CN207201955U - A kind of nitrogen charging steeps beans equipment - Google Patents
A kind of nitrogen charging steeps beans equipment Download PDFInfo
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- CN207201955U CN207201955U CN201720798958.9U CN201720798958U CN207201955U CN 207201955 U CN207201955 U CN 207201955U CN 201720798958 U CN201720798958 U CN 201720798958U CN 207201955 U CN207201955 U CN 207201955U
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Abstract
The utility model discloses a kind of nitrogen charging to steep beans equipment, including constant temperature bean soaking tank, constant temperature heating device and constant temperature water storing tank, accordingly it is connected by pipeline between three and is linked together, the constant temperature heating device is connected on the pipeline between the constant temperature bean soaking tank and the constant temperature water storing tank, the constant temperature bean soaking tank is externally provided with nitrogen feedway, and the nitrogen feedway is connected by pipeline with the constant temperature bean soaking tank to be connected.Pure water is temporarily stored into constant temperature water storing tank, be in use, being supplied water by the water of constant temperature water storing tank after constant temperature heating device quickly heats to constant temperature bean soaking tank.A kind of nitrogen charging bubble beans equipment of the utility model, meets full automation production technology.Constant temperature bean soaking tank uses two-layer compound heat insulation tank, can carry out constant temperature, sealing bubble beans, reduce microbial reproduction, improve security；Meanwhile can carry out nitrogen charging provided with nitrogen feedway and drive oxygen, the fat oxidation for suppressing soybean reacts and then suppresses the generation of beany flavor material, improves the mouthfeel of bean product.
Description
Technical field
A kind of soymilk making apparatus is the utility model is related to, is steeped more particularly to a kind of nitrogen charging of full-automatic soaking soybean
Beans equipment.
Background technology
At present, during making soymilk using soybean, in the pretreatment process of soybean, it usually needs soybean is carried out
Fully immersion, after the abundant water swelling of soybean, into next process.Traditional soybean usually requires manual control when soaking.
So, cause to steep beans time and temperature all grasp it is not accurate enough.
Can containing a variety of enzymes such as the material such as substantial amounts of unrighted acid, lipoxidase, lipoxidase in soybean
Fat oxidation reaction is catalyzed, and then has the material of beany flavor.
Therefore, inventor, which makes every effort to research and develop one kind, meets carry out automatic production process, and can improve institute's soaking soybean
The bubble beans equipment of crudy.
Utility model content
The purpose of this utility model is to provide a kind of nitrogen charging bubble beans equipment for meeting full automation production technology, and is steeping
The mouthfeel of follow-up soybean processing product is can effectively improve in beans process, particularly suppresses the generation of beany flavor.
In order to reach above-mentioned purpose, solution of the present utility model is：
A kind of nitrogen charging steeps beans equipment, including constant temperature bean soaking tank, constant temperature heating device and constant temperature water storing tank, passes through between three
Pipeline, which is accordingly connected, to link together, and the constant temperature heating device is connected to the constant temperature bean soaking tank and the constant temperature water storing tank
Between pipeline on, the constant temperature bean soaking tank is externally provided with nitrogen feedway, and the nitrogen feedway passes through pipeline and the perseverance
Warm bean soaking tank is connected connection.
The constant temperature bean soaking tank includes cover and tank body, and the cover passes through side of the buckle structure can open and cover
Formula is fixed on the tank body, and the cover is provided with observation type manhole, CIP cleaning sprayers, and is connected with the tank body
Charging aperture, water inlet and discouraged cap.
The center of the bottom of the tank body, which is provided with discharge nozzle and blocks the discharge nozzle, puts beans plug net, the discharge nozzle
It is connected with the tank body, the center at the top of the cover, which is provided with, puts the upper and lower lifting of beans plug net progress described in driving
Fill in net drive device, the plug net drive device and described put are connected with connecting shaft between beans plug net, the plug net drive device it is defeated
Go out one end that end is connected to the connecting shaft, the other end of the connecting shaft is fixed together with the beans plug net of putting.
