CN209234785U - A kind of konjak noodle process equipment - Google Patents
A kind of konjak noodle process equipment Download PDFInfo
- Publication number
- CN209234785U CN209234785U CN201820847107.3U CN201820847107U CN209234785U CN 209234785 U CN209234785 U CN 209234785U CN 201820847107 U CN201820847107 U CN 201820847107U CN 209234785 U CN209234785 U CN 209234785U
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- motor
- agitator tank
- aggregate bin
- horizontal gear
- gear
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Abstract
The utility model provides a kind of konjak noodle process equipment, including substrate, spring, agitator tank, first motor, belt pulley, belt, the horizontal gear teeth, perpendicular gear, spiral handspike, shaping slice, the second motor, stirring fork, bearing, big screw, Screw.More than one piece spring is screwed onto substrate top surface, agitator tank is welded on spring top, first motor is mounted in stirring pot bottom driving belt pulley rotation, belt pulley drives horizontal gear rotation by belt, horizontal gear drives perpendicular gear of the pin joint in spiral handspike inner end to rotate, the final rotation for realizing the spiral handspike in extruded tube.Second motor is screwed on the outside cylinder wall of agitator tank, and stirring bolt connects on the motor shaft of the second motor；Aggregate bin is equipped in agitator tank, aggregate bin inner cavity is connected to tube cavity is squeezed, and stirring fork is fallen into aggregate bin after constantly provoking the soft clumped pastry in agitator tank, is most squeezed afterwards through spiral handspike from extruded tube outermost end.
Description
Technical field
The utility model relates to a kind of food processing apparatus, more particularly to a kind of konjak noodle process equipment.
Background technique
Tea health most significant to human body helps to be that " detoxicating ", " removing toxic substances ", " toxin expelling ", more containing tea in tealeaves
Phenol.While tea polyphenols are developed into various drugs, various tea polyphenols food are also derived, the tea extracted from tealeaves is more
Phenol is processed to different food, is the supplement food of good diet nutritional, meets very much the somatogenic need of modern.
Mannose acid anhydride, vitamin, plant fiber and a certain amount of mucus albumen rich in konjaku have peculiar
The health-care effect of health-care effect and medical effect, konjaku is gradually recognized by more and more people.With konjaku powder and index plane
Powder is fabricated to konjak noodle, have the advantages that it is unique in taste, long boil it is not rotten, in recent years noodles in the market, konjak noodle it is competing
It strives power and is apparently higher than common noodles.
If tea polyphenols and konjak noodle are combined and are fabricated to health caring noodles, on the basis for having both the two healthcare function
On, noodles have good mouthfeel simultaneously.Therefore need to design a kind of konjak noodle process equipment, a certain proportion of tea is more
Phenol, konjaku powder, standard flour, salt and pure water are placed in the agitator tank of equipment, after starting device, the row of mixing tank side
Health caring noodles will be extruded at material mouth automatically.This excludes vivotoxin for auxiliary body, adjusts bodily fuctions, and it is strong to promote human body
Kang Shuiping improves immunity of human body itself etc. and is of great significance.
Summary of the invention
Therefore, the utility model quickly makes tea polyphenols, konjaku powder, standard flour, salt and pure water to realize
Health caring noodles are made, a kind of konjak noodle process equipment is provided, material is placed in the agitator tank of equipment by a certain percentage, is opened
After dynamic equipment can rapid processing at noodles.
The technical scheme adopted by the utility model is a kind of konjak noodle process equipment, it is characterised in that: including base
Plate, spring, agitator tank, first motor, belt pulley, belt, the horizontal gear teeth, perpendicular gear, spiral handspike, shaping slice, the second motor,
Stir fork, bearing, big screw, Screw.
The substrate is the oblate cylinder of center axis vertical, is screwed on ground or workbench by big screw.
The bottom of the spring is welded with installation sheet, and installation sheet is screwed onto substrate top surface, more than one piece ring spring by Screw
Substrate top surface is distributed in around substrate center's axis；The bottom surface of agitator tank is welded at the top of spring.
