CN102783595B - Production line and production process for powder particle - Google Patents
Production line and production process for powder particle Download PDFInfo
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- CN102783595B CN102783595B CN201210298265.5A CN201210298265A CN102783595B CN 102783595 B CN102783595 B CN 102783595B CN 201210298265 A CN201210298265 A CN 201210298265A CN 102783595 B CN102783595 B CN 102783595B
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Abstract
The invention relates to a production line for powder particle. The production line sequentially comprises a powder mixer, a curing conveyer, a smashing feeder, a powder dough cooking machine, an extruder, a vibratory predrying machine, a belt dryer, an air cooler and a packaging machine along a material conveying direction. A production process of the powder comprises the steps of powder mixing, curing and conveying, smashing and feeding, powder dough cooking, powder extruding, vibratory predrying, drying, air cooling and packaging. The production line and the production process for the powde provided by the invention fill a powder production blank without mechanical equipment, and moreover, the powder particle with a good taste can be produced.
Description
Technical field
The present invention relates to powder cereal preparation and produce, especially powder production line and production technology thereof.
Background technology
Along with the raising of people's living standard, people's rhythm of life is also more and more faster, and convenient, fast ripe powder cereal preparation proportion in people's staple food is increasing.In order to cater to different consumer demands, powder cereal preparation on market emerges in an endless stream, such as Guilin rice-flour noodle, fried rice noodles, macaroni, bean vermicelli etc., through development for a long time, these powder cereal preparations have been equipped with complete production line, thereby realize automation, produce in enormous quantities, to satisfy social needs.A long time ago, people think that powder cereal preparation is all strip always, and these to be also consumer think forms that mouthfeel is best, but the development along with powder cereal preparation, country variant, different geographical, different crowd are all different to the demand of powder cereal preparation, at present, most people still like the powder pastries of strip, but are also to exist fraction people to like the powder pastries of powder class.In addition, along with social progress and expanding economy, the occasion of people's party, interchange, dinner party, amusement etc. is more and more, most little between-meal nibble is all because process is pickled or frying course is worried food-safety problem and unhealthful problem, except popular biscuit for a long time, seldom run into and take the little between-meal nibble that powder face produces as raw material, therefore, how to utilize the powder food that it is good that plant equipment is manufactured mouthfeel to become to need in the development of powder cereal preparation the problem solving.
Summary of the invention
One of technical problem to be solved by this invention is to provide a kind of powder production line, has filled up the blank that does not have at present plant equipment to produce powder, and can the good powder of production department's mouthfeel.
Two of technical problem to be solved by this invention is to provide a kind of powder production technology, and guiding people utilize plant equipment to complete the production of powder, and can the good powder of production department's mouthfeel.
For one of solving the problems of the technologies described above; technical scheme of the present invention is: a kind of powder production line, comprises successively according to mass transport direction: flour mixer, slaking conveyer, broken feeding machine, powder ball precooker, a crowded grain machine, vibration predryer, belt drying machine, Air cooler and packing machine.
As improvement, described flour mixer comprise with powder motor and powder casing and be located in described and powder casing with powder bar, be describedly connected with powder bar with described with powder motor, described and powder bottom half discharging opening docks with described slaking conveyer; On described flour mixer, be equipped with quantitative watering bucket, described quantitative watering bucket is communicated with described and powder casing by water pipe, water pumper by water pipe by the water in quantitative watering bucket be extracted into powder casing in, in described quantitative watering bucket, be also provided with level sensor, described level sensor is electrically connected with described water pumper.
As improvement, described powder ball precooker comprises the quantitative continuous conveying device of powder ball, vertical powder ball suspension continuous cooking machine and horizontal constant temperature continuously cooking conveyer; The quantitative continuous conveying device of described powder ball is provided with charging aperture and discharging opening; In described vertical powder ball suspension continuous cooking machine, be provided with vertical cure bag, the outer wall of described vertical cure bag is provided with the steam hole that some and vertical cure bag is communicated with, described vertical powder ball suspension continuous cooking machine upper end is provided with the upper end open being communicated with described vertical cure bag, and lower end is provided with the lower ending opening being connected with described horizontal constant temperature continuously cooking conveyer; In described horizontal constant temperature continuously cooking conveyer, be provided with horizontal cure bag, in described horizontal cure bag, be provided with conveying screw rod, horizontal cure bag is provided with heater outward, described horizontal constant temperature continuously cooking conveyer is provided with the left end opening that is communicated with and is connected with vertical powder ball suspension continuous cooking machine lower ending opening with described horizontal cure bag, and for right-end openings discharging and that be communicated with described horizontal cure bag.
