CN205914213U - Micron order wheat bran powder produces processingequipment - Google Patents

Abstract

The utility model discloses micron order wheat bran powder produces processingequipment, store storehouse, conveying mechanism, charging barrel device, wheat bran air classification system, whirlwind separator, metal separator, wheat bran drying system, hot -blast feeding mechanism, wheat bran micronization system, dust collection tube way and wheat bran powder automatic packaging system including wheat bran, conveying mechanism sets up the front end that stores the storehouse at wheat bran, the charging barrel device sets up the front end at conveying mechanism, wheat bran air classification system is connected with the charging barrel device, whirlwind separator is connected with wheat bran air classification system, the metal separation device is connected with whirlwind separator, wheat bran drying system is connected with the metal separation device, wheat bran micronization system is connected with wheat bran drying system, wheat bran powder automatic packaging system is connected with wheat bran micronization system. The utility model discloses the advantage: can realize becoming micron order wheat bran powder end with slice or mealy wheat bran automatic processing, with the human consumption.

Description

Micron order wheat bran production and processing device

Technical field

This utility model is related to Testa Tritici production and processing field, particularly to a kind of micron order wheat bran production and processing device.

Background technology

Testa Tritici is the kind skin (i.e. Testa Tritici) under sieving after Semen Tritici aestivi mill takes flour, in the form of sheets or powdery.Being rich in Testa Tritici has fibre Dimension element and vitamin, its main uses have edible, be used as medicine, feedstuff, wine brewing etc., wherein, the Testa Tritici of lamellar or powdery needs Just can be with human consumption after wheat bran to be processed into, research shows, wheat bran has following effect: 1, contains abundant in Testa Tritici Dietary fiber, is nutrient needed by human, can improve the fibre composition in food, improve constipation situation, simultaneously The excretion of fat and nitrogen can be promoted, the treatment to clinical common fiber shortage property disease has great effect；2nd, due to edible When taken in high microsteping composition, the discharge of steroid in feces can be reduced so that serum cholesterol decline, atherosclerosiss Formation slow down；3rd, contribute to preventing colon and rectal cancer；4th, the content of estrogen in blood can be reduced, mammary gland can be prevented Cancer；5th, contain b vitamin in Testa Tritici, many functions can be played in vivo, but also be indispensable in food homergy Few nutritional labeling.Because edible wheat bran can obtain many effects, therefore will have increasing people and start to eat Wheat bran, the demand of wheat bran also can get more and more.And the domestic at present production and processing technology with regard to wheat bran is still a piece of Blank, therefore develops and a set of integrate the process units that wheat bran automatically processes, packs, conveying etc. and be extremely necessary.

Content of the invention

The technical problems to be solved in the utility model, is to provide a kind of micron order wheat bran production and processing device, passes through This device realizing for the Testa Tritici of lamellar or powdery being processed into micron order wheat bran powder, with human consumption.

This utility model is achieved in that micron order wheat bran production and processing device, stores storehouse, defeated including a Testa Tritici Send mechanism, one feed intake barrel, a Testa Tritici aidr bells blast system, a cyclone separator, a metal separating device, one Testa Tritici be dried system System, a hot-air supplying equipment, a Testa Tritici superfine comminution system, a dust collection pipeline, a control device and a wheat bran are certainly Dynamic packaging system；

Described conveying mechanism is arranged on the front end that described Testa Tritici stores storehouse, and the described barrel that feeds intake is arranged on described conveyer The front end of structure, and by described conveying mechanism by the Testa Tritici of pack be delivered to described in feed intake barrel；Described Testa Tritici aidr bells blast system It is connected with the discharge end of the described barrel that feeds intake；Described cyclone separator is connected with the discharge end of described Testa Tritici aidr bells blast system Connect；Described metal separating device is connected with the bottom discharge end of described cyclone separator；Described Testa Tritici drying system and institute The bottom discharge end stating metal separating device is connected, and this Testa Tritici drying system passes through described hot-air supplying equipment and provides hot blast It is dried；Described Testa Tritici superfine comminution system is connected with the discharge end of described Testa Tritici drying system；Described wheat bran is automatic Packaging system is connected with the discharge end of described Testa Tritici superfine comminution system；

Described conveying mechanism, the barrel that feeds intake, Testa Tritici aidr bells blast system and cyclone separator all with described dust collection Pipeline is connected；Described conveying mechanism, the barrel that feeds intake, Testa Tritici aidr bells blast system, cyclone separator, metal separating device, wheat Bran drying system, hot-air supplying equipment, Testa Tritici superfine comminution system and wheat bran automatic packaging system are all by described control Device is controlled.

Further, described conveying mechanism includes one first belt conveyor, a pulse dust removal equipment and one second skin Band conveyer；Described first belt conveyor is arranged on the front end that described Testa Tritici stores storehouse, and described pulse dust removal equipment is arranged on The front end of described first belt conveyor, described second belt conveyor is arranged on the front end of described pulse dust removal equipment；Described Pulse dust removal equipment is connected with described dust collection pipeline；Described first belt conveyor, pulse dust removal equipment and second Belt conveyor is all electrically connected with described control device.

Further, the described barrel that feeds intake include an electric block elevator, two enhancing hooks, one feed intake staving, One drainage screen, one first screw conveying pipe and a rotation batch charging mechanism；The top of the described staving that feeds intake be provided with one feed intake scarce Mouthful, the lower end of this breach that feeds intake is outwards extended a placement platform；Described drainage screen is arranged on portion in described feeding barrel body；Described Rotation batch charging mechanism feeds intake the inner bottom part of staving described in being arranged on；The bottom of the described staving that feeds intake is provided with a discharging opening, and this goes out Material mouth is connected with the feed end of described first screw conveying pipe；Described electric block elevator hang be located at described in feed intake staving Top, the top of enhancing hook described in two is all connected with the suspension hook of described electric block elevator；The top of the described staving that feeds intake Portion is provided with one in the indentation, there that feeds intake described in correspondence and renovates, and the top of this staving that feeds intake is provided with a dust collection equipment, and this dust suction sets Standby it is connected with described dust collection pipeline；

Described rotation batch charging mechanism includes a rotating disk and an electric rotating machine；Described electric rotating machine, electric block lifting Machine and dust collection equipment are all electrically connected with described control device；Described rotating disk is provided with one in the position of corresponding described discharging opening Blanking hole；Described rotating disk is connected to the inner bottom part of the staving that feeds intake, and drives this rotation to spiral by the axle of described electric rotating machine Turn.

Further, described Testa Tritici aidr bells blast system includes a broken-line type body, a particulate collection casing and a whirlwind Blower fan；The middle and upper part of described broken-line type body is connected with the discharge end of described first screw conveying pipe；Described broken-line type body Top be connected with described cyclone separator；The bottom of described broken-line type body is connected with described particulate collection casing, This particulate collection casing is connected with described dust collection pipeline；Described whirlwind blower fan is electrically connected with described control device, institute The middle and lower part stating broken-line type body is connected with this whirlwind blower fan, and by described whirlwind blower fan toward described broken-line type tubular body to Upper conveying wind.

Further, described metal separating device include a vacuum feeder, an evacuator, a metal detector, one Filter, a metalliferous material collecting box and a bypass valve；Described vacuum feeder is gone out with the bottom of described cyclone separator Material end is connected, and described bypass valve is connected with described vacuum feeder, and described filter is connected with described bypass valve, described Evacuator is connected with described filter；Described metal detector is connected with the bottom discharge end of described vacuum feeder, Described metalliferous material collecting box is connected with the exhaust end of described metal detector；Described evacuator, metal detector and Bypass valve is all electrically connected with described control device.