Further, the quantity of the spring is more than or equal to three.
The agitator tank is the cylindrical body of center axis vertical, and cylinder bottom centre offers cylindrical transmission
Chamber, top offer cylindrical stir chamber；Hinge column is equipped at the end face center of the drive cavity, in the horizontal gear
Bearing is housed, horizontal gear is by bearing on hinge column at the heart；The top surface of the drive cavity, at the inner port of extruded tube
Support column equipped with vertical bar shaped, the support column end are equipped with bearing, and the inner end of the stirring fork is interspersed in support column end
Bearing inner race in.
On the side external cylindrical surface of the agitator tank, the extruded tube of the cylindrical shell equipped with central axis level is described to squeeze
The outer end bottom of pressure pipe, the discharge port equipped with rectangle；The shaping slice is rectangular tab, is uniformly provided on thin slice multiple logical
Hole, the shaping slice are inserted in the slot on discharge port, seal discharge port.
The first motor is screwed onto the top surface of the drive cavity of agitator tank, positioned at the oncoming lane of extruded tube, first electricity
The motor shaft vertical of machine is downward, and belt pulley is connected on motor shaft；On the external cylindrical surface of the horizontal gear, around horizontal gear
Central axis offer the belt grooves of ring-shaped depression, described belt one end is in the belt grooves of horizontal gear, other end dress
Over pulleys carried.
In extruded tube, the inner end of spiral handspike passes through and is hinged on the support column in drive cavity the spiral handspike
On, outer end is by bearing hinge connection on the outermost end wall of extruded tube；Perpendicular gear, institute are connected on the inner terminal of the spiral handspike
State the bottom surface gear teeth meshing of perpendicular gear and horizontal gear.
Further, the maximum outside diameter of the spiral handspike, which is less than, squeezes bore 1.5-2mm.
The edge of the rounded bottom surface of the horizontal gear, the central axis around horizontal gear are equipped with the bottom surface gear teeth, with
The perpendicular gear of spiral handspike inner end engages；The bottom surface of the horizontal gear is equipped with downwardly convex eccentric block.
Further, horizontal gear center line axis certain distance is deviateed in the position of the eccentric block of the horizontal gear bottom.
The top surface of the agitator tank offers downwards cylindrical stir chamber, is equipped with and struggles against close to extruded tube side in the stir chamber
The aggregate bin of shape, the aggregate bin top opening is big, bottom crimp, and aggregate bin inner cavity is connected with tube cavity is squeezed.
Second motor is screwed on the outside wall of agitator tank, positioned at the oncoming lane of extruded tube；Second motor
Motor shaft root by bearing hinge connection on agitator tank cylinder wall, outer end by bearing hinge connection aggregate bin lateral wall
On.
Further, the motor shaft of second motor is horizontal positioned, in stir chamber aggregate bin and the second motor it
Between space.
The central tube pin joint of the stirring fork is set on stirring fork around central tube is radial on the motor shaft of the second motor
There are three stirring rods, the root bar close to the second motor side is vertical with the central tube of stirring fork, the centre in stirring fork middle position
The oblique aggregate bin of bar roll tiltedly, close to aggregate bin side top bar root perpendicular to central tube, the outer end of top bar is to gathering materials
Struggle against lateral bending folding.
Further, the section visual angle of the central axis of the central tube of vertical stirring fork, stirs root bar, the centre of fork
120 degree each other of root angle of bar, top bar.
Further, when the top bar of the stirring fork goes to lowest part, wall of the end of top bar apart from aggregate bin
2.5-3mm；When top bar goes to highest point, the open-topped center of aggregate bin is directed on the end vertical direction of top bar
Place.
The principles of the present invention are as follows: make in the raw material of noodles, need the ratio of water lower, it is desirable that after flour mixing
Will not generate biggish adhesive to container inner wall, soft block mixture surface can there are one layer of dry flours.
