CN209020334U - A kind of quantitative feed blender to albumen powder processing - Google Patents

Abstract

The utility model provides a kind of quantitative feed blender to albumen powder processing, including cabinet, the cabinet upper end is equipped with multiple first sliding grooves, multiple Dosing units are removably connected in multiple first sliding grooves, and vibration-type agitating unit is equipped on the inside of the cabinet, it is equipped with lift discharging unit below the vibration-type agitating unit, and is equipped with discharge nozzle below the cabinet.The utility model by being equipped with multiple Dosing units above cabinet, fed by Dosing units so that the measurement of material it is more accurate, be then stirred so that material stirs more uniform carrying out vibration-type agitating unit.

Description

A kind of quantitative feed blender to albumen powder processing

Technical field

The utility model relates to albumen powder processing technique fields, relate generally to a kind of quantitative feed to albumen powder processing Blender.

Background technique

Soybean protein, casein, lactalbumin (lacking isoleucine), the pea egg of purification is usually used in albumen powder The combination of white or above-mentioned several albumen, the powder that (compound protein of such as soybean protein, lactalbumin and pea protein composition) is constituted Agent, purposes are to lack the people of protein and supplementing protein.

Albumen powder needs to carry out processing of sizing mixing to albumen powder during being processed, and will preceding need to carry out material in item The mixing of material, and stirring extent controls the temperature for needing during being mixed to slurries, if stirring Degree increases, it can increases the quality of the albumen powder of generation.

The material that existing blender is added in the engineering for carrying out albumen powder processing stirring is when in high volume process The proportion of material is difficult to ensure, so that the purity extraction to albumen powder affects.

Utility model content

The utility model provides a kind of quantitative feed blender to albumen powder processing, to what is proposed in background technique The material that existing blender is added in the engineering for carrying out albumen powder processing stirring be difficult to ensure when high-volume is processed The proportion of material, thus the technical issues of purity extraction to albumen powder affects.

To achieve the above object, the utility model provides the following technical solutions: a kind of to send to quantifying for albumen powder processing Expect blender, including cabinet, the cabinet upper end is equipped with multiple first sliding grooves, is detachably connected in multiple first sliding grooves There are multiple Dosing units, and be equipped with vibration-type agitating unit on the inside of the cabinet, is set below the vibration-type agitating unit There is lift discharging unit, and is equipped with discharge nozzle below the cabinet.

Preferably, the Dosing units include the first measuring tank, and the first charging is equipped at the upper side of first measuring tank Pipe, is equipped with the first squeeze unit in the middle part of first measuring tank, and first squeeze unit is slidably connected the first measuring tank inner wall, And two second sliding slots are symmetrically arranged on the first measuring tank outer wall, the first driving motor is equipped in second sliding slot described in side, First driving motor drives the first screw rod of axis connection, and first connection ring that is slidably connected on the outside of first measuring tank, described First connection ring internal orifice is symmetrically arranged with two the first convex blocks, and two first convex blocks are slidably connected two second sliding slots, And first screw rod is rotatablely connected first convex block, and between two first convex blocks, sets in first connection ring There is the first infrared inductor, first measuring tank is equipped with graduated scale, and the graduated scale is transparent configuration.

Preferably, be symmetrically arranged with two first connection frames on the outside of first measuring tank, the first sliding groove be in class " in " word Shape setting, and two the first connection frames are slidably connected the first sliding groove.

Preferably, first squeeze unit includes the first spill spin block, the first spill spin block rotation connection described first Measuring tank inner wall upper end, and the second driving motor is equipped with below first spill spin block, second driving motor drives axis connection Second screw rod, the second screw rod upper bearing (metal) connect the first fixed disk, are symmetrically arranged with two second on the outside of first fixed disk Convex block, is symmetrically arranged with third sliding slot on the inside of first measuring tank, and two second convex blocks are slidably connected the third sliding slot, and It is symmetrically arranged with two the first slide bars below first fixed disk, two first slide bars are slidably connected the first extruding disk, Described first squeezes the second screw rod of rotation connection in the middle part of disk, and the first passage is equipped with below first measuring tank, and described first Passage is equipped with shut-off valve.

