CN201737943U - Rotary barrel type solid-state fermentation equipment - Google Patents
Rotary barrel type solid-state fermentation equipment Download PDFInfo
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- CN201737943U CN201737943U CN 200920296220 CN200920296220U CN201737943U CN 201737943 U CN201737943 U CN 201737943U CN 200920296220 CN200920296220 CN 200920296220 CN 200920296220 U CN200920296220 U CN 200920296220U CN 201737943 U CN201737943 U CN 201737943U
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M21/00—Bioreactors or fermenters specially adapted for specific uses
- C12M21/16—Solid state fermenters, e.g. for koji production
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M27/00—Means for mixing, agitating or circulating fluids in the vessel
- C12M27/10—Rotating vessel
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M41/00—Means for regulation, monitoring, measurement or control, e.g. flow regulation
- C12M41/12—Means for regulation, monitoring, measurement or control, e.g. flow regulation of temperature
- C12M41/18—Heat exchange systems, e.g. heat jackets or outer envelopes
Abstract
The utility model relates to rotary barrel type solid-state fermentation equipment comprising a fermentation tank, a left support, a right support, a transmission system, a dynamic seal, a liquid and gas system, a detection probe, a clamping sleeve heat-exchanging system and a machine frame, wherein the axis of the fermentation tank presents an included angle with the rotating axis; the fermentation tank driven by a chain wheel is provided with an in-tank air-steam pipe, a humidifying-inoculating pipe and a tail gas pipe; a water activity probe, a raw material water content probe and a temperature probe all stretch into the fermentation tank for testing; the dynamic seal is arranged at the position of a left pipe shaft, and the clamping sleeve heat-exchanging system is arranged at the position of a right pipe shaft. A motor drives the fermentation tank to rotate through chain transmission, so as to be helpful for overcoming the technical bottleneck that materials are difficult to transfer heat and mass; then, a matched pipeline and a detecting system can finish humidifying and mixing, stewing and sterilizing, temperature reducing, inoculating, temperature-controlled fermenting and discharging of the materials in the same fermentation tank; therefore, the utility model can provide a device platform for testing researches and production on strain screening, process optimization, heat/mass transfer and process control of solid-state fermentation in the industries of feedstuff, traditional Chinese medicine, biological fertilizers and the like.
Description
Technical field
The utility model patent belongs to solid state fermentation equipment, particularly a kind of drum-type solid state fermentation equipment.
Background technology
Solid-state fermentation technology is with a long history, be widely used in fields such as wine brewing, koji, biological fodder, biological pesticide, bio-feritlizer, zymin, but the conventional solid fermentation exists: occupation area of equipment is big, labour intensity is big, the heat and mass difficulty,, problems such as the difficult detection of Fermentation Process of Parameter (as material pH value, temperature of charge, humidity of materials, growing microorganism amount, product growing amount).Also development to some extent of China's solid-fermented technique and equipment in recent years, up to the present, the solid state fermentation equipment and technology is still not really ripe, and the various forms of solid state fermentation equipment of development all have relative merits separately, the solution that requires study of many problems.The peripheral operated by rotary motion of existing solid-state fermenter has chuck, be provided with agitator in jar, simultaneously material turning is stirred by feeding steam or cold water in chuck, the status of heat and mass transfer of strength imparting material to a certain extent, but solid-state wet stock heat and mass ability will be well below liquid starting material, material that fermentor tank is adorned only accounts for tank body volumetrical 40～50%, the heat exchange area of raw material and inner tank wall is very limited, add that agitator structure and water ratio are that 40～60% wet stock rerum natura is difficult to guarantee in time replace away between the material of inwall and the material of having finished heat exchange near inwall, practical situation may be near inwall or always as you were and overheated or cold excessively away from a part of raw material of inwall, thereby have a strong impact on ferment effect and quality; In the context of detection of solid state fermentation parameter, also be confined to thermometric at present, the testing research of other indexs still relatively lacks, and does not find patent and disclosed research report with the related content of the utility model at present as yet.
