CN209660361U - Ultrasonic wave extraction experiment automatically controls production line - Google Patents
Ultrasonic wave extraction experiment automatically controls production line Download PDFInfo
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- CN209660361U CN209660361U CN201920117931.8U CN201920117931U CN209660361U CN 209660361 U CN209660361 U CN 209660361U CN 201920117931 U CN201920117931 U CN 201920117931U CN 209660361 U CN209660361 U CN 209660361U
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Abstract
Ultrasonic wave extraction experiment automatically controls production line, including sanitary pump, Water purifier, high shear machine, multifunctional reaction still, ultrasonic response kettle, micro-filter, enzyme deactivation device, non-conservation tank, separator, inspissator, vacuum tank, vacuum pump, condenser, vacuum system, drying tower and powder collector, the sanitary pump 1 is connected by pipeline Water purifier, Water purifier is connected by pipeline with high shear machine, high shear machine is connected by pipeline with multifunctional reaction still, functional response kettle, it is connected by pipeline with ultrasonic response kettle, ultrasonic response kettle is connected by pipeline with micro-filter, micro-filter is connected by pipeline with enzyme deactivation device, enzyme deactivation device is connected by pipeline with non-conservation tank, non-conservation tank is connected by pipeline with separator, separator is connected by pipeline with inspissator；The utility model has the advantages that: the monitoring of all kinds of production factors is accurate, high production efficiency and quality is good.
Description
Technical field
It is tested the utility model relates to ultrasonic wave extraction and automatically controls production line, especially fish protein powder extracts, and belongs to food
Field.
Background technique
With the development of modern mechanical processing industry, continuous improvement to the quality of food, required precision, to improving production effect
The requirement that rate, the fish protein powder for reducing production cost produce also is being promoted, and traditional fish protein powder production, the degree of automation is low,
Extracting mode is mostly that mechanization crushes separation, and whole flow process is got off, and purity quality is not high and particle is big, is one and needs to solve
The problem of.
Summary of the invention
It is tested the purpose of the utility model is to provide ultrasonic wave extraction and automatically controls production line.
Problem to be solved in the utility model is that prior art fish protein powder extraction particle is big, quality and low efficiency.
To realize the purpose of this utility model, the technical solution adopted in the utility model is:
Ultrasonic wave extraction experiment automatically controls production line, including sanitary pump, Water purifier, high shear machine, polyfunctional reactant
It is kettle, ultrasonic response kettle, micro-filter, enzyme deactivation device, non-conservation tank, separator, inspissator, vacuum tank, vacuum pump, condenser, true
Empty set system, drying tower and powder collector, the sanitary pump 1 are connected by pipeline Water purifier, and Water purifier passes through pipeline and height
Cutter is connected, and high shear machine is connected by pipeline with multifunctional reaction still, and functional response kettle passes through pipeline and ultrasonic wave
Reaction kettle is connected, and ultrasonic response kettle is connected by pipeline with micro-filter, and micro-filter passes through pipeline and enzyme deactivation device phase
Connection, enzyme deactivation device are connected by pipeline with non-conservation tank, and non-conservation tank is connected by pipeline with separator, and separator passes through pipeline
It is connected with inspissator, inspissator is connected by pipeline with vacuum tank, and vacuum pump, condenser, vacuum system interconnection are matched
Vacuum tank work is closed, inspissator enters drying tower by piping connection, is equipped with powder collector by drying tower.
The drying tower lower part is equipped with fine-structure mesh plate and sanding machine, and sanding machine is located at fine-structure mesh plate top.
The drying tower, powder collector are located at two layers of eminence.
The utility model has the advantages that: it is that industrial personal computer cooperation plc realizes real-time online control, all kinds of lifes under entire flowing water
It is accurate to produce element monitoring, high production efficiency and quality is good, while the fish protein powder produced is finer and smoother.
Detailed description of the invention
Fig. 1 is that the experiment of the utility model ultrasonic wave extraction automatically controls production line schematic diagram；
Fig. 2 is 15 structural schematic diagram of drying tower；
In figure: 1, sanitary pump 2, Water purifier 3, high shear machine 4, multifunctional reaction still 5, ultrasonic response kettle
6, micro-filter 7, enzyme deactivation device 8, non-conservation tank 9, separator 10, inspissator 11, vacuum tank 12, vacuum pump
13, condenser 14, vacuum system 15, drying tower 16, powder collector 17, fine-structure mesh plate 18, sanding machine.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and embodiments.