Further, described Testa Tritici drying system includes an one-level drying tower, a secondary drying tower, one first whirlwind blanking Device, one first cleaner and an induced-draught fan；Described one-level drying tower be internally provided with a helical duct, described metal is visited The bottom discharge end surveying device is connected with the lower end of described helical duct；Described first whirlwind blanking device, the first cleaner with And induced-draught fan is all electrically connected with described control device；

Described secondary drying tower includes an outer tower body and an interior conduit；The bottom of described outer tower body is in inverted cone-shaped structure； Said inner tube road is arranged on the inside of described outer tower body, and leaves a material channel between outer tower body and interior conduit；Described spiral The upper end of passage is connected with described material channel；The upper end in said inner tube road is connected with the upper end of described first whirlwind blanking device Logical, the lower end in said inner tube road is provided with a horn-like suction hood, and makes this horn-like suction hood be located at described inverted cone-shaped structure Surface；Described first cleaner is connected with the top of described first whirlwind blanking device, described induced-draught fan and described the One cleaner is connected.

Further, described hot-air supplying equipment includes a combustion furnace, an air filter, a pressure fan and water steaming Gas catcher；Described combustion furnace is connected with described pressure fan, and by described pressure fan transporting cold wind to described combustion furnace；Described Vapor catcher is connected with the top of described combustion furnace；One end of described air filter is connected with described combustion furnace, The other end is connected with the lower end of described helical duct；Described combustion furnace and pressure fan are all electrically connected with described control device.

Further, described Testa Tritici superfine comminution system include a Testa Tritici water cooling plant, a first annular delivery pipe, one Under one chain drive mechanism, one first driving chain, one first storage tank, at least one super micron mill, at least one second whirlwind Glassware, at least one second cleaner, one second screw conveying pipe and a hot blast collection conduit；

Described first annular delivery pipe is vertically stood on ground；One end of described Testa Tritici water cooling plant and described first whirlwind The bottom discharge end of blanking device is connected, and the other end is connected with described first annular delivery pipe；Described first storage tank stands on Between the upper pipe of described first annular delivery pipe and lower pipeline, the top of described first storage tank is first annular with described The upper pipe of delivery pipe is connected, and bottom is connected with the lower pipeline of described first annular delivery pipe, and in this first storage It is provided with one first Pneumatic butterfly valve, bottom and described the between the upper pipe of the top of batch can and described first annular delivery pipe It is provided with one second Pneumatic butterfly valve between the lower pipeline of one annular duct；Described first driving chain is arranged on described first The inside of annular duct, this first driving chain is provided with some first chain pieces；Described first chain drive mechanism setting In described first annular delivery pipe, and described first driving chain is driven to be driven by this first chain drive mechanism；

The feed end of each described super micron mill is all connected with the upper pipe of described first annular delivery pipe, and each institute State and be provided with one the 3rd Pneumatic butterfly valve between the feed end of super micron mill and the upper pipe of described first annular delivery pipe, Often the discharge end of described super micron mill is connected to the second whirlwind blanking device described in, and often described super micron mill is provided with One aspiration channel being used for inside air draught；Often the top of described second whirlwind blanking device is connected to the second cleaner described in, The bottom of each described second whirlwind blanking device is all connected with described second screw conveying pipe；The often top of described second cleaner Portion is all connected with described hot blast collection conduit, and bottom is all connected with described second screw conveying pipe；Described super micron mill, Second whirlwind blanking device, the first Pneumatic butterfly valve, the second Pneumatic butterfly valve, the 3rd Pneumatic butterfly valve and the second cleaner all with described Control device electrically connects；

Described first chain drive mechanism includes one first motor and one first head sprocket；Described first head sprocket It is arranged on the inside of described first annular delivery pipe, and be meshed with described first driving chain；Described first motor with The electrical connection of described control device, the axle of described first motor is connected with described first head sprocket, and passes through this and first drive The axle of motor drives described first head sprocket to rotate；Described first annular delivery pipe is provided with one first in the inside of bending place Auxiliary sprocket wheel, described first auxiliary sprocket wheel is meshed with described first driving chain.

Further, Testa Tritici water cooling plant includes steel pipe in, an outer steel pipe, a screw rod transmission mechanism, an inlet channel And an outlet conduit；Described outer steel pipe be set in the outside of described interior steel pipe, the closed at both ends of this outer steel pipe, and outer steel pipe with Leave a cooling water channel between interior steel pipe, this cooling water channel is provided with one first spiral septum；Described inlet channel is from institute The one end stating outer steel pipe is accessed, and described outlet conduit picks out from the other end of described outer steel pipe；The setting of described screw rod transmission mechanism In described interior steel pipe；The feed end of described interior steel pipe is connected with the bottom discharge end of described first whirlwind blanking device, and this is interior The discharge end of steel pipe is connected with described first annular delivery pipe；

Described screw rod transmission mechanism includes one the 3rd motor, a bearing and a bull stick；Described 3rd motor It is fixedly installed on the one end of described interior steel pipe, and the 3rd motor is electrically connected with described control device, described bearing is solid Surely it is arranged on the other end of described interior steel pipe；Described bull stick is arranged on the inside of described interior steel pipe, and one end of this bull stick with The axle of described 3rd motor connects, and the other end is connected with described bearing；It is provided with one second on the outer surface of described bull stick Spiral septum.

Further, described wheat bran automatic packaging system includes one second annular duct, one second chain drive machine Structure, one second driving chain, one second storage tank, a packaging unit, a sealing unit and a finished product conveyer group；Described Second ring delivery pipe is vertically stood on ground, and the discharge end of described second screw conveying pipe is connected with this second annular duct Connect；Described second storage tank stands between upper pipe and the lower pipeline of described second annular duct, described second storing The top of tank is connected with the upper pipe of described second annular duct, the lower tube of bottom and described second annular duct Road is connected, and is provided with one the 4th between the upper pipe of the top in this second storage tank and described second annular duct Pneumatic butterfly valve, is provided with one the 5th Pneumatic butterfly valve between the lower pipeline of bottom and described second annular duct；Described second Driving chain is arranged on the inside of described second annular duct, and this second driving chain is provided with some second chain pieces；Institute State the second chain drive mechanism to be arranged in described second annular duct, and driven by this second chain drive mechanism described Second driving chain is driven；Described packaging unit is connected with the upper pipe of described second annular duct, and described It is provided with one the 6th Pneumatic butterfly valve between the upper pipe of the feed end of packaging unit and described second annular duct；Described Sealing unit is arranged on the front end of described packaging unit, and described finished product conveyer group is arranged on the front end of described sealing unit；Institute State packaging unit, sealing unit, the 4th Pneumatic butterfly valve, the 5th Pneumatic butterfly valve, the 6th Pneumatic butterfly valve and finished product conveyer group equal Electrically connect with described control device；

Described second chain drive mechanism includes one second motor and one second head sprocket；Described second head sprocket It is arranged on the inside of described second annular duct, and be meshed with described second driving chain；Described second motor with The electrical connection of described control device, the axle of described second motor is connected with described second head sprocket, and passes through this and second drive The axle of motor drives described second head sprocket to rotate；Described second annular duct is provided with one second in the inside of bending place Auxiliary sprocket wheel, described second auxiliary sprocket wheel is meshed with described second driving chain.

This utility model has the advantage that production and processing device of the present invention can collect Testa Tritici automatic transport, feeds intake, removes Dirt, drying, pulverizing, packaging, sealing etc. in one, in actual production process, not only can improve production efficiency, reduce artificial Intervene, reduce production cost, and crushing effect is splendid, the wheat bran quality produced is good, edibility；Specifically include following Several aspects: 1,360 degree of no dead angles can be carried out by pulse dust removal equipment to the outer surface of Testa Tritici packaging bag and blow, by table The dust in face is removed clean；2nd, can be fed intake by the discontinuity that the barrel that feeds intake realizes Testa Tritici and automatically the carrying of Testa Tritici bag Rise, block the situation of pipeline and the fatigue strength reducing input personnel, improve production efficiency thus reducing and Testa Tritici occurring；3rd, Ke Yili Effectively remove the particulate matter such as the stone of doping, sand in Testa Tritici with Testa Tritici aidr bells blast system, and can be divided using metal separating device Separate out the Testa Tritici of overrun metal content, the quality of the wheat bran produced can be improved；4th, Testa Tritici drying system pair can be utilized Testa Tritici carries out sufficiently effective drying, and Testa Tritici is reduced to 2% about from original 14% moisture, to facilitate subsequently to Testa Tritici Carry out crushed work；5th, the Testa Tritici of extremely difficult pulverizing can be crushed to micron or even Nano grade, particle diameter between 1-10um, powder Broken effect is good；No matter being the 6, to pulverize Testa Tritici or when packing wheat bran, can effectively control Testa Tritici or the wheat of flowing Bran powder amount, can prevent putty situation.

