CN115845684A - Multifunctional batching device for producing essence - Google Patents

Abstract

The invention discloses a multifunctional batching device for producing essence, and belongs to the technical field of batching devices. The dosing unit includes pan feeding mechanism, the batch bin, mixing mechanism and batching bag, the batching bag is accompany to the batch bin facial make-up, install pan feeding mechanism on the batch bin, pan feeding mechanism is connected and cooperates with unloading mechanism, be used for to batching in the bag put in multiple spices, pan feeding mechanism and batch bin cooperation, be used for establishing airtight and expanded hybrid space in batching bag inside, be provided with mixing mechanism in the batch bin, mixing mechanism is used for carrying out the hybrid processing to the inside multiple spices of batching bag under the inflation state, the batch bin is equipped with the curing chamber, be used for carrying out the curing to the spices of batching bag inside mixture under a plurality of non-inflation states. The invention transfers the mixed materials into the batching bag, avoids the cleaning of the batching device and the cross contamination of two consecutive adjacent mixing operations, and is provided with the independent curing chamber, thereby avoiding the mutual interference of the mixing and curing processes and improving the working efficiency of the batching device.

Description

Multifunctional batching device for producing essence

Technical Field

The invention belongs to the technical field of batching devices, and particularly relates to a multifunctional batching device for producing essence.

Background

The essence is a mixture which is manually prepared and contains more than two or even dozens of spices and has certain fragrance. In the production process of the essence, various spices need to be fully mixed and cured in a batching device, and the traditional batching device has the functions of heating, temperature control, stirring and the like and plays an important role in the preparation and production of the essence.

With prior art, the mixing stirring process of multiple essence is gone on inside the dosing unit, and a large amount of essence powders can be stayed to the jar wall, for avoiding the cross contamination of adjacent twice batching stirring work, need carry out instant cleaning to the dosing unit, and this not only wastes the essence raw materials, still can pay more work, influences dosing unit's utilization efficiency.

In addition, the essence curing is generally performed in the batching device, the essence curing usually needs 2-3 hours, the curing effect in the constant temperature environment in the batching device is good, but the essence curing occupies an inner cavity of the batching device for a long time, and the utilization efficiency of the batching device is influenced again.

Disclosure of Invention

The purpose of the invention is as follows: the utility model provides a multi-functional dosing unit of production essence to solve the above-mentioned problem that prior art exists.

The technical scheme is as follows: the utility model provides a multi-functional dosing unit of production essence, includes pan feeding mechanism, batch bin, mixing mechanism and batching bag, the batching bin facial make-up accompanies the batching bag, install pan feeding mechanism on the batch bin, pan feeding mechanism is connected and cooperates with the feed mechanism for put in multiple spices in the batching bag, pan feeding mechanism and batch bin cooperation for establish airtight and expanded mixed space at batching bag inside, be provided with mixing mechanism in the batch bin, mixing mechanism is used for carrying out the hybrid processing to the inside multiple spices of batching bag under the inflation state, be equipped with the curing chamber in the batch bin for the spices to batching bag inside mixing under a plurality of non-inflation states carries out the curing.

Further, the batching box is including batching half shell and batching shell, it forms mixing chamber and clamping groove with the batching shell to batching half shell, batching bag and mixing mechanism all set up in the mixing chamber, the clamping inslot is provided with the pan feeding flange, through shutter swing joint between the half shell of batching and the batching shell, be equipped with the pneumatic valve on the batching shell, the one end and the external inert gas source of pneumatic valve are connected, and the other end is connected with the valve port of going into the gas, be equipped with the friction tape on the mixing chamber inner wall, the friction tape cooperates with the friction texture on the batching bag under the expansion state for the fixed of batching bag under the expansion state.

Further, mixing mechanism is including allocating the subassembly, assaulting subassembly and hybrid motor, hybrid motor installs in the curing chamber, and the output passes the batching shell and extends to the mixing chamber and be connected with allocating the subassembly, allocate the subassembly and articulate on the batching shell for spices in the batching bag to one side under the gathering expansion state, and periodic drive assaults the subassembly, it sets up in batching shell bottom to assault the batching bag under the expansion state to assault the subassembly activity.

