CN206847313U - A kind of drying system of ammonia sugar preparation - Google Patents
A kind of drying system of ammonia sugar preparation Download PDFInfo
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- CN206847313U CN206847313U CN201720356690.3U CN201720356690U CN206847313U CN 206847313 U CN206847313 U CN 206847313U CN 201720356690 U CN201720356690 U CN 201720356690U CN 206847313 U CN206847313 U CN 206847313U
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- spray drying
- annular portion
- drying tower
- column tube
- annular
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Abstract
The utility model discloses a kind of drying system of ammonia sugar preparation, including spray drying tower, injection spray pipe, intake stack, blower fan, heater, cyclone separator and deduster；There is spiral cooling tube in the interlayer of the spray drying tower, the medial surface of spray drying tower madial wall is further fixed on annular portion and lower annular portion, multiple annulus column tubes are connected between upper and lower annular portion, upper annular portion has chamber, chamber passes through the 3rd pipeline and the first pipeline connection, there is the first valve, the top end opening of each annulus column tube is and chamber, the side wall of annulus column tube have multiple exhaust through holes on 3rd pipeline.Drying system of the present utility model, spray drying tower can anti-sticking wall, drying effect is good.
Description
Technical field
It the utility model is related to ammonia sugar preparation field, and in particular to a kind of drying system of ammonia sugar preparation.
Background technology
Glucosamine (Glucosamine, abbreviation ammonia sugar), 2-amino-2-deoxy-D-Glucose, as nutrient chemistry
Product and medicine have a wide range of applications.It is the dietary supplements of osteoarthritis and the adjuvant drug of clinical treatment, can strengthens soft
Bone structure, prevent arthropathy, cartilage caused by repairing osteoporosis is damaged, pain caused by arthritis of releiving, stiff and swollen
It is swollen.With the aging of population structure in world wide, Human Osteoarthritis is more and more more, and ammonia sugar is a large amount of as dietary supplements
Prevention and auxiliary treatment for osteoarthritis, global ammonia sugar market have developed to 30,000 tons, and the product industrial chain gross output value is 4,000,000,000
Dollar or so, there are wide market prospects.Ammonia sugar is in preparation process, it is necessary to by broken, reactor reaction, filtering, spray
Easily there is viscous wall in mist drying and other steps, but existing spray drying device, the inwall of drying tower, due to side wall temperatures compared with
Height, material deterioration can be caused by gluing wall for a long time, reduce product quality.
Utility model content
Purpose of utility model：The defects of the utility model is intended to overcome prior art, there is provided a kind of ammonia sugar preparation is done
Drying system.
Technical scheme：A kind of drying system, including spray drying tower, stretch into the spray tower injection spray pipe, with the spray
The intake stack of connection inside mist drying tower, the blower fan being arranged on blast pipe, the heater being arranged on intake stack, with
The cyclone separator of the spray drying tower connection and the deduster connected with the cyclone separator；The spray drying tower tool
There are discharging opening and air outlet, the air outlet is connected with the cyclone separator, and the side wall of the spray drying tower includes inner side
Wall and lateral wall, there is spiral cooling tube in the interlayer between the inside and outside side wall, the first end of the spiral cooling tube connects
There is the first pipeline, the second end is connected with the second pipeline, and the medial surface of the spray drying tower madial wall is further fixed on annular portion
With lower annular portion, multiple annulus column tubes are connected between the upper and lower annular portion, the upper annular portion has chamber, described
Chamber has the first valve, the top of each annulus column tube by the 3rd pipeline and the first pipeline connection on the 3rd pipeline
End opening has multiple exhaust through holes with the chamber, the side wall of the annulus column tube.
Further, also there is scraper, the scraper includes first annular scraper plate in the spray drying tower
With multiple second annular scrapers, the quantity of second annular scraper is equal to the quantity of the annulus column tube, each second ring
Shape scraper plate is connected by irony contiguous block with the first annular scraper plate, and the first annular scraper plate is used to scrape the madial wall
Medial surface, each second annular scraper are passed through by an annulus column tube, and second annular scraper is used to scrape annulus column tube
Lateral surface；The first electromagnet portion is fixed with below the upper annular portion, the lower annular portion is fixedly arranged above the second electromagnet
Portion.
Further, the lower annular portion has multiple lower material through hole, and the quantity of the lower material through hole is equal to the annulus
The quantity of column tube, the bottom end opening of each annulus column tube connect with a lower material through hole, and each lower material through hole is connected with one
The individual tremie pipe being fixed on below lower annular portion, there is second valve on each tremie pipe.
Further, the quantity of the annulus column tube is 16.
Further, the discharge outlet of the spray drying tower is hinged with discharging lid.
Further, the external diameter of the first annular scraper plate is equal to the internal diameter of the madial wall, second annular scraper
Internal diameter be equal to the annulus column tube external diameter.
Further, the drying system also includes controller and touch-screen, and first and second valve is magnetic valve,
The touch-screen, the first valve, the second valve, blower fan and heater are connected with the controller.
