A kind of seasoning material multi pulverizer
Technical field
The utility model relates to a kind of seasoning material multi pulverizers.
Background technique
Seasoning powder material is common article in our daily lifes, and the existing processing to seasoning powder material mostly uses crushing to fill
It sets, there is also cannot crush completely, or while crushing can generate a large amount of dust, the problems such as polluting.In addition, existing
Grinding device needs the dust impurity in artificial filter's condiment material before crushing, time-consuming and laborious, and effect and bad.
Utility model content
Aiming at the shortcomings existing in the above problems, the utility model provides a kind of seasoning material multi pulverizer, real
Multistage removal of impurities and the multi-stage crushing for now seasoning material, improve the efficiency and effect of crushing, and the powder in crushing process is avoided to let out
Leakage.
To achieve the above object, the utility model provides a kind of seasoning material multi pulverizer, comprising:
Feed hopper is fixed on fixed bracket, and sloping baffle is arranged at the top of the feed hopper, and the feeding funnel bottom part is set
Set inclination sieve plate;
Discharge bucket is fixed on the fixed bracket, horizontal sieve plate is provided in the discharge bucket;
Disintegrating mechanism is fixed on the fixed bracket, and the disintegrating mechanism is cascaded by multi-stage crushing cylinder, first order powder
Broken cylinder is connected with the feed hopper, and afterbody pulverization cylinder is connected with the discharge bucket, and each pulverization cylinder inner wall is provided with powder
Broken blade, and the crushing vane density in multi-stage crushing cylinder is from small to large, is provided with inside each pulverization cylinder motor-driven
Shaft.
As the utility model be further improved, the disintegrating mechanism by cascade level-one pulverization cylinder, second level pulverization cylinder and
Three-level pulverization cylinder forms, and level-one crushing vane, setting inside the level-one pulverization cylinder are provided on the level-one pulverization cylinder inner wall
Level-one shaft is provided with second level crushing vane on the second level pulverization cylinder inner wall, and setting second level turns inside the second level pulverization cylinder
Axis is provided with three-level crushing vane on the three-level pulverization cylinder inner wall, and three-level shaft is arranged inside the three-level pulverization cylinder, described
The leaves density of level-one crushing vane is less than the leaves density of the second level crushing vane, and the blade of the second level crushing vane is close
Less than the leaves density of the three-level crushing vane.
It is further improved as the utility model, is provided with primary motor, secondary motor and three-level on the fixed bracket
Motor, the level-one shaft are driven by the primary motor, and the second level shaft is driven by the secondary motor, and the three-level turns
Axis is by the three-level motor driven.
It is further improved as the utility model, the level-one pulverization cylinder, the second level pulverization cylinder and the three-level crush
The inclined cascade setting of cylinder.
It is further improved as the utility model, the level-one pulverization cylinder and the second level pulverization cylinder are fallen by the first inclination
Expects pipe connection, the second level pulverization cylinder and the three-level pulverization cylinder are connected to by the second inclination material blanking tube.
It is further improved as the utility model, the inclined direction of the sloping baffle and the inclination sieve plate is opposite.
It is further improved as the utility model, inclined screen board bottom portion is provided with dismountable impurity box.
It is further improved as the utility model, the feed hopper is connected to by feed pipe with first order pulverization cylinder, described
Discharge bucket tilts material blanking tube by third and is connected to afterbody pulverization cylinder.
It is further improved as the utility model, the discharge bucket top is rectangular hopper, and lower part is inclination hopper, described
Horizontal sieve plate is located at rectangular hopper and tilts the junction of hopper.
It is further improved as the utility model, the discharge bucket bottom is provided with valve.
The utility model has the following beneficial effects:
Whole device structure is simple, and crushing process is all closed, and is reduced the powder leakage in crushing process, is avoided
Pollution and waste;
It can be achieved that the multistage removal of impurities of seasoning material and multi-stage crushing are improved seasoning crushing material efficiency and crushed fine
Degree;
Reduce artificial participation link, reduces costs, it is time saving and energy saving.
Detailed description of the invention
Fig. 1 is a kind of schematic diagram for seasoning material multi pulverizer of the utility model.
In figure:
1, fixed bracket;2, feed hopper;3, sloping baffle;4, sieve plate is tilted;5, disintegrating mechanism;6, discharge bucket;7, horizontal
Sieve plate;81, level-one pulverization cylinder;82, second level pulverization cylinder;83, three-level pulverization cylinder;91, level-one crushing vane;92, second level crushed leaves
Piece;93, three-level crushing vane;101, level-one shaft;102, second level shaft;103, three-level shaft;111, primary motor;112, two
Grade motor;113, three-level motor;121, the first inclination material blanking tube;122, the second inclination material blanking tube;123, third tilts blanking
Pipe;13, impurity box;14, feed pipe;15, valve.
Specific embodiment
As shown in Figure 1, a kind of seasoning material multi pulverizer of the utility model embodiment, can be applied to chilli,
Cassia bark, aniseed etc. season the crushing of material, but are not limited only to this application.The seasoning material multi pulverizer includes: charging
Bucket, discharge bucket and disintegrating mechanism between the two.