Furthermore, the distribution assembly comprises two groups of rotating units and a distribution roller hinged between the two groups of rotating units, the rotating units comprise distribution frames, impact cams and connecting rings, the distribution frames and the impact cams are stacked in a staggered mode, the connecting rings penetrate through the distribution frames and the impact cams, the distribution assembly is hinged to the batching shell through the connecting rings, one connecting ring is connected with the mixing motor, and the impact cams are matched with the impact assemblies;

the impact assembly comprises an impact frame, the impact frame is arranged at the bottom of the batching shell in a sliding mode through a limiting sliding buckle, an impact block matched with the impact cam is installed on the impact frame, a reset belt is connected between the impact frame and the batching shell, a limiting block is arranged on the impact frame and matched with the limiting sliding buckle, the impact frame is connected with an impact frame through a polygonal pin, and the impact frame is hinged with an impact roller and used for impacting spices gathered in the batching bag.

Further, pan feeding mechanism is installed at the top of batching shell, pan feeding mechanism includes the pivot, rotate through the bearing in the pivot and be connected with into the charging tray, fixed mounting has the support in the pivot, install the charging tray motor on the support, charging tray motor output passes through the driving tooth and goes into the driving tooth meshing of installing on the charging tray for the drive goes into the working part that sets up on the charging tray and revolutes the rotation of axes and match with the batching bag.

Further, it is circular distribution's station hole to set up a plurality of on the income charging tray, the working part divides to establish at a plurality of station downtheholely, the working part includes cock ring, sealing plug and a plurality of unloading mouth, and is a plurality of be connected through flexible shell fragment between unloading mouth and the station hole, and is a plurality of the unloading mouth passes through the hose and is connected with unloading mechanism for the ration unloading of multiple spices, the cock ring is used for keeping in the anti-reverse stopper of batching bag, the sealing plug cooperates with batching bag for the sealed of batching bag.

Further, pan feeding mechanism is still including ordering about the subassembly that pushes down that the working part matches with the batching bag, the subassembly that pushes down is including installing the lower air cylinder on the support and articulating the fork that pushes down on the support, the support is equipped with the torsional spring with the articulated department of pushing down the fork for the one end of keeping pushing down the fork contacts with the output of pushing down the air cylinder, the other end and the working part cooperation of pushing down the fork.

Further, the batching bag includes the rubber bag, be provided with the pan feeding flange on the rubber bag, the pan feeding flange cooperates with the batching box for the clamping of batching bag, the pan feeding flange cooperates with pan feeding mechanism for the input of spices and the sealed of batching bag, the joint has anti-reverse stopper in the pan feeding flange, in anti-reverse stopper fills the pan feeding flange from the cock ring through pushing down the subassembly, still be equipped with the valve of admitting air on the rubber bag, the valve of admitting air cooperates with the batching box for aerify the inflation to the batching bag.

Further, prevent that contrary stopper includes that the middle part link up and take the cock body of side ear structure, be provided with in the cock body and prevent contrary stromatolite, prevent against contrary stromatolite and set up the kraft paper in a plurality of cross gaps for the multilayer, the direction of seting up in cross gap is the same with the direction that spices got into the batching bag, the bullet catching groove has been seted up on the cock body, be equipped with the spring buckle in the bullet catching groove, the draw-in groove cooperation that spring buckle and pan feeding flange inner wall were seted up, the bayonet socket has been seted up on the side ear structure of cock body for prevent against the stopper and take out in the pan feeding flange.

Further, the batching box still includes the curing door, the curing door forms the curing chamber with the batching shell, be equipped with curing temperature control unit in the curing chamber, be equipped with in the curing chamber with batching bag on pan feeding flange complex rack for batching bag deposit.

Has the advantages that: according to the invention, a plurality of spices to be mixed are quantitatively fed into the feeding mechanism through the feeding mechanism and are fed into the mixing bag through the feeding mechanism, after the feeding is finished, the mixing bag is blocked through the feeding mechanism, an external inert gas source is utilized to inflate the mixing bag, the expanded mixing bag provides a mixing space for the sufficient mixing of the spices, the spices are fully mixed under the distribution and impact effects of the mixing mechanism on the spices in the mixing bag, the blending process for producing essence is completed, then the inert gas is discharged, the shape of the mixing bag can be recovered, the mixed spices are completed in the mixing bag, the situation that the spices are reserved on a blending device is avoided, and the cross contamination of the cleaning of the blending device and the mixing operation of two adjacent times is avoided. In addition, the batching bag is flexible to take and place, the batching bag can be stored in a curing chamber for curing after being mixed, the mixing process is transferred into the batching bag, and the independent curing chamber is arranged, so that the mutual interference of the two processes is avoided.

