CN205170861U - Utilize fermenting installation of biomembrane - Google Patents
Utilize fermenting installation of biomembrane Download PDFInfo
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- CN205170861U CN205170861U CN201520991448.4U CN201520991448U CN205170861U CN 205170861 U CN205170861 U CN 205170861U CN 201520991448 U CN201520991448 U CN 201520991448U CN 205170861 U CN205170861 U CN 205170861U
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Abstract
The utility model discloses an utilize fermenting installation of biomembrane, fermentation module bottom is provided with the check valve, and in the time of in the fermentation module slides in the fermentation cylinder completely, oxygen fills interface and the check valve sealing contact that aligns, and every fermented module upper seal cover has an one deck biomembrane, is provided with the pulley bottom the fermentation cylinder. Fermentation module top is provided with automatic regulating valve, and automatic regulating valve is sealing the valve, and automatic regulating valve's case comprises several flexible valve blocks, thereby flexible valve block seals the laminating each other seals automatic regulating valve, works as fermentation module internal pressure and risees to the predetermined pressure value, and flexible valve block is washed open to fermented module intrinsic qi physical stamina, makes the separation of adjacent flexible valve block, and automatic regulating valve opens. Be provided with sensing device in every fermentation module, sensing device is including built -in chip, temperature -sensing ware, pressure sensors, signal transmitter and signal antennas. The utility model has the advantages of but remote control, a lot of pressure of compiling and publishing in ferment, the module of will fermenting keep in security range.
Description
Technical field
The utility model relates to the technical field that solid waste is recycled, and particularly relating to fermentation of organic wastes equipment, specifically, is that one utilizes biomembranous fermentation unit.
Background technology
Traditional biological method is adopted to be widely used in the organic solid castoff such as fermentation of organic wastes, organic fertilizer production process field at present to the technology that organic waste carries out innoxious fermentation maturity process.
The Theory and applications research that current Chinese scholars is devoted to the fermentative processing of stalk is long-standing, achieve a collection of achievement in research with practical guided significance, domestic representativeness has: the dynamic continuous fermentation cellar (ZL96211870.2) of the invention such as Cui Wei in 1996, in order to regulate the humidity in the moisture of material in warehouse and warehouse, drawing mechanism is provided with the shower nozzle of water spray or other liquid; The differential board type high-temp. compost fermenter device (ZL02266818.7) of the invention such as Xu Zhen canals in 2002, its advantage is to be made up of multiple fermentation cabin cascade, not high to the Particle size requirements of fermentation object; The device (CN202116541U) be applicable in fermenting crops straws and matrix treatments of the invention such as Qin Xinzheng in 2011, adopts and set up ozonizer above airtight degraded tank, thus shorten the straw ammoniation time.External representativeness has: PeterL ü th(in 2003 Germany) etc. invent a kind of for jumbo solid-state fermentation tank, and propose fermentation manufacturing technique method (US6620614B1); 1998 ShrikumarSuryanaryan (India) etc. invented a kind of modifying device of solid state fermentation equipment, it can realize all microorganism culturing operation (subsequent disposal of sterilizing, inoculation, cultivation, extraction and extraction) (US6197573B1); QuangA.Nguyen in 1998 invents a kind of reaction tower device for the pre-treatment of xylogen enzymolysis and fermentation, and this reaction tower can realize the mixing of material.
But fermentation equipment does not realize intelligent control, and fermentor tank size is fixed, and runs into the fermentation that many groups are low dose of, is then difficult to make full use of.
Summary of the invention
The technical problems to be solved in the utility model is to provide a kind of by wireless sensing remote monitoring, carry out organizing fermentation, removable, the fermentation of organic wastes equipment that the pressure in fermentation module can be remained in safety range simultaneously more.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is:
One utilizes biomembranous fermentation unit, comprise fermentor tank, wherein: fermentor tank can hold several fermentation module, several runways are provided with bottom the inwall of fermentor tank, it is convex that fermentation module bottom is provided with the cunning corresponding with runway, fermenter base is provided with several oxygen and is filled with interface, fermentation module bottom is provided with check valve, when module of fermenting slips in fermentor tank completely, oxygen is filled with interface and aligns with check valve and seal and contact, check valve allows gas to be filled with fermentation module, in each fermentation module, sealing is coated with one deck microbial film, sidewall and the bottom of fermentation module are bilayer structure, wherein, internal layer is corrosion-resistant sealing ply, each fermentation module is provided with sensing device, sensing device includes built-in chip, temperature inductor, pressure inductor, signal projector and signal antenna, temperature inductor, the induction post of pressure inductor all inserts in fermentation module, temperature inductor, pressure inductor, signal projector is all connected with built-in chip, signal projector is connected with signal antenna, signal antenna is connected with base station radio, base station and analysing terminal wireless connections, built-in chip and the oxygen valve be filled with on interface is connected and the opening degree of by-pass valve control, fermentation module top is provided with automatic regulating valve, automatic regulating valve is draught excluder, the spool of automatic regulating valve is made up of several pieces flexible valve blocks, flexible valve block seals laminating each other thus closes automatic regulating valve, when fermentation module internal pressure is increased to scheduled pressure value, in fermentation module, flexible valve block can be washed open by gas, adjacent flexible valve block is separated, automatic regulating valve is opened.