Ultrasonic wave extraction experiment automatically controls production line, including sanitary pump 1, Water purifier 2, high shear machine 3, Multifunctional reverse
Answer kettle 4, ultrasonic response kettle 5, micro-filter 6, enzyme deactivation device 7, non-conservation tank 8, separator 9, inspissator 10, vacuum tank 11, vacuum
Pump 12, condenser 13, vacuum system 14, drying tower 15 and powder collector 16, it is characterised in that: sanitary pump 1 passes through pipeline purified water
Device 2 is connected, and Water purifier 2 is connected by pipeline with high shear machine 3, and high shear machine 3 passes through pipeline and multifunctional reaction still 4
It is connected, functional response kettle 4 is connected by pipeline with ultrasonic response kettle 5, and ultrasonic response kettle 5 passes through pipeline and micro- mistake
Filter 6 is connected, and micro-filter 6 is connected by pipeline with enzyme deactivation device 7, and enzyme deactivation device 7 is connected by pipeline with non-conservation tank 8,
Non-conservation tank 8 is connected by pipeline with separator 9, and separator 9 is connected by pipeline with inspissator 10, and inspissator 10 passes through pipe
Road is connected with vacuum tank 11, and vacuum pump 12, condenser 13, vacuum system 14 are connected with each other cooperation vacuum tank 11 and work, concentration
Device 10 enters drying tower 15 by piping connection, powder collector 16 is equipped with by drying tower 15, for placing cured albumen powder.
15 lower part of drying tower is equipped with fine-structure mesh plate 17 and sanding machine 18, and sanding machine 18 is located at 17 top of fine-structure mesh plate, has thin
Web plate 17, which is kept off, prevents the grains of sand from infiltrating in albumen powder, is smashed, is made in real time by the grains of sand constantly recycled when solidifying
The fish protein powder sophistication that must be produced is more preferable.
The drying tower 15, powder collector 16 are located at two layers of eminence, and vehicle is facilitated to come directly to load and unload.
1 vanes of sanitary pump are developed meticulously, Curve Design program, and are inputted machining center and carried out Precision Machining.To really
Protected the pump key part high-precision requirement and stringent coherence request, flow: Q=50,000 l/h,
Convey material viscosity range: 0.10CP~500CP, outlet pressure: 0.2~0.24MPa, when maximum pressure: 0.3~
4.5Mpa；3 tank top DN450 manhole 1 of high shear machine；Pneumostome DN40 1, the band sterile respirator of DN40；DN50 into
Material mouth 2；DN25 Butterworth Hatch 2, band Ah method's daraf(reciprocal of farad) rotating wash bowl；DN25 2, refluxing opening 1；1, the spare mouth of DN40,
Shot-light visor 1 is worn, level sensor is installed in 1.5 cubes of positions on tank body.Tank body top side DN40 steam inlet 1
It is a, tank base DN40 steam drainage 1, mouth；Steam inlet and tank mouth are at right angle, and steam drainage mouth and tank mouth are at the straight angle；
Tank bottom end socket heats, jacket cylinder, thickness 6.0mm, insulation jacket spacing 75mm.
4 interface of multifunctional reaction still uses iso standard Quick hoop formula, convenient and healthy；Sterile respirator, CIP cleaning spray
Device, visor, flange, hygienic quick opening manhole etc., pneumatically without delay bottom material valve system.Inner surface is using mirror finish, it is ensured that nothing is defended
Life and death angle, totally enclosed design ensure that material is in germ-free condition, the processing of outer surface frosted matt always.Heating method: steam,
To meet the process requirement of the different operatings environment such as acidproof, alkaline-resisting, high temperature resistant, erosion resistant, anticorrosive.It is cooling: to be recycled using water
Form circulating cooling.
Ultrasonic response kettle 5 is stablized using external most advanced energy-gathered ultrasonic generating system, performance；Ultrasonic power can be micro-
It adjusts；Supersonic frequency: 15-40KHz may be selected in 25KHz, ultrasonic frequency range, and ultrasonic probe selects insertion type, by cavitation effect or
The transmission of person's air acts on the logical water-cooling device function that product function reaction vessel has unique design: temperature controllable: -30-
300 DEG C, innovative design.6 sense temp measuring system equipped with high-precision platinum, and accurate detection reaction temperature, accurately controls reaction in real time
Process temperature；Control range: -400 DEG C of room temperature, temperature-controlled precision :≤± 1 DEG C.
Working principle and structure of the micro-filter 6 based on bag type filtering system, filter bag side leakage probability very little, it is effectively guaranteed that
Filtration Quality continues to use after replacing filter bag when pressure difference significantly increases between inlet and outlet.It can be used for the deep layer mistake of engineering precision
Filter, the surface filtration of absolute precision, filter efficiency 100% match nylon Nylon: acid and alkali-resistance, solvent resistant, 150 DEG C of heatproof, absolute mistake
Filtering precision is 5~1200 μm.
Enzyme deactivation device 7 has the economic effect of Waste Heat Reuse using the heat exchanger for having cold and hot material, therefore steam consumption is small, matches
There is pipeline to observe visor, 316L material, UHT ultra high temperature short time sterilization machine uses cannula structure, and it is efficient, energy saving, easy to operate,
Using 17 cun of computer picture PLC touch control case Siemens System composition control device systems.
Non-conservation tank 8 cylinder interior diameter 1300mm, cylinder height 1200mm.Head thickness 4mm, cylinder thickness 4mm above and below tank.
