CN208458417U - A kind of classification stirring drying device for organic drought-resistant agriculture microbial manure - Google Patents

Abstract

The utility model discloses a kind of classifications for organic drought-resistant agriculture microbial manure to stir drying device, second installation axle is installed on the second cabinet, motor is installed in second installation axle, shaft is installed on motor, first loading hopper is installed on the second cabinet, the lower end of first cabinet is equipped with discharge nozzle, the first stir chamber is equipped in first cabinet, the second stir chamber is equipped in second cabinet, the lower end of second cabinet is equipped with the second loading hopper, it is connected between first cabinet and the second cabinet by the first transfer tube, shaft runs through the second cabinet and the first cabinet by the first installation axle sleeve, shaft is equipped with multiple first paddles in the first stir chamber, first heater box is installed on first case outer wall, first heater box is equipped with the first heat transfer plate in the first stir chamber, shaft is equipped with the first peace in the second stir chamber Loading board is equipped with multiple second mounting plates on the first mounting plate.The utility model can effectively improve the efficiency and quality of fertilizer dry materials.

Description

A kind of classification stirring drying device for organic drought-resistant agriculture microbial manure

Technical field

The utility model relates to the fields of fertilizer Preparation equipment, and in particular to one kind is used for organic drought-resistant agriculture microorganism fertilizer Drying device is stirred in the classification of material.

Background technique

In agriculture microbial manure preparation process need that material is dried, it is many beneficial in microbial manure Microorganism in dry materials treatment process, needs to these objects for playing an important role during microbial manure fertilising Material carries out difference protection, avoids temperature excessively high or stirring is insufficient, cause these beneficial microbes dead, in the prior art Drying device, drying effect is poor, and stirring is insufficient to easily lead to uneven drying, and easily agglomerates in drying process, not only drops significantly The low fertilizer efficiency of fertilizer, also creates these microbiological materials and loses activity, the fertilizer efficiency of microbial manure is caused to be unable to satisfy reality Demand during the fertilising of border, so a kind of dry dress of classification stirring for organic drought-resistant agriculture microbial manure need be developed It sets to solve the problems of the prior art.

Utility model content

The purpose of this utility model is in view of the above-mentioned defects in the prior art, to provide a kind of micro- for organic drought-resistant agriculture Drying device is stirred in the classification of bio-feritlizer, can effectively improve the efficiency and quality of fertilizer dry materials.

The purpose of this utility model can be achieved through the following technical solutions:

A kind of classification stirring drying device for organic drought-resistant agriculture microbial manure, including bracket, the bracket Upper end is equipped with the first cabinet, and the upper end of first cabinet is equipped with the second cabinet, second case by the first installation axle The upper end of body is equipped with the second installation axle by third installation axle, and second installation axle upper end is equipped with motor, the motor On third battery is installed, the lower end of the motor is equipped with shaft, is equipped with the first loading hopper on second cabinet, First loading hopper is equipped with the second valve, and the lower end of first cabinet is equipped with discharge nozzle, sets on the discharge nozzle There is the 4th valve, the first stir chamber is equipped in first cabinet, is equipped with the second stir chamber in second cabinet, described second The lower end of cabinet is equipped with the second loading hopper, and second loading hopper is equipped with third valve, first cabinet and the It is connected between two cabinets by the first transfer tube, first transfer tube is equipped with the first valve, and the shaft passes through the first peace It fills axle sleeve and runs through the second cabinet and the first cabinet, the shaft is equipped with multiple first paddles in the first stir chamber, described The first heater box is equipped with by the first heater box mounting base on first case outer wall, is equipped with first in first heater box Battery, first heater box are equipped with the first heat transfer plate by the first thermally conductive axis in the first stir chamber, and the shaft exists First mounting plate is installed, first mounting plate is equipped with multiple second installations far from the side of shaft in the second stir chamber Plate.

Further, the shaft is equipped with piston in the second stir chamber, and the piston is installed far from the side of shaft There is piston shaft, the piston shaft is equipped with limit plate far from the side of piston, and the limit plate is mounted on the first mounting plate.

