CN204529719U - One is novel prepares porous-starch reaction unit - Google Patents
One is novel prepares porous-starch reaction unit Download PDFInfo
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- CN204529719U CN204529719U CN201520198726.0U CN201520198726U CN204529719U CN 204529719 U CN204529719 U CN 204529719U CN 201520198726 U CN201520198726 U CN 201520198726U CN 204529719 U CN204529719 U CN 204529719U
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Abstract
The utility model discloses and a kind of novelly prepare porous-starch reaction unit, belong to technical field of food science.This device is a kind of reaction unit utilizing freeze-thaw method to prepare porous-starch, and it comprises refrigerated tank and defreezing box two portions, can realize the freezing and continuous prodution that thaws, enhance productivity.Freeze-thaw method, compared with traditional method, has that flow process is short, energy consumption is low, simple equipments, efficiency are high, environmentally safe, is a kind of porous-starch production technique of green.This reaction unit accurately can control freezing temp, thaw point, freeze thawing time and number of times, porous-starch preparation efficiency is high, security good, pollution-free, can be widely used in the research preparing porous-starch field, be that porous-starch investigator carries out researching and developing indispensable device.
Description
Technical field
The utility model relates to a kind of reaction unit, particularly relates to a kind of novelly to prepare porous-starch reaction unit, belongs to technical field of food science.
Background technology
The production of current China porous-starch mainly contains chemical method, biological process and composite algorithm etc., but chemical method can introduce chemical reagent, the porous-starch that chemical method is produced is applied to field of food industry to need consider and evaluate its safety issue, the enzyme reagent cost that biological process relates to is higher, and composite algorithm technique comparatively complexity is unfavorable for producing.
In order to solve a production difficult problem for porous-starch, through experimental study for many years, applicants have invented a kind of porous-starch production technique of green: freeze-thaw method, freeze-thaw method is compared with traditional method, have that flow process is short, energy consumption is low, simple equipments, efficiency are high, the advantage of environmentally safe, applicant has applied for patent " preparing modified starch by freeze thawing method reaction unit " in 2011, the patent No. is: 201120517628.0.In these several years, through a large amount of practices of applicant, find the patent No. be 201120517628.0 " preparing modified starch by freeze thawing method reaction unit " there is following shortcoming: the integrated device of this device, in this device, thaw and should thaw in refrigerating process the frozen cooling again that heats up, in course of defrosting, thaw point is warmed up to from freezing temp, meeting is lot of energy due to heating, and be reduced to freezing temp from thaw point, a large amount of frozen starting material (liquid nitrogen or other refrigeration agent) can be consumed again, there are freezing and two processes that heat up in a casing, both energy wastage was caused, cause again the waste of frozen starting material, be unfavorable for save energy, enhance productivity.
Summary of the invention
In order to solve the deficiencies in the prior art, the utility model provides a kind of novelly prepares porous-starch reaction unit, and this device comprises refrigerated tank and defreezing box two portions, can realize the freezing and continuous prodution that thaws, enhance productivity.
The utility model solves the technical scheme that its technical problem adopts: a kind of novel porous-starch reaction unit of preparing is made up of refrigerated tank and defreezing box, refrigerated tank is by the liquid nitrogen container that certainly boosts, safety valve, tensimeter, manual valve, magnetic valve, nozzle, stuck-module A, refrigerated tank case lid, feed-pipe, inlet control valve, feeding spray nozzle, recycle feed pipe, vent valve, temperature sensor A, refrigerated tank casing, temperature controller A, controlling box, stuck-module, heating rod A, electric fan, drainage conduit, discharge control valve forms, refrigerated tank is by refrigerated tank case lid, refrigerated tank casing connects to form, point refrigeration chamber and evaporator room two portions in case, central dividing plate is provided with cold wind air inlet port.Refrigeration chamber is built-in with temperature sensor A, and temperature sensor A is connected with controlling box by temperature controller.Electric fan, heating rod is built-in with at evaporator room, electric fan, heating rod are connected with controlling box respectively, the pipeline that evaporator room top is fixing by stuck-module A is connected with nozzle, the pipeline that nozzle connects stretches out outside refrigerated tank case lid and is connected with magnetic valve, the magnetic valve the other end manually valve is connected with from the liquid nitrogen container that boosts, on boosting liquid nitrogen container, be also connected with safety valve by tensimeter, magnetic valve is electrically connected with controlling box.Refrigeration chamber top is fixed with recycle feed pipe; Drainage conduit is fixed by stuck-module B, is connected with discharge control valve, and discharge control valve is connected with controlling box.