As improvement, the outer wall of described vertical cure bag is provided with zone of heating, and described zone of heating and vertical cure bag are by surrounding steam transition chamber, and described steam transition chamber is connected with external steam generator.
As improvement, described horizontal cure bag is provided with interlayer outward, and described interlayer and horizontal cure bag outer wall surround steam apotheca, and described steam apotheca and external steam generator are connected to form described heater.
As improvement, described crowded grain machine comprises and squeezes a grain mould, is located at the pay-off of described crowded grain mould one side and is located at the cutter of described crowded grain mould opposite side, and described pay-off output is provided with apotheca with squeezing between a mould; Described pay-off comprises extruding gun barrel and be located at the screw rod in described extruding gun barrel, and one end of described screw rod is connected with feeding motor, and the other end is communicated with described apotheca; Described cutter comprises cutting knife and cutter motor, and described cutting knife is affixed on described crowded grain mould surface and is fixed on slitter shaft, and described slitter shaft is connected with the rotating shaft of cutter motor; Described crowded grain mould is provided with some crowded grains hole.
As improvement, described vibration predryer comprises framework and is arranged on heat exchanger, the driving mechanism on framework, and described vibration predryer is also provided with eccentric mechanism, whirling arm mechanism, chain, crank and transfer plate; Eccentric mechanism is arranged on one end of framework, and driving mechanism rotates by chain-driving eccentric mechanism; Described whirling arm mechanism is provided with more than two, and whirling arm mechanism is provided with the first pivoted arm and the second pivoted arm, and the center of whirling arm mechanism is fixed on framework; Described crank one end is connected with eccentric mechanism, and the other end is connected near on the whirling arm mechanism of eccentric mechanism; More than described transfer plate is total two-layer, the first pivoted arm of described whirling arm mechanism is connected with odd-level transfer plate, and the second pivoted arm is connected with even level transfer plate.
As improvement, between described crowded grain machine and described elevating conveyor, vibrate between predryer and belt drying machine, and between Air cooler and packing machine, be equipped with elevating conveyor and be connected.
For solve the problems of the technologies described above two, technical scheme of the present invention is: a kind of powder production technology, described processing step comprises successively: and powder, slaking conveyings, broken feed, powder ball boiling, powder squeeze grain, vibration predry, oven dry, air-cooled and pack.
As improvement, described powder ball digesting technoloy comprises the following steps:
(1) the loose powder ball mixing in moisture content ratio is quantitatively sent into vertical boiling continuously indoor;
(2) powder ball enter vertical boiling indoor after, by the free-falling of powder ball self gravitation, in dropping process, the indoor steam that sprays into of vertical boiling, carries out boiling to powder ball, completes the first order boiling slaking of powder ball;
(3) powder ball through first order boiling slaking drops in horizontal cure bag, carries out after heated at constant temperature reaches height gelatinization exporting ripe powder in horizontal cure bag, completes the second level boiling slaking of powder ball.
Accompanying drawing explanation
Fig. 1 is production line schematic diagram of the present invention.
Fig. 2 is flour mixer structural representation.
Fig. 3 is slaking conveyor construction schematic diagram.
Fig. 4 is powder ball precooker structural representation.
Fig. 5 is for squeezing grain machine structural representation.
Fig. 6 is a crowded grain machine cutter structural representation,
Fig. 7 squeezes grain mould top view for squeezing grain machine.
Fig. 8 is vibration predryer structural representation.
The specific embodiment
Below in conjunction with Figure of description, the invention will be further described.
As shown in Figure 1; a powder production line, comprises successively according to mass transport direction: flour mixer 1, slaking conveyer 3, broken feeding machine 4, powder ball precooker 5, a crowded grain machine 6, the first elevating conveyor 7, vibration predryer 8, the second elevating conveyor 9, belt drying machine 10, Air cooler 11, bucket elevator 12 and packing machine 13.
