CN201398441Y - Continuous fermentation device for solid materials of biological feed and biological fertilizer - Google Patents

Continuous fermentation device for solid materials of biological feed and biological fertilizer Download PDF

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Publication number
CN201398441Y
CN201398441Y CN2009200451265U CN200920045126U CN201398441Y CN 201398441 Y CN201398441 Y CN 201398441Y CN 2009200451265 U CN2009200451265 U CN 2009200451265U CN 200920045126 U CN200920045126 U CN 200920045126U CN 201398441 Y CN201398441 Y CN 201398441Y
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shaft
feed
hollow
stirring
biological
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CN2009200451265U
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Chinese (zh)
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朱金华
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朱金华
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Abstract

The utility model discloses a continuous fermentation device for solid materials of biological feed and biological fertilizer. The device comprises a fermentation cylinder, a mixing shaft, a mixing impeller, a feeding device, a discharge device, a controller and a temperature sensor, wherein the mixing shaft is a hollow shaft, and the hollow mixing shaft is connected to the outside by an upper rotating joint and a lower rotating joint respectively; the hollow shaft of the mixing impeller and the hollow mixing shaft are connected and communicated with each other, and a plurality of radial through holes are arranged on the hollow shaft of the mixing impeller; and the device is mainly characterized in that the discharge amount in unit time of the discharge device and the feeding amount in unit time of the feeding device are equal. The device is also provided with an automatic control device. Therefore, the device has the obvious characteristics of high continuous production work efficiency, stable quality of finished products, low production cost and the like.

Description

生物饲料、生物肥料的固态物料连续发酵设备技术领域 Biological feed, bio-fertilizer solid material continuous fermentation FIELD

本实用新型涉及一种生物饲料、生物月M牛的固态物料连续发酵设备,属于生物工程装备技术。 The present invention relates to a biological feed, bio-month cattle M solid material continuous fermentation equipment, are bio-engineering equipment and technology. 背景技术 Background technique

已有的生物饲料或生物月e4+,均是以饼粕或酒糟或秸杆:、等为主要固态 Existing biological feed or bio-month e4 +, are based meal or lees or straw:, as the main solid

物料,在所述物津^斜妄特定菌种之后,置AJ^酵设备内,通过菌种的生长繁 After the material in the object Tianjin ^ swash jump particular species, placed within the apparatus AJ ^ yeast, bacteria growth by a fan

衍发酵所制备的。 The prepared fermented derivatives.

而目前所述的发酵设备,大多是间歇式发酵设备。 Fermentation apparatus according to the present, mostly batch fermentation equipment. 由于已有技术发酵设备的生产过程,是间歇式生产过程,因而其生产效率低,制成品质量不稳定, 且与其配套的其它设备又很多,若要提高制成品产量,无疑要增加设备量, 这样不但加大了设备投资,增加了能源消耗,而且增加了现场管理的复杂程度,加大了包括人员工资在内的管理性成本。 As the production process of the prior art fermentation equipment, the production process is intermittent and thus low productivity, unstable quality of manufactured goods, and its support of other equipment and a lot of manufactured goods to increase production, we have to increase equipment the amount, it will not only increase the investment in equipment, increasing energy consumption, but also increases the complexity of the site management, increased administrative costs, including staff salaries, including.

随着农业经济日新月异的M,生物饲料和生物肥料的需求量与曰俱 With the demand for ever-changing agricultural economy of M, biological and bio-fertilizers and feed all said

i曽。 i Zeng. 为了满A^业经济^^t生物飼料和生物月e4+的需求量,我国各;KLiE在 For full A ^ ^^ t bio-feed industry economy and demand for bio-month e4 +, our various; KLiE in