Summary of the invention
In view of the foregoing, the purpose of this utility model is a kind of rotor fermenter of design, overcome circle material heat and mass difficult technologies bottleneck from aspects such as principle of work and tank structures, also can realize the convenient installation of detecting sensor from tank structure, for online detection and the fermenting process control that realizes fermentation parameter lays the first stone, the utility model can satisfy humidification mixing, sterilization, cooling, inoculation, fermentation and the discharging of material.
The utility model is by the rotating cylinder fermentor tank, left side supporting, right supporting, transmission system, dynamic seal, the liquefied gas system, detection probe, the chuck heat exchange system, frame is formed, the axis and the axis of rotation of rotating cylinder fermentor tank are certain included angle, by left flange, right flange respectively with left central siphon, right central siphon connects firmly mutually, the rotating cylinder fermentor tank drives slowly rotation by sprocket wheel between left supporting base and right supporting base, air-vapour pipe, humidification-inoculated tube, offgas duct, the water activity probe, the raw material water ratio is popped one's head in and temp probe all passes fixed end cap and blocking material plate enters fermentor tank, dynamic seal is by there being dual mode available, mode one is that dynamic seal is arranged on the interior ring and machine big envelope of left flange, mode two is that dynamic seal is arranged on left shaft holder right output port and the left central siphon, chuck media dish is contained in right central siphon right-hand member, steam or cold water media are introduced chuck, water of condensation or warm water in the chuck after the heat exchange are discharged by return line, return line is contained in the lining in the right central siphon, be fixedly connected with hinge wheel on the outer shaft shoulder of fermentor tank left side flange, minor sprocket on the motor drives fermentor tank by chain and rotates left shaft holder, the right bearing seat connects firmly with frame with bearing mutually by regulating support respectively.
The beneficial effects of the utility model:
1. after supporting pipeline of the utility model and the detection system, can in same fermentor tank, finish humidification mixing, boiling sterilization, cooling, inoculation, temperature controlled fermentation and the discharging of material, can realize material heating cooling, heat and moisture preserving and ventilation air feed, from structure guaranteed the to ferment technical requirements of each process procedure, can realize preferably the equal and quantitative spray humidification and the bacterium liquid of material are sprayed, sterilization is thoroughly reliable, the intensification cooling rate is fast, save time, can need automatically adjust to yeasting according to zymotechnique in the fermenting process, create best yeasting.
2. the tank body material adopts the high-quality stainless steel, tank structure does not have the dead angle, easy cleaning, material stir be rely on cylindrical shell to rotate will to expect take most significant digit to from lowest order after integral body shed, can effectively improve the heat and mass effect, cause material caking, can be because of reasons such as agitator structure is unreasonable do not cause pressing materials and stir the dead angle, discharging is convenient.
3. the utility model can be applicable to biological fermentation industries such as biological fodder, Chinese medicine fermentation, bio-feritlizer, is the experimental study and the fermentative production generator platform of the bacterial screening of solid state fermentation, fermentation technology optimization, heat and mass and solid ferment process control.
Description of drawings
Fig. 1 the utility model dynamic seal mode one complete machine structure figure front view;
Fig. 2 the utility model complete machine structure side-view;
Fig. 3 the utility model tank body chuck heat-exchange medium turnover pipeline structure figure;
Fig. 4 the utility model dynamic seal mode one structure iron;
Right supporting of Fig. 5 the utility model and media turnover system construction drawing;
Fig. 6 the utility model dynamic seal mode two complete machine structure figure front views;
Fig. 7 the utility model dynamic seal mode two structure iron;
Right supporting of Fig. 8 the utility model watercooling jacket and media turnover system construction drawing.
