CN105331479A - Multi-circulating brewing device for uniformly distributing free bacteria - Google Patents
Multi-circulating brewing device for uniformly distributing free bacteria Download PDFInfo
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- CN105331479A CN105331479A CN201410383387.3A CN201410383387A CN105331479A CN 105331479 A CN105331479 A CN 105331479A CN 201410383387 A CN201410383387 A CN 201410383387A CN 105331479 A CN105331479 A CN 105331479A
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Abstract
The invention discloses a multi-circulating brewing device for uniformly distributing free bacteria. The brewing device comprises a brewing barrel, a first strain groove and a water pump, wherein the brewing barrel is used for accommodating to-be-brewed liquid raw materials and is provided with a conical part at the bottom; the first strain groove is located inside the brewing barrel in correspondence to the top, and the first strain groove is used for accommodating an immobilized strain therein; a first filter screen is arranged at the bottom of the first strain groove; an upper feeding pipe, a middle feeding pipe and a lower feeding pipe are arranged on the water pump; and the feeding pipes respectively extend to a position corresponding to the first strain groove, the lower part of the level of the to-be-brewed liquid raw materials and a position corresponding to the top of the conical part. Through the water pump, the first part of the to-be-brewed liquid raw materials is sprayed onto the immobilized strain by virtue of the upper feeding pipe and the raw materials flow out downwards from the first filter screen, so that the first turn of circulation is completed; and meanwhile, through the water pump, the other part of the to-be-brewed liquid raw materials is outputted towards the conical part by virtue of the lower feeding pipe, and the to-be-brewed liquid raw materials between the interior of the brewing barrel, close to the bottom, and the middle feeding pipe are subject to complete convection by virtue of impact force of a water flow and the inclined plane of the conical part, so that the second turn of circulation is completed.
Description
Technical field
The present invention is that one can make free bacterium equally distributed multi cycle formula brewing apparatus, refer in particular to and at least one bacterial classification groove is set brewageing in bucket, make to wait to make liquid starting material to make this multi cycle formula brewing apparatus by branched feeding tube can brewage in bucket constantly at this and circulate equably, effectively to promote the Fermentation efficiency waiting to make liquid starting material.
Background technology
In recent years, along with the flourish of economy and the lifting of quality of life, compatriots can say it is grow with each passing day for the attention of the aspect such as dietetic hygiene, health care, but, due to numerous illegal practitioner at present utilize cheap raw material to mix the genuine with the fictitious, deceive various reports such as turning round and look at production health time have what is heard, cause human consumer also to distrust for the product of large-lot producer, and the medium-sized and small enterprises manufacturer changed into being familiar with buys necessaries of life, this trend just little by little affects and changes current market structure.
But the technique due to many products involves the complicated and technology of precision, therefore general practitioner the quality cannot taken into account easily in production and efficiency, and meet all consumer demands.With the wine in daily necessities, vinegar, product brewageed by soy sauce etc. is example, in production, on fermentation mode, namely numerous all kinds of different principle and flow and method has been included, comparatively common comprises: standing for fermentation, solid state fermentation, liquid state fermentation, wherein, what the most easily implement is standing for fermentation, refer to shown in Fig. 1, standing for fermentation method brewage mode, for raw material 10 with cereal or fruit, insert and brewage in bucket 11 and be mixed into the acetic bacteria of appropriate ratio, the opening that this brewages bucket 11 is sealed up again with gauze or lid, and it is In Shade, after fermentation is removed slag, leave standstill for some time again, brewageing of edible vinegar can be completed.Although standing for fermentation method simple and convenient, need the time of repose that cost is extremely long, therefore for needing to peddle the dealer of shiploads of merchandise, and not convenient, and need high storage and handling cost.
