CN203890336U - Bran yeast production machine - Google Patents
Bran yeast production machine Download PDFInfo
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- CN203890336U CN203890336U CN201420336480.4U CN201420336480U CN203890336U CN 203890336 U CN203890336 U CN 203890336U CN 201420336480 U CN201420336480 U CN 201420336480U CN 203890336 U CN203890336 U CN 203890336U
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- koji
- chamber
- disk
- yeast
- erecting frame
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Abstract
The utility model discloses a bran yeast production machine. The bran yeast production machine comprises a rack, a yeast preparation chamber with a cylindrical structure is mounted on the rack, a vertically arranged spindle is arranged in the center of the yeast preparation chamber, a yeast preparation disc is rotatably connected to the spindle, the yeast preparation disc is located in the middle of the yeast preparation chamber, a fixed disc is fixedly arranged at a position located above the yeast preparation disc on the spindle, the edge of the fixed disc is connected with a protective cylinder, air-penetrable holes are formed in the yeast preparation disc, the yeast preparation chamber is divided by virtue of the yeast preparation disc into two parts, namely, a bran yeast manufacturing cavity located at the upper part and a steam introduction cavity located at a lower part, the steam introduction cavity is communicated with a steam introduction pipe, the bran yeast manufacturing cavity is communicated with a steam discharge pipe, a feed inlet and a discharge outlet, which are communicated with the bran yeast manufacturing cavity, are formed in the side wall of the yeast preparation chamber, the lower edge of the discharge outlet is close to the yeast preparation disc and a yeast discharge device is arranged at a position located above the yeast preparation disc inside the yeast preparation chamber. By virtue of the bran yeast production machine disclosed by the utility model, the automatic production can be achieved and the bran yeast production machine has the advantages and effects that the stable-quality bran yeast can be achieved and the labor conservation is also achieved.
Description
Technical field
The utility model relates to a kind of wheat bran and produces machine.
Background technology
In the brewing process of distilled spirit with sesame flavour, wheat bran manufacture is one of them important step.While manufacturing wheat bran, need to by wheat bran, vinasse and and the mixture of water mix thoroughly after putting into the sort of quyi, after pass into steam, at suitable temperature bottom fermentation, make wheat bran.Conventionally to first the song material mixing be dropped in koji pond, need during the fermentation song material repeatedly to turn so that levels mixes, finally the wheat bran of making be taken out from koji pond.Adopt this technique, easily occur that bent material turns inhomogeneous situation, produced wheat bran quality is unstable, and production efficiency is lower.
Summary of the invention
The purpose of this utility model is to provide a kind of wheat bran and produces machine, uses this wheat bran to produce the desirable stay-in-grade wheat bran of machine, can realize out bent automatization, can save manpower.
For achieving the above object, the utility model comprises frame, its constructional feature is the koji chamber that a cylindrical structure is installed in described frame, the top of koji chamber and sealed bottom, koji Shi center is provided with the main shaft of vertical setting, on main shaft, be rotatably connected to the koji disk that periphery and koji chamber interior walls are sealed and matched and are driven by power set, koji disk is positioned at the middle part of koji chamber, the position that is positioned at koji disk top on main shaft is installed with fixed disc, the edge of fixed disc is connected with protection cylinder, the lower edge of protection cylinder and koji disk are for being sealed and matched, breather hole gathers on koji disk, koji disk is divided into upper and lower two portions by koji chamber, be respectively the wheat bran that is positioned at top manufacture chamber and be positioned at below steam pass into chamber, steam passes into chamber and is communicated with steam access tube, wheat bran is manufactured chamber and is communicated with steam discharge pipe, the sidewall of koji chamber is provided with wheat bran and manufactures opening for feed and the discharge port that chamber is communicated with, the lower edge of discharge port is near koji disk, the indoor position that is positioned at koji disk top of koji is provided with out bent device.
Described power set comprises the main motor being arranged on the sidewall of koji chamber, by main motor, drive koji disk to rotate, in the internal side wall of koji chamber, be rotatably connected to support roller, support roller is arranged at intervals with a plurality of along the circumferential direction of koji chamber, the bottom surface of koji disk is provided with the track coordinating with support roller.
