CN215305074U - Seasoning discharging device and cooking equipment - Google Patents

Abstract

The utility model discloses a seasoning blanking device and cooking equipment. The main technical scheme of the utility model is as follows: the material storage component (1) is provided with a material outlet (2), the material outlet (2) is provided with a quantifying mechanism (3) which is provided with a plurality of quantifying units (31), the quantifying mechanism (3) is connected with a control component (4) to control the quantifying mechanism (3) to move, and seasonings conveyed to the quantifying units (31) from the material storage component (1) are conveyed to the material outlet (2); the volume of the quantitative unit (31) is adjustable, a disturbance component (5) is arranged at the discharge port (2), and the disturbance component (5) is used for changing the volume of the quantitative unit (31) reaching the discharge port (2) when the quantitative mechanism (3) moves. The utility model is mainly used for containing and quantitatively picking seasonings.

Description

Seasoning discharging device and cooking equipment

Technical Field

The utility model relates to the technical field of intelligent kitchens, in particular to a seasoning discharging device and cooking equipment.

Background

With the improvement of science and technology and the improvement of living standard, the requirement of people on daily diet quality is higher and higher, the proportion of seasonings and food materials in the cooking process is a main factor for determining the taste of food, so that the accurate control of the use amount of the seasonings becomes an important part in the cooking process. In the existing quantitative blanking device, the seasonings in the quantitative volume unit are conveyed to the discharge port one by one to realize quantitative picking of the seasonings, but the seasonings generally have viscosity and are easy to agglomerate or adhere to the quantitative unit, so that the seasonings in the quantitative unit cannot fall down completely at the discharge port, the precision of the material taking amount is seriously influenced, the volume of the quantitative unit is influenced by the continuous accumulation of the adhered seasonings, and the seasonings are difficult to clean.

SUMMERY OF THE UTILITY MODEL

In view of this, the embodiment of the utility model provides a seasoning discharging device and a cooking device, which mainly perform small disturbance on the volume of a quantitative unit at a discharge port by arranging a disturbance component, so as to promote the seasoning in the quantitative unit to be fully separated from the quantitative unit, thereby achieving the purpose of accurate discharging.

In order to achieve the purpose, the utility model mainly provides the following technical scheme:

in one aspect, an embodiment of the present invention provides a seasoning discharging device, including:

the seasoning conveying device comprises a material storage assembly (1), wherein the material storage assembly (1) is provided with a discharge hole (2), a quantifying mechanism (3) is arranged at the discharge hole (2), a plurality of quantifying units (31) are arranged on the quantifying mechanism (3), the quantifying mechanism (3) is connected with a control assembly (4), and the control assembly (4) is used for controlling the quantifying mechanism (3) to move and conveying seasonings conveyed to the quantifying units (31) from the material storage assembly (1) to the discharge hole (2);

the volume of the quantifying unit (31) is adjustable, the discharge port (2) is provided with the disturbing component (5), and the disturbing component (5) is used for changing the volume of the quantifying unit (31) reaching the discharge port (2) when the quantifying mechanism (3) moves.

Furthermore, the quantitative mechanism (3) is a runner, a plurality of axially extending runner blades (32) are distributed on the periphery of the runner, the quantitative unit (31) is a grid formed between adjacent runner blades (32), the runner blades (32) are made of elastic materials, and the disturbance assembly (5) is used for shifting the runner blades (32) to change the volume of the grid.

Furthermore, the disturbance assembly (5) comprises a single stirring sheet (51), and the stirring sheet (51) is arranged at the edge of the discharge port (2) and extends into the grid towards the rotating wheel;

or the disturbance assembly (5) comprises a pair of poking sheets (51), the pair of poking sheets (51) are respectively fixed at the two side edges of the discharge port (2) and extend into the grids in the direction of the runner, and the distance between the pair of poking sheets (51) is greater than the arc length of one grid opening and smaller than the arc lengths of two adjacent grid openings.

Further, disturbance subassembly (5) include first boss (52) and second boss (53), first boss (52) are fixed in storage component (1) inner wall, and be less than a grid opening arc length apart from discharge gate (2) one side border distance, second boss (53) are fixed in discharge gate (2) opposite side border, first boss (52) and second boss (53) top all are located the grid, first boss (52) and second boss (53) are apart from being greater than a grid opening arc length, the runner rotates the in-process, runner blade (32) pass through first boss (52) to discharge gate (2) to second boss (53) in proper order, with this reciprocal.