The beans plug net of putting is column plug net, has a plurality of equally distributed network interfaces on its cylinder, described to put beans plug net
Network interface be less than soybean particle diameter.
The discharge nozzle of the tank body is provided with the nitrogen inlet being connected with the tank body；The nitrogen feedway includes
Source nitrogen, compressor and the pneumatic filter being sequentially communicated, the pneumatic filter pass through the pipe provided with pneumatic operated valve and check valve
Road is connected with the nitrogen inlet of the discharge nozzle to be connected.
The tank body include integral type connection columned main body and funnelform bottom, the main body of the tank body it is interior
Side wall is provided with the different level sensor of two setting height(from bottom)s, respectively high level detector and low liquid level detector, described
High level detector is located at the top of the main body of the tank body, and the low liquid level detector is located at the bottom of the main body of the tank body
Portion.
The center at the top of the constant temperature water storing tank is provided with CIP cleaning sprayers, is set above the constant temperature water storing tank
There is the water inlet pipe being connected with the constant temperature water storing tank, the water inlet pipe is provided with the backflow end being connected with the constant temperature water storing tank
Mouthful, the lower section of the constant temperature water storing tank is provided with the outlet pipe being connected with the constant temperature water storing tank, and the outlet pipe is provided with sewage draining exit
And feed water inlet, pass through pipeline and the constant temperature between the feed water inlet of the constant temperature water storing tank and the water inlet of the constant temperature bean soaking tank
Heater, which is connected, to link together, positioned at the water supply of the pipeline and the constant temperature water storing tank of described constant temperature heating device one end
Mouth is connected connection, positioned at the constant temperature heating device the other end pipeline respectively with the water inlet of the constant temperature bean soaking tank and
The return port of the water inlet pipe of the constant temperature water storing tank is connected connection.
The constent temperature heater has pipeline heater, and the top of the pipeline heater is provided with the steam being oppositely arranged and entered
Mouthful and frozen water import, the steam inlet and the frozen water import connect same section jointly and be connected with the pipeline heater
Input pipe, the lower section of the pipeline heater are provided with blow-off line and frozen water reflux line.
The constant temperature heating device is provided with vapour source corresponding to the steam inlet, and ice is provided with corresponding to the frozen water import
Water source, the vapour source are connected by the pipe-line system provided with steam treatment valve group with the steam inlet of the pipeline heater
Logical, the frozen water source is connected by another pipe-line system with the frozen water import of the pipeline heater, the steam treatment valve
Group includes being sequentially arranged between the steam inlet of the vapour source and the pipeline heater close to the pipeline of the steam inlet
First pressure table, manual ball valve, gas stop valve, pressure-reducing valve, second pressure gauge, safety valve and the pneumatic ball valve of position.
The constant temperature bean soaking tank and the constant temperature water storing tank are two-layer compound heat insulation tank.
After adopting the above technical scheme, a kind of nitrogen charging bubble beans equipment of the utility model, has the advantages that：Meet complete
Automatic production process.Meanwhile can carry out nitrogen charging to constant temperature bean soaking tank provided with nitrogen feedway and drive oxygen, suppress the fat of soybean
Oxidation reaction and then the generation for suppressing beany flavor material, improve the mouthfeel of bean product.
Further, in the utility model, constant temperature bean soaking tank uses two-layer compound heat insulation tank, can carry out constant temperature, sealing bubble
Beans, microbial reproduction is reduced, improve security.
Brief description of the drawings
Fig. 1 is the structural representation that a kind of nitrogen charging of the utility model steeps beans equipment.