Relative to standing for fermentation method, another kind of method is liquid fermentation method (more uncommon, because technology door is higher), is placed in brewages groove and ferment by bacterial classification and the liquid raw material through liquefying, after saccharification.For liquid fermentation method, Fermentation efficiency depends on the structure of bacterial classification and fermenter, therefore the person that has Partial Jobs accordingly R & D design go out the fermenter of various Improvement type, refer to shown in Fig. 2, it is a kind of fermenter 2 in order to Improvement type, this fermenter 2 top is provided with lid 21, bottom is then formed with rake 22, and it is equiped with inlet pipe 23 and discharge nozzle 24, before fermenting, operator need first open lid 21, to treat that fermentation liquid starting material injects this fermenter 2, and drop into bacterial classification, seal this fermenter 2, now, this inlet pipe 23 can squeeze into air towards the bottom of this fermenter 2, with the convection current by air, make keep circulation in this fermenter 2, and the product fermented is exported by this discharge nozzle 24, but this fermenting process is only blowed from the bottom to top by gas, not easily drive supernatant liquid, therefore the free bacterium convection circulation equably in fermenter cannot be made, and namely bacterial classification discharges after being the mixing of fermented liq raw material as finished product, it is disposable bacterial classification, bacterial classification cannot be reused for a long time, again during the fermentation, because operating personnel must often open lid 21, inspect the fermentation appearance in fermenter 2, miscellaneous bacteria is very easily caused to invade the problem of impact fermentation, in addition, due to the bottom that air is from this fermenter 2, successively by motor (not shown) and this inlet pipe 23, squeeze in this fermenter 2, therefore, the long-term vibration of motor also very easily makes the watertight structure between this inlet pipe 23 and fermenter 2 impaired, and there is the problem of liquid starting material seepage.Therefore, the fermenter 2 shown in Fig. 2 is also imperfect, and also has all pogoniasis to improve part in the design of Fermentation efficiency and structure.
The fermenter of other most Improvement types uses motor driving stirring rod to stir in fermented liquid again, after this type fermentation unit easily causes overheated, the continuous use of motor, stirring rod easily comes off, cannot cause the problems such as free bacterium skewness for all fermented liquids of uniform stirring again, the real non-brewing apparatus that can use for a long time.
Summary of the invention
Object of the present invention mainly provide a kind of energy long-acting reuse the bacterial classification groove of bacterial classification and free bacterium is evenly distributed, reach high-effect fermentation brewage cell body, design a kind of usefulness of brewageing good and can use for a long time and brand-new can make free bacterium equally distributed multi cycle formula brewing apparatus.
For reaching above-mentioned purpose, contriver is by feat of practical experience for many years, and after constantly research with test, finally design one and can make free bacterium equally distributed multi cycle formula brewing apparatus, it comprises brewages bucket, the first bacterial classification groove and water pump; Wherein, this is brewageed in bucket and is provided with accommodation space, makes liquid starting material for accommodating waiting, this bottom of brewageing bucket is convexly equipped with taper portion towards the direction of this accommodation space; This first bacterial classification groove is positioned the position of adjacent top in this accommodation space, and be positioned at the ullage that this waits to make liquid starting material, multiple immobilized bacteria is placed with in this first bacterial classification groove, the first filter screen is provided with bottom it, to wait that making liquid starting material flows into this first bacterial classification groove, and after flowing through these immobilized bacterias, by this first filter screen, flow out from the bottom of this first bacterial classification groove; This water pump is provided with feeding tube, middle feeding tube and lower feeding tube, and these feeding tubes extend to respectively corresponding to below this first bacterial classification groove, this liquid level waiting to make liquid starting material and the tip position in this taper portion.This water pump extract corresponding to feeding tube in this until wine liquid starting material after, this water pump is namely by feeding tube on this, a part waited that making liquid starting material is sprayed on the immobilized bacteria in this first bacterial classification groove, and flows out via this first filter screen downwards, completes first circulation; Simultaneously, this water pump is also by this lower feeding tube, another part waited that making liquid starting material exports towards the direction in this taper portion, with by the surging force of current and the inclined-plane in taper portion, this making this brewage in bucket between adjacent bottom and middle feeding tube waits that making liquid starting material can carry out convection current fully, and completes second circulation.So, by these twice working cyclees, can not only make thalline that these immobilized bacterias depend on evenly and stably dissociate to waiting to make in liquid starting material, can also make to wait that making liquid starting material can brewage in bucket at this flow state maintained without dead angle all the time, the equally distributed object of free bacterium is made to reach, make wait to make liquid starting material can with free bacterium fully and mix equably, to complete the best and the fermentative action of full blast.
