CN104969998B - One grows tobacco vermin exterminating apparatus - Google Patents
One grows tobacco vermin exterminating apparatus Download PDFInfo
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- CN104969998B CN104969998B CN201510470934.6A CN201510470934A CN104969998B CN 104969998 B CN104969998 B CN 104969998B CN 201510470934 A CN201510470934 A CN 201510470934A CN 104969998 B CN104969998 B CN 104969998B
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Abstract
The present invention proposes that one grows tobacco vermin exterminating apparatus, using two high frequency deinsectization workshop sections, the high frequency waves of first shielding deinsectization workshop section go out except the frequency of worm's ovum can heat, the high frequency waves of secondary shielding deinsectization workshop section go out except the frequency of adult can heat, divide deinsectization, the selection of worm medium to that need to heat is more accurate, enhance killing effect, simultaneously by the generation of triggering high frequency after each section of cigarette bag detection sensor sensing, reduce the transmission power density of high frequency generating apparatus, the insect pest in tobacco is heated by high frequency waves and killed, chemicals residue will not be caused, and deinsectization effect is good.
Description
Technical field
The present invention relates to tobacco tobacco leaf deinsectization technique, more particularly to be to be set by the tobacco deinsectization of physical means deinsectization
It is standby.
Background technology
Tobacco leaf is rich in a large number of nutrients in itself, it is easy to and worm change occurs, causes tobacco leaf to be damaged, Quality Down, silk production rate
It is low；And worm corpse, worm's ovum and filiform are easily hidden in tobacco leaf, it is not easy to reject in cigarette processing process, is sucked after being involved in cigarette
Consumer health can be endangered.Thus, the preventing and treating of tobacco leaf insect pest is still the important process of tobacco storage industry and cigarette enterprise so far.
At present, tobacco business is as follows using widest disinsection method：
1) chemical fumigation method utilizes hypertoxic gas (conventional aluminum phosphate, smelly methane etc.) to kill worm, though this method desinsection
Effect is preferable, but toxicity is big, requires high to temperature environment, and medicament chance water is easily on fire.
2) pyrethroid desinsection is mainly used in cigarette and the production environment desinsection of tobacco redrying, and its advantage is that toxicity is micro-
It is small, the place that adult effect is good, is worked suitable for someone is killed, is the main desinsection mode of current production of cigarettes process, but to worm
The activity ratio of ovum is relatively low, and worm is also easy to produce the resistance to the action of a drug.
Dispel worm efficiency and medicament of these methods discharges density and time relationship is very big.Medicament discharges density and time increase,
Tobacco leaf medicament residue can be caused to pollute again, consumer health is influenceed, be additionally, since the factors such as variation and the resistance to the action of a drug of polypide, often
The dosage and method of rule can not meet desinsection requirement.
Microwave desinsection method is technology emerging in recent years, microwave be a kind of wavelength be 1mm~1m, frequency be 300MHz~
300GHz electromagnetic wave, it can be penetrated into inside biological tissue or organic substance, increase molecular motion, produce fuel factor and non-
To have the function that to kill harmful organism, this method has the advantages that to heat quick, nontoxic pollution-free, but general effect fuel factor
It is bad, it is mainly reflected in：
1) penetration power of microwave (uhf electromagnetic wave) is limited, and hiding part insect can not be removed；
2) for microwave due to being realized using waveguide or microwave antenna, its medium selectivity is not strong, easily damages tobacco leaf；
3) due to that can produce a large amount of steam diffusions during heating, steam has a great influence to microwave, easily causes the decay of microwave
Or the corrosion to microwave antenna, so as to lower treatment effect significantly；
4) microwave heating is uneven, easily causes free surface moisture in tobacco leaf to change, influences quality of tobacco；
5) microwave desinsection method is typically chosen in the end progress desinsection of tobacco leaf circulation, i.e., before Cigarette processing production, and milli
It is more favourable to production and operation closer to technique prime without query, the process points of desinsection equipment.
The content of the invention
Purpose to be solved by this invention is to provide one and grown tobacco vermin exterminating apparatus, is added the insect pest in tobacco by high frequency waves
Heat is killed, and will not cause chemicals residue, and deinsectization effect is good.