Drawings

Fig. 1 is a schematic structural view of the present invention.

Fig. 2 is a schematic view of the internal structure of the present invention with the dosing half shell removed.

FIG. 3 is a schematic view showing the inner structure of the air bag according to the present invention.

FIG. 4 is a schematic view of the feeding mechanism of the present invention.

Fig. 5 is an enlarged view of the invention at a in fig. 4.

Fig. 6 is a schematic view of the mixing mechanism of the present invention.

Fig. 7 is a schematic structural diagram of the dispensing assembly of the present invention.

Fig. 8 is a schematic view of the construction of the impact assembly of the present invention.

Figure 9 is a schematic view of the dispensing bin of the present invention.

FIG. 10 is a schematic view of the construction of the dispensing bag of the present invention.

Figure 11 is an exploded view of the check plug of the present invention.

The reference signs are: 1. a feeding mechanism; 11. feeding a material tray; 12. a discharging nozzle; 121. a flexible spring sheet; 13. a plug ring; 14. a sealing plug; 15. a rotating shaft; 151. a bearing; 16. a transmission gear; 161. a tray motor; 17. a support; 18. pressing the fork downwards; 181. pressing down the air cylinder; 2. a batching box; 21. an air valve; 22. a shutter; 23. half shells are proportioned; 24. a dosing housing; 25. a friction belt; 26. a curing temperature control unit; 27. a curing door; 28. clamping grooves; 3. a mixing mechanism; 31. a distribution component; 311. a distribution frame; 312. a connecting ring; 313. shifting a roller; 314. an impact cam; 32. an impact assembly; 321. impacting the frame; 322. a limiting slide fastener; 323. an impact frame; 324. an impact block; 325. an impact roller; 326. a reset strap; 327. a limiting block; 33. a hybrid motor; 4. a batching bag; 41. feeding a flange; 42. the anti-reverse plug is arranged; 421. an anti-reverse laminate; 422. a bayonet; 423. a plug body; 424. a snap groove; 425. a spring buckle; 43. an inlet valve port; 44. a rubber bag; 45. and rubbing the texture.

Detailed Description

In the following description, numerous specific details are set forth in order to provide a more thorough understanding of the present invention. It will be apparent, however, to one skilled in the art, that the present invention may be practiced without one or more of these specific details. In other instances, well-known features have not been described in order to avoid obscuring the invention.

As shown in fig. 1-fig. 3 and fig. 9, a multi-functional dosing unit of production essence, including pan feeding mechanism 1, batching box 2, mixing mechanism 3 and batching bag 4, batching box 2 goes up the dress and accompanies batching bag 4, install pan feeding mechanism 1 on the batching box 2, pan feeding mechanism 1 is connected and cooperates with unloading mechanism, be used for to batching bag 4 interior multiple spices of input, pan feeding mechanism 1 cooperates with batching box 2, be used for establishing airtight and expanded mixed space in batching bag 4 inside, be provided with mixing mechanism 3 in the batching box 2, mixing mechanism 3 is used for carrying out the hybrid processing to the inside multiple spices of batching bag 4 under the inflation state, be equipped with the curing chamber in the batching box 2, be used for carrying out the curing to the spices of batching bag 4 inside mixture under a plurality of non-inflation states.

According to the invention, a plurality of spices to be mixed are quantitatively fed into a feeding mechanism 1 through a discharging mechanism, and are fed into a mixing bag 4 through the feeding mechanism 1, after the feeding is finished, the mixing bag 4 is blocked through the feeding mechanism 1, and an external inert gas source is utilized to charge air into the mixing bag 4 from a mixing box 2, the expanded mixing bag 4 provides a mixing space for the sufficient mixing of the spices, the spices are sufficiently mixed under the distribution and impact effects of the mixing mechanism 3 on the spices in the mixing bag 4, the blending process for producing essence is completed, then the inert gas is discharged, the form of the mixing bag 4 can be recovered, the spices are mixed in the mixing bag 4, the condition that the spices are reserved on a blending device is avoided, and the cleaning of the blending device and the cross contamination of two successive adjacent blending operations are avoided. In addition, the batching bag 4 is flexible to take and place, the batching bag can be stored in a curing chamber for curing after mixing, the mixing process is transferred into the batching bag 4, the independent curing chamber is arranged, the mutual interference of the two processes is avoided, the batching device provided by the invention can simultaneously carry out the mixing and curing processes, and the working efficiency of the batching device is improved.

