CN207371687U - A kind of high-efficiency dehydration vegetables cycle powder manufacturing apparatus - Google Patents
A kind of high-efficiency dehydration vegetables cycle powder manufacturing apparatus Download PDFInfo
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- CN207371687U CN207371687U CN201721863489.0U CN201721863489U CN207371687U CN 207371687 U CN207371687 U CN 207371687U CN 201721863489 U CN201721863489 U CN 201721863489U CN 207371687 U CN207371687 U CN 207371687U
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Abstract
The utility model discloses a kind of high-efficiency dehydration vegetables to cycle powder manufacturing apparatus, one end of auger feeding machine is located at the bottom of feed space, the discharge end of auger feeding machine and a turbine grinder connection, turbine grinder is connected by pipeline with cyclone, cyclone upper end is connected with pulse dust collector, the top connection wind turbine of pulse dust collector；Cyclone lower end is connected with auger wind stopping device, auger wind stopping device is connected with the bottom of elevator, the top of elevator is provided with sieving machine, and the bottom of sieving machine connects holding tank and inspection sieve respectively by sieving powder pipeline, and holding tank bottom is connected by quantitative auger machine with secondary turbine grinder；Check that the lower end sieved passes sequentially through magnetic separator, metal detector is connected with finished powder packaging bag.It realizes that efficient, low energy consumption, the preparation Vegetable powder of safety guarantee, passes through moisture≤6% examined and ensure product, water activity≤0.4, multiple freshness >=90%.
Description
Technical field
The utility model belongs to dehydrated food mechanical equipment technical field, and in particular to a kind of high-efficiency dehydration vegetables Xun Huan system
Powder equipment.
Background technology
Since fresh vegetables water content is high, and fresh vegetables is not easy to store for a long time, therefore by substantial amounts of fresh vegetables system
Into Vegetable powder.Vegetable powder is to clean fresh vegetables, a kind of fruits and vegetables product obtained from after being dried and dehydrated.Vegetables
Powder can not only meet the needs of special populations such as patient, old man, infant, also help preservation, transport and as food
Dispensing is applied.Therefore, it is to meet people's demand, guarantee product trophic function characteristic, reduction vegetables vegetables to be converted into powder
The important way of loss has wide development prospect.
, it is necessary to which the processing for carrying out being carried out in advance compared with multi-pass to dehydrated vegetables adds in current dehydrated vegetable powder process
Work, dehydrated vegetables cannot direct plunge into powder processed.Common flouring technology is produced using single process, is not had on sieve after particulate separation
Pulverizing process is directly entered, raw material is caused not utilize sufficiently；Separated vegetable particulates need to consume when being reprocessed into powder
Take substantial amounts of cost of labor, and technique is excessively complicated, and manpower and management cost are also excessively high.Therefore, how to research and develop a kind of efficient
Dehydrated vegetables cycles powder manufacturing apparatus, realizes and cycles powder processed, has important practical significance.
Utility model content
The technical issues of being produced for dehydrated vegetable powder powder single process in the prior art, the purpose of this utility model is that
A kind of high-efficiency dehydration vegetables cycle powder manufacturing apparatus is provided, be it is a kind of it is brand-new, efficient, low energy consumption, one kind of safety guarantee takes off
Water vegetables powder manufacturing apparatus.
The technical solution that the utility model is taken is：
A kind of high-efficiency dehydration vegetables cycle powder manufacturing apparatus, including auger feeding machine, a turbine grinder, secondary turbine powder
Broken machine, cyclone, pulse dust collector, wind turbine, auger wind stopping device, elevator, sieving machine, inspection sieve, magnetic separator, metal detection
Device, holding tank, one end of the auger feeding machine are located at the bottom of feed space, the discharge end of auger feeding machine and a turbine powder
Broken machine connection, a turbine grinder are connected by pipeline with cyclone, and cyclone upper end is connected with pulse dust collector, and pulse removes
The top connection wind turbine of dirt device；Cyclone lower end is connected with auger wind stopping device, and auger wind stopping device is connected with the bottom of elevator, is carried
The top of the machine of liter is provided with sieving machine, and the bottom of sieving machine connects holding tank and inspection sieve, holding tank respectively by sieving powder pipeline
Bottom is connected by quantitative auger machine with secondary turbine grinder；Check that the lower end of sieve passes sequentially through magnetic separator, metal detector
It is connected with finished powder packaging bag.