Embodiment
The utility model drum-type solid state fermentation equipment such as accompanying drawing 1, shown in Figure 6, by the rotating cylinder fermentor tank, left side supporting, right supporting, transmission system, dynamic seal, the liquefied gas system, detection probe, the chuck heat exchange system, frame is formed, the axis and the axis of rotation that it is characterized in that rotating cylinder fermentor tank 19 are certain included angle, by left flange 15, right flange 45 respectively with left central siphon 11, right central siphon 23 connects firmly mutually, the rotating cylinder fermentor tank drives slowly rotation by sprocket wheel between left supporting base 13 and right supporting base 28, air-vapour pipe 8, humidification-inoculated tube 17, offgas duct 16, water activity probe 52, raw material water ratio probe 53 and temp probe 7 all passes fixed end cap 10 and blocking material plate 48 enters fermentor tank, dynamic seal is by there being dual mode available, mode one is that dynamic seal is arranged on the interior ring and machine big envelope 6 of left flange 15, mode two is that dynamic seal is arranged on left shaft holder 13 right output port and the left central siphon 11, chuck media dish 29 is contained in right central siphon 23 right-hand members, media such as steam or cold water are introduced chuck 18, water of condensation in the chuck after the heat exchange or warm water are discharged by return line 24, return line is contained in the lining 31 in the right central siphon 23, be fixedly connected with hinge wheel 4 on the flange 15 outer shaft shoulders of a fermentor tank left side, minor sprocket 2 on the motor 1 drives fermentor tank by chain 3 and rotates left shaft holder 13, right bearing seat 28 connects firmly with frame 41 with bearing 39 mutually by regulating support 38 respectively.
Described rotating cylinder fermentor tank such as accompanying drawing 1, Fig. 2, Fig. 3, shown in Figure 6, the axis of rotating cylinder fermentor tank 19 and fermentor tank axis of rotation are 15～35 ° angle, be processed with the left central siphon 11 in location on the flange 15 of a fermentor tank left side, the locating surface of hinge wheel 4 and mechanical sealing linkage ring assembly and dowel hole, be processed with the interior round locating surface of position right central siphon 23 on the right flange 45 of fermentor tank, left side central siphon, right central siphon, machining again after every location conjunction plane all will weld on a left side flange and the right flange, to guarantee concentricity, fermentor tank can bear the operating pressure of jar interior 0.35Mp, chuck can bear the operating pressure of 0.20Mp, the pressing force Vessel Design is made, for avoiding feed inlet and outlet 68, feed inlet and outlet 69 is in the perforate of end socket commissure, the two ends end socket is selected the bigger end socket of straight side length for use, the cylindrical shell periphery is provided with chuck 18, the smooth and easy mobile flow deflector of guiding fluid is set in the chuck, feed inlet and outlet 68, feed inlet and outlet 69 is arranged on lowest order and the most significant digit after rotating cylinder is installed, be provided with on one of them material mouth 69 and observe visor 47, discharging lid 20 and feed supplement thief hole 21 are set on another feed inlet and outlet 68, with feed inlet and outlet 68, the cylindrical shell central position of 69 one-tenth 90 ° of positions of feed inlet and outlet is provided with safety and looks lamp interface 51, safety is looked lamp 61 and is articulated on the interface 51, and tank body inner bag right-hand member flange opening welds shutoff with thin plate 62.
Described liquefied gas system and detection probe such as accompanying drawing 1, Fig. 2, Fig. 4, Fig. 6, shown in Figure 7, by air-vapour pipe 8, humidification-inoculated tube 17, offgas duct 16, water activity probe 52, raw material water ratio probe 53 and temp probe 7 are formed, liquefied gas system 8, liquefied gas system 16, liquefied gas system 17 and pop one's head in 7, probe 52, probe 53 passes end cap 10 respectively, end cap 57 and blocking material ring 48, the hole of blocking material ring 56 also puts in the fermentor tank, steam-blast main 8, part connects by tube stub in the jar of humidification-inoculated tube 17 and offgas duct 16, steam-blast main 8 is last, down, the end of three directions of level is screwed with the aperture blind nut 44 of giving vent to anger, part is parallel with inner tank wall in the jar of humidification-inoculated tube 17, the sealing of its tail end and pipe radially be drilled with the spray aperture, humidification water and liquid spawn are sprayed pan feeding by aperture, rotating cylinder will rotate during spraying liquid, the part tail end vertically upward in the jar of offgas duct 16, bootable tail gas discharge is set on the top but the material that can prevent to ferment enters the material retaining hood that stops up in the pipe, temperature probe 7, water activity probe 52, after installing, raw material water ratio probe 53 to always keep in touch state, air-vapour pipe 8 with the fermentation material, humidification inoculated tube 17, offgas duct 16, water activity probe 52, water ratio probe 53 and temperature probe 7 are at end cap 10, end cap 57 outer faces compress sealing-ring 9 by nut and realize positiver sealing.