As shown in Figure 2, described flour mixer 1 comprise with powder motor 101 and powder casing 102 and be located in described and powder casing 102 with powder bar (do not indicate), describedly be connected with powder bar with described with powder motor 101, described and powder casing 102 bottom discharge mouths dock with described slaking conveyer 3.On described flour mixer 1, be equipped with quantitative watering bucket 2, described quantitative watering bucket 2 is communicated with described and powder casing 102 by water pipe 201, water pumper 202 by water pipe 201 by the water in quantitative watering bucket 2 be extracted into powder casing 102 in, in described quantitative watering bucket 2, be also provided with level sensor (not indicating), described level sensor and described water pumper 202 are electrically connected.Various powder balls are mixing with powder casing 102, and utilization and powder bar are stirred; In whipping process, from quantitative watering bucket 2, extract water and mix, because the water level in quantitative watering bucket 2 is strictly controlled, make to enter with powder casing 102 in the water yield be quantitative, thereby the suitable powder ball in proportioning place.
As shown in Figure 3, described slaking conveyer 3 comprises conveyer belt 302 and conveying motor 303, and dock with described and powder casing 102 bottom discharge mouths one end 301 of conveyer belt, for receiving the powder ball of sending from flour mixer 1; The other end 304 docks with described broken feeding machine 4.The powder ball that proportioning is good drops on conveyer belt, and in conveyer belt 302 course of conveying, powder ball self carries out slaking, regulates the speed of conveyer belt 302, makes powder ball in maturing process, reach good puffed degree.
As shown in Figure 4, described broken feeding machine 4 comprises broken casing 402, is located at crushing rod 403 and the broken motor 401 being connected with described crushing rod 403 in described broken casing 402, top and the bottom of broken casing 402 communicate, and the powder ball of the slaking that slaking conveyer 3 is sent enters into powder ball precooker 5 after broken casing 402; At powder ball, through in broken casing 402 processes, crushing rod 403 can be broken up powder ball.
As shown in Figure 4, described powder ball precooker 5 comprises the quantitative continuous conveying device 51 of powder ball, is located at the vertical powder ball suspension continuous cooking machine 52 of the quantitative continuous conveying device of powder ball 51 belows, and is located at the horizontal constant temperature continuously cooking conveyer 53 of vertical powder ball suspension continuous cooking machine 52 belows.
As shown in Figure 4, the quantitative continuous conveying device 51 of described powder ball comprises barrel 503, is located at the feeding motor 501 that the feeding spiro rod 502 in described barrel 503 is connected with described feeding spiro rod 502; The barrel 503 of the quantitative continuous conveying device 51 of described powder ball is provided with charging aperture and discharging opening 506, and charging aperture docks with the bottom of broken casing 402, and discharging opening 506 is connected with described vertical powder ball suspension continuous cooking machine 52; Described feeding spiro rod 502 ends are provided with one section of stirring thread segment 504 in discharging opening 506 places, and the screw thread of described stirring thread segment 504 is provided with some breach, make screw thread become the blade 505 of dentation; Powder ball is carried by feeding spiro rod 502, and powder ball is avoided the extruding to powder ball in course of conveying as far as possible, makes powder ball keep loose; But powder ball is carried and be there will be unavoidably inhomogeneous place in feeding spiro rod 502, when powder ball is transported to stirring thread segment 504, powder ball can reconfigure accumulation herein, makes the conveying that powder ball can continuous uniform; Because the screw thread of stirring thread segment 504 becomes the blade 505 of dentation one by one, 505 pairs of powder balls of blade have the slight effect of stirring, and further make powder ball become loose.
