left side wind direction and air rate adjustment plate are provided with the angular sensor one that detects in real time is carried out to its anglec of rotation,
Described three o'clock wind comprises to air rate adjustment plate the flat board two be laid on the right inside sidewall of described hothouse, multiple structure circular mounting hole all identical with size two is had on described dull and stereotyped two, the quantity of multiple described circular mounting hole two with on the right inside sidewall of described hothouse to open the quantity of multiple described air outlet identical, multiple described circular mounting hole two is in quincunx laying, and multiple described circular mounting hole two is in evenly laying, the installation position of multiple described circular mounting hole two respectively with on the left inside sidewall of described hothouse open the installation position one_to_one corresponding of multiple described air outlet, multiple described circular mounting hole two is all provided with a flow-guiding mouth two, be provided with on the right side of described hothouse and drive described three o'clock wind to carrying out left rotation and right rotation with air rate adjustment plate and to the electronic rotation frame two that the air supply direction of multiple described flow-guiding mouth two and air supply velocity adjust accordingly while left rotation and right rotation, described three o'clock wind is to being arranged on electronic rotation frame two with air rate adjustment plate, and described electronic rotation frame two is undertaken driving by electronic rotation driving mechanism two and is in transmission connection by transmission mechanism between itself and electronic rotation driving mechanism two, described three o'clock wind to air rate adjustment plate on be provided with the angular sensor two that detects in real time carried out to its anglec of rotation, described angular sensor one and angular sensor two all connect with A/D converter two, and described A/D converter two connects with controller.
The above-mentioned a kind of air-supply of the cut-tobacco drier based on automatic rotary flow-guiding mouth monitoring system, it is characterized in that: be also provided with on the left of described hothouse drive described left side wind direction and air rate adjustment plate carry out left and right horizontal move and while left and right horizontal movement, the air supply velocity of multiple described flow-guiding mouth one is adjusted accordingly move horizontally pedestal one, the described pedestal one that moves horizontally is undertaken driving by drive motors one and is in transmission connection by transmission mechanism between itself and drive motors one, described move horizontally pedestal one is provided with the displacement transducer one that detects in real time is carried out to its moving displacement, described electronic rotation frame one is arranged on and moves horizontally on pedestal one, is provided with the moving track one that water supply translation moving base one carries out left and right horizontal movement on the left of described hothouse,
Also be provided with on the right side of described hothouse drive described three o'clock wind to air rate adjustment plate carry out left and right horizontal move and while left and right horizontal movement, the air supply velocity of multiple described flow-guiding mouth two is adjusted accordingly move horizontally pedestal two, the described pedestal two that moves horizontally is undertaken driving by drive motors two and is in transmission connection by transmission mechanism between itself and drive motors two, described in move horizontally pedestal two is provided with the displacement transducer two that detects in real time carried out to its moving displacement; Described electronic rotation frame two is arranged on and moves horizontally on pedestal two, is provided with the moving track two that water supply translation moving base two carries out left and right horizontal movement on the right side of described hothouse;
Institute's displacement sensors one and displacement transducer two all connect with A/D converter three, and described A/D converter three connects with controller.
The above-mentioned a kind of air-supply of the cut-tobacco drier based on automatic rotary flow-guiding mouth monitoring system, it is characterized in that: also comprise on monitored cut-tobacco drier electrical heating blower fan is installed rotating speed carry out the rotation speed detection unit that detects in real time, described rotation speed detection unit connects with controller.
The above-mentioned a kind of air-supply of the cut-tobacco drier based on automatic rotary flow-guiding mouth monitoring system, is characterized in that: also comprise the timing circuit connected with controller.
The above-mentioned a kind of air-supply of the cut-tobacco drier based on automatic rotary flow-guiding mouth monitoring system, it is characterized in that: also comprise the data storage cell that storage inside has the pivoting angle data of wind direction and air rate adjustment plate corresponding to multiple different wind direction, described data storage cell connects with controller.
The above-mentioned a kind of cut-tobacco drier based on automatic rotary flow-guiding mouth air-supply monitoring system, is characterized in that: also comprise and carry out by controller the alarm unit that controls, described alarm unit connects with controller.
The above-mentioned a kind of air-supply of the cut-tobacco drier based on automatic rotary flow-guiding mouth monitoring system, is characterized in that: described flow-guiding mouth one is identical with the structure of described flow-guiding mouth two and the two is metal winding pipe.
The present invention compared with prior art has the following advantages:
1, structure is simple and circuit design reasonable, and input cost is low, install lay easy.