Vermin exterminating apparatus, including deinsectization part and translator unit to solve the above problems, present invention proposition one grows tobacco；It is described
Translator unit carries out deinsectization the cigarette bag for being packed with tobacco is transported through into deinsectization part；The deinsectization part includes：
First shielding deinsectization workshop section, its entrance and exit are equipped with shielding curtain, are internally provided with the first cigarette bag detection sensing
Cigarette bag is sent to the first shielding deinsectization workshop section and carries out deinsectization by device, translator unit, cigarette bag through this section of entrance shielding curtain, first
Cigarette bag detection sensor senses cigarette bag and produces the first induced signal；
First high frequency generating apparatus, receive first induced signal and accordingly in the inside production of the first shielding deinsectization workshop section
Raw first deinsectization high frequency waves, the first deinsectization high frequency waves are configured in the smoke abatement bag that goes out in the frequency of tobacco worm's ovum；
Secondary shielding deinsectization workshop section, its entrance and exit are equipped with shielding curtain, are internally provided with the second cigarette bag detection sensing
Cigarette bag from the outlet of the first shielding deinsectization workshop section out is sent to secondary shielding deinsectization workshop section and gone out by device, translator unit
Worm, cigarette bag pass through the shielding curtain of this section of entrance, and the second cigarette bag detection sensor senses cigarette bag and produces the second induced signal；
Second high frequency generating apparatus, receive second induced signal and accordingly produced in the inside of secondary shielding deinsectization workshop section
Raw second deinsectization high frequency waves, the second deinsectization high frequency waves are configured in the smoke abatement bag that goes out in the frequency of tobacco adult.
According to one embodiment of present invention, first high frequency generating apparatus includes being separately positioned on the first shielding deinsectization
The the first capacitance cathode plate and the first electric capacity negative plate of both sides inside workshop section, and the first height of the first capacitance cathode plate of connection take place frequently
Raw device；First radio-frequency generator receives first induced signal so as in the first capacitance cathode plate and the first electric capacity negative plate
Between produce high-frequency electric field.
According to one embodiment of present invention, second high frequency generating apparatus includes being separately positioned on secondary shielding deinsectization
The the second capacitance cathode plate and the second electric capacity negative plate of both sides inside workshop section, and the second height of the second capacitance cathode plate of connection take place frequently
Raw device；Second radio-frequency generator receives second induced signal so as in the second capacitance cathode plate and the second electric capacity negative plate
Between produce high-frequency electric field.
According to one embodiment of present invention, the first cigarette bag detection sensor and the second cigarette bag detection sensor are
Photoelectric sensor.
According to one embodiment of present invention, the translator unit includes the first banding conveyer and the second banding transmits
Machine；The conveyer belt of the first banding conveyer is arranged on the front and back position of deinsectization part, cigarette bag is conveyed into deinsectization
The cigarette bag come out from deinsectization part is simultaneously sent to equipment outlet by part；The conveyer belt of the second banding conveyer, which is arranged on, to go out
The bottom position of worm part, cigarette bag to be transmitted in deinsectization part and cigarette bag is sent out into deinsectization part.
According to one embodiment of present invention, the deinsectization part also includes output workshop section, and its entrance and exit is equipped with
Curtain is shielded, is internally provided with the 3rd cigarette bag detection sensor, translator unit will export what is come out from secondary shielding deinsectization workshop section
Cigarette bag is sent to output workshop section, and cigarette bag passes through the shielding curtain of this section of entrance, and the 3rd cigarette bag detection sensor senses cigarette bag and produced
3rd induced signal；Second banding conveyer receives the 3rd induced signal and accordingly accelerates the transfer rate of its conveyer belt.
According to one embodiment of present invention, the first shielding deinsectization workshop section and the adjoining of secondary shielding deinsectization workshop section, the
Two shielding deinsectization workshop sections and the adjoining of output workshop section, two sections of adjacent part of each adjoining share a shielding curtain.
According to one embodiment of present invention, the biography for being arranged on deinsectization part front and back position of the first banding conveyer
Band is sent to extend laterally to the same side of equipment relative to deinsectization part.