筹建年产几十万吨级的生物饲料、生物月e4牛工厂。 To build an annual output of dozens of tons of biological feed, bio-month e4 cow factory. 如果新建项目仍然采用间歇式发酵设备,则其土地资源投资量和设备投资量,无疑是十分可观的,而其制成品的生产成本,^f^il降下来。 If the new project still uses a batch fermentation equipment, the amount of its investment in land and equipment investment amount of resources, is undoubtedly very impressive, and its cost of production of manufactured goods, ^ f ^ il down. 为此,提供一种固态物料连续发酵设备,Y线为业内的期待。 To this end, there is provided a continuous solid materials fermentation equipment, Y line is the industry's expectations. 发明内容 SUMMARY

本实用新型旨在4是供一种生产效率高,制成品质量稳定的生物饲料、生物肥料的固态物料连续发酵设备,以克服已有技术的结构性不足。 This lack of disclosure is directed to a process for producing 4 is for high efficiency and stable quality of finished products biological feed, bio-fertilizer solid material continuous fermentation equipment, in order to overcome the prior art structural.

本实用新型实现其目的的技术构想: 一是采取立M酵罐结构形式,使固体物料由上而下靠其自重流动;二是提供一种进料量与出料量保持一致的结构形式,以期实现连续生产;三是4是供一种由若干个搅拌桨分层面进气、 进汽和进水的结构形式,以期在发酵罐内各层面尽量做到供气、供汽和供水均匀一致,满足菌种生长、发育、繁殖,对所需氧气、水份和温度的不同需求,通过以上所述三种主要结构形式,实现本实用新型所要实现的目的。 The present invention achieve technical conception purposes: First take Li M fermentor structure, the solid material flows from top to bottom by its own weight; the second is to provide a feed amount and a quantity consistent structure, in order to achieve continuous production; third inlet 4 is supplied by a plurality of one kind of sub-level paddles gas, steam and water into the structure, in order as far as possible at all levels fermentor gas, steam and water for a uniform consistency meet bacteria growth, development, reproduction, oxygen required for different needs, and the temperature of the water, by the above-described three main structure and achieve the object of the present invention to be achieved.

本实用新型实现其目的的技术方案是: It is an object of the present invention achieve technical solution is:

一种生物飼料、生物"e4+的固态物料连续发酵设备,包括发酵罐,与发酵罐上、下动连接的由搅拌电机驱动的搅拌轴,与搅拌轴连接的若干根由搅拌桨轴和桨叶连接组成的搅拌桨,设在发酵罐顶上的进料装置,设在发酵罐出料口的出料装置,具有微电脑的控制器和插A^酵罐内部的温度传感器; 在发酵罐的顶上设有泄气孔,其创新点在于: A biological feed, biological "e4 + solid material continuous fermentation apparatus comprising a fermentor, and fermentor under stirring actuated by a motor connected to drive the stirring shaft, connected to the plurality of root causes paddle stirring shaft connected to the shaft and blades consisting of a stirring blade, the feeding device provided in the top of the fermentor, a feeding device provided in the discharge opening of the fermenter, and a controller having a microcomputer a ^ interpolation temperature sensor inside the fermentation tank; on top of the fermenter has discouraged hole, its innovation lies in:

a、 所述搅拌轴是空心轴;位于所述空心搅拌轴的下部及其上部,分别设有与空心搅拌轴贯通的下旋转接头和上旋转接头;所述下旋转接头设有与其管路连接且引出发酵罐外的下接管;所idUi旋转接头,与上接管管路连接; 下接管可与气源、水源和汽源连接; a, the stirring shaft is a hollow shaft; hollow positioned at the upper portion and the lower portion of the agitator shaft, are provided on the lower rotary joint and the swivel shaft penetrates the hollow stirring; the lower rotary joint line connected thereto is provided and taking over the outer lead fermentor; idUi the rotary joint conduit connected to the upper takeover; takeover may be connected to a gas source, the source of water and steam;