Brief description

This utility model is further described with reference to the accompanying drawings in conjunction with the embodiments.

Fig. 1 is the theory diagram of this utility model micron order wheat bran production and processing device.

Fig. 2 is the structured flowchart that in this utility model, Testa Tritici is carried out with dust removal process.

Fig. 3 is the structural representation of the barrel that feeds intake in this utility model.

Fig. 3 a is the sectional view of the staving that feeds intake in this utility model.

Fig. 4 is the structural representation of Testa Tritici aidr bells blast system in this utility model.

Fig. 5 is the structural representation of metal separating device in this utility model.

Fig. 6 is the structural representation of Testa Tritici drying system in this utility model.

Fig. 6 a is the sectional view of one-level drying tower in this utility model.

Fig. 6 b is the sectional view of secondary drying tower in this utility model.

Fig. 7 is the structural representation of first annular delivery pipe in this utility model Testa Tritici superfine comminution system.

Fig. 7 a is the structural representation of Testa Tritici superfine comminution system in this utility model

Fig. 8 is the structural representation of Testa Tritici water cooling plant in this utility model.

Fig. 8 a is the sectional view of Testa Tritici water cooling plant in this utility model.

Fig. 9 is the structural representation of wheat bran automatic packaging system in this utility model.

Drawing reference numeral illustrates:

A- Testa Tritici stores storehouse, b- dust collection pipeline, c- rack, d- crossbeam, 1- conveying mechanism, and 2- feeds intake barrel, 3- Testa Tritici aidr bells blast system, 4- cyclone separator, 5- metal separating device, 6- Testa Tritici drying system, 7- hot-air supplying equipment, 8- Testa Tritici superfine comminution system, 9- wheat bran automatic packaging system, 11- first belt conveyor, 12- pulse dust removal equipment, 13- Two belt conveyors, 21- electric block elevator, 211- suspension hook, 22- enhancing hook, 23- feeds intake staving, and 231- feeds intake breach, 232- placement platform, 233- discharging opening, 234- renovates, 24- drainage screen, 25- first screw conveying pipe, and 26- rotates batch charging mechanism, 261- rotating disk, 2611- blanking hole, 262- electric rotating machine, 27- dust collection equipment, 31- broken-line type body, 32- particulate collection case Body, 33- whirlwind blower fan, 51- vacuum feeder, 52- evacuator, 53- metal detector, 54- filter, 55- metalliferous material Collecting box, 56- bypass valve, 61- one-level drying tower, 611- helical duct, 62- secondary drying tower, the outer tower body of 621-, 6211- falls Pyramidal structure, 622- interior conduit, the horn-like suction hood of 6221-, 623- material channel, 63- the first whirlwind blanking device, 64- first Cleaner, 65- induced-draught fan, 71- combustion furnace, 72- air filter, 73- pressure fan, 74- vapor catcher, 80- Testa Tritici Water cooling plant, steel pipe in 801-, the outer steel pipe of 802-, 803- screw rod transmission mechanism, 8031- the 3rd motor, 8032- bearing, 8033- bull stick, 8034- second spiral septum, 804- inlet channel, 805- outlet conduit, 806- cooling water channel, 8061- One spiral septum, the first annular delivery pipe of 81-, the upper pipe of the first annular delivery pipe of 811-, the first annular conveying of 812- The lower pipeline of pipe, 82- first chain drive mechanism, 821- first motor, 822- first head sprocket, the auxiliary chain of 823- first Wheel, 83- first driving chain, 831- the first chain piece, 84- first storage tank, 85- super micron mill, 851- aspiration channel, 86- the Two whirlwind blanking devices, 87- second cleaner, 88- second screw conveying pipe, 89- hot blast collection conduit, 91- second annular is defeated Send pipe, the upper pipe of 911- second annular duct, the lower pipeline of 912- second annular duct, 92- second chain drives Motivation structure, 921- second motor, 922- second head sprocket, the auxiliary sprocket wheel of 923- second, 93- second driving chain, 931- Two chain pieces, 94- second storage tank, 95- packaging unit, 951- packer, 96- seals unit, 961- sealing machine, and 97- finished product is defeated Send unit, 971- finished product conveyer, 101- first Pneumatic butterfly valve, 102- second Pneumatic butterfly valve, 103- the 3rd Pneumatic butterfly valve, 104- 4th Pneumatic butterfly valve, 105- the 5th Pneumatic butterfly valve, 106- the 6th Pneumatic butterfly valve.

Specific embodiment

Refer to shown in Fig. 1 to Fig. 9, micron order wheat bran production and processing device, stores storehouse a, a conveying including a Testa Tritici Mechanism 1, one feed intake barrel 2, a Testa Tritici aidr bells blast system 3, a cyclone separator 4, a metal separating device 5, one Testa Tritici do Drying system 6, a hot-air supplying equipment 7, a Testa Tritici superfine comminution system 8, a wheat bran automatic packaging system 9, a dust collection Pipeline b and a control device (not shown)；

Please emphasis with reference to shown in Fig. 1, described conveying mechanism 1 is arranged on the front end that described Testa Tritici stores storehouse a, described feeding barrel Device 2 is arranged on the front end of described conveying mechanism 1, and by described conveying mechanism 1 by the Testa Tritici of pack be delivered to described in feed intake Barrel 2, in the specific implementation, can also be used for putting in conveying mechanism 1 and the one rack c of setting between barrel 2 that feeds intake Put and convey, from conveying mechanism 1, the Testa Tritici that comes；Described Testa Tritici aidr bells blast system 3 is connected with the described discharge end feeding intake barrel 2, should Testa Tritici aidr bells blast system 3 is used for carrying out selecting crude drugs with winnower to Testa Tritici, by particulate separation such as the sand being entrained in Testa Tritici, stones out； Described cyclone separator 4 is connected with the discharge end of described Testa Tritici aidr bells blast system 3, and this cyclone separator 4 is used for passing through The Testa Tritici of selecting crude drugs with winnower and wind carry out separating；Described metal separating device 5 is connected with the bottom discharge end of described cyclone separator 4 Connect；Described Testa Tritici drying system 6 is connected with the bottom discharge end of described metal separating device 5, and this Testa Tritici drying system 6 leads to Crossing described hot-air supplying equipment 7 provides hot blast to be dried, and after being dried, can be reduced to Testa Tritici from original 14% moisture 2% about；Described Testa Tritici superfine comminution system 8 is connected with the discharge end of described Testa Tritici drying system 6；Described wheat bran is automatic Packaging system 9 is connected with the discharge end of described Testa Tritici superfine comminution system 8；

Described conveying mechanism 1, the barrel 2 that feeds intake, Testa Tritici aidr bells blast system 3 and cyclone separator 4 all with described dust Collection conduit b is connected, and, is processed with unification by this dust collection pipeline b by dust collection together；Described conveyer Structure 1, the barrel 2 that feeds intake, Testa Tritici aidr bells blast system 3, cyclone separator 4, metal separating device 5, Testa Tritici drying system 6, hot blast Feeding mechanism 7, Testa Tritici superfine comminution system 8 and wheat bran automatic packaging system 9 are all controlled by described control device.

Please emphasis with reference to shown in Fig. 2, described conveying mechanism 1 includes one first belt conveyor 11, a pulse dust removal equipment 12 and one second belt conveyor 13；Described first belt conveyor 11 is arranged on the front end that described Testa Tritici stores storehouse a, described Pulse dust removal equipment 12 is arranged on the front end of described first belt conveyor 11, and described second belt conveyor 13 is arranged on described The front end of pulse dust removal equipment 12；Described pulse dust removal equipment 12 is connected with described dust collection pipeline b；Described first belt Conveyer 11, pulse dust removal equipment 12 and the second belt conveyor 13 are all electrically connected with described control device.When implementing, need Testa Tritici be will be stored in stores in a of storehouse being placed on the first belt conveyor 11 of one bag one bag of the Testa Tritici of pack, and by control Device processed controls the first belt conveyor 11 to be transported in pulsed dust-removing device 12 one bag by one bag Testa Tritici and carries out dedusting, this arteries and veins Rush dust arrester 12 and 360 degree of no dead angles are carried out to the outer surface of Testa Tritici packaging bag in a less space using air pulse Blow, the dust being stained with can be removed clean in course of conveying；Testa Tritici after pulse dust removal can enter one bag by one bag again Enter to the second belt conveyor 13, and control the second belt conveyor 13 to be transported to one bag by one bag Testa Tritici by control device Feed intake and thrown in barrel 2.