Support foot hight: discharge port is apart from 600 height of ground.One, M27*2 thermometer interface is reserved in tank base side, matches M100 temperature
Table, installing port is upward, can link PLC computer digital display temperature.
Vacuum pump 12 is German Lay Fushi's rotary vane type structure, has good corrosion resistance.
Condenser 13 is 2205 material tubulation of titanium alloy material, using sleeve array architecture.
Drying tower 15 is that high-speed centrifugal spray structure is a kind of suitable for emulsion, suspension, paste, solution etc.
The dry special-purpose drying equipment of liquid.Air is by filter and heater, and into the air distributor at the top of drier, heat is empty
Gas is in the shape of a spiral even into drying.Feed liquid is pumped into the centrifugal atomizer at the top of drier through filter by material fluid bath,
Feed liquid is set to be sprayed into minimum object shape drop, feed liquid and hot-air parallel flow contact, moisture content are evaporated rapidly, done in a very short period of time
Dry is finished product.Rate of drying is fast, generally only needs 5-15 seconds, has the characteristics that instantaneously dry；Drying process is completed in the material short time,
It is dry to be adapted to heat sensitive material, is able to maintain material color；Product is in dispersibility, mobility, favorable solubility.Moisture content is most
Big evaporation capacity 50kg/h, centrifugal atomizing nozzle rotate 18000 revolving speed r.p.m, the dry powder rate of recovery 95%, electric heating maximum power 60KW.
The application method of the utility model: raw material fish enters in high shear machine 3 after being cleaned by sanitary pump 1 and is stirred
It is broken, entered in multifunctional reaction still 4 later after carrying out steam heating and processing, into ultrasonic response kettle 5 in band stir
Polytetrafluoroethylene (PTFE) clears up function hydrothermal synthesis reaction, forms double vortex correspondences and reacts, is filtered after reaction by micro-filter 6
Impurity, and remove organized enzyme under the auxiliary of enzyme deactivation device 7, enters non-conservation tank 8 by pipeline after handling well, need using when pump
Enter separator 9 to be centrifuged at a high speed, then required protein be concentrated in inspissator 10, inspissator 10 be
Vacuum tank 11, vacuum pump 12, condenser 13, vacuum system 14 work under cooperating, and last protein concentrate is admitted to drying
Cyclone drying is carried out in tower 15, while 18 sandblasting of sanding machine being cooperated more to refine Fish protein, and fish protein powder is deposited into collection later
In powder device 16.
Claims (3)
1. ultrasonic wave extraction experiment automatically controls production line, including sanitary pump (1), Water purifier (2), high shear machine (3), more function
It can reaction kettle (4), ultrasonic response kettle (5), micro-filter (6), enzyme deactivation device (7), non-conservation tank (8), separator (9), inspissator
(10), vacuum tank (11), vacuum pump (12), condenser (13), vacuum system (14), drying tower (15), powder collector (16), it is special
Sign is: sanitary pump (1) is connected by pipeline Water purifier (2), and Water purifier (2) passes through pipeline and high shear machine (3) phase
Connection, high shear machine (3) are connected by pipeline with multifunctional reaction still (4), and functional response kettle (4) passes through pipeline and ultrasound
Wave reaction kettle (5) is connected, and ultrasonic response kettle (5) is connected by pipeline with micro-filter (6), and micro-filter (6) passes through
Pipeline is connected with enzyme deactivation device (7), and enzyme deactivation device (7) is connected by pipeline with non-conservation tank (8), non-conservation tank (8) by pipeline and
Separator (9) is connected, and separator (9) is connected by pipeline with inspissator (10), and inspissator (10) passes through pipeline and vacuum
Tank (11) is connected, and vacuum pump (12), condenser (13), vacuum system (14) are connected with each other cooperation vacuum tank (11) work, dense
Contracting device (10) is entered drying tower (15) by piping connection, is equipped with powder collector (16) by drying tower (15).
2. ultrasonic wave extraction experiment according to claim 1 automatically controls production line, it is characterized in that: the drying tower (15)
Lower part is equipped with fine-structure mesh plate (17) and sanding machine (18), and sanding machine (18) is located at fine-structure mesh plate (17) top.
3. ultrasonic wave extraction experiment according to claim 1 automatically controls production line, it is characterized in that: the drying tower
(15), powder collector (16) is located at two layers of eminence.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201920117931.8U CN209660361U (en) | 2019-01-24 | 2019-01-24 | Ultrasonic wave extraction experiment automatically controls production line |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920117931.8U CN209660361U (en) | 2019-01-24 | 2019-01-24 | Ultrasonic wave extraction experiment automatically controls production line |
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| CN209660361U true CN209660361U (en) | 2019-11-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109699807A (en) * | 2019-01-24 | 2019-05-03 | 舟山瑞洋水产品研发有限公司 | Ultrasonic extracting process and corollary equipment |
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2019
- 2019-01-24 CN CN201920117931.8U patent/CN209660361U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109699807A (en) * | 2019-01-24 | 2019-05-03 | 舟山瑞洋水产品研发有限公司 | Ultrasonic extracting process and corollary equipment |
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