CN206043245U - A kind of multistation rubbing type steamed bread forming device - Google Patents
A kind of multistation rubbing type steamed bread forming device Download PDFInfo
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- CN206043245U CN206043245U CN201620901033.8U CN201620901033U CN206043245U CN 206043245 U CN206043245 U CN 206043245U CN 201620901033 U CN201620901033 U CN 201620901033U CN 206043245 U CN206043245 U CN 206043245U
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Abstract
The utility model discloses a kind of multistation rubbing type steamed bread forming device, it includes frame, the upper rack is fixedly installed fixed disk, fixed disk is circumferentially divided into six forming areas, and six forming areas are circumferentially followed successively by into mould precompressed zone, the first kneading area, the second kneading area, shaping region, demoulding area and Accreditation Waiting Area in direction；Enter mould precompressed zone to be provided with into mould prepressing device, the first kneading area and the second kneading area correspond to respectively and be provided with kneading device, and demoulding area is provided with stripper apparatus, and Accreditation Waiting Area is vacant；The central rack is provided with and the upper and lower corresponding rotating disk of the fixed disk, is circumferentially divided into six module regions, corresponds to respectively and be provided with molding module in six module regions on rotating disk；The frame lower is provided with rotating blade drive.This utility model is reasonable in design, simple structure, continuously and can efficiently obtain the high-quality steamed bread embryo for imitating manual steamed bread forming process.
Description
Technical field
This utility model is related to a kind of food processing machinery, more particularly to a kind of multistation rubbing type steamed bread forming device.
Background technology
Steamed bread is the important component part in Chinese dietary structure, and with the development of society, the production of steamed bread is progressively disengaged
Individual workship, mechanical automation production instead of makes by hand.The existing mechanization steamed bread production overwhelming majority adopts Double helix
Roller molding or disc type molding, only reach forming requirements in appearance, gluten in dough tissue can not fully molding, steamed bread embryo
Quality is not high, have impact on the taste and flavor of steamed bread.
Utility model content
This utility model is in order to solve weak point of the prior art, there is provided it is a kind of imitate offhand process and from
The high multistation rubbing type steamed bread forming device of dynamicization degree.
To solve above-mentioned technical problem, this utility model is adopted the following technical scheme that：A kind of multistation rubbing type steamed bread into
Type device, it includes frame, and the upper rack is fixedly installed fixed disk, and fixed disk is circumferentially divided into six forming areas,
Six forming areas circumferentially direction be followed successively by into mould precompressed zone, the first kneading area, the second kneading area, shaping region, demoulding area and
Accreditation Waiting Area；
The central rack is provided with and the upper and lower corresponding rotating disk of the fixed disk, is circumferentially divided into six modules on rotating disk
Region, corresponds in six module regions respectively and is provided with molding module, the circumferentially direction of the molding module in six module regions
It is followed successively by the first molding module, the second molding module, the 3rd molding module, the 4th molding module, fifth forming module and the 6th
Molding module；
The molding module includes mould under bearing, swivel base and at least one molding, and bearing is fixed on rotating disk, swivel base peace
Loaded on bearing, and the two ends of swivel base are rotated with bearing and are connected, and under the molding, mould is arranged on the swivel base；Each into
Under type, the bottom of mould is reserved with hole；
Enter mould precompressed zone to be provided with into mould prepressing device, enter mould prepressing device include it is vertically arranged enter mould cylinder, enter mould
The piston rod of cylinder is connected with into mould installing rack, is entered mould installing rack and is provided with mould in the precompressed being engaged with corresponding molding module；
It is into die worker position to enter the corresponding station of mould prepressing device；
First kneading area and the second kneading area correspond to respectively and are provided with kneading device, and kneading device includes vertically arranged rubbing
Cylinder is pinched, the piston rod of kneading cylinder is connected with kneading installing rack, and kneading installing rack is provided with and is engaged with corresponding molding module
Kneading mechanical hand；The corresponding station of kneading device positioned at the first kneading area is the first kneading station, positioned at the second kneading area
The corresponding station of kneading device be the second kneading station；
Shaping region is provided with apparatus for shaping, and apparatus for shaping includes vertically arranged shaping cylinder, the piston rod of shaping cylinder
Shaping installing rack is connected with, shaping installing rack is provided with mould in the shaping being engaged with corresponding molding module；Apparatus for shaping correspondence
Station be shaping station；
Demoulding area is provided with stripper apparatus, and stripper apparatus includes demoulding cylinder that is vertical or being obliquely installed, demoulding cylinder
Piston rod is connected with demoulding installing rack, and demoulding installing rack is provided with the blowing mould mouth being engaged with corresponding molding module, and blowing mould mouth is matched somebody with somebody
It is provided with blowing mould cylinder；The corresponding station of stripper apparatus is demoulding station；
Accreditation Waiting Area is vacant, and the corresponding station in Accreditation Waiting Area is waiting station；
During original state, the first molding module correspondence enter die worker position, the second molding module correspondence the first kneading station, the 3rd
Molding module the second kneading station of correspondence, the 4th molding module correspondence shaping station, fifth forming module correspondence demoulding station, the
Sixty percent pattern group correspondence waiting station；
The frame lower is provided with rotating blade drive.