This multi cycle formula brewing apparatus of the present invention also comprises the second bacterial classification groove, this the second bacterial classification groove is positioned the position of adjacent bottom in this accommodation space, and be positioned at below this first bacterial classification groove, the stage casing of this second bacterial classification groove and bottom are respectively equipped with the second filter screen and the 3rd filter screen, this second filter screen be positioned at wait make liquid starting material liquid level below, 3rd filter screen position corresponds to above taper portion in the bottom that this brewages bucket, the outer rim of this second bacterial classification groove also evenly offers multiple return port between its top and this second filter screen, these return ports be also positioned at wait make liquid starting material liquid level below, multiple immobilized bacteria is placed with between this second filter screen of this second bacterial classification groove and the 3rd filter screen, with make from the bottom of this first bacterial classification groove flow out wait make liquid starting material, this second filter screen can be flowed through successively, these immobilized bacterias in this second bacterial classification groove, and make the thalline on these immobilized bacterias dissociate to this until wine liquid starting material after, again by the 3rd filter screen, flow out from the bottom of this second bacterial classification groove.So, at this water pump by feeding tube on this, by a part after wine liquid starting material is sprayed to the immobilized bacteria in this first bacterial classification groove, this waits that making liquid starting material can flow into downwards this second bacterial classification groove via this first filter screen, completes first circulation; Simultaneously, at this water pump by this lower feeding tube, by another part after making the direction of liquid starting material towards this taper portion and exporting, by the surging force of current and the inclined-plane in taper portion, this that this can also be made to brewage adjacent bottom in bucket is waited to make liquid starting material, towards liquid level convection current, and by these return ports, be back in this second bacterial classification groove, and complete second circulation, the setting of the second bacterial classification groove can make the free bacterium in apparatus of the present invention increase, and promotes Fermentation efficiency.
This brewing apparatus of the present invention also comprises gaseous input devices, this gaseous input devices is combined into by air pump and pneumatic tube, this air pump is installed in this and brewages outside bucket, and this pneumatic tube extends in this accommodation space the position corresponded to above this taper portion, so that the direction of air or oxygen towards this taper portion is exported, one end of this pneumatic tube extends to corresponding to the position between one end of this lower feeding tube and this taper portion, therefore the surging force waiting to make liquid starting material that can export by this lower feeding tube, make air or oxygen be mixed into this fully to wait to make in liquid starting material, maintain bacterial classification life.
This brewing apparatus of the present invention also comprises a power generation assembly, this power generation assembly is combined into by generator and flabellum, this flabellum be positioned in this accommodation space correspond to this first bacterial classification groove and on this feeding tube one end between position, export in time making liquid starting material with one end of feeding tube on this, wait that the surging force making liquid starting material can drive this flabellum to rotate, the kinetic energy produced when this flabellum is rotated by this generating function is converted to electric energy, simultaneously, waiting to make liquid starting material also can along with the rotation of this flabellum, and to be sprayed equably and on the immobilized bacteria of shower in this first bacterial classification groove, each fully participates in brewageing to make immobilized bacteria.
Conveniently just your auditor can have further understanding and understanding to constitutional features of the present invention, Recycle design and object thereof, is now described with reference to the accompanying drawings as follows for embodiment:
Accompanying drawing explanation
Fig. 1 be prior art brewage a barrel schematic diagram;
Fig. 2 is the fermenter schematic diagram of prior art;
Fig. 3 is the structural representation of multi cycle formula brewing apparatus of the present invention;
Fig. 4 is the first circulation schematic diagram of multi cycle formula brewing apparatus of the present invention;
Fig. 5 is the second circulation schematic diagram of multi cycle formula brewing apparatus of the present invention;
Fig. 6 is the partial cutaway schematic of the bacterial classification groove in multi cycle formula brewing apparatus of the present invention; And
Fig. 7 is the schematic diagram of the power generation assembly in multi cycle formula brewing apparatus of the present invention.
