CN204417382U - Starch making equipment - Google Patents
Starch making equipment Download PDFInfo
- Publication number
- CN204417382U CN204417382U CN201420844832.7U CN201420844832U CN204417382U CN 204417382 U CN204417382 U CN 204417382U CN 201420844832 U CN201420844832 U CN 201420844832U CN 204417382 U CN204417382 U CN 204417382U
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- China
- Prior art keywords
- starch
- communicated
- draft fan
- induced draft
- separation sieve
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Abstract
The utility model discloses a kind of starch making equipment, its drip irrigation device comprises feeding unit, stirrer, starch separator, settling tank, dryer and drawing mechanism, described dryer comprises the feed mechanism connected successively, well heater, dry pipe, shedding mechanism, induced draft fan and vapor pipe, pipe connecting is provided with between described shedding mechanism and induced draft fan, described shedding mechanism is communicated with by pipe connecting with induced draft fan, the starch strainer for starch granules in filtering exhaust is provided with between described shedding mechanism and induced draft fan, described starch strainer one end is communicated with shedding mechanism by pipe connecting, the other end is communicated with induced draft fan.The utility model easy cleaning starch separator and working efficiency is high.
Description
Technical field
The utility model relates to a kind of production unit, and more particularly, it relates to a kind of starch making equipment.
Background technology
At present, the starch making equipment on market comprises the feeding unit, stirrer, starch separator, settling tank, dryer and the drawing mechanism that connect successively.Powder raw material after crusher is entered by feeding unit, arrive stirrer to stir, be transported to starch separator again by separation sieve by the magazins' layout in starch fluid out, after starch fluid enters separation sieve, by the rotation of separation sieve, starch fluid is made to be subject to the effect of centrifugal force, starch fluid can by the sieve aperture of separation sieve, starch fluid can output to settling tank from outlet afterwards, precipitation through settling tank obtains wet starch, again wet starch is transported to dryer, dry starch after drying arrives drawing mechanism, export from the discharge bucket of drawing mechanism and pack, the waste gas that dryer produces is discharged from vapor pipe through the traction of tractor.
During separation sieve separating starch liquid, impurity can remain in separation sieve, permanent use, impurity can block the sieve aperture of separation sieve too much, owing to not being provided with the screen cloth of easy disassembly in separation sieve, directly clean rotating separation sieve is just needed when clearing up, during such cleaning and inconvenience, and directly clean rotating separation sieve time stop separating starch liquid, affect working efficiency like this.
Discharge bucket one end is discharge opening, and described discharge opening place is connected with drainage sleeve, and general drainage sleeve cloth is made, and its one end is set on the sidewall of discharge opening, is fixed with rope.Such fixed form is very insecure, and in actual use procedure, drainage sleeve can come off, and starch can be fallen and cause waste on the ground, and need to tie tight with rope to accomplish fluently knot during drainage sleeve installation, will open knot during dismounting, such dismounting and inconvenience thereof, affect working efficiency.
Starch granules containing more drying in the waste gas that dryer produces, easily not polluting through filtering directly to be discharged in air, affecting surrounding environment.
Utility model content
For the deficiency that prior art exists, main purpose of the present utility model is the starch making equipment providing starch in a kind of energy filtering exhaust.
Secondary objective is to provide a kind of easy cleaning starch separator and the high starch making equipment of working efficiency.
Another secondary objective is drainage sleeve difficult drop-off and easy accessibility starch making equipment.
For achieving the above object, the utility model adopts following technical scheme, starch making equipment, comprise feeding unit, stirrer, starch separator, settling tank, dryer and drawing mechanism, described dryer comprises the feed mechanism connected successively, well heater, dry pipe, shedding mechanism, induced draft fan and vapor pipe, pipe connecting is provided with between described shedding mechanism and induced draft fan, described shedding mechanism is communicated with by pipe connecting with induced draft fan, the starch strainer for starch granules in filtering exhaust is provided with between described shedding mechanism and induced draft fan, described starch strainer one end is communicated with shedding mechanism by pipe connecting, the other end is communicated with induced draft fan.
Preferably, starch strainer comprises casing, chamber is provided with in described casing, be connected with screen plate in described chamber, chamber is divided into left chamber and right chamber by described screen plate, and described left chamber is communicated with pipe connecting, described right chamber is communicated with induced draft fan, be provided with the water inlet pipe with chamber outside described casing, the water outlet of described water inlet pipe is positioned at the top of screen plate, and the bottom of described chamber is communicated with rising pipe.
