CN105589378A - Intelligent production system of environmental protection materials - Google Patents
Intelligent production system of environmental protection materials Download PDFInfo
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- CN105589378A CN105589378A CN201510715106.4A CN201510715106A CN105589378A CN 105589378 A CN105589378 A CN 105589378A CN 201510715106 A CN201510715106 A CN 201510715106A CN 105589378 A CN105589378 A CN 105589378A
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- mobile phone
- auger
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- batch mixing
- production system
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0428—Safety, monitoring
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/24—Pc safety
- G05B2219/24024—Safety, surveillance
Abstract
The present invention relates to an intelligent production system of environmental protection materials. The system comprises a central server, an operator mobile phone and a plurality of integrated production devices. Each integrated production device includes one screening mechanism, one stirring mixing mechanism, one auger conveyer, one liftable flattening transmission mechanism, one microwave drying device and one backward stage auger grinder. The stirring mixing mechanism includes a support table, and a diatom powder grinding weighing device is arranged at the left end of the support table; a mixing meter is arranged at the right end of the support table; a cylindrical stirring container is arranged below the support table; a lifting device is disposed above the cylindrical stirring container, and the lifting device is fixedly arranged below the support table; a first stirring motor is arranged at the lifting end of the lifting device; and the liftable flattening transmission mechanism is provided with the microwave drying device and the backward stage auger grinder in order. The intelligent production system of environmental protection materials is simple in configuration, is able to take as a production auxiliary device of environmental protection materials, and is centrally controlled.
Description
Technical field
The present invention relates to a kind of Intelligent Production System of environment-friendly materials.
Background technology
Environment-friendly materials have a variety of, the plastics that wherein contain diatom powder have become the demand in market, because diatom powder has the adsorption capacity of the pernicious gases such as methyl alcohol, with this plastics that contains diatom powder be the prospect in market for handicraft, but in the time of such printing consumables of processing, need to measure the diatom powder, coupling agent and the alcohol that add, the techniques such as batch mixing, existing mode is all that the operation in each stage is carried out to independent artificial treatment, so not only efficiency is low, and production process cannot management and control and waste a large amount of manpowers; Serious glutinous wall waste and the batching that also can cause raw material do not reach requirement. Taking the environmental protection raw material that contains diatom powder as example: its technique comprises: 1, to nylon vacuumizing and drying 11h-13h within the scope of temperature 90-130 degree; 2, get up stand-by to the nylon bag after drying; 3, diatomite is ground to particle diameter up to specification; 4, alcohol and coupling agent are carried out to mix and blend according to the weight ratio of 97:3, form mixed liquor; 5, the diatomite and the mixed liquor that meet particle diameter requirement are carried out to high-temperature stirring mixing according to the weight proportion of 100:7 to 100:11, temperature is controlled between 100-160 degree, to remove alcohol. All that each step is carried out to independent operation for the existing technology of this technique, comprise weigh, batch mixing, heating and follow-up dry, screening be all by independent equipment, by manual operation. So not only cause the waste of manpower, and efficiency is low, turning the loss that easily causes material in material process. Be similar to this problem of production ubiquity of such environment-friendly materials. In addition, because plant and equipment is many, technological requirement is high, and the normalization of operation is very important, therefore, all need the technician who formulates to operate, and existing factory building can exist the phenomenon of taking over other's shift start.
Summary of the invention
For overcoming the problems referred to above, the object of this invention is to provide a kind of Intelligent Production System of environment-friendly materials.