Please emphasis with reference to shown in Fig. 3 and Fig. 3 a, the described barrel 2 that feeds intake includes an electric block elevator 21, two and carries Rise hook 22, to feed intake staving 23, a drainage screen 24, one first screw conveying pipe 25 and a rotation batch charging mechanism 26；Described The feed intake top of staving 23 is provided with one and feeds intake breach 231, and the lower end of this breach 231 that feeds intake is outwards extended a placement platform 232, when throwing in Testa Tritici in the staving 23 that will past feed intake, can first pack Testa Tritici be placed on this placement platform 232, Ran Houzai Open bag mouth and shift packaging bag onto, thus realizing throwing in Testa Tritici toward in the staving 23 that feeds intake；Described drainage screen 24 is arranged on described throwing Inside charging basket body 23, this drainage screen 24 can stop the impurity such as packaging bag lines, larger particles from entering into feed intake in staving 23； Described rotation batch charging mechanism 26 feeds intake the inner bottom part of staving 23 described in being arranged on；The described bottom feeding intake staving 23 is provided with one and goes out Material mouth 233, this discharging opening 233 is connected with the feed end of described first screw conveying pipe 25.Described electric block elevator 21 Hang the top of the staving 23 that feeds intake described in being located at, when implementing, electric block elevator 21 can be hung the crossbeam d being located at roof On, the top of enhancing hook 22 described in two is all connected with the suspension hook 211 of described electric block elevator 21, operationally, can So that enhancing hook 22 to be hooked in the bottom of packaging bag, and enhancing hook 22 is controlled automatically to be lifted up, thus realizing packaging bag Interior Testa Tritici is all poured into and feeds intake in staving 23；The top of the described staving 23 that feeds intake sets at the breach 231 that feeds intake described in correspondence It is equipped with one and renovates 234, when not needing to be fed intake, this can be renovated 234 and cover, to prevent dust from passing in and out the staving 23 that feeds intake In, the top that this feeds intake staving 23 is provided with a dust collection equipment 27, and this dust collection equipment 27 is connected with described dust collection pipeline b Connect, during feeding intake, the dust of the generation that feeds intake can be pooled in dust collection pipe b for dust collection equipment 27；

Described rotation batch charging mechanism 26 includes a rotating disk 261 and an electric rotating machine 262；Described electric rotating machine 262, electricity Dynamic calabash elevator 21 and dust collection equipment 27 are all electrically connected with described control device；Described rotating disk 261 is going out described in correspondence The position of material mouth 233 is provided with a blanking hole 2611；Described rotating disk 261 is connected to the inner bottom part of the staving 23 that feeds intake, and passes through The axle (not shown) of described electric rotating machine 262 drives this rotating disk 261 to rotate.When implementing, electric rotating machine 262 can be arranged In the outer bottom of staving 23 that feeds intake, the axle of electric rotating machine 262 is then passed through the bottom of the staving 23 that feeds intake and is connected with rotating disk 261. During electric rotating machine 262 is rotated disk 261 rotation, when rotation is to blanking hole 2611 be aligned discharging opening 233, Testa Tritici Will drop into the first screw conveying pipe 25 from rotating disk 261, the first screw conveying pipe 25 can be in motor (not shown) Effect is lower to drive Testa Tritici to be threadingly advanced.

Please emphasis with reference to shown in Fig. 4, described Testa Tritici aidr bells blast system 3 includes a broken-line type body 31, a particulate collection case Body 32 and a whirlwind blower fan 33；The discharge end phase of the middle and upper part of described broken-line type body 31 and described first screw conveying pipe 25 Connect, for being sent to Testa Tritici in broken-line type body 31；The top of described broken-line type body 31 and described cyclone separator 4 It is connected；The bottom of described broken-line type body 31 is connected with described particulate collection casing 32, this particulate collection casing 32 with Described dust collection pipeline b is connected；Described whirlwind blower fan 33 is electrically connected with described control device, described broken-line type body 31 Middle and lower part is connected with this whirlwind blower fan 33, and is delivered up toward inside described broken-line type body 31 by described whirlwind blower fan 33 Wind.Operationally, first adjust the wind-force of whirlwind blower fan 33, by the wind that whirlwind blower fan 33 is sent into, lighter Testa Tritici is blown upward Cyclone separator 4, and the particulate matter such as heavier stone, sand then can be fallen into downwards in particulate collection casing 32, thus real The now screening to Testa Tritici.The debugging of whirlwind blower fan 33 wind-force is as follows: first little sandstone etc. is passed through whirlwind blower fan 33, then debugs wind-force So that little sandstone etc. will not be blown into cyclone separator 4 and particulate collection casing 32 can be dropped to, thus drawing maximum wind power； Then by pure Testa Tritici raw material pass through whirlwind blower fan 33, then debug wind-force make Testa Tritici raw material can enter cyclone separator 4 without Drop to particulate collection casing 32, thus drawing minimum wind force；Implement when, can according to actual needs maximum wind power with Carry out suitable regulation between minimum wind force.

Please emphasis with reference to shown in Fig. 5, described metal separating device 5 includes a vacuum feeder 51, an evacuator 52, Metal detector 53, a filter 54, a metalliferous material collecting box 55 and a bypass valve 56；Described vacuum feeder 51 and institute The bottom discharge end stating cyclone separator 4 is connected, and described bypass valve 56 is connected with described vacuum feeder 51, described mistake Filter 54 is connected with described bypass valve 56, and described evacuator 52 is connected with described filter 54, and this filter 54 is used for Filtration treatment is carried out to the gas of suction；Operationally, evacuation can be carried out to vacuum feeder 51 by evacuator 52, Thus realizing the Testa Tritici in cyclone separator 4 is drawn in vacuum feeder 51, when not needing evacuation, can open Bypass valve 56, makes the air outside evacuator 52 cyclic suction.Described metal detector 53 and described vacuum feeder 51 Bottom discharge end is connected, and described metalliferous material collecting box 55 is connected with the exhaust end of described metal detector 53, this metal Material collection case 55 is used for collecting the Testa Tritici of overrun metal content；Described evacuator 52, metal detector 53 and bypass valve 56 are all electrically connected with described control device.

Please emphasis with reference to shown in Fig. 6, Fig. 6 a and Fig. 6 b, described Testa Tritici drying system 6 includes an one-level drying tower 61,1 Level drying tower 62, one first whirlwind blanking device 63, one first cleaner 64 and an induced-draught fan 65；Described one-level drying tower 61 Be internally provided with a helical duct 611, the purpose that the inside of one-level drying tower 61 is designed to helical duct 611 is: permissible Increase the time that Testa Tritici is contacted with hot blast, thus improving drying effect；The bottom discharge end of described metal detector 53 with described The lower end of helical duct 611 is connected；Described first whirlwind blanking device 63, the first cleaner 64 and induced-draught fan 65 are all and institute State control device electrical connection；Described secondary drying tower 62 includes an outer tower body 621 and an interior conduit 622；Described outer tower body 621 Bottom be in inverted cone-shaped structure 6211；Said inner tube road 622 is arranged on the inside of described outer tower body 621, and outer tower body 621 with interior A material channel 623 is left between pipeline 622；The upper end of described helical duct 611 is connected with described material channel 623；Institute The upper end stating interior conduit 622 is connected with the upper end of described first whirlwind blanking device 63, and the lower end in said inner tube road 622 is provided with One horn-like suction hood 6221, and make this horn-like suction hood 6221 be located at the surface of described inverted cone-shaped structure 6211；Described First cleaner 64 is connected with the top of described first whirlwind blanking device 63, and described induced-draught fan 65 is set with described first dedusting Standby 64 are connected.Operationally, Testa Tritici can first be fallen into inverted cone-shaped structure 6211 from material channel 623, then passes through induced-draught fan Testa Tritici is up inhaled by 65 suction, and enters in the first whirlwind blanking device 63.