Further, spring is equipped between the piston and limit plate, and the spring is socketed in the periphery of piston shaft.

Further, the second heater box is equipped with by the second heating box bracket on the outer wall of second cabinet, it is described Second battery is installed, it is thermally conductive that second heater box is equipped with multiple second in the second stir chamber in the second heater box Axis, multiple second grindings protrusions are equipped on the outer wall of the second thermally conductive axis, and second mounting plate is equipped with multiple first Grinding protrusion, second mounting plate and second thermally conductive axis interlaced arrangement on perpendicular.

After adopting the above technical scheme, the utility model has the advantages that

1, the siccative of fertilizer material is entered in the second stir chamber by the first loading hopper, the liquid material of fertilizer material by Second loading hopper enters in the second stir chamber, and by third battery driving motor, shaft rotation, and band is driven by motor The second mounting plate rotation on turn axis, the rotation of the second mounting plate, which is realized, is stirred mixing to the material in the second stir chamber, Then the first heater box is supplied by the first battery by the material transferring being stirred to the first stir chamber by the first transfer tube Electricity, the work of the first heater box generate heat and pass to the first heat transfer plate by the first thermally conductive axis, and first heat transfer plate is to first Material in stir chamber is thermally dried, and drives the rotation of the first paddle by shaft, is realized to the object in the first stir chamber Material is stirred, and finally the material after drying is discharged by discharge nozzle, and whole process is carried out in two steps stirring and is dried, dry High-efficient, dry mass is good, can effectively improve the quality of fertilizer.

2, by installing piston in the second stir chamber in shaft, by the cooperation of piston and piston shaft, the second peace is realized When loading board moves in the second stir chamber, the second mounting plate and second can be avoided under the telescopic action of piston and piston shaft High-intensitive extruding between thermally conductive axis, effectively increases the service life of equipment.

3, it by installing the second heater box on the second cabinet exterior, is heated by the second heater box and transfers heat to Two thermally conductive axis dry the material in the second stir chamber after the second thermally conductive axis fever, effectively increase the second stir chamber Interior material stirring dry efficiency and quality.

Detailed description of the invention

Fig. 1 is that a kind of classification for organic drought-resistant agriculture microbial manure that the utility model embodiment one proposes is stirred The schematic view of the front view of drying device；

Fig. 2 is the partial enlargement diagram in Fig. 1 at A；

Marked the names of the parts are as follows in figure:

1- bracket, 2- discharge nozzle, the 4th valve of 3-, the first cabinet of 4-, the first stir chamber of 5-, the first heat transfer plate of 6-, 7- One heater box, the thermally conductive axis of 8- first, the first battery of 9-, 10- the first heater box mounting base, the first paddle of 11-, 12- first Installation axle, the second cabinet of 13-, the first transfer tube of 14-, the first valve of 15-, the first loading hopper of 16-, the second valve of 17-, 18- Second loading hopper, the second transfer tube of 19-, 20- third valve, the second battery of 21-, the second heater box of 22-, 23- second add Hot tank bracket, 24- shaft, 25- second install axle sleeve, 26- motor, 27- third battery, the second installation axle of 28-, 29- third Installation axle, 30- piston, 31- piston shaft, 32- spring, 33- limit plate, the first mounting plate of 34-, 35- first grind protrusion, 36- Second mounting plate, the second stir chamber of 37-, the thermally conductive axis of 38- second, 39- second grind protrusion.