The rotating blade drive includes the motor for being arranged on frame lower, sets between motor and the rotating disk
Rotating shaft is equipped with, the upper end of rotating shaft is connected with the middle part of the rotating disk, the bottom of rotating shaft and the electric machine shaft driving of motor
Connection；Bearing block is equipped with rotating shaft, bearing block is fixedly connected with the frame.
The bottom of the rotating shaft is connected by shaft coupling with the motor shaft of motor.
The corresponding central angle of six forming areas is 60 °；The corresponding central angle in six module regions is
60°。
Under per the molding in composing type module, mould is provided with eight.
The beneficial effects of the utility model are：
Using above-mentioned technical proposal, this utility model includes rack-mounted top shaped device（One group to enter mould pre-
Pressure device, two groups of kneading devices, one group of apparatus for shaping and one group of stripper apparatus）With six molding modules, which is improved by can
By using cooperatively for top shaped device and six molding modules, continuously obtain imitating manual steamed bread manufacturing process
High-quality steamed bread embryo.
Production starts, and the first molding module in molding module is parked in the machine into die worker position, in front of this utility model
Tool handss are respectively put into one group of six prismatics face embryo of the type that is previously cut under molding in mould, and the mould that enters in shaped device press-fits in advance
Startup is put, mould is moved downward in the case where mould cylinder action is entered and is compacted steamed bread embryo in precompressed.Motor starts, and rotating disk turns to the
One kneading station, first group of kneading device start, and kneading mechanical hand carries out multiple kneading to the steamed bread embryo in the first composition pattern.
Kneading is completed, and motor starts, and rotating disk turns to the second kneading station, and second group of kneading device starts, and repeats previous step
Action.Kneading is completed, and motor starts, and rotating disk turns to shaping station, and the apparatus for shaping in shaped device starts, in shaping
Mould is moved downward under shaping cylinder action and flattens the steamed bread embryo bottom in shaping mould, and the work of steamed bread embryo forming is completed.Stepping
Electric motor starting, rotating disk turn to demoulding station, and stripper apparatus starts, and correspondence molding module is overturn and the mould bottom under each molding
Portion is passed through pressure-air, and in type steamed bread embryo blowout in mould under molding is fallen on the conveyer belt of lower section.Motor starts,
Turntable rotation is waited to waiting station and repeats aforementioned activities.While the first composing type mold work, the second to sixty percent pattern
Group is sequentially repeated the operation that previous group mould has been completed, and so as to realize continuous production, continuously obtains high-quality
Steamed bread embryo.
This utility model is reasonable in design, simple structure, by top shaped device（One group enter mould prepressing device, two groups rub
Pinch device, one group of apparatus for shaping and one group of stripper apparatus）With using cooperatively for six molding modules, continuously and efficiently
Obtain to rate imitating the high-quality steamed bread embryo of manual steamed bread forming process.
Description of the drawings
Fig. 1 is front view of the present utility model；
Fig. 2 is rearview of the present utility model；
Fig. 3 is top view of the present utility model；
Fig. 4 is the upward view at fixed disk position in utility model；
Fig. 5 is the top view at utility model turntable position.
Specific embodiment
Specific embodiment of the present utility model is elaborated below in conjunction with accompanying drawing.