Described dynamic seal such as accompanying drawing 1, Fig. 4, Fig. 6, shown in Figure 7, its alternative sealing means is divided into two kinds, mode one: end cap 10, machine big envelope 6 and blocking material ring 48 are welded into whole back precision work and form, welding quality is guaranteed resistance to air loss, after the precision work respectively with axle sleeve 12, fitting machine envelope cylindrical, it is with one heart strict that blocking material ring 48 cylindricals three place's matching parts are wanted, the sealing-ring 144 of the rotating ring part of machine envelope, steady brace 145, rotating ring 146 is installed on the left flange 15 interior circles, the spring assembly 141 of the stationary ring part of machine envelope, sealing-ring 143, stationary ring 147 is sleeved on the machine big envelope 6, debugged and tightened screw 142 after the preliminary tension of spring 141 static components is fixed on the corresponding position of machine big envelope 6, relied on sealing-ring 143, sealing-ring 144, rotating ring 146 and the reliable dynamic seal of the common realization in stationary ring 147 applying planes; Mode two: be running fit between blocking material ring 56 and the rotating cylinder neck 63, blocking material ring 56 centres are threaded hole or ball seat, push rod 59 rear ends and end cap 57 are for being threaded, the screw rod of its front end or spherical head screw in or are pressed in blocking material ring 56 threaded holes or the ball seat when push rod 59 screws in, blocking material ring 56 is remained in the rotating cylinder neck 63, push rod 59 compresses the gasket sealing in the part of end cap 57 outsides by nut, in left shaft holder 13 right output port scrobicular rings, lay the pin 70 that the machine envelope is decided ring assemblies, sealing-ring 71 and encircle 72 surely, sleeving machine envelope moving ring assembly on left central siphon 11, after having debugged spring 76 preliminary tensions, tighten screw 75 moving ring assembly is fixed on the corresponding position of left central siphon 11, rely on sealing-ring 71, sealing-ring 74, rotating ring 73, fit and realize reliable dynamic seal jointly in stationary ring 72 planes.
Described chuck heat exchange system such as accompanying drawing 3, Fig. 5, Fig. 6, shown in Figure 8, media dish 29 is sleeved on right central siphon 23 right-hand members, sealing-ring 291 or packing seal are adopted in media dish two ends, steam or cold water media enter the media dish by inlet, on right tubular axis 23, enter right tubular axis 23 inside again with radially angled tangential hole, enter chuck 18 by inlet pipe 49 at last, inlet pipe 49 two ends respectively with right tubular axis 23, chuck 18 outer walls link, return line 24 is sleeved on lining 31 left end endoporus with wringing fit, both connect firmly with the gasket sealing and with screw at end face, earlier with return line 24 and lining 31) fit together in advance, right central siphon 23 right-hand members of packing into then cooperate endoporus, by going out pipe 50 chuck 18 and return line 24 are linked, stewing cover 32 with lining 31 between connect firmly mutually with screw, with screw 30 lining 31 is connected firmly mutually with right central siphon 23 again, water shoot 34 passes permanent seat 36 and is inserted in and stewing covers 32 and lining 31, seal with sealing-ring 37 between water shoot 34 and the lining 31, the tapered sleeve 35 of vertically slotting when screwing nut 33 is positioned at water shoot 34 bandings in the awl seat 36, awl seat 36 connects firmly on support 38, and support 38 connects firmly mutually with frame 41.