Further, the inside of a turbine grinder and secondary turbine grinder includes shaft, fan blade, oblique
Blade, square blade, main shaft both ends are supported on by bearing block in rack, and fan blade and square blade are circumferentially installed on main shaft
On；Oblique blade is circumferentially installed on axle sleeve, and axle sleeve is set on main shaft, offers screw hole on main shaft in the axial direction,
Axle sleeve is fixedly connected by screw by screw hole with main shaft, and the inner wall opposite with oblique blade is arranged to cone inner wall, passes through spiral shell
Pit adjusts position of the axle sleeve on main shaft, regulates and controls the gap between oblique blade and cone inner wall.
Further, spaced set has a fin along longitudinal direction on the surface of the square blade, the oblique blade it is oblique
Face is parallel with cone inner wall, and close to the slot end of cone inner wall, the gap between oblique blade and cone inner wall becomes oblique blade
Small, close to the wide mouth end of cone inner wall, the gap between oblique blade and cone inner wall becomes larger oblique blade.
Further, hammer frame plate, axis pin and spacer are further included, multiple pin shaft holes, axis pin are evenly distributed on hammer frame plate
It is installed in pin shaft hole, hammer leaf is mounted on axis pin and passes through spacer and is spaced from each other.
Further, the auger feeding machine is equipped with variable-frequency governor, and the lower end of cyclone and holding tank is disposed as
Hollow-cone physique structure.
Further, the pulse dust collector is equipped with electromagnetic pulse control valve, and pulse dust collector was internally provided with
Filter cloth bag is provided with spring skeleton in the middle part of the filter cloth bag and is strutted, and the top of filter cloth bag is provided with fixed silk braid,
The top of pulse dust collector is screwed in by fixed silk braid, the bottom of filter cloth bag is provided with hook, by hooking bottom
Steel plate fixing bracket.
Further, the sieving machine is provided with two groups of sieve storehouses from top to bottom, and every group of sieve storehouse is equipped with 21 layers of screen frame, adjacent sieve
It is connected between frame by sieve, the 1st layer to 12 layers of sieve is arranged to the sieve in -120 mesh aperture of 100 mesh, and the 13rd layer to 21 layers
Sieve be arranged to the sieve in -100 mesh aperture of 80 mesh, the 12nd layer of sieve and 13 layers of sieve junction are added baffle interval and are formed slightly
Powder runner, fine powder runner are provided with feed back runner at the 20th layer of sieve.
Further, the fine powder after the material is sieved continuously across first 12 layers of sieve enters fine powder runner,
And material continues through 8 layers of sieve after the 13rd layer continuously material qualified after screening enters coarse powder runner；Material continues on through
Underproof material enters feed back runner after the 8 layers of sieve crossed after the 13rd layer continuously sieve, and is entered by feed back runner temporary
Case.
A kind of high-efficiency dehydration vegetables cycle flouring technology, specifically comprise the following steps：
(1) feeding：The dehydrated vegetables block of powder to be made carries out feeding by auger feeding machine, and auger feeding machine is by dehydrated vegetables
By Frequency Converter Control speed, uniformly send into a turbine grinder；
(2) once crush：Dehydrated vegetables block is crushed by a turbine grinder, and dehydrated vegetables block is in square blade
Material powders are ground into under the effect of running at high speed of oblique blade, and material powders suck picogram under the wind-force effect of wind turbine
In dragon；
(3) sedimentation is promoted：It is deposited into most of material powders in cyclone in auger wind stopping device, auger wind stopping device
Interior material powders, which are entered in elevator, to be promoted；
(4) clean：It is entered into the sub-fraction material powders in cyclone in pulse dust collector, material powders are with gas
The filter cloth bag for flowing through extra pulse deduster is filtered, and the material powders after filtering are deposited in auger wind stopping device, after filtering
Gas pass through pipeline outside arrange；
(5) powder is sieved：Material after separating twice is promoted to by elevator in sieving machine, passes through two groups of sieve storehouses of sieving machine
Sieve powder is carried out, the coarse powder material for meeting fineness requirement enters inspection sieve by coarse powder runner；Meet the powder material of fineness requirement
Inspection sieve is entered by fine powder runner；
(6) separating twice：The material that fineness requirement is not met after sieving machine sieves powder enters holding tank by feed back runner,
Material in holding tank, which is delivered to by quantitative auger machine in secondary turbine grinder, carries out separating twice；
(7) finished powder is packed：It checks that the Vegetable powder in sieve carries out magnetic separating by magnetic separator, enters back into metal detector
Metal detection is carried out, falls in finished powder packaging bag and is packed under final qualified products.