Preferably, the dry net for absorbing water vapor is provided with between shedding mechanism and starch strainer.
Preferably, starch separator, the separation sieve comprising body and be rotationally connected with body, described separation sieve is positioned at body, opening for feed is offered above described separation sieve, be arranged with the screen cloth of fitting with separation sieve inwall in described separation sieve, the opening for feed place of described separation sieve is connected with the clamp assembly for fixed grit.
Preferably, screen cloth is provided with opening, edge, described screen openings place stretches out formation flange, described clamp assembly is reed, described flange is between reed and separation sieve outer wall, and described reed comprises the compressed part and the abutting part that convexes to form that raise up and formed downwards, described compressed part one end and separation sieve outer wall affixed, the other end is connected with abutting part, and the other end that described abutting part is connected with compressed part upwards digs formation flanging.
Preferably, drawing mechanism comprises discharge bucket, described discharge bucket one end is discharge opening, described discharge opening place is provided with the fixation kit for fixing drainage sleeve, described fixation kit comprises snap ring, the outwardly formation fixture block of described snap ring inwall, and described discharge opening outer wall is provided with draw-in groove, described drainage sleeve is between discharge opening outer wall and snap ring, and described fixture block is through drainage sleeve and draw-in groove clamping.
Preferably, draw-in groove comprises the swivelling chute slipping into groove, arrange along discharge opening circumference and buckling groove that arrange along discharge opening radial direction, described in slip into groove one end and be communicated with swivelling chute, the other end is for slipping into mouth, and described swivelling chute is communicated with buckling groove.
The utility model hinge structure is compared to be had: be provided with the starch strainer for starch granules in filtering exhaust between shedding mechanism and induced draft fan, starch strainer one end is communicated with shedding mechanism by pipe connecting, the other end is communicated with induced draft fan, like this arrange waste gas enter induced draft fan before first will through the filtration of starch strainer, the starch contained in removing waste gas, make the waste gas containing starch directly not enter air, avoid affecting environment around.
The screen cloth of the softness of fitting with separation sieve inwall is arranged with in separation sieve, fixing again by opening for feed place clamp assembly, when separation sieve is separated starch fluid, impurity can remain in screen cloth, when in screen cloth, impurity is more, open clamp assembly, the screen cloth taken out with impurity is cleared up, and changes new screen cloth simultaneously, and such starch separator can work on, both easy cleaning had fallen impurity, did not affect working efficiency again.
Drainage sleeve is between discharge opening outer wall and snap ring, and fixture block, through the draw-in groove clamping on drainage sleeve and discharge opening outer wall, so just can fix drainage sleeve by snap ring, drainage sleeve is not come off, as long as pulling down drainage sleeve is first pull down snap ring, pulling down drainage sleeve, more for convenience.
Accompanying drawing explanation
Fig. 1 is starch making equipment structural representation;
Fig. 2 is starch filter structure schematic representation;
Fig. 3 is starch strainer explosive view;
Fig. 4 is starch separator structural representation;
Fig. 5 is starch separator sectional view;
Fig. 6 is C portion enlarged view in Fig. 5;
Fig. 7 is discharge bucket structural representation;
Fig. 8 is A portion enlarged view in Fig. 7;
Fig. 9 is discharge bucket explosive view;
Figure 10 is B portion enlarged view in Fig. 9.
Reference numeral: 1, feeding unit, 2, stirrer, 3, starch separator, 31, body, 32, separation sieve, 33, reed, 331, compressed part, 332, abutting part, 333, flanging, 34, discharge nozzle, 35, screen cloth, 351, flange, 4, settling tank, 5, dryer, 6, starch strainer, 61, water inlet pipe, 62, rising pipe, 63, screen plate, 64, left chamber, 65, right chamber, 66, casing, 7, drawing mechanism, 71, reed, 72, discharge bucket, 721, discharge opening, 722, draw-in groove, 7221, slip into groove, 7222, swivelling chute, 7223, buckling groove, 73, drainage sleeve, 731, flange, 732, pilot hole, 74, snap ring, 741, fixture block.
Embodiment
With reference to accompanying drawing, the utility model starch making equipment embodiment is described further.