The implication of numbering in figure is as follows:
Raw material ... 10
Brewage bucket ... 11
Fermenter ... 2
Lid ... 21
Rake ... 22
Inlet pipe ... 23
Discharge nozzle ... 24
Multi cycle formula brewing apparatus ... 3
Brewage bucket ... 31
Accommodation space ... 310
Taper portion ... 311
First bacterial classification groove ... 32
Second bacterial classification groove ... 33
Gaseous input devices ... 34
Air pump ... 341
Pneumatic tube ... 342
Water
pump35
Middle feeding tube ... 351
Upper feeding tube ... 352
Lower feeding tube ... 353
Input tube ... 354
Output tube ... 355
Bracing frame ... 36
Power generation assembly ... 37
Generator ... 370
Flabellum ... 371
Pilot circuit ... 372
Power storage unit ... 373
Stand-by power supply unit ... 7
Green energy generator unit ... 71
Civil power receiving element ... 72
First filter screen ... A
Second filter screen ... B
3rd filter screen ... C
Distance ... D
Immobilized bacteria ... E
Return port ... H
Wait to make liquid starting material ... L
Angle ... θ
Embodiment
The present invention is that one can make free bacterium equally distributed multi cycle formula brewing apparatus, refer to shown in Fig. 3, first preferred embodiment of the present invention, this multi cycle formula brewing apparatus 3 comprises brewages bucket 31, first bacterial classification groove 32, gaseous input devices 34 and water pump 35, in the present embodiment, this brewages bucket 31 is stainless steel cask (but not as limit), accommodation space 310 is formed in it, wait to make liquid starting material L (as: fruit syrup for depositing, paddy juice etc.), and this direction of brewageing also towards this accommodation space 310 bottom bucket 31 is convexly equipped with taper portion 311, the angle θ in this taper portion 311 is best (but not as limit) between 100 ~ 170 degree, so that at least low oblique inclined-plane of periphery on one day can be formed in this accommodation space 310.
The present invention mainly utilizes immobilized bacteria (immobilizedenzyme, also immobilization ferment is called) brewage, immobilized bacteria is as the term suggests be with physics or chemical process (normal method comprises: embedding (entrapment), bond (bound), covalent coupling method (covalentbinding) etc.), bacterial classification is fixed on a base material (as: colloid, fiber etc.), immobilized bacteria can not only possess basic chemical-biological activities, and the feature of base material can also be had concurrently, better operability can be provided.In addition, base material can also avoid bacterial classification to be directly subject to the impact of environment brewageing in bucket to be placed in bacterial classification groove, base material can not go out with brewing water outflow and subtract in bacterial classification groove, also the base material when multi cycle is carried out in fermentation can be avoided to block pipe valve gangway and brewing apparatus is stopped, therefore its bacterial classification can life-time service, can not in time or operation and run off and circulation passage can not be hindered, and brewage cell body by the collocation of bacterial classification groove, reaching with the structure brewageing bucket collocation bacterial classification groove can the long-acting object reusing bacterial classification.
Multiple immobilized bacteria E is placed with in this first bacterial classification groove 32, in the first preferred embodiment, this the first bacterial classification groove 32 is positioned in this accommodation space 310 by bracing frame 36, this the first bacterial classification groove 32 is positioned at this accommodation space 310 and is adjacent to the position that this brewages the top of bucket 31, and be positioned at the top that this waits the liquid level making liquid starting material L, the bottom of this first bacterial classification groove 32 is provided with the first filter screen A, with when needing to be made liquid starting material L and being flowed into by the top of this first bacterial classification groove 32, this treats that wine liquid starting material L first can flow through the immobilized bacteria E in this first bacterial classification groove 32, the thalline that these immobilized bacterias E depends on is made to dissociate to waiting to make in liquid starting material L, after becoming free bacterium, again by this first filter screen A, flow out from the bottom of this first bacterial classification groove 32.
Refer to again shown in Fig. 3, in the second preferred embodiment of the present invention, this multi cycle formula brewing apparatus 3 also comprises the second bacterial classification groove 33, also multiple immobilized bacteria E is placed with in this second bacterial classification groove 33, in the present embodiment, this the second bacterial classification groove 33 is also positioned in this accommodation space 310 by this bracing frame 36, and be positioned at contiguous this of this accommodation space 310 and brewage the position of the bottom of bucket 31, its top corresponds to the bottom of this first bacterial classification groove 32, and to be held in below this liquid level waiting to make liquid starting material L (in the present embodiment, this waits that the liquid level making liquid starting material L is only a little more than this second bacterial classification groove 33, but, in actually operating, this brewage treating in bucket 31 make liquid starting material L number can according to operator's demand from Row sum-equal matrix), in this second bacterial classification groove 33, section and bottom are respectively equipped with the second filter screen B and the 3rd filter screen C wherein, this second filter screen B is positioned at the below that this waits to make liquid starting material L, 3rd filter screen C is then positioned at the top that the bottom of brewageing bucket 31 corresponds to this taper portion 311, the outer rim of this second bacterial classification groove 33 also evenly offers multiple return port H between its top and this second filter screen B, these return ports H be also positioned at wait make liquid starting material liquid level below, then for placing immobilized bacteria E between this second filter screen B and the 3rd filter screen C, liquid starting material L is made with waiting of making to flow out from the bottom of this first bacterial classification groove 32, this second filter screen B can be flowed through successively, immobilized bacteria E in this second bacterial classification groove 33, thalline on immobilized bacteria E is dissociated to this wait to make in liquid starting material L, after becoming free bacterium, again by the 3rd filter screen C, flow out from the bottom of this second bacterial classification groove 33, and flow to this taper portion 311.
