CN205321171U - Starch prilling granulator - Google Patents
Starch prilling granulator Download PDFInfo
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- CN205321171U CN205321171U CN201520993607.4U CN201520993607U CN205321171U CN 205321171 U CN205321171 U CN 205321171U CN 201520993607 U CN201520993607 U CN 201520993607U CN 205321171 U CN205321171 U CN 205321171U
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- prilling granulator
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Abstract
The utility model discloses a starch prilling granulator, including driving system, conveying system, granulation system, cooling system, its characterized in that, driving system connects conveying system, conveying system and granulation system contact, and granulation system connects cooling system, the utility model relates to a rationally, compact structure, the thinking is unique novel, and starch granulation shaping is fast, adopts cooling system, reduces and goes up the roller and the temperature of roller down, and the fashioned granulation of spreading can not the gelatinization, and the shale shaker can sieve the size in granulation footpath according to the grade to and rejecting powder in the granulation, the grain quality class who makes is high, safe and pollution -free.
Description
Technical field
This utility model relates to technical field of food machinery, particularly relates to a kind of starch prilling granulator。
Background technology
Food machinery refers to and raw-food material is processed in food (or semi-finished product) process the plant equipment and device applied。
A kind of starch prilling granulator provided by the utility model is the semi-finished product processing equipment in food-processing industry; by helical feed to starch comminutor; with calendering forming for the little granule of lamellar; carry out the vibrosieve size to schistose granular again and carry out classification; also have in pelletize, be provided with cooling recirculation system; reduce because spreading produces temperature, it is to avoid the gelatinizing of starch pelletize。
The development of China's food machinery shoulders heavy responsibilities, space is wide, studying carefully its main cause is the undressed food that the food that our people consumes originates from agricultural mostly, annual for want of necessary food processing machinery makes food resource directly not process, preserves, the fresh-keeping and loss that causes is up to tens yuan, fail deep processing comprehensive utilization and cause the wasting of resources loss higher, therefore China's food machinery has wide market prospect, development prospect。
The manufacturing product of China's food machinery, can catch up with the many of international most advanced level, but really there is independent intellectual property right, the product with technological innovation is very few。Mentioned here " with " word, it is " follow-up " or even imitated, and innovates few。So, food machinery manufacturing enterprise of China from the angle of innovation, to develop new product from the height of independent intellectual property right, to develop the sophisticated equipment with world-class level, so, could really realize the manufacturing shelves that carry of domestic food machinery and upgrade。
Utility model content
In order to overcome above-mentioned the deficiencies in the prior art, this utility model provides a kind of starch prilling granulator。
This utility model be the technical scheme is that
A kind of starch prilling granulator, including dynamical system, induction system, granulating system, cooling system, described dynamical system connects induction system, and induction system contacts with granulating system, and granulating system connects cooling system。
Further, described dynamical system includes motor and decelerator, and motor is bolted decelerator and electric machine main shaft connection reducer rotating shaft, described electric machine main shaft coaxial line concentric on decelerator rotating shaft, provides sufficient power for induction system。
Further, described induction system includes hopper, shell, helical axis, helical blade, end axle, axle sleeve, described hopper bottom is provided with striker plate, hopper lower end is connected to shell left upper end, hopper lower end is connected to shell left upper end, it is provided with helical axis in described shell, helical blade, end axle, axle sleeve, described helical axis is socketed helical blade, helical axis front end embeds link axle, end axle connecting bushing, described helical axis rear end is tapered, described helical axis, helical blade, shell is concentric each other, axis overlaps, starch is pushed to granulating system。
Further, described electric machine main shaft, decelerator rotating shaft, helical axis, helical blade, shell are concentric each other, and axis overlaps, and promote that induction system operates steadily, to extend its service life, and can play reduction production cost。
Further, described granulating system includes stand, bracket for vibrating screen, spring base, spring, screen cloth, reciprocating lever, lower roller, floral disc, hydraulic cylinder, bracing frame, upper roller, power part, chain, upper sprocket wheel, lower sprocket, described stand bottom connects spring base, spring base is installed spring, spring connects on the upside of screen cloth, be connected through the hinge on the downside of screen cloth bracket for vibrating screen, described stand top connects lower roller, the two end axles of described lower roller connects floral disc, floral disc lower limb contact reciprocating lever, reciprocating lever lower end connects screen cloth, described lower roller shaft one end axle is also connected with lower sprocket, one end shaft end connects power part, described stand top connects hydraulic cylinder, hydraulic cylinder rod connects bracing frame, bracing frame connects upper roller, upper roller one end axle connects upper sprocket wheel, it is connected by chain between upper sprocket wheel with described lower sprocket, starch pelletize is realized by the spreading of upper roller Yu lower roller, the process of spreading can produce the temperature of 50-60 DEG C。