A kind of starch making equipment, comprises the feeding unit 1, stirrer 2, starch separator 3, settling tank 4, dryer 5 and the drawing mechanism 7 that connect successively.Powder raw material after crusher is entered by feeding unit 1, arrive stirrer 2 to stir, be transported to starch separator 3 again by separation sieve 32 by the magazins' layout in starch fluid out, after starch fluid enters separation sieve 32, by the rotation of separation sieve 32, starch fluid is made to be subject to the effect of centrifugal force, starch fluid can by the sieve aperture of separation sieve 32, starch fluid can output to settling tank 4 from outlet afterwards, precipitation through settling tank 4 obtains wet starch, again wet starch is transported to dryer 5, dry starch after drying arrives drawing mechanism 7, export from the discharge bucket 72 of drawing mechanism 7 and pack, the waste gas that dryer 5 produces is discharged from vapor pipe through the traction of tractor.Starch dryer 5, comprise the feed mechanism connected successively, well heater, dry pipe, shedding mechanism, induced draft fan and vapor pipe, wet starch enters from feed mechanism, well heater heats oven dry pipe, starch is through drying pipe, starch is made to become dry, dry starch is discharged from shedding mechanism, be communicated with by pipe connecting between shedding mechanism and induced draft fan, the waste gas produced can be discharged through the traction of induced draft fan from vapor pipe, the starch strainer 6 for starch granules in filtering exhaust is provided with between shedding mechanism and induced draft fan, starch strainer 6 one end is communicated with shedding mechanism by pipe connecting, the other end is communicated with induced draft fan, like this arrange waste gas enter induced draft fan before first will through the filtration of starch strainer 6, the starch contained in removing waste gas, the waste gas containing starch is made directly not enter air, avoid affecting environment around.
Starch strainer 6 is located between pipe connecting and induced draft fan, the starch granules just filtered out between induced draft fan in waste gas is entered at waste gas, the waste gas that this avoid with starch granules enters induced draft fan, prevents from damaging induced draft fan, ensure that the work-ing life of induced draft fan.Starch strainer 6 comprises casing 66, chamber is provided with in casing 66, screen plate 63 is connected with in chamber, casing 66 inwall can offer draw-in groove 722, the sidewall of screen plate 63 can block to be established in draw-in groove 722, so conveniently fix screen plate 63, also the dismounting of screen plate 63 is facilitated, chamber is divided into left chamber 64 and right chamber 65 by screen plate 63, left chamber 64 is communicated with pipe connecting, right chamber 65 is communicated with induced draft fan, waste gas containing starch granules is introduced into left chamber 64, along with the traction of induced draft fan arrives right chamber 65 through screen plate 63, arranging like this can ensure that waste gas is filtered fully, ensure that the waste gas after filtering is not containing starch granules.
The water inlet pipe 61 with chamber is provided with outside casing 66, the water outlet of water inlet pipe 61 is positioned at the top of screen plate 63, water outlet can be positioned at directly over screen plate 63, the water flowed out in such rising pipe 62 can flow on screen plate 63, the starch granules remained on screen plate 63 is rinsed, ensure that screen plate 63 can use for a long time, also improve the filter effect of screen plate 63 to a certain extent.There is certain temperature because waste gas enters after super-dry pipe is dried simultaneously, also play certain cooling effect with the cleaned filter plate of water 63, ensure that the work-ing life of screen plate 63, also waste gas is lowered the temperature, avoid waste gas to produce larger impact to the temperature of surrounding.The bottom of chamber is communicated with rising pipe 62, and the water of inflow can store in the chamber, can be discharged by rising pipe 62.
Be provided with the dry net for absorbing water vapor between shedding mechanism and starch strainer 6, after passing into water, water vapor can evaporate, and water vapor can be prevented after being provided with dry net to be back in receiving mechanism, avoids having an impact to the starch of drying.Dry net can contain the high-absorbent material such as charcoal or siccative, and dry net is arranged on the junction of pipe connecting and elbow, like this can the dismounting of convenient and dry net.
Starch separator 3, the separation sieve 32 comprising body 31 and be rotationally connected with body 31, disengagement chamber is provided with in body 31, separation sieve 32 is positioned at disengagement chamber, and separation sieve 32 is connected with the output shaft of motor, offers opening for feed above separation sieve 32, feed-pipe is provided with above opening for feed, feed-pipe makes starch fluid flow in separation sieve 32, and starch fluid, through the separation of separation sieve 32, is discharged to settling tank 4 from discharge nozzle 34.Owing to being arranged with the screen cloth 35 of the softness of fitting with separation sieve 32 inwall in separation sieve 32, screen cloth 35 is soft, can conveniently take out like this, when being separated, screen cloth 35 is also subject to the effect of centrifugal force, can fully and separation sieve 32 inwall fit, can ensure that starch fluid fully effectively filters like this, simultaneously, impurity under filtering can remain in screen cloth 35, when in screen cloth 35, impurity is more, open clamp assembly, the screen cloth 35 taken out with impurity is cleared up, change new screen cloth 35 simultaneously, such starch separator 3 can work on, both easy cleaning had fallen impurity, do not affect working efficiency again.Fix screen cloth 35 by opening for feed place clamp assembly simultaneously, prevent screen cloth 35 from all dropping in separation sieve 32, ensure that impurity can be stayed in screen cloth 35, thus ensure working efficiency.