In figure：
Constant temperature bean soaking tank -1；Cover -11；
Charging aperture -111；Water inlet 112
Lose heart cap -113；Observation type manhole -114；
CIP cleaning sprayers -115；Fill in net drive device -116；
Connecting shaft -117；Tank body -12；
Discharge nozzle -121；Put beans plug net -122；
Nitrogen inlet -123；First pneumatic operated valve -124；
Second pneumatic operated valve -125；Constant temperature heating device -2；
Pipeline heater -21；Steam inlet 22
Frozen water import -23；Steam treatment valve group -24；
Constant temperature water storing tank -3；CIP cleaning sprayers -31；
Outlet pipe -32；Sewage draining exit -321；
Feed water inlet -322；Water inlet pipe -33；
Return port -331；Thermometer -4；
Water pump -5.
Embodiment
In order to which the technical solution of the utility model is explained further, the utility model is entered below by specific embodiment
Row elaborates.
A kind of nitrogen charging bubble beans equipment of the utility model, as shown in figure 1, including constant temperature bean soaking tank 1, the and of constant temperature heating device 2
Constant temperature water storing tank 3, accordingly it is connected by pipeline between three and is linked together.Constant temperature heating device 2 is connected to constant temperature bubble beans
On pipeline between tank 1 and constant temperature water storing tank 3.Pure water is temporarily stored into constant temperature water storing tank 3, be in use, by constant temperature water storing tank 3
Water supplied water after constant temperature heating device 2 quickly heating to constant temperature bean soaking tank 1.In the utility model, the He of constant temperature bean soaking tank 1
Constant temperature water storing tank 3 uses two-layer compound heat insulation tank, is easy to the maintenance of temperature during bubble beans.
Constant temperature bean soaking tank 1 includes cover 11 and tank body 12, and cover 11 passes through side of the buckle structure can open and cover
Formula is fixed on tank body 12.Cover 11 is provided with observation type manhole 114, CIP cleaning sprayers 115, and is connected with tank body 12
Charging aperture 111, water inlet 112 and discouraged cap 113.The sealing of observation type manhole 114 is installed on cover 11, and is correspondingly equipped with
Manhole cover, the manhole cover are fixed in a manner of it can open and close on cover 11, and CIP cleaning sprayers 115 are pushed up located at cover 11
Paracentral position is leaned in portion.The center of the bottom of tank body 12, which is provided with discharge nozzle 121 and blocks discharge nozzle 121, puts beans plug net
122, discharge nozzle 121 is connected with tank body 12.The center at the top of cover 11 provided with driving put beans plug net 122 carry out,
The plug net drive device 116 of lower lifting, plug net drive device 116 and puts and is connected with connecting shaft 117 between beans plug net 122, that is, fills in
The output end of net drive device 116 is connected to one end of connecting shaft 117, and the other end of connecting shaft 117 is fixed with putting beans plug net 122
Together so that putting beans plug net 122 can be lifted up under the driving of plug net drive device 116, carry out out beans or to decentralization
Under, block discharge nozzle 121 and carry out bubble beans.Net drive device 116 is filled in using cylinder driver common in industry, or motor
Drive device coordinates corresponding transmission mechanism.Charging aperture 111 is used for the quantitative feeding of soybean, and the cap 113 that loses heart is used to maintain constant temperature
The balance of 1 inside and outside air pressure of bean soaking tank, 114 person easy to operation of observation type manhole observe situation etc. in tank.Discharge nozzle 121 is used to soak
The soybean soaked and the submitting of soaking bean water mixture.Put the shapes and sizes of beans plug net 122 and the shape of cross section of discharge nozzle 121
Match with pipe diameter size.Preferably, it is column plug net to put beans plug net 122, has a plurality of equally distributed nets on its cylinder
Mouthful.The network interface for putting beans plug net 122 is less than the particle diameter of soybean, and the network interface for putting beans plug net 122 does not influence water and gas in tank body 12
Circulation.