As shown in Figures 1 to 5, a kind of multistation rubbing type steamed bread forming device of the present utility model, it includes frame 1,
1 top of the frame is fixedly installed fixed disk 2, and fixed disk 2 circumferentially grades for six forming areas, six forming areas pair
The central angle answered is 60 °, and six forming areas are circumferentially followed successively by into mould precompressed zone, the first kneading area, the second kneading in direction
Area, shaping region, demoulding area and Accreditation Waiting Area；
It is provided with the middle part of the frame 1 and the fixed disk corresponding rotating disk 9 about 2, on rotating disk 9, is circumferentially divided into six
Individual module region, the corresponding central angle in six module regions are 60 °, correspond to respectively and be provided with shaping mould in six module regions
Group, circumferentially direction is followed successively by the first molding module 21, the second molding module the 22, the 3rd to the molding module in six module regions
Molding module 23, the 4th molding module 24, fifth forming module 25 and the sixty percentth pattern group 26；
The molding module includes mould 12 under bearing 14, transposase 11 3 and eight molding, and bearing 13 is fixed on rotating disk 9,
Transposase 11 3 is installed on bearing 14, and the two ends of transposase 11 3 are rotated with bearing 14 and are connected, and under eight molding, mould 12 is arranged in
On the transposase 11 3, transposase 11 3 can be in rotation in bearing 14.Under each molding, the bottom of mould 12 is reserved with hole.
Enter mould precompressed zone to be provided with into mould prepressing device 3, enter mould prepressing device 3 include it is vertically arranged enter mould cylinder 31,
Enter mould cylinder
1 piston rod is connected with into mould installing rack 32, is entered mould installing rack 32 and is provided with and is engaged with corresponding molding module
Mould 33 in precompressed；It is into die worker position A to enter 3 corresponding station of mould prepressing device.
First kneading area and the second kneading area correspond to respectively and are provided with kneading device 4,5, and kneading device 4,5 includes vertical
The kneading cylinder 41 of setting, the piston rod of kneading cylinder 41 are connected with kneading installing rack 42, kneading installing rack 42 be provided with it is right
Answer the kneading mechanical hand 43 that molding module is engaged；4 corresponding station of kneading device positioned at the first kneading area is the first kneading
Station B, the 5 corresponding station of kneading device positioned at the second kneading area are the second kneading station C.
Shaping region is provided with apparatus for shaping 6, and apparatus for shaping 6 includes vertically arranged shaping cylinder 61, shaping cylinder 61
Piston rod is connected with shaping and installs 62 framves, and shaping installing rack 62 is provided with mould 63 in the shaping being engaged with corresponding molding module；
6 corresponding station of apparatus for shaping is shaping station D.
Demoulding area is provided with stripper apparatus 7, and stripper apparatus 7 includes the demoulding cylinder 71 being obliquely installed, demoulding cylinder 71
Piston rod is connected with demoulding installing rack 72, and demoulding installing rack 72 is provided with the blowing mould mouth 73 being engaged with corresponding molding module, is blown
Mould mouth 73 is equipped with blowing mould cylinder；7 corresponding station of stripper apparatus is demoulding station E.
Accreditation Waiting Area is vacant, its non-erecting device, and the corresponding station in Accreditation Waiting Area is waiting station F.
Above-mentioned a group be arranged on fixed disk 2 enter 3, two groups of mould prepressing device, 4,5, one group of kneading device apparatus for shaping 6,
Top shaped device is constituted with one group of stripper apparatus 7.
During original state（It is original state when starting by device）, the first 21 groups of mould correspondence enter die worker position A, second
The the first kneading station B of correspondence of molding module 22, the second kneading station C of correspondence of the 3rd molding module 23, the 4th 24 groups of mould
Correspondence shaping station D, 25 corresponding demoulding station E of fifth forming module, 26 corresponding waiting station F of the sixty percentth pattern group.
1 bottom of the frame is provided with rotating blade drive, and the rotating blade drive includes being arranged on 1 bottom of frame
Motor 10, is provided with rotating shaft 8 between motor 10 and the rotating disk 9, in the upper end of rotating shaft 8 and the rotating disk 9
Portion connects, and the bottom of rotating shaft 8 is connected by shaft coupling with the motor shaft of motor 10；Bearing block, axle are equipped in rotating shaft 8
Bearing is fixedly connected with the frame.Under rotating blade drive working condition, rotating disk 9 makees stepping rotation under the drive of motor 10
Turn, each stepping rotates 60 °.