Described hot-air supplying equipment 7 includes a combustion furnace 71, an air filter 72, a pressure fan 73 and a vapor Catcher 74；Described combustion furnace 71 is connected with described pressure fan 73, and by described pressure fan 73 transporting cold wind to described burning Stove 71, after cold wind enters combustion furnace 71, cold air heating will be become hot blast by combustion furnace 71；Described vapor catcher 74 with described The top of combustion furnace 71 is connected, and this vapor catcher 74 is used for collecting produced vapor during cold air heating；Institute The one end stating air filter 72 is connected with described combustion furnace 71, and the other end is connected with the lower end of described helical duct 611, This air filter 72 is used for carrying out filtration treatment to the hot blast after heating；Described combustion furnace 71 and pressure fan 73 all with described control Device electrical connection processed.

Please emphasis with reference to shown in Fig. 7 and Fig. 7 a, described Testa Tritici superfine comminution system 8 includes a Testa Tritici water cooling plant 80, First annular delivery pipe 81, one first chain drive mechanism 82, one first driving chain 83, one first storage tank 84, at least one Super micron mill 85, at least one second whirlwind blanking device 86, at least one second cleaner 87, one second screw conveying pipe 88 with And a hot blast collection conduit 89；Described first annular delivery pipe 81 is vertically stood on ground；The one of described Testa Tritici water cooling plant 80 End is connected with the bottom discharge end of described first whirlwind blanking device 63, and the other end is connected with described first annular delivery pipe 81 Connect, this Testa Tritici water cooling plant 80 be used for dried Testa Tritici is cooled down (because Testa Tritici is after drying, temperature generally all than Higher, so needing to be cooled down)；Described first storage tank 84 stands on the upper pipe 811 of described first annular delivery pipe 81 And lower pipeline 812 between, upper pipe 811 phase of the top of described first storage tank 84 and described first annular delivery pipe 81 Connect, bottom is connected with the lower pipeline 812 of described first annular delivery pipe 81, and the top in this first storage tank 84 and It is provided with one first Pneumatic butterfly valve 101 between the upper pipe 811 of described first annular delivery pipe 81, be used for controlling whether by wheat Bran is stored in the first storage tank 84, is provided with one between the lower pipeline 812 of bottom and described first annular delivery pipe 81 Two Pneumatic butterfly valves 102, are used for controlling whether supplementing toward in first annular delivery pipe 81 Testa Tritici；Described first driving chain 83 is arranged In the inside of described first annular delivery pipe 81, this first driving chain 83 is provided with some first chain pieces 831；Described first Chain drive mechanism 82 is arranged in described first annular delivery pipe 81, and is driven described by this first chain drive mechanism 82 First driving chain 83 is driven；During the first chain drive mechanism 82 drives the first driving chain 83 transmission, enter Enter the Testa Tritici in first annular delivery pipe 81 to move forward with the first chain piece 831, thus realizing the conveying of Testa Tritici.

The feed end of each described super micron mill 85 is all connected with the upper pipe 811 of described first annular delivery pipe 81 Connect, and be respectively provided between the upper pipe 811 of the feed end of each described super micron mill 85 and described first annular delivery pipe 81 There is one the 3rd Pneumatic butterfly valve 103, be used for controlling whether delivering to Testa Tritici in super micron mill 85 and pulverized, often described superfine powder The discharge end of broken machine 85 is connected to the second whirlwind blanking device 86 described in, and often described super micron mill 85 is provided with one and is used for The inwardly aspiration channel 851 of air draught；Often the top of described second whirlwind blanking device 86 is connected to the second cleaner 87 described in, The bottom of each described second whirlwind blanking device 86 is all connected with described second screw conveying pipe 88；Often described second cleaner 87 top is all connected with described hot blast collection conduit 89, and bottom is all connected with described second screw conveying pipe 88；Described Super micron mill 85, the second whirlwind blanking device 86, the first Pneumatic butterfly valve 101, the second Pneumatic butterfly valve 102, the 3rd Pneumatic butterfly valve 103 And second cleaner 87 all electrically connect with described control device.Operationally, by first annular delivery pipe 81 by Testa Tritici It is sent in super micron mill 85, super micron mill 85, also can be using certainly when driving Testa Tritici to carry out high-speed rotation shock pulverizing The suction of body passes through aspiration channel 851 air draught inside, and by wind-force, the Testa Tritici after pulverizing is sent to the second whirlwind blanking device 86 In, the second whirlwind blanking device 86 can carry out cyclonic separation to the Testa Tritici pulverized and hot blast, and the wheat bran after separating can enter into the In two screw conveying pipe 88, hot blast can enter in the second cleaner 87 (this second cleaner 87 is sack cleaner) and remove Dirt, the Testa Tritici after dedusting enters into the second screw conveying pipe 88, and hot blast is then pooled in hot blast collection conduit 89.Wherein, ultra micro Pulverizer 85 is that whole world disintegrating apparatus leading (are specifically referred to grinding disclosed in Patent No. 201410472695.3 Equipment), this super micron mill 85 adopts thing thing head-on collision principle, is revolved by making the material high-speed within entrance super micron mill 85 Turn, the speed difference being produced because entry time is different using material, you can realize material " knocking into the back " and clash into pulverizing.This micronizing The Testa Tritici of extremely difficult pulverizing can be crushed to micron or even Nano grade by machine 85, and particle diameter is between 1-10um.

Described first chain drive mechanism 82 includes one first motor 821 and one first head sprocket 822；Described One head sprocket 822 is arranged on the inside of described first annular delivery pipe 81, and is meshed with described first driving chain 83；Described First motor 821 is electrically connected with described control device, the axle (not shown) and described first of described first motor 821 Head sprocket 822 connects, and drives described first head sprocket 822 to rotate by the axle of this first motor 821；Described first ring Shape delivery pipe 81 is provided with one first auxiliary sprocket wheel 823, described first auxiliary sprocket wheel 823 and described first biography in the inside of bending place Dynamic chain 83 is meshed, so, it is possible to effectively prevent because of the first chain piece 831 during the first driving chain 83 transmission It is stuck in and bend out and so that the first driving chain 83 cannot be normally driven.

Please emphasis with reference to shown in Fig. 8 and Fig. 8 a, Testa Tritici water cooling plant 80 includes steel pipe 801 in, an outer steel pipe 802, Screw rod transmission mechanism 803, an inlet channel 804 and an outlet conduit 805；Described outer steel pipe 802 is set in described interior steel pipe 801 outside, the closed at both ends of this outer steel pipe 802, and between outer steel pipe 802 and interior steel pipe 801, leave a cooling water channel 806, One first spiral septum 8061 is provided with this cooling water channel 806, so, after cooling water enters from inlet channel 804, just Slowly can up walk along cooling water channel 806, and finally flow out from outlet conduit 805, to reach preferable cooling effect；Described Inlet channel 804 accesses from one end of described outer steel pipe 802, and described outlet conduit 805 is from another termination of described outer steel pipe 802 Go out；Described screw rod transmission mechanism 803 is arranged in described interior steel pipe 801；The feed end of described interior steel pipe 801 and described first rotation The bottom discharge end of wind blanking device 63 is connected, and the discharge end of this interior steel pipe 801 is connected with described first annular delivery pipe 81, To realize Testa Tritici is sent in first annular delivery pipe 81；

Described screw rod transmission mechanism 803 includes one the 3rd motor 8031, a bearing 8032 and a bull stick 8033；Institute State the one end that the 3rd motor 8031 is fixedly installed on described interior steel pipe 801, and the 3rd motor 8031 with described Control device electrically connects, and described bearing 8032 is fixedly installed on the other end of described interior steel pipe 801；Described bull stick 8033 is arranged In the inside of described interior steel pipe 801, and one end of this bull stick 8033 is (not shown) with the axle of described 3rd motor 8031 even Connect, the other end is connected with described bearing 8032；Described bull stick 8033Outer surface on be provided with one second spiral septum8034. Operationally, by the 3rd motor 8031 drive bull stick 8033 rotated, bull stick 8033 rotation during,Will By the second spiral septum8034 convey forward with Testa Tritici.