Further, when the drying system is dried, controller control spray drying tower was alternately in for the first work period
With the second work period, in first work period, first valve is opened, and the second all valves is closed, and first and second
Electromagnet portion closes；In second work period, first valve is closed, and the second all valves is opened, and controller
First and second electromagnet portion is controlled to move up and down the scraper.
Further, the duration of first work period and the duration of the second work period are equal.
Further, in second work period, the scraper is up and down more than twice.
Further, multiple annulus column tube equidistantly distributeds are in the lower annular portion.
Further, the drying system also includes cold wind generator, the cold wind generator and the described first pipe
Road is connected.
Beneficial effect：Drying system of the present utility model, it can prevent madial wall from going out by purging and scraper two ways
The phenomenon of wall is now glued, ensure that the quality of product.
Brief description of the drawings
Fig. 1 is drying system schematic diagram；
Fig. 2 is upper annular portion and multiple annulus column tube distribution schematic diagrams；
Fig. 3 is scraper schematic diagram；
Fig. 4 is spray drying tower close-up schematic view.
Embodiment
Reference：1 spray drying tower；1.1 madial wall；1.3 lateral wall；1.3 discharging opening；1.4 air outlet；2 injection spray pipes；
3 intake stacks；3.1 heater；3.2 blower fan；4 cyclone separators；5 dedusters；11 spiral cooling tubes；12.1 the first pipeline；
12.2 the second pipeline；Annular portion on 21；21.1 chambers；22 times annular portions；22.1 lower material through hole；23 annulus column tubes；23.1 go out
Vent hole；24 tremie pipes；24.1 the second valve；25.1 first electromagnet portions；25.2 second electromagnet portions；26 the 3rd pipelines；
26.1 the first valve；27 scrapers；27.1 first annular scraper plates；27.3 second annular scraper plates；27.2 contiguous blocks.
A kind of drying system of ammonia sugar preparation, including spray drying tower 1, stretch into the spray tower injection spray pipe 2 and institute
State the intake stack 3 of connection inside spray drying tower, the blower fan 3.2 being arranged on blast pipe, be arranged on adding on intake stack
Thermal 3.1, the cyclone separator 4 connected with the spray drying tower and the deduster 5 connected with the cyclone separator；Institute
Stating spray drying tower has discharging opening 1.3 and air outlet 1.4, and the air outlet 1.4 is connected with the cyclone separator 4, described
The side wall of spray drying tower includes madial wall and lateral wall, has spiral cooling tube 11 in the interlayer between the inside and outside side wall,
The first end of the spiral cooling tube is connected with the first pipeline 12.1, and the second end is connected with the second pipeline 12.2, and the spraying is dry
The medial surface of dry tower madial wall is further fixed on annular portion 21 and lower annular portion 22, is connected between the upper and lower annular portion more
Individual annulus column tube 23, the upper annular portion have chamber 21.1, and the chamber 21.1 passes through the 3rd pipeline 26 and the first pipeline
12.1 connections, have the first valve 26.1 on the 3rd pipeline 26, the top end opening of each annulus column tube 23 with it is described
Chamber 21.1, the side wall of the annulus column tube 23 have multiple exhaust through holes 23.1.Also have in the spray drying tower
There is a scraper 27, the scraper includes first annular scraper plate 27.1 and multiple second annular scrapers 27.3, and described second
The quantity of annular scraper is equal to the quantity of the annulus column tube, and each second annular scraper 27.3 passes through irony contiguous block 27.2
It is connected with the first annular scraper plate 27.1, the first annular scraper plate 27.1 is used for the medial surface for scraping the madial wall, each
Second annular scraper 27.3 is passed through by an annulus column tube, and second annular scraper is used for the outside for scraping annulus column tube
Face；The first electromagnet portion is fixed with below the upper annular portion, the lower annular portion is fixedly arranged above the second electromagnet portion.It is described
Lower annular portion has multiple lower material through hole 22.1, and the quantity of the lower material through hole 22.1 is equal to the quantity of the annulus column tube,
The bottom end opening of each annulus column tube connects with a lower material through hole, and each lower material through hole is connected with one and is fixed on lower annulus
Tremie pipe 24 below portion, there is second valve 24.1 on each tremie pipe 24.The quantity of the annulus column tube is 16
It is individual.The discharge outlet of the spray drying tower is hinged with discharging lid.The external diameter of the first annular scraper plate is equal to the inner side
The internal diameter of wall, the internal diameter of second annular scraper are equal to the external diameter of the annulus column tube.The drying system also includes control
Device and touch-screen processed, first and second valve is magnetic valve, the touch-screen, the first valve, the second valve, blower fan and add
Thermal is connected with the controller.When the drying system is dried, controller control spray drying tower is alternately in first
Work period and the second work period, in first work period, first valve is opened, and the second all valves closes
Close, first and second electromagnet portion closes；In second work period, first valve is closed, and the second all valves is beaten
Open, and controller controls first and second electromagnet portion to move up and down the scraper.The duration of first work period and
The duration of second work period is equal.In one the second work period, the scraper is up and down more than twice.Multiple circles
Ring-cylindrical pipe equidistantly distributed is in the lower annular portion.The drying system also includes cold wind generator, the cold wind hair
Generating apparatus is connected with first pipeline.