Describedly go out bent device and comprise and be located at the indoor spiral erecting frame radially arranging along koji disk of koji, one end of spiral erecting frame is near protection cylinder, the other end of spiral erecting frame stretches to outside after passing the vertical openings on the sidewall of koji chamber, the indoor one end of koji that is positioned at of spiral erecting frame is connected with the first lifting device, the outdoor one end of koji that is positioned at of spiral erecting frame is connected with the second lifting device, spiral erecting frame comprises and is positioned at the indoor inner sealed board of koji, be positioned at the outdoor outer shrouding of koji and the rear deflector door that is connected two shroudings, between inner sealed board and outer shrouding, be rotatably connected to screw shaft, screw shaft drives its rotation by the engine being arranged on spiral erecting frame, on screw shaft, be connected with screw-blade, on screw-blade, near the position of inner sealed board one end, offer many places and thoroughly expect mouth.
Described inner sealed board is connected with front panel near a side of protection cylinder, squab panel, wainscot, three wallboards form the guard shield that is buckled in the lower openings on protection cylinder side wall together with inner sealed board, angle between front panel and inner sealed board is obtuse angle, inner sealed board, front panel, squab panel, the edge of wainscot is provided with the sealed strip of being made by rubber or silica gel, outer shrouding is connected with apron plate near a side of koji chamber sidewall, rear backplate, upper guard board, three backplates form the case of lower openings together with outer shrouding, it is indoor and in its edge, be connected with and on the sidewall of the hush panel koji chamber for shutoff vertical openings that the inwall with koji chamber fits, be provided with and can stretch into and up and down blowdown passage within it for case that case stretches to koji.
Described the first lifting device comprises the rotational lead screw of vertical setting, the lower end of rotational lead screw is rotationally connected with on the web plate being located on protection cylinder side wall, on the roof of koji chamber, wheelwork is installed, the upper end of rotational lead screw is rotatably connected on this wheelwork and by it and drives, and wainscot is provided with the through hole that can pass for rotational lead screw and in through hole, is fixed with the feed screw nut coordinating with rotational lead screw, described the second lifting device comprises the two vertical sliding bars that arrange and is located at the driving leading screw of the vertical setting between two sliding bars, position near top on the sidewall of koji chamber is provided with top erecting frame, on the sidewall of koji chamber, be positioned at koji disk and be relatively provided with middle part erecting frame in the position of below, the two ends up and down of sliding bar are fixed in respectively on top erecting frame and middle part erecting frame, drive the lower end of leading screw to be rotatably connected on the erecting frame of middle part, on the erecting frame of top, drive unit is installed, drive the upper end of leading screw to be rotatably connected on this drive unit and by its driving, the outside of outer shrouding is connected with link span, on link span, be fixed with two slip caps that coordinate with sliding bar and a leading screw nut coordinating with driving leading screw, wheelwork comprises roll-shell, in roll-shell, be rotatably connected to the drive bevel gear and the driven wheel of differential that are meshed, the power output shaft being connected with driven wheel of differential is connected with the upper end of rotational lead screw, drive unit comprises drive shell, in drive shell, be rotatably connected to the driving bevel gear and the driven bevel pinion that are meshed, the power output shaft being connected with driven bevel pinion is connected with driving the upper end of leading screw, between drive bevel gear and driving bevel gear, be connected with synchronous rotating shaft, driving bevel gear is provided with active rotating shaft and drives its rotation by the engine that is arranged on top, koji chamber.
The bottom bend forward of described rear deflector door forms bend, and this bend front end is evenly equipped with a plurality of broken prongs.