The discharge nozzle 121 of tank body 12 is provided with the nitrogen inlet 123 being connected with tank body 12.Constant temperature bean soaking tank 1 is externally provided with
Nitrogen feedway, the nitrogen feedway include source nitrogen, compressor and the pneumatic filter being sequentially communicated, above-mentioned gas mistake
Filter is connected by the pipeline provided with pneumatic operated valve and check valve with the nitrogen inlet 123 of discharge nozzle 121 to be connected.Tank body 12 goes out
Expects pipe 121 is provided with the first pneumatic operated valve 124, the second pneumatic operated valve 125 and hand-operated valve, and nitrogen inlet 123 is located at the first pneumatic operated valve 124
And second between pneumatic operated valve 125, the first pneumatic operated valve 124 is located at the top of the second pneumatic operated valve 125, and the second pneumatic operated valve 125 was positioned at should
The top of hand-operated valve.During work, hand-operated valve is in open mode, so, when the first pneumatic operated valve 124 is opened and the second pneumatic operated valve
During 125 closure, the nitrogen that source nitrogen provides can be entered in constant temperature bean soaking tank 1 by nitrogen inlet 123 via discharge nozzle 121, right
Constant temperature bean soaking tank 1 carries out the air displacement before bubble beans, or carries out drive oxygen when steeping beans, turns over beans and stirring etc., and when steeping beans,
Cover 11 remains the air-tight state covered, to ensure lasting holding of the nitrogen in tank body 12.Further, when first is pneumatic
The pneumatic operated valve 125 of valve 124 and second is opened, and put beans plug net 122 block discharge nozzle 121 when, constant temperature bean soaking tank 1 can be arranged
Water；When the first pneumatic operated valve 124 and the second pneumatic operated valve 125 are opened, and when putting beans plug net 122 and being drawn up, constant temperature bean soaking tank 1 can
Carry out draining simultaneously and go out beans.
Tank body 12 includes the columned main body of integral type connection and funnelform bottom.The madial wall of the main body of tank body 12
It is provided with the different level sensor of two setting height(from bottom)s, respectively high level detector and low liquid level detector.High level is visited
Device is surveyed located at the top of the main body of tank body 12, low liquid level detector is located at the bottom of the main body of tank body 12.High level detector and
Low liquid level detector is used to detect the height of liquid level in constant temperature bean soaking tank 1.So, when liquid level is less than low liquid level detector, this
The control system of utility model supplies water automatically by water inlet 112 toward constant temperature bean soaking tank 1 is interior, when liquid level exceedes high level detector
Afterwards, control system is automatically stopped water inlet 112 toward water supply in constant temperature bean soaking tank 1.
Further, the center at the top of constant temperature water storing tank 3 is provided with CIP cleaning sprayers 31, and it is clear can to carry out CIP to tank inside
Wash.The top of constant temperature water storing tank 3 is provided with the water inlet pipe 33 being connected with constant temperature water storing tank 3, and water inlet pipe 33 is provided with and constant temperature water storage
The return port 331 that tank 3 is connected.The lower section of constant temperature water storing tank 3 is provided with the outlet pipe 32 being connected with constant temperature water storing tank 3.Go out
Water pipe 32 is provided with sewage draining exit 321 and feed water inlet 322.The feed water inlet 322 of constant temperature water storing tank 3 and the water inlet 112 of constant temperature bean soaking tank 1
Between be connected by pipeline and link together, constant temperature heating device 2 is connected on the segment pipe, in addition, being store corresponding to constant temperature
Pipeline between water pot 3 and constant temperature heating device 2 is provided with water pump 5, and water pump 5, which is located at, corresponds to the water inlet end of constant temperature heating device 2
Pipeline on, heated for the water in constant temperature water storing tank 3 to be pumped to constant temperature heating device 2, further, after heating
Water pump to from water inlet 112 and inject in constant temperature bean soaking tank 1, or pump to from return port 331 and return to constant temperature water storing tank 3
It is interior.Meanwhile the thermometer 4 with temp probe is provided with corresponding to the pipeline of the water side of constant temperature heating device 2, for monitoring
The temperature of pure water after being heated in corresponding pipeline.Not only enter corresponding to the pipeline output end of thermometer 4 with constant temperature bean soaking tank 1
The mouth of a river 112 is interconnected, and is also connected by another segment pipe with the return port 331 of water inlet pipe 33 and linked together.The another section
Pipeline is provided with check valve in the position close to return port 331, prevents the water of water inlet pipe 33 from inversely flowing into the another segment pipe.This
Sample, circulation loop is formed between constant temperature water storing tank 3 and constant temperature heating device 2, specifically, positioned at the one end of constant temperature heating device 2 (i.e.