Preferably, the vibration agitating unit includes the first rotation pipe, is symmetrically arranged on the outside of first rotation pipe multiple First stirring rod, and multiple first stirring rods are slidably connected the cabinet inner wall, and are equipped with above first rotation pipe First bearing, the first bearing top are equipped with the second connection frame, are symmetrically arranged with multiple first on the inside of the second connection frame and consolidate Fixed tooth, and the cabinet in be equipped with third driving motor, third driving motor one end be equipped with the first arc-shaped gear, described first Arc-shaped gear is connected multiple first fixed teeth, and is symmetrically arranged with two the first telescopic rods above the second connection frame, Two first telescopic rods are fixedly connected on the cabinet inner top side.

Preferably, it is detachably connected the first terminal pad below cabinet, is equipped with the first screw rod column in the middle part of first terminal pad, The first screw rod male screw connects first rotation pipe.

Preferably, the lift discharging unit includes the second terminal pad, rotation connection the in the middle part of second terminal pad Three screw rods, and the 4th driving motor is equipped in the middle part of first terminal pad, the 4th driving motor driving shaft connects third silk Bar, and first terminal pad is equipped with the first discharge hole, is symmetrically arranged with multiple first connecting rods in second terminal pad, it is more A first connecting rod is slidably connected multiple first discharge holes, and sets that there are two the on the outside of second terminal pad to vehicle Three convex blocks, are correspondingly provided with two the 4th sliding slots in the cabinet, two third convex blocks be slidably connected two it is the described 4th sliding Slot, and respectively correspond and set there are two the second telescopic rod above two third convex blocks, two second telescopic rods are detachable The cabinet is connected, and the cabinet inside lower end is arranged in infundibulate.

Compared with prior art, the utility model has the beneficial effects that

Then the utility model is carried out by being equipped with multiple Dosing units above cabinet by Dosing units Then the record of single material amount goes to be stirred by vibration-type agitating unit again after record, when stirring evenly Afterwards, then, it is discharged by lift discharging unit.

Detailed description of the invention

Fig. 1 is the utility model structure diagram；

Fig. 2 is the utility model casing structure schematic diagram；

Fig. 3 is the utility model the first measuring tank structural schematic diagram；

Fig. 4 is the utility model the first squeeze unit structural schematic diagram；

Fig. 5 is the utility model the first connection ring structure schematic diagram；

Fig. 6 is the utility model vibration-type agitating unit structural schematic diagram；

Fig. 7 is the utility model the first terminal pad structural schematic diagram；

Fig. 8 is the utility model lift discharging unit structural schematic diagram.

In figure: 1- cabinet, 11- first sliding groove, 12- discharge nozzle, the first terminal pad of 13-, 131- the first screw rod column, 132- One discharge hole, the 4th sliding slot of 14-, 2- Dosing units, the first measuring tank of 21-, 211- second sliding slot, 212- graduated scale, 213- Third sliding slot, the first feed pipe of 22-, the first driving motor of 23-, the first screw rod of 24-, the first connection ring of 25-, 251- first are convex Block, the first infrared inductor of 252-, the connection frame of 26- first, the first passage of 27-, 271- shut-off valve, the stirring of 3- vibration-type are single Member, the first rotation pipe of 31-, the first stirring rod of 32-, 33- first bearing, the connection frame of 34- first, the fixed tooth of 341- first, 342- First telescopic rod, 4- lift discharging unit, the second terminal pad of 41-, 411- third convex block, 42- third screw rod, 43- 4 wheel driven Dynamic motor, 44- first connecting rod, the second telescopic rod of 45-, the first squeeze unit of 5-, the first spill spin block of 51-, 52- second drive electricity Machine, the second screw rod of 53-, 54- the first fixed disk disk, the second convex block of 541-, 55- first squeeze disk.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Embodiment please refers to Fig. 1-8, a kind of quantitative feed blender to albumen powder processing, including cabinet 1, described 1 upper end of cabinet is equipped with multiple first sliding grooves 11, is removably connected with multiple quantifying feed lists in multiple first sliding grooves 11 Member 2, and vibration-type agitating unit 3 is equipped on the inside of the cabinet 1, it is equipped with lift below the vibration-type agitating unit 3 and discharges Unit 4, and discharge nozzle 12 is equipped with below the cabinet 1.