As shown in Figure 4, in described vertical powder ball suspension continuous cooking machine 52, be provided with vertical cure bag 508 cylindraceous, the outer wall of described vertical cure bag 508 is provided with the steam hole 513 that some and vertical cure bag 508 is communicated with; The outer wall of described vertical cure bag 508 is provided with zone of heating 510, and described zone of heating 510 is with vertical cure bag 508 by surrounding steam transition chamber 509, and described steam transition chamber 509 is connected with external steam generator by jet chimney 526; First the steam of external steam generator lead in steam transition chamber 509, then by the steam hole 513 on vertical cure bag 508 walls, enters inside powder ball is carried out to first order boiling slaking; Described vertical powder ball suspension continuous cooking machine 52 upper ends are provided with the upper end open 512 being communicated with described vertical cure bag 508, and upper end open 512 is connected with the discharging opening 506 of powder ball continuously cooking device, and is provided with snap joint 507 in junction; Vertical powder ball suspension continuous cooking machine 52 lower ends are provided with the lower ending opening 511 being connected with described horizontal constant temperature continuously cooking conveyer 53, and in junction, are provided with snap joint 514; Because powder ball is interior through steam injection slaking at vertical powder ball suspension continuous cooking machine 52, powder ball is subject to after the powerful impact of steam, part powder ball can gather at vertical powder ball suspension continuous cooking machine 52 inwalls, at set intervals, need vertical powder ball suspension continuous cooking machine 52 to clean, guarantee that equipment can operate normally, therefore utilizing snap joint 507,514 is necessary by the dismounting from equipment of vertical powder ball suspension continuous cooking machine 52 fast.
As shown in Figure 4, in described horizontal constant temperature continuously cooking conveyer 53, be provided with horizontal cure bag 519, in described horizontal cure bag 519, be provided with conveying screw rod 521, described horizontal constant temperature continuously cooking conveyer 53 is provided with the left end opening 518 that is communicated with and is connected with vertical powder ball suspension continuous cooking machine lower ending opening 511 with described horizontal cure bag 519, and for right-end openings 527 discharging and that be communicated with described horizontal cure bag 519; The outer interlayer 522 that is provided with of described horizontal cure bag 519, described interlayer 522 surrounds steam apotheca 523 with horizontal cure bag 519 outer walls, and described steam apotheca 523 is connected to form heater by jet chimney 526 and external steam generator; The heating of powder ball in horizontal constant temperature continuously cooking conveyer 53 do not have moisture content to participate in, powder ball advances in conveying screw rod 521, control the transporting velocity of powder ball, make it in horizontal cure bag 519, carry out after heated at constant temperature reaches height gelatinization exporting ripe powder, complete the second level boiling slaking of powder ball; Described conveying screw rod 521 middle section positions are provided with one section of stirring thread segment 524, the screw thread of described stirring thread segment 524 is provided with some breach, make screw thread become the blade 525 of dentation, when powder ball is transported to stirring thread segment 524, powder ball can reconfigure accumulation herein, makes powder ball can accept hot digestion and the conveying of continuous uniform; Because the screw thread of stirring thread segment 524 becomes the blade 525 of dentation one by one, the screw thread of blade 525 has the slight effect of stirring to powder ball, further makes powder ball become loose, makes the powder ball can thermally equivalent.
As shown in Figure 4, junction between described vertical powder ball suspension continuous cooking machine 52 and horizontal constant temperature continuously cooking conveyer 53 is provided with loose powder device 54, and described loose powder device 54 comprises rotating shaft 517, the loose powder motor 516 being connected with rotating shaft 517 and is located at the L shaped loose powder bar 520 in rotating shaft; Because powder ball vapor doping in first order boiling maturing process has moisture content, powder ball can be inter-adhesive at one, and loose powder device 54 can be broken up the powder ball piece of whereabouts, is conducive to follow-up 53 pairs of powder balls of horizontal constant temperature continuously cooking conveyer and carries out homogeneous heating slaking.