As shown in fig. 3-5, the feeding mechanism 1 includes a rotating shaft 15 installed at the top of the batching box 2, the rotating shaft 15 is rotatably connected with the feeding tray 11 through a bearing 151, a support 17 is fixedly installed on the rotating shaft 15, a tray motor 161 is installed on the support 17, and an output end of the tray motor 161 is engaged with a driving gear 16 installed on the feeding tray 11 through a driving gear, so as to drive a working component arranged on the feeding tray 11 to rotate around the rotating shaft 15 and match with the batching bag 4. The feeding mechanism 1 is used as a transition mechanism of the discharging mechanism and the mixing bag 4, different working parts can be adjusted above the mixing bag 4 through self rotation, and the feeding mechanism is a mechanism which can exert the station switching function.

As shown in fig. 4 and fig. 10, a plurality of station holes which are circularly distributed are arranged on the feeding disc 11, the working parts are respectively arranged in the station holes, each working part comprises a plug ring 13, a sealing plug 14 and a plurality of discharging nozzles 12, the discharging nozzles 12 are connected with the station holes through flexible elastic sheets 121, the discharging nozzles 12 are connected with a discharging mechanism through hoses and used for quantitative discharging of various spices, the plug rings 13 are used for temporarily storing the anti-reverse plugs 42 of the mixing bags 4, and the sealing plugs 14 are matched with the mixing bags 4 and used for sealing the mixing bags 4. The optional arbitrary mechanism that can satisfy powder ration unloading of unloading mechanism, flexible shell fragment 121 is for satisfying moving down of unloading mouth 12, makes things convenient for unloading mouth 12 to stretch into batching bag 4, avoids essence excessive, and flexible shell fragment 121 has compensated the clearance of station hole and unloading mouth 12, makes the matching requirement of station hole size and unloading mouth 12 lower, is equipped with the spring between sealing plug 14 and the pan feeding dish 11 for it keeps away from batching box 2 not receiving the exogenic action to maintain sealing plug 14.

As shown in fig. 4 and 5, the feeding mechanism 1 further includes a pressing component for driving the working component to match with the dispensing bag 4, the pressing component includes a pressing cylinder 181 mounted on the bracket 17 and a pressing fork 18 hinged on the bracket 17, a torsion spring is provided at the hinge of the bracket 17 and the pressing fork 18 for maintaining one end of the pressing fork 18 to contact with the output end of the pressing cylinder 181, and the other end of the pressing fork 18 matches with the working component. The bracket 17 is provided with a through groove for the yielding of the lower pressure fork 18, so that the movable range of the lower pressure fork 18 is larger to adapt to the work of the anti-reverse plug 42 on the lower pressure plug ring 13 to the mixing bag 4, and the fork opening structure of the lower pressure fork 18 is matched with the structure of the feed nozzle 12 to adapt to the downward pressing action of the lower pressure feed nozzle 12.

As shown in fig. 10, the ingredient bag 4 includes a rubber bag 44, a feeding flange 41 is provided on the rubber bag 44, the feeding flange 41 is matched with the ingredient box 2, and is used for clamping the ingredient bag 4, the feeding flange 41 is matched with the feeding mechanism 1 and is used for feeding spice and sealing the ingredient bag 4, an anti-reverse plug 42 is clamped in the feeding flange 41, the anti-reverse plug 42 is filled into the feeding flange 41 from a plug ring 13 through a pressing component, an air inlet valve 43 is further provided on the rubber bag 44, and the air inlet valve 43 is matched with the ingredient box 2 and is used for inflating and expanding the ingredient bag 4. The rubber bag 44 of the mixing bag 4 can enable the mixing bag 4 to be in an expansion state when the mixing bag is inflated due to material characteristics, the mixing bag 4 is in a non-expansion state when the mixing bag is not inflated, the mixing bag 4 is subjected to blanking before the anti-reverse plug 42 is installed, the anti-reverse plug 42 is installed after the blanking, the anti-reverse plug 42 is used for exhausting air and preventing spices from leaking under the condition of gas flow, the gas inlet valve port 43 is a check valve, after the feeding flange 41 is sealed and blocked by the sealing plug 14, the gas inlet valve port 43 is communicated with an external gas source, the rubber bag 44 can be expanded, the spices can obtain a sufficient mixing space, and the full exertion of the working effect of the mixing mechanism 3 is facilitated.