Specific embodiment

Specific embodiment of the present utility model is described in further details with reference to the accompanying drawing:

Embodiment one

Referring to Fig.1 shown in -2, the utility model proposes a kind of classification for organic drought-resistant agriculture microbial manure stir Mix drying device, including bracket 1, the upper end of the bracket 1 is equipped with the first cabinet 4, and the upper end of first cabinet 4 passes through the One installation axle 12 is equipped with the second cabinet 13, and the upper end of second cabinet 13 is equipped with the second installation by third installation axle 29 Axis 28,28 upper end of the second installation axle are equipped with motor 26, third battery 27, the motor are equipped on the motor 26 26 lower end is equipped with shaft 24, and the first loading hopper 16, first loading hopper 16 are equipped on second cabinet 13 It is equipped with the second valve 17, the lower end of first cabinet 4 is equipped with discharge nozzle 2, and the discharge nozzle 2 is equipped with the 4th valve 3, It is equipped with the first stir chamber 5 in first cabinet 4, is equipped with the second stir chamber 37, second cabinet in second cabinet 13 13 lower end is equipped with the second loading hopper 18, and second loading hopper 18 is equipped with third valve 20, first cabinet 4 And second be connected between cabinet 13 by the first transfer tube 14, and first transfer tube 14 is equipped with the first valve 15, and described turn Axis 24 runs through the second cabinet 13 and the first cabinet 4 by the first installation axle sleeve 23, and the shaft 24 is installed in the first stir chamber 5 There are multiple first paddles 11, passes through the first heater box mounting base 10 on the outer wall of first cabinet 4 and first heating is installed Case 7, the first battery 9 is equipped in first heater box 7, and first heater box 7 is stirred by the first thermally conductive axis 8 first It mixes and the first heat transfer plate 6 is installed in chamber 5, the shaft 24 is equipped with the first mounting plate 34 in the second stir chamber 37, and described One mounting plate 34 is equipped with multiple second mounting plates 36 far from the side of shaft 24.The siccative of fertilizer material is by the first loading hopper 16 enter in the second stir chamber 37, and the liquid material of fertilizer material enters the second stir chamber 37 by the second loading hopper 18 It is interior, and by 27 driving motor 26 of third battery, it is rotated by 26 drive shaft 24 of motor, and drive second in shaft 24 to install Plate 36 rotates, and the rotation of the second mounting plate 36, which is realized, is stirred mixing to the material in the second stir chamber 37, is then passed by first Defeated pipe 14 powers to the first heater box 7 by the first battery 9 in the material transferring being stirred to the first stir chamber 5, and first adds The work of hot tank 7 generates heat and passes to the first heat transfer plate 6 by the first thermally conductive axis 8, and first heat transfer plate 6 is to the first stir chamber Material in 5 is thermally dried, and drives the first paddle 11 to rotate by shaft 24, is realized to the object in the first stir chamber 5 Material is stirred, and finally the material after drying is discharged by discharge nozzle 2, and whole process is carried out in two steps stirring and is dried, and is done Dry high-efficient, dry mass is good, can effectively improve the quality of fertilizer.

In the present embodiment, the shaft 24 is equipped with piston 30 in the second stir chamber 37, and the piston 30 is far from shaft 24 side is equipped with piston shaft 31, and the piston shaft 31 is equipped with limit plate 33, the limit plate far from the side of piston 30 33 are mounted on the first mounting plate 34.By installing piston 30 in the second stir chamber 37 in shaft 24, by piston 30 and live The cooperation of axis 31 is filled in, realizes the second mounting plate 36 when moving in the second stir chamber 37, it can be in piston 30 and piston shaft 31 Under telescopic action, extruding high-intensitive between the second mounting plate 36 and the second thermally conductive axis 38 is avoided, making for equipment is effectively increased Use the service life.

In the present embodiment, spring 32 is equipped between the piston 30 and limit plate 33, and the spring 32 is socketed in piston The periphery of axis 31.

In the present embodiment, second heater box is equipped with by the second heating box bracket 23 on the outer wall of second cabinet 13 22, the second battery 21 is installed in second heater box 22, second heater box 22 is installed in the second stir chamber 37 There are the multiple second thermally conductive axis 38, multiple second are equipped on the outer wall of the second thermally conductive axis 38 and grinds raised 39, described second Mounting plate 36 is equipped with multiple first grinding protrusions 35, and second mounting plate 26 and the second thermally conductive axis 38 are submitted in perpendicular Mistake arrangement.By installing the second heater box 22 on 13 outer wall of the second cabinet, heated by the second heater box 22 and by heat transfer To the second thermally conductive axis 38, the second thermally conductive axis 38 dries the material in the second stir chamber 37 after generating heat, and effectively increases Material stirring dry efficiency and quality in second stir chamber 37.