b、 所述搅拌桨轴是空心搅拌桨轴;所述空心搅拌桨轴与空心搅拌轴连接贯通;空心搅拌桨轴设有若干个径向通孔,且所述若干个通孔沿空心搅拌桨轴的长度方向分开布置; B, a paddle stirrer shaft is a hollow shaft; said hollow shaft and the paddle is connected through the hollow stirring shaft; hollow stirrer shaft is provided with a plurality of radial through holes, and the plurality of through-holes in the hollow paddles longitudinal direction of the shaft are arranged separately;

c、所述出料装置和进料装置:均接受控制器控制;通过控制器的控制而令出料装置单位时间的出料量,与进料装置单位时间的进料量相等。 C, the discharge means and the feed apparatus: the controller controls were treated; and the control of the controller so that the quantity of feed means per unit time, equal to the amount of feed per unit time of the feed means.

由以上所给出的技术方案,结合本实用新型实现其目的技^M勾想的内容描述,可以明了本实用新型实现了其所要实现的目的。 From the aspect given above, in conjunction with the present invention to achieve its object technical thought ^ M hook description, the present invention may be apparent to achieve the object of which it is to be achieved.

本实用新型的进一步创新点在于: The present invention further innovation lies in:

所述桨叶与搅拌桨轴的连接,是桨叶呈左右倾斜布置与搅拌桨轴连才妄。 Connecting the blade stirrer shaft and blade is inclined form around the stirrer shaft arranged even before jump. 由于桨叶呈左右倾斜布置,而通过搅拌桨轴的回转^吏桨叶沿搅拌轴轴向产生向上分力,而将固体物料向上M。 Since the left and right blade was arranged inclined through the rotation axis of the stirring blades in the stirring paddle shaft ^ lai an upward axial force component, and the solid material upwardly M. 这样不但可以延长固体物料在发酵罐内存在的时间,而且可以使固体物料不易产生板结,进一步有利于对菌种的供氧、供水,使菌种生活环境温度均匀一致。 This will not only prolong the time of solid material in the presence of fermentation tank, but also easy to produce solid compacted material, to further facilitate oxygen species, water, bacteria living environment so that uniform temperature. 以进一步有效提高制成品的质量。 To further improve the quality of manufactured goods.

所述若干根搅拌桨与搅拌轴的连接,是若干根搅拌桨沿搅拌轴外圆呈旋螺状布置连接。 Several agitation blades and the stirring shaft is connected, is stirred for several agitation blades along the axis of cylindrical shape arranged as a screwed connection screw. 其目的在于,对存在于发酵罐内固体物料向下运动,^是供一定的动能:。 It is an object of the solids present in the fermentation tank is moved downward, for a certain kinetic energy is ^:. .由于发酵罐内固体物料的菌种生长繁衍,是上、下两区段较慢中间区段较快,因此,在菌种对数生长的中间区段内的搅拌桨,呈螺旋状布置的密度要相对高一点。 Since the solid material fermenter growth and reproduction of bacteria, are the upper and lower sections faster slower middle section, and therefore, the strain on the stirring blade in the intermediate section of logarithmic growth, spirally arranged density is relatively higher.

所述出料装置和进料装置,两者均为螺旋推进式送料装置;出料装置的第一传动电机和进料装置的第二传动电机,均为变频电机或伺服电机;所述第一传动电机和第二传动电机,均接受控制器控制。 Said out-feed means and the feed means, both of which are propeller-type feed device; a second drive motor and the drive motor of the first feed means outlet means, are variable frequency motors or servo motors; the first a second drive motor and the drive motor, the controller controls are accepted. 当然,并不局限于此。 Of course, not limited to this. 通过这一技术方案,由控制器调节第一传动电机和第二传动电机的转速,实现进料量和出料量的一致;且所述进、出料量,可根据发酵周期由控制器实施调整。 Through this aspect, the controller adjusts a first drive motor and second drive motor speed to achieve a uniform feed rate and feeding amount; and the feeding out quantity, may be implemented by the controller according to the fermentation period Adjustment.