In previous embodiment of the present invention, this gaseous input devices 34 comprises air pump 341 and pneumatic tube 342, this air pump 341 is installed in the top that this brewages bucket 31, this pneumatic tube 342 is connected with this air pump 341, one end of this pneumatic tube 342 extends in this accommodation space 310 position corresponded to above this taper portion 311, and the mouth of pipe is towards this taper portion 311, make in liquid starting material L air or oxygen can be squeezed into treating in this accommodation space 310, this water pump 35 is installed in and is close to the position that this brewages bucket 31, which is provided with feeding tube 352, middle feeding tube 351 and lower feeding tube 353, on this, one end of feeding tube 352 extends to the position corresponding to the top of this first bacterial classification groove 32 in this accommodation space 310, in this, one end of feeding tube 351 extends in this accommodation space 310 corresponding to the position below the liquid level waiting to make liquid starting material L and between this second filter screen B, one end of this lower feeding tube 353 extends to the position between the one end corresponding to the 3rd filter screen C and this pneumatic tube 342 in this accommodation space 310, and its mouth of pipe is towards this taper portion 311.In addition, in the present embodiment, conveniently dealer will wait that making liquid starting material L injects this accommodation space 310, in this, feeding tube 351 is positioned on this position of brewageing outside bucket 31 and is also provided with input tube 354, brewage in the lower portion outside bucket 31 and be then provided with output tube 355, so that the wine liquid (hereinafter referred to as brewageing product) brewageed is exported.
Conveniently the technician in described field is convenient to understand technical characteristic of the present invention, illustrate that the Recycle design of multi cycle formula brewing apparatus 3 of the present invention is as follows at this: first, some immobilized bacterias E first inserts in this first bacterial classification groove 32 and the second bacterial classification groove 33 by operator respectively, close output tube 355 and brewage bucket 31 upper cover, again by this input tube 354, to wait that making liquid starting material L injects this accommodation space 310, until this liquid level waiting to make liquid starting material L can rise to height a little more than feeding tube in this 351 and these return ports H (in a preferred embodiment of contriver's test, distance D between liquid level and middle feeding tube 351 is good between 5 ~ 30 centimetres), then, by the control valve on this input tube 354, close this input tube 354, and start this air pump 341 and water pump 35, make this water pump 35 by feeding tube in this 351, this extracting in this second bacterial classification groove 33 contiguous liquid level is waited to make liquid starting material L, and because this immobilized bacteria E is limited in this second filter screen B and the 3rd filter screen C, therefore this immobilized bacteria E can't to be extracted in this in feeding tube 351.
Multi cycle formula brewing apparatus 3 of the present invention at least can be brewageed in bucket 31 and forms following twice circulation route at this: (1) refers to shown in Fig. 4, in the first preferred embodiment of the present invention, when this water pump 35 is by feeding tube 351 in this, extract in this second bacterial classification groove 33 after wine liquid starting material L, this water pump 35 is by feeding tube on this 352, the part extracted is waited making liquid starting material L is transmitted back to above this first bacterial classification groove 32, make first shower flowing out to the immobilized bacteria E in this first bacterial classification groove 32 until wine liquid starting material L of a part, complete first circulation, refer to shown in Fig. 5, this water pump 35 is also by this lower feeding tube 353, the another part extracted is waited making liquid starting material L is delivered to above this taper portion 311, to make the surging force that wine liquid starting material L is produced by this water pump 35 for the treatment of of another part, the air or oxygen that one end of this pneumatic tube 342 is exported can fully with wait that making liquid starting material L mixes, and make to treat that wine liquid starting material L can along this taper portion 311, its circular cone root edge is flowed to by the bottom in this taper portion 311, and brewage the bottom peripheral edge of accommodation space 310 in bucket 31 along this, towards waiting the liquid level backflow of making liquid starting material L, to complete second circulation.