Water inlet end) pipeline be connected with the feed water inlet 322 of constant temperature water storing tank 3 and be connected, positioned at constant temperature heating device 2 the other end (i.e.
Water side) pipeline be connected with the return port 331 of the water inlet pipe 33 of constant temperature water storing tank 3 and be connected.In addition, it is located at heated at constant temperature
The pipeline of the other end (i.e. water side) of device 2 is also connected with the water inlet 112 of constant temperature bean soaking tank 3 to be connected.
When the thermometer 4 after the heating of constant temperature heating device 2 surveys water temperature compared with the temperature required by production technology
When high or too low, the water in pipeline is then back in constant temperature water storing tank 3 through above-mentioned circulation loop, on the contrary, when thermometer 4 is surveyed
When water temperature meets technological requirement, then the water in pipeline is injected in constant temperature bean soaking tank 1 by the water inlet 112 of constant temperature bean soaking tank 1.
Constant temperature heating device 2 uses heat exchanger, and this heat exchanger has pipeline heater 21.Pipeline heater 21 it is upper
Side is provided with the steam inlet 22 being oppositely arranged and frozen water import 23.Steam inlet 22 and frozen water import 23 connect jointly same section with
The input pipe that pipeline heater 21 is connected, i.e. steam inlet 22 and frozen water import 23 are connected with pipeline heater 21 respectively.
Constant temperature heating device 2 is provided with vapour source corresponding to steam inlet 22, is provided with frozen water source corresponding to frozen water import 23, vapour source passes through
Pipe-line system provided with steam treatment valve group 24 is connected with the steam inlet 22 of pipeline heater 21, and frozen water source passes through another pipe
Road system is connected with the frozen water import 23. of pipeline heater 21.The lower section of pipeline heater 21 is provided with blow-off line and frozen water
Reflux line.The blow-off line can be used for discharge of condensed water etc..Frozen water reflux line is used for the recovery of frozen water and recycled,
Energy-conserving and environment-protective.Pipeline is communicated between blow-off line and frozen water reflux line.There is jet pipe in pipeline heater 21, added
The pure water and steam/frozen water of heat are in the moment good mixing in flow at high speed in jet pipe, so that steam/frozen water is with being added
Hot liquid is sufficiently mixed and Total heat exchange.Both mixed proportions of regulation just can obtain the liquid of required temperature simultaneously.This practicality
New steam feed system and its coordinate with the heat exchange of pipeline heater 21 and belong to conventional technological means.
Steam treatment valve group 24 includes first pressure table, manual ball valve, gas stop valve, pressure-reducing valve, second pressure gauge, peace
Full valve and pneumatic ball valve, and be sequentially arranged between vapour source and the steam inlet 22 of pipeline heater 21 close to steam inlet 22
Pipeline location.Corresponding between frozen water source and the frozen water import 23 of pipeline heater 21 close to frozen water import 23 pipeline location according to
It is secondary to be provided with hand-operated valve, liquid stop valve, thermometer and pressure gauge.
It should be noted that the utility model in addition to using the heating of above-mentioned heat exchanger, can also use electrical heating etc. to add
Hot mode.In addition, control system is using row control system commonly used in the trade in the utility model, constant temperature bubble beans in the utility model
Accordingly be connected between tank 1, constant temperature heating device 2 and constant temperature water storing tank 3 on the pipeline of connection in respective members input and
Output end is equipped with pneumatic operated valve and/or hand-operated valve, is easy to open pipe path according to practical condition or closed duct leads to
Road, the set location of all pneumatic operated valves and/or hand-operated valve are designed using conventional production equipment operating principle, meet routine
Production technology operation require.Not it is described in detail one by one herein.