Screen cloth 35 is provided with opening, screen cloth 35 opening part edge stretches out and forms flange 351, flange 351 can be pressed between clamp assembly and separation sieve 32 outer wall, clamp assembly is reed 33, reed 33 has certain elasticity, reed 33 comprises the raise up compressed part 331 formed and the abutting part convexed to form downwards, compressed part 331 one end and separation sieve 32 outer wall affixed, the other end is connected with abutting part, flange 351 can be crushed between abutting part and separation sieve 32 outer wall, the other end that abutting part is connected with compressed part 331 is upwards dug and is formed flanging 333, hand can pinch flanging 333 and broken by abutting part, flange 351 is snapped in, reed 33 also can be set to three.The opening of screen cloth 35 can fully open, and while ensureing that screen cloth 35 can not drop in separation sieve 32 completely, ensures that screen cloth 35 opening can fully open, thus ensures that starch fluid can normally enter in screen cloth 35, thus ensure that impurity can remain in screen cloth 35.Above arranges energy easy disassembly screen cloth 35, and can by screen cloth 35 fixation, and structure is simple and practical, easy to operate, and manufacture craft is simple.Bending compressed part 331, can provide larger snap-in force, make abutting part press tighter by flange 351, and not easily permanent deformation occurs, and ensures work-ing life.The flanging 333 upwards dug provides the impetus of hand, conveniently abutting part can be lifted.
Drawing mechanism 7 comprises discharge bucket 72, discharge bucket 72 one end is discharge opening 721, discharge opening 721 place is connected with drainage sleeve 73, general drainage sleeve 73 is made with cloth, drainage sleeve 73 is between discharge opening 721 outer wall and snap ring 74, drainage sleeve 73 can be just in time snap between the two, and such drainage sleeve 73 can be clamped by discharge opening 721 outer wall and snap ring 74, has certain fixed action to drainage sleeve 73.Drainage sleeve 73 is provided with pilot hole 732, and fixture block 741, through pilot hole 732 and draw-in groove 722 clamping on discharge opening 721 outer wall, so just can hold drainage sleeve 73 by fixture block 741, fixture block 741 again with draw-in groove 722 clamping, thus avoid drainage sleeve 73 to come off.As long as pulling down drainage sleeve 73 is first pull down snap ring 74, pulling down drainage sleeve 73, more for convenience, during installation, first fixture block 741 is being penetrated pilot hole 732, then making fixture block 741 and draw-in groove 722 clamping, also more for convenience.
Draw-in groove 722 comprise along discharge opening 721 radial direction arrange slip into groove 7221, the swivelling chute 7222 arranged along discharge opening 721 circumference and buckling groove 7223, slip into groove 7221 one end to be communicated with swivelling chute 7222, the other end is for slipping into mouth, swivelling chute 7222 is communicated with buckling groove 7223, during installation, fixture block 741 is aimed at and is slipped into mouth, enter slip into groove 7221 from slipping into mouth, during arrival swivelling chute 7222, snap ring 74 rotates along swivelling chute 7222, fixture block 741 is snapped in when arriving buckling groove 7223, when snap ring 74 makes equipment work by feat of self gravity, fixture block 741 is always in buckling groove 7223, when avoiding equipment work like this, snap ring 74 rotates, thus avoid drainage sleeve 73 to come off.When pulling down drainage sleeve 73, first snap ring 74 is upwards lifted and arrive swivelling chute 7222, rotating along swivelling chute 7222, taking out fixture block 741 from slipping into groove 7221, make snap ring 74 depart from discharge opening 721 outer wall, then take down drainage sleeve 73, simple to operation.