The present invention adopts following scheme to realize: a kind of Intelligent Production System of environment-friendly materials, it is characterized in that: comprise a central server, operator's mobile phone and several integral production apparatus, described integral production apparatus comprises that stir mixing mechanism, auger conveyer, liftable shakeout connecting gear, microwave drier and rear class auger lapping device; Described stir mixing mechanism comprises a brace table, and described brace table below is provided with a cylindric stirred vessel; The upper surface of described cylindric stirred vessel is provided with an air exhauster; The left end of described brace table is provided with diatom powder and grinds weighing apparatus; Described diatom powder grinds weighing apparatus and comprises a horn-like charging aperture, and described horn-like charging aperture below is provided with auger mill, and the outlet of described auger mill extends in described cylindric stirred vessel; The right-hand member of described brace table is provided with batch mixing meter; Described batch mixing meter comprises a cube batch mixing platform, in described cube batch mixing platform, offers horn-like batch mixing cavity, has retaining cooling chamber on the sidewall of described horn-like batch mixing cavity; The discharge gate of described horn-like batch mixing cavity extends in described cylindric stirred vessel; On described cube batch mixing platform, be provided with the first weighing apparatus and the second weighing apparatus; The discharging end of described the first weighing apparatus and the second weighing apparatus is communicated to described horn-like batch mixing cavity; In described horn-like batch mixing cavity, be provided with the second stirring motor; Described cylindric stirred vessel top is provided with a lowering or hoisting gear, and described lowering or hoisting gear is fixedly installed on the below of brace table; The lift side of described lowering or hoisting gear is provided with the first stirring motor, and the output shaft end of described stirring motor is provided with a rotating disk, in described disk diameter direction, is hinged with stirring vane; On described stirring motor, be linked with a screw drive motor, described screw rod is through being arranged on the nut lifting on ring, described in lift ring and be connected with one end of a pull bar; The other end of described pull bar is hinged on the retainer ring that is arranged at described stirring vane middle part; Described cylindric stirred vessel is provided with a discharge gate; The outer wall of described cylindric stirred vessel is provided with heating jacket; Described discharge gate is connected to the charging aperture of an auger conveyer; Described liftable shakeouts connecting gear and is arranged at the discharge end of described auger conveyer, shakeouts transmission for the raw material that discharge end is discharged; Described liftable is sequentially provided with microwave drier and rear class auger lapping device after shakeouing connecting gear; The upper surface of described cube batch mixing platform is also provided with control circuit, described control circuit comprises MCU, described MCU is connected with display screen, Quick Response Code acquisition module, alarm module and Zigbee communication module, shakeouts connecting gear, microwave drier and rear class auger lapping device linkage work for controlling sorting mechanism, stir mixing mechanism, auger conveyer, liftable; Described several integral production apparatus are realized MANET through described Zigbee communication module, and by operator's mobile phone and described central server communication; When user uses, first on operator's mobile phone, set each parameter value, then send to described central server to verify together with the id information of subscriber identity information and operator's mobile phone, after being verified, described central server can be compiled control instruction by described parameter value, and converts Quick Response Code to and send to operator's mobile phone; After user gathers Quick Response Code to described Quick Response Code acquisition module, described MCU carries out corresponding operation according to described control instruction.
In an embodiment of the present invention, described MUC is provided with control module, when the weight of described control module diatom powder in described diatom powder grinds weighing apparatus arrives setting value, carries out alarm, if do not exceed setting value after the scheduled time, start this diatom powder grinding weighing apparatus and grind discharge.
In an embodiment of the present invention, in the time of described discharge, described in described control module control, the first stirring motor is dropped to cylindric stirred vessel bottom by lowering or hoisting gear, and control screw drive motor and lift ring, allow stirring vane and described rotating disk form an angle, and start described the first stirring motor; After stirring completes, described in described control module control, lowering or hoisting gear rises the first stirring motor, and control screw drive motor decline lift ring, make stirring vane concordant with described rotating disk, start the first stirring motor, and coordinate lowering or hoisting gear from past decline of described cylindric stirred vessel import department.
In an embodiment of the present invention, the discharge end of described auger conveyer is flat discharge end, and described liftable shakeouts connecting gear and comprises transmission belt wheel, on described transmission belt wheel, is provided with pressure roller; The rear of described pressure roller in described flat discharge end, and be set up on a lift cylinder, for the raw material of discharge is rolled and is shakeout.
In an embodiment of the present invention, described control module, in the time of described cylindric stirred vessel discharge, starts described auger conveyer, liftable shakeouts connecting gear, microwave drier and rear class auger lapping device; Described microwave drier comprises microwave drying casing, described transmission belt wheel is through described microwave drying casing, and this transmission belt wheel bottom is provided with some materials overturning devices, described materials overturning device comprises a roller bearing, on described roller bearing, be provided with a protuberance, while rolling in order to roller bearing, protuberance periodically will transmit belt wheel and up push up, to reach stirring effect; On described microwave drying casing, be provided with an exhaust blower, the air outlet of described exhaust blower is connected to the air inlet of described heating jacket through a wind-guiding pipeline.
In an embodiment of the present invention, the first described stirring motor is in whipping process, and described angle converted once every a scheduled time, is 30 degree, 45 degree and 60 degree successively.
In an embodiment of the present invention, described Zigbee communication module possesses MANET function, and in the time that other integral production apparatus break down, display screen and alarm module carry out failure stations demonstration and sound and light alarm described in described control module control.