According to one embodiment of present invention, the porch of the deinsectization part is additionally provided with to be oriented to the cigarette bag entrance
The guide pad of first shielding deinsectization workshop section.
According to one embodiment of present invention, in addition to switch board, it is arranged on the side of deinsectization part, set to dispose
Standby supply unit, control device.
After adopting the above technical scheme, the present invention has the advantages that compared with prior art：Gone out using two high frequencies
Worm workshop section, the high frequency waves of the first shielding deinsectization workshop section go out except the frequency of worm's ovum, the height of secondary shielding deinsectization workshop section can heat
Frequency ripple goes out except the frequency of adult can heat, and divides deinsectization, the selection of the worm medium to that need to heat is more accurate, enhances killing
Effect, while by triggering the generation of high frequency after each section of cigarette bag detection sensor sensing, reduce the transmitting of high frequency generating apparatus
Power density.
Brief description of the drawings
Fig. 1 is the structural representation of the tobacco vermin exterminating apparatus of one embodiment of the invention.
Embodiment
In order to facilitate the understanding of the purposes, features and advantages of the present invention, below in conjunction with the accompanying drawings to the present invention
Embodiment be described in detail.
Many details are elaborated in the following description in order to fully understand the present invention.But the present invention can be with
Much it is different from other manner described here to implement, those skilled in the art can be in the situation without prejudice to intension of the present invention
Under do similar popularization, therefore the present invention is not limited to the specific embodiments disclosed below.
Referring to Fig. 1, tobacco vermin exterminating apparatus of the invention includes deinsectization part and translator unit.Wherein, translator unit is to use
To transmit cigarette bag 3, in Fig. 1, translator unit includes the first banding conveyer and the second banding conveyer (only shows to pass in figure
Send band).What the first banding conveyer transmitted is the cigarette bag 3 of the part outside deinsectization part, is included in before deinsectization part
Preceding conveyer belt 11, cigarette bag 3 are entered in deinsectization part (being formed in figure by 21,22,23) with the transmission of preceding conveyer belt 11, also wrapped
Include the rear conveyer belt 12 after deinsectization part, cigarette bag 3 is sent out after being come out from deinsectization part by the rear conveyer belt 12, can be with
Say, the entrance of preceding conveyer belt 11 is the entrance of this equipment, and the outlet of rear conveyer belt 12 is the outlet of this equipment.One compared with
In good embodiment, preceding conveyer belt 11 and rear conveyer belt 12 extend laterally to the same side of equipment relative to deinsectization part, also
Be the entrance and rear conveyer belt 12 of preceding conveyer belt 11 outlet in the same side of this equipment, it is easy to operation, and reduce lay it is empty
Between.Second banding conveyer is for transmitting the cigarette bag 3 on deinsectization part, and the conveyer belt 13 of the second banding conveyer is arranged on
The bottom position of deinsectization part.
It is worth noting that, compared to existing deinsectization method, equipment of the invention is especially suitable for tobacco to pack
Deinsectization existing for form, from the perspective of prevention, the best desinsection point of Redrying Factory be tobacco leaf put into redrying production before, due to
This point tobacco leaf by be bundled into and into the form of bag occur, volume is larger, and mass flow is uneven, is killed to general disinsection method
Worm brings difficulty, and the present invention is strong by high-frequency heating insect pest, penetration power, and cigarette bag 3 directly can be handled, without increase
Manufacturing procedure is unpacked, reduces workload and labor intensity, meets industry characteristic and the application of tobacco business production and processing operation.
With continued reference to Fig. 1, deinsectization part includes the first shielding deinsectization workshop section 21, the first high frequency generating apparatus, secondary shielding
Deinsectization workshop section 22, (the first high frequency generating apparatus and the second high frequency generating apparatus are located at the control in figure to the second high frequency generating apparatus
In cabinet 5, thus it is not shown).First shielding deinsectization workshop section 21, the higher frequency of secondary shielding deinsectization workshop section 22 are different, its frequency
Can be by parameter setting with power, the selection of higher frequency can be according to the laboratory report of the moisture content for different polypides, its
In, the higher frequency of the first shielding deinsectization workshop section 21 is set mainly for worm's ovum, the higher frequency of secondary shielding deinsectization workshop section 22
Mainly for adult, divide double diffusion, reduce the power density of switch board, improve treatment effeciency, enhance killing effect.
