阅读说明：本技术 一种农用益生菌固体发酵一体化设备 (Agricultural probiotic solid fermentation integrated equipment ) 是由 黄正金 于 2019-09-25 设计创作，主要内容包括：本发明公开了一种农用益生菌固体发酵一体化设备,其结构包括：投料箱、开关、框架、发酵箱、基座、出液盒,所述投料箱设有开关,本发明的有益效果：通过在结构上设有出液盒来解决这个问题,依靠出液盒结构中的输液软管输送发酵菌液并由双轮挤液器嵌合输液软管的管径以便于将管道中的发酵菌液挤出,同时由封闭管夹夹持输液软管并通过增加夹持的压力来封堵管道内液体的流通避免输液软管与外部的空气产生接触,残留于管道中的液体则经过菌液回复推杆的位置偏移并往复循环移动的方式将其清理掉,避免生成杂菌。(The invention discloses an agricultural probiotic solid fermentation integrated device, which structurally comprises: the automatic liquid feeding device comprises a feeding box, a switch, a frame, a fermentation box, a base and a liquid outlet box, wherein the feeding box is provided with the switch, and the automatic liquid feeding device has the beneficial effects that: the problem is solved by structurally arranging the liquid outlet box, the fermentation bacteria liquid is conveyed by the liquid conveying hose in the liquid outlet box structure and the pipe diameter of the liquid conveying hose is embedded into the double-wheel liquid squeezing device so as to squeeze out the fermentation bacteria liquid in the pipeline, meanwhile, the liquid conveying hose is clamped by the closed pipe clamp and is blocked by increasing the clamping pressure so as to prevent the liquid conveying hose from contacting with the outside air, the liquid remained in the pipeline is cleaned in a mode of reciprocating circular movement through the position deviation of the liquid returning push rod, and the mixed bacteria are prevented from being generated.)

1. An agricultural probiotic solid fermentation integrated equipment, its structure includes: throw workbin (1), switch (2), frame (3), fermenting case (4), base (5), go out liquid box (6), its characterized in that:

The feeding box (1) is provided with a switch (2), the frame (3) is positioned at the bottom of the feeding box (1) and connected with the feeding box, the feeding box (1) is communicated with the fermentation box (4), and the fermentation box (4) is provided with a base (5) and is connected with a liquid outlet box (6) through the base (5).

2. The integrated agricultural probiotic solid fermentation equipment according to claim 1, characterized in that: fermenting case (4) comprise box (7), sacculus (8), muffler (9), coiling spring (10), closed buckle (11), box (7) are equipped with coiling spring (10) and closed buckle (11), and muffler (9) link to each other with box (7), and box (7) are connected at muffler (9) both ends and the middle section is through sacculus (8) interconnect.

3. The integrated agricultural probiotic solid fermentation equipment according to claim 1, characterized in that: go out liquid box (6) and form by infusion hose (12), double round liquid squeezer (13), fungus liquid reply push rod (14), closed pipe clamp (15), infusion hose (12) divide into two parts, and partly links to each other and is equipped with double round liquid squeezer (13) with fermenting case (4), and another part is then connected and is gone out liquid box (6) and is equipped with fungus liquid reply push rod (14) and closed pipe clamp (15).

4. The integrated agricultural probiotic solid fermentation equipment according to claim 3, characterized in that: the double-wheel liquid squeezing device (13) is composed of a rack (18), a cutting inclined shaft (19), a wheel body (20), an adjusting shaft (21), an angle block (22) and a squeezing block (23), wherein the rack (18) is connected with the cutting inclined shaft (19), the cutting inclined shaft (19) penetrates through the wheel body (20) and is connected with the adjusting shaft (21), one end of the adjusting shaft (21) is connected with the angle block (22), and the squeezing block (23) is arranged on two sides of the wheel body (20).

5. The integrated agricultural probiotic solid fermentation equipment according to claim 3, characterized in that: the bacteria liquid recovery push rod (14) is composed of a support plate (25), a pushing wheel (26), a sliding plate (27), a return spring (28), a fixing block (29) and a clamping seat (30), the pushing wheel (26) is arranged between the support plate (25) and the sliding plate (27), the pushing wheel (26) is connected with the clamping seat (30) through the return spring (28), and the fixing block (29) is arranged on the clamping seat (30).

6. The integrated agricultural probiotic solid fermentation equipment according to claim 3, characterized in that: seal pipe clamp (15) by clamping jaw (32), support (33), linkage spring (34), connecting rod (35), pipe pole (36), press seat (37), trigger bar (38) to constitute, clamping jaw (32) and support (33) be the integral structure, and linkage spring (34) is connected in support (33), and linkage spring (34) are connected through connecting rod (35) and are pressed seat (37), press seat (37) to connect pipe pole (36) and are equipped with trigger bar (38) simultaneously.

Technical Field

The invention relates to the field of biological fermentation, in particular to agricultural probiotic solid fermentation integrated equipment.