In an embodiment of the present invention, user can be by the weight of operator's mobile phone input raw materials for production, and after empirical tests, described central server can match control instruction voluntarily according to described weight, and generate Quick Response Code and send to described operator's mobile phone.
In an embodiment of the present invention, described subscriber identity information comprises user's finger print information and the positional information at described operator's mobile phone place; Every operation one special time of described integral production apparatus, all can form Quick Response Code by the situation of self-operating, and user feeds back to described central server after being swept and got by operator's mobile phone.
In an embodiment of the present invention, described user is swept after getting and is fed back the central server described in this together with the finger print information of mobile phone ID and the current identification of user by operator's mobile phone.
System of the present invention comprises the functions such as grinding, metering, batch mixing, microwave drying and rear class grinding, can not only improve the production efficiency of environment-friendly materials, and greatly reduce cost of labor, simple in structure, and adopt MANET communication network, can realize interlock and centralized Control between each equipment, further warden or guard, avoid the phenomenon of taking over other's shift to occur, there is good practical value.
Brief description of the drawings
Fig. 1 is structural representation of the present invention.
Fig. 2 is the schematic top plan view of one embodiment of the invention stirring vane dependency structure.
Fig. 3 is servicing unit control hardware schematic block circuit diagram of the present invention.
Fig. 4 is system architecture schematic diagram of the present invention.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention will be further described.
As shown in Figures 1 to 4, the present embodiment provides a kind of Intelligent Production System of environment-friendly materials, it comprises a central server 34, operator's mobile phone 35 and several integral production apparatus, and described integral production apparatus comprises that stir mixing mechanism, auger conveyer, liftable shakeout connecting gear, microwave drier and rear class auger lapping device; Described stir mixing mechanism comprises a brace table 1, and the left end of described brace table is provided with diatom powder and grinds weighing apparatus 2; Described brace table below is provided with a cylindric stirred vessel; The upper surface of described cylindric stirred vessel is provided with an air exhauster 18; Described diatom powder grinds weighing apparatus and comprises a horn-like charging aperture 34, and described horn-like charging aperture below is provided with auger mill 35, and the outlet of described auger mill extends in described cylindric stirred vessel; The right-hand member of described brace table is provided with batch mixing meter 3; Described batch mixing meter comprises a cube batch mixing platform 20, in described cube batch mixing platform, offers horn-like batch mixing cavity 21, has retaining cooling chamber 22 on the sidewall of described horn-like batch mixing cavity; The discharge gate of described horn-like batch mixing cavity extends in described cylindric stirred vessel 4; On described cube batch mixing platform, be provided with the first weighing apparatus 23 and the second weighing apparatus 24; The discharging end of described the first weighing apparatus 23 and the second weighing apparatus 24 is communicated to described horn-like batch mixing cavity; In described horn-like batch mixing cavity, be provided with the second stirring motor 25; Described brace table below is provided with a cylindric stirred vessel 4; Described cylindric stirred vessel top is provided with a lowering or hoisting gear 5, and described lowering or hoisting gear 5 is fixedly installed on the below of brace table; The lift side of described lowering or hoisting gear is provided with the first stirring motor 6, and the output shaft end of described stirring motor is provided with a rotating disk 7, in described disk diameter direction, is hinged with stirring vane 8; On described stirring motor, be linked with screw rod 9 drive motors 10, described screw rod lifts the nut 12 of ring on 11 through being arranged on, described in lift ring and be connected with one end of a pull bar 13; The other end of described pull bar is hinged on the retainer ring 14 that is arranged at described stirring vane middle part; Described cylindric stirred vessel is provided with a discharge gate; The outer wall of described cylindric stirred vessel is provided with heating jacket 15; Described discharge gate is connected to the charging aperture of an auger conveyer 16; Described liftable shakeouts connecting gear and is arranged at the discharge end of described auger conveyer, shakeouts transmission for the raw material that discharge end is discharged; Described liftable is sequentially provided with microwave drier 29 and rear class auger lapping device 30 after shakeouing connecting gear; The upper surface of described cube batch mixing platform is also provided with control circuit, described control circuit comprises MCU, and described MCU is connected with display screen, alarm module and Zigbee communication module and shakeouts connecting gear, microwave drier and rear class auger lapping device linkage work for controlling sorting mechanism, stir mixing mechanism, auger conveyer, liftable. Here linkage work is that this integral production apparatus is all unified to control by the control module arranging in MCU. Described several integral production apparatus are realized MANET through described Zigbee communication module, and by operator's mobile phone and described central server communication; When user uses, first on operator's mobile phone, set each parameter value, then send to described central server to verify together with the id information of subscriber identity information and operator's mobile phone, after being verified, described central server can be compiled control instruction by described parameter value, and converts Quick Response Code to and send to operator's mobile phone; After user gathers Quick Response Code to described Quick Response Code acquisition module, described MCU carries out corresponding operation according to described control instruction.