(2) refer to again shown in Fig. 4, in the second preferred embodiment of the present invention, when this water pump 35 is by feeding tube 351 in this, extract in this second bacterial classification groove 33 after wine liquid starting material L, this water pump 35 is by feeding tube on this 352, the part extracted is waited making liquid starting material L is transmitted back to above this first bacterial classification groove 32, what make a part can after first shower to the immobilized bacteria E in this first bacterial classification groove 32 until wine liquid starting material L, flow into this second bacterial classification groove 33 again, complete first circulation, refer to again shown in Fig. 5, this water pump 35 is also by this lower feeding tube 353, the another part extracted is waited making liquid starting material L is delivered to above this taper portion 311, to make the surging force that wine liquid starting material L is produced by this water pump 35 for the treatment of of another part, the air or oxygen that one end of this pneumatic tube 342 is exported can fully with wait that making liquid starting material L mixes, and make to treat that wine liquid starting material L can along this taper portion 311, its circular cone root edge is flowed to by the bottom in this taper portion 311, and brewage the bottom peripheral edge of accommodation space 310 in bucket 31 along this, towards corresponding to the position convection current of feeding tube 351 in this (in the present embodiment, wait to make the position that liquid starting material L can be back to contiguous liquid level), and by return port H, be back in this second bacterial classification groove 33, and complete second circulation.
In the embodiment shown in fig. 3, in this, the bore of feeding tube 351 is greater than feeding tube 352 on this, is also greater than the bore of lower feeding tube 353, therefore this multi cycle formula brewing apparatus 3 to be circulated by twice constantly make this wait making liquid starting material L keeps in the process of flowing, liquid level in this accommodation space 310 can't produce significant change, and can circulate constantly, until brewage.So, can make thalline that immobilized bacteria E depends on fully and dissociate to waiting to make in liquid starting material L equably, and make to wait that making liquid starting material L can brewage in bucket 31 at this flow state maintained without dead angle all the time, and make wait to make liquid starting material L can with free bacterium fully and mix equably, to complete the best and the fermentative action of full blast.In addition, free bacterium with wait that making liquid starting material L mixes in the process of carrying out fermenting, though free bacterium quantity can be made to continue to increase, but due to after first circulation and second circulation, wait that the free bacterium of making liquid starting material L can be refluxed once again and adhere on immobilized bacteria E, therefore, though immobilized bacteria E is loss part thalline when first circulation and second circulation start, but still can obtain than original more thalline afterwards, accordingly, outside bacterial classification in decapacitation maintenance brewing apparatus is not loss, effectively can also reach to maintain and treat that wine liquid starting material L stablizes and accelerates the final purpose of fermentation.
In addition, the stereographic map drawn from Fig. 6, the structure of " filter screen " of the present invention is not limited with netted, namely, this first filter screen A, the second filter screen B and the 3rd filter screen C in bacterial classification groove 32,33 also can structure as shown in Figure 6 such, be one have cavernous steel plate, the piercing aperture on this steel plate is less than the particle diameter of this immobilized bacteria, therefore can effectively limit this immobilized bacteria, and give chat bright.
Refer to Fig. 3 and Fig. 4 again, in the previous embodiment of this case, this multi cycle formula brewing apparatus 3 also comprises power generation assembly 37, this power generation assembly 37 comprises generator 370 and flabellum 371, this flabellum 371 be positioned in this accommodation space 310 correspond to this first bacterial classification groove 32 and on this feeding tube 352 one end between position, accordingly, on this, one end of feeding tube 352 exports in time making liquid starting material L, wait that the surging force making liquid starting material L can drive this flabellum 371 to rotate, this generator 370 is connected with this flabellum 371, the kinetic energy produced during this flabellum 371 can be rotated is converted to an electric energy, simultaneously, waiting to make liquid starting material L also can along with the rotation of this flabellum 371, be broken up into the tiny globule shape as spray form, and then equably spray and the immobilized bacteria E of shower in this first bacterial classification groove 32 on, make and wait that making liquid starting material L can mix fully and flow through the immobilized bacteria E in this first bacterial classification groove 32.