It is appreciated that the first shielding deinsectization workshop section 21 with secondary shielding deinsectization work 22 is mutually shielded with extraneous, they are up and down
Barricade is equipped with, and entrance and exit part then by shielding shade, is available for the discrepancy of cigarette bag 3, the first shielding deinsectization workshop section
21 and the space of secondary shielding deinsectization work 22 be slightly larger than the volume of cigarette bag 3, that is, be one during high-frequency heating and shield completely
Space, the frequency of high-frequency heating, due to being in radio communication frequency range, therefore set shielding to set typically in 3~30MHz
It is standby to be shielded, while infringement of the electromagnetic field to operating personnel can be effectively prevented and treated, radiation is small, safe, it is achieved thereby that will
Frequency electromagnetic waves are applied in tobacco desinsection.
Frequency electromagnetic waves Heating selectivity is strong, and medium heating technique is also referred to as cool-drying technology, compared to microwave technology, its
Dry and the frequency of heating be different because the physical characteristic of medium (loss factor) is different, you can select suitable frequency only for
Particular medium carry out selectivity heating, without being heated to other unrelated media, this guarantees tobacco tobacco leaf not because
Desinsection technique and change humiture, so as to ensure that the quality of tobacco leaf.Itself heat-conductive characteristic of heating process and medium is unrelated, can
Assigned temperature is rapidly achieved, the loss of moisture is caused without tobacco leaf internal-external temperature difference, influences quality of tobacco, so as to improve
Product quality.
Specifically, the entrance and exit of the first shielding deinsectization workshop section 21 is equipped with shielding curtain (not shown), first
The inside of shielding deinsectization workshop section 21 (not shown in figure, is positioned close to this section of entry mask provided with the first cigarette bag detection sensor
The position of curtain, the entrance of detection cigarette bag 3), it is preferred that the first cigarette bag detection sensor is a photoelectric sensor, when cigarette bag 3 passes through
By translator unit transport through shielding curtain after enter in the first shielding deinsectization workshop section 21, the first cigarette bag detection sensor detection
The change of the appearance due to cigarette bag 3 and caused light is arrived, so as to produce the first induced signal and send out first induced signal
The first high frequency generating apparatus is given, the first high frequency generating apparatus receives the first induced signal, so as in the first shielding deinsectization workshop section
Inside produce the first deinsectization high frequency waves, the first deinsectization high frequency waves are configured to the frequency of the tobacco worm's ovum in the smoke abatement bag 3 that goes out
In rate, that is, according on the heating frequency depending on moisture in worm's ovum, the electromagnetic wave of the frequency can penetrate tobacco leaf, tobacco leaf medium
Energy is not absorbed, so as to not produce fuel factor, and the worm's ovum in tobacco leaf absorbs electromagnetism because internal moisture content is far above tobacco leaf
Ripple produces rapidly fuel factor, then triggers biological effect to cause dehydration dead.
Further, the first high frequency generating apparatus includes being separately positioned on the of the inside both sides of the first shielding deinsectization workshop section 21
(respectively on two madial walls of the first shielding deinsectization workshop section 21, first is electric for one capacitance cathode plate and the first electric capacity negative plate
Hold positive plate to be located in the side wall of switch board 5), and the first radio-frequency generator of the first capacitance cathode plate of connection；This first
It is high so as to be produced between the first capacitance cathode plate and the first electric capacity negative plate that radio-frequency generator receives first induced signal
Frequency electric field.