Adopt after said structure, song material can be put into wheat bran from opening for feed and manufacture in chamber, on koji disk, spread out even, from steam access tube, pass into steam and carry out koji, after koji completes, start and bent device, koji disk rotates simultaneously, the wheat bran on koji disk can be transferred out; Whole koji chamber is that enclosed space is easy to carry out Temperature and Humidity Control, therefore can obtain stay-in-grade wheat bran, owing to going out song, can realize automatization, has saved original use and has manually gone out bent process, can save manpower.Wheelwork is when work, and the power output shaft of main motor is rotated, and can drive koji disk to rotate, and support roller coordinates with track, koji disk can be held up and makes koji disk rotate smoothly, in the rotation process of koji disk, rear deflector door on spiral erecting frame constantly sweeps the song material on koji disk, because screw shaft can rotate under the driving of engine, the screw-blade connecting on screw shaft rotates thereupon, it can be carried from the inside of koji chamber the song material after being swept by rear deflector door to outside, the two ends of spiral erecting frame are connected with the first lifting device and the second lifting device, when without use, this can be gone out to bent device rises, so that turn over the bent operation that waits other, on screw-blade, near the position of inner sealed board one end, offer many places and thoroughly expect mouth, because the song material humidity at koji disc centre position is larger, this structure can prevent that bent material from sticking on screw-blade, this goes out bent device and adopts the mode of spiral promotion to go out song, working efficiency is higher, low in energy consumption, result of use is good, inner sealed board is connected with front panel, squab panel, wainscot near a side of protection cylinder, three wallboards form the guard shield that is buckled in the lower openings on protection cylinder side wall together with inner sealed board, can prevent that bent material from entering in guard shield, protect the normal operation of its internal structure, angle between front panel and inner sealed board is obtuse angle, angle between front panel and protection cylinder is acute angle, and the song material of close front panel can enter the position of screw-blade along front panel, guarantee not have to go out bent dead angle, the bottom bend forward of rear deflector door forms bend, this bend can upwards scoop up song material, reduce resistance, inner sealed board, front panel, squab panel, the edge of wainscot is provided with the sealed strip of being made by rubber or silica gel, there is better sealing effectiveness, outer shrouding connects apron plate, rear backplate, upper guard board forms casing structure, it is indoor and be connected with the hush panel for shutoff vertical openings in its edge that case stretches to koji, the sidewall of koji chamber is provided with and can stretches into and up and down blowdown passage within it for case, when going out song, bent material can be crossed case and enter smoothly blowdown passage, the first lifting device and the second lifting device all adopt the mode of lead screw transmission, can make this go out bent device and operate steadily when lifting, between wheelwork and drive unit, are provided with synchronous rotating shaft, can guarantee the two ends synchronization lifting of spiral erecting frame, the bend front end of rear deflector door is evenly equipped with a plurality of broken prongs, and broken prong can carry out fragmentation to the song material of caking, is beneficial to out song.
In sum, the utility model can be realized automatic production, has more the advantageous effect that can obtain stay-in-grade wheat bran, save manpower.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, embodiment of the present utility model is further described in detail:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation that goes out bent device in the utility model;
Fig. 3 is the structural representation after dissecing along A-A direction in Fig. 2;
Fig. 4 is the structural representation after dissecing along B-B direction in Fig. 2;
Fig. 5 is the structural representation of the second lifting device in the utility model;
Fig. 6 is the internal structure schematic diagram of wheelwork and drive unit in the utility model.
Embodiment
As shown in Figure 1; this wheat bran production machine comprises frame 1; the koji chamber 2 of a cylindrical structure is installed in frame 1; the top of koji chamber 2 and sealed bottom; the center of koji chamber 2 is provided with the main shaft 5 of vertical setting; on main shaft 5, be rotatably connected to the koji disk 6 that periphery coordinates and driven by power set with koji chamber 2 inner wall sealings; koji disk 6 is positioned at the middle part of koji chamber 2; the position that is positioned at koji disk 6 tops on main shaft 5 is installed with fixed disc 7; the edge of fixed disc 7 is connected with protection cylinder 8, and the lower edge of protection cylinder 8 and koji disk 6 are for being sealed and matched.Breather hole gathers on koji disk 6, koji disk 6 is divided into upper and lower two portions by koji chamber 2, be respectively the wheat bran that is positioned at top manufacture chamber and be positioned at below steam pass into chamber, steam passes into chamber and is communicated with steam access tube, wheat bran is manufactured chamber and is communicated with steam discharge pipe, the sidewall of koji chamber 2 is provided with wheat bran and manufactures opening for feed 89 and the discharge port 46 that chamber is communicated with, and the lower edge of discharge port 46 is near koji disk 6, and the position that is positioned at koji disk 6 tops in koji chamber 2 is provided with out bent device 88.
