CN100441098C - Centrifugal bump type dough kneading machine - Google Patents
Centrifugal bump type dough kneading machine Download PDFInfo
- Publication number
- CN100441098C CN100441098C CNB2006100652392A CN200610065239A CN100441098C CN 100441098 C CN100441098 C CN 100441098C CN B2006100652392 A CNB2006100652392 A CN B2006100652392A CN 200610065239 A CN200610065239 A CN 200610065239A CN 100441098 C CN100441098 C CN 100441098C
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- wheel
- outer cover
- face
- liquid
- tubular axis
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Abstract
A centrifugal collision type dough mixer has a flour feeding ring, a liquid feeding ring, a stepped internal wheel for accepting the flour and liquid dripped from said two rings, and an umbrella-shaped stepped cover of said internal wheel. It features that under the action of rotating internal wheel, the flour and liquid collide with said internal wheel and cover cyclically to obtain dough.
Description
Affiliated technical field
The present invention relates to a kind of and equipment face, liquid is unrestricted with the ratio of flour especially and during face, can work automatically continuously, can be used for small-sized wheaten food and process and large-scale wheaten food production line.
Background technology
At present, known and face equipment all adopts the stirring-type mixing method.Generally be earlier raw material to be put in the stirred vessel, wait raw material to be subjected to mechanical agitation, after evenly mixing, again face is taken out step work like this.The stirring of putting together of raw material in batch, need bulk container, big power, just can finish for a long time, this equipment not only cost height, volume is big, and waste electric power and time.Mixing time is long, also can destroy gluten, reduces the quality of face.Manually the feed intake service intermittent of discharging, i.e. waste of manpower and time, the life-span of having reduced motor again, also make the ratio instability of liquid and face easily, also accidents happened easily in operation.The stirring-type mixing method can only with water content face few, that viscosity is low, and the machinery of different alr modes can only with the face of different moisture content, can not effectively and go out moisture face more, that viscosity is higher.
Summary of the invention
In order to solve the deficiency of existing and face equipment, the invention provides a kind of new-type dough mixing machine.This dough mixing machine: volume is little, cost is low, little power consumption, safe and efficient, life-span are long, the water content of less manpower and face quality height and face is unrestricted, can full automatic continuous working.
The technical scheme that the present invention solves its technical problem employing is:
Constituting critical piece of the present invention has: two motor (motor one, motor two, respectively with clockwise and rotate counterclockwise), supply-water pump and water pipe, (the tubular axis first half is a hollow tubular to vertically arranged tubular axis, the several apopores of middle part annular array), the tubular axis top is equipped with small grooved wheel, middle part and a tubular water cover is housed (inwall is stepped, cover apopore and water retaining disk downwards), there are water retaining disk and interior wheel disc in the bottom (interior wheel disc is the disk by three different-diameters, with up-small and down-big order, stepped composition).On the water cover, charge shaft around a funnel shaped bucket is housed.Material toggling tooth on the tubular axis (it is in the inside of bucket, water cover top) is formed, armful is contained in bucket bottom by one by two halves.It below the bucket leakage face lock that can regulate size.It an outer wheel seat that surrounds the water cover, suit an outer cover sheave that can rotate on the outer wheel seat, lifting an outer cover wheel concentric (inwall of outer cover wheel is made up of the inclined-plane of the inverted steps shape of three layers of umbrella shape, and is corresponding with the stepped outer of interior wheel) below the outer cover sheave with interior wheel.Below the outer cover wheel is a large diameter flour retaining drum.
The concrete workflow of the present invention is: liquid is all measured by supply-water pump and is confessed, through water pipe input tubular axis.A large diameter sheave is housed on the motor one, is connected with small grooved wheel on the tubular axis, drive tubular axis and make a hour hand and rotate at a high speed by driving-belt.The liquid that enters tubular axis is discharged from apopore, produces centrifugal force with the tubular axis rotation, and outwards motion bumps against on the inwall of water cover, downwards landing.After liquid is fallen on the following water retaining disk, with the water retaining disk friction of rotation, produce centrifugal force, outwards motion bumps against again on the inwall of water cover.After collision several times, liquid becomes the landing continuously downwards of uniform annular.Face in the bucket is subjected to the effect that the material toggling tooth rotates and the control of the face of leakage lock, forms the annular of quantitative and even, lands continuously in the annulus of water cover and outer wheel seat.A large diameter sheave is housed on the motor two, and the outer cover sheave less by driving-belt and diameter is connected, and drives outer cover sheave and outer cover crop rotation rotation at a high speed counterclockwise.The liquid of interior ring and the flour of outer shroud drop on the ladder one of interior wheel disc simultaneously, with the interior disk friction that turns clockwise, produce centrifugal force, liquid outwards moves with flour, bump against on the inclined-plane one of outer cover wheel inwall, mix the first time that has formed liquid and flour.Mixture rubs with the outer cover wheel that is rotated counterclockwise again, produces centrifugal force, outwards moves the below along the interior inclined-plane of outer cover wheel, on the ladder two of wheel disc, mixture is further mixed in bumping against.Mixture again with the interior disk friction that turns clockwise, produce centrifugal force, outwards motion bumps against on the inclined-plane two of outer cover wheel inwall, and mixture is further mixed again.So like this, liquid and flour through repeatedly collision, have become the face that mixes (can basis and the size of the quality of face and viscosity, output, suitably the number of plies of wheel disc and outer cover wheel in the increase and decrease) between the corresponding surface of interior wheel disc and outer cover wheel.At last, face is along the interior inclined-plane of outer cover wheel bottom, and outwards move in the below.After outwards the face of below motion bumped against large diameter flour retaining drum inwall, dough mixing machine was discharged in landing vertically downward, finishes and the face operation.