The entrance and exit of secondary shielding deinsectization workshop section 22 is equipped with shielding curtain, in the inside of secondary shielding deinsectization workshop section 22
Provided with the second cigarette bag detection sensor (not shown in figure, the position of this section of entry mask curtain is positioned close to, detects cigarette bag 3
Into), it is preferred that the second cigarette bag detection sensor is similarly a photoelectric sensor, when cigarette bag 3 is via the transmission of translator unit
Out then entered in secondary shielding deinsectization workshop section 22 from the first shielding deinsectization workshop section 21, the inspection of the second cigarette bag detection sensor
The change of the appearance due to cigarette bag 3 and caused light is measured, so as to produce the second induced signal and by second induced signal
The second high frequency generating apparatus is sent to, the second high frequency generating apparatus receives the second induced signal, so as in secondary shielding deinsectization work
The inside of section 22 produces the second deinsectization high frequency waves, and the second deinsectization high frequency waves are configured to the tobacco adult in the smoke abatement bag 3 that goes out
Frequency on, that is, on the heating frequency depending on the moisture in adult, the electromagnetic wave of the frequency can penetrate tobacco leaf, cigarette
Leaf medium does not absorb energy, and so as to not produce fuel factor, and the adult (such as beetle) in tobacco leaf is far high due to internal moisture content.
Further, second high frequency generating apparatus includes being separately positioned on the inside both sides of secondary shielding deinsectization workshop section 22
The second capacitance cathode plate and the second electric capacity negative plate (respectively on two madial walls of secondary shielding deinsectization workshop section 22,
One capacitance cathode plate is located in the side wall of switch board 5), and the second radio-frequency generator of the second capacitance cathode plate of connection；Should
Second radio-frequency generator receives second induced signal so as to be produced between the second capacitance cathode plate and the second electric capacity negative plate
Raw high-frequency electric field.The frequency that the higher frequency and the second radio-frequency generator that first radio-frequency generator occurs occur can typically select
To be different, it is of course also possible to be arranged to identical frequency, going out for insect pest is removed more thoroughly, but high frequency can be reduced
The power attenuation of device, it is, two radio-frequency generators successively trigger with the change in location of cigarette bag 3.
It is appreciated that after cigarette bag 3 leaves the detection range of photoelectric sensor, radio-frequency generator can receive the letter of change
Number, thus stop producing high-frequency electric field, save the cost of electricity.Heating process is easy to control, and energization is just brought rapidly up, and power-off just stops
Heating, thus can realize that moment adjusts temperature rise, realize automation and the On-line Control of production.
In a preferred embodiment, deinsectization part also includes being arranged on the output after secondary shielding deinsectization workshop section 22
Workshop section 23, the entrance and exit of output workshop section 23 are equipped with shielding curtain, and the inside of output workshop section 23 is provided with the detection of the 3rd cigarette bag and passed
Sensor (not shown in figure, is positioned close to the position of this section of entry mask curtain, the entrance of detection cigarette bag 3), it is preferred that the 3rd
Cigarette bag detection sensor is similarly a photoelectric sensor, the cigarette that translator unit will come out from the outlet of secondary shielding deinsectization workshop section 22
Bag 3 is sent to output workshop section 23, and cigarette bag 3 passes through the shielding curtain of this section of entrance, and the 3rd cigarette bag detection sensor senses cigarette bag 3 and produced
Raw 3rd induced signal；Second banding conveyer receives the 3rd induced signal and accordingly accelerates the transmission speed of its conveyer belt 13
Degree, the conveyer belt 13 of the second banding conveyer quickly pulls out the cigarette bag 3 after desinsection, the transfer rate of the second banding conveyer by
Frequency converter is set, and its running frequency is far above the first banding conveyer, that is to say, that the transfer rate in deinsectization part is higher than
Transfer rate outside deinsectization part, over-heating is prevented, meanwhile, set output workshop section to be advantageous in that its shielding curtain can
Electromagnetic leakage during preventing that cigarette bag 3 from coming out from the outlet of secondary shielding deinsectization workshop section 22, as one outlet transitional operation section.
In Fig. 1, the first shielding deinsectization workshop section 21 and secondary shielding deinsectization workshop section 22 abut, and are shared together in adjoiner
One shielding curtain, secondary shielding deinsectization workshop section 22 and output workshop section 23 abut, and share same shielding curtain in adjoiner, that is,
Say that the first shielding deinsectization workshop section 21, secondary shielding deinsectization workshop section 22, output workshop section 23 are close-connected successively.