As shown in Figure 1, above-mentioned power set comprises the main motor 84 being arranged on the sidewall of koji chamber, koji disk 6 bottom surface uniform ring are furnished with a plurality of posts 85 of stirring, horizontally disposed turning wheel 86 is housed in the power output shaft of main motor 84, turning wheel 86 is disc structure, and the periphery uniform ring of turning wheel 86 is provided with a plurality of breach corresponding with stirring post 85, breach with stir post and match, turning wheel can promote forward to stir post while rotating, thereby order about koji disk 6, rotates.Between main motor 84 and koji disk 6, can also adopt other type of drive.Wherein embodiment is: the bottom of koji disk 6 is connected with a gear ring, is provided with and gear ring meshed gears, thereby realizes the driving to koji disk 6 in the power output shaft of main motor 84.Wherein another kind of embodiment is: in the power output shaft of main motor 84, friction wheel is installed, friction wheel contacts with the edge of koji disk 6, thereby realizes the driving to koji disk 6.In the internal side wall of koji chamber 2, be rotatably connected to support roller 90, support roller 90 is arranged at intervals with a plurality of along the circumferential direction of koji chamber 2, and the bottom surface of koji disk 6 is provided with the track 91 coordinating with support roller 90.
As shown in Figure 2, Figure 3, Figure 4; above-mentioned go out bent device 88 comprise koji chamber 2, be located at the center of koji chamber 2 main shaft 5, be rotatably connected on koji disk 6 on main shaft 5, be installed in the fixed disc 7 that is positioned at koji disk 6 tops on main shaft 5, the protection cylinder 8 extending to koji disk 6 that is connected to fixed disc 7 edges; the discharge port of koji chamber 2 is vertical openings 46, and the lower edge of vertical openings 46 is near koji disk 6.Koji chamber 2 interior along koji disk 6 be radially provided with spiral erecting frame 47, one end of spiral erecting frame 47 is near protection cylinder 8, the other end of spiral erecting frame 47 stretches to outside after passing the vertical openings 46 on 2 sidewalls of koji chamber.One end that is positioned at koji chamber 2 of spiral erecting frame 47 is connected with the first lifting device, and one end being positioned at outside koji chamber 2 of spiral erecting frame 47 is connected with the second lifting device.Spiral erecting frame 47 comprise be positioned at koji chamber 2 inner sealed board 48, be positioned at outer shrouding 49 and the rear deflector door 50 that is connected two shroudings outside koji chamber 2.Inner sealed board 48 is connected with front panel 51, squab panel 52, wainscot 53 near a side of protection cylinder 8; three wallboards form the guard shield that is buckled in the lower openings on protection cylinder 8 sidewalls together with inner sealed board 48, and the angle between front panel 51 and inner sealed board 48 is obtuse angle.The edge of inner sealed board 48, front panel 51, squab panel 52, wainscot 53 is provided with the sealed strip (not shown) of being made by rubber or silica gel.Outer shrouding 49 is connected with apron plate 54, rear backplate 55, upper guard board 56 near a side of koji chamber 2 sidewalls, three backplates form the case of lower openings together with outer shrouding 49, and case stretches in koji chamber 2 and in its edge, is connected with the hush panel 57 for shutoff vertical openings 46 that the inwall with koji chamber 2 fits.The sidewall of koji chamber 2 is provided with and can stretches into and up and down blowdown passage 58 within it for case.The bottom bend forward of rear deflector door 50 forms bend, and the bend front end of rear deflector door 50 is evenly equipped with a plurality of broken prong (not shown)s for broken bent material.Between inner sealed board 48 and outer shrouding 49, be rotatably connected to screw shaft 59.Inner sealed board 48 is provided with the circular hole passing for screw shaft 59 and is fixed with herein rolling bearing units, and one end of screw shaft 59 is arranged on rolling bearing units after passing inner sealed board 48, to realize screw shaft 59 being rotationally connected on inner sealed board 48; Outer shrouding 49 is provided with the circular hole passing for screw shaft 59 and is fixed with herein rolling bearing units, and the other end of screw shaft 59 is arranged on rolling bearing units after passing outer shrouding 49, to realize screw shaft 59 being rotationally connected on shrouding 49 outside.Screw shaft 59 drives its rotation by the engine being arranged on spiral erecting frame 47.This engine is the first electric motor 60 being arranged on outer shrouding 49, and screw shaft 59 is connected with the power output shaft of the first electric motor 60.On screw shaft 59, be connected with screw-blade 61, because song material is larger near the part humidity of koji disc centre, in order to prevent the adhesion on screw-blade 61 of bent material, on screw-blade 61, near the position of inner sealed board 48 one end, offers many places and thoroughly expect mouthfuls 62.