As shown in Figure 5, described powder squeezes grain machine 6 and comprises the pay-off that squeezes a grain mould 610, be located at described crowded grain mould 610 1 sides, is located at the cutter of described crowded grain mould 610 opposite sides and is located at the agitating device of described pay-off top.Between described pay-off output and crowded grain mould 610, be provided with apotheca 609, the powder that pay-off is sent arrives through apotheca 609 compressive plane 616 that squeezes a mould 610; For making extruding more even, this compressive plane 616 is tapered.Described pay-off comprises extruding gun barrel 607 and is located at the screw rod 606 in described extruding gun barrel 607, and one end of described screw rod 606 is connected with feeding motor 605, and the other end is communicated with described apotheca 609.As shown in Figure 6, described cutter comprises cutting knife 614 and cutter motor 613, described cutting knife 614 is affixed on described crowded grain mould 610 surfaces and is fixed on slitter shaft 612, described slitter shaft 612 is connected with the rotating shaft of cutter motor 613, thereby cutter motor 613 drives cutting knife 614 rotations to form the action of cutting continuously by slitter shaft 612.As shown in Figure 7, described crowded grain mould 610 is provided with some crowded grains hole 615, and the large I of squeezing grain hole 615 designs according to the actual requirements.Described pay-off top is provided with agitating device, described agitating device comprises agitator 601, is located at shaft 602 and the stirring motor 608 being connected with described shaft 602 in described agitator 601, described shaft 602 is articulated in described agitator 601, and shaft 602 is provided with some puddlers 603; Described agitator 601 bottoms are communicated with described extruding gun barrel 607.
Powder enters the front agitating device that first passes through of extruding gun barrel 607, shaft 602 in agitating device coordinates puddler 603 powder falling into can be broken up, it is evenly dropped in extruding gun barrel 607, and can break up the powder that a part is inter-adhesive or volume is larger, finally make conveying and the extruding of 606 pairs of powders of screw rod more even, the well-balanced degree of the powder that assurance is extruded.Powder enters after screw rod 606, and under the effect of screw thread, screw rod 606 can be transported to powder in apotheca 609 endlessly; In course of conveying, screw rod 606 remains one of powder pressure forward, and powder can not turned back, and so powder just can be constantly in apotheca 609 accumulations; After powder is accumulated to a certain degree, powder in apotheca 609 can produce pressure to squeezing grain mould 610, after pressure acquires a certain degree, powder can be extruded and pass the crowded grain hole 615 of squeezing on grain mould 610, after powder is extruded after the moulding in crowded grain hole 615, then utilize cutter to be cut off, thereby form powder.As shown in Figure 8, described vibration predryer 8 comprises driving mechanism 801, eccentric mechanism 802, transfer plate 803, heat exchanger 804, blower fan 805, crank 806, whirling arm mechanism 807, the first pivoted arm 808, the second pivoted arm 809, hopper 810, chain 811 and framework 812.
Wherein, heat exchanger 804 is arranged on a side of framework 812, and two heat exchangers 804 are installed in the present embodiment; Driving mechanism 801 is arranged on one end of framework 812, and eccentric mechanism 802 is arranged on the below of driving mechanism 801, and driving mechanism 801 drives eccentric mechanism 802 to rotate by chain 811; Whirling arm mechanism 807 symmetries are arranged on the both sides of framework 812, and eight whirling arm mechanisms 807 are installed in the present embodiment altogether, in the both sides of framework 812, are respectively symmetrical arranged four whirling arm mechanisms 807; Described whirling arm mechanism 807 is provided with the first pivoted arm 808 and the second pivoted arm 809, whirling arm mechanism 807 center is fixed on framework 812, described crank 806 one end are connected with eccentric mechanism 802, and its other end is connected on the second pivoted arm 809 near the whirling arm mechanism 807 of eccentric mechanism 802; In the present embodiment, described transfer plate 803 has five layers, be followed successively by from top to bottom ground floor to layer 5, ground floor and the 3rd layer of upper end that is connected to the first pivoted arm 808, layer 5 is connected to the lower end of the first pivoted arm 808, the second layer is connected to the upper end of the second pivoted arm 809, the 4th layer of lower end that is connected to the second pivoted arm 809; Above the framework 812 of the other end of eccentric mechanism 802, be provided with hopper 810, hopper 810 can be led material 813 on transfer plate 803; One side of described heat exchanger 804 is provided with for accelerating the mobile blower fan of heat exchanger heat 805, and blower fan 805 can be strengthened flowing of heat, strengthens predry effect.
Described belt drying machine 10 comprises drying baker, is located at the conveying network chain in described drying baker, driving mechanism and the heating source that network chain is carried in driving.
Described Air cooler 11 comprises air-cooled case, is located at the conveying network chain in described air-cooled case, driving mechanism and the cooling fan that network chain is carried in driving.
Described packing machine is bull electronic scale packing machine.