Workflow of the present utility model is as follows：
Work starts, and this device starts, and the first molding module 21 is located at into die worker position A, in front of this utility model
Mechanical hand is cut the one group of 8 hexagon face embryo for completing in advance to be picked up from workbench 15 and is respectively put into the first molding module 21
In eight molding under in mould 12, enter mould prepressing device 3 and start, in precompressed mould 33 enter move downward under mould cylinder 31 is acted on by
Face embryo is completely forced under molding in mould 12, is entered die process and is completed.
Motor 10 starts and drives rotating disk 9 to rotate a station, and the first molding module 21 enters kneading station B, and second
Molding module 22 enters die worker position A.Kneading device 4 starts, and kneading mechanical hand 43 imitates manual under the effect of kneading cylinder 41
The process of kneading carries out kneading to the face embryo in mould under molding 12 repeatedly.
Kneading operation is completed, and motor 10 starts, and the first molding module 21 is into kneading station C and repeats a upper operation
Action.Again after the completion of kneading, motor 10 starts, and the first molding module 21 enters shaping station D, and apparatus for shaping 6 is opened
Dynamic, in shaping, mould 63 is moved downward under the effect of shaping cylinder 61 and flattens the face embryo bottom of process multiple kneading, now steamed bread
The shaping work of embryo is fully completed.
Motor 10 starts, and the first molding module 21 enters demoulding station E, and stripper apparatus 7 starts, the rotation of transposase 11 3 one
Determine angle, demoulding cylinder 71 starts, blowing mould mouth 73 is pushed in the hole that 12 bottom of mould is reserved under molding and high pressure sky is opened inwards into
In type steamed bread embryo under molding is blown out and is fallen on the conveyer belt 16 at device rear in mould 12 by gas.
Afterwards, demoulding cylinder 71 resets, and blowing mould mouth 73 departs from mould 12 under molding and returns to initial position, and transposase 11 3 resets.Step
Stepper motor 10 starts, and the first molding module 21 enters waiting station F and prepares the above-mentioned action of repetition.Carry out in the first molding module 21
While each procedure, the second molding module 22, the 3rd molding module 23, the 4th molding module 24,25 and of fifth forming module
Sixty percentth pattern group 26 is sequentially repeated the action that previous module was carried out respectively, so as to form continuous production, continuously
Obtain the steamed bread embryo of molding.
This utility model passes through using cooperatively for top shaped device and six molding modules, imitates the kneading of manual steamed bread
Forming process, substantially increases production efficiency while the steamed bread embryo of high-quality is obtained, and automaticity is very high, reduces labor
Fatigue resistance, it is practical, it is worthy of popularization.
Above example is only to illustrative and not limiting the technical solution of the utility model, although reference above-described embodiment pair
This utility model has been described in detail, it will be understood by those within the art that：Still this utility model can be entered
Row modification or equivalent, without deviating from any modification or partial replacement of spirit and scope of the present utility model, which all should
Cover in the middle of right of the present utility model.