Defreezing box is made up of controlling box, defreezing box feed-pipe, defreezing box casing, fan, heating rod B, Inlet Network, temperature controller, temperature sensor B, stuck-module B, circulation drainage conduit, blow-off valve, cycle control module, control valve, blow-off valve B.Defreezing box feed-pipe is fixed on defreezing box casing top, fan is fixed on defreezing box wall box, heating rod B is connected with controlling box, temperature sensor B mono-is connected with temperature controller B, and other end is connected with controlling box, and circulation drainage conduit is fixed by stuck-module B, one connects defreezing box casing, other end connects blow-off valve A, and by Matter Transfer module controls Matter Transfer, recycle stock module is connected with control valve, blow-off valve B.
The beneficial effects of the utility model are: freeze-thaw method, compared with traditional method, has that flow process is short, energy consumption is low, simple equipments, efficiency are high, environmentally safe, is a kind of porous-starch production technique of green.This reaction unit accurately can control freezing temp, thaw point, freeze thawing time and number of times, porous-starch preparation efficiency is high, security good, pollution-free, can be widely used in the research preparing porous-starch field, be that porous-starch investigator carries out researching and developing indispensable device.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the utility model is described further.
Fig. 1 is structural representation of the present utility model.
Number in the figure:
1, liquid nitrogen container, 2, safety valve, 3, tensimeter, 4, manual valve, 5, magnetic valve, 6, nozzle, 7, stuck-module A, 8, refrigeration chamber, 9, refrigerated tank case lid, 10, feed-pipe, 11, inlet control valve, 12, feeding spray nozzle, 13, recycle feed pipe, 14, vent valve, 15, temperature sensor A, 16, refrigerated tank casing, 17, temperature controller A, 18, controlling box, 19, stuck-module B, 20, heating rod A, 21, cold wind air inlet port, 22, evaporator room, 23, electric fan, 24, drainage conduit, 25, discharge control valve, 26, defreezing box feed-pipe, 27, defreezing box casing, 28, fan, 29, heating rod B, 30, Inlet Network, 31, temperature controller B, 32, temperature sensor B, 33, stuck-module B, 34, circulation drainage conduit, 35, blow-off valve A, 36, cycle control module, 37, control valve, 38, blow-off valve B, 39, defrosting room.
Embodiment
Refer to Fig. 1, a kind of novel porous-starch reaction unit of preparing is made up of refrigerated tank and defreezing box, refrigerated tank is by the liquid nitrogen container 1 that certainly boosts, safety valve 2, tensimeter 3, manual valve 4, magnetic valve 5, nozzle 6, stuck-module A 7, refrigerated tank case lid 9, feed-pipe 10, inlet control valve 11, feeding spray nozzle 12, recycle feed pipe 13, vent valve 14, temperature sensor A15, refrigerated tank casing 16, temperature controller A17, controlling box 18, stuck-module 19, heating rod A 20, electric fan 23, drainage conduit 24, discharge control valve 25 forms, refrigerated tank is by refrigerated tank case lid 9, refrigerated tank casing 16 connects to form, point refrigeration chamber 8 and evaporator room 22 two portions in case, central dividing plate is provided with cold wind air inlet port 21.Refrigeration chamber 8 is built-in with temperature sensor A15, and temperature sensor A15 is connected with controlling box 18 by temperature controller 17.Electric fan 23, heating rod 20 is built-in with at evaporator room 22, electric fan 23, heating rod 20 are connected with controlling box 18 respectively, the pipeline that evaporator room 22 top is fixing by stuck-module A7 is connected with nozzle 6, the pipeline that nozzle 6 connects stretches out outside refrigerated tank case lid 9 and is connected with magnetic valve 5, magnetic valve 5 the other end manually valve 4 is connected with from the liquid nitrogen container 1 that boosts, on boosting liquid nitrogen container 1, be also connected with safety valve 2 by tensimeter 3, magnetic valve 5 is electrically connected with controlling box 18.Refrigeration chamber 8 top is fixed with recycle feed pipe 13; Drainage conduit 24 is fixed by stuck-module B19, is connected with discharge control valve 25, and discharge control valve is connected with controlling box 18.
