CN208121086U - A kind of blanking device of anti-corrosion dosage form Semi-dry yeast production - Google Patents
A kind of blanking device of anti-corrosion dosage form Semi-dry yeast production Download PDFInfo
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- CN208121086U CN208121086U CN201820308069.4U CN201820308069U CN208121086U CN 208121086 U CN208121086 U CN 208121086U CN 201820308069 U CN201820308069 U CN 201820308069U CN 208121086 U CN208121086 U CN 208121086U
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- screw rod
- mixing
- dosage form
- inlet channel
- blanking device
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Abstract
The utility model provides a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production, including feed hopper, mixing chamber and power device, the top of the mixing chamber is equipped with feed hopper, lower section is equipped with conveying pipeline, more mixing screw rods are equipped in the mixing chamber in parallel, one end of the mixing screw rod is connect with power device, and the other end can be passed through air, and the discharge of the gas vent by being arranged on mixing screw rod into mixing screw rod.It is arranged in mixing chamber mostly with mixing screw rod, the big yeast cutting stirring that feed hopper can be made to enter is more uniform, convenient for the molding of subsequent yeast, in addition gas vent is set on mixing screw rod, gas can be made to be discharged in mixing screw rod, the yeast being adhered on mixing screw rod is blown down, yeast is avoided and is adhered on mixing screw rod, reduces the trouble of equipment cleaning.
Description
Technical field
The utility model belongs to food processing equipment field, and in particular under a kind of anti-corrosion dosage form Semi-dry yeast production
Expect device.
Background technique
In order to meet the needs of family is using yeast, it will usually which yeast is packaged into small-sized yeast cutting or pouch ferment
Female powder, and in the production process of yeast, usually bulk yeast as raw material, so need to crush in bulk yeast again at
Type, and for small-sized yeast in production since moisture is larger, being difficult stirring opens, and easily adheres on agitating shaft, after influencing
Continuous molding.
Utility model content
Utility model aims to solve above-mentioned problems existing in the prior art, provide a kind of anti-corrosion dosage form half
The blanking device of dry ferment production, is arranged gas vent on mixing screw rod, gas can be made to be discharged in mixing screw rod, will adhere to
Yeast on mixing screw rod is blown down, and is avoided yeast and is adhered on mixing screw rod, and the trouble of equipment cleaning is reduced.
The utility model is achieved through the following technical solutions：
A kind of blanking device of anti-corrosion dosage form Semi-dry yeast production, including feed hopper, mixing chamber and power device, it is described
The top of mixing chamber is equipped with feed hopper, and lower section is equipped with conveying pipeline, is equipped with more mixing screw rods in the mixing chamber in parallel, described mixed
One end of material screw rod is connect with power device, and the other end can be passed through air into mixing screw rod, and by setting on mixing screw rod
The gas vent discharge set.The big yeast cutting stirring that mostly with mixing screw rod, feed hopper can be made to enter is set in mixing chamber more
Uniformly, it is formed convenient for subsequent yeast, gas vent in addition is set on mixing screw rod, gas can be made to arrange in mixing screw rod
Out, the yeast being adhered on mixing screw rod is blown down, avoids yeast and is adhered on mixing screw rod, reduce the fiber crops of equipment cleaning
It is tired.
The direction of rotation of the two neighboring mixing screw rod is opposite.Make two adjacent mixing screw rod direction of rotation on the contrary,
It is capable of increasing the stirring dynamics to yeast, bulk yeast is made to be more easier to be blended, stir evenly.
The mixing screw rod includes screw shaft, helical blade and gas vent, and the screw shaft is equipped with helical blade, described
The inside of screw shaft is cavity, and the excircle of the screw shaft is equipped with the gas vent being connected to cavity.In the outside of screw shaft
Helical blade is set, after making mixing screw rod can be to bulk yeast stirring action and to stirring during rotation
Yeast play a driving role, so that the yeast stirred evenly is concentrated to one end of stir chamber.