As shown in Fig. 4, Fig. 5, Fig. 6; above-mentioned the first lifting device comprises the rotational lead screw 63 of vertical setting; the lower end of rotational lead screw 63 is rotationally connected with on the web plate 64 being located on protection cylinder 8 sidewalls; wheelwork 65 is installed on the roof of koji chamber 2; the upper end of rotational lead screw 63 is rotatably connected on this wheelwork 65 and by it and drives, and wainscot 53 is provided with the through hole that can pass for rotational lead screw 63 and in through hole, is fixed with the feed screw nut 66 coordinating with rotational lead screw 63.Above-mentioned the second lifting device comprises the two vertical sliding bars 67 that arrange and is located at the driving leading screw 68 of the vertical setting between two sliding bars 67, position near top on 2 sidewalls of koji chamber is provided with top erecting frame 69, on 2 sidewalls of koji chamber, be positioned at koji disk 6 and be relatively provided with middle part erecting frame 70 in the position of below, the two ends up and down of sliding bar 67 are fixed in respectively on top erecting frame 69 and middle part erecting frame 70, drive the lower end of leading screw 68 to be rotatably connected on the erecting frame 70 of middle part, drive unit 71 is installed on top erecting frame 69, drive the upper end of leading screw 68 to be rotatably connected on this drive unit 71 and by its driving, the outside of outer shrouding 49 is connected with link span 72, on link span 72, be fixed with two slip caps 73 that coordinate with sliding bar 67 and a leading screw nut 74 coordinating with driving leading screw 68.Wheelwork 65 comprises roll-shell 75, in roll-shell 75, be rotatably connected to the drive bevel gear 76 and the driven wheel of differential 77 that are meshed, the power output shaft being connected with driven wheel of differential 77 is connected with the upper end of rotational lead screw 63, drive unit 71 comprises drive shell 78, in drive shell 78, be rotatably connected to the driving bevel gear 79 and the driven bevel pinion 80 that are meshed, the power output shaft being connected with driven bevel pinion 80 is connected with driving the upper end of leading screw 68, between drive bevel gear 76 and driving bevel gear 79, be connected with synchronous rotating shaft 81, driving bevel gear 79 is provided with active rotating shaft 83 and drives its rotation by the engine that is arranged on 2 tops, koji chamber, this engine is the second electric motor 82.
Wheelwork is when work, the power output shaft of main motor 84 is rotated, drive turning wheel 86 to rotate, turning wheel 86 can be stirred to be located at and stir post 85 on koji disk 6 when rotating, koji disk 6 rotates, support roller 90 coordinates with track 91, koji disk 6 can be held up and makes koji disk 6 rotate smoothly.
Go out bent device 88 when work, koji disk 6 rotates under the driving of power set, going out bent device 88 does relative motion with koji disk 6, rear deflector door 50 on spiral erecting frame 47 constantly sweeps the song material on koji disk 6, screw shaft 59 rotates under the driving of engine, the screw-blade 61 connecting on screw shaft 59 rotates thereupon, screw-blade 61 can be carried from the inside of koji chamber 2 the song material after being swept by rear deflector door 50 to outside, enter into the blowdown passage 58 on the sidewall of koji chamber 2.The two ends of spiral erecting frame 47 are connected with the first lifting device and the second lifting device, when turning over other operations such as song, this can be gone out to bent device 88 and rise.