Further, described stand, spring base, spring, reciprocating lever, floral disc, hydraulic cylinder, bracing frame are arranged symmetrically in the two ends of upper roller and lower roller, and described upper roller and lower roller are arranged symmetrically on stand and bracing frame。
Further, the discharging opening of described induction system contacts with the contact position of upper roller and lower roller, and starch is pushed directly to granulating system by induction system, becomes to drop and pollute reducing starch before spreading。
Further, described upper roller and the axial line of lower roller are parallel to each other, and horizontally disposed installation, it is ensured that the thickness of institute's pelletize is uniform。
Further, described cooling system includes circulating pump and water pipe, described circulating pump connecting water pipe, water pipe connects side upper roller and lower roller axle head, opposite side upper roller and lower roller axle head connecting water pipe, and water pipe passes in the water in tank, in water, another water pipe connects circulating pump, pass through into cooling water with the axle head at upper roller and lower roller, to reduce the temperature of upper roller and lower roller, it is to avoid the gelatinizing of the grain that starch is made。
Compared with prior art, the beneficial effects of the utility model are: reasonable in design, compact conformation, thinking uniqueness is novel, and starch granulating and forming is fast, adopts cooling system, reduce the temperature of upper roller and lower roller, the pelletize of calendering forming will not gelatinizing, vibrosieve can sieve the size in institute's pelletize footpath by grade, and reject the powder in institute's pelletize, the grain credit rating made is high, safety non-pollution, long service life, wasting raw material few, maintenance cost is few, has saved production cost greatly。
Accompanying drawing explanation
Fig. 1 is a kind of starch prilling granulator forward structure schematic diagram；
Fig. 2 is the lateral structural representation of a kind of starch prilling granulator；
Fig. 3 is the structural representation of the helical axis in a kind of starch prilling granulator, helical blade and connector。
Detailed description of the invention
A kind of starch prilling granulator, including dynamical system 1, induction system 2, granulating system 3, cooling system 4, described dynamical system 1 connects induction system 2, and induction system 2 contacts with granulating system 3, and granulating system 3 connects cooling system 4。
Further, described dynamical system is made up of motor 101 and decelerator 102, and motor 101 is bolted decelerator 102 and motor 101 main shaft connection reducer 102 rotating shaft, described motor 101 main shaft and the decelerator 102 concentric coaxial line of rotating shaft, provide sufficient power for induction system 2。
Further, described induction system 2 is by hopper 201, shell 202, helical axis 203, helical blade 204, end axle 205, axle sleeve 206 forms, described hopper 201 bottom is provided with striker plate 2011, hopper 201 lower end is connected to shell 202 left upper end, it is provided with helical axis 203 in described shell 202, helical blade 204, end axle 205, axle sleeve 206, described helical axis 203 is socketed helical blade 204, helical axis 203 front end embeds link axle 205, end axle 205 connecting bushing 206, described helical axis 203 rear end is tapered, described helical axis 203, helical blade 204, shell 205 is each other with one heart, axis overlaps, starch is pushed to granulating system 3。
Further, each other with one heart, axis overlaps for described motor 101 main shaft, decelerator 102 rotating shaft, helical axis 203, helical blade 204, shell 202, promotes that induction system 2 operates steadily, to extend its service life, and can play reduction production cost。
Further, described granulating system 3 is by stand 301, bracket for vibrating screen 302, spring base 303, spring 304, screen cloth 305, reciprocating lever 306, lower roller 307, floral disc 308, hydraulic cylinder 309, bracing frame 310, upper roller 311, power part 312, chain 313, upper sprocket wheel 314, lower sprocket 315 forms, described stand 301 bottom connects spring base 303, spring base 303 is installed spring 304, spring 304 connects on the upside of screen cloth 305, be connected through the hinge on the downside of screen cloth 305 bracket for vibrating screen 302, described stand 301 top connects lower roller 307, the two end axles of described lower roller 307 connects floral disc 308, floral disc 308 lower limb contact reciprocating lever 306, reciprocating lever 306 lower end connects screen cloth 305, described lower roller shaft 307 one end axle is also connected with lower sprocket 315, lower roller shaft 307 one end shaft end connects power part 312, described stand 301 top connects hydraulic cylinder 309, hydraulic cylinder 309 bar connects bracing frame 310, bracing frame 310 connects upper roller 311, upper roller 311 one end axle connects upper sprocket wheel 314, it is connected by chain 313 between upper sprocket wheel 314 with described lower sprocket 315, starch pelletize is realized by the spreading of upper roller 311 with lower roller 307, the process of spreading can produce the temperature of 50-60 DEG C。
Further, described stand 301, spring base 303, spring 304, reciprocating lever 306, floral disc 308, hydraulic cylinder 309, bracing frame 310 are arranged symmetrically in upper roller 311 and the two ends of lower roller 307, and described upper roller 311 and lower roller 307 are arranged symmetrically on stand 301 and bracing frame 310。