One end of the screw shaft is equipped with air inlet, and the other end is equipped with detachable end.One end of screw shaft be arranged into
Port, make gas air inlet enter, and the other end be arranged detachable end, in this way, usually in use, gas from into
Port enters, and is discharged from exhaust outlet, yeast is avoided to adhere on screw shaft, when periodicmaintenance, can open end cap, make gas
Enter in air inlet, be discharged from one end of end cap, the yeast entered in mixing screw rod is cleared up, guarantees the logical of gas passage
Freely.
One end that the mixing screw rod can be passed through air is equipped with gas inlet conversion device.In one end of mixing screw rod, air inlet is set
Conversion equipment can make gas that can enter the inside of screw shaft in equipment running process, that is to say, that turn in screw shaft
In dynamic process, gas can convey gas into screw shaft by gas inlet conversion device.
The gas inlet conversion device includes fixing seat and rotating seat, and the rotating seat is rotatably sleeved in fixing seat,
The rotating seat is equipped with the first inlet channel and annular housing, and the fixing seat is equipped with the second interconnected inlet channel
With third inlet channel, the annular housing is connected to the first inlet channel and the second inlet channel respectively.One end of tracheae with
Rotating seat connection, the other end are connect with gas source, and gas enters in annular housing by the first inlet channel, subsequently into second
Inlet channel finally enters screw shaft by third inlet channel, plays the role of supplying screw shaft.
Perpendicular to the axis of fixing seat, the third inlet channel sets second inlet channel along the axis of fixing seat
It sets.Second inlet channel is perpendicular to the axis of fixing seat, and through the outer circumference surface of fixing seat, and third inlet channel is then along fixation
The axis setting of seat, gas are pooled to third inlet channel after the entrance of the second inlet channel, finally enter in mixing screw rod.
Second inlet channel is equipped with multiple, and second inlet channel is uniformly distributed on the periphery of fixing seat.Solid
Multiple second inlet channels are set on the outer circumference surface of reservation, gas can be made more smoothly to enter the second inlet channel.
It is equipped with bearing between the fixing seat and rotating seat, sealing ring is equipped between the bearing and annular housing.Solid
Bearing is set between reservation and rotating seat, the friction between fixing seat and rotating seat can be reduced, enable fixing seat and rotating seat
High speed rotation is enough adapted to, while sealing ring is set between bearing and annular housing, that is, is distinguished in the two sides of annular housing
Sealing ring is set, the intracorporal gas leakage of annular chamber can be prevented.
One end that the fixing seat and rotary shaft are fixed is equipped with flange, and the center of the flange is equipped with and third inlet channel
The cushion chamber of connection.It is connect by flange with mixing screw rod, can guarantee bonding strength, on the end face of flange, i.e. flange
Cushion chamber is arranged in center and third inlet channel junction, can play buffer function to gas, makes to enter in mixing screw rod
Gas velocity is more stable.
Compared with prior art, the utility model has the beneficial effects that：
1, a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production of the utility model be arranged in mixing chamber mostly with
Mixing screw rod, the big yeast cutting stirring that feed hopper can be made to enter is more uniform, forms convenient for subsequent yeast；
2, the blanking device of a kind of anti-corrosion dosage form Semi-dry yeast production of the utility model, is arranged row on mixing screw rod
Stomata can be such that gas is discharged in mixing screw rod, and the yeast being adhered on mixing screw rod is blown down, and avoid yeast in mixing
It is adhered on screw rod, reduces the trouble of equipment cleaning；
3, the blanking device of a kind of anti-corrosion dosage form Semi-dry yeast production of the utility model, the two neighboring mixing spiral shell
The direction of rotation of bar is opposite.Make two adjacent mixing screw rod direction of rotation on the contrary, being capable of increasing the stirring dynamics to yeast, makes
Bulk yeast is more easier to be blended, stir evenly；
4, the blanking device of a kind of anti-corrosion dosage form Semi-dry yeast production of the utility model, sets in one end of mixing screw rod
Gas inlet conversion device is set, can make gas that can enter the inside of screw shaft in equipment running process, that is to say, that in spiral shell
During bar axis rotates, gas can convey gas into screw shaft by gas inlet conversion device.