The invention has the beneficial effects as follows: owing to adopted mixed method continuous on a small quantity, centrifugal bump type, compare with the dough mixing machine that has identical operating efficiency at present, the time decreased that volume reduced 60%, motor power (output) has saved 80%, face is subjected to mechanism more than 99%, the water content that reduced mechanical cost, face unrestricted (from the face silk to batter can both with).This is a kind of mode of work-doing of continuous automatic feed/discharge, not only saves time and manpower, has improved operating efficiency and security again, has also improved the life-span of motor and the quality of face.
Description of drawings
The present invention is further described below in conjunction with accompanying drawing.
Fig. 1 is an overall construction drawing of the present invention.
Fig. 2 is the fundamental diagram that liquid mixes with flour.
Fig. 3 is the vertical view of material toggling tooth.
Fig. 4 is the front view of material toggling tooth.
Among the figure: 1. supply-water pump, 2. water pipe, 3. water inlet, 4. small grooved wheel, 5. tubular axis, 6. noodle feeder, 7. bucket, 8. material toggling tooth, 9. leak the face lock, 10. annulus, 11. outer wheel seats, 12. water covers, 13. apopore, 14. water retaining disks, 15. outer covers wheel, 16. interior wheel disc, 17. flour retaining drums, 18. outer cover sheaves, 19. sheave two, 20. motor two, 21. motor one, 22. sheave one, 23. liquid lead-in wire, 24. flour lead-in wire, 25. mix lead-in wire, 26. ladders, one, 27. ladder two, 28. one, 30. inclined-plane two, ladder three, 29. inclined-planes, 31. inclined-plane three, 32. teeth, one, 33. tooth two.
The specific embodiment
Liquid is all measured by supply-water pump 1 and is confessed, through water pipe 2, by water inlet 3 input tubular axis 5.Tubular axis 5 first halves are hollow tubular, the several apopores 13 of middle part annular array.A large diameter sheave 1 is housed on the motor 1, is connected with small grooved wheel 4 on the tubular axis 5, drive tubular axis 5 and do clockwise rotation at a high speed by driving-belt.The liquid that enters tubular axis 5 is discharged from apopore 13, produces centrifugal force with tubular axis 5 rotations, and outwards moving along liquid lead-in wire 23 bumps against on the inwall of water cover 12.Water cover 12 is the stepped metallic sheaths of tubular, inwall, is sleeved on apopore 13 tops of tubular axis 5, and big mouthful downwards, covers apopore 13 and water retaining disk 14.Liquid bumps against landing downwards behind the inwall of water cover 12, falls on the following water retaining disk 14.Water retaining disk 14 is circular disks, is sleeved on below the apopore 13 on the tubular axis 5 the inside of water cover 12.Liquid is subjected to the spin friction of water retaining disk 14, produces centrifugal force, and outwards motion bumps against again on the inwall of water cover 12.Become uniform annular through three collision back liquid, drop to continuously on the interior wheel disc 16 along liquid lead-in wire 23.Interior wheel disc 16 is made up of the disk of three different-diameters, and with up-small and down-big order, stepped arrangement is sleeved on the tubular axis 5, with tubular axis 5 rotation at a high speed clockwise.
On tubular axis 5 tops, be coated with a funnel shaped bucket 7 on every side.Above bucket 7 inner bottom parts, water cover 12,, embrace and to be contained on the tubular axis 5 by a material toggling tooth 8 of forming by two halves.Two teeth are arranged on the material toggling tooth 8, and tooth 1 is that clockwise sickleshaped is horizontal to be adorned, and tooth 2 33 is tiltedly standing.Below bucket 7, water cover 12 be peripherally equipped with one can regulate the size leakage face lock 9.Below leaking face lock 9, be with wheel seat 11 outside outside the water cover 12.Form an annulus 10 between outer wheel seat 11 and the water cover 12.Suit the outer cover sheave 18 that can rotate on the outer wheel seat 11.Lifting the outer cover wheel 15 that can thereupon rotate below the outer cover sheave 18.The inwall of outer cover wheel 15 is inclined-planes of the inverted steps shape of three layers of umbrella shape, and wheel disc 16 in covering is corresponding with the stepped outer of interior wheel disc 16.Below the outer cover wheel 15 is flour retaining drum 17, and diameter is bigger slightly than outer cover wheel 15.A large diameter sheave 2 19 is housed on the motor 20, and the outer cover sheave 18 less by driving-belt and diameter is connected, and drives outer cover sheave 18 and outer cover wheel 15 and does counterclockwise rotation at a high speed.Face enters bucket 7 by noodle feeder 6, and the face in the bucket 7 is subjected to the effect of material toggling tooth 8 rotations and the control of the face of leakage lock 9, forms the annular of quantitative and even, on the interior wheel disc 16 below dropping to continuously in annulus 10.