Further, the discharging opening 2022 of described induction system 2 contacts with the contact position of upper roller 311 and lower roller 307, and starch is pushed directly to granulating system by induction system 2, becomes to drop and pollute reducing starch before spreading。
Further, described stand 301 is connected by arm-tie with the casing ends 2021 in induction system 2。
Further, described upper roller 311 and the axial line of lower roller 307 are parallel to each other, and horizontally disposed installation, it is ensured that the thickness of institute's pelletize is uniform。
Further, described cooling system 4 is made up of circulating pump 402 and water pipe 401, described circulating pump 402 connecting water pipe 401, water pipe 401 connects side upper roller 311 and lower roller 307 axle head, opposite side upper roller 311 and lower roller 307 axle head connecting water pipe 401, water pipe 401 passes in the water in tank, in water, another water pipe connects circulating pump 402, pass through into cooling water with the axle head at upper roller 311 and lower roller 307, reducing upper roller 311 and the temperature of lower roller 307, it is to avoid the gelatinizing of the grain that starch is made。
Claims (8)
1. a starch prilling granulator, including dynamical system, induction system, granulating system, cooling system, it is characterized in that, described dynamical system connects induction system, induction system contacts with granulating system, granulating system connects cooling system, described induction system includes hopper, shell, helical axis, helical blade, end axle, axle sleeve, described hopper bottom is provided with striker plate, hopper lower end is connected to shell left upper end, it is provided with helical axis in described shell, helical blade, end axle, axle sleeve, described helical axis is socketed helical blade, helical axis front end embeds link axle, end axle connecting bushing, described helical axis rear end is tapered, described helical axis, helical blade, shell is concentric each other, axis overlaps。
2. a kind of starch prilling granulator according to claim 1, it is characterized in that, described dynamical system includes motor and decelerator, and motor is bolted decelerator, and electric machine main shaft connection reducer rotating shaft, described electric machine main shaft coaxial line concentric on decelerator rotating shaft。
3. a kind of starch prilling granulator according to claim 1, it is characterized in that, described granulating system includes stand, bracket for vibrating screen, spring base, spring, screen cloth, reciprocating lever, lower roller, floral disc, hydraulic cylinder, bracing frame, upper roller, power part, chain, upper sprocket wheel, lower sprocket, described stand bottom connects spring base, spring base is installed spring, spring connects on the upside of screen cloth, be connected through the hinge on the downside of screen cloth bracket for vibrating screen, described stand top connects lower roller, the two end axles of described lower roller connects floral disc, floral disc lower limb contact reciprocating lever, reciprocating lever lower end connects screen cloth, lower roller shaft one end axle is also connected with lower sprocket, one end shaft end connects power part, described stand top connects hydraulic cylinder, hydraulic cylinder rod connects bracing frame, bracing frame connects upper roller, upper roller one end axle connects upper sprocket wheel, it is connected by chain between upper sprocket wheel with described lower sprocket。
4. a kind of starch prilling granulator according to claim 2, it is characterised in that described electric machine main shaft, decelerator rotating shaft, helical axis, helical blade, shell are concentric each other, and axis overlaps。
5. a kind of starch prilling granulator according to claim 3, it is characterized in that, described stand, spring base, spring, reciprocating lever, floral disc, hydraulic cylinder, bracing frame are arranged symmetrically in the two ends of upper roller and lower roller, and described upper roller and lower roller are arranged symmetrically on stand and bracing frame。
6. according to a kind of starch prilling granulator one of claim 1-3 Suo Shu, it is characterised in that the discharging opening of described induction system contacts with the contact position of upper roller and lower roller。
7. a kind of starch prilling granulator according to claim 5, it is characterised in that described upper roller and the axial line of lower roller are parallel to each other, and horizontally disposed installation。
8. according to a kind of starch prilling granulator one of claim 1-3 Suo Shu, it is characterized in that, described cooling system includes circulating pump and water pipe, described circulating pump connecting water pipe, water pipe connects side upper roller and lower roller axle head, opposite side upper roller and lower roller axle head connecting water pipe, water pipe passes in the water in tank, and in water, another water pipe connects circulating pump。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520993607.4U CN205321171U (en) | 2015-12-05 | 2015-12-05 | Starch prilling granulator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520993607.4U CN205321171U (en) | 2015-12-05 | 2015-12-05 | Starch prilling granulator |
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| Publication Number | Publication Date |
|---|---|
| CN205321171U true CN205321171U (en) | 2016-06-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520993607.4U Active CN205321171U (en) | 2015-12-05 | 2015-12-05 | Starch prilling granulator |
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| CN (1) | CN205321171U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105433416A (en) * | 2015-12-05 | 2016-03-30 | 安徽紫山农业科技有限公司 | Starch granulation device |
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2015
- 2015-12-05 CN CN201520993607.4U patent/CN205321171U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105433416A (en) * | 2015-12-05 | 2016-03-30 | 安徽紫山农业科技有限公司 | Starch granulation device |
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