2, the simple and easy-to-connect of circuit.
3, use simple to operate and intelligence degree is high.
4, use flexible operation mode, result of use is good and practical value is high, both can regulate by means of only moving horizontally pedestal one and moving horizontally the wind speed of pedestal two to each air outlet, also can regulate the wind direction of each air outlet and wind speed by means of only electronic rotation frame one and electronic rotation frame two, also synchronously can adjust accordingly the wind direction of each air outlet and wind speed by moving horizontally pedestal one and moving horizontally pedestal two and electronic rotation frame one and electronic rotation frame two simultaneously, to ensure to blow from multiple angle, while raising drying efficiency, can effectively ensure shredded tobacco baking quality.
In sum, structure of the present invention is simple, reasonable in design, input cost is low and it is easy and simple to handle to use, result of use good, can automatically adjust accordingly the wind direction of each air outlet and wind speed.
Below by drawings and Examples, technical scheme of the present invention is described in further detail.
Accompanying drawing explanation
Fig. 1 is schematic block circuit diagram of the present invention.
Description of reference numerals:
1-electrical heating blower fan; 2-rotation speed detection unit; 3-air volume test unit;
4-temperature sensor; 5-controller; 6-parameter input unit;
7-volume damper; 8-display unit; 9-humidity sensor;
10-1-A/D converter one; 10-2-A/D converter two; 10-3-A/D converter three;
12-1-electronic rotation frame one; 12-2-electronic rotation frame two;
13-1-angular sensor one;
13-2-angular sensor two;
14-1-electronic rotation driving mechanism one;
14-2-electronic rotation driving mechanism two;
15-1-move horizontally pedestal one;
15-2-move horizontally pedestal two; 16-1-drive motors one;
16-2-drive motors two; 17-1-displacement transducer one; 17-2-displacement transducer two;
18-timing circuit; 19-data storage cell; 20-alarm unit.
Detailed description of the invention
As shown in Figure 1, the present invention includes controller 5, the air output of the air supply duct be connected between electrical heating blower fan 1 and monitored cut-tobacco drier hothouse is carried out to the air volume test unit 3 detected in real time, to electrical heating blower fan 1 in described hothouse send into hot blast temperature carry out the temperature sensor 4 that detects in real time, to in described hothouse dry pipe tobacco inside humidity carry out the humidity sensor 9 that detects in real time, be arranged on volume damper 7 on described air supply duct and the parameter input unit 6 connected with controller 5 respectively and display unit 8, described electrical heating blower fan 1 and volume damper 7 are undertaken controlling by controller 5 and the two all connects with controller 5.Described air volume test unit 3 connects with controller 5, and described temperature sensor 4 and humidity sensor 9 all connect with A/D converter one 10-1, and described A/D converter one 10-1 connects with controller 5.Two, the left and right madial wall of described hothouse all has all identical circular air outlet of multiple size, and multiple described circular air outlet is quincunx laying, and multiple described circular air outlet is in evenly laying.
Wind direction and air rate adjustment plate that two pieces can be carried out left rotation and right rotation are also installed in described hothouse, two pieces of described wind directions and air rate adjustment plate comprise the left side wind direction and air rate adjustment plate that are positioned at the inner left and right sides of described hothouse and three o'clock wind to air rate adjustment plate.
Described left side wind direction and air rate adjustment plate comprise the flat board one be laid on the left inside sidewall of described hothouse, multiple structure circular mounting hole all identical with size one is had on described dull and stereotyped one, the quantity of multiple described circular mounting hole one with on the left inside sidewall of described hothouse to open the quantity of multiple described air outlet identical, multiple described circular mounting hole one is in quincunx laying, and multiple described circular mounting hole one is in evenly laying, the installation position of multiple described circular mounting hole one respectively with on the left inside sidewall of described hothouse open the installation position one_to_one corresponding of multiple described air outlet.Multiple described circular mounting hole one is all provided with a flow-guiding mouth one, be provided with on the left of described hothouse and drive described left side wind direction and air rate adjustment plate to carry out left rotation and right rotation and to electronic rotation frame one 12-1 that the air supply direction of multiple described flow-guiding mouth one and air supply velocity adjust accordingly while left rotation and right rotation, described left side wind direction and air rate adjustment plate are arranged on electronic rotation frame one 12-1, described electronic rotation frame one 12-1 is undertaken driving by electronic rotation driving mechanism one 14-1 and is in transmission connection by transmission mechanism between itself and electronic rotation driving mechanism one 14-1.Described left side wind direction and air rate adjustment plate are provided with angular sensor one 13-1 that detects in real time is carried out to its anglec of rotation.