While manufacturing wheat bran, song material can be put into wheat bran from opening for feed 89 and manufacture in chamber, from the top of koji disk 6, koji disk 6 rotates counterclockwise, and goes out bent device 88 and can be used as cloth song.Song material is spread out on koji disk 6 even, pass into steam carry out koji from steam access tube, after koji completes, start and bent device 88, koji disk 6 rotates simultaneously, the wheat bran on koji disk 6 can be transferred out from discharge port 46.
Claims (6)
1. a wheat bran is produced machine, comprise frame (1), it is characterized in that being provided with in described frame (1) the koji chamber (2) of a cylindrical structure, top and the sealed bottom of koji chamber (2), the center of koji chamber (2) is provided with the main shaft (5) of vertical setting, on main shaft (5), be rotatably connected to the koji disk (6) that periphery coordinates and driven by power set with koji chamber (2) inner wall sealing, koji disk (6) is positioned at the middle part of koji chamber (2), the position that is positioned at koji disk (6) top on main shaft (5) is installed with fixed disc (7), the edge of fixed disc (7) is connected with protection cylinder (8), the lower edge of protection cylinder (8) and koji disk (6) are for being sealed and matched, the upper breather hole that gathers of koji disk (6), koji disk (6) is divided into upper and lower two portions by koji chamber (2), be respectively the wheat bran that is positioned at top manufacture chamber and be positioned at below steam pass into chamber, steam passes into chamber and is communicated with steam access tube, wheat bran is manufactured chamber and is communicated with steam discharge pipe, the sidewall of koji chamber (2) is provided with wheat bran and manufactures opening for feed (89) and the discharge port (46) that chamber is communicated with, the lower edge of discharge port (46) is near koji disk (6), the position that is positioned at koji disk (6) top in koji chamber (2) is provided with out bent device (88).
2. wheat bran is produced machine as claimed in claim 1, it is characterized in that described power set comprises the main motor (84) being arranged on the sidewall of koji chamber, by main motor (84), drive koji disk (6) to rotate, in the internal side wall of koji chamber (2), be rotatably connected to support roller (90), support roller (90) is arranged at intervals with a plurality of along the circumferential direction of koji chamber (2), the bottom surface of koji disk (6) is provided with the track (91) coordinating with support roller (90).
3. wheat bran is produced machine as claimed in claim 1, described in it is characterized in that, go out bent device (88) and comprise the spiral erecting frame (47) radially arranging being located in koji chamber (2) along koji disk (6), one end of spiral erecting frame (47) is near protection cylinder (8), the other end of spiral erecting frame (47) stretches to outside after passing the vertical openings (46) on the sidewall of koji chamber (2), one end that is positioned at koji chamber (2) of spiral erecting frame (47) is connected with the first lifting device, the outer one end, koji chamber (2) that is positioned at of spiral erecting frame (47) is connected with the second lifting device, spiral erecting frame (47) comprises the inner sealed board (48) that is positioned at koji chamber (2), be positioned at koji chamber (2) outer outer shrouding (49) and the rear deflector door (50) that is connected two shroudings, between inner sealed board (48) and outer shrouding (49), be rotatably connected to screw shaft (59), screw shaft (59) drives its rotation by the engine being arranged on spiral erecting frame (47), on screw shaft (59), be connected with screw-blade (61), the upper position near inner sealed board (48) one end of screw-blade (61) offers many places and thoroughly expects mouthful (62).
4. wheat bran is produced machine as claimed in claim 3, it is characterized in that described inner sealed board (48) is connected with front panel (51) near a side of protection cylinder (8), squab panel (52), wainscot (53), three wallboards form the guard shield that is buckled in the lower openings on protection cylinder (8) sidewall together with inner sealed board (48), angle between front panel (51) and inner sealed board (48) is obtuse angle, inner sealed board (48), front panel (51), squab panel (52), the edge of wainscot (53) is provided with the sealed strip of being made by rubber or silica gel, outer shrouding (49) is connected with apron plate (54) near a side of koji chamber (2) sidewall, rear backplate (55), upper guard board (56), three backplates form the case of lower openings together with outer shrouding (49), case stretches in koji chamber (2) and in its edge, is connected with the hush panel for shutoff vertical openings (46) (57) that the inwall with koji chamber (2) fits, the sidewall of koji chamber (2) is provided with and can stretches into and up and down blowdown passage (58) within it for case.