A kind of nitrogen charging bubble beans equipment of the utility model, meets full automation production technology.Provided with constant temperature bean soaking tank 1 and nitrogen
Feedway, constant temperature bean soaking tank use two-layer compound heat insulation tank, can carry out constant temperature bubble beans first, no matter it is controllable throughout the year
The time of the soybeans soaking of different batches and the uniformity of temperature, therefore can control its swollen hair degree of the soybean of different batches to keep
Uniformity.Secondly, constant temperature bean soaking tank 1 can carry out sealing bubble beans, reduce the secondary pollution of microorganism during bubble beans.Meanwhile
Completely cut off extraneous oxygen when sealing, can control the breeding of aerobic microbiological in tank.In addition, nitrogen feedway is provided with, for perseverance
Warm bean soaking tank 1 provides nitrogen, and to nitrogen charging in constant temperature bean soaking tank 1 before beans are steeped, the air in constant temperature bean soaking tank 1 can be put
Change, the oxygen in tank is driven away.Simultaneously when steeping beans, discontinuity drives away oxygen toward nitrogen charging in tank, and then suppresses aerobic
The breeding of microorganism, and the fat oxidation reaction of soybean can be suppressed, and then suppress the generation for having beany flavor material, it can improve follow-up
The mouthfeel of soybean processing product, the soybean in tank is stirred by the nitrogen of compressor and turns over beans, can loosen beans and beans it
Between contact, prevent between beans and beans for a long time mutually extruding, make soybean water suction evenly, and stirring can make the temperature of soaking bean water
It is more uniformly distributed so that the swollen hair speed of soybean and swollen hair degree in same tank are evenly.
Above-described embodiment and accompanying drawing and non-limiting product form of the present utility model and style, any art
The appropriate change or modification that those of ordinary skill is done to it, all should be regarded as not departing from patent category of the present utility model.
Claims (10)
1. a kind of nitrogen charging steeps beans equipment, it is characterised in that：Including constant temperature bean soaking tank, constant temperature heating device and constant temperature water storing tank, three
Accordingly it is connected by pipeline between person and is linked together, the constant temperature heating device is connected to the constant temperature bean soaking tank and described
On pipeline between constant temperature water storing tank, the constant temperature bean soaking tank is externally provided with nitrogen feedway, and the nitrogen feedway passes through pipe
Road is connected with the constant temperature bean soaking tank to be connected.
A kind of 2. nitrogen charging bubble beans equipment as claimed in claim 1, it is characterised in that：The constant temperature bean soaking tank includes cover and tank
Body, the cover are fixed on the tank body buckle structure in a manner of it can open and cover, and the cover is provided with
Observation type manhole, CIP cleaning sprayers, and charging aperture, water inlet and the discouraged cap being connected with the tank body.
A kind of 3. nitrogen charging bubble beans equipment as claimed in claim 2, it is characterised in that：The centre bit of the bottom of the tank body installs
There is discharge nozzle and block the discharge nozzle and put beans plug net, the discharge nozzle is connected with the tank body, the top of the cover
Center is provided with and the plug net drive device that beans plug net carries out upper and lower lifting is put described in driving, the plug net drive device with it is described
Put and be connected with connecting shaft between beans plug net, the output end of the plug net drive device is connected to one end of the connecting shaft, the company
The other end of spindle is fixed together with the beans plug net of putting.
A kind of 4. nitrogen charging bubble beans equipment as claimed in claim 3, it is characterised in that：The beans plug net of putting is column plug net, its
There are a plurality of equally distributed network interfaces, the network interface for putting beans plug net is less than the particle diameter of soybean on cylinder.
A kind of 5. nitrogen charging bubble beans equipment as claimed in claim 3, it is characterised in that：The discharge nozzle of the tank body is provided with and institute
State the nitrogen inlet that tank body is connected；The nitrogen feedway includes source nitrogen, compressor and the gas filtration being sequentially communicated
Device, the pneumatic filter are connected with the nitrogen inlet of the discharge nozzle by the pipeline provided with pneumatic operated valve and check valve and led to
Connect.