所述搅拌电机,是变频电机或伺服电机;所述搅拌电机接受控制器控制。 The stirring motor, a servo motor or inverter motor; receiving the stirring motor controller. 也就是说,搅拌轴的转速,可根据物料发酵特性,通过控制器实施调整。 That is, the rotational speed of the stirring shaft, according to the material characteristics of the fermentation, the implementation of adjustment by the controller.

所述温度传感器与控制器连接;下接管与电磁阀管路连接;所述电磁阀接受控制器控制。 The temperature sensor connected to the controller; the line connecting the solenoid valve to take over; acceptance of the solenoid valve controller. 也就是说,可根据温度传感器所感受的即时温度,由控制器通过电磁阀,控制调整进气、进水和进汽量,来保证发酵温度始终处在正常工艺要求范围内。 That is, according to the temperature sensed by the instant temperature sensor, by a controller through a solenoid valve, the intake air control adjustment, and the water inlet steam quantity, to ensure that the fermentation temperature is always in the normal range of process requirements.

上述技术方案得以全面实施后,本实用新型所具有的生产效率高,制成品质量稳定等特点,是显而易见的。 After the above technical solution is fully implemented, the present invention has high productivity, stable quality finished products, etc., it will be apparent. 在相同年产量的条件下,与间歇M酵设备相比,本实用新型的设备投资、土地资源投资和生产成本等,都有非常明显的降低。 Annual production under the same conditions, compared to batch fermentation device M, according to the present invention, investment in equipment investment and production costs of land resources, etc., have a very significant reduction. 附图说明 BRIEF DESCRIPTION

图l是本实用新型一种具体实施方式的结构示意图;图中所示泄气孔ll, 可作为维修人员i^A罐体内的入口,还在发酵罐内位于泄气孔li的部位,沿罐体的垂直方向,i殳有供人员上下的爬梯(图中未画出); Figure l is a schematic structural diagram of a particular embodiment of the present invention embodiment; FIG discouraged FIG hole ll, can be used as the inlet of the tank A maintenance staff i ^, still discouraged hole portion located fermenter li along the tank the vertical direction, i Shu for persons up and down with a ladder (not shown);

图2是本实用新型一种搅拌轴2,与搅拌桨轴3-1组装连4妾状态示意图; 图中所示2-l为连接件; FIG 2 is one kind of the present invention the stirring shaft 2, and the stirrer shaft 3-1 assembly Scheme 4 concubine connected state; 2-l is shown in FIG connecting member;

图3是本实用新型一种搅拌桨轴3-1与桨叶3-2组装连4妻状态示意图; FIG 3 is a schematic view of even 3-1 3-2 assembled and the blade 4 of the present invention, one kind of state wife stirrer shaft;

图4是本实用新型一种控制器13的控制关系示意图。 FIG 4 is a control diagram showing the relationship of the present invention A controller 13. 具体实施方式 Detailed ways

以下对照附图,通过具体实施方式的描述,对本实用新型作进一步说明。 The following reference to the drawings, the description of the specific embodiments, further explanation of the invention as. 具体实施方式之一,请参读附图1〜4。 DETAILED DESCRIPTION One embodiment, see figures 1 ~ 4 is read.