5. wheat bran is produced machine as claimed in claim 4, it is characterized in that described the first lifting device comprises the rotational lead screw of vertical setting (63), the lower end of rotational lead screw (63) is rotationally connected with on the web plate (64) being located on protection cylinder (8) sidewall, wheelwork (65) is installed on the roof of koji chamber (2), the upper end of rotational lead screw (63) is rotatably connected on this wheelwork (65) and by its driving, wainscot (53) is provided with and can supplies the through hole that rotational lead screw (63) passes and in through hole, be fixed with the feed screw nut (66) coordinating with rotational lead screw (63), described the second lifting device comprises the two vertical sliding bars (67) that arrange and is located at the driving leading screw (68) of the vertical setting between two sliding bars (67), position near top on the sidewall of koji chamber (2) is provided with top erecting frame (69), on the sidewall of koji chamber (2), be positioned at koji disk (6) and be relatively provided with middle part erecting frame (70) in the position of below, the two ends up and down of sliding bar (67) are fixed in respectively on top erecting frame (69) and middle part erecting frame (70), drive the lower end of leading screw (68) to be rotatably connected on middle part erecting frame (70), drive unit (71) is installed on top erecting frame (69), drive the upper end of leading screw (68) to be rotatably connected on this drive unit (71) and by its driving, the outside of outer shrouding (49) is connected with link span (72), on link span (72), be fixed with two slip caps (73) that coordinate with sliding bar (67) and a leading screw nut (74) coordinating with driving leading screw (68), wheelwork (65) comprises roll-shell (75), in roll-shell (75), be rotatably connected to the drive bevel gear (76) and the driven wheel of differential (77) that are meshed, the power output shaft being connected with driven wheel of differential (77) is connected with the upper end of rotational lead screw (63), drive unit (71) comprises drive shell (78), in drive shell (78), be rotatably connected to the driving bevel gear (79) and the driven bevel pinion (80) that are meshed, the power output shaft being connected with driven bevel pinion (80) is connected with driving the upper end of leading screw (68), between drive bevel gear (76) and driving bevel gear (79), be connected with synchronous rotating shaft (81), driving bevel gear (79) is provided with active rotating shaft (83) and drives its rotation by the engine that is arranged on top, koji chamber (2).
6. wheat bran is produced machine as claimed in claim 3, it is characterized in that the bottom bend forward of described rear deflector door (50) forms bend, and this bend front end is evenly equipped with a plurality of broken prongs.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420336480.4U CN203890336U (en) | 2014-06-24 | 2014-06-24 | Bran yeast production machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420336480.4U CN203890336U (en) | 2014-06-24 | 2014-06-24 | Bran yeast production machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203890336U true CN203890336U (en) | 2014-10-22 |
Family
ID=51716763
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420336480.4U Active CN203890336U (en) | 2014-06-24 | 2014-06-24 | Bran yeast production machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203890336U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104843507A (en) * | 2015-05-20 | 2015-08-19 | 宁波长荣酿造设备有限公司 | Circular disc feeding equipment and feeding method |
| CN105039140A (en) * | 2015-06-18 | 2015-11-11 | 宁波长荣酿造设备有限公司 | Starter-overturning device and disc starter-making machine using same |
-
2014
- 2014-06-24 CN CN201420336480.4U patent/CN203890336U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104843507A (en) * | 2015-05-20 | 2015-08-19 | 宁波长荣酿造设备有限公司 | Circular disc feeding equipment and feeding method |
| CN105039140A (en) * | 2015-06-18 | 2015-11-11 | 宁波长荣酿造设备有限公司 | Starter-overturning device and disc starter-making machine using same |
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