For optimizing technique scheme, the concrete measure taked also comprises:
Be wound with resistance coil in the sidewall of above-mentioned fermentation module, built-in chip is connected with the switch on resistance coil loop and controls cut-offfing of this switch.
Above-mentioned fermenter base is provided with pulley.
Above-mentioned built-in chip is micro-chip.
The quantity of above-mentioned flexible valve block is four, mutually seals laminating mutually in 90 °ly.
Above-mentioned fermentation module top is provided with metal frame, and metal frame is provided with interlayer, and biomembranous edge clamping is fixing in interlayer.
The quantity that above-mentioned oxygen is filled with interface is eight, and each oxygen is filled with interface and is provided with flange.
Above-mentioned corrosion-resistant sealing ply is rubber layer.
The material of above-mentioned metal frame is stainless steel.
Above-mentioned fermentor tank can hold eight fermentation modules.
One of the present utility model utilizes biomembranous fermentation unit, fermentor tank can hold several fermentation module, especially the organic waste be applicable to many groups are low dose of ferments, often kind of different organic waste is contained in different fermentation modules, fermentation module is a kind of rectangle tank body, microbial film is arranged at top, check valve is arranged at bottom, oxygen can be filled with, improve the efficiency of the aerobic fermentation in fermentation module, empty G&W is by the outside dissipation of selectivity organism film, but harmful molecule can be stopped by microbial film, cannot overflow, therefore can not produce niff.Comparatively environmental protection.Fermentation module is also provided with sensing device, and sensing device includes built-in chip, temperature inductor, pressure inductor, signal projector and signal antenna, and signal antenna is connected with base station radio, base station and analysing terminal wireless connections.Then data are issued base station by signal projector, then are forwarded analysing terminal to by base station by the data that built-in chip collecting temperature inductor block and pressure inductor detect, carry out remote monitoring.By these structures, technician can grasp the running condition of each fermentation module in real time in the place away from fermentor tank, realize intelligent management.Also the valve be filled with on interface is connected built-in chip with oxygen, is connected with the switch on resistance coil loop, realizes the control to the inflation of fermentation module, heating, and then controls the pressure and temperature of fermentation module.Fermentation module can be taken out from fermentor tank, changes very convenient.Fermenter base is provided with pulley, and by this set, fermentor tank can move easily.The utility model have also been devised automatic regulating valve, and this valve can regulate the force value of fermentation module automatically, fermentation module of the present utility model is used safer.Pre-set the flexible valve block pressurized threshold value in automatic regulating valve, after oxygen is filled with fermentation module, the gas having equivalent overflows the situation that generally there will not be fermentation module internal gas pressure to increase from microbial film, but if there is some Special Circumstances, such as oxygenate apparatus fault, short period of time air pressure in fermentation module is caused to rise, as eliminating can cause more serious consequence not in time, automatic regulating valve can be stopped this thing and occur, when air pressure is greater than this threshold value, flexible valve block can be washed open by gas, makes the quick dissipation of gas in fermentation module.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the schematic diagram of wireless sensing remote monitoring;
Fig. 3 is the connection block diagram of sensing device;
Fig. 4 is the structural representation of fermentation module;
Fig. 5 is the upward view of fermentation module;
Fig. 6 is the vertical view of fermentor tank;
Fig. 7 is the structural state figure of automatic regulating valve when closing;
Structural state figure when Fig. 8 is automatic regulating valve unlatching.
Reference numeral is wherein: fermentor tank 1, fermentation module 2, sliding convex 21, check valve 22, oxygen are filled with interface 3, microbial film 4, pulley 5, flange 6, sensing device 7, built-in chip 71, temperature inductor 72, pressure inductor 73, signal projector 74, signal antenna 75, base station 8, automatic regulating valve 9, flexible valve block 91.
Embodiment
Below in conjunction with accompanying drawing, the technical solution of the utility model is elaborated.