Feed hopper 2 is fixed on fixed bracket 1, and sloping baffle 3 is arranged at the top of feed hopper 2, and the setting of 2 bottom of feed hopper is inclined
Slanted screen plate 4, feed hopper 2 are connected to by feed pipe 14 with first order pulverization cylinder.Sloping baffle 3 is used to season material from feed hopper
2 take advantage of a situation when entering flows at inclination sieve plate 4, and inclination sieve plate 4 carries out preliminary screening to the material fallen, and dust etc. is tiny
Impurity thing is fallen from inclination sieve plate 4, and is stored in the impurity box 13 of bottom.Further, impurity box 13 is designed as detachably
, convenient for removing impurity box 13, topple over the impurity such as the dust being filled with, is also convenient for the cleaning of inclination sieve plate 4.Tilt sieve plate 4
Sieve pore is designed as circular hole, for falling thin biggish impurity and dust.
Further, by sloping baffle 3 and inclination sieve plate 4 inclined direction on the contrary, and guarantee sloping baffle 3 end
There are the gaps that material is fallen between inclination sieve plate 4.
Disintegrating mechanism 5 is fixed on fixed bracket 1, and disintegrating mechanism is cascaded by multi-stage crushing cylinder, first order pulverization cylinder with into
Hopper 2 is connected, and afterbody pulverization cylinder is connected with discharge bucket 6, and each pulverization cylinder inner wall is provided with crushing vane, and multistage powder
Crushing vane density in broken cylinder is provided with motor-driven shaft from small to large inside each pulverization cylinder.It is arranged cascade
Pulverization cylinder is in order to which the material fallen into from feed hopper can crush step by step, and first order pulverization cylinder is tentatively crushed, and then enters the
Second level pulverization cylinder is crushed again, until entering afterbody pulverization cylinder carries out ultimate crushing, guarantees that material can be crushed
At careful powder, it is ensured that the fineness of crushing.
The present embodiment is by taking three-level disintegrating mechanism as an example, and disintegrating mechanism 5 is by cascade level-one pulverization cylinder 81, second level pulverization cylinder 82
It is formed with three-level pulverization cylinder 83, is provided with level-one crushing vane 91 on 81 inner wall of level-one pulverization cylinder, is set inside level-one pulverization cylinder 81
Level-one shaft 101 is set, second level crushing vane 92 is provided on 82 inner wall of second level pulverization cylinder, second level is set inside second level pulverization cylinder 82
Shaft 102 is provided with three-level crushing vane 93 on 83 inner wall of three-level pulverization cylinder, three-level shaft is arranged inside three-level pulverization cylinder 83
103, the leaves density of level-one crushing vane 91 is less than the leaves density of second level crushing vane 92, the blade of second level crushing vane 92
The close leaves density less than three-level crushing vane 93.
For the crushing operating for cooperating each pulverization cylinder, fixes on bracket 1 and be provided with primary motor 111,112 and of secondary motor
Three-level motor 113, level-one shaft 101 are driven by primary motor 111, and second level shaft 102 is driven by secondary motor 112, and three-level turns
Axis 103 is driven by three-level motor 113.
Further, it is crushed to flow to junior's pulverization cylinder step by step convenient for comminuting matter, by level-one pulverization cylinder 81, second level
Pulverization cylinder 82 and the inclined cascade of three-level pulverization cylinder 83 setting.At this point, for the inclined design for cooperating each pulverization cylinder, also for just
In the conveying step by step of material, level-one pulverization cylinder 81 is connected to second level pulverization cylinder 82 by the first inclination material blanking tube 121, second patent flour
Broken cylinder 82 is connected to three-level pulverization cylinder 83 by the second inclination material blanking tube 122.
Discharge bucket 6 is fixed on fixed bracket 1, and horizontal sieve plate 7 is provided in discharge bucket 6.Discharge bucket 6 is inclined by third
Oblique material blanking tube 123 is connected to afterbody pulverization cylinder.It designs third and tilts material blanking tube 123, be on the one hand convenient for and cascade setting
Pulverization cylinder is connected, and is on the other hand also convenient for the slow whereabouts of crushing rear material, and vertical material blanking tube is avoided to cause quickly to fall and cause
The problem of powder accumulation.Be arranged horizontal sieve plate 7 can convenient for carrying out ultimate screening to smashed material, by the material not crushed and
Impurities further ensure that the fineness of powder.The sieve pore of horizontal sieve plate 7 is designed as circular hole, and aperture is smaller, is used for material
Powder is fallen.Further, 6 top of discharge bucket is rectangular hopper, and lower part is inclination hopper, and horizontal sieve plate 7 is located at rectangular material
The junction of bucket and inclination hopper.6 bottom of discharge bucket is provided with valve 15, also i.e. by the design of valve 15 in inclination feed hopper bottom.
Rectangular hopper avoids convenient for the temporary of powder, the use of inclination hopper cooperation valve for slowly drawing off the powder after screening
Fugitive dust and waste.Further, inclination hopper can be used with rectangular hopper is detachably connected, after the completion of crushing, by water
Plansifter plate 7 takes out, and clears up temporary non-comminuting matter and impurity.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.