The beneficial effects of the utility model are：
The auger feeding machine is equipped with variable-frequency governor, and effect makes equipment at the uniform velocity operate, reaches the uniform feeding of material
Purpose.
The coordinated of turbine grinder and secondary turbine grinder carries out separating twice to dehydrated vegetables, makes it will
The material come smashes powdering.
The effect of cyclone is that the wind for generating turbine grinder and the material come depart from.
Circulatory function for sieving machine sift out be not reaching to mesh number requirement material by another pipeline flow into temporary storing bin case,
Holding tank bottom is equipped with the frequency conversion auger pan feeding machine of uniform pan feeding, and material is uniformly entered by auger pan feeding machine to turbine grinder
Interior, turbine grinder carries out crushing careful again to the material for being not reaching to requirement, has reached material and has made full use of, Xun Huan life
Production, solves the problems, such as that the material for being not reaching to requirement is intractable.
The security performance ensures do not have metallic foreign body in vegetable powder products by magnetic separator and metal detector two procedures
Appearance.
Dehydrated vegetables is 120 mesh by separating twice to the grain fineness of a turbine grinder, secondary turbine grinder
More than, and passing through moisture≤6% examined and ensure product, water activity≤0.4, multiple freshness >=90% is rejected unqualified
Product.
Description of the drawings
Fig. 1 is the overall structure diagram of the utility model.
Fig. 2 is the internal structure schematic diagram of a turbine grinder or secondary turbine grinder in the utility model.
Fig. 3 is that the material of the side view of sieving machine in the utility model moves towards schematic diagram；
Fig. 4 is materials inside, the wind direction trend graph of cyclone in the utility model.
Fig. 5 is the side view of filter cloth bag in the utility model.
Fig. 6 is the plan view of filter cloth bag in the utility model.
Wherein, 1, auger feeding machine；2-a, a turbine grinder；2-b, secondary turbine grinder；3rd, cyclone；4th, arteries and veins
Rush deduster；5th, wind turbine；6th, auger wind stopping device；7th, elevator；8th, sieving machine；9th, sieve is checked；10th, magnetic separator；11st, metal detection
Device；12nd, holding tank；13rd, quantitative auger machine；14th, unloading hopper；15th, finished powder packaging bag；16th, shaft；17th, fan blade；18th, bore
Internal wall；19th, oblique blade；20th, square blade；21st, screen frame；22nd, baffle；23rd, feed back runner；24th, fine powder runner；25th, it is thick
Powder runner；26th, fixed silk braid；27th, spring skeleton；28th, link up with.
Specific embodiment
The utility model is further illustrated below in conjunction with the accompanying drawings.
Embodiment 1
As shown in Figure 1, a kind of high-efficiency dehydration vegetables Xun Huan powder manufacturing apparatus is disposed with Stall equipment, second floor from bottom to top
Equipment, three buildings equipment form the design of 3 floor layer structures, auger feeding machine are provided in Stall equipment, a turbine crushes
Machine, secondary turbine grinder, auger wind stopping device, magnetic separator, metal detector and finished powder packaging bag；It is set in second floor equipment
There are cyclone, pulse dust collector, check sieve, holding tank, quantitative auger machine, unloading hopper；Be provided in three buildings equipment wind turbine,
Sieving machine, elevator are set from the arrangement of three floors is above extended upward through.
Auger feeding machine is equipped with variable-frequency governor, and the lower end of cyclone and holding tank is disposed as hollow-cone body knot
Structure.One end of auger feeding machine is located at the bottom of feed space, and the discharge end of auger feeding machine and a turbine grinder connect, and one
Secondary turbine grinder is connected by pipeline with cyclone, and cyclone upper end is connected with pulse dust collector, the top of pulse dust collector
Connect wind turbine；Cyclone lower end is connected with auger wind stopping device, and auger wind stopping device is connected with the bottom of elevator, the top of elevator
End is provided with sieving machine, and the bottom of sieving machine connects holding tank and inspection sieve respectively by sieving powder pipeline, and holding tank bottom passes through
Quantitative auger machine is connected with secondary turbine grinder；Check that the lower end of sieve passes sequentially through magnetic separator, metal detector and finished powder
Packaging bag connects.