Described three o'clock wind comprises to air rate adjustment plate the flat board two be laid on the right inside sidewall of described hothouse, multiple structure circular mounting hole all identical with size two is had on described dull and stereotyped two, the quantity of multiple described circular mounting hole two with on the right inside sidewall of described hothouse to open the quantity of multiple described air outlet identical, multiple described circular mounting hole two is in quincunx laying, and multiple described circular mounting hole two is in evenly laying, the installation position of multiple described circular mounting hole two respectively with on the left inside sidewall of described hothouse open the installation position one_to_one corresponding of multiple described air outlet.Multiple described circular mounting hole two is all provided with a flow-guiding mouth two, be provided with on the right side of described hothouse and drive described three o'clock wind to carrying out left rotation and right rotation with air rate adjustment plate and to electronic rotation frame two 12-2 that the air supply direction of multiple described flow-guiding mouth two and air supply velocity adjust accordingly while left rotation and right rotation, described three o'clock wind is to being arranged on electronic rotation frame two 12-2 with air rate adjustment plate, described electronic rotation frame two 12-2 is undertaken driving by electronic rotation driving mechanism two 14-2 and is in transmission connection by transmission mechanism between itself and electronic rotation driving mechanism two 14-2.Described three o'clock wind to air rate adjustment plate on be provided with angular sensor two 13-2 that detects in real time carried out to its anglec of rotation; Described angular sensor one 13-1 and angular sensor two 13-2 all connects with A/D converter two 10-2, and described A/D converter two 10-2 connects with controller 5.
In the present embodiment, also be provided with on the left of described hothouse drive described left side wind direction and air rate adjustment plate carry out left and right horizontal move and while left and right horizontal movement, the air supply velocity of multiple described flow-guiding mouth one is adjusted accordingly move horizontally pedestal one 15-1, described pedestal one 15-1 that moves horizontally is undertaken driving by drive motors one 16-1 and is in transmission connection by transmission mechanism between itself and drive motors one 16-1, described in move horizontally pedestal one 15-1 is provided with displacement transducer one 17-1 that detects in real time carried out to its moving displacement.Described electronic rotation frame one 12-1 is arranged on and moves horizontally on pedestal one 15-1, is provided with the moving track one that water supply translation moving base one 15-1 carries out left and right horizontal movement on the left of described hothouse.
Also be provided with on the right side of described hothouse drive described three o'clock wind to air rate adjustment plate carry out left and right horizontal move and while left and right horizontal movement, the air supply velocity of multiple described flow-guiding mouth two is adjusted accordingly move horizontally pedestal two 15-2, described pedestal two 15-2 that moves horizontally is undertaken driving by drive motors two 16-2 and is in transmission connection by transmission mechanism between itself and drive motors two 16-2, described in move horizontally pedestal two 15-2 is provided with displacement transducer two 17-2 that detects in real time carried out to its moving displacement.Described electronic rotation frame two 12-2 is arranged on and moves horizontally on pedestal two 15-2, is provided with the moving track two that water supply translation moving base two 15-2 carries out left and right horizontal movement on the right side of described hothouse.
Institute displacement sensors one 17-1 and displacement transducer two 17-2 all connects with A/D converter three 10-3, and described A/D converter three 10-3 connects with controller 5.
Meanwhile, the present invention also comprise on monitored cut-tobacco drier electrical heating blower fan 1 is installed rotating speed carry out the rotation speed detection unit 2 that detects in real time, described rotation speed detection unit 2 connects with controller 5.
In the present embodiment, the present invention also comprises the timing circuit 18 connected with controller 5.
During actual use, the present invention also comprises the data storage cell 19 that storage inside has the pivoting angle data of wind direction and air rate adjustment plate corresponding to multiple different wind direction, and described data storage cell 19 connects with controller 5.
In the present embodiment, the present invention also comprises and carries out by controller 5 the alarm unit 20 that controls, and described alarm unit 20 connects with controller 5.
In the present embodiment, described flow-guiding mouth one is identical with the structure of described flow-guiding mouth two and the two is metal winding pipe.
The above; it is only preferred embodiment of the present invention; not the present invention is imposed any restrictions, every above embodiment is done according to the technology of the present invention essence any simple modification, change and equivalent structure change, all still belong in the protection domain of technical solution of the present invention.