As shown in fig. 10-11, the anti-reverse plug 42 includes a plug body 423 with a through middle portion and a side ear structure, an anti-reverse lamination layer 421 is disposed in the plug body 423, the anti-reverse lamination layer 421 is a multi-layer kraft paper with fine dense cross gaps, the opening direction of the cross gaps is the same as the direction of the spice entering the mixing bag 4, a spring buckle groove 424 is disposed on the plug body 423, a spring buckle 425 is disposed in the spring buckle groove 424, the spring buckle 425 is matched with a clamping groove disposed on the inner wall of the feeding flange 41, and a bayonet 422 is disposed on the side ear structure of the plug body 423 for taking out the anti-reverse plug 42 from the feeding flange 41. When a thin cross gap is formed in kraft paper, the cross gap can deform along with the forming direction, when air flow passes through the cross gap from the forming direction, the opening degree of the cross gap can be increased, essence clamped in the cross gap can pass through the anti-reverse plug 42, otherwise, when the air flow flows in the opposite direction (when the batching bag 4 is deflated from an expansion state), the cross gap can be closed more tightly under the action of the air flow, the air flow is allowed to pass through, and meanwhile, the essence is blocked, so that the anti-reverse function is realized; the characteristic of the cross gap on the kraft paper can also be used for discharging the mixing bag 4, the gas can be selectively fed into the anti-reverse plug 42 during discharging, the gas can be fed into the gas inlet valve 43 (slow discharging), and the gas can be fed into the gas inlet valve 43, and the anti-reverse plug 42 is removed and then the discharging is performed from the feeding flange 41 (fast discharging).

As shown in fig. 9, the ingredient box 2 comprises an ingredient shell 24 and a curing door 27, the curing door 27 and the ingredient shell 24 form a curing chamber, a curing temperature control unit 26 is arranged in the curing chamber, and a placing frame matched with a feeding flange 41 on the ingredient bag 4 is arranged in the curing chamber and used for storing a large amount of ingredient bags 4. The curing temperature control unit 26 is used for controlling the temperature of the curing chamber, so that the curing of the mixed spices in the mixing bags 4 is facilitated, and a plurality of mixing bags 4 can be used for performing a curing process in the curing chamber without intersection with the mixing process.

As shown in fig. 1-3 and 10, the batching box 2 further comprises a batching half shell 23, the batching half shell 23 and the batching shell 24 form a mixing chamber and a clamping groove 28, the batching bag 4 and the mixing mechanism 3 are both arranged in the mixing chamber, a feeding flange 41 is arranged in the clamping groove 28, the batching half shell 23 and the batching shell 24 are movably connected through a shutter 22, an air valve 21 is arranged on the batching shell 24, one end of the air valve 21 is connected with an external inert gas source, the other end of the air valve is connected with an air inlet valve port 43, a friction belt 25 is arranged on the inner wall of the mixing chamber, the friction belt 25 is matched with friction grains 45 on the batching bag 4 in an expansion state, and the fixing device is used for fixing the batching bag 4 in the expansion state. Mixing chamber and batching bag 4 cooperation for fixed expanded batching bag 4, shutter 22 are telescopic hydraulic pressure or pneumatic means for satisfy the relative motion of batching shell 24 of half shell 23 of batching, make things convenient for batching bag 4 to put into the mixing chamber smoothly and the clamping is to the clamping inslot 28.