Dehydrated vegetables raw material are set after a turbine grinder, secondary turbine grinder are broken into powder into second floor
In 3 standby cyclones, the effect of cyclone is that 95% or so powder product settles down to flow to auger wind stopping device jointly
It is interior.
The inside of turbine grinder and secondary turbine grinder includes shaft, fan blade, oblique blade, square knife
Piece, main shaft both ends are supported on by bearing block in rack, and fan blade and square blade are circumferentially installed on main shaft；Oblique blade edge
It is circumferentially installed on axle sleeve, axle sleeve is set on main shaft, offers screw hole on main shaft in the axial direction, and screw passes through screw hole
Axle sleeve is fixedly connected with main shaft, the inner wall opposite with oblique blade is arranged to cone inner wall, and adjusting axle sleeve by threaded hole exists
Position on main shaft regulates and controls the gap between oblique blade and cone inner wall.
Spaced set has fin along longitudinal direction on the surface of square blade, and inclined-plane and the cone inner wall of the oblique blade are put down
Row, oblique blade is close to the slot end of cone inner wall, and the gap between oblique blade and cone inner wall becomes smaller, and oblique blade is close
The wide mouth end of cone inner wall, the gap between oblique blade and cone inner wall become larger.
During specific cutting, first pass through square blade progress and tentatively cut into the particle of small rice grain size, then pass through oblique knife
Piece cuts into powder material, by adjusting the gap size control dehydrated vegetables powder between oblique blade and cone inner wall
Fineness, and then ensure the product quality of dehydrated vegetable powder.
Hammer frame plate, axis pin and spacer are further included, multiple pin shaft holes are evenly distributed on hammer frame plate, axis pin is installed on pin shaft hole
In, hammer leaf is mounted on axis pin and passes through spacer and is spaced from each other.It cooperates with oblique blade, regulates and controls cutting fineness size.
Pulse dust collector is equipped with electromagnetic pulse control valve, and pulse dust collector is internally provided with filter cloth bag, adjacent mistake
The spacing of filter cloth bag is 10cm.It is provided with spring skeleton in the middle part of filter cloth bag to be strutted, spring skeleton has certain bullet
Property supporting role, filter cloth bag is strutted in cylindrical structure, ensures filter effect；The top of filter cloth bag is provided with fixed silk
Set is screwed in the top of pulse dust collector by fixed silk braid, prevents filter cloth bag from dropping；The bottom of filter cloth bag is provided with extension
Hook by hooking bottom steel plate fixing bracket, makes cloth bag be in elongation state.5% or so light powder and a turbine powder
Broken machine generates distinguished and admirable in pulse dust collector, and to be the light powder that will come and wind pass through solenoid valve for the effect of pulse dust collector
And filter cloth bag separation, wind can enter inside cloth bag is discharged to the external world by wind turbine, and lightweight powder product can flow to auger and close wind
In device.
Auger wind stopping device flows to product in elevator, then is mentioned by elevator in sieving machine, and at this moment sieving machine can be by powder
The product of shape is screened, and sieving machine is provided with two groups of sieve storehouses from top to bottom, and every group of sieve storehouse is equipped with 21 layers of screen frame, adjacent screen frame it
Between connected by sieve, the 1st layer to 12 layers of sieve is arranged to the sieve in -120 mesh aperture of 100 mesh, the 13rd layer to 21 layers of sieve
Net is arranged to the sieve in -100 mesh aperture of 80 mesh, and the 12nd layer of sieve and 13 layers of sieve junction add baffle interval and form coarse powder stream
Road, fine powder runner are provided with feed back runner at the 20th layer of sieve.Material sieved continuously across first 12 layers of sieve after it is thin
Powder enters fine powder runner, and material continues through 8 layers of sieve after the 13rd layer continuously material qualified after screening enters coarse powder
Runner；Underproof material enters feed back runner after 8 layers of sieve that material is continued through after the 13rd layer continuously sieve, by returning
Stream road enters holding tank, and the feed back in holding tank is flowed into secondary turbine grinder and crushed again, and making to be not reaching to will
The material asked has accomplished Xun Huan production, saves raw material.Inspection sieve can be flowed to by reaching the coarse powder of mesh number requirement and fine powder product
It is interior.