Further, disturbance subassembly (5) are including stirring piece (51) and first boss (52), first boss (52) are fixed in storage component (1) inner wall, and be less than a grid opening arc length apart from discharge gate (2) one side border distance, stir piece (51) and be fixed in discharge gate (2) opposite side border, stir piece (51) and first boss (52) top all are located the grid, stir piece (51) and first boss (52) interval distance are greater than a grid opening arc length, the runner rotates the in-process, runner blade (32) are in proper order through first boss (52) to discharge gate (2) to stir piece (51), it is reciprocal with this.

Further, a caking breaking component (6) for breaking the seasonings is arranged in the storage component (1);

the caking breaking component (6) is at least one rib fixed in the material storage component (1);

or the caking breaking component (6) is a stirring blade arranged in the material storage component (1);

or the caking breaking component (6) is an independent shaking ball arranged in the material storage component (1).

Further, the method also comprises the following steps: the base (7), in base (7) were located in control assembly (4), base (7) and storage component (1) formula structure as an organic whole or split type structure.

Furthermore, the base (7) and the storage component (1) are of a split structure, one of the base (7) and the storage component (1) is provided with a magnetic part (71), the other one of the base (7) and the storage component (1) is provided with a magnetic part (72), and the magnetic part (71) and the magnetic part (72) are mutually attracted to communicate the rotating wheel with the control component (4);

a buffer memory component (8) is arranged below the discharge port (2), and a controllable opening (81) is arranged below the buffer memory component (8).

Furthermore, the buffer assembly (8) is detachably connected with the storage assembly (1).

Furthermore, the base (7) and the material storage component (1) are of an integrated structure, a mounting cavity (73) is formed in the base (7), and the control component (4) is located in the mounting cavity (73);

the control assembly (4) comprises:

the power end (41) is arranged in the mounting cavity (73), is connected with the rotating wheel and is used for driving the rotating wheel to rotate;

a power supply part (42) which is arranged in the mounting cavity (73) and is used for supplying power to the power end (41);

and the electric control plate (43) is arranged in the mounting cavity (73), and the electric control plate (43) is connected with the power end (41).

In another aspect, an embodiment of the present invention provides a cooking apparatus, including the seasoning discharging device in any one of the above.

According to the seasoning blanking device and the cooking equipment provided by the embodiment of the utility model, the seasoning in the quantitative unit is completely dropped by arranging the disturbance component. In the prior art, the seasonings in the quantitative volume unit are conveyed to the discharge port one by one to realize quantitative pickup of the seasonings, but the seasonings generally have viscosity and are easy to agglomerate or adhere to the quantitative unit, so that the seasonings in the quantitative unit cannot fall down completely at the discharge port, the accuracy of the material taking amount is seriously influenced, the volume of the quantitative unit is influenced by continuous accumulation of the adhered seasonings, and the seasonings are difficult to clean. Compared with the prior art, through setting up the disturbance subassembly in this application file, carry out small disturbance to the ration unit volume in discharge gate department, promote in the ration unit condiment and the quantitative unit fully break away from, reach the purpose of accurate blanking.

Drawings

Fig. 1 is a schematic structural view of a seasoning discharging device provided in an embodiment of the present invention at a first viewing angle;

fig. 2 is a schematic view of a disturbing assembly of the seasoning discharging device according to the embodiment of the present invention;

FIG. 3 is a schematic view of another disturbing assembly of the seasoning discharging device according to the embodiment of the present invention;

FIG. 4 is a schematic view of another disturbing assembly of the seasoning discharging device according to the embodiment of the present invention;

fig. 5 is a schematic structural view of another seasoning discharging device provided in the embodiment of the present invention at a first viewing angle;

fig. 6 is a schematic structural view of another seasoning discharging device provided in an embodiment of the present invention at a first viewing angle.

Detailed Description

To further illustrate the technical means and effects of the present invention for achieving the predetermined purpose of the utility model, the following detailed description will be made on the specific implementation, structure, features and effects of the seasoning discharging device and the cooking device according to the present invention with reference to the accompanying drawings and preferred embodiments.