Drainage sleeve 73 end stretches out and forms flange 731, snap ring 74 outer wall is connected with compacting part, compacting part can be reed 71, flange 731 is compressed with reed 71, can further prevent drainage sleeve 73 from coming off, reed 71 and above-mentioned similar, structure is simple and practical, easy to operate, manufacture craft is simple.Bending compressed part, can provide larger snap-in force, make abutting part press tighter by flange 731, and not easily permanent deformation occurs, and ensures work-ing life.The flanging upwards digging 731 provides the impetus of hand, conveniently abutting part can be lifted.
The above is only preferred implementation of the present utility model, protection domain of the present utility model be not only confined to the above embodiments, and all technical schemes belonged under the utility model thinking all belong to protection domain of the present utility model.It should be pointed out that for those skilled in the art, do not departing from the some improvements and modifications under the utility model principle prerequisite, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (7)
1. a starch making equipment, comprise feeding unit, stirrer, starch separator, settling tank, dryer and drawing mechanism, described dryer comprises the feed mechanism connected successively, well heater, dry pipe, shedding mechanism, induced draft fan and vapor pipe, pipe connecting is provided with between described shedding mechanism and induced draft fan, described shedding mechanism is communicated with by pipe connecting with induced draft fan, it is characterized in that: between described shedding mechanism and induced draft fan, be provided with the starch strainer for starch granules in filtering exhaust, described starch strainer one end is communicated with shedding mechanism by pipe connecting, the other end is communicated with induced draft fan.
2. starch making equipment according to claim 1, it is characterized in that: described starch strainer comprises casing, chamber is provided with in described casing, be connected with screen plate in described chamber, chamber is divided into left chamber and right chamber by described screen plate, and described left chamber is communicated with pipe connecting, described right chamber is communicated with induced draft fan, be provided with the water inlet pipe with chamber outside described casing, the water outlet of described water inlet pipe is positioned at the top of screen plate, and the bottom of described chamber is communicated with rising pipe.
3. starch making equipment according to claim 2, is characterized in that: be provided with the dry net for absorbing water vapor between described shedding mechanism and starch strainer.
4. starch making equipment according to claim 1, it is characterized in that: described starch separator, the separation sieve comprising body and be rotationally connected with body, described separation sieve is positioned at body, opening for feed is offered above described separation sieve, be arranged with the screen cloth of fitting with separation sieve inwall in described separation sieve, the opening for feed place of described separation sieve is connected with the clamp assembly for fixed grit.
5. starch making equipment according to claim 4, it is characterized in that: described screen cloth is provided with opening, edge, described screen openings place stretches out formation flange, described clamp assembly is reed, described flange is between reed and separation sieve outer wall, described reed comprises the raise up compressed part formed and the abutting part convexed to form downwards, described compressed part one end and separation sieve outer wall affixed, the other end is connected with abutting part, and the other end that described abutting part is connected with compressed part upwards digs formation flanging.
6. the starch making equipment according to claim 1 to 5 any one, it is characterized in that: described drawing mechanism comprises discharge bucket, described discharge bucket one end is discharge opening, described discharge opening place is provided with the fixation kit for fixing drainage sleeve, described fixation kit comprises snap ring, the outwardly formation fixture block of described snap ring inwall, and described discharge opening outer wall is provided with draw-in groove, described drainage sleeve is between discharge opening outer wall and snap ring, and described fixture block is through drainage sleeve and draw-in groove clamping.
7. starch making equipment according to claim 6, it is characterized in that: described draw-in groove comprise along discharge opening radial direction arrange slip into groove, along discharge opening circumference arrange swivelling chute and buckling groove, described groove one end of slipping into is communicated with swivelling chute, the other end is for slipping into mouth, and described swivelling chute is communicated with buckling groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420844832.7U CN204417382U (en) | 2014-12-26 | 2014-12-26 | Starch making equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420844832.7U CN204417382U (en) | 2014-12-26 | 2014-12-26 | Starch making equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204417382U true CN204417382U (en) | 2015-06-24 |
Family
ID=53467769
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420844832.7U Expired - Fee Related CN204417382U (en) | 2014-12-26 | 2014-12-26 | Starch making equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204417382U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107739413A (en) * | 2017-11-26 | 2018-02-27 | 抚州市鹤达实业有限公司 | A kind of converted starch retracting device |
-
2014
- 2014-12-26 CN CN201420844832.7U patent/CN204417382U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107739413A (en) * | 2017-11-26 | 2018-02-27 | 抚州市鹤达实业有限公司 | A kind of converted starch retracting device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150624 Termination date: 20151226 |
|
| EXPY | Termination of patent right or utility model |