The special construction of screening machine, it is possible to provide the material channel of two different fineness reduces screening machine and replaces different screen frames
Time, improve performance, improve screening efficiency, greatly improve the production efficiency and quality of product, be dehydrated vegetables field
A big innovation, reduce the use cost of equipment indirectly.
It is flowed into the product checked in sieve to complete to flow in magnetic separator after checking, carries out magnet and sort, product completes magnet
Into metal detector after sorting, effect is that the metallic foreign body that will contain in product leans out, separates, and ensures product quality, most
The packaged form that product is needed according to client afterwards carries out product packaging.
Embodiment 2
On the basis of embodiment 1, a kind of high-efficiency dehydration vegetables cycle flouring technology, specifically comprise the following steps：
(1) feeding：The dehydrated vegetables block of powder to be made carries out feeding by auger feeding machine, and auger feeding machine is by dehydrated vegetables
By Frequency Converter Control speed, uniformly send into a turbine grinder；
(2) once crush：Dehydrated vegetables block is crushed by a turbine grinder, and dehydrated vegetables block is in square blade
Material powders are ground into under the effect of running at high speed of oblique blade, and material powders suck picogram under the wind-force effect of wind turbine
In dragon；
(3) sedimentation is promoted：It is deposited into most of material powders in cyclone in auger wind stopping device, auger wind stopping device
Interior material powders, which are entered in elevator, to be promoted；
(4) clean：It is entered into the sub-fraction material powders in cyclone in pulse dust collector, material powders are with gas
The filter cloth bag for flowing through extra pulse deduster is filtered, and the material powders after filtering are deposited in auger wind stopping device, after filtering
Gas pass through pipeline outside arrange；
(5) powder is sieved：Material after separating twice is promoted to by elevator in sieving machine, passes through two groups of sieve storehouses of sieving machine
Sieve powder is carried out, the coarse powder material for meeting fineness requirement enters inspection sieve by coarse powder runner；Meet the powder material of fineness requirement
Inspection sieve is entered by fine powder runner；
(6) separating twice：The material that fineness requirement is not met after sieving machine sieves powder enters holding tank by feed back runner,
Material in holding tank, which is delivered to by quantitative auger machine in secondary turbine grinder, carries out separating twice；
(7) finished powder is packed：It checks that the Vegetable powder in sieve carries out magnetic separating by magnetic separator, enters back into metal detector
Metal detection is carried out, falls in finished powder packaging bag and is packed under final qualified products.
The wind speed of wind turbine is 1.6m/s-2m/s in the step (2).
The above is not the limitation to the utility model, it should be pointed out that：For the ordinary skill people of the art
For member, on the premise of the utility model in essence scope is not departed from, several variations, modifications, additions or substitutions can also be made,
These improvements and modifications also should be regarded as the scope of protection of the utility model.
Claims (8)
1. a kind of high-efficiency dehydration vegetables cycle powder manufacturing apparatus, which is characterized in that including auger feeding machine, a turbine grinder,
Secondary turbine grinder, cyclone, pulse dust collector, wind turbine, auger wind stopping device, elevator, sieving machine, check sieve, magnetic separator,
Metal detector, holding tank, one end of the auger feeding machine are located at the bottom of feed space, the discharge end of auger feeding machine and one
Secondary turbine grinder connection, a turbine grinder are connected by pipeline with cyclone, and cyclone upper end and pulse dust collector connect
It connects, the top connection wind turbine of pulse dust collector；Cyclone lower end is connected with auger wind stopping device, the bottom of auger wind stopping device and elevator
End connection, the top of elevator are provided with sieving machine, and the bottom of sieving machine connects holding tank and inspection respectively by sieving powder pipeline
Sieve, holding tank bottom is connected by quantitative auger machine with secondary turbine grinder；Check that the lower end of sieve passes sequentially through magnetic separator, gold
Belong to detector to connect with finished powder packaging bag.
A kind of 2. high-efficiency dehydration vegetables Xun Huan powder manufacturing apparatus according to claim 1, which is characterized in that a turbine powder
The inside of broken machine and secondary turbine grinder includes shaft, fan blade, oblique blade, square blade, and main shaft both ends pass through bearing
In rack, fan blade and square blade are circumferentially installed on main shaft seat supports；Oblique blade is circumferentially installed on axle sleeve, axis
It is set on main shaft, offers screw hole on main shaft in the axial direction, screw, which is fixed axle sleeve and main shaft by screw hole, to be connected
It connects, the inner wall opposite with oblique blade is arranged to cone inner wall, adjusts position of the axle sleeve on main shaft by threaded hole, regulation and control are oblique
Gap between shape blade and cone inner wall.