As shown in fig. 6-9, the mixing mechanism 3 comprises a dispensing assembly 31, an impact assembly 32 and a mixing motor 33, the mixing motor 33 is installed in the curing chamber, the output end of the mixing motor extends to the mixing chamber through the ingredient shell 24 and is connected with the dispensing assembly 31, the dispensing assembly 31 is hinged on the ingredient shell 24 and is used for gathering the spice in the ingredient bag 4 in the expansion state to one side and periodically driving the impact assembly 32, and the impact assembly 32 is movably arranged at the bottom of the ingredient shell 24 and is used for impacting the ingredient bag 4 in the expansion state. Mixing mechanism 3 transports spices to one side of batching bag 4 through the unidirectional rotation of allocating subassembly 31 to the mode of disturbance, and reuse striking subassembly 32 strikes batching bag 4, makes the spices of gathering disperse once more, utilizes the form of constantly gathering and dispersing to mix spices, is fit for the special mixed place that batching bag 4 provided.

As shown in fig. 7, the distributing assembly 31 includes two sets of rotating units and a distributing roller 313 hinged between the two sets of rotating units, the rotating units include distributing frames 311, impact cams 314, and connecting rings 312 penetrating the distributing frames 311 and the impact cams 314, the distributing assembly 31 is hinged on the ingredient shell 24 through the connecting rings 312, and one connecting ring 312 is connected with the mixing motor 33, and the impact cams 314 are matched with the impact assembly 32. Taking the example that the distributing frame 311 provides three stations of the shifting roller 313, the impact cam 314 also needs to provide three effective impact strokes to achieve the balance of aggregation and dispersion in the material mixing process.

The impact assembly 32 comprises an impact frame 321, the impact frame 321 is arranged at the bottom of the batching shell 24 in a sliding mode through a limiting sliding buckle 322, an impact block 324 matched with the impact cam 314 is installed on the impact frame 321, a reset belt 326 is connected between the impact frame 321 and the batching shell 24, a limiting block 327 is arranged on the impact frame 321 and matched with the limiting sliding buckle 322, the impact frame 321 is connected with an impact frame 323 through a polygonal pin, and the impact frame 323 is hinged to an impact roller 325 and used for impacting spice gathered in the batching bag 4. The impact block 324 is preferably provided with a roller structure with redundant degrees of freedom to reduce the wear of the impact cam 314, and the impact rim 321 is connected with the impact frame 323 through a polygonal pin so that the installation angle of the impact frame 323 can be adjusted to adapt to different sizes of the mixing bags 4.

In particular, the invention needs to be equipped with a control system when in use so as to meet the cooperation among mechanisms.

When the invention is used, the dosing half-shell 23 is firstly pushed out by the shutter 22, then an empty dosing bag 4 is placed in the clamping groove 28, the anti-reverse plug 42 of the dosing bag 4 is clamped on the plug ring 13, and then the shutter 22 retracts the dosing half-shell 23; then the blanking mechanism controls the proportion of different spices and sends the mixture to the blanking nozzle 12 of the feeding mechanism 1, the feeding mechanism 1 enables a plurality of blanking nozzles 12 to sequentially move above the feeding flange 41 under the action of the tray motor 161, the down-pressing cylinder 181 outputs the mixture each time the blanking nozzle 12 performs blanking, the down-pressing fork 18 presses the blanking nozzle 12 to extend into the feeding flange 41, the down-pressing cylinder 181 resets after the blanking nozzle 12 performs blanking, the flexible elastic sheet 121 drives the blanking nozzle 12 to reset, after all the blanking nozzles 12 complete working, the feeding tray 11 transfers the anti-reverse plug 42 on the plug ring 13 to the position above the feeding flange 41, the down-pressing fork 18 transfers the anti-reverse plug 42 to the feeding flange 41, the feeding flange 41 is connected with the anti-reverse plug 42 through the spring fastener 425, finally, the feeding tray 11 transfers 14 to the feeding sealing plug 41, and the down-pressing cylinder 181 outputs the mixture to enable the down-pressing fork 18 to extrude 14 to seal the mixing bag 4; then the inert gas communicated with the gas valve 21 is filled into the rubber bag 44 through the gas inlet valve port 43 until the friction texture 45 on the mixing bag 4 is matched with the friction belt 25 in the mixing chamber, so that the mixing bag 4 is stably arranged in the mixing chamber; then the mixing mechanism 3 is started, the output end of the mixing motor 33 drives the dispensing component 31 to rotate in a single direction, the bottom of the rubber bag 44 is extruded by the dispensing roller 313 to deform, essence in the dispensing bag 4 is gathered to one side, then the impact cam 314 is contacted with the impact block 324, the impact cam 314 drives the impact component 32 to deviate from the original position, the reset belt 326 is stretched at the moment, after the effective stroke of the impact cam 314 is finished, the impact component 32 is reset rapidly under the action of the reset belt 326, in the process, the impact roller 325 can impact one side of the dispensing bag 4 where the spice is gathered, and the spice in the dispensing bag 4 is fully mixed in such a circulating way; then remove the sealed effect of sealing plug 14 to batching bag 4, the gaseous cross gap discharge from preventing reverse stopper 42 in batching bag 4, after batching bag 4 reconversion, pan feeding mechanism 1 reverse rotation resumes to the original state to prevent the hose winding of unloading mechanism, then shutter 22 pushes away half 23 of batching, and the workman takes out after batching bag 4 its curing chamber of putting into with it, and empty batching bag 4 to the mixing chamber of repeated clamping, in order to guarantee proportioning device's high-efficient operation.