Detailed description of the invention
Fig. 1 is the schematic view of the front view of the utility model；
Fig. 2 is the schematic cross-sectional view of the utility model；
Fig. 3 is the overlooking structure diagram of the utility model；
Fig. 4 is the mixing screw portion the schematic diagram of the section structure of the utility model；
Fig. 5 is the gas converter structural schematic diagram of the utility model；
Fig. 6 is the gas converter schematic cross-sectional view of the utility model；
Wherein, 1, feed hopper, 2, mixing chamber, 3, power device, 4, gas inlet conversion device, 5, air inlet pipe, 6, gear, 7, mixed
Expect screw rod, 8, driven pulley, 9, driving pulley, 10, shaft coupling, 11, motor, 41, fixing seat, 42, mounting flange, 43, rotation
Seat, 44, intake interface, the 45, first inlet channel, 46, bearing, the 47, first sealing ring, 48, annular housing, 49, retaining ring, 50,
Second sealing ring, 51, cushion chamber, 52, third inlet channel, the 53, second inlet channel, 61, first gear, 62, second gear,
71, the first mixing screw rod, the 72, second mixing screw rod, 73, screw shaft, 74, helical blade, 75, gas vent, 76, end cap.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing：
As shown in Figure 1-3, a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production, including feed hopper 1, mixing chamber 2
With power device 3, the top of the mixing chamber 2 is equipped with the feed hopper 1 for yeast cutting charging, and lower section is equipped with for conveying yeast
Conveying pipeline, the cross section of feed hopper 1 is quadrangle, and the opening of upper end is greater than the opening of lower end, sets in parallel in the mixing chamber 2
There are more mixing screw rods 7, for squeezing, pulverizing by the yeast cutting of bulk, and is stirred for uniformly, the two neighboring mixing spiral shell
The direction of rotation of bar 7 is opposite.Make two adjacent 7 direction of rotation of mixing screw rod on the contrary, being capable of increasing the stirring dynamics to yeast,
Bulk yeast is set to be more easier to be blended, stir evenly.One end of the mixing screw rod 7 is connect with power device 3, and the other end can be to
It is passed through air in mixing screw rod 7, and the gas vent 75 by being arranged on mixing screw rod 7 is discharged, is arranged in mixing chamber 2 mostly with mixed
Expect screw rod 7, the big yeast cutting stirring that feed hopper 1 can be made to enter is more uniform, forms convenient for subsequent yeast, in addition in mixing
Gas vent 75 is set on screw rod 7, gas can be made to be discharged in mixing screw rod 7, the yeast being adhered on mixing screw rod 7 is blown
Under, it avoids yeast and is adhered on mixing screw rod 7, reduce the trouble of equipment cleaning.
The application is illustrated using two mixing screw rods 7, specifically, clear for ease of description, two mixing screw rods 7
Respectively the first mixing screw rod 71 and the second mixing screw rod 72, the first mixing screw rod 71 and the second mixing screw rod 72 are in mixing chamber 2
It is inside arranged in parallel, the one end connecting with power device 3 is respectively equipped with first gear 61 and second gear 62, i.e., in the first mixing spiral shell
First gear 61 is set on bar 71, second gear 62, first gear 61 and second gear 62 are set on the second mixing screw rod 72
Intermeshing, when driving one of gear 6, another gear 6 can rotate simultaneously, but rotation direction is on the contrary, in the application,
Driven pulley 8, driven pulley 8 and driving pulley 9 are set in the shaft of second gear 62 and pass through transmission band connection, driving pulley
8 are connect with power device 3 by shaft coupling 10, and wherein motor 11, air motor, hydraulic motor etc. can be used in power device 3, this
Application drives driving pulley 9 using motor 11.