Refer to shown in Fig. 3 and Fig. 7, this is brewageed, and bucket 31 is outer is also provided with pilot circuit 372 and power storage unit 373, wherein, this pilot circuit 372 can be electrically connected to this power generation assembly 37 respectively, power storage unit 373, gaseous input devices 34 and water pump 35, after being converted to electric energy with the kinetic energy produced when this power generation assembly 37 is rotated by flabellum 371, by this pilot circuit 372 (or other electricity generation module, mechanical means etc.) be stored in this power storage unit 373, by this pilot circuit 372 this electric energy transmitted respectively again and give this air pump 341 and water pump 35, operate to drive this air pump 341 and water pump 35.
In addition, this is brewageed, and bucket 31 is outer is also provided with stand-by power supply unit 7, this stand-by power supply unit 7 comprises green energy generator unit 71 and civil power receiving element 72, this green energy generator unit 71 (as: solar electrical energy generation, wind-power electricity generation etc.) can be converted to electric energy by green, and this green energy generator unit 71 be electrically connected to this pilot circuit 372, with by this pilot circuit 372, by the electrical power storage after conversion in this power storage unit 373, as standby power.So, this multi cycle formula brewing apparatus 3 is run by power generation assembly 37 and green energy generator unit 71, effectively can reach green energy, environmental protection, energy-conservation and subtract the object of carbon, certainly, for avoiding because fault or the unexpected electric energy deficiency causing this power generation assembly 37 and green energy generator unit 71 to produce drive this air pump 341 and water pump 35 simultaneously, this pilot circuit 372 when urgent, can also obtain civil power by this civil power receiving element 72, to guarantee the stability in running.
Personnel for ease of correlative technology field understand energy-saving effect of the present invention, now further illustrate the function mode in the first preferred embodiment of the present invention: this power generation assembly 37 passes through pilot circuit 372 by after electrical power storage to power storage unit 373, this pilot circuit 372 operates at any time by preferentially supplying electrical power to air pump 341, immobilized bacteria E can not be had a power failure or the impact of civil power shakiness, sustain life stablize the help of air feed at air pump 341 under, secondly, this pilot circuit 372 will supply electrical power to water pump 35, the multi cycle that water pump 35 drives can make immobilized bacteria E Sustainable Growth, although the importance of water pump 35 is unlike air pump 341 (once shut down the crisis just having and make immobilized bacteria E dead immediately), but the shutdown of water pump 35 short period of time still can make immobilized bacteria E growth arrest or decline, long-time shutdown even has and makes immobilized bacteria E dead, therefore, immobilized bacteria E can be made to sustain life and Sustainable Growth by power generation assembly 37, with reach apparatus of the present invention have a power failure electric power is unstable or without the transport way of mains-supplied in the object that all can uninterruptedly brewage.
The above, be only some preferred embodiments of the present invention, but, technical characteristic of the present invention not as limit, all one of ordinary skill in the art, after considering the present invention in light of actual conditions can think easily and equivalence change, protection category of the present invention all should not be departed from.
Claims (9)
1. can make a free bacterium equally distributed multi cycle formula brewing apparatus, it comprises:
Brewage bucket, be formed with accommodation space in it, make liquid starting material for accommodating waiting, this bottom of brewageing bucket is convexly equipped with taper portion towards the direction of this accommodation space;
First bacterial classification groove, be positioned in this accommodation space, to be close to the position that this brewages the top of bucket, and being positioned at the ullage waiting to make liquid starting material of this accommodation space, be placed with multiple immobilized bacteria in this first bacterial classification groove, the bottom of this first bacterial classification groove is provided with the first filter screen; And
Water pump, being installed in this brewages outside bucket, and which is provided with feeding tube, middle feeding tube and lower feeding tube, on this, one end of feeding tube extends to the position at the top corresponding to this first bacterial classification groove in this accommodation space, and in this, one end of feeding tube extends in this accommodation space the position corresponding to this and wait to make below the liquid level of liquid starting material; So, this water pump is namely by feeding tube on this, by a part wait make liquid starting material be sprayed on the immobilized bacteria in this first bacterial classification groove, and flow out downwards via this first filter screen, complete first circulation, simultaneously, this water pump is also by this lower feeding tube, another part waited that making liquid starting material exports towards the direction in this taper portion, with by the surging force of current and the inclined-plane in taper portion, make this brewage adjacent bottom in bucket and this in this between feeding tube waits that making liquid starting material can carry out convection current fully, and complete second circulation.