一种生物饲料、生物肥料的固态物料连续发酵设备,包括发酵罐1,与发酵罐1上、下动连接的由搅拌电机10驱动的搅拌轴2,与搅拌轴2连接的若干根由搅拌桨轴3-1和桨叶3-2连接组成的搅拌桨3,设在发酵罐1顶上的进料装置7,设在发酵罐l出料口的出料装置6,具有微电脑的控制器13和插M酵罐1内部的温度传感器12;在发酵罐1的顶上设有泄气孔11,而所述搅拌轴2是空心轴;位于所述空心搅拌轴2的下部及其上部,分别设有与空心4觉4半轴2贯通的下錄:转4妄头4和上旋转接头9;所述下S走转4姿头4设有与其管路连接且引出发酵罐1外的下接管5;所i^Ji旋转接头9,与上接管8 管路连接;下接管5可与气源、水源和汽源连接;所述搅拌桨轴3-l是空心搅拌桨轴;所述空心搅拌桨轴3-l与空心搅拌轴2连接贯通;空心搅拌桨轴3-1设有若干个径向通孔3-1-1,且所述若干个通孔3-ll沿空心搅拌桨轴3 A biological feed solid materials biological fertilizer continuous fermentation apparatus comprising a fermentor 1, and the fermentation tank 1, the movable connector 10 stirring motor driven stirring shaft 2, a plurality of root causes of the stirring shaft 2 is connected to the stirrer shaft 3-1 and 3-2 connected to form paddle blades 3 provided in the feed means the feed means 7 on top of the fermentation tank 1, provided l fermenter discharge opening 6, a controller 13 having a microcomputer and M 1 is inserted inside the fermentation tank temperature sensor 12; discouraged holes 11 provided in the top of the fermentation tank 1, and the stirring shaft 2 is a hollow shaft; hollow positioned at the upper portion and the lower portion of the agitator shaft 2, respectively, provided 4 through the hollow axle 4 sleep were recorded at 2: 4 jump transfer head 4 and an upper swivel 9; S go under the lower head 4 is provided with four revolutions posture conduit connected thereto and an outer lead fermentor takeover 5 ; i ^ Ji the swivel 9, and the connection 8 connected to the line; takeover 5 may be connected to a gas source, the steam source and water; the stirrer shaft 3-l is a hollow stirrer shaft; said hollow paddles 3-l shaft and the hollow shaft 2 through stirring; hollow stirrer shaft 3-1 has a plurality of radial through holes 3-1-1, and the plurality of through-holes 3-ll paddle along the hollow shaft 3 -l 的长度方向分开布置;所述出料装置6和进料装置7,均接受控制器13控制; 通过控制器13的控制而令出料装置6单位时间的出料量,与进料装置7单位时间的进料量相等。 -L longitudinal direction are arranged separately; the discharge means 6 and a feed device 7, the controller 13 controls were treated; and the control of the controller 13 so that the feed quantity per unit time means 6, with the feed means 7 is equal to the feed amount per unit time. 且所述出料装置6和进料装置7,两者均为螺旋推进式送料装置;出料装置6的第一传动电机6-l和进料装置7的第二传动电机7-l, 均为变频电机或伺服电机;所述第一传动电机6-l和第二传动电机7-l,均接受控制器13控制。 And said out-feed means 6 and a feed device 7, both of which are auger-type feeding device; the first discharge means and the drive motor 6-l second feed device drive motor 7 6 7-l, both variable frequency motor or servo motor; the first drive motor 6-l and a second drive motor 7-l, the controller 13 controls underwent. 所述搅拌电机IO,是变频电机或伺服电机,所述搅拌电机10接受控制器13控制;所述温度传感器12与控制器13连接;下接管5 与电磁阀14管路连接;所述电磁阀14接受控制器13控制。 Stirring the IO said motor, a servo motor or inverter motor, the stirring motor 10 controlled by the controller 13 to accept; the temperature sensor 13 is connected to the controller 12; 5 takes over the solenoid valve 14 at line; said solenoid valve controller 14 receives a control 13. 具体实施方式之二,如附图14所示。 Modes of two particular embodiments, as shown in FIG. 14.

