CN108745191A - A kind of liquid additive charging device synchronous with solid additive - Google Patents
A kind of liquid additive charging device synchronous with solid additive Download PDFInfo
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- CN108745191A CN108745191A CN201810574445.9A CN201810574445A CN108745191A CN 108745191 A CN108745191 A CN 108745191A CN 201810574445 A CN201810574445 A CN 201810574445A CN 108745191 A CN108745191 A CN 108745191A
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- liquid
- detent mechanism
- additive
- clamped
- solid
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/71—Feed mechanisms
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/20—Measuring; Control or regulation
- B01F35/22—Control or regulation
- B01F35/221—Control or regulation of operational parameters, e.g. level of material in the mixer, temperature or pressure
- B01F35/2211—Amount of delivered fluid during a period
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/71—Feed mechanisms
- B01F35/711—Feed mechanisms for feeding a mixture of components, i.e. solids in liquid, solids in a gas stream
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/71—Feed mechanisms