One of the present utility model utilizes biomembranous fermentation unit, comprise fermentor tank 1, wherein: fermentor tank 1 can hold several fermentation module 2, several runways are provided with bottom the inwall of fermentor tank 1, the cunning corresponding with runway convex 21 is provided with bottom fermentation module 2, be provided with several oxygen bottom fermentor tank 1 and be filled with interface 3, check valve 22 is provided with bottom fermentation module 2, when module 2 of fermenting slips in fermentor tank 1 completely, oxygen is filled with interface 3 and aligns with check valve 22 and seal and contact, check valve 22 allows gas to be filled with fermentation module 2, in each fermentation module 2, sealing is coated with one deck microbial film 4, sidewall and the bottom of fermentation module 2 are bilayer structure, wherein, internal layer is corrosion-resistant sealing ply, each fermentation module 2 is provided with sensing device 7, sensing device 7 includes built-in chip 71, temperature inductor 72, pressure inductor 73, signal projector 74 and signal antenna 75, temperature inductor 72, the induction post of pressure inductor 73 all inserts in fermentation module 2, temperature inductor 72, pressure inductor 73, signal projector 74 is all connected with built-in chip 71, signal projector 74 is connected with signal antenna 75, signal antenna 75 and base station 8 wireless connections, base station 8 and analysing terminal wireless connections, built-in chip 71 and the oxygen valve be filled with on interface 3 is connected and the opening degree of by-pass valve control, fermentation module 2 top is provided with automatic regulating valve 9, automatic regulating valve is draught excluder, the spool of automatic regulating valve 9 is made up of several pieces flexible valve blocks 91, flexible valve block 91 seals laminating each other thus closes automatic regulating valve 9, when fermentation module 2 internal pressure is increased to scheduled pressure value, in fermentation module 2, flexible valve block 91 can be washed open by gas, adjacent flexible valve block 91 is separated, automatic regulating valve 9 is opened.
In embodiment, be wound with resistance coil in the sidewall of fermentation module 2, built-in chip 71 is connected with the switch on resistance coil loop and controls cut-offfing of this switch.
In embodiment, bottom fermentor tank 1, be provided with pulley 5.
In embodiment, built-in chip 71 is micro-chip.
In embodiment, the quantity of flexible valve block 15 is four, mutually seals laminating mutually in 90 °ly.
In embodiment, fermentation module 2 top is provided with metal frame, and metal frame is provided with interlayer, and the edge clamping of microbial film 4 is fixing in interlayer.
In embodiment, the quantity that oxygen is filled with interface 3 is eight, and each oxygen is filled with interface 3 place and is provided with flange 6.
In embodiment, corrosion-resistant sealing ply is rubber layer.
In embodiment, the material of metal frame is stainless steel.
In embodiment, fermentor tank 1 can hold eight fermentation modules 2.
One of the present utility model utilizes biomembranous fermentation unit, fermentor tank 1 can hold several fermentation module 2, especially the organic waste be applicable to many groups are low dose of ferments, often kind of different organic waste is contained in different fermentation modules 2, fermentation module 2 is a kind of rectangle tank bodies, microbial film 4 is arranged at top, check valve 22 is arranged at bottom, oxygen can be filled with, improve the efficiency of the aerobic fermentation in fermentation module 2, empty G&W is by selectivity organism film 4 outwards dissipation, but harmful molecule can be stopped by microbial film 4, cannot overflow, therefore niff can not be produced.Comparatively environmental protection.Fermentation module is also provided with sensing device 7, and sensing device 7 includes built-in chip 71, temperature inductor 72, pressure inductor 73, signal projector 74 and signal antenna 75, signal antenna 75 and base station 8 wireless connections, base station 8 and analysing terminal wireless connections.Then data are issued base station 8 by signal projector 74, then are forwarded analysing terminal to by base station 8, carry out remote monitoring by the data that built-in chip 71 collecting temperature inductor block 72 and pressure inductor 73 detect.By these structures, technician can grasp the running condition of each fermentation module 2 in real time in the place away from fermentor tank 1, realize intelligent management.Also the valve be filled with on interface is connected built-in chip 71 with oxygen, is connected with the switch on resistance coil loop, realizes the control to the inflation of fermentation module, heating, and then controls the pressure and temperature of fermentation module.Fermentation module 2 can be taken out from fermentor tank 1, changes very convenient.Be provided with pulley bottom fermentor tank 1, by this set, fermentor tank 1 can move easily.The utility model have also been devised automatic regulating valve 9, and this valve can regulate the force value of fermentation module automatically, fermentation module of the present utility model is used safer.Pre-set the flexible valve block 91 pressurized threshold value in automatic regulating valve 9, after oxygen is filled with fermentation module, the gas having equivalent overflows the situation that generally there will not be fermentation module internal gas pressure to increase from microbial film, but if there is some Special Circumstances, such as oxygenate apparatus fault, short period of time air pressure in fermentation module is caused to rise, as eliminating can cause more serious consequence not in time, automatic regulating valve 9 can be stopped this thing and occur, when air pressure is greater than this threshold value, flexible valve block 91 can be washed open by gas, makes the quick dissipation of gas in fermentation module.