Please emphasis with reference to shown in Fig. 9, described wheat bran automatic packaging system 9 includes one second annular duct 91,1 the Two chain drive mechanisms 92, one second driving chain 93, one second storage tank 94, a packaging unit 95 (include some packagings Machine 951), a sealing unit 96 (including some sealing machines 961) and a finished product conveyer group 97 (include some finished products defeated Send machine 971)；Described second annular duct 91 is vertically stood on ground, the discharge end of described second screw conveying pipe 88 with should Second annular duct 91 is connected；Described second storage tank 94 stands on the upper pipe 911 of described second annular duct 91 And lower pipeline 912 between, upper pipe 911 phase of the top of described second storage tank 94 and described second annular duct 91 Connect, bottom is connected with the lower pipeline 912 of described second annular duct 91, and the top in this second storage tank 94 and It is provided with one the 4th Pneumatic butterfly valve 104 between the upper pipe 911 of described second annular duct 91, be used for controlling whether by wheat Bran powder is stored in the second storage tank 94, is provided with one between the lower pipeline 912 of bottom and described second annular duct 91 5th Pneumatic butterfly valve 105, is used for controlling whether supplementing toward in the second annular duct 91 wheat bran；Described second driving chain 93 It is arranged on the inside of described second annular duct 91, this second driving chain 93 is provided with some second chain pieces 931；Described Second chain drive mechanism 92 is arranged in described second annular duct 91, and is driven by this second chain drive mechanism 92 Described second driving chain 93 is driven, and drives the process of the second driving chain 93 transmission in the second chain drive mechanism 92 In, the Testa Tritici entering in the second annular duct 91 will move forward with the second chain piece 931, thus realizing the defeated of wheat bran Send.Described packaging unit 95 is connected with the upper pipe 911 of described second annular duct 91, and described packaging unit 95 It is provided with one the 6th Pneumatic butterfly valve 106, for controlling between the upper pipe 911 of feed end and described second annular duct 91 Whether system delivers to packaging unit 95 intermediate package by wheat bran；Described sealing unit 96 is arranged on the front end of described packaging unit 95, For packaged wheat bran is carried out with sealing treatment, before described finished product conveyer group 97 is arranged on described sealing unit 96 End, for sending to entrucking by the wheat bran machining；Described packaging unit 95, sealing unit 96, the 4th Pneumatic butterfly valve 104, 5th Pneumatic butterfly valve 105, the 6th Pneumatic butterfly valve 106 and finished product conveyer group 97 are all electrically connected with described control device；

Described second chain drive mechanism 92 includes one second motor 921 and one second head sprocket 922；Described Two head sprockets 922 are arranged on the inside of described second annular duct 91, and are meshed with described second driving chain 93；Described Second motor 921 is electrically connected with described control device, the axle (not shown) and described second of described second motor 921 Head sprocket 922 connects, and drives described second head sprocket 922 to rotate by the axle of this second motor 921；Described second ring Shape delivery pipe 91 is provided with one second auxiliary sprocket wheel 923, described second auxiliary sprocket wheel 923 and described second biography in the inside of bending place Dynamic chain 93 is meshed, so, it is possible to effectively prevent because of the second chain piece 931 during the second driving chain 93 transmission It is stuck in and bend out and so that the second driving chain 93 cannot be normally driven.

Operation principle of the present utility model is as follows: will be stored in Testa Tritici and stores pack one bag of one bag puts of Testa Tritici in a of storehouse Put on the first belt conveyor 11, and control the first belt conveyor 11 that the Testa Tritici of pack is transported to arteries and veins by control device Rush dedusting in dust arrester 12, the dust of cleaning will converge in dust collection pipe b, the meeting one again of the Testa Tritici after pulse dust removal One bag of ground of bag enters into the second belt conveyor 13, and by control device control the second belt conveyor 13 by one bag one of Testa Tritici It is conveyed to the barrel 2 that feeds intake bag；

After being transported to the barrel 2 that feeds intake, pack Testa Tritici is placed on placement platform 232, opens bag mouth and shift packaging onto Bag, makes Testa Tritici enter into through drainage screen 24 and feeds intake in staving 23, and throwing in the dust producing will be converged to by dust collection equipment 27 In dust collection pipe b, enhancing hook 22 is hooked in the bottom of packaging bag meanwhile, and enhancing hook 22 is controlled by control device Automatically it is lifted up, thus realizing all being poured into the Testa Tritici in packaging bag feeding intake in staving 23；Testa Tritici enters the staving that feeds intake After 23, control electric rotating machine 262 disk 261 is rotated to rotate by control device, rotating disk 261 during rotation, when When rotating to blanking hole 2611 be aligned discharging opening 233, Testa Tritici will drop into the first screw conveying pipe 25 from rotating disk 261, And by the first screw conveying pipe 25, Testa Tritici is delivered in Testa Tritici aidr bells blast system 3；

After entering Testa Tritici aidr bells blast system 3, whirlwind blower fan 33 is controlled to work by control device, by whirlwind blower fan 33 from folding Up blow in the middle and lower part of wire type body 31, lighter Testa Tritici is blown upward in cyclone separator 4, and heavier stone The particulate matters such as son, sand then can be fallen into downwards in particulate collection casing 32, thus realizing Testa Tritici and the granule such as stone, sand Thing is effectively separated；It is blown into Testa Tritici in cyclone separator 4 after cyclonic separation, wind and dust will be pooled to dust In collecting pipe b, Testa Tritici then enters in vacuum feeder 51 under the suction of evacuator 52；Vacuum feeder 51 is defeated by Testa Tritici Give metal detector 53, and when detecting the overrun metal content in Testa Tritici when metal detector 53, just tenor is surpassed Target Testa Tritici is discharged in metalliferous material collecting box 55, otherwise just Testa Tritici is sent in Testa Tritici drying system 6 and is dried；

When being dried, Testa Tritici is introduced in one-level drying tower 61, meanwhile, by pressure fan 73 and combustion furnace 71 toward one-level Be conveyed through the hot blast of air filter 72 filtration in drying tower 61, and open induced-draught fan 65 and carry out air draught, in hot blast thrust and In the presence of induced-draught fan suction, Testa Tritici is first delivered up to secondary drying tower 62 along helical duct 611；Testa Tritici is entering two After level drying tower 62, first from the inverted cone-shaped structure 6211 that material channel 63 falls into bottom, then in hot blast thrust and induced-draught fan In the presence of suction, can be delivered up along interior conduit 622 again, and enter in the first whirlwind blanking device 63, Testa Tritici is passing through During one-level drying tower 61 and secondary drying tower 62, hot blast is except playing the role of thrust to Testa Tritici, more importantly permissible Testa Tritici is dried, Testa Tritici is reduced to 2% about from original 14% moisture；Enter the wheat of the first whirlwind blanking device 63 Bran after cyclonic separation, can be discharged after the dust removal process of the first cleaner 64, and Testa Tritici is then downwardly into Testa Tritici by hot blast Water cooling plant 80 carries out water-cooled process；

Testa Tritici after water-cooled process can enter first annular delivery pipe 81, and the drive in the first chain drive mechanism 82 Dynamic lower drive Testa Tritici circulates along first annular delivery pipe 81, when the Testa Tritici amount of flowing in first annular delivery pipe 81 is more When, it is switched on the first Pneumatic butterfly valve 101, a part of Testa Tritici is temporarily stored in the first storage tank 84；When first annular defeated When sending the Testa Tritici amount of flowing in pipe 81 less, it is switched on the second Pneumatic butterfly valve 102, the Testa Tritici in the first storage tank 84 is supplemented To in first annular delivery pipe 81；When Testa Tritici is sent to pulverizing, it is switched on the 3rd Pneumatic butterfly valve 103, Testa Tritici is sent into super In atomizer 85；Super micron mill 85 drives Testa Tritici to carry out high-speed rotation shock and pulverizes, and by the suction of itself from air draught Pipe 851 air draught inside, clashes into the wheat bran after pulverizing and hot blast can be followed under the action of the forces of the wind to enter into together under the second whirlwind In glassware 86；Second whirlwind blanking device 86 carries out cyclonic separation to material, and the wheat bran after separating can be downwardly into the second spiral shell In rotation feed pipe 88, the hot blast after separating can enter in the second cleaner 87 (due to the wheat bran very little after pulverizing, particle diameter Between 1-10um, so after even across cyclonic separation, hot blast still can take away a part of wheat bran), hot blast is through After two cleaners 87, the wheat bran carrying in hot blast can stick on cloth bag and eventually fall into the second screw conveying pipe 88 In, hot blast is then pooled in hot blast collection conduit 89；