Embodiment please refers to Fig. 1-5, and the Dosing units 2 include the first measuring tank 21,21 top of the first measuring tank Side is equipped with the first feed pipe 22, and the first squeeze unit 5 is equipped in the middle part of first measuring tank 21, and first squeeze unit 5 is sliding Dynamic connection 21 inner wall of the first measuring tank, and two second sliding slots 211, side institute are symmetrically arranged on 21 outer wall of the first measuring tank It states and is equipped with the first driving motor 23 in second sliding slot 211, first driving motor 23 drives the first screw rod of axis connection 24, and institute First connection ring 25 that is slidably connected on the outside of the first measuring tank 21 is stated, 25 internal orifice of the first connection ring is symmetrically arranged with two the first convex blocks 251, two first convex blocks 251 are slidably connected two second sliding slots 211, and first screw rod 24 is rotatablely connected institute The first convex block 251 is stated, and between two first convex blocks 251, first connection ring 25 is equipped with the first infrared induction Device 252, first measuring tank 21 is equipped with graduated scale 212, and the graduated scale 212 is transparent configuration.

Embodiment please refers to Fig. 1-3, is symmetrically arranged with two first connection frames 26 on the outside of first measuring tank 21, and described One sliding slot 11 in class " in " font setting, and two the first connection frames 26 are slidably connected the first sliding groove 11.

Embodiment, please refers to Fig. 1-5, and first squeeze unit 5 includes the first spill spin block 51, first spill spin block 51 Rotation connects the 21 inner wall upper end of the first measuring tank, and the second driving motor 52 is equipped with below first spill spin block 51, described Second driving motor 52 drives the second screw rod of axis connection 53, and 53 upper bearing (metal) of the second screw rod connects the first fixed disk 54, described Is symmetrically arranged with two the second convex blocks 541 on the outside of fixed disk 54, is symmetrically arranged with third sliding slot on the inside of first measuring tank 21 213, two second convex blocks 541 are slidably connected the third sliding slot 213, and are symmetrically arranged with below first fixed disk 54 Two the first slide bars 542, two first slide bars 542 are slidably connected the first extruding disk 55, and described first squeezes in disk 55 Portion is rotatablely connected the second screw rod 53, and the first passage 27 is equipped with below first measuring tank 21, on first passage 27 Equipped with shut-off valve 271.

Embodiment, please refers to Fig. 6-7, and the vibration agitating unit 3 includes the first rotation pipe 31, first rotation pipe 31 Outside is symmetrically arranged with multiple first stirring rods 32, and multiple first stirring rods 32 are slidably connected 1 inner wall of cabinet, and institute It states and is equipped with first bearing 33 above the first rotation pipe 31, be equipped with the second connection frame 34 above the first bearing 33, described second It is symmetrically arranged with the multiple first fixed teeth 341 on the inside of connection frame 34, and is equipped with third driving motor 35 in the cabinet 1, described the Three driving motors, 35 one end is equipped with the first arc-shaped gear 351, and first arc-shaped gear 351 is connected multiple first fixed teeth 341, and two the first telescopic rods 342 are symmetrically arranged with above the second connection frame 34, two first telescopic rods 342 are fixed It is connected to 1 inner top side of cabinet.