Described the first elevating conveyor 7, the second elevating conveyor 9 and bucket elevator 12 are all to carry for material is played to eminence from lower, to meet the transition between each equipment on production line.
As shown in Figure 1, the production technology of powder comprises the following steps:
Pour one or more powder ball into flour mixer 1 with powder casing 102 in, utilize and powder bar stirs, then add quantitative water, complete the proportioning of powder ball and water;
Powder ball drops on the conveyer belt of slaking conveyer 3, and powder ball self carries out slaking, regulates the speed of conveyer belt, makes powder ball in maturing process, reach good puffed degree;
Utilize broken feeding machine 4 that the good powder ball of proportioning is broken up and is uniform powder and falls into powder ball precooker 5;
As shown in Figure 4, the digesting technoloy of powder ball precooker 5 comprises the following steps:
(1) the loose powder ball mixing in moisture content ratio is sent in the vertical cure bag 508 in vertical powder ball suspension continuous cooking machine 52 continuously by powder ball continuous conveying device 51; Continuous object is powder ball can be continuously fed in vertical powder ball suspension continuous cooking machine 52 carry out boiling slaking, thereby whole production technology is able to continuously, realizes the demand that automation generates; (2) the quantitative continuous conveying device 51 of powder ball by loose powder ball quantitatively continuous send into vertical cure bag 508 interior after, by the free-falling of powder ball self gravitation, in dropping process, vertical cure bag 508 surroundings spray into steam, powder ball is carried out to boiling, now powder ball is in of short duration suspended state, and powder ball is subject to homogeneous heating, completes the first order boiling slaking of powder ball; (3) powder ball through first order boiling slaking drops in horizontal cure bag 519, carries out after heated at constant temperature reaches height gelatinization exporting ripe powder in horizontal cure bag 519, completes the second level boiling slaking of powder ball;
The powder of complete slaking is squeezed out granular in squeezing grain machine 6, and the size of powder, length can be adjusted by squeezing a grain machine 6;
Due to slaking completely of powder, after powder moulding, only need to carry out vibrating transportation, just can be so that inter-adhesive powder be separated from each other;
Then utilize belt drying machine that powder is dried;
Then utilize Air cooler that powder is carried out air-cooled;
Finally utilize bull electronic scale packing machine that powder is packed, to complete whole powder, produce.
Claims (8)
1. a powder production line, is characterized in that: according to mass transport direction, comprise successively: flour mixer, slaking conveyer, broken feeding machine, powder ball precooker, a crowded grain machine, vibration predryer, belt drying machine, Air cooler and packing machine;
Described powder ball precooker comprises the quantitative continuous conveying device of powder ball, vertical powder ball suspension continuous cooking machine and horizontal constant temperature continuously cooking conveyer; The quantitative continuous conveying device of described powder ball is provided with charging aperture and discharging opening; In described vertical powder ball suspension continuous cooking machine, be provided with vertical cure bag, the outer wall of described vertical cure bag is provided with the steam hole that some and vertical cure bag is communicated with, described vertical powder ball suspension continuous cooking machine upper end is provided with the upper end open being communicated with described vertical cure bag, and lower end is provided with the lower ending opening being connected with described horizontal constant temperature continuously cooking conveyer; In described horizontal constant temperature continuously cooking conveyer, be provided with horizontal cure bag, in described horizontal cure bag, be provided with conveying screw rod, horizontal cure bag is provided with heater outward, described horizontal constant temperature continuously cooking conveyer is provided with the left end opening that is communicated with and is connected with vertical powder ball suspension continuous cooking machine lower ending opening with described horizontal cure bag, and for right-end openings discharging and that be communicated with described horizontal cure bag.
2. according to the powder production line described in claim 1, it is characterized in that: described flour mixer comprise with powder motor and powder casing and be located in described and powder casing with powder bar, describedly be connected with powder bar with described with powder motor, described and powder bottom half discharging opening docks with described slaking conveyer; On described flour mixer, be equipped with quantitative watering bucket, described quantitative watering bucket is communicated with described and powder casing by water pipe, water pumper by water pipe by the water in quantitative watering bucket be extracted into powder casing in, in described quantitative watering bucket, be also provided with level sensor, described level sensor is electrically connected with described water pumper.