After second electric motor starting, stirring fork stirs the flour mixture in stir chamber, and the top bar for stirring fork is continuous
Soft block mixture in stir chamber is provoked, constantly has soft block mixture to fall into aggregate bin.
After the first motor starting, belt pulley drives horizontal gear rotation, and horizontal gear drives perpendicular gear rotation, erects tooth
Wheel drives spiral handspike rotation；Flour mixture is fallen under in aggregate bin in extruded tube inner cavity, shifts extruding by spiral handspike
The opening of pipe, the finally extruding noodle from the hole of shaping slice.
In horizontal gear rotation, due to the effect of eccentric block and spring, agitator tank can shake by a small margin in the horizontal direction,
The soft clumped pastry formed in agitator tank can be evenly distributed in stir chamber bottom.
A kind of konjak noodle process equipment of the utility model has the advantages that
(1) belt and gear transmission structure combine, and first motor drives the extruding of spiral handspike realization dough；
(2) the bucket-shaped shape cooperation of the shape of the top bar of stirring fork and aggregate bin is not influencing flour mixture stirring
Under the premise of realize soft clumped pastry upwards provoke；
(3) the eccentric block structure design of horizontal gear, realizes the shaking of agitator tank, guarantees that dough is evenly distributed on stir chamber
Bottom.
So this konjak noodle process equipment, presses one for tea polyphenols, konjaku powder, standard flour, salt and pure water
Certainty ratio is placed in the agitator tank of equipment, after starting device can rapid processing at noodles.Poison in vivo is excluded for auxiliary body
Element adjusts bodily fuctions, promotes human health level, improves immunity of human body itself etc. and is of great significance.
Other feature and advantage of the utility model will illustrate in the following description, or this is practical new by implementation
Type and understand.
Detailed description of the invention
Attached drawing is only used for showing the purpose of specific embodiment, and is not considered as limitations of the present invention, entire
In attached drawing, identical reference symbol indicates identical component.
Fig. 1 is the integral installation distribution structure schematic diagram of depression angle.
Fig. 2 is the integral installation distribution structure schematic diagram for looking up angle.
Fig. 3 is the assembling schematic diagram of spring and substrate.
Fig. 4 is the structural schematic diagram that spring is fixed on substrate by Screw.
Fig. 5 is the structural schematic diagram in the drive cavity for stir pot bottom.
Fig. 6 is the drive mechanism schematic diagram in drive cavity.
Fig. 7 is structural schematic diagram of the shaping slice at the discharge gate of extruded tube.
Fig. 8 is that agitator tank avoids structural schematic diagram in stir chamber when aggregate bin is splitted.
Fig. 9 is that agitator tank avoids structural schematic diagram in drive cavity when aggregate bin is splitted.
Figure 10 is the structural schematic diagram in stir chamber and drive cavity when agitator tank is splitted along the plane of symmetry.
Figure 11 is the assembling schematic diagram of the horizontal gear and spiral handspike when agitator tank is splitted along the plane of symmetry.
Figure 12 is the perpendicular gear of spiral handspike inner end and the structural schematic diagram of horizontal gear engagement.
Figure 13 is the drive mechanism schematic diagram that belt pulley drives horizontal gear by belt.
Figure 14 is the structural schematic diagram of horizontal gear.
Figure 15 is that stirring bolt connects the structural schematic diagram on the motor shaft of the second motor.
Figure 16 is the structural schematic diagram of stirring fork.
Figure 17 is the structural schematic diagram in the drive cavity for stir pot bottom.
Figure 18 is the structural schematic diagram of the discharge gate of the extruded tube of agitator tank.
Figure 19 is the structural schematic diagram of shaping slice.
Figure label: 1- substrate, 2- spring, 3- agitator tank, 301- drive cavity, 302- hinge column, 303- support column, 304-
Extruded tube, 305- discharge port, 306- stir chamber, 307- aggregate bin, 4- first motor, 5- belt pulley, 6- belt, 7- horizontal wheels
Tooth, 701- belt grooves, the bottom surface the 702- gear teeth, 703- eccentric block, 8- erect gear, 9- spiral handspike, 10- shaping slice, the second electricity of 11-
Machine, 12- stir fork, the root 1201- bar, 1202- intermediate bar, the top 1203- bar, 13- bearing, the big screw of 14-, 15- Screw.