2. multi cycle formula brewing apparatus according to claim 1, it also comprises the second bacterial classification groove, this the second bacterial classification groove is positioned below this first bacterial classification groove, its stage casing and bottom are respectively equipped with the second filter screen and the 3rd filter screen, this the second filter screen position is in the position of waiting to make below the liquid level of liquid starting material, the outer rim of this second bacterial classification groove also evenly offers multiple return port between its top and this second filter screen, these return ports are also positioned at the position of waiting to make below the liquid level of liquid starting material, multiple immobilized bacteria is placed with between this second filter screen and the 3rd filter screen, so, at this water pump by feeding tube on this, by after liquid starting material is sprayed to the immobilized bacteria in this first bacterial classification groove until wine of a part, this waits that making liquid starting material can flow into downwards this second bacterial classification groove via this first filter screen, complete first circulation, simultaneously, at this water pump by this lower feeding tube, by another part wait make liquid starting material towards this taper portion direction export after, by the surging force of current and the inclined-plane in taper portion, this that this can also be made to brewage adjacent bottom in bucket is waited to make liquid starting material, towards liquid level convection current, and by these return ports, be back in this second bacterial classification groove, and complete second circulation.
3. multi cycle formula brewing apparatus according to claim 2, it also comprises gaseous input devices, this gaseous input devices comprises air pump and pneumatic tube, this air pump is installed in this and brewages outside bucket, this pneumatic tube is then connected with this air pump, one end of this pneumatic tube extends in this accommodation space the position corresponded to above this taper portion, to be exported in the direction of air or oxygen towards this taper portion.
4. multi cycle formula brewing apparatus according to claim 3, wherein, one end of this pneumatic tube extends to corresponding to the position between one end of this lower feeding tube and this taper portion.
5. multi cycle formula brewing apparatus according to claim 4, wherein, this first bacterial classification groove and the second bacterial classification groove are positioned in this accommodation space by bracing frame.
6. multi cycle formula brewing apparatus according to claim 4, wherein, the angle in this taper portion is between 100 ~ 170 degree.
7. multi cycle formula brewing apparatus according to claim 6, it also comprises pilot circuit and power storage unit, this pilot circuit is electrically connected to this power storage unit, water pump and air pump respectively, transfers to this water pump and air pump respectively with the electric energy this power storage unit stored.
8. multi cycle formula brewing apparatus according to claim 7, it also comprises power generation assembly, this power generation assembly comprises flabellum and generator, this flabellum is positioned to correspond to this first bacterial classification groove in this accommodation space and the position of feeding tube on this, on this feeding tube one end towards this flabellum export this wait to make liquid starting material when, this waits that making the surging force of liquid starting material can drive this flabellum to rotate; This generator is connected with this flabellum, and with by this pilot circuit, the kinetic energy produced when being rotated by this flabellum is converted to electric energy, and by this electrical power storage to this power storage unit.
9. multi cycle formula brewing apparatus according to claim 8, it also comprises generator unit for subsequent use, this generator unit for subsequent use comprises green energy generator unit and civil power receiving element, this green energy generator unit is by this pilot circuit, can electric energy be converted to by green, and by this electrical power storage to this power storage unit.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410383387.3A CN105331479A (en) | 2014-08-06 | 2014-08-06 | Multi-circulating brewing device for uniformly distributing free bacteria |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410383387.3A CN105331479A (en) | 2014-08-06 | 2014-08-06 | Multi-circulating brewing device for uniformly distributing free bacteria |
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| CN105331479A true CN105331479A (en) | 2016-02-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410383387.3A Pending CN105331479A (en) | 2014-08-06 | 2014-08-06 | Multi-circulating brewing device for uniformly distributing free bacteria |
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Cited By (1)
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| CN107440101A (en) * | 2017-08-15 | 2017-12-08 | 贵州花韵生物科技发展有限公司 | A kind of processing technology of Roselle ferment |
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