As shown in figure 4, may generate certain viscosity in whipping process due to the special nature of yeast, be adhered to
On the screw shaft 73 of mixing screw rod 7, allowing for so after prolonged use, mixing screw rod 7 cannot be cleared up effectively, so
The mixing screw rod 7 of the application includes screw shaft 73, helical blade 74 and gas vent 75, and the screw shaft 73 is equipped with spiral
Blade 74, the inside of the screw shaft 73 are cavity, and the excircle of the screw shaft 73 is equipped with the gas vent being connected to cavity
75.Helical blade 74 is arranged in external in screw shaft 73, play mixing screw rod 7 can to bulk yeast during rotation and stirs
The effect of mixing, and can play a driving role to the yeast after stirring, so that the yeast stirred evenly is concentrated to one end of stir chamber.
One end of the screw shaft 73 is equipped with air inlet, and the other end is equipped with detachable end 76.One end of screw shaft 73
Air inlet is set, enters gas in air inlet, and detachable end 76 is set in the other end, in this way, usually in use,
Gas enters from air inlet, is discharged from exhaust outlet, yeast is avoided to adhere on screw shaft 73, can be by end cap when periodicmaintenance
76 open, and enter gas in air inlet, are discharged from one end of end cap 76, clear up the yeast entered in mixing screw rod 7,
Guarantee the unobstructed of gas passage.
As seen in figs. 5-6, one end that the mixing screw rod 7 can be passed through air is equipped with gas inlet conversion device 4.In mixing screw rod
Gas inlet conversion device 4 is arranged in 7 one end, can make gas that can enter the inside of screw shaft 73 in equipment running process,
That is, gas can convey gas into screw shaft 73 by gas inlet conversion device 4 during screw shaft 73 rotates
Body.
The gas inlet conversion device 4 includes fixing seat 41 and rotating seat 43, and the rotating seat 43 is rotatably sleeved on solid
In reservation 41, one end of fixing seat 41 is equipped with mounting flange 42, and rotating seat 43 is equipped with intake interface 44, on the rotating seat 43
Equipped with the first inlet channel 45 and annular housing 48, the fixing seat 41 is equipped with interconnected the second inlet channel 53 and the
Three inlet channels 52, the annular housing 48 are connected to the first inlet channel 45 and the second inlet channel 53 respectively.Air inlet pipe 5
One end is connect with rotating seat 43, i.e., connect with intake interface 44, and the other end is connect with gas source, and gas source provides gas for equipment, can
Using air compressor, gas enters in annular housing 48 by the first inlet channel 45, subsequently into the second inlet channel
53, screw shaft 73 is finally entered by third inlet channel 52, plays the role of supplying screw shaft 73.
Second inlet channel 53 is perpendicular to the axis of fixing seat 41, and the third inlet channel 52 is along fixing seat 41
Axis setting.Second inlet channel 53 perpendicular to fixing seat 41 axis, through the outer circumference surface of fixing seat 41, and third air inlet
Channel 52 is then arranged along the axis of fixing seat 41, and gas is pooled to third inlet channel 52 after the entrance of the second inlet channel 53,
It finally enters in mixing screw rod 7.
Second inlet channel 53 be equipped with it is multiple, second inlet channel 53 on the periphery of fixing seat 41
Cloth.Multiple second inlet channels 53 are set on the outer circumference surface of fixing seat 41, gas can be made more smoothly to enter second
Inlet channel 53.
Bearing 46 is equipped between the fixing seat 41 and rotating seat 43, bearing 46 is embedded into rotating seat 43, and passes through gear
Circle 49 is fastened in fixing seat 41, and the first sealing ring 47 is equipped between the bearing 46 and annular housing 48.Fixing seat 41 with
Bearing 46 is set between rotating seat 43, the friction between fixing seat 41 and rotating seat 43 can be reduced, makes fixing seat 41 and rotation
Seat 43 can adapt to high speed rotation, while the first sealing ring 47 be arranged between bearing 46 and annular housing 48, that is, in ring
The first sealing ring 47 is respectively set in the two sides of shape cavity 48, can prevent the gas in annular housing 48 from leaking.