As shown in fig. 1 to 3, an embodiment of the present invention provides a seasoning discharging device, including:

the seasoning conveying device comprises a material storage assembly (1), wherein the material storage assembly (1) is provided with a discharge hole (2), a quantifying mechanism (3) is arranged at the discharge hole (2), a plurality of quantifying units (31) are arranged on the quantifying mechanism (3), the quantifying mechanism (3) is connected with a control assembly (4), and the control assembly (4) is used for controlling the quantifying mechanism (3) to move and conveying seasonings conveyed to the quantifying units (31) from the material storage assembly (1) to the discharge hole (2);

the volume of the quantifying unit (31) is adjustable, the discharge port (2) is provided with the disturbing component (5), and the disturbing component (5) is used for changing the volume of the quantifying unit (31) reaching the discharge port (2) when the quantifying mechanism (3) moves.

The storage assembly (1) is used for storing seasonings, the storage assembly (1) and the dosing mechanism (3) can be in various forms, and the aim is that the dosing unit (31) which is blanked can fill the seasonings in the storage assembly (1) in the movement process of the dosing mechanism (3). The quantitative unit (31) is fixed in capacity in a natural state, the quantitative units (31) can have the same capacity or different capacities, and the control assembly (4) controls the movement stroke of the quantitative mechanism (3) according to the discharge requirement and the capacity of the quantitative unit (31) so that the specified quantitative unit (31) can be discharged through the discharge hole (2). When the quantitative unit (31) moves to the discharge hole (2), the quantitative unit is disturbed by the disturbing component (5), the volume of the quantitative unit changes slightly, and the inner wall of the quantitative unit contracts or expands, so that the seasonings in the quantitative unit (31) are completely separated from the inner wall of the quantitative unit (31), and the aim of accurate blanking is fulfilled. Meanwhile, the quantitative unit (31) is disturbed to generate vibration, and when the rigidity of the side wall of the quantitative unit (31) is higher, the blanking promoting effect can be still achieved. It can be understood that, regarding the change of the volume of the quantitative unit (31), on one hand, it means that the quantitative unit (31) may have a slight change of its volume due to the external force of disturbance, which may not be actually detected due to the limitation of the precision of the detection tool and the subjective factors of the detection person, that is, the change of the volume of the quantitative unit (31) may not necessarily represent that the change of the volume may be actually detected; on the other hand, the change in volume of the dosing unit (31) is a change at the moment of disturbance and does not represent a change in volume over time, nor does it represent a change in volume that needs to be maintained.

According to the seasoning blanking device provided by the embodiment of the utility model, the seasoning in the quantitative unit is completely dropped by arranging the disturbance component. In the prior art, the seasonings in the quantitative volume unit are conveyed to the discharge port one by one to realize quantitative pickup of the seasonings, but the seasonings generally have viscosity and are easy to agglomerate or adhere to the quantitative unit, so that the seasonings in the quantitative unit cannot fall down completely at the discharge port, the accuracy of the material taking amount is seriously influenced, the volume of the quantitative unit is influenced by continuous accumulation of the adhered seasonings, and the seasonings are difficult to clean. Compared with the prior art, through setting up the disturbance subassembly in this application file, carry out small disturbance to the ration unit volume in discharge gate department, promote in the ration unit condiment and the quantitative unit fully break away from, reach the purpose of accurate blanking.