Drying system of the present utility model, the injection spray pipe spraying charging of spray drying tower, intake stack enters hot blast, so as to right
Material is dried rapidly, and most of material further separates from discharging opening blanking, a small amount of material into cyclone separator.In order to
Viscous wall is prevented, helix tube enters air cooling madial wall all the time, and so as to reduce the wall sticking phenomenon of madial wall, spray drying tower is in work in addition
When making, the first work period and the second work period, alternately in first work period, first valve was opened,
The second all valves is closed, and first and second electromagnet portion closes, and now multiple annulus column tubes can incite somebody to action to side blow
The material of madial wall adhesion purges；In second work period, first valve is closed, and the second all valves is beaten
Open, and controller controls first and second electromagnet portion (first and second electromagnet portion replaces open and close) to make above and below the scraper
Mobile, now the side of cylindrical tube is not dried, but scraper moves up and down carry out scraper, can not only be dry to spraying
The madial wall of dry tower carries out scraper, and can carry out scraper to the lateral wall of annulus column tube, and now blanking pipe is opened
Open, some materials entered in annulus cylindricality tube passage can pass through blanking channel blanking.
Although the utility model is illustrated and described with regard to preferred embodiment, those skilled in the art should manage
Solution, without departing from claim limited range of the present utility model, the utility model can be carried out various change and
Modification.
Claims (6)
1. a kind of drying system of ammonia sugar preparation, it is characterised in that including spray drying tower, stretch into the spraying of the spray tower
Pipe, with the spray drying tower inside connect intake stack, be arranged on blast pipe blower fan, be arranged on intake stack
Heater, the cyclone separator connected with the spray drying tower and the deduster connected with the cyclone separator；It is described
Spray drying tower has discharging opening and air outlet, and the air outlet is connected with the cyclone separator, the spray drying tower
Side wall includes madial wall and lateral wall, has spiral cooling tube, the spiral cooling tube in the interlayer between the inside and outside side wall
First end be connected with the first pipeline, the second end is connected with the second pipeline, and the medial surface of the spray drying tower madial wall is also solid
Surely there are upper annular portion and lower annular portion, multiple annulus column tubes, the upper annular portion tool are connected between the upper and lower annular portion
There is a chamber, the chamber has the first valve, each annulus by the 3rd pipeline and the first pipeline connection on the 3rd pipeline
The top end opening of column tube has multiple exhaust through holes with the chamber, the side wall of the annulus column tube.
2. the drying system of ammonia sugar preparation according to claim 1, it is characterised in that also have in the spray drying tower
There is scraper, the scraper includes first annular scraper plate and multiple second annular scrapers, second annular scraper
Quantity is equal to the quantity of the annulus column tube, and each second annular scraper passes through irony contiguous block and the first annular scraper plate
Connection, the first annular scraper plate are used for the medial surface for scraping the madial wall, and each second annular scraper is by an annulus cylindricality
Pipe is through second annular scraper is used for the lateral surface for scraping annulus column tube；The first electricity is fixed with below the upper annular portion
Magnet part, the lower annular portion are fixedly arranged above the second electromagnet portion.
3. the drying system of ammonia sugar preparation according to claim 2, it is characterised in that the lower annular portion has multiple
Lower material through hole, the quantity of the lower material through hole are equal to the quantity of the annulus column tube, the bottom end opening of each annulus column tube
Connected with a lower material through hole, each lower material through hole is connected with a tremie pipe being fixed on below lower annular portion, each blanking
There is second valve on pipe.
4. the drying system of ammonia sugar preparation according to claim 1, it is characterised in that the quantity of the annulus column tube
For 16.
5. the drying system of ammonia sugar preparation according to claim 1, it is characterised in that the discharging of the spray drying tower
Discharging lid is hinged with mouthful.
6. the drying system of ammonia sugar preparation according to claim 2, it is characterised in that outside the first annular scraper plate
Footpath is equal to the internal diameter of the madial wall, and the internal diameter of second annular scraper is equal to the external diameter of the annulus column tube.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720356690.3U CN206847313U (en) | 2017-04-06 | 2017-04-06 | A kind of drying system of ammonia sugar preparation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720356690.3U CN206847313U (en) | 2017-04-06 | 2017-04-06 | A kind of drying system of ammonia sugar preparation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206847313U true CN206847313U (en) | 2018-01-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720356690.3U Active CN206847313U (en) | 2017-04-06 | 2017-04-06 | A kind of drying system of ammonia sugar preparation |
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| CN (1) | CN206847313U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106895687A (en) * | 2017-04-06 | 2017-06-27 | 扬州日兴生物科技股份有限公司 | A kind of drying system of ammonia sugar preparation |
-
2017
- 2017-04-06 CN CN201720356690.3U patent/CN206847313U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106895687A (en) * | 2017-04-06 | 2017-06-27 | 扬州日兴生物科技股份有限公司 | A kind of drying system of ammonia sugar preparation |
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