Specific embodiment
A kind of konjak noodle process equipment of the utility model is made below with reference to drawings and examples further detailed
Description.
A kind of konjak noodle process equipment, it is characterised in that: including substrate 1, spring 2, agitator tank 3, first motor 4, skin
Belt wheel 5, belt 6, the horizontal gear teeth 7, perpendicular gear 8, spiral handspike 9, shaping slice 10, the second motor 11, stirring fork 12, bearing 13,
Big screw 14, Screw 15.
As shown in Figure 3, Figure 4, the substrate 1 is the oblate cylinder of center axis vertical, is screwed onto ground by big screw 14
On face or workbench.
The bottom of the spring 2 is welded with installation sheet, and installation sheet is screwed onto 1 top surface of substrate, more than one piece bullet by Screw 15
Spring 2 is distributed in 1 top surface of substrate around 1 central axis of substrate；The top of spring 2 is welded on the bottom surface of agitator tank 3.
Further, the quantity of the spring 2 is more than or equal to three.
As shown in Fig. 5, Fig. 6, Fig. 9, Figure 17, the agitator tank 3 is the cylindrical body of center axis vertical, in cylinder bottom
Cylindrical drive cavity 301 is offered at centre, top offers cylindrical stir chamber 306；In the top surface of the drive cavity 301
It is equipped with hinge column 302 at the heart, bearing 13 is housed, horizontal gear 7 is by bearing 13 mounted in hinged at the center of the horizontal gear 7
On column 302；The top surface of the drive cavity 301 is equipped with the support column 303 of vertical bar shaped at the inner port of extruded tube 304, described
303 end of support column is equipped with bearing 13, and the inner end of the stirring fork 12 is interspersed in the bearing inner race of 303 end of support column.
As shown in Fig. 7, Fig. 8, Figure 10, Figure 11, Figure 12, Figure 18, Figure 19, on the side external cylindrical surface of the agitator tank 3, if
There are the extruded tube 304 of the cylindrical shell of central axis level, the outer end bottom of the extruded tube 304, the discharge port equipped with rectangle
305；The shaping slice 10 is rectangular tab, is uniformly provided with multiple through-holes on thin slice, the shaping slice 10 is inserted in discharge port 305
On slot in, seal discharge port 305.
As shown in Figure 12 and Figure 13, the first motor 4 is screwed onto the top surface of the drive cavity 301 of agitator tank 3, is located at and squeezes
The motor shaft vertical of the oncoming lane of pipe 304, the first motor 4 is downward, and belt pulley 5 is connected on motor shaft；The horizontal teeth
On the external cylindrical surface of wheel 7, the belt grooves 701 of ring-shaped depression, the belt 6 one are offered around the central axis of horizontal gear 7
End is in the belt grooves 701 of horizontal gear 7, and the other end is on belt pulley 5.
As shown in Fig. 9, Figure 11, in extruded tube 304, the inner end of spiral handspike 9 passes through simultaneously hinged the spiral handspike 9
On the support column 303 in drive cavity 301, outer end is hinged on the outermost end wall of extruded tube 304 by bearing 13；The spiral
Perpendicular gear 8 is connected on the inner terminal of push rod 9, the perpendicular gear 8 is engaged with the bottom surface gear teeth 702 of horizontal gear 7.
Further, the maximum outside diameter of the spiral handspike 9 is less than 304 internal diameter 1.5-2mm of extruded tube.
Further, the center of the spiral handspike 9 is thin cylindrical bar, covers the partial cylinder broad in the middle of thin cylindrical bar
On face, it is equipped with spiral sector.