Specifically, as shown in fig. 2, the quantitative mechanism (3) is the runner, the runner includes the pivot of the level setting of being connected with control assembly (4) and a plurality of axially extended runner blades (32) around pivot circumference evenly distributed, quantitative unit (31) is the grid that forms between adjacent runner blade (32), in this embodiment, each grid all has the same predetermined capacity, control assembly (4) include angle sensor, make the grid of corresponding number through the blanking of discharge gate (2) through the rotatory certain angle of control pivot, reach quantitative unloading's purpose. Storage component (1) is used for holding the less solid condiment of powdered particle or the liquid condiment that has certain viscosity, storage component (1) is by the bottom ejection of compact, its lower half is hopper-shaped, the hopper-shaped part bottom is provided with discharge gate (2), hopper-shaped part bottom sets up runner department for the semicircle that agrees with along the shape mutually with runner blade (32) outward, the grid rotates first half circumference in-process, the interior condiment of storage component (1) falls into the grid, the grid rotates the first half circumference in-process, maintain the interior condiment volume of grid until grid process discharge gate (2) blanking by hopper-shaped part bottom inner wall and grid jointly. Wherein, runner blade (32) adopt the elasticity material, specifically can be soft PP material, and the runner rotates the in-process, and runner blade (32) receives the external force that disturbance subassembly (5) exerted through disturbance subassembly (5), and deformation takes place for runner blade (32), and the grid inner wall contracts or expands, shakes off condiment, plays the purpose that makes condiment fully drop. In addition, when seasoning particles are large, large-particle seasoning can be avoided by deforming the runner blade (32), so that the rotation resistance can be reduced, and the service power of the motor can be reduced.

The disturbance component (5) can be in various forms and aims to stir the runner blade (32) to achieve the purpose of deforming the side wall of the grid. Three specific forms of perturbing member (5) are provided:

first, as shown in fig. 2, the disturbing assembly (5) includes a single stirring sheet (51), and the stirring sheet (51) is disposed at the edge of the discharge port (2) and extends into the grid in the direction of the runner. Or the disturbance assembly (5) comprises a pair of poking sheets (51), the pair of poking sheets (51) are respectively fixed at the two side edges of the discharge port (2) and extend into the grids in the direction of the runner, and the distance between the pair of poking sheets (51) is greater than the arc length of one grid opening and smaller than the arc lengths of two adjacent grid openings. When the poking piece (51) is a single poking piece (51), the poking piece can be arranged at the edge of any side opening. The following describes in detail the case of a pair of tumbler pieces (51): in the figure 2, the rotating wheel rotates anticlockwise, when a left rotating wheel blade (32) of a blanking grid (31a) passes through a left shifting piece (51), the rotating wheel blade (32) bends leftwards under the fluctuation of the left shifting piece (51) to generate deformation, the inner wall of the grid (31a) expands to increase the volume of the blanking grid (31a) so that seasonings in the blanking grid easily fall down, the rotating wheel continuously rotates to the right rotating wheel blade (32) of the grid (31a) to pass through a right shifting piece (51), the rotating wheel blade (32) bends leftwards under the stirring of the right shifting piece (51) to generate deformation, the inner wall of the grid (31a) contracts, the volume of the blanking grid (31a) is reduced, and the seasonings adhered to the inner wall of the grid (31a) are extruded and fall down. The processes are repeated, so that the seasonings in the grids are vibrated by expansion and extrusion successively, and the seasonings are ensured to fall off fully. The distance between the pair of stirring pieces (51) ensures that a single grid is successively subjected to two independent disturbances, the time interval of the disturbances on the two sides is shortened, and the vibration effect caused by the disturbances is greatly increased.

Secondly, as shown in fig. 3, the disturbing assembly (5) comprises a first boss (52) and a second boss (53), the first boss (52) and the second boss (53) are semi-cylindrical protrusions extending along the axial direction of the rotating wheel, the first boss (52) is fixed on the semi-circular inner wall at the bottom end of the storage assembly (1), the distance from the edge of one side of the discharge port (2) to the semi-circular inner wall is smaller than the arc length of a grid opening, the second boss (53) is fixed on the edge of the other side of the discharge port (2), the top ends of the first boss (52) and the second boss (53) are both positioned in the grid, and the distance between the first boss (52) and the second boss (53) is larger than the arc length of the grid opening. The runner rotates clockwise, the left runner blade (32) of the grid (31b) reaches the discharge hole (2), and the runner blade continues to move until the right runner blade (32) of the grid (31b) passes through the first boss (52), at the moment, a part of the grid (31b) passes through the discharge hole (2), the right runner blade (32) bends rightwards under the stirring of the first boss (52) to generate deformation, the inner wall of the grid (31b) expands, so that the volume of the grid (31b) is increased, and blanking is started between the left runner blade (32) and the right opening edge of the grid (31 b). With the rotation of the rotating wheel, the seasonings in the grid (31b) are separated gradually, the rotating wheel continues to rotate until the left rotating wheel blade (32) of the grid (31b) passes through the second boss (53), the left rotating wheel blade (32) bends rightwards under the stirring of the second boss (53) to generate deformation, the inner wall of the grid (31b) contracts, the volume of the grid (31b) is reduced, and the seasonings fall under extrusion. The boss is smaller than the shifting piece (51), and when the seasoning particles are larger, the boss can prevent the rotation blockage caused by larger rotation resistance. The first boss (52) is arranged on the inner wall of the storage component (1), so that the seasonings in the grid (31b) move along with the grid (31b) while being disturbed, the seasonings gradually fall in the grid (31b) in a rolling mode, and the falling sufficiency of the seasonings is improved.