Claims (7)
1. the air-supply of the cut-tobacco drier based on an automatic rotary flow-guiding mouth monitoring system, it is characterized in that: comprise controller (5), the air output of the air supply duct be connected between electrical heating blower fan (1) and monitored cut-tobacco drier hothouse is carried out to the air volume test unit (3) detected in real time, to electrical heating blower fan (1) in described hothouse send into hot blast temperature carry out the temperature sensor (4) that detects in real time, to in described hothouse dry pipe tobacco inside humidity carry out the humidity sensor (9) that detects in real time, be arranged on volume damper (7) on described air supply duct and the parameter input unit (6) connected with controller (5) respectively and display unit (8), described electrical heating blower fan (1) and volume damper (7) are undertaken controlling by controller (5) and the two all connects with controller (5), described air volume test unit (3) connects with controller (5), and described temperature sensor (4) and humidity sensor (9) all connect with A/D converter one (10-1), and described A/D converter one (10-1) connects with controller (5), two, the left and right madial wall of described hothouse all has all identical circular air outlet of multiple size, and multiple described circular air outlet is quincunx laying, and multiple described circular air outlet is in evenly laying,
Wind direction and air rate adjustment plate that two pieces can be carried out left rotation and right rotation are also installed in described hothouse, two pieces of described wind directions and air rate adjustment plate comprise the left side wind direction and air rate adjustment plate that are positioned at the inner left and right sides of described hothouse and three o'clock wind to air rate adjustment plate;
Described left side wind direction and air rate adjustment plate comprise the flat board one be laid on the left inside sidewall of described hothouse, multiple structure circular mounting hole all identical with size one is had on described dull and stereotyped one, the quantity of multiple described circular mounting hole one with on the left inside sidewall of described hothouse to open the quantity of multiple described air outlet identical, multiple described circular mounting hole one is in quincunx laying, and multiple described circular mounting hole one is in evenly laying, the installation position of multiple described circular mounting hole one respectively with on the left inside sidewall of described hothouse open the installation position one_to_one corresponding of multiple described air outlet, multiple described circular mounting hole one is all provided with a flow-guiding mouth one, be provided with on the left of described hothouse and drive described left side wind direction and air rate adjustment plate to carry out left rotation and right rotation and to the electronic rotation frame one (12-1) that the air supply direction of multiple described flow-guiding mouth one and air supply velocity adjust accordingly while left rotation and right rotation, described left side wind direction and air rate adjustment plate are arranged on electronic rotation frame one (12-1), described electronic rotation frame one (12-1) is undertaken driving by electronic rotation driving mechanism one (14-1) and is in transmission connection by transmission mechanism between itself and electronic rotation driving mechanism one (14-1), described left side wind direction and air rate adjustment plate are provided with the angular sensor one (13-1) that detects in real time is carried out to its anglec of rotation,
Described three o'clock wind comprises to air rate adjustment plate the flat board two be laid on the right inside sidewall of described hothouse, multiple structure circular mounting hole all identical with size two is had on described dull and stereotyped two, the quantity of multiple described circular mounting hole two with on the right inside sidewall of described hothouse to open the quantity of multiple described air outlet identical, multiple described circular mounting hole two is in quincunx laying, and multiple described circular mounting hole two is in evenly laying, the installation position of multiple described circular mounting hole two respectively with on the left inside sidewall of described hothouse open the installation position one_to_one corresponding of multiple described air outlet, multiple described circular mounting hole two is all provided with a flow-guiding mouth two, be provided with on the right side of described hothouse and drive described three o'clock wind to carrying out left rotation and right rotation with air rate adjustment plate and to the electronic rotation frame two (12-2) that the air supply direction of multiple described flow-guiding mouth two and air supply velocity adjust accordingly while left rotation and right rotation, described three o'clock wind is to being arranged on electronic rotation frame two (12-2) with air rate adjustment plate, described electronic rotation frame two (12-2) is undertaken driving by electronic rotation driving mechanism two (14-2) and is in transmission connection by transmission mechanism between itself and electronic rotation driving mechanism two (14-2), described three o'clock wind to air rate adjustment plate on be provided with the angular sensor two (13-2) that detects in real time carried out to its anglec of rotation, described angular sensor one (13-1) and angular sensor two (13-2) all connect with A/D converter two (10-2), and described A/D converter two (10-2) connects with controller (5).