Second screw conveying pipe 88 sends into wheat bran in the second annular duct 91, and in the second chain drive mechanism 92 Driving under drive wheat bran circulate along the second annular duct 91, when the second annular duct 91 in flow wheat bran When more, it is switched on the 4th Pneumatic butterfly valve 104, a part of wheat bran is temporarily stored in the second storage tank 94；When second When the wheat bran of flowing is less in annular duct 91, it is switched on the 5th Pneumatic butterfly valve 105, by the wheat in the second storage tank 94 Bran powder adds in the second annular duct 91；When wheat bran is sent to packaging, it is switched on the 6th Pneumatic butterfly valve 406, will Wheat bran is sent in packaging unit 95, after wheat bran is packaged by packaging unit 95, just delivers in sealing unit 96 and is sealed Process, and the wheat bran after sealing is sent to entrucking by finished product conveyer group 97.

In sum, this utility model has the advantages that this utility model production and processing device can collect Testa Tritici Automatic transport, feed intake, dedusting, drying, pulverizing, packaging, sealing etc. in one, in actual production process, not only can improve Production efficiency, reduces manual intervention, reduces production cost, and crushing effect is splendid, the wheat bran quality produced is good, is suitable for Edible；Specifically include the following aspects: 1, by pulse dust removal equipment, 360 degree can be carried out to the outer surface of Testa Tritici packaging bag No blow in dead angle, the dust on surface is removed clean；2nd, can by the discontinuity that the barrel that feeds intake realizes Testa Tritici feed intake with And the automatic lifting of Testa Tritici bag, block the situation of pipeline and the fatigue strength reducing input personnel thus reducing and Testa Tritici occurring, improve Production efficiency；3rd, the particulate matter such as the stone of doping, sand in Testa Tritici can effectively be removed using Testa Tritici aidr bells blast system, and can profit Isolate the Testa Tritici of overrun metal content with metal separating device, the quality of the wheat bran produced can be improved；4th, Ke Yili With Testa Tritici drying system, sufficiently effective drying is carried out to Testa Tritici, and Testa Tritici is reduced to 2% about from original 14% moisture, Subsequently crushed work is carried out to Testa Tritici to facilitate；5th, the Testa Tritici of extremely difficult pulverizing can be crushed to micron or even Nano grade, grain Footpath between 1-10um, good crushing effect；No matter being the 6, to pulverize Testa Tritici or when packing wheat bran, can effectively control The Testa Tritici of system flowing or wheat bran amount, can prevent putty situation.

Although the foregoing describing specific embodiment of the present utility model, those familiar with the art should Work as understanding, we are merely exemplary described specific embodiment, rather than for the limit to scope of the present utility model Fixed, those of ordinary skill in the art, in the equivalent modification made according to spirit of the present utility model and change, should Cover in scope of the claimed protection of the present utility model.

Claims (10)

1. a kind of micron order wheat bran production and processing device it is characterised in that: include a Testa Tritici store storehouse, a conveying mechanism, one Feed intake barrel, a Testa Tritici aidr bells blast system, a cyclone separator, a metal separating device, a Testa Tritici drying system, a hot blast Feeding mechanism, a Testa Tritici superfine comminution system, a dust collection pipeline, a control device and a wheat bran pack system automatically System；

Described conveying mechanism is arranged on the front end that described Testa Tritici stores storehouse, and the described barrel that feeds intake is arranged on described conveying mechanism Front end, and by described conveying mechanism by the Testa Tritici of pack be delivered to described in feed intake barrel；Described Testa Tritici aidr bells blast system and institute The discharge end stating the barrel that feeds intake is connected；Described cyclone separator is connected with the discharge end of described Testa Tritici aidr bells blast system； Described metal separating device is connected with the bottom discharge end of described cyclone separator；Described Testa Tritici drying system and described gold The bottom discharge end belonging to segregation apparatuss is connected, and this Testa Tritici drying system provides hot blast to carry out by described hot-air supplying equipment It is dried；Described Testa Tritici superfine comminution system is connected with the discharge end of described Testa Tritici drying system；Described wheat bran is packed automatically System is connected with the discharge end of described Testa Tritici superfine comminution system；

Described conveying mechanism, the barrel that feeds intake, Testa Tritici aidr bells blast system and cyclone separator all with described dust collection pipeline It is connected；Described conveying mechanism, the barrel that feeds intake, Testa Tritici aidr bells blast system, cyclone separator, metal separating device, Testa Tritici are done Drying system, hot-air supplying equipment, Testa Tritici superfine comminution system and wheat bran automatic packaging system are all by described control device It is controlled.

2. micron order wheat bran production and processing device according to claim 1 it is characterised in that: described conveying mechanism includes One first belt conveyor, a pulse dust removal equipment and one second belt conveyor；Described first belt conveyor is arranged on Described Testa Tritici stores the front end in storehouse, and described pulse dust removal equipment is arranged on the front end of described first belt conveyor, and described second Belt conveyor is arranged on the front end of described pulse dust removal equipment；Described pulse dust removal equipment is connected with described dust collection pipeline Connect；Described first belt conveyor, pulse dust removal equipment and the second belt conveyor are all electrically connected with described control device.

3. micron order wheat bran production and processing device according to claim 1 it is characterised in that: the described barrel bag that feeds intake Include an electric block elevator, two enhancing hooks, one feed intake staving, a drainage screen, one first screw conveying pipe and a rotation Turn batch charging mechanism；The top of the described staving that feeds intake is provided with one and feeds intake breach, and the lower end of this breach that feeds intake is outwards extended to have one to put Horizontalization platform；Described drainage screen is arranged on portion in described feeding barrel body；Described rotation batch charging mechanism feeds intake staving described in being arranged on Inner bottom part；The bottom of the described staving that feeds intake is provided with a discharging opening, the feed end of this discharging opening and described first screw conveying pipe It is connected；Described electric block elevator hang be located at described in feed intake the top of staving, the top of enhancing hook described in two is all and institute The suspension hook stating electric block elevator is connected；The top of the described staving that feeds intake is provided with one in the indentation, there that feeds intake described in correspondence and turns over Lid, the top of this staving that feeds intake is provided with a dust collection equipment, and this dust collection equipment is connected with described dust collection pipeline；

Described rotation batch charging mechanism includes a rotating disk and an electric rotating machine；Described electric rotating machine, electric block elevator with And dust collection equipment is all electrically connected with described control device；Described rotating disk is provided with a blanking in the position of corresponding described discharging opening Hole；Described rotating disk is connected to the inner bottom part of the staving that feeds intake, and drives this rotation disc spins by the axle of described electric rotating machine.

4. micron order wheat bran production and processing device according to claim 3 it is characterised in that: described Testa Tritici aidr bells blast system Including a broken-line type body, a particulate collection casing and a whirlwind blower fan；The middle and upper part of described broken-line type body with described The discharge end of the first screw conveying pipe is connected；The top of described broken-line type body is connected with described cyclone separator；Institute The bottom stating broken-line type body is connected with described particulate collection casing, this particulate collection casing and described dust collection pipeline It is connected；Described whirlwind blower fan is electrically connected with described control device, and the middle and lower part of described broken-line type body is with this whirlwind blower fan even Connect, and wind is delivered up toward described broken-line type tubular body by described whirlwind blower fan.