In the present invention, term " multiple " then refers to two or more, unless otherwise restricted clearly.Term The terms such as " installation ", " connected ", " connection ", " fixation " shall be understood in a broad sense, for example, " connection " may be a fixed connection, It can be and be detachably connected, or be integrally connected；" connected " can be directly connected, and can also pass through the indirect phase of intermediary Even.For the ordinary skill in the art, it can understand above-mentioned term in the present invention as the case may be Concrete meaning.

In the present invention, the description of term " one embodiment ", " some embodiments ", " specific embodiment " etc. means Particular features, structures, materials, or characteristics described in conjunction with this embodiment or example are contained at least one reality of the utility model It applies in example or example.In the present specification, schematic expression of the above terms are not necessarily referring to identical embodiment or reality Example.Moreover, the particular features, structures, materials, or characteristics of description can be in any one or more embodiment or examples to close Suitable mode combines.

In addition to above preferred embodiment, for the utility model there are also other embodiments, those skilled in the art can root It is made various changes and modifications according to the utility model, without departing from the spirit of the utility model, should belong to the utility model Range defined in appended claims.

Claims (4)

1. drying device is stirred in a kind of classification for organic drought-resistant agriculture microbial manure, which is characterized in that including bracket, institute The upper end for stating bracket is equipped with the first cabinet, and the upper end of first cabinet is equipped with the second cabinet, institute by the first installation axle The upper end for stating the second cabinet is equipped with the second installation axle by third installation axle, and second installation axle upper end is equipped with motor, Third battery is installed, the lower end of the motor is equipped with shaft, is equipped with first on second cabinet on the motor Loading hopper, first loading hopper are equipped with the second valve, and the lower end of first cabinet is equipped with discharge nozzle, it is described go out Expects pipe is equipped with the 4th valve, and the first stir chamber is equipped in first cabinet, is equipped with the second stir chamber in second cabinet, The lower end of second cabinet is equipped with the second loading hopper, and second loading hopper is equipped with third valve, and described first It is connected between cabinet and the second cabinet by the first transfer tube, first transfer tube is equipped with the first valve, and the shaft is logical The first installation axle sleeve is crossed through the second cabinet and the first cabinet, the shaft is equipped with multiple first stirrings in the first stir chamber Leaf is equipped with the first heater box by the first heater box mounting base on described first case outer wall, pacifies in first heater box Equipped with the first battery, first heater box is equipped with the first heat transfer plate, institute by the first thermally conductive axis in the first stir chamber It states shaft and the first mounting plate is installed in the second stir chamber, first mounting plate is equipped with multiple far from the side of shaft Two mounting plates.

2. drying device, feature are stirred in the classification according to claim 1 for organic drought-resistant agriculture microbial manure It is, the shaft is equipped with piston in the second stir chamber, and the piston is equipped with piston shaft far from the side of shaft, described Piston shaft is equipped with limit plate far from the side of piston, and the limit plate is mounted on the first mounting plate.

3. drying device, feature are stirred in the classification according to claim 2 for organic drought-resistant agriculture microbial manure It is, spring is equipped between the piston and limit plate, and the spring is socketed in the periphery of piston shaft.

4. drying device, feature are stirred in the classification according to claim 1 for organic drought-resistant agriculture microbial manure It is, the second heater box is equipped with by the second heating box bracket on the outer wall of second cabinet, in second heater box Second battery is installed, second heater box is equipped with the multiple second thermally conductive axis in the second stir chamber, and described second leads Multiple second grinding protrusions are installed, second mounting plate is equipped with multiple first grinding protrusions, described on the outer wall of hot axis Second mounting plate and second thermally conductive axis interlaced arrangement on perpendicular.