In an embodiment of the present invention, in the time of described discharge, described in described control module control, the first stirring motor is dropped to cylindric stirred vessel bottom by lowering or hoisting gear, and control screw drive motor and lift ring, allow stirring vane and described rotating disk form an angle, and start described the first stirring motor; After stirring completes, described in described control module control, lowering or hoisting gear rises the first stirring motor, and control screw drive motor decline lift ring, make stirring vane concordant with described rotating disk, start the first stirring motor, and coordinate lowering or hoisting gear from past decline of described cylindric stirred vessel import department. Blade insert on blade is just fitted with tank skin like this, and along with the rotation of motor, lowering or hoisting gear carries out down maneuver, and stirring vane just forms scraping blade 33, the raw material being attached on tank skin is scraped, and discharged by discharge gate. Easy to operate, solve the problem of the glutinous wall of existing mixing equipment. It is worth mentioning that, the first described stirring motor is in whipping process, and described angle converted once every a scheduled time, is 30 degree, 45 degree and 60 degree successively. Can adjust according to the inventory in cylindric stirred vessel like this position of stirring vane, accomplish to stir.
In an embodiment of the present invention, the discharge end of described auger conveyer 16 is flat discharge end 26, described liftable shakeouts connecting gear and comprises transmission belt wheel 27, on described transmission belt wheel, be provided with pressure roller 28, the rear of described pressure roller in described flat discharge end, and be set up on a lift cylinder 31, for the raw material of discharge is rolled and shakeout. The height of this pressure roller can be adjusted by this lift cylinder as required.
In an embodiment of the present invention, described control module, in the time of described cylindric stirred vessel discharge, starts described auger conveyer, liftable shakeouts connecting gear, microwave drier and rear class auger lapping device 30; Described microwave drier 29 comprises microwave drying casing, described transmission belt wheel 27 is through described microwave drying casing, and this transmission belt wheel bottom is provided with some materials overturning devices, described materials overturning device 32 comprises a roller bearing, on described roller bearing, be provided with a protuberance, while rolling in order to roller bearing, protuberance periodically will transmit belt wheel and up push up, to reach stirring effect; On described microwave drying casing, be provided with an exhaust blower 19, the air outlet of described exhaust blower is connected to the air inlet of described heating jacket through a wind-guiding pipeline 17. So not only can make full use of waste heat, avoid the waste of the energy.
In an embodiment of the present invention, described Zigbee communication module possesses MANET function, and in the time that other servicing units break down, display screen and alarm module carry out failure stations demonstration and sound and light alarm described in described control module control. The multiple working procedure that the present invention needs the mix and blend shaping of raw material is realized entirety control by possessing the control circuit of middle control, not only reduce the link that workman participates in, and in equipment automatic gauge, avoid the mixed transfer of raw material, there is good practical value.
In an embodiment of the present invention, user can be by the weight of operator's mobile phone input raw materials for production, and after empirical tests, described central server can match control instruction voluntarily according to described weight, and generates Quick Response Code to said operator's mobile phone. Described subscriber identity information comprises user's finger print information and the positional information at described operator's mobile phone place; Described integral production apparatus is at operation one special time, the situation of self-operating is formed Quick Response Code by capital, after user is swept and is got by operator's mobile phone, feed back to described central server, to realize, the running status of equipment is followed the tracks of and user registers, preferably, described user is swept after getting and is fed back the central server described in this together with the finger print information of mobile phone ID and the current identification of user by operator's mobile phone. The present invention has well solved staff's problem of registering on the scene, avoids not causing at the scene because of staff the error of raw material preparation.