Embodiment please refers to Fig. 6-7, and the first terminal pad 13, first terminal pad are detachably connected below the cabinet 1 13 middle parts are equipped with the first screw rod column 131, and the first screw rod column 131 is threadedly coupled first rotation pipe 31.

Embodiment, referring to Fig. 8, the lift discharging unit 4 includes the second terminal pad 41, second terminal pad 41 Middle part is rotatablely connected third screw rod 42, and the 4th driving motor 43 is equipped in the middle part of first terminal pad 13, the 4th driving Motor 43 drives axis connection third screw rod 42, and first terminal pad 13 is equipped with the first discharge hole 132, second connection It is symmetrically arranged with multiple first connecting rods 44 on disk 41, multiple first connecting rods 44 are slidably connected multiple first discharge holes 132, and the outside of second terminal pad 41 sets there are two third convex block 411 vehicle, is correspondingly provided with two the 4th in the cabinet 1 Sliding slot 14, two third convex blocks 411 are slidably connected two the 4th sliding slots 14, and on two third convex blocks 411 Side, which respectively corresponds, to be set there are two the second telescopic rod 45, and two second telescopic rods 45 are detachably connected the cabinet 1, and described 1 inside lower end of cabinet is arranged in infundibulate.

Operating principle: the utility model first passes through multiple first feed pipes and is fed, when material enters the first measuring tank The first infrared inductor sense after interior, with the increase of material, under the action of the first driving motor, on the inside of the first connection ring The height of material, and the height on corresponding first graduated scale at this time are answered, stops charging when reaching height.

Shut-off valve is opened after all material is adjusted, then in the case where the opening of shut-off valve, and with the The rotation of two driving motors drives the rotation of the second screw rod, so that the rotation of the second screw rod drives the first terminal pad to move downward, thus So that more clean that the quantity of material in the first measuring tank excludes.

After all materials are fully entered to cabinet, third driving motor rotates the arc so that on third driving motor Tooth is connected multiple fixed teeth, so that the first connection frame moves up and down, so that the first rotation pipe carries out Lower movement, and the first screw rod column is equipped in the middle part of the second terminal pad below cabinet, thus as the first rotation pipe moves down, and Under the action of the first screw rod column, the first rotation pipe does crankmotion back and forth, i.e., more to the stirring of material in cabinet Uniformly.

After completing stirring, the rotation of the 4th driving motor drives third screw rod, so that the second terminal pad is to movement, i.e., The first discharge hole so that first connecting rod is slidably connected, so that material is excluded by the first discharge hole, due to the second company Disk is connect in protrusion setting, so that material is slid to discharge nozzle, is being excluded.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (7)

1. a kind of quantitative feed blender to albumen powder processing, including cabinet (1), it is characterised in that: on the cabinet (1) End is equipped with multiple first sliding grooves (11), is removably connected with multiple Dosing units in multiple first sliding grooves (11) (2), vibration-type agitating unit (3) and on the inside of the cabinet (1) are equipped with, lifting is equipped with below the vibration-type agitating unit (3) Formula discharging unit (4), and discharge nozzle (12) are equipped with below the cabinet (1).

2. a kind of quantitative feed blender to albumen powder processing according to claim 1, it is characterised in that: described fixed Measuring dosage unit (2) includes the first measuring tank (21), is equipped with the first feed pipe (22) at the upper side of first measuring tank (21), described The first squeeze unit (5) are equipped in the middle part of first measuring tank (21), first squeeze unit (5) is slidably connected first measuring tank (21) inner wall, and two second sliding slots (211) are symmetrically arranged on first measuring tank (21) outer wall, second sliding slot described in side (211) the first driving motor (23) are equipped in, first driving motor (23) drives the first screw rod of axis connection (24), and described It is slidably connected the first connection ring (25) on the outside of first measuring tank (21), the first connection ring (25) internal orifice is symmetrically arranged with two first Convex block (251), two first convex blocks (251) are slidably connected two second sliding slots (211), and first screw rod (24) it is rotatablely connected first convex block (251), and between two first convex blocks (251), first connection ring (25) It is equipped with the first infrared inductor (252), first measuring tank (21) is equipped with graduated scale (212), and the graduated scale It (212) is transparent configuration.