Background

The use of antibiotics in agricultural cultivation is a common phenomenon in the past, along with the research on antibiotics, the prohibition of the abuse of antibiotics to reduce death and infection cases caused by the generation of antibiotic resistance by pathogenic bacteria is a very important agricultural work task, compared with the harm brought by the antibiotics, the microbial probiotic fermented feed can degrade the medicine residues in the agricultural cultivation animals and enhance the self-immunity of the agricultural cultivation animals, the inspection of probiotic fermented bacteria liquid has strict requirements, the sampling inspection must be carried out to ensure the quality of the fermented bacteria liquid, however, the attention needs to be paid to the point that the microbial probiotic fermented feed can strictly avoid the pollution of the infectious bacteria in the sampling process, the conventional sampling inspection needs to open a fermentation device for sampling, the direct contact between the fermented bacteria liquid and the air is easily caused, the infectious bacteria in the air enters the bacteria liquid, the bacterial liquid needs to be manufactured again once being polluted, or the microbial liquid cannot become solid probiotic, based on the premise, the integrated equipment for agricultural probiotic solid fermentation is developed to solve the problem.

Disclosure of Invention

Aiming at the defects of the prior art, the invention is realized by the following technical scheme: an agricultural probiotic solid fermentation integrated equipment, its structure includes: the fermentation tank is provided with a base and is connected with the liquid outlet box through the base, the feeding box is positioned at the upper half part of the equipment and mainly used for feeding raw materials required by probiotic fermentation, the whole equipment is used as a raw material feeding structure and a stirring and mixing structure, the feeding box is made of food manufacturing metal materials, the leakage of the raw materials in the mixing and feeding processes can be effectively avoided, the sealing performance of the equipment can be improved, the protection performance can be effectively provided for the equipment, the switch is used for controlling the starting operation and the closing of the equipment, the operation control of a stirring component is in charge when the raw materials are fed, the output of fermentation liquid is stopped after the fermentation is completed, the frame is the outside major structure of equipment, also is the bearing structure of equipment simultaneously for it prevents to topple over when the operation for it provides stability, and the base is the base structure of equipment, is mainly responsible for the weight that bears equipment, improves the compressive property of equipment.

As a further technical supplement of the invention, the fermentation box consists of a box body, a balloon, an air return pipe, a winding spring and a closed pinch plate, wherein the box body is provided with the winding spring and the closed pinch plate, the air return pipe is connected with the box body, two ends of the air return pipe are connected with the box body, the middle section of the air return pipe is mutually connected through the balloon, the box body is a main body structure of the fermentation box and is mainly used for storing zymogen liquid and ensuring the perfect sealing performance and preventing leakage, the whole fermentation box is made of sterile materials and can prevent infectious microbes from generating and polluting the zymogen liquid, the balloon is a hollow spherical structure, a cavity structure in the balloon can store a certain amount of air and output the air to two ends, the shape of an expansion sphere can realize the air communication between the box body and the infusion hose by the air return pipe by keeping the shape of the expansion sphere of the balloon, the winding spring is a winding sheet, the closed pinch plate is made of sterile flexible silica gel materials, the closed box body can effectively ensure that the box body is in a completely closed state, the fermentation bacteria liquid in the box is prevented from permeating downwards, and air in the infusion hose can be effectively isolated from entering the box body to cause the fermentation bacteria liquid to generate pollution.

As a further technical supplement, the liquid outlet box comprises an infusion hose, a double-wheel liquid squeezing device, a bacteria liquid recovery push rod and a closed pipe clamp, the infusion hose is divided into two parts, one part is connected with the fermentation box and is provided with the double-wheel liquid squeezing device, the other part is connected with the liquid outlet box and is provided with the bacteria liquid recovery push rod and the closed pipe clamp, the infusion hose is made of high-strength flexible sterile materials, the infusion hose has high elasticity and high compressibility, the pipe structure can be pressed to the flattest state when the infusion hose is extruded, meanwhile, the cylindrical structure of the pipe can be rapidly recovered by virtue of the high elasticity after the external extrusion force disappears, and the subsequent smooth output of the zymophyte liquid is ensured.

As a further technical supplement of the invention, the double-wheel liquid squeezing device comprises a frame, a cutting inclined shaft, a wheel body, an adjusting shaft, an angle block and a squeezing block, wherein the frame is connected with the cutting inclined shaft, the cutting inclined shaft penetrates through the connecting wheel body and is connected with the adjusting shaft, one end of the adjusting shaft is connected with the angle block, the squeezing block is arranged at two sides of the wheel body, the frame is a main body base frame structure of the double-wheel liquid squeezing device and is mainly used for bearing other components and realizing the mutual connection between the components, the inclination angle of the cutting inclined shaft realizes the angle adjustment between 1 degree and 45 degrees by depending on the adjusting shaft connected with the cutting inclined shaft, the included angle distance between the two wheel bodies can be changed by adjusting the angle, so that the pipe diameter of the infusion hose is embedded to squeeze fermentation bacteria liquid in a pipeline, the wheel body is made of a high-strength flexible material, has certain flexibility while having a firm, prevent that the frictional force that the extrusion produced can cause infusion hose outward appearance damaged, the angle piece is the triangle block structure of falling, mainly be used for strengthening the stability of structure and keep the whole focus of structure perpendicular downwards and lie in the middle section position of liquid ware is crowded to the double round, prevent that structure one side weight unbalance from turning on one's side, the piece of extrusion is the membranous layer structure of slight undulation, mainly be used for the extrusion of infusion hose outside pipeline and play the cushioning effect to the pipeline, the structure of pipeline is protected from the side does not receive the damage.