Defreezing box is made up of controlling box 18, defreezing box feed-pipe 26, defreezing box casing 27, fan 28, heating rod B29, Inlet Network 30, temperature controller 31, temperature sensor B32, stuck-module B 33, circulation drainage conduit 34, blow-off valve 35, cycle control module 36, control valve 37, blow-off valve B 38.Defreezing box feed-pipe 26 is fixed on defreezing box casing 27 top, fan 28 is fixed on defreezing box casing 27 sidewall, heating rod B 29 is connected with controlling box 18, temperature sensor B 32 1 is connected with temperature controller B 31, and other end is connected with controlling box 18, and circulation drainage conduit 34 is fixed by stuck-module B 33, one connects defreezing box casing 27, other end connects blow-off valve A 35, and control Matter Transfer by Matter Transfer module 36, recycle stock module 36 is connected with control valve 37, blow-off valve B 38.
Using method: freezing temp and freezing time that refrigeration chamber 8 is set by controlling box 18, defrosting room 39 thaw point and time are set, then, open vent valve 14, open the manual valve 4 in refrigeration system, start-up routine, refrigerating process starts, then, by starch milk by high pressure charging pipe 10, high pressure charging shower nozzle 12 is adopted to spray freezing, after freezing certain hour, open discharge control valve 25, convey materials is to defrosting room 39, start to thaw, thaw after certain hour, open blow-off valve A 25, by Matter Transfer module 36 convey materials to refrigeration chamber 8, carry out next time freezing.According to above schedule of operation, repeatedly carry out freezing and process of thawing, can porous-starch be prepared.
Claims (1)
1. novelly prepare porous-starch reaction unit for one kind, it is characterized in that: this device is made up of refrigerated tank and defreezing box, refrigerated tank is by the liquid nitrogen container that certainly boosts, safety valve, tensimeter, manual valve, magnetic valve, nozzle, stuck-module A, refrigerated tank case lid, feed-pipe, inlet control valve, feeding spray nozzle, recycle feed pipe, vent valve, temperature sensor A, refrigerated tank casing, temperature controller A, controlling box, stuck-module, heating rod A, electric fan, drainage conduit, discharge control valve forms, refrigerated tank is by refrigerated tank case lid, refrigerated tank casing connects to form, point refrigeration chamber and evaporator room two portions in case, central dividing plate is provided with cold wind air inlet port, refrigeration chamber is built-in with temperature sensor A, and temperature sensor A is connected with controlling box by temperature controller, electric fan, heating rod is built-in with at evaporator room, electric fan, heating rod are connected with controlling box respectively, the pipeline that evaporator room top is fixing by stuck-module A is connected with nozzle, the pipeline that nozzle connects stretches out outside refrigerated tank case lid and is connected with magnetic valve, the magnetic valve the other end manually valve is connected with from the liquid nitrogen container that boosts, on boosting liquid nitrogen container, be also connected with safety valve by tensimeter, magnetic valve is electrically connected with controlling box, refrigeration chamber top is fixed with recycle feed pipe, drainage conduit is fixed by stuck-module B, is connected with discharge control valve, and discharge control valve is connected with controlling box,
Defreezing box is made up of controlling box, defreezing box feed-pipe, defreezing box casing, fan, heating rod B, Inlet Network, temperature controller, temperature sensor B, stuck-module B, circulation drainage conduit, blow-off valve, cycle control module, control valve, blow-off valve B;
Defreezing box feed-pipe is fixed on defreezing box casing top, fan is fixed on defreezing box wall box, heating rod B is connected with controlling box, temperature sensor B mono-is connected with temperature controller B, and other end is connected with controlling box, and circulation drainage conduit is fixed by stuck-module B, one connects defreezing box casing, other end connects blow-off valve A, and by Matter Transfer module controls Matter Transfer, recycle stock module is connected with control valve, blow-off valve B.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520198726.0U CN204529719U (en) | 2015-04-03 | 2015-04-03 | One is novel prepares porous-starch reaction unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520198726.0U CN204529719U (en) | 2015-04-03 | 2015-04-03 | One is novel prepares porous-starch reaction unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204529719U true CN204529719U (en) | 2015-08-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520198726.0U Expired - Fee Related CN204529719U (en) | 2015-04-03 | 2015-04-03 | One is novel prepares porous-starch reaction unit |
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| Country | Link |
|---|---|
| CN (1) | CN204529719U (en) |
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2015
- 2015-04-03 CN CN201520198726.0U patent/CN204529719U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150805 Termination date: 20160403 |