Concrete, the present invention in use, first on operator's mobile phone, set each parameter value, then send to described central server to verify together with the id information of subscriber identity information and operator's mobile phone, after being verified, described central server can be compiled control instruction by described parameter value, and converts Quick Response Code to and send to operator's mobile phone; After user gathers Quick Response Code to described Quick Response Code acquisition module, described MCU carries out corresponding operation according to described control instruction, and this operation comprises: the diatomite after weighing is ground, then put into cylindric stirred vessel 4; Alcohol is put into the first weighing apparatus to be measured, coupling agent is put into the second weighing apparatus to be measured, then reach after measurement criteria, they are entered in cylindric stirred vessel 4, be heated to 100 degree to 160 degree by heating jacket, can realize the evaporation of alcohol in whipping process, after stirring, this whipping process is divided into three phases, under every kind of angle state, all stirs a scheduled time; This angle is 30 degree, 45 degree and 60 degree successively; Then, screw rod 9 drive motors 10 drive nuts, to lift ring presses down, stirring vane 8 is flat (parallel with rotating disk), starts this first stirring motor, and the material that discharge gate is discharged directly enters auger conveyer, then, start secondary drying machine structure and materials overturning device, the toggle frequency of described materials overturning device can be set, and finally enters rear class screening plant and screens. In the present embodiment, the discharge end of auger conveyer is flat discharge end 26, and described liftable shakeouts connecting gear and comprises transmission belt wheel 27, on described transmission belt wheel, is provided with pressure roller 28, the rear of described pressure roller in described flat discharge end, for rolling the raw material of discharge to shakeout. After shakeouing, send into follow-up microwave drier by transmission belt wheel and dry, then further ground by rear class auger lapping device, to prevent from drying caking. Finally this raw material can mix with nylon or other batchings, can become the plastic product with environment-friendly function through melting, reverse mould. Because the processing technology of plastic product has been existing technique, and illustrate in background technology, just do not tire out and state here.
The foregoing is only preferred embodiment of the present invention, all equalizations of doing according to the present patent application the scope of the claims change and modify, and all should belong to covering scope of the present invention.
Claims (10)
1. the Intelligent Production System of environment-friendly materials, it is characterized in that: comprise a central server, operator's mobile phone and several integral production apparatus, described integral production apparatus comprises that stir mixing mechanism, auger conveyer, liftable shakeout connecting gear, microwave drier and rear class auger lapping device; Described stir mixing mechanism comprises a brace table, and described brace table below is provided with a cylindric stirred vessel; The upper surface of described cylindric stirred vessel is provided with an air exhauster; The left end of described brace table is provided with diatom powder and grinds weighing apparatus; Described diatom powder grinds weighing apparatus and comprises a horn-like charging aperture, and described horn-like charging aperture below is provided with auger mill, and the outlet of described auger mill extends in described cylindric stirred vessel; The right-hand member of described brace table is provided with batch mixing meter; Described batch mixing meter comprises a cube batch mixing platform, in described cube batch mixing platform, offers horn-like batch mixing cavity, has retaining cooling chamber on the sidewall of described horn-like batch mixing cavity; The discharge gate of described horn-like batch mixing cavity extends in described cylindric stirred vessel; On described cube batch mixing platform, be provided with the first weighing apparatus and the second weighing apparatus; The discharging end of described the first weighing apparatus and the second weighing apparatus is communicated to described horn-like batch mixing cavity; In described horn-like batch mixing cavity, be provided with the second stirring motor; Described cylindric stirred vessel top is provided with a lowering or hoisting gear, and described lowering or hoisting gear is fixedly installed on the below of brace table; The lift side of described lowering or hoisting gear is provided with the first stirring motor, and the output shaft end of described stirring motor is provided with a rotating disk, in described disk diameter direction, is hinged with stirring vane; On described stirring motor, be linked with a screw drive motor, described screw rod is through being arranged on the nut lifting on ring, described in lift ring and be connected with one end of a pull bar; The other end of described pull bar is hinged on the retainer ring that is arranged at described stirring vane middle part; Described cylindric stirred vessel is provided with a discharge gate; The outer wall of described cylindric stirred vessel is provided with heating jacket; Described discharge gate is connected to the charging aperture of an auger conveyer; Described liftable shakeouts connecting gear and is arranged at the discharge end of described auger conveyer, shakeouts transmission for the raw material that discharge end is discharged; Described liftable is sequentially provided with microwave drier and rear class auger lapping device after shakeouing connecting gear; The upper surface of described cube batch mixing platform is also provided with control circuit, described control circuit comprises MCU, described MCU is connected with display screen, Quick Response Code acquisition module, alarm module and Zigbee communication module, shakeouts connecting gear, microwave drier and rear class auger lapping device linkage work for controlling sorting mechanism, stir mixing mechanism, auger conveyer, liftable; Described several integral production apparatus are realized MANET through described Zigbee communication module, and by operator's mobile phone and described central server communication; When user uses, first on operator's mobile phone, set each parameter value, then send to described central server to verify together with the id information of subscriber identity information and operator's mobile phone, after being verified, described central server can be compiled control instruction by described parameter value, and converts Quick Response Code to and send to operator's mobile phone; After user gathers Quick Response Code to described Quick Response Code acquisition module, described MCU carries out corresponding operation according to described control instruction.