Thirdly, the stirring sheet (51) and the boss can be combined for use, as shown in fig. 4, the disturbance assembly (5) comprises the stirring sheet (51) and the first boss (52), the first boss (52) is fixed on the inner wall of the material storage assembly (1), the distance from one side edge of the material outlet (2) is less than the arc length of a grid opening, the stirring sheet (51) is fixed on the other side edge of the material outlet (2), the tops of the stirring sheet (51) and the first boss (52) are both located in the grid, and the distance between the stirring sheet (51) and the first boss (52) is greater than the arc length of the grid opening. The rotating wheel rotates clockwise, the rotating wheel blade (32) at the left side of the grid (31c) reaches the discharge hole (2), and the movement is continued until the runner blade (32) on the right side of the grid (31c) passes through the first boss (52), at the moment, a part of the grid (31c) passes through the discharge hole (2), the runner blade (32) on the right side bends rightwards under the stirring of the first boss (52) to generate deformation, the inner wall of the grid (31c) expands, blanking is started between the runner blade (32) on the left side of the grid (31c) and the edge of the right opening, seasonings in the grid (31c) are gradually separated along with the rotation of the runner, the runner continuously rotates until the runner blade (32) on the left side of the grid (31c) passes through the stirring sheet (51), the runner blade (32) on the left side bends rightwards under the stirring of the stirring sheet (51) to generate deformation, the inner wall of the grid (31c) shrinks, and the seasonings fall under the extrusion. The boss and the stirring sheet (51) are combined, so that the rotation blockage can be prevented, and the disturbance strength of the grid can be ensured.

The disturbing assembly (5) is not limited to the form of the lug boss and the poking piece (51), and the lug boss and the poking piece (51) can be combined in various other forms, so that the runner blade (32) is disturbed, the inner wall of the grid is deformed and vibrated, and seasonings are fully discharged.

The blanking device carries out quantitative seasoning picking by virtue of the grid with preset capacity, and the accuracy of the amount of seasoning carried by the storage assembly (1) and the falling sufficiency of the seasoning in the grid of the grid are very important for the seasoning picking accuracy. For guaranteeing that the seasonings in the storage component (1) can smoothly fall into and fill the grids, a caking breaking component (6) for breaking the seasonings is arranged in the storage component (1), large particles of caking are prevented from enabling the grids to be completely filled, and the seasonings higher than the interior of the storage component (1) are prevented from falling. The de-agglomeration assembly (6) can be in various forms, such as:

the caking breaking assembly (6) is at least one rib fixed in the material storage assembly (1), a user holds the blanking device to shake, and seasonings in the blanking device are turned over and collide with the rib, so that the caking is broken up.

Or, as shown in fig. 5, broken caking subassembly (6) is for placing stirring vane (61) in storage component (1), stirring vane (61) vertical setting, its pivot one end is fixed in storage component (1) top, the other end suspension, stirring vane (61) connection control subassembly (4), user's accessible outside button or remote control's mode starts stirring vane (61), smash condiment in storage component (1), perhaps, control subassembly (4) are at rotatory stirring vane (61) of starting simultaneously of control runner, make the better grid that falls of condiment in storage component (1).

Or, broken caking subassembly (6) are for arranging independent rocking ball in storage component (1), and rocking ball is crisscross fixed forming by a plurality of ring shape cutting rings, shakes storage component (1) through the user, makes to shake ball striking cutting condiment in storage component (1), reaches broken caking effect.