Described supporting and transmission system such as accompanying drawing 1, Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Figure 8, by two tapered roller bearings 26 right central siphon 23 is bearing in the right bearing seat 28, right bearing seat two ends seal with sealing-ring 42 with end cap 25 shimmings sealing, right central siphon 23 places; The lubricated cooling of tapered roller bearing 26 one of can be in two ways, the one, lubricating oil is pumped into from oil-in 27 at right bearing seat 28 tops, setting out hydraulic fluid port again below right end cap 25 goes out oil circulation, the 2nd, in the bearing support periphery oil inlet and outlet is not set, but the recirculated water cooling chuck 78 that surrounds right bearing seat periphery is set, intake-outlet is set on chuck; By adjustment seat 39 the right bearing seat is connected firmly on frame 41; Be pressed with axle sleeve 12 in the left shaft holder 13, by bearing 5 it connected firmly on frame 41, motor 1 connects firmly below frame; Be fixedly connected with hinge wheel 4 on flange 15 cylindricals of a fermentor tank left side, the minor sprocket 2 on the motor 1 drives fermentor tank by chain 3 and rotates.
Claims (6)
1. drum-type solid state fermentation equipment, by the rotating cylinder fermentor tank, left side supporting, right supporting, transmission system, dynamic seal, the liquefied gas system, detection probe, the chuck heat exchange system, frame is formed, the axis and the axis of rotation that it is characterized in that rotating cylinder fermentor tank (19) are certain included angle, by left flange (15), right flange (45) respectively with left central siphon (11), right central siphon (23) connects firmly mutually, the rotating cylinder fermentor tank is positioned between left supporting base (13) and the right supporting base (28) and drives slowly rotation by sprocket wheel, air-vapour pipe (8), humidification-inoculated tube (17), offgas duct (16), water activity probe (52), the raw material water ratio is popped one's head in (53) and temp probe (7) all passes fixed end cap (10) and blocking material plate (48) enters fermentor tank, dynamic seal is by there being dual mode available, mode one is that dynamic seal is arranged on the interior ring and machine big envelope (6) of left flange (15), mode two is that dynamic seal is arranged on left shaft holder (13) right output port and the left central siphon (11), chuck media dish (29) is contained in right central siphon (23) right-hand member, steam or cold water media are introduced chuck (18), water of condensation in the chuck after the heat exchange or warm water are discharged by return line (24), return line is contained in the lining (31) in the right central siphon (23), be fixedly connected with hinge wheel (4) on the outer shaft shoulder of fermentor tank left side flange (15), minor sprocket (2) on the motor (1) drives fermentor tank by chain (3) and rotates left shaft holder (13), right bearing seat (28) connects firmly with frame (41) with bearing (39) mutually by regulating support (38) respectively.
2. drum-type solid state fermentation equipment according to claim 1, it is characterized in that described rotating cylinder fermentor tank, the axis and the fermentor tank axis of rotation of rotating cylinder fermentor tank (19) are 15～35 ° angle, be processed with location left central siphon (11) on the fermentor tank left side flange (15), the locating surface and the dowel hole of hinge wheel (4) and mechanical sealing linkage ring assembly, be processed with the interior round locating surface of position right central siphon (23) on the right flange of fermentor tank (45), left side central siphon, right central siphon, machining again after every location conjunction plane all will weld on a left side flange and the right flange, to guarantee concentricity, fermentor tank can bear the operating pressure of jar interior 0.35Mp, chuck can bear the operating pressure of 0.20Mp, the pressing force Vessel Design is made, for avoiding feed inlet and outlet (68,69) in the perforate of end socket commissure, the two ends end socket is selected the bigger end socket of straight side length for use, the cylindrical shell periphery is provided with chuck (18), the smooth and easy mobile flow deflector of guiding fluid is set in the chuck, feed inlet and outlet (68), feed inlet and outlet (69) is arranged on lowest order and the most significant digit after rotating cylinder is installed, be provided with on one of them feed inlet and outlet (69) and observe visor (47), discharging lid (20) and feed supplement thief hole (21) are set on another feed inlet and outlet (68), with feed inlet and outlet (68), the cylindrical shell central position of 90 ° of positions of feed inlet and outlet (69) one-tenth is provided with safety and looks lamp interface (51), and tank body inner bag right-hand member flange opening welds shutoff with thin plate (62).