2. according to a kind of air-supply of the cut-tobacco drier based on automatic rotary flow-guiding mouth monitoring system according to claim 1, it is characterized in that: be also provided with on the left of described hothouse drive described left side wind direction and air rate adjustment plate carry out left and right horizontal move and while left and right horizontal movement, the air supply velocity of multiple described flow-guiding mouth one is adjusted accordingly move horizontally pedestal one (15-1), the described pedestal one (15-1) that moves horizontally is undertaken driving by drive motors one (16-1) and is in transmission connection by transmission mechanism between itself and drive motors one (16-1), described move horizontally pedestal one (15-1) is provided with the displacement transducer one (17-1) that detects in real time is carried out to its moving displacement, described electronic rotation frame one (12-1) is arranged on and moves horizontally on pedestal one (15-1), is provided with the moving track one that water supply translation moving base one (15-1) carries out left and right horizontal movement on the left of described hothouse,
Also be provided with on the right side of described hothouse drive described three o'clock wind to air rate adjustment plate carry out left and right horizontal move and while left and right horizontal movement, the air supply velocity of multiple described flow-guiding mouth two is adjusted accordingly move horizontally pedestal two (15-2), the described pedestal two (15-2) that moves horizontally is undertaken driving by drive motors two (16-2) and is in transmission connection by transmission mechanism between itself and drive motors two (16-2), described in move horizontally pedestal two (15-2) is provided with the displacement transducer two (17-2) that detects in real time carried out to its moving displacement; Described electronic rotation frame two (12-2) is arranged on and moves horizontally on pedestal two (15-2), is provided with the moving track two that water supply translation moving base two (15-2) carries out left and right horizontal movement on the right side of described hothouse;
Institute's displacement sensors one (17-1) and displacement transducer two (17-2) all connect with A/D converter three (10-3), and described A/D converter three (10-3) connects with controller (5).
3. according to a kind of air-supply of the cut-tobacco drier based on the automatic rotary flow-guiding mouth monitoring system described in claim 1 or 2, it is characterized in that: also comprise on monitored cut-tobacco drier electrical heating blower fan (1) is installed rotating speed carry out the rotation speed detection unit (2) that detects in real time, described rotation speed detection unit (2) connects with controller (5).
4., according to a kind of air-supply of the cut-tobacco drier based on the automatic rotary flow-guiding mouth monitoring system described in claim 1 or 2, it is characterized in that: also comprise the timing circuit (18) connected with controller (5).
5. according to a kind of air-supply of the cut-tobacco drier based on the automatic rotary flow-guiding mouth monitoring system described in claim 1 or 2, it is characterized in that: also comprise the data storage cell (19) that storage inside has the pivoting angle data of wind direction and air rate adjustment plate corresponding to multiple different wind direction, described data storage cell (19) connects with controller (5).
6. according to a kind of air-supply of the cut-tobacco drier based on the automatic rotary flow-guiding mouth monitoring system described in claim 1 or 2, it is characterized in that: also comprise and carry out by controller (5) the alarm unit (20) that controls, described alarm unit (20) connects with controller (5).
7., according to a kind of air-supply of the cut-tobacco drier based on the automatic rotary flow-guiding mouth monitoring system described in claim 1 or 2, it is characterized in that: described flow-guiding mouth one is identical with the structure of described flow-guiding mouth two and the two is metal winding pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310561164.7A CN104621698A (en) | 2013-11-10 | 2013-11-10 | Cut-tobacco dryer air supply monitoring system based on automatic rotating type flow guide nozzles |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310561164.7A CN104621698A (en) | 2013-11-10 | 2013-11-10 | Cut-tobacco dryer air supply monitoring system based on automatic rotating type flow guide nozzles |
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| Publication Number | Publication Date |
|---|---|
| CN104621698A true CN104621698A (en) | 2015-05-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310561164.7A Pending CN104621698A (en) | 2013-11-10 | 2013-11-10 | Cut-tobacco dryer air supply monitoring system based on automatic rotating type flow guide nozzles |
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| CN (1) | CN104621698A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106521103A (en) * | 2016-11-30 | 2017-03-22 | 南京欧亚炉业有限责任公司 | Air homogenizing adjusting device for quenching and tempering furnace |
-
2013
- 2013-11-10 CN CN201310561164.7A patent/CN104621698A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106521103A (en) * | 2016-11-30 | 2017-03-22 | 南京欧亚炉业有限责任公司 | Air homogenizing adjusting device for quenching and tempering furnace |
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Application publication date: 20150520 |
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| WD01 | Invention patent application deemed withdrawn after publication |