In order to ensure the portability of the device or the flexibility of the device, the embodiment provides the following two control assembly (4) setting modes:

the automatic storage device is provided with a base (7), a control assembly (4) is arranged in the base (7), and the base (7) and the storage assembly (1) are of an integrated structure or a split structure.

Firstly, as shown in fig. 1, the base (7) and the magazine assembly (1) are of an integrated structure, a mounting cavity (73) is formed in the base (7), and the control assembly (4) is located inside the mounting cavity (73). The control assembly (4) comprises: the power end (41) is arranged inside the mounting cavity (73), is connected with the rotating wheel and is used for driving the rotating wheel to rotate, the power supply part (42) is arranged inside the mounting cavity (73) and is used for supplying power to the power end (41), the electric control plate (43) is arranged inside the mounting cavity (73), and the electric control plate (43) is connected with the power end (41). The power supply unit (42) may wirelessly supply power by means of bluetooth or the like, or may be a charging device. Automatically controlled board (43) are used for receiving the user instruction and assign action signal to power end (41) according to the instruction, the mode that automatically controlled board (43) received the instruction can be multiple, for example automatically controlled board (43) is the treater that has wireless receiving function, remote connection user's cell-phone or intelligent kitchen host computer, remote receipt user instruction, or, automatically controlled board (43) are including setting up button or touch window (44) on storage subassembly (1) outer wall, the user assigns the instruction through button (44), simultaneously automatically controlled board (43) accessible window (44) show the buffer memory state, automatically controlled board (43) can also include the vibrations sensor, be used for acquireing user action instruction, if the user accessible shakes unloader and assigns buffer memory instruction.

Secondly, because control assembly (4) have the equal great characteristic of volume weight, for guaranteeing user convenient to use, as shown in fig. 6, base (7) and control assembly (4) are split type structure, power end (41) are located in base (7), power end (41) correspond the position and set up the opening on base (7), base (7) are provided with annular magnetic part (71), storage assembly (1) outer wall bottom surface border is provided with annular magnetism and inhales piece (72), the buffer memory in-process, place storage assembly (1) on base (7), magnetic part (71) and magnetism inhale piece (72) and attract each other, the runner pivot is connected with power end (41) in inserting base (7) by the opening. A buffer memory component (8) is arranged below the discharge port (2), and a controllable opening (81) is arranged below the buffer memory component (8).

Above-mentioned split type structure, base (7) are the control main part, and a plurality of unloader can be placed in base (7), sets up central processing unit and the power supply portion that is connected respectively with each unloader power end (41) in it, can carry out the independent control to the unloader of different positions respectively. Get condiment back at the user, place unloader in base (7) corresponding position, storage component (1) is fixed with base (7), user's cache instruction is received in base (7), assign the action information to corresponding power end (41), the drive runner rotates and presets the angle, predetermine volume condiment and fall into behind cache component (8) by discharge gate (2), end by base (7) suggestion user's cache, storage component (1) is taken off by base (7) to the user, open controllable opening (81) and acquire condiment. Base (7) and storage component (1) split type very big assurance unloader's portability, and the centralized control mode makes control more accurate convenient, guarantees simultaneously that the kitchen operation platform is clean and tidy.

Wherein, buffer memory subassembly (8) can be dismantled with storage component (1) and be connected, after the unloading, can take up buffer memory subassembly (8) alone and acquire condiment, and it is more convenient to use.

On the other hand, the embodiment of the utility model provides cooking equipment which comprises the seasoning discharging device in any one of the seasoning discharging devices and has the advantages of the seasoning discharging device in any one of the seasoning discharging devices.

The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention, and all the changes or substitutions should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims.

Claims (11)

1. A condiment unloader, comprising:

the seasoning storage device comprises a storage component (1), wherein the storage component (1) is provided with a discharge hole (2), a quantifying mechanism (3) is arranged at the discharge hole (2), the quantifying mechanism (3) is provided with a plurality of quantifying units (31), the quantifying mechanism (3) is connected with a control component (4), the control component (4) is used for controlling the quantifying mechanism (3) to move, and seasonings conveyed into the quantifying units (31) from the storage component (1) are conveyed to the discharge hole (2);

the volume of the quantitative unit (31) is adjustable, a disturbing component (5) is arranged at the discharge port (2), and the disturbing component (5) is used for changing the volume of the quantitative unit (31) reaching the discharge port (2) when the quantitative mechanism (3) moves.