Preferably, it is additionally provided with to be oriented to the cigarette bag 3 in the porch of deinsectization part into the first shielding deinsectization workshop section
21 guide pad 4, it is ensured that piece cigarette bag 3 accurately can be entered by the shielding curtain of the entrance of the first shielding deinsectization workshop section 21.
In addition, the vermin exterminating apparatus of the present invention also includes switch board 5, the side of deinsectization part is arranged on, to arranging apparatus
Supply unit, control device, the control device includes the first radio-frequency generator, the second radio-frequency generator, the transmission of the first banding
Machine, the second banding conveyer, frequency converter, and various protection circuits etc..
The present invention use two high frequency deinsectization workshop sections, and first, which shields the high frequency waves of deinsectization workshop section, goes out except worm's ovum can heat
Frequency, the high frequency waves of secondary shielding deinsectization workshop section go out except the frequency of adult can heat, and deinsectization are divided, to the worm that need to be heated
The selection of medium is more accurate, enhances killing effect, while by triggering the hair of high frequency after each section of cigarette bag detection sensor sensing
It is raw, reduce the transmission power density of high frequency generating apparatus.
Although the present invention is disclosed as above with preferred embodiment, it is not for limiting claim, any this area
Technical staff without departing from the spirit and scope of the present invention, can make possible variation and modification, therefore the present invention
Protection domain should be defined by the scope that the claims in the present invention are defined.
Claims (10)
1. one grows tobacco vermin exterminating apparatus, it is characterised in that including deinsectization part and translator unit；The translator unit is will beat
The cigarette bag for being surrounded by tobacco transports through the progress deinsectization of deinsectization part；The deinsectization part includes：
First shielding deinsectization workshop section, its entrance and exit are equipped with shielding curtain, are internally provided with the first cigarette bag detection sensor, pass
Send part that cigarette bag is sent into the first shielding deinsectization workshop section and carry out deinsectization, cigarette bag passes through the shielding curtain of this section of entrance, the first cigarette bag
Detection sensor senses cigarette bag and produces the first induced signal；
First high frequency generating apparatus, receive first induced signal and accordingly in the inside generation the of the first shielding deinsectization workshop section
One deinsectization high frequency waves, the first deinsectization high frequency waves are configured in the smoke abatement bag that goes out in the frequency of tobacco worm's ovum；
Secondary shielding deinsectization workshop section, its entrance and exit are equipped with shielding curtain, are internally provided with the second cigarette bag detection sensor, pass
Send part that the cigarette bag from the outlet of the first shielding deinsectization workshop section out is sent into secondary shielding deinsectization workshop section and carry out deinsectization, cigarette bag
Through the shielding curtain of this section of entrance, the second cigarette bag detection sensor senses cigarette bag and produces the second induced signal；
Second high frequency generating apparatus, receive second induced signal and accordingly in the inside of secondary shielding deinsectization workshop section generation the
Two deinsectization high frequency waves, the second deinsectization high frequency waves are configured in the smoke abatement bag that goes out in the frequency of tobacco adult；
The higher frequency of first high frequency generating apparatus and/or the second high frequency generating apparatus according to the moisture content of different polypides determine,
Higher frequency is 3~30MHz.
2. tobacco vermin exterminating apparatus as claimed in claim 1, it is characterised in that first high frequency generating apparatus includes setting respectively
The the first capacitance cathode plate and the first electric capacity negative plate of the both sides inside the first shielding deinsectization workshop section are put, and the first electric capacity of connection is just
First radio-frequency generator of pole plate；First radio-frequency generator receives first induced signal so as in the first capacitance cathode plate
And first produce high-frequency electric field between electric capacity negative plate.
3. tobacco vermin exterminating apparatus as claimed in claim 1, it is characterised in that second high frequency generating apparatus includes setting respectively
The the second capacitance cathode plate and the second electric capacity negative plate of the both sides inside secondary shielding deinsectization workshop section are put, and the second electric capacity of connection is just
Second radio-frequency generator of pole plate；Second radio-frequency generator receives second induced signal so as in the second capacitance cathode plate
And second produce high-frequency electric field between electric capacity negative plate.