The preferred embodiments of the present invention have been described in detail with reference to the accompanying drawings, however, the present invention is not limited to the specific details of the embodiments, and various equivalent changes can be made to the technical solution of the present invention within the technical idea of the present invention, and these equivalent changes are within the scope of the present invention.

Claims (10)

1. The utility model provides a multi-functional dosing unit of production essence, a serial communication port, includes pan feeding mechanism (1), batching box (2), mixing mechanism (3) and batching bag (4), batching box (2) facial make-up accompanies batching bag (4), install pan feeding mechanism (1) on batching box (2), pan feeding mechanism (1) is connected and cooperates with unloading mechanism for put in multiple spices in batching bag (4), pan feeding mechanism (1) cooperates with batching box (2) for establish airtight and expanded mixing space inside batching bag (4), be provided with mixing mechanism (3) in batching box (2), mixing mechanism (3) are used for mixing the processing to the multiple spices of batching bag (4) inside under the inflation state, be equipped with the curing room in batching box (2) for the spices to batching bag (4) inside mixture under a plurality of non-inflation states cures.

2. The multifunctional dosing device for producing essence according to claim 1, wherein the dosing box (2) comprises dosing half shells (23) and a dosing shell (24), the dosing half shells (23) and the dosing shell (24) form a mixing chamber and a clamping groove (28), the dosing bag (4) and the mixing mechanism (3) are both arranged in the mixing chamber, a feeding flange (41) is arranged in the clamping groove (28), the dosing half shells (23) and the dosing shell (24) are movably connected through a shutter (22), an air valve (21) is arranged on the dosing shell (24), one end of the air valve (21) is connected with an external inert gas source, the other end of the air valve is connected with a gas inlet valve port (43), a friction belt (25) is arranged on the inner wall of the mixing chamber, and the friction belt (25) is matched with friction textures (45) on the dosing bag (4) in an expansion state, so as to fix the dosing bag (4) in the expansion state.

3. A multifunctional dosing device for producing essence according to claim 2, characterized in that the mixing mechanism (3) comprises a dispensing component (31), an impact component (32) and a mixing motor (33), the mixing motor (33) is installed in the curing chamber, and the output end passes through the dosing shell (24) to extend to the mixing chamber and is connected with the dispensing component (31), the dispensing component (31) is hinged on the dosing shell (24) for gathering the perfume in the dosing bag (4) in the expanded state to one side and periodically driving the impact component (32), the impact component (32) is movably arranged at the bottom of the dosing shell (24) for impacting the dosing bag (4) in the expanded state.

4. The multifunctional dosing device for producing essence according to claim 3, wherein the dispensing assembly (31) comprises two sets of rotating units and a dispensing roller (313) hinged between the two sets of rotating units, the rotating units comprise dispensing frames (311), impact cams (314) which are stacked in a staggered manner, and connecting rings (312) which penetrate through the dispensing frames (311) and the impact cams (314), the dispensing assembly (31) is hinged on the dosing shell (24) through the connecting rings (312), one connecting ring (312) is connected with the mixing motor (33), and the impact cams (314) are matched with the impact assembly (32);

the impact assembly (32) comprises an impact frame (321), the impact frame (321) is arranged at the bottom of the batching shell (24) in a sliding mode through a limiting sliding buckle (322), an impact block (324) matched with the impact cam (314) is installed on the impact frame (321), a reset belt (326) is connected between the impact frame (321) and the batching shell (24), a limiting block (327) is arranged on the impact frame (321), the limiting block (327) is matched with the limiting sliding buckle (322), the impact frame (321) is connected with an impact frame (323) through a multi-edge pin, and an impact roller (325) is hinged to the impact frame (323) and used for impacting spices gathered in the batching bag (4).