2. The seasoning unloading apparatus of claim 1 wherein,

quantitative mechanism (3) are the runner, runner blade (32) of a plurality of axial extensions are distributed to runner circumference, quantitative unit (31) are adjacent the grid that forms between runner blade (32), runner blade (32) adopt the elastic material, disturbance subassembly (5) are used for through stirring runner blade (32) change the volume of grid.

3. The seasoning unloading apparatus of claim 2 wherein,

the disturbance assembly (5) comprises a single stirring sheet (51), and the stirring sheet (51) is arranged at the edge of the discharge port (2) and extends into the grid towards the rotating wheel;

or the disturbance assembly (5) comprises a pair of poking sheets (51), the poking sheets (51) are fixed on the two side edges of the discharge port (2) respectively and extend into the grids in the direction of the rotating wheel, and the distance between the poking sheets (51) is larger than one arc length of the grid opening and smaller than two adjacent arc lengths of the grid opening.

4. The seasoning unloading apparatus of claim 2 wherein,

disturbance subassembly (5) include first boss (52) and second boss (53), first boss (52) are fixed in storage subassembly (1) inner wall, and the distance discharge gate (2) one side border distance is less than one grid opening arc length, second boss (53) are fixed in discharge gate (2) opposite side border, first boss (52) with second boss (53) top all is located in the grid, first boss (52) with second boss (53) interval is greater than one grid opening arc length, the runner rotates the in-process, runner blade (32) pass through in proper order first boss (52) extremely discharge gate (2) extremely second boss (53) to this is reciprocal.

5. The seasoning unloading apparatus of claim 2 wherein,

disturbance subassembly (5) are including stirring piece (51) and first boss (52), first boss (52) are fixed in storage component (1) inner wall, and the distance discharge gate (2) one side border distance is less than one grid opening arc length, stir piece (51) and be fixed in discharge gate (2) opposite side border, stir piece (51) with first boss (52) top all is located in the grid, stir piece (51) with first boss (52) interval is greater than one grid opening arc length, the runner rotates the in-process, runner blade (32) pass through in proper order first boss (52) extremely discharge gate (2) extremely stir piece (51) to this is reciprocal.

6. The seasoning unloading apparatus of claim 1 wherein,

a caking breaking component (6) for breaking the seasonings is arranged in the storage component (1);

the caking breaking component (6) is at least one rib fixed in the material storage component (1);

or the caking breaking component (6) is a stirring blade arranged in the storage component (1);

or the caking breaking component (6) is an independent shaking ball arranged in the material storage component (1).

7. The seasoning unloading apparatus of any of claims 1 to 6 further comprising:

the storage component comprises a base (7), wherein a control component (4) is arranged in the base (7), and the base (7) and the storage component (1) are of an integrated structure or a split structure.

8. The seasoning unloading apparatus of claim 7 wherein,

the base (7) and the storage component (1) are of a split structure, one of the base (7) and the storage component (1) is provided with a magnetic part (71), the other one of the base (7) and the storage component (1) is provided with a magnetic part (72), and the magnetic part (71) and the magnetic part (72) are mutually attracted to communicate the quantifying mechanism (3) with the control component (4);

discharge gate (2) below is provided with buffer memory subassembly (8), buffer memory subassembly (8) below is provided with controllable opening (81).

9. The seasoning unloading apparatus of claim 8 wherein,

the buffer assembly (8) is detachably connected with the storage assembly (1).

10. The seasoning unloading apparatus of claim 7 wherein,

the base (7) and the material storage component (1) are of an integrated structure, a mounting cavity (73) is formed in the base (7), and the control component (4) is located in the mounting cavity (73);

the control assembly (4) comprises:

the power end (41) is arranged in the mounting cavity (73), is connected with the quantitative mechanism (3) and is used for driving the quantitative mechanism (3) to rotate;

a power supply part (42) which is arranged in the mounting cavity (73) and is used for supplying power to the power end (41);

and the electric control plate (43) is arranged in the mounting cavity (73), and the electric control plate (43) is connected with the power end (41).

11. A cooking device comprising the seasoning dispensing apparatus of any of claims 1 to 10.

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