一种生物饲料、生物肥料的固态物料连续发酵设备,包括发酵罐1,与 A biological feed solid materials biological fertilizer continuous fermentation apparatus comprising a fermentor, and

发酵罐1上、下动连接的由搅拌电机10驱动的搅拌轴2,与搅拌轴2连接的若干根由搅拌桨轴3-1和桨叶3-2连接组成的搅拌桨3,设在发酵罐1顶上的进料装置7,设在发酵罐l出料口的出料装置6,具有微电脑的控制器13和插4酵罐1内部的温度传感器12;在发酵罐1的顶上设有泄气孔11,而所述搅拌轴2是空心轴;位于所述空心搅拌轴2的下部及其上部,分别设有与空心搅拌轴2贯通的下旋转4妻头4和上旋转4妻头9;所述下旋转接头4设有与其管路连接且引出发酵罐1外的下接管5;所述上旋转接头9,与上4妄管8 管路连接;下接管5可与气源、水源和汽源连接;所述搅拌桨轴3-l是空心搅拌桨轴;所述空心搅拌桨轴3-l与空心搅拌轴2连接贯通;空心搅拌桨轴3-1 i殳有若干个径向通孔3-1-1,且所述若干个通孔3-1-1沿空心搅拌桨轴3-l 的长度方向分开布置;且所述出料装置6和进料装置7,均接受控制 1 by the upper and lower movable connector stirred fermentor stirring motor 10 drives the shaft 2, a plurality of root causes of the stirring shaft 2 is connected to the stirrer shaft 3-1 and 3-2 connected to form a paddle stirring blade 3, disposed in the fermenter 1 atop feed means 7, a feeding device provided in the fermentor spout l 6, the controller 13 has a microcomputer and 4 inserted inside the fermentation tank 1 a temperature sensor 12; 1 is provided on top of the fermentor discouraged hole 11, and the stirring shaft 2 is a hollow shaft; hollow positioned at the upper portion and the lower portion of the agitator shaft 2, 4 are provided with a hollow head 9 wife under stirring shaft 4 through the second rotating head 4 and the rotational wife ; lower rotary joint 4 with the pipe connection thereto and an outer lead in the fermentor 1 takeover 5; the upper swivel 9, and the connection pipe 8 jump line 4; 5 takes over with the gas source, the water and a steam source; said 3-l shaft paddle stirrer shaft is hollow; the hollow stirrer shaft and 3-l 2 is connected through the hollow stirring shaft; hollow stirrer shaft 3-1 i has several radially Shu through holes 3-1-1 and 3-1-1 of the plurality of through holes along the longitudinal direction of the hollow stirrer shaft arranged separately from the 3-l; and the discharge device 6 and a feed device 7, were treated with control 器13控制;通过控制器13的控制而令出料装置6单位时间的出料量,与进料装置7 单位时间的进料量相等;所述桨叶3-2与搅拌桨轴3-1的连接,是桨叶3-2 呈左右倾斜布置与4觉拌桨轴3-1连接。 Controller 13; the control of the controller 13 so that the feeding amount of the feeding device 6 per unit time, the feed means feed amount is equal to 7 per unit time; the blade stirrer shaft 3-2 and 3-1 connection, the blade is inclined about 3-2 was stirred paddle arrangement 4 sleep connecting shaft 3-1. 所述若干才艮搅拌桨3与搅拌轴2的连接,是若干根搅拌桨3沿搅拌轴2外圆呈旋螺状布置连接。 The plurality of stirring blades 3 before connecting Gen 2 stirring shaft, stirring blades 3 are a number of root along the outer agitation axis 2 is arranged as a spin-spiro connection. 所述出料装置6 和进料装置7,两者均为螺旋推进式送料装置;出料装置6的第一传动电机6-1和进料装置7的第二传动电机7-1,均为变频电机或伺服电机;所述第一传动电机6-1和第二传动电机7-1,均接受控制器13控制。 The outlet means 6 and a feed device 7, both of which are auger-type feeding device; a first discharging means 6 drive motor and a second gear feeding apparatus 6-1 7 7-1 motor, are inverter motor or servo motor; the first drive motor and second drive motor 6-1 7-1, were treated with control of the controller 13. 所述搅拌电机10, 是变频电机或伺服电机;所述搅拌电机10接受控制器13控制。 The stirring motor 10, a servo motor or inverter motor; stirring the controller 13 controls the motor 10 to accept. 所述温度传感器12与控制器13连接;下接管5与电{兹阀14管路连接;所述电磁阀14 接受控制器13控制。 The temperature sensor 13 is connected to the controller 12; 5 takes over the electrical line 14 {hereby valve; said solenoid valve 13 controlled by the controller 14 to accept.