As shown in figure 14, the edge of the rounded bottom surface of the horizontal gear 7, the central axis around horizontal gear 7 are set
There are the bottom surface gear teeth 702, is engaged with the perpendicular gear 8 of 9 inner end of spiral handspike；The bottom surface of the horizontal gear 7 is equipped with downwardly convex
Eccentric block 703.
Further, it is certain to deviate 7 center line axis of horizontal gear for the position of the eccentric block 703 of 7 bottom of horizontal gear
Distance.
As shown in Fig. 8, Figure 10, the top surface of the agitator tank 3 offers downwards cylindrical stir chamber 306, the stir chamber
It is equipped with bucket-shaped aggregate bin 307 close to 304 side of extruded tube in 306,307 top opening of aggregate bin is big, and bottom crimp gathers materials
307 inner cavities of struggling against are connected with 304 inner cavity of extruded tube.
As shown in Fig. 5, Fig. 8, Figure 10, second motor 11 is screwed on the outside wall of agitator tank 3, is located at extruded tube
304 oncoming lane；The root of the motor shaft of second motor 11 is hinged on 3 cylinder wall of agitator tank by bearing 13, outside
End is hinged on the lateral wall of aggregate bin 307 by bearing 13.
Further, the motor shaft of second motor 11 is horizontal positioned, the aggregate bin 307 and the in stir chamber 306
Space between two motors 11.
As shown in Figure 15, Figure 16, the central tube pin joint of the stirring fork 12 is on the motor shaft of the second motor 11, stirring fork
Three stirring rods are equipped with around central tube is radial on 12, in the root bar 1201 and stirring fork 12 at 11 end of the second motor
The oblique aggregate bin 307 of intermediate bar 1202 of heart Guan Chuizhi, 12 middle positions of stirring fork roll tiltedly, close to the top of 307 side of aggregate bin
It is rolled over perpendicular to central tube, the outer end of top bar 1203 to 307 lateral bending of aggregate bin the root of side pole 1203.
Further, the section visual angle of the central axis of the central tube of vertical stirring fork 12, the root bar of stirring fork 12
1201, intermediate bar 1202,120 degree each other of root angle of top bar 1203.
Further, when the top bar 1203 of the stirring fork 12 goes to lowest part, the end distance set of top bar 1203
The wall 2.5-3mm of hopper 307；When top bar 1203 goes to highest point, collection is directed on the end vertical direction of top bar 1203
The open-topped centre of hopper 307.
In the raw material for making noodles, need the ratio of water lower, it is desirable that will not generate to container inner wall after flour mixing
Biggish adhesive, soft block mixture surface can there are one layer of dry flours.
After second motor 11 starts, stirring fork 12 stirs the flour mixture in stir chamber 306, the top of stirring fork 12
Side pole 1203 constantly provokes the soft block mixture in stir chamber 306, constantly has soft block mixture to fall into aggregate bin 307
It is interior.
After the first motor 4 starts, belt pulley 5 drives horizontal gear 7 to rotate, and horizontal gear 7 drives perpendicular 8 turns of gear
It is dynamic, it erects gear 8 and spiral handspike 9 is driven to rotate；Flour mixture is fallen under in aggregate bin 307 in 304 inner cavity of extruded tube, by spiral shell
Rotation push rod 9 shifts the opening of extruded tube 304 onto, finally the extruding noodle from the hole of shaping slice 10.
When horizontal gear 7 rotates, due to the effect of eccentric block 703 and spring 2, agitator tank 3 can be small size in the horizontal direction
Degree shakes, and the soft clumped pastry formed in agitator tank 3 can be evenly distributed in 306 bottom of stir chamber.
The procedure of processing of this konjak noodle:
(1) according to weight, 100 parts of standard flour, 0.3~0.5 part of konjaku powder, 0.03~0.05 part of tea polyphenols, salt 2
Part, 35 parts of pure water；
(2) 50~80 times of water is added in konjaku powder to be stirred to the disappearance of fine powder grain；
(3) konjaku flour expanded is poured into the stir chamber 306 of agitator tank 3 together with other all raw materials；
(4) first start the second motor and start first motor 4 after 11,1~2 minute.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in
Change or replacement, should be covered within the scope of the utility model.