The interior flour that land along flour lead-in wire 24 along the liquid and the outer shroud of 23 landing of liquid lead-in wire that encircle, drop on simultaneously on the ladder 1 of interior wheel disc 16, the friction that turns clockwise of wheel disc 16 in being subjected to, produce centrifugal force, outwards move along mixing lead-in wire 25 together, bump against outer cover and take turns on the inclined-plane 1 of 15 inwalls, mix the first time that has formed liquid and flour.Mixture is subjected to the friction that is rotated counterclockwise of outer cover wheel 15 again, produces centrifugal force, takes turns the outwards below motion of inclined-plane 1 of 15 inwalls along outer cover, on the ladder 2 27 of wheel disc 16, mixture is further mixed in bumping against.The friction that turns clockwise of wheel disc 16 in mixture is subjected to again produces centrifugal force, and outwards motion bumps against outer cover and takes turns on the inclined-plane 2 30 of 15 inwalls, and mixture is further mixed again.Mixture is subjected to the friction that is rotated counterclockwise of outer cover wheel 15 again, produces centrifugal force, takes turns the outwards below motion of inclined-plane 2 30 of 15 inwalls along outer cover, on the ladder 3 28 of wheel disc 16, mixture is further mixed again in bumping against.The friction that turns clockwise of wheel disc 16 in mixture is subjected to again produces centrifugal force, and outwards motion bumps against outer cover and takes turns on the inclined-plane 3 31 of 15 inwalls, and mixture is further mixed again.Liquid and flour mix through collision several times between the corresponding surface of interior wheel disc 16 and outer cover wheel 15, have become the face that mixes (can basis and the size of the quality of face and viscosity, output, suitably the number of plies of wheel disc 16 and outer cover wheel 15 in the increase and decrease).At last, face is subjected to the friction that is rotated counterclockwise of outer cover wheel 15, produces centrifugal force, takes turns 15 counterclockwise tangential directions along outer cover, outwards below motion.
The outside face of below motion, bump against large diameter flour retaining drum 17 inwalls after, can discharge dough mixing machine along mixing lead-in wire 25 landing vertically downward, finish and the face operation.
Claims (1)
1. centrifugal bump type dough mixing machine, critical piece has tubular axis (5), bucket (7), outer wheel seat (11), outer cover wheel (15), interior wheel disc (16), outer cover sheave (18), it is characterized in that: tubular axis (5) is a hollow tubular, the bottom is provided with apopore (13), tubular axis (5) periphery is installed with bucket (7), outer wheel seat (11) is in the below of bucket (7), outer cover sheave (18) is installed on the outer wheel seat (11), outer cover sheave (18) and following outer cover wheel (15) are dressed up one and can be rotated, tubular axis (5) and following interior wheel disc (16) are dressed up one and can be rotated, form the slit of annular between outer cover wheel (15) and the interior wheel disc (16) that covers on the inside, the direction of rotation of outer cover wheel (15) and interior wheel disc (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100652392A CN100441098C (en) | 2006-03-21 | 2006-03-21 | Centrifugal bump type dough kneading machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100652392A CN100441098C (en) | 2006-03-21 | 2006-03-21 | Centrifugal bump type dough kneading machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1957715A CN1957715A (en) | 2007-05-09 |
| CN100441098C true CN100441098C (en) | 2008-12-10 |
Family
ID=38069687
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2006100652392A Expired - Fee Related CN100441098C (en) | 2006-03-21 | 2006-03-21 | Centrifugal bump type dough kneading machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100441098C (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103109884B (en) * | 2012-12-02 | 2014-12-10 | 乐正午 | Rotating pipe type dough making device |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN87201634U (en) * | 1987-06-22 | 1988-02-03 | 济南市粮油机械厂 | Consecutive vertical dough mixer |
| CN2255724Y (en) * | 1996-02-15 | 1997-06-11 | 广东省番禺市恒联食品机械厂 | Two driving flour-mixing apparatus |
| CN2671355Y (en) * | 2004-01-16 | 2005-01-19 | 史云峰 | Flour kneader |
-
2006
- 2006-03-21 CN CNB2006100652392A patent/CN100441098C/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN87201634U (en) * | 1987-06-22 | 1988-02-03 | 济南市粮油机械厂 | Consecutive vertical dough mixer |
| CN2255724Y (en) * | 1996-02-15 | 1997-06-11 | 广东省番禺市恒联食品机械厂 | Two driving flour-mixing apparatus |
| CN2671355Y (en) * | 2004-01-16 | 2005-01-19 | 史云峰 | Flour kneader |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1957715A (en) | 2007-05-09 |
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Granted publication date: 20081210 Termination date: 20110321 |