3. a kind of quantitative feed blender to albumen powder processing according to claim 2, it is characterised in that: described the Be symmetrically arranged with two first connection frames (26) on the outside of one measuring tank (21), the first sliding groove (11) in class " in " font is arranged, and Two first connections frame (26) are slidably connected the first sliding groove (11).

4. a kind of quantitative feed blender to albumen powder processing according to claim 2, it is characterised in that: described the One squeeze unit (5) includes the first spill spin block (51), and the first spill spin block (51) rotation connects in first measuring tank (21) Wall upper end, and the second driving motor (52) are equipped with below first spill spin block (51), the second driving motor (52) driving The second screw rod of axis connection (53), the second screw rod (53) upper bearing (metal) connect the first fixed disk (54), first fixed disk (54) outside is symmetrically arranged with two the second convex blocks (541), is symmetrically arranged with third sliding slot (213) on the inside of first measuring tank (21), Two second convex blocks (541) are slidably connected the third sliding slot (213), and symmetrically set below first fixed disk (54) There are two the first slide bar (542), two first slide bars (542) are slidably connected the first extruding disk (55), and described first squeezes The second screw rod (53) are rotatablely connected in the middle part of platen (55), and are equipped with the first passage (27) below first measuring tank (21), institute The first passage (27) are stated equipped with shut-off valve (271).

5. a kind of quantitative feed blender to albumen powder processing according to claim 1, it is characterised in that: the shake Dynamic formula agitating unit (3) includes the first rotation pipe (31), and multiple first stirrings are symmetrically arranged on the outside of first rotation pipe (31) Bar (32), and multiple first stirring rods (32) are slidably connected the cabinet (1) inner wall, and in first rotation pipe (31) Side is equipped with first bearing (33), and the second connection frame (34), second connection frame (34) are equipped with above the first bearing (33) Inside is symmetrically arranged with multiple first fixed tooth (341), and is equipped with third driving motor (35) in the cabinet (1), the third Driving motor (35) one end is equipped with the first arc-shaped gear (351), and first arc-shaped gear (351) is connected multiple described first solid Fixed tooth (341), and two the first telescopic rods (342) are symmetrically arranged with above second connection frame (34), two described first are stretched Contracting bar (342) is fixedly connected on the cabinet (1) inner top side.

6. a kind of quantitative feed blender to albumen powder processing according to claim 5, it is characterised in that: the machine It is detachably connected the first terminal pad (13) below case (1), the first screw rod column (131) is equipped in the middle part of first terminal pad (13), The first screw rod column (131) is threadedly coupled first rotation pipe (31).

7. a kind of quantitative feed blender to albumen powder processing according to claim 6, it is characterised in that: the liter Drop formula discharging unit (4) includes the second terminal pad (41), is rotatablely connected third screw rod (42) in the middle part of second terminal pad (41), And the 4th driving motor (43) is equipped in the middle part of first terminal pad (13), the 4th driving motor (43) the driving axis connection the Three screw rods (42), and first terminal pad (13) is equipped with the first discharge hole (132), it is symmetrical on second terminal pad (41) Equipped with multiple first connecting rods (44), multiple first connecting rods (44) are slidably connected multiple first discharge holes (132), And vehicle is set there are two third convex block (411) on the outside of second terminal pad (41), two the are correspondingly provided in the cabinet (1) Four sliding slots (14), two third convex blocks (411) are slidably connected two the 4th sliding slots (14), and two thirds are convex It respectively corresponds and is set there are two the second telescopic rod (45) above block (411), two second telescopic rods (45) are detachably connected institute It states cabinet (1), and the cabinet (1) inside lower end is arranged in infundibulate.