Claims (8)
1. a kind of konjak noodle process equipment, it is characterised in that: including substrate (1), spring (2), agitator tank (3), first motor
(4), belt pulley (5), belt (6), the horizontal gear teeth (7), perpendicular gear (8), spiral handspike (9), shaping slice (10), the second motor
(11), stirring fork (12), bearing (13), big screw (14), Screw (15)；
The substrate (1) is the oblate cylinder of center axis vertical, is screwed on ground or workbench by big screw (14)；
The bottom of the spring (2) is welded with installation sheet, and installation sheet is screwed onto substrate (1) top surface, more than one piece by Screw (15)
Spring (2) is distributed in substrate (1) top surface around substrate (1) central axis；The bottom of agitator tank (3) is welded at the top of spring (2)
Face；
The agitator tank (3) is the cylindrical body of center axis vertical, and cylinder bottom centre offers cylindrical drive cavity
(301), top offers cylindrical stir chamber (306)；Hinge column is equipped at the end face center of the drive cavity (301)
(302), bearing (13) are housed at the center of the horizontal gear (7), horizontal gear (7) is mounted in hinge column by bearing (13)
(302) on；The top surface of the drive cavity (301) is equipped with the support column of vertical bar shaped at the inner port of extruded tube (304)
(303), support column (303) end is equipped with bearing (13), and the inner end of the stirring fork (12) is interspersed in support column (303) end
In the bearing inner race at end；
On the side external cylindrical surface of the agitator tank (3), the extruded tube (304) of the cylindrical shell equipped with central axis level, institute
The outer end bottom for stating extruded tube (304), the discharge port (305) equipped with rectangle；The shaping slice (10) is rectangular tab, on thin slice
Multiple through-holes are uniformly provided with, the shaping slice (10) is inserted in the slot on discharge port (305), seals discharge port (305)；
The first motor (4) is screwed onto the top surface of the drive cavity (301) of agitator tank (3), is located at the opposite direction of extruded tube (304)
The motor shaft vertical of side, the first motor (4) is downward, and belt pulley (5) are connected on motor shaft；The horizontal gear (7)
On external cylindrical surface, the central axis around horizontal gear (7) offers the belt grooves (701) of ring-shaped depression, the belt (6) one
End is in the belt grooves (701) of horizontal gear (7), and the other end is on belt pulley (5)；
In extruded tube (304), the inner end of spiral handspike (9) passes through and is hinged on drive cavity (301) spiral handspike (9)
On interior support column (303), outer end is hinged on the outermost end wall of extruded tube (304) by bearing (13)；The spiral handspike
(9) it is connected on inner terminal perpendicular gear (8), the perpendicular gear (8) is engaged with the bottom surface gear teeth (702) of horizontal gear (7)；
The edge of the rounded bottom surface of the horizontal gear (7), the central axis around horizontal gear (7) are equipped with the bottom surface gear teeth
(702), it is engaged with the perpendicular gear (8) of spiral handspike (9) inner end；The bottom surface of the horizontal gear (7) is equipped with downwardly convex inclined
Heart block (703)；
The top surface of the agitator tank (3) offers downwards cylindrical stir chamber (306), close to extruding in the stir chamber (306)
It manages (304) side and is equipped with bucket-shaped aggregate bin (307), aggregate bin (307) top opening is big, bottom crimp, aggregate bin (307)
Inner cavity is connected with extruded tube (304) inner cavity；
Second motor (11) is screwed on the outside wall of agitator tank (3), is located at the oncoming lane of extruded tube (304)；It is described
The root of the motor shaft of second motor (11) is hinged on agitator tank (3) cylinder wall by bearing (13), and outer end passes through bearing
(13) it is hinged on the lateral wall of aggregate bin (307)；
The central tube pin joint of the stirring fork (12) is on the motor shaft of the second motor (11), around central tube on stirring fork (12)
It is radial to be equipped with three stirring rods, it hangs down close to the root bar (1201) at the second motor (11) end and the central tube of stirring fork (12)
Directly, intermediate bar (1202) the oblique aggregate bin (307) in stirring fork (12) middle position rolls tiltedly, close to aggregate bin (307) side
It is rolled over perpendicular to central tube, the outer end of top bar (1203) to aggregate bin (307) lateral bending the root of top bar (1203).