The fixing seat 41 is equipped with mounting flange 42, the center of the mounting flange 42 with the fixed one end of mixing screw rod 7
Equipped with the cushion chamber 51 being connected to third inlet channel 52.It is connect by mounting flange 42 with mixing screw rod 7, can guarantee to connect
Intensity, on the end face of mounting flange 42, i.e., cushion chamber is arranged in the center of mounting flange 42 and 52 junction of third inlet channel
51, buffer function can be played to gas, keep the gas velocity entered in mixing screw rod 7 more stable, in the week of cushion chamber 51
The second sealing ring 50 of setting is enclosed, the leakage of gas is placed.
Above-mentioned technical proposal is a kind of embodiment of the utility model, for those skilled in the art,
On the basis of the utility model discloses application method and principle, it is easy to various types of improvement or deformation are made, without
It is only limitted to method described in the above-mentioned specific embodiment of the utility model, therefore previously described mode is only preferred, and
Not restrictive meaning.
Claims (10)
1. a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production, which is characterized in that including feed hopper, mixing chamber and power
Device, the top of the mixing chamber are equipped with feed hopper, and lower section is equipped with conveying pipeline, is equipped with more mixing spiral shells in parallel in the mixing chamber
One end of bar, the mixing screw rod is connect with power device, and the other end can be passed through air into mixing screw rod, and pass through mixing
The gas vent discharge being arranged on screw rod.
2. a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production according to claim 1, which is characterized in that adjacent
The direction of rotation of two mixing screw rods is opposite.
3. a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production according to claim 1, which is characterized in that described
Mixing screw rod includes screw shaft, helical blade and gas vent, and the screw shaft is equipped with helical blade, the inside of the screw shaft
For cavity, the excircle of the screw shaft is equipped with the gas vent being connected to cavity.
4. a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production according to claim 3, which is characterized in that described
One end of screw shaft is equipped with air inlet, and the other end is equipped with detachable end.
5. a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production according to claim 1, which is characterized in that described
One end that mixing screw rod can be passed through air is equipped with gas inlet conversion device.
6. a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production according to claim 5, which is characterized in that described
Gas inlet conversion device includes fixing seat and rotating seat, and the rotating seat is rotatably sleeved in fixing seat, on the rotating seat
Equipped with the first inlet channel and annular housing, it is logical that the fixing seat is equipped with interconnected the second inlet channel and third air inlet
Road, the annular housing are connected to the first inlet channel and the second inlet channel respectively.
7. a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production according to claim 6, which is characterized in that described
Axis of second inlet channel perpendicular to fixing seat, axis setting of the third inlet channel along fixing seat.
8. a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production according to claim 6, which is characterized in that described
Second inlet channel is equipped with multiple, and second inlet channel is uniformly distributed on the periphery of fixing seat.
9. a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production according to claim 6, which is characterized in that described
It is equipped with bearing between fixing seat and rotating seat, sealing ring is equipped between the bearing and annular housing.
10. a kind of blanking device of anti-corrosion dosage form Semi-dry yeast production according to claim 6, which is characterized in that institute
It states one end that fixing seat and rotary shaft are fixed and is equipped with flange, the center of the flange is equipped with the buffering being connected to third inlet channel
Chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820308069.4U CN208121086U (en) | 2018-03-05 | 2018-03-05 | A kind of blanking device of anti-corrosion dosage form Semi-dry yeast production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820308069.4U CN208121086U (en) | 2018-03-05 | 2018-03-05 | A kind of blanking device of anti-corrosion dosage form Semi-dry yeast production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208121086U true CN208121086U (en) | 2018-11-20 |
Family
ID=64205412
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820308069.4U Active CN208121086U (en) | 2018-03-05 | 2018-03-05 | A kind of blanking device of anti-corrosion dosage form Semi-dry yeast production |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208121086U (en) |
-
2018
- 2018-03-05 CN CN201820308069.4U patent/CN208121086U/en active Active
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