2. the Intelligent Production System of a kind of environment-friendly materials according to claim 1, it is characterized in that: described MUC is provided with control module, when the weight of described control module diatom powder in described diatom powder grinds weighing apparatus arrives setting value, carry out alarm, if do not exceed setting value after the scheduled time, start this diatom powder grinding weighing apparatus and grind discharge.
3. the Intelligent Production System of a kind of environment-friendly materials according to claim 2, it is characterized in that: in the time of described discharge, described in described control module control, the first stirring motor is dropped to cylindric stirred vessel bottom by lowering or hoisting gear, and control screw drive motor and lift ring, allow stirring vane and described rotating disk form an angle, and start described the first stirring motor; After stirring completes, described in described control module control, lowering or hoisting gear rises the first stirring motor, and control screw drive motor decline lift ring, make stirring vane concordant with described rotating disk, start the first stirring motor, and coordinate lowering or hoisting gear from past decline of described cylindric stirred vessel import department.
4. the Intelligent Production System of a kind of environment-friendly materials according to claim 3, it is characterized in that: the discharge end of described auger conveyer is flat discharge end, described liftable shakeouts connecting gear and comprises transmission belt wheel, on described transmission belt wheel, is provided with pressure roller; The rear of described pressure roller in described flat discharge end, and be set up on a lift cylinder, for the raw material of discharge is rolled and is shakeout.
5. the Intelligent Production System of a kind of environment-friendly materials according to claim 4, it is characterized in that: described control module, in the time of described cylindric stirred vessel discharge, starts described auger conveyer, liftable shakeouts connecting gear, microwave drier and rear class auger lapping device; Described microwave drier comprises microwave drying casing, described transmission belt wheel is through described microwave drying casing, and this transmission belt wheel bottom is provided with some materials overturning devices, described materials overturning device comprises a roller bearing, on described roller bearing, be provided with a protuberance, while rolling in order to roller bearing, protuberance periodically will transmit belt wheel and up push up, to reach stirring effect; On described microwave drying casing, be provided with an exhaust blower, the air outlet of described exhaust blower is connected to the air inlet of described heating jacket through a wind-guiding pipeline.
6. the Intelligent Production System of a kind of environment-friendly materials according to claim 2, is characterized in that: the first described stirring motor is in whipping process, and described angle converted once every a scheduled time, is 30 degree, 45 degree and 60 degree successively.
7. the Intelligent Production System of a kind of environment-friendly materials according to claim 1, it is characterized in that: described Zigbee communication module possesses MANET function, in the time that other integral production apparatus break down, display screen and alarm module carry out failure stations demonstration and sound and light alarm described in described control module control.
8. the Intelligent Production System of a kind of environment-friendly materials according to claim 1, it is characterized in that: user can be by the weight of operator's mobile phone input raw materials for production, after empirical tests, described central server can match control instruction voluntarily according to described weight, and generates Quick Response Code and send to described operator's mobile phone.
9. the Intelligent Production System of a kind of environment-friendly materials according to claim 1, is characterized in that: described subscriber identity information comprises user's finger print information and the positional information at described operator's mobile phone place; Every operation one special time of described integral production apparatus, all can form Quick Response Code by the situation of self-operating, and user feeds back to described central server after being swept and got by operator's mobile phone.
10. the Intelligent Production System of a kind of environment-friendly materials according to claim 9, is characterized in that: described user is swept after getting and fed back the central server described in this together with the finger print information of mobile phone ID and the current identification of user by operator's mobile phone.
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| CN105925195A (en) * | 2016-06-24 | 2016-09-07 | 山东北方创信防水技术有限公司 | Production line for producing spraying-applied fast-curing rubber asphalt water-proof coating |
| CN106345351A (en) * | 2016-08-29 | 2017-01-25 | 巴中市方圆环保科技发展有限责任公司 | Intelligent production system of high-molecular environmental protection material |
| CN116026120A (en) * | 2023-03-03 | 2023-04-28 | 中国科学院遗传与发育生物学研究所农业资源研究中心 | Black soldier fly microwave drying device and drying method thereof |
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