上述两个具体实施方式,既适用于好氧发酵方案,也适用于厌氧发酵方案。 DETAILED above-described two embodiments, both for aerobic fermentation embodiment, the program also applies to anaerobic fermentation. 仅不过在实施厌氧发酵方案时,只要停止向发酵罐内供气和/或供汽即可。 However, when the only embodiments anaerobic fermentation embodiment, as long as the stop gas supply and / or the steam supply to the fermenter.

本实用新型初样试用效果是很好的。 The utility model like the beginning of the trial results are good. 以年产量20万p屯物料的生产规4莫计算,用几只50MS发酵罐的本实用新型即可完成。 With annual production of 200,000 p Tuen materials production scale computing 4 mo, with a few 50MS fermenter of the present invention can be completed. 在相同年产量的条件下, 比间歇式发酵设备,可节约总投资30%左右,生产成本下降15~20%。 Annual production under the same conditions, than batch fermentation equipment, can save about 30% of the total investment, reduced production costs 15 to 20%. 取得了明显的社会经济效益。 And achieved remarkable social and economic benefits.

Claims (6)

1、一种生物饲料、生物肥料的固态物料连续发酵设备,包括发酵罐(1),与发酵罐(1)上、下动连接的由搅拌电机(10)驱动的搅拌轴(2),与搅拌轴(2)连接的若干根由搅拌桨轴(3-1)和桨叶(3-2)连接组成的搅拌桨(3),设在发酵罐(1)顶上的进料装置(7),设在发酵罐(1)出料口的出料装置(6),具有微电脑的控制器(13)和插入发酵罐(1)内部的温度传感器(12);在发酵罐(1)的顶上设有泄气孔(11),其特征在于: a、所述搅拌轴(2)是空心轴;位于所述空心搅拌轴(2)的下部及其上部,分别设有与空心搅拌轴(2)贯通的下旋转接头(4)和上旋转接头(9);所述下旋转接头(4)设有与其管路连接且引出发酵罐(1)外的下接管(5);所述上旋转接头(9),与上接管(8)管路连接;下接管(5)可与气源、水源和汽源连接; b、所述搅拌桨轴(3-1)是空心搅拌桨轴;所述空心搅拌桨轴(3-1)与空心搅拌轴(2)连接贯通 1, a biological feed, solid materials biological fertilizer continuous fermentation apparatus comprising a fermentor (1), and the fermentation tank (1), the stirring by the movable connecting a motor (10) driving the stirring shaft (2), and stirring shaft (2) connected to a plurality of root causes stirrer shaft (3-1) and the blade (3-2) consisting of a stirring blade connector (3), feed means provided in the fermentor (1) the top (7) provided at (13) and inserted into the fermentor (1) the interior temperature sensor (12) fermentor (1) the discharge port of the feed means (6), a controller having a microcomputer; top of the fermentor (1) discouraged provided with holes (11), wherein: a, the stirring shaft (2) is a hollow shaft; hollow positioned at the stirring shaft (2) and an upper lower, are provided with a hollow stirring shaft (2 ) penetrating the rotary joint (4) and the swivel (9); the lower rotary joint (4) is provided and connected to the lead line thereto fermenter (under the nozzle (5) 1) outside; rotating the upper joint (9), (8) a conduit connected to the takeover; lower nozzle (5) is connectable to a gas source, water and steam source; B, the stirrer shaft (3-1) is a hollow stirrer shaft; the said hollow stirrer shaft (3-1) and the hollow stirring shaft (2) is connected through 空心搅拌桨轴(3-1)设有若干个径向通孔(3-1-1),且所述若干个通孔(3-1-1)沿空心搅拌桨轴(3-1)的长度方向分开布置; c、所述出料装置(6)和进料装置(7),均接受控制器(13)控制;通过控制器(13)的控制而令出料装置(6)单位时间的出料量,与进料装置(7)单位时间的进料量相等。 The hollow stirrer shaft (3-1) is provided with a plurality of radial through holes (3-1-1), and the plurality of through-holes (3-1-1) in the hollow stirrer shaft (3-1) the longitudinal direction are arranged apart; C, said out-feed means (6) and feed means (7), each receiving controller (13) control; control of the controller (13) so that the discharge means (6) per unit time of the quantity, and the feed means (7) is equal to the feed amount per unit time.