5. micron order wheat bran production and processing device according to claim 1 it is characterised in that: described metal separating device Including a vacuum feeder, an evacuator, a metal detector, a filter, a metalliferous material collecting box and a bypass Valve；Described vacuum feeder is connected with the bottom discharge end of described cyclone separator, on described bypass valve and described vacuum Material machine is connected, and described filter is connected with described bypass valve, and described evacuator is connected with described filter；Described gold Belong to detector to be connected with the bottom discharge end of described vacuum feeder, described metalliferous material collecting box and described metal detector Exhaust end be connected；Described evacuator, metal detector and bypass valve are all electrically connected with described control device.

6. micron order wheat bran production and processing device according to claim 5 it is characterised in that: described Testa Tritici drying system Including an one-level drying tower, a secondary drying tower, one first whirlwind blanking device, one first cleaner and an induced-draught fan；Institute State the helical duct that is internally provided with of one-level drying tower, the bottom discharge end of described metal detector and described helical duct Lower end is connected；Described first whirlwind blanking device, the first cleaner and induced-draught fan are all electrically connected with described control device；

Described secondary drying tower includes an outer tower body and an interior conduit；The bottom of described outer tower body is in inverted cone-shaped structure；Described Interior conduit is arranged on the inside of described outer tower body, and leaves a material channel between outer tower body and interior conduit；Described helical duct Upper end be connected with described material channel；The upper end in said inner tube road is connected with the upper end of described first whirlwind blanking device, The lower end in said inner tube road is provided with a horn-like suction hood, and makes this horn-like suction hood just be located at described inverted cone-shaped structure Top；Described first cleaner is connected with the top of described first whirlwind blanking device, and described induced-draught fan removes with described first Dirt equipment is connected.

7. micron order wheat bran production and processing device according to claim 6 it is characterised in that: described hot-air supplying equipment Including a combustion furnace, an air filter, a pressure fan and a vapor catcher；Described combustion furnace is with described pressure fan even Connect, and by described pressure fan transporting cold wind to described combustion furnace；The top phase of described vapor catcher and described combustion furnace Connect；One end of described air filter is connected with described combustion furnace, and the other end is connected with the lower end of described helical duct； Described combustion furnace and pressure fan are all electrically connected with described control device.

8. micron order wheat bran production and processing device according to claim 6 it is characterised in that: described Testa Tritici micronizing System include a Testa Tritici water cooling plant, a first annular delivery pipe, one first chain drive mechanism, one first driving chain, one First storage tank, at least one super micron mill, at least one second whirlwind blanking device, at least one second cleaner, one second spiral shell Rotation feed pipe and a hot blast collection conduit；

Described first annular delivery pipe is vertically stood on ground；One end of described Testa Tritici water cooling plant and described first whirlwind blanking The bottom discharge end of device is connected, and the other end is connected with described first annular delivery pipe；Described first storage tank stands on described Between the upper pipe of first annular delivery pipe and lower pipeline, the top of described first storage tank and described first annular conveying The upper pipe of pipe is connected, and bottom is connected with the lower pipeline of described first annular delivery pipe, and in this first storage tank Top and the upper pipe of described first annular delivery pipe between be provided with one first Pneumatic butterfly valve, bottom and described first ring It is provided with one second Pneumatic butterfly valve between the lower pipeline of shape delivery pipe；Described first driving chain is arranged on described first annular The inside of delivery pipe, this first driving chain is provided with some first chain pieces；Described first chain drive mechanism is arranged on institute State in first annular delivery pipe, and drive described first driving chain to be driven by this first chain drive mechanism；

The feed end of each described super micron mill is all connected with the upper pipe of described first annular delivery pipe, and each described super It is provided with one the 3rd Pneumatic butterfly valve, every institute between the upper pipe of the feed end of atomizer and described first annular delivery pipe The discharge end stating super micron mill is connected to the second whirlwind blanking device described in, and often described super micron mill is provided with a use Aspiration channel in inside air draught；Often the top of described second whirlwind blanking device is connected to the second cleaner described in, each institute The bottom stating the second whirlwind blanking device is all connected with described second screw conveying pipe；Often the top of described second cleaner is equal It is connected with described hot blast collection conduit, bottom is all connected with described second screw conveying pipe；Described super micron mill, second Whirlwind blanking device, the first Pneumatic butterfly valve, the second Pneumatic butterfly valve, the 3rd Pneumatic butterfly valve and the second cleaner all with described control Device electrically connects；

Described first chain drive mechanism includes one first motor and one first head sprocket；Described first head sprocket setting In the inside of described first annular delivery pipe, and it is meshed with described first driving chain；Described first motor with described Control device electrically connects, and the axle of described first motor is connected with described first head sprocket, and passes through this first motor Axle drive described first head sprocket rotate；Described first annular delivery pipe is provided with one first auxiliary chain in the inside of bending place Wheel, described first auxiliary sprocket wheel is meshed with described first driving chain.

9. micron order wheat bran production and processing device according to claim 8 it is characterised in that: Testa Tritici water cooling plant includes Steel pipe, an outer steel pipe, a screw rod transmission mechanism, an inlet channel and an outlet conduit in one；Described outer steel pipe is set in institute State the outside of interior steel pipe, between the closed at both ends of this outer steel pipe, and outer steel pipe and interior steel pipe, leave a cooling water channel, this cooling water One first spiral septum is provided with road；Described inlet channel from one end of described outer steel pipe access, described outlet conduit from The other end of described outer steel pipe picks out；Described screw rod transmission mechanism is arranged in described interior steel pipe；The feed end of described interior steel pipe It is connected with the bottom discharge end of described first whirlwind blanking device, the discharge end of this interior steel pipe and described first annular delivery pipe phase Connect；

Described screw rod transmission mechanism includes one the 3rd motor, a bearing and a bull stick；Described 3rd motor is fixed It is arranged on the one end of described interior steel pipe, and the 3rd motor is electrically connected with described control device, described bearing fixation sets Put the other end in described interior steel pipe；Described bull stick is arranged on the inside of described interior steel pipe, and one end of this bull stick with described The axle of the 3rd motor connects, and the other end is connected with described bearing；One second spiral is provided with the outer surface of described bull stick Shape dividing plate.

10. micron order wheat bran production and processing device according to claim 8 it is characterised in that: described wheat bran is automatic Packaging system include one second annular duct, one second chain drive mechanism, one second driving chain, one second storage tank, One packaging unit, a sealing unit and a finished product conveyer group；Described second annular duct is vertically stood on ground, described The discharge end of the second screw conveying pipe is connected with this second annular duct；Described second storage tank stands on described second annular Between the upper pipe of delivery pipe and lower pipeline, the top of the top of described second storage tank and described second annular duct Pipeline is connected, and bottom is connected with the lower pipeline of described second annular duct, and the top in this second storage tank with It is provided with one the 4th Pneumatic butterfly valve, bottom and described second annular duct between the upper pipe of described second annular duct Lower pipeline between be provided with one the 5th Pneumatic butterfly valve；Described second driving chain is arranged on described second annular duct Inside, this second driving chain is provided with some second chain pieces；Described second chain drive mechanism is arranged on described second ring In shape delivery pipe, and described second driving chain is driven to be driven by this second chain drive mechanism；Described packaging unit It is connected with the upper pipe of described second annular duct, and the feed end of described packaging unit and described second annular conveying It is provided with one the 6th Pneumatic butterfly valve between the upper pipe of pipe；Described sealing unit is arranged on the front end of described packaging unit, Described finished product conveyer group is arranged on the front end of described sealing unit；Described packaging unit, sealing unit, the 4th Pneumatic butterfly valve, 5th Pneumatic butterfly valve, the 6th Pneumatic butterfly valve and finished product conveyer group are all electrically connected with described control device；

Described second chain drive mechanism includes one second motor and one second head sprocket；Described second head sprocket setting In the inside of described second annular duct, and it is meshed with described second driving chain；Described second motor with described Control device electrically connects, and the axle of described second motor is connected with described second head sprocket, and passes through this second motor Axle drive described second head sprocket rotate；

Described second annular duct is provided with one second auxiliary sprocket wheel in the inside of bending place, described second auxiliary sprocket wheel with described Second driving chain is meshed.