Below be only the preferred embodiment of the present invention, protection scope of the present invention be not only confined to above-described embodiment, all technical schemes belonged under thinking of the present invention all belong to protection scope of the present invention.It should be pointed out that for those skilled in the art, some improvements and modifications without departing from the principles of the present invention, should be considered as protection scope of the present invention.
Claims (10)
1. one kind utilizes biomembranous fermentation unit, comprise fermentor tank (1), it is characterized in that: described fermentor tank (1) can hold several fermentation module (2), several runways are provided with bottom the inwall of described fermentor tank (1), described fermentation module (2) bottom is provided with the cunning corresponding with runway convex (21), described fermentor tank (1) bottom is provided with several oxygen and is filled with interface (3), described fermentation module (2) bottom is provided with check valve (22), when described fermentation module (2) slips in fermentor tank (1) completely, described oxygen is filled with interface (3) and aligns with check valve (22) and seal and contact, described check valve (22) allows gas to be filled with fermentation module (2), the upper sealing of each described fermentation module (2) is coated with one deck microbial film (4), sidewall and the bottom of described fermentation module (2) are bilayer structure, wherein, internal layer is corrosion-resistant sealing ply, each described fermentation module (2) is provided with sensing device (7), described sensing device (7) includes built-in chip (71), temperature inductor (72), pressure inductor (73), signal projector (74) and signal antenna (75), described temperature inductor (72), the induction post of pressure inductor (73) all inserts in fermentation module (2), described temperature inductor (72), pressure inductor (73), signal projector (74) is all connected with built-in chip (71), described signal projector (74) is connected with signal antenna (75), described signal antenna (75) and base station (8) wireless connections, described base station (8) and analysing terminal wireless connections, described built-in chip (71) is connected with the oxygen valve be filled with on interface (3) and the opening degree of by-pass valve control, described fermentation module (2) top is provided with automatic regulating valve (9), described automatic regulating valve is draught excluder, the spool of automatic regulating valve (9) is made up of several pieces flexible valve blocks (91), described flexible valve block (91) seals laminating each other thus closes automatic regulating valve (9), when fermentation module (2) internal pressure is increased to scheduled pressure value, flexible valve block (91) can be washed open by fermentation module (2) interior gas, adjacent flexible valve block (91) is separated, automatic regulating valve (9) is opened.
2. one according to claim 1 utilizes biomembranous fermentation unit, it is characterized in that: be wound with resistance coil in the sidewall of described fermentation module (2), described built-in chip (71) is connected with the switch on resistance coil loop and controls cut-offfing of this switch.
3. one according to claim 2 utilizes biomembranous fermentation unit, it is characterized in that: described fermentor tank (1) bottom is provided with pulley (5).
4. one according to claim 3 utilizes biomembranous fermentation unit, it is characterized in that: described built-in chip (71) is micro-chip.
5. one according to claim 4 utilizes biomembranous fermentation unit, it is characterized in that: the quantity of described flexible valve block (15) is four, mutually seals laminating mutually in 90 °ly.
6. one according to claim 5 utilizes biomembranous fermentation unit, it is characterized in that: described fermentation module (2) top is provided with metal frame, described metal frame is provided with interlayer, and the edge clamping of described microbial film (4) is fixing in interlayer.
7. one according to claim 6 utilizes biomembranous fermentation unit, it is characterized in that: the quantity that described oxygen is filled with interface (3) is eight, each described oxygen is filled with interface (3) place and is provided with flange (6).
8. one according to claim 7 utilizes biomembranous fermentation unit, it is characterized in that: described corrosion-resistant sealing ply is rubber layer.
9. one according to claim 8 utilizes biomembranous fermentation unit, it is characterized in that: the material of described metal frame is stainless steel.
10. one according to claim 9 utilizes biomembranous fermentation unit, it is characterized in that: described fermentor tank (1) can hold eight fermentations module (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520991448.4U CN205170861U (en) | 2015-12-04 | 2015-12-04 | Utilize fermenting installation of biomembrane |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520991448.4U CN205170861U (en) | 2015-12-04 | 2015-12-04 | Utilize fermenting installation of biomembrane |
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| Publication Number | Publication Date |
|---|---|
| CN205170861U true CN205170861U (en) | 2016-04-20 |
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| CN201520991448.4U Active CN205170861U (en) | 2015-12-04 | 2015-12-04 | Utilize fermenting installation of biomembrane |
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| CN (1) | CN205170861U (en) |
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