3. according to the powder production line described in claim 1, it is characterized in that: the outer wall of described vertical cure bag is provided with zone of heating, described zone of heating and vertical cure bag are by surrounding steam transition chamber, and described steam transition chamber is connected with external steam generator.
4. according to the powder production line described in claim 1, it is characterized in that: described horizontal cure bag is provided with interlayer outward, described interlayer and horizontal cure bag outer wall surround steam apotheca, and described steam apotheca and external steam generator are connected to form described heater.
5. according to the powder production line described in claim 1, it is characterized in that: described crowded grain machine comprises and squeeze a grain mould, be located at the pay-off of described crowded grain mould one side and be located at the cutter of described crowded grain mould opposite side, and described pay-off output is provided with apotheca with squeezing between a mould; Described pay-off comprises extruding gun barrel and be located at the screw rod in described extruding gun barrel, and one end of described screw rod is connected with feeding motor, and the other end is communicated with described apotheca; Described cutter comprises cutting knife and cutter motor, and described cutting knife is affixed on described crowded grain mould surface and is fixed on slitter shaft, and described slitter shaft is connected with the rotating shaft of cutter motor; Described crowded grain mould is provided with some crowded grains hole.
6. according to the powder production line described in claim 1, it is characterized in that: described vibration predryer comprises framework and be arranged on heat exchanger, the driving mechanism on framework, described vibration predryer is also provided with eccentric mechanism, whirling arm mechanism, chain, crank and transfer plate; Eccentric mechanism is arranged on one end of framework, and driving mechanism rotates by chain-driving eccentric mechanism; Described whirling arm mechanism is provided with more than two, and whirling arm mechanism is provided with the first pivoted arm and the second pivoted arm, and the center of whirling arm mechanism is fixed on framework; Described crank one end is connected with eccentric mechanism, and the other end is connected near on the whirling arm mechanism of eccentric mechanism; More than described transfer plate is total two-layer, the first pivoted arm of described whirling arm mechanism is connected with odd-level transfer plate, and the second pivoted arm is connected with even level transfer plate.
7. according to the powder production line described in claim 1, it is characterized in that: between described crowded grain machine and described vibration predryer, vibrate between predryer and belt drying machine, and between Air cooler and packing machine, be equipped with elevating conveyor and be connected.
8. a powder production technology for powder production line as described in claim 1, is characterized in that: described processing step comprises successively: squeeze grain, vibration predry, oven dry, air-cooled and packing with powder, slaking conveying, broken feed, powder ball boiling, powder;
Described powder ball digesting technoloy comprises the following steps:
(1) the loose powder ball mixing in moisture content ratio is sent into vertical boiling continuously indoor;
(2) powder ball enter vertical boiling indoor after, by the free-falling of powder ball self gravitation, in dropping process, the indoor steam that sprays into of vertical boiling, carries out boiling to powder ball, completes the first order boiling slaking of powder ball;
(3) powder ball through first order boiling slaking drops in horizontal cure bag, carries out after heated at constant temperature reaches height gelatinization exporting ripe powder in horizontal cure bag, completes the second level boiling slaking of powder ball.
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| CN201210298265.5A CN102783595B (en) | 2012-08-21 | 2012-08-21 | Production line and production process for powder particle |
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| CN101518311B (en) * | 2008-02-29 | 2012-01-25 | 广州尧先机械有限公司 | Full automatic production line of convenient and instant rice-flour and production technology thereof |
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Owner name: BUHLER (GUANGZHOU) FOOD MACHINERY CO., LTD. Free format text: FORMER NAME: GUANGZHOU GOLD AXE ELECTROMECHANICAL TECHNOLOGY CO., LTD. |
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Address after: 510880 overseas Chinese hi tech Industrial Park, Huadu Town, Huadu District, Guangzhou, Guangdong Patentee after: (Guangzhou) Food Machinery Co., Ltd. Address before: 510880 Huadu Town, Huadu District, Guangzhou, Guangdong Province Overseas Chinese science and Technology Industrial Park Yao Machinery Co., Ltd. Patentee before: Guangzhou Gold Axe Electromechanical Technology Co., Ltd. |
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