3. drum-type solid state fermentation equipment according to claim 1, it is characterized in that described liquefied gas system and detection probe, by air-vapour pipe (8), humidification-inoculated tube (17), offgas duct (16), water activity probe (52), raw material water ratio probe (53) and temp probe (7) are formed, liquefied gas system (8), liquefied gas system (16), liquefied gas system (17) and probe (7), probe (52), probe (53) passes end cap (10) respectively, end cap (57) and blocking material ring (48), the hole of blocking material ring (56) also puts in the fermentor tank, steam--blast main (8), part connects by tube stub in the jar of humidification-inoculated tube (17) and offgas duct (16), steam-blast main (8) is last, down, the end of three directions of level is screwed with the aperture blind nut (44) of giving vent to anger, part is parallel with inner tank wall in the jar of humidification-inoculated tube (17), the sealing of its tail end and pipe radially be drilled with the spray aperture, humidification water and liquid spawn are sprayed pan feeding by aperture, rotating cylinder will rotate during spraying liquid, the part tail end vertically upward in the jar of offgas duct (16), bootable tail gas discharge is set on the top but the material that can prevent to ferment enters the material retaining hood that stops up in the pipe, temperature probe (7), water activity probe (52), after installing, raw material water ratio probe (53) to always keep in touch state, air-vapour pipe (8) with the fermentation material, humidification inoculated tube (17), offgas duct (16), water activity probe (52), water ratio probe (53) and temperature probe (7) are at end cap (10,57) outer face compresses sealing-ring (9) by nut and realizes positiver sealing.
4. drum-type solid state fermentation equipment according to claim 1, it is characterized in that described dynamic seal, its alternative sealing means is divided into two kinds, mode one: end cap (10), machine big envelope (6) and blocking material ring (48) are welded into whole back precision work and form, welding quality is guaranteed resistance to air loss, after the precision work respectively with axle sleeve (12), fitting machine envelope cylindrical, it is with one heart strict that blocking material ring (48) cylindrical three place's matching parts are wanted, the sealing-ring (144) of the rotating ring part of machine envelope, steady brace (145), rotating ring (146) is installed on the interior circle of left flange (15), the spring assembly (141) of the stationary ring part of machine envelope, sealing-ring (143), stationary ring (147) is sleeved on the machine big envelope (6), debugged and tightened screw (142) after the preliminary tension of spring (141) static components is fixed on the corresponding position of machine big envelope (6), relied on sealing-ring (143,144), rotating ring (146) and the reliable dynamic seal of the common realization in stationary ring (147) applying plane; Mode two: between blocking material ring (56) and the rotating cylinder neck (63) is running fit, blocking material ring (56) centre is threaded hole or ball seat, push rod (59) rear end and end cap (57) are for being threaded, the screw rod of its front end or spherical head screw in or are pressed in blocking material ring (56) threaded hole or the ball seat when push rod (59) screws in, blocking material ring (56) is remained in the rotating cylinder neck (63), push rod (59) compresses the gasket sealing in the part of end cap (57) outside by nut, in left shaft holder (13) right output port scrobicular ring, lay the pin (70) that the machine envelope is decided ring assemblies, sealing-ring (71) He Dinghuan (72), go up sleeving machine envelope moving ring assembly at left central siphon (11), after having debugged spring (76) preliminary tension, tighten screw (75) moving ring assembly is fixed on the corresponding position of left central siphon (11), rely on sealing-ring (71,74), rotating ring (73), fit and realize reliable dynamic seal jointly in stationary ring (72) plane.
5. drum-type solid state fermentation equipment according to claim 1, it is characterized in that described chuck heat exchange system, media dish (29) is sleeved on right central siphon (23) right-hand member, sealing-ring (291) or packing seal are adopted in media dish two ends, steam or cold water media enter the media dish by inlet, go up with radially angled tangential hole through right tubular axis (23) again and enter right tubular axis (23) inside, enter chuck (18) by inlet pipe (49) at last, inlet pipe (49) two ends respectively with right tubular axis (23), chuck (18) outer wall links, return line (24) is sleeved on lining (31) left end endoporus with wringing fit, both connect firmly with the gasket sealing and with screw at end face, earlier return line (24) and lining (31) are fitted together in advance, right central siphon (23) right-hand member of packing into then cooperates endoporus, by going out pipe (50) chuck (18) and return line (24) are linked, connect firmly mutually with screw between stewing lid (32) and the lining (31), use screw (30) that lining (31) is connected firmly mutually with right central siphon (23) again, water shoot (34) passes permanent seat (36) and is inserted in stewing lid (32) and lining (31), seal with sealing-ring (37) between water shoot (34) and the lining (31), the tapered sleeve (35) of vertically slotting when screwing nut (33) is positioned at water shoot (34) banding in the awl seat (36), awl seat (36) connects firmly on support (38), and support (38) connects firmly mutually with frame (41).