5. The multifunctional dosing device for producing essence according to claim 4, characterized in that a feeding mechanism (1) is installed at the top of the dosing shell (24), the feeding mechanism (1) comprises a rotating shaft (15), the rotating shaft (15) is connected with a feeding disc (11) in a rotating manner through a bearing (151), a support (17) is fixedly installed on the rotating shaft (15), a feeding disc motor (161) is installed on the support (17), the output end of the feeding disc motor (161) is meshed with a transmission gear (16) installed on the feeding disc (11) through a driving gear, and a working part arranged on the feeding disc (11) is driven to rotate around the rotating shaft (15) and is matched with the dosing bag (4).

6. The multifunctional dosing device for producing essence according to claim 5, characterized in that a plurality of station holes which are circularly distributed are formed in the feeding plate (11), the working parts are respectively arranged in the station holes and comprise a plug ring (13), a sealing plug (14) and a plurality of discharging nozzles (12), the discharging nozzles (12) are connected with the station holes through flexible elastic pieces (121), the discharging nozzles (12) are connected with a discharging mechanism through hoses and used for quantitative discharging of various spices, the plug ring (13) is used for preventing a temporary storage plug (42) of the dosing bag (4), and the sealing plug (14) is matched with the dosing bag (4) and used for sealing the dosing bag (4).

7. The multifunctional dosing device for producing essence according to claim 6, wherein the feeding mechanism (1) further comprises a pressing component for driving the working component to match with the dosing bag (4), the pressing component comprises a pressing cylinder (181) mounted on the bracket (17) and a pressing fork (18) hinged on the bracket (17), a torsion spring is arranged at the hinged position of the bracket (17) and the pressing fork (18) for maintaining one end of the pressing fork (18) to contact with the output end of the pressing cylinder (181), and the other end of the pressing fork (18) is matched with the working component.

8. The multifunctional dosing device for producing essence according to claim 7, wherein the dosing bag (4) comprises a rubber bag (44), a feeding flange (41) is arranged on the rubber bag (44), the feeding flange (41) is matched with the dosing box (2) and used for clamping the dosing bag (4), the feeding flange (41) is matched with the feeding mechanism (1) and used for putting spice and sealing the dosing bag (4), an anti-reverse plug (42) is clamped in the feeding flange (41), the anti-reverse plug (42) is filled in the feeding flange (41) from a plug ring (13) through a pressing component, an air inlet valve port (43) is further arranged on the rubber bag (44), and the air inlet valve port (43) is matched with the dosing box (2) and used for inflating and expanding the dosing bag (4).

9. The multifunctional dosing device for producing the essence according to claim 8, wherein the anti-reverse plug (42) comprises a plug body (423) which is through in the middle and has a side ear structure, an anti-reverse lamination layer (421) is arranged in the plug body (423), the anti-reverse lamination layer (421) is a multilayer kraft paper provided with a plurality of cross gaps, the direction of the cross gaps is the same as the direction of the spice entering the dosing bag (4), an elastic buckling groove (424) is formed in the plug body (423), a spring buckle (425) is arranged in the elastic buckling groove (424), the spring buckle (425) is matched with a clamping groove formed in the inner wall of the feeding flange (41), and a bayonet (422) is formed in the side ear structure of the plug body (423) and used for taking out the anti-reverse plug (42) from the feeding flange (41).

10. The multifunctional blending device for producing essence according to claim 9, wherein the blending box (2) further comprises a curing door (27), the curing door (27) and the blending shell (24) form a curing chamber, a curing temperature control unit (26) is arranged in the curing chamber, and a placing frame matched with a feeding flange (41) on the blending bag (4) is arranged in the curing chamber and used for storing the blending bag (4).

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