2. konjak noodle process equipment according to claim 1, it is characterised in that: the quantity of the spring (2) be greater than etc.
In three.
3. konjak noodle process equipment according to claim 1, it is characterised in that: the maximum of the spiral handspike (9) is outer
Diameter is less than extruded tube (304) internal diameter 1.5-2mm.
4. konjak noodle process equipment according to claim 1, it is characterised in that: the center of the spiral handspike (9) is
Thin cylindrical bar covers on the partial cylindrical surface broad in the middle of thin cylindrical bar, is equipped with spiral sector.
5. konjak noodle process equipment according to claim 1, it is characterised in that: horizontal gear (7) bottom it is inclined
Horizontal gear (7) center line axis certain distance is deviateed in the position of heart block (703).
6. konjak noodle process equipment according to claim 1, it is characterised in that: the motor shaft of second motor (11)
It is horizontal positioned, the space between stir chamber (306) interior aggregate bin (307) and the second motor (11).
7. konjak noodle process equipment according to claim 1, it is characterised in that: vertical stirring pitches the central tube of (12)
The root folder of the root bar (1201) for pitching (12), intermediate bar (1202), top bar (1203) is stirred at the section visual angle of central axis
120 degree each other of angle.
8. konjak noodle process equipment according to claim 1, it is characterised in that: the top bar of the stirring fork (12)
(1203) when going to lowest part, wall 2.5-3mm of the end of top bar (1203) apart from aggregate bin (307)；Top bar
(1203) when going to highest point, on the end vertical direction of top bar (1203) be aligned aggregate bin (307) it is open-topped in
At centre.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820847107.3U CN209234785U (en) | 2018-06-03 | 2018-06-03 | A kind of konjak noodle process equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820847107.3U CN209234785U (en) | 2018-06-03 | 2018-06-03 | A kind of konjak noodle process equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209234785U true CN209234785U (en) | 2019-08-13 |
Family
ID=67516631
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820847107.3U Expired - Fee Related CN209234785U (en) | 2018-06-03 | 2018-06-03 | A kind of konjak noodle process equipment |
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| Country | Link |
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| CN (1) | CN209234785U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108576097A (en) * | 2018-06-03 | 2018-09-28 | 宁德职业技术学院 | Konja health-care noodles processing equipment based on tea polyphenols toxin expelling effect |
| CN110420065A (en) * | 2019-08-14 | 2019-11-08 | 嘉兴帮邦堂医疗科技有限公司 | A kind of Human Oral Cavity tooth-implanting adapter |
| CN112400933A (en) * | 2020-10-27 | 2021-02-26 | 旌德县瑞祥农业发展有限公司 | Stable form rice crust processing production facility |
-
2018
- 2018-06-03 CN CN201820847107.3U patent/CN209234785U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108576097A (en) * | 2018-06-03 | 2018-09-28 | 宁德职业技术学院 | Konja health-care noodles processing equipment based on tea polyphenols toxin expelling effect |
| CN110420065A (en) * | 2019-08-14 | 2019-11-08 | 嘉兴帮邦堂医疗科技有限公司 | A kind of Human Oral Cavity tooth-implanting adapter |
| CN110420065B (en) * | 2019-08-14 | 2020-12-01 | 嘉兴帮邦堂医疗科技有限公司 | Preparation method of human oral dental implant adapter |
| CN112400933A (en) * | 2020-10-27 | 2021-02-26 | 旌德县瑞祥农业发展有限公司 | Stable form rice crust processing production facility |
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