6. drum-type solid state fermentation equipment according to claim 1, it is characterized in that described supporting and transmission system, by two tapered roller bearings (26) right central siphon (23) is bearing in the right bearing seat (28), right bearing seat two ends are located with sealing-ring (42) sealing with end cap (25) shimming sealing, right central siphon (23); The lubricated cooling of tapered roller bearing (26) one of can be in two ways, the one, lubricating oil is pumped into from oil-in (27) at right bearing seat (28) top, setting out hydraulic fluid port in right end cap (25) below again goes out oil circulation, the 2nd, in the bearing support periphery oil inlet and outlet is not set, but the recirculated water cooling chuck (78) that surrounds right bearing seat periphery is set, intake-outlet is set on chuck; By adjustment seat (39) the right bearing seat is connected firmly on frame (41); Be pressed with axle sleeve (12) in the left shaft holder (13), by bearing (5) it connected firmly on frame (41), motor (1) connects firmly below frame; Be fixedly connected with hinge wheel (4) on flange (15) cylindrical of a fermentor tank left side, the minor sprocket (2) on the motor (1) drives fermentor tank by chain (3) and rotates.
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| Application Number | Priority Date | Filing Date | Title |
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| CN 200920296220 CN201737943U (en) | 2009-12-30 | 2009-12-30 | Rotary barrel type solid-state fermentation equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200920296220 CN201737943U (en) | 2009-12-30 | 2009-12-30 | Rotary barrel type solid-state fermentation equipment |
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| CN201737943U true CN201737943U (en) | 2011-02-09 |
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| CN102816704A (en) * | 2012-08-26 | 2012-12-12 | 浙江泛亚生物医药股份有限公司 | Medium inoculation technology and its special equipment in Cordyceps cicadae solid fermentation industry |
| CN103103105A (en) * | 2011-11-15 | 2013-05-15 | 山东中德设备有限公司 | Cool/hot double-pipeline visible safety device for biological fermentation tank |
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| CN107874307A (en) * | 2017-11-20 | 2018-04-06 | 恩施市锐协生物科技有限公司 | A kind of dry straw fermentation device |
| CN108929846A (en) * | 2018-08-08 | 2018-12-04 | 农业部南京农业机械化研究所 | A kind of packaged type aerobic compost and anaerobic fermentation system |
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2009
- 2009-12-30 CN CN 200920296220 patent/CN201737943U/en not_active Expired - Fee Related
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| EP3580324A4 (en) * | 2017-02-10 | 2020-12-23 | Locus IP Company, LLC | Portable device and methods for efficient production of microbes |
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| CN107874307A (en) * | 2017-11-20 | 2018-04-06 | 恩施市锐协生物科技有限公司 | A kind of dry straw fermentation device |
| IT201800004911A1 (en) * | 2018-04-27 | 2019-10-27 | EQUIPMENT FOR DYNAMIC FERMENTATION IN SOLID STATE | |
| EP3561046A1 (en) | 2018-04-27 | 2019-10-30 | Gibob S.R.L. | Dynamic solid-state fermentation apparatus |
| CN108929846A (en) * | 2018-08-08 | 2018-12-04 | 农业部南京农业机械化研究所 | A kind of packaged type aerobic compost and anaerobic fermentation system |
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| CN109439515A (en) * | 2018-12-19 | 2019-03-08 | 广州甲宝机械有限公司 | A kind of spiral biological second level that declines spreads cultivation device and method |
| CN113905620A (en) * | 2019-06-18 | 2022-01-07 | 雀巢产品有限公司 | Baking device |
| CN113905620B (en) * | 2019-06-18 | 2023-10-03 | 雀巢产品有限公司 | Baking equipment |
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