4. tobacco vermin exterminating apparatus as claimed in claim 1, it is characterised in that the first cigarette bag detection sensor and the second cigarette
Bag detection sensor is photoelectric sensor.
5. tobacco vermin exterminating apparatus as claimed in claim 1, it is characterised in that the translator unit includes the first banding conveyer
With the second banding conveyer；The conveyer belt of the first banding conveyer is arranged on the front and back position of deinsectization part, to by cigarette
Bag is conveyed into deinsectization part and the cigarette bag come out from deinsectization part is sent into equipment outlet；The second banding conveyer
Conveyer belt is arranged on the bottom position of deinsectization part, being transmitted cigarette bag in deinsectization part and cigarette bag is sent out into deinsectization
Part.
6. tobacco vermin exterminating apparatus as claimed in claim 5, it is characterised in that the deinsectization part also includes output workshop section, its
Entrance and exit is equipped with shielding curtain, is internally provided with the 3rd cigarette bag detection sensor, and translator unit will be from secondary shielding deinsectization
The cigarette bag of the outlet of workshop section out is sent to output workshop section, and cigarette bag passes through the shielding curtain of this section of entrance, the 3rd cigarette bag detection sensing
Device senses cigarette bag and produces the 3rd induced signal；Second banding conveyer receives the 3rd induced signal and accordingly accelerates its biography
Send the transfer rate of band.
7. tobacco vermin exterminating apparatus as claimed in claim 6, it is characterised in that the first shielding deinsectization workshop section and secondary shielding
Deinsectization workshop section abuts, and secondary shielding deinsectization workshop section and the adjoining of output workshop section, two sections of adjacent part of each adjoining share a shielding
Curtain.
8. tobacco vermin exterminating apparatus as claimed in claim 5, it is characterised in that the first banding conveyer is arranged on deinsectization
The conveyer belt of part front and back position extends laterally to the same side of equipment relative to deinsectization part.
9. tobacco vermin exterminating apparatus as claimed in claim 1, it is characterised in that the porch of the deinsectization part be additionally provided with to
The cigarette bag is oriented into the guide pad of the first shielding deinsectization workshop section.
10. tobacco vermin exterminating apparatus as claimed in claim 1, it is characterised in that also including switch board, it is arranged on deinsectization part
Side, to the supply unit of arranging apparatus, control device.
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| CN201510470934.6A CN104969998B (en) | 2015-08-04 | 2015-08-04 | One grows tobacco vermin exterminating apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022136670A1 (en) * | 2020-12-24 | 2022-06-30 | Philip Morris Products S.A. | Method and system to monitor tobacco material to detect insect infestation |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113424976A (en) * | 2020-03-23 | 2021-09-24 | 湖南中烟工业有限责任公司 | Tobacco raw material storage insect prevention system and method |
| CN114063179B (en) * | 2021-10-27 | 2023-10-27 | 福建省农业科学院植物保护研究所 | Intelligent monitoring equipment for invasion organism cross-border |
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| GB1314732A (en) * | 1970-02-19 | 1973-04-26 | Rothmans International Ltd | Method of treating tobacco |
| CN2245857Y (en) * | 1995-03-08 | 1997-01-29 | 淄博红旗印刷厂 | Biological antiseptic sterilizer |
| CN1559310A (en) * | 2004-03-11 | 2005-01-05 | 宜昌市创世纪环保有限责任公司 | Method for killing tobacco storehouse injuriou insect such as tobacco shout moth using ozone generated by high frequency high voltage discharging |
| CN101726165A (en) * | 2008-10-29 | 2010-06-09 | 机械科学研究总院先进制造技术研究中心 | Device for drying fabric and method |
| CN103211293A (en) * | 2013-04-26 | 2013-07-24 | 云南昆船设计研究院 | Unit type tobacco leaf worm-killing method and system |
| CN204811621U (en) * | 2015-08-04 | 2015-12-02 | 上海兰宝传感科技股份有限公司 | Tobacco deinsectization equipment |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022136670A1 (en) * | 2020-12-24 | 2022-06-30 | Philip Morris Products S.A. | Method and system to monitor tobacco material to detect insect infestation |
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