A kind of 6. nitrogen charging bubble beans equipment as claimed in claim 2, it is characterised in that：The tank body includes the circle of integral type connection
The main body of column and funnelform bottom, the madial wall of the main body of the tank body are provided with the different liquid level of two setting height(from bottom)s and visited
Device, respectively high level detector and low liquid level detector are surveyed, the high level detector is located at the top of the main body of the tank body
Portion, the low liquid level detector is located at the bottom of the main body of the tank body.
A kind of 7. nitrogen charging bubble beans equipment as claimed in claim 1, it is characterised in that：The center at the top of the constant temperature water storing tank
Position is provided with CIP cleaning sprayers, and the top of the constant temperature water storing tank is provided with the water inlet pipe being connected with the constant temperature water storing tank, institute
State water inlet pipe and be provided with the return port being connected with the constant temperature water storing tank, the lower section of the constant temperature water storing tank is provided with and the perseverance
The outlet pipe that warm water storing tank is connected, the outlet pipe are provided with sewage draining exit and feed water inlet, the feed water inlet of the constant temperature water storing tank and institute
State by pipeline with the constant temperature heating device to be connected between the water inlet of constant temperature bean soaking tank and link together, positioned at the perseverance
The pipeline of warm heater one end is connected with the feed water inlet of the constant temperature water storing tank to be connected, positioned at the constant temperature heating device
The pipeline of the other end return port phase with the water inlet of the constant temperature bean soaking tank and the water inlet pipe of the constant temperature water storing tank respectively
Connection connection.
A kind of 8. nitrogen charging bubble beans equipment as described in claim any one of 1-7, it is characterised in that：The constent temperature heater has
Pipeline heater, the top of the pipeline heater are provided with the steam inlet being oppositely arranged and frozen water import, the steam inlet
The same section of input pipe being connected with the pipeline heater is connected jointly with the frozen water import, under the pipeline heater
Side is provided with blow-off line and frozen water reflux line.
A kind of 9. nitrogen charging bubble beans equipment as claimed in claim 8, it is characterised in that：The constant temperature heating device corresponds to described
Steam inlet is provided with vapour source, is provided with frozen water source corresponding to the frozen water import, the vapour source passes through provided with steam treatment valve
Group pipe-line system be connected with the steam inlet of the pipeline heater, the frozen water source by another pipe-line system with it is described
The frozen water import of pipeline heater is connected, and the steam treatment valve group adds including being sequentially arranged in the vapour source with the pipeline
Between the steam inlet of hot device close to the first pressure table of pipeline location of the steam inlet, manual ball valve, gas stop valve,
Pressure-reducing valve, second pressure gauge, safety valve and pneumatic ball valve.
A kind of 10. nitrogen charging bubble beans equipment as claimed in claim 1, it is characterised in that：The constant temperature bean soaking tank and the constant temperature
Water storing tank is two-layer compound heat insulation tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720798958.9U CN207201955U (en) | 2017-07-04 | 2017-07-04 | A kind of nitrogen charging steeps beans equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720798958.9U CN207201955U (en) | 2017-07-04 | 2017-07-04 | A kind of nitrogen charging steeps beans equipment |
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| Publication Number | Publication Date |
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| CN207201955U true CN207201955U (en) | 2018-04-10 |
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ID=61812801
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201720798958.9U Active CN207201955U (en) | 2017-07-04 | 2017-07-04 | A kind of nitrogen charging steeps beans equipment |
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| CN (1) | CN207201955U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112471403A (en) * | 2020-10-20 | 2021-03-12 | 广东厨邦食品有限公司 | Automatic bean soaking system utilizing natural conditions and using method thereof |
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2017
- 2017-07-04 CN CN201720798958.9U patent/CN207201955U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112471403A (en) * | 2020-10-20 | 2021-03-12 | 广东厨邦食品有限公司 | Automatic bean soaking system utilizing natural conditions and using method thereof |
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