2、 根据权利要求1所述的生物饲料、生物月C4牛的固态物料连续发酵设备,其特征在于,所述桨叶(3-2)与搅拌桨轴(3-1)的连接,是桨叶(3-2)呈左右倾杀牛布置与搅4半桨轴(3-1)连4妄。 2. The bio-feed according to claim 1, C4 bovine biological solid material month continuous fermentation apparatus characterized in that the blade connector (3-2) and stirrer shaft (3-1), a paddle leaves (3-2) as a slaughter of cattle was poured about half arrangement pitch axis stirred 4 (3-1) 4 connected jump.
3、 根据权利要求1所述的生物铜料、生物"C4+的固态物料连续发酵设备,其特征在于,所述若干根搅拌桨(3)与搅拌轴(2)的连接,是若干根搅拌桨(3)沿搅拌轴(2)外圓呈旋螺状布置连接。 3, the bio copper material, according to claim 1 biological "C4 + solid material continuous fermentation apparatus, wherein the plurality of agitation blades connector (3) and the stirring shaft (2) is a plurality of agitation blades (3) along the stirring shaft (2) as a rotating cylindrical helical-shaped arrangement is connected.
4、 根据权利要求1所述的生物饲料、生物月C4牛的固态物料连续发酵设备,其特征在于,所述出料装置(6)和进料装置(7),两者均为螺旋推进式送料装置;出料装置(6)的第一传动电机(6-1)和进料装置(7)的第二传动电机(7-1 ),均为变频电机或伺服电机;所述第一传动电机(6-1)和第二传动电机(7-1),均接受控制器(13 )控制。 4. The bio-feed according to claim 1, C4 bovine biological solid material month continuous fermentation apparatus characterized in that said discharge means (6) and feed means (7), both propeller formula feeding means; discharge means (6) a first drive motor (6-1) and the feed means (7) is a second drive motor (7-1), are variable frequency motors or servo motors; the first transmission motor (6-1) and a second drive motor (7-1), underwent a controller (13) controls.
5、 根据权利要求1所述的生物饲料、生物月C4牛的固态物料连续发酵设备,其特征在于,所述搅拌电机(IO),是变频电机或伺服电机;所述搅拌电机(10)接受控制器(13)控制。 5. The bio-feed according to claim 1, C4 bovine biological solid material month continuous fermentation apparatus characterized in that the stirring motor (the IO), a servo motor or inverter motor; the stirring motor (10) to accept The controller (13) controls.
6、 根据权利要求1所迷的生物饲料、生物肥料的固态物料连续发酵设备,其特征在于,所述温度传感器(12)与控制器(13)连接;下接管(5)与电磁阀(14)管路连接;所述电磁阀(14)接受控制器(13)控制。 6, a fan according to claim biological feed, solid materials biological fertilizer continuous fermentation apparatus characterized in that the temperature sensor (12) and a controller (13); the nozzle (5) and the solenoid valve (14 ) line; said solenoid valve (14) to accept a controller (13) controls.
CN2009200451265U 2009-05-07 2009-05-07 Continuous fermentation device for solid materials of biological feed and biological fertilizer CN201398441Y (en)

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