3. a kind of high-efficiency dehydration vegetables Xun Huan powder manufacturing apparatus according to claim 2, which is characterized in that the square blade
Spaced set has fin along longitudinal direction on surface, and the inclined-plane of the oblique blade is parallel with cone inner wall, and oblique blade is close to cone
The slot end of inner wall, the gap between oblique blade and cone inner wall become smaller, oblique blade close to cone inner wall wide mouth end, tiltedly
Gap between shape blade and cone inner wall becomes larger.
4. a kind of high-efficiency dehydration vegetables cycle powder manufacturing apparatus according to claim 2, which is characterized in that further include hammer frame plate,
Axis pin and spacer are evenly distributed with multiple pin shaft holes on hammer frame plate, and axis pin is installed in pin shaft hole, and hammer leaf is mounted on axis pin simultaneously
It is spaced from each other by spacer.
A kind of 5. high-efficiency dehydration vegetables Xun Huan powder manufacturing apparatus according to claim 1, which is characterized in that the auger feeding machine
Equipped with variable-frequency governor, the lower end of cyclone and holding tank is disposed as hollow-cone physique structure.
A kind of 6. high-efficiency dehydration vegetables Xun Huan powder manufacturing apparatus according to claim 1, which is characterized in that the pulse dust collector
Electromagnetic pulse control valve is equipped with, pulse dust collector is internally provided with filter cloth bag, is provided in the middle part of the filter cloth bag
Spring skeleton is strutted, and the top of filter cloth bag is provided with fixed silk braid, and pulse dust collector is screwed in by fixed silk braid
Top, the bottom of filter cloth bag is provided with hook, by hooking bottom steel plate fixing bracket.
7. a kind of high-efficiency dehydration vegetables cycle powder manufacturing apparatus according to claim 1, which is characterized in that the sieving machine is from upper
And two groups of sieve storehouses are arranged with, every group of sieve storehouse is equipped with 21 layers of screen frame, is connected between adjacent screen frame by sieve, the 1st layer to 12 layers
Sieve be arranged to the sieve in -120 mesh aperture of 100 mesh, the 13rd layer to 21 layers of sieve is arranged to the sieve in -100 mesh aperture of 80 mesh
Net, the 12nd layer of sieve and 13 layers of sieve junction add baffle interval and form coarse powder runner, fine powder runner, are set at the 20th layer of sieve
It is equipped with feed back runner.
8. a kind of high-efficiency dehydration vegetables Xun Huan powder manufacturing apparatus according to claim 7, which is characterized in that the material continuously passes through
It crosses the fine powder after first 12 layers of sieve is sieved and enters fine powder runner, and material continues through 8 layers of sieve after the 13rd layer
Qualified material enters coarse powder runner after continuous screening；Material continue through 8 layers of sieve after the 13rd layer continuously after screening not
Qualified material enters feed back runner, enters holding tank by feed back runner.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721863489.0U CN207371687U (en) | 2017-12-27 | 2017-12-27 | A kind of high-efficiency dehydration vegetables cycle powder manufacturing apparatus |
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| CN201721863489.0U CN207371687U (en) | 2017-12-27 | 2017-12-27 | A kind of high-efficiency dehydration vegetables cycle powder manufacturing apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107971113A (en) * | 2017-12-27 | 2018-05-01 | 青岛联盛益康食品科技有限公司 | A kind of high-efficiency dehydration vegetables circulation powder manufacturing apparatus and technique |
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2017
- 2017-12-27 CN CN201721863489.0U patent/CN207371687U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107971113A (en) * | 2017-12-27 | 2018-05-01 | 青岛联盛益康食品科技有限公司 | A kind of high-efficiency dehydration vegetables circulation powder manufacturing apparatus and technique |
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Address after: 266000 Taoyuan 6th Road, yongxingzhuang, Dianbu Town, Laixi City, Qingdao City, Shandong Province Patentee after: Qingdao Liansheng Yikang Biotechnology Co.,Ltd. Address before: 266000 Taoyuan 6th Road, yongxingzhuang, Dianbu Town, Laixi City, Qingdao City, Shandong Province Patentee before: QINGDAO UNISONECO FOOD TECHNOLOGY Co.,Ltd. |
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