Claims (5)
1. a kind of multistation rubbing type steamed bread forming device, it includes frame, it is characterised in that：The upper rack is fixedly installed
Have a fixed disk, fixed disk is circumferentially divided into six forming areas, six forming areas circumferentially direction be followed successively by into mould precompressed zone,
First kneading area, the second kneading area, shaping region, demoulding area and Accreditation Waiting Area；
The central rack is provided with and the upper and lower corresponding rotating disk of the fixed disk, is circumferentially divided into six module areas on rotating disk
Domain, corresponds in six module regions respectively and is provided with molding module, the molding module in six module regions circumferentially direction according to
Secondary is the first molding module, the second molding module, the 3rd molding module, the 4th molding module, fifth forming module and the sixty percentth
Pattern group；
The molding module includes mould under bearing, swivel base and at least one molding, and bearing is fixed on rotating disk, and swivel base is installed on
On bearing, and the two ends of swivel base are rotated with bearing and are connected, and under the molding, mould is arranged on the swivel base；Under each molding
The bottom of mould is reserved with hole；
Enter mould precompressed zone to be provided with into mould prepressing device, enter mould prepressing device include it is vertically arranged enter mould cylinder, enter mould cylinder
Piston rod be connected with into mould installing rack, enter mould installing rack and be provided with mould in the precompressed being engaged with corresponding molding module；Enter mould
The corresponding station of prepressing device is into die worker position；
First kneading area and the second kneading area correspond to respectively and are provided with kneading device, and kneading device includes vertically arranged kneading gas
Cylinder, the piston rod of kneading cylinder are connected with kneading installing rack, and kneading installing rack is provided with and rubbing that corresponding molding module is engaged
Pinch mechanical hand；The corresponding station of kneading device positioned at the first kneading area is the first kneading station, positioned at rubbing for the second kneading area
The corresponding station of device is pinched for the second kneading station；
Shaping region is provided with apparatus for shaping, and apparatus for shaping includes vertically arranged shaping cylinder, the piston rod connection of shaping cylinder
There is shaping installing rack, shaping installing rack is provided with mould in the shaping being engaged with corresponding molding module；The corresponding work of apparatus for shaping
Position is shaping station；
Demoulding area is provided with stripper apparatus, and stripper apparatus includes demoulding cylinder that is vertical or being obliquely installed, the piston of demoulding cylinder
Bar is connected with demoulding installing rack, and demoulding installing rack is provided with the blowing mould mouth being engaged with corresponding molding module, and blowing mould mouth is equipped
Blowing mould cylinder；The corresponding station of stripper apparatus is demoulding station；
Accreditation Waiting Area is vacant, and the corresponding station in Accreditation Waiting Area is waiting station；
During original state, the first molding module correspondence enters die worker position, the second molding module the first kneading station of correspondence, the 3rd molding
Module the second kneading station of correspondence, the 4th molding module correspondence shaping station, fifth forming module correspondence demoulding station, the sixty percentth
Pattern group correspondence waiting station；
The frame lower is provided with rotating blade drive.
2. multistation rubbing type steamed bread forming device according to claim 1, it is characterised in that：The rotating blade drive
Including the motor for being arranged on frame lower, between motor and the rotating disk, be provided with rotating shaft, the upper end of rotating shaft with
The middle part connection of the rotating disk, the bottom of rotating shaft is connected with the electric machine shaft driving of motor；Bearing block is equipped in rotating shaft,
Bearing block is fixedly connected with the frame.
3. multistation rubbing type steamed bread forming device according to claim 2, it is characterised in that：The bottom of the rotating shaft
It is connected by shaft coupling with the motor shaft of motor.
4. the multistation rubbing type steamed bread forming device according to any one of claim 1-3, it is characterised in that：Described six
The corresponding central angle of forming area is 60 °；The corresponding central angle in six module regions is 60 °.
5. the multistation rubbing type steamed bread forming device according to any one of claim 1-3, it is characterised in that：Per composing type
Under molding in module, mould is provided with eight.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620901033.8U CN206043245U (en) | 2016-08-19 | 2016-08-19 | A kind of multistation rubbing type steamed bread forming device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620901033.8U CN206043245U (en) | 2016-08-19 | 2016-08-19 | A kind of multistation rubbing type steamed bread forming device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206043245U true CN206043245U (en) | 2017-03-29 |
Family
ID=58381103
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620901033.8U Withdrawn - After Issue CN206043245U (en) | 2016-08-19 | 2016-08-19 | A kind of multistation rubbing type steamed bread forming device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206043245U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106106611A (en) * | 2016-08-19 | 2016-11-16 | 河南兴泰科技实业有限公司 | A kind of multistation rubbing type steamed bread forming device |
-
2016
- 2016-08-19 CN CN201620901033.8U patent/CN206043245U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106106611A (en) * | 2016-08-19 | 2016-11-16 | 河南兴泰科技实业有限公司 | A kind of multistation rubbing type steamed bread forming device |
| CN106106611B (en) * | 2016-08-19 | 2018-07-27 | 河南兴泰科技实业有限公司 | A kind of multistation rubbing type steamed bread forming device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170329 Effective date of abandoning: 20180727 |
|
| AV01 | Patent right actively abandoned |