As a further technical supplement of the invention, the bacteria liquid return push rod consists of a support plate, a push wheel, a sliding plate, a return spring, a fixed block and a clamping seat, the push wheel is arranged between the support plate and the sliding plate, the push wheel is connected with the clamping seat through the return spring, the fixed block is arranged on the clamping seat, the support plate is an upper structure of the bacteria liquid return push rod, the upper structure mainly plays a role of protecting the push wheel and preventing the deformation of the push force, the push wheel is of a spherical wheel structure, the size of the push wheel is the same as that of the infusion hose and is mutually embedded, when the push wheel is positioned in a pipeline, the side edge of the push wheel can be attached to the side edge of the inner wall of the infusion hose, the bottom of the sliding plate is attached to the bottom of the inner wall of the infusion hose and is embedded with the shape of the infusion hose, thereby realize the power operation of fungus liquid return push rod, the cassette is the fungus liquid return push rod and goes out the carrier of being connected of liquid box shell, can realize firm in connection between the two through the fixed block and not drop.

as a further technical supplement, the closed pipe clamp comprises a clamping jaw, a support, a linkage spring, a connecting rod, a pipe rod, a pressing seat and a trigger rod, wherein the clamping jaw and the support are of an integrated structure, the support is connected with the linkage spring, the linkage spring is connected with the pressing seat through the connecting rod, the pressing seat is connected with the pipe rod and is simultaneously provided with the trigger rod, the clamping jaw is an action execution structure of the closed pipe clamp and is mainly used for clamping a transfusion hose and blocking the circulation of liquid in a pipeline by increasing clamping pressure, the support is a connection carrier between the clamping jaw and the pipe rod, the opening and closing degree of the clamping jaw can be controlled by pulling the clamping jaw through the linkage spring, the pressure application degree of the clamping jaw to the transfusion hose can be determined according to the stretching degree of the linkage spring, and the linkage spring can be pulled to be stretched by utilizing the potential energy pressed by the pressing seat through the.

Advantageous effects

The invention is applied to the aspect of the agricultural probiotic solid fermentation technology, and mainly aims to solve the problems that the fermentation equipment needs to be opened for sampling in the conventional sampling detection, so that the fermentation bacteria liquid is easily in direct contact with the air, so that the mixed bacteria in the air enter the bacteria liquid, and the bacteria liquid needs to be manufactured again once being polluted;

The invention solves the problem by structurally arranging the liquid outlet box, the zymogen liquid is conveyed by the infusion hose in the liquid outlet box structure and is embedded into the pipe diameter of the infusion hose by the double-wheel liquid squeezing device so as to squeeze out the zymogen liquid in the pipeline, meanwhile, the infusion hose is clamped by the closed pipe clamp, the circulation of the liquid in the pipeline is blocked by increasing the clamping pressure so as to avoid the contact between the infusion hose and the external air, and the liquid remained in the pipeline is cleaned in a reciprocating circulating movement mode by the position deviation of the bacteria liquid return push rod, so that the generation of mixed bacteria is avoided.

drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

Fig. 1 is an external structure schematic diagram of the agricultural probiotic solid fermentation integrated equipment.

FIG. 2 is a structural side sectional view of the integrated solid fermentation equipment for agricultural probiotics.

FIG. 3 is a front sectional view of a dual-wheel liquid squeezing device of a liquid outlet box of the integrated agricultural probiotic solid fermentation device.

FIG. 4 is a sectional side view of a liquid bacteria recovery push rod structure of a liquid outlet box of the integrated agricultural probiotic solid fermentation device.

FIG. 5 is a front sectional view of a closed pipe clamp structure of a liquid outlet box of the integrated agricultural probiotic solid fermentation device.

In the figure: a feeding box-1, a switch-2, a frame-3, a fermentation box-4, a base-5, a liquid outlet box-6, a box body-7, a balloon-8, a gas return pipe-9, a winding spring-10, a closed pinch plate-11, a transfusion hose-12, a double-wheel liquid squeezing device-13, a bacteria liquid return push rod-14, a closed pipe clamp-15, a frame-18, a cutting inclined shaft-19, a wheel body-20, an adjusting shaft-21, a corner block-22, a squeezing block-23, a support plate-25, a push wheel-26, a sliding plate-27, a return spring-28, a fixed block-29, a clamping seat-30, a clamping jaw-32, a support-33, a linkage spring-34, a connecting rod-35, a pipe rod-36, a pressing seat-37, a pressure, A trigger lever-38.

Detailed Description

In order to make the technical means, the original characteristics, the achieved purposes and the effects of the invention easy to understand, the following description and the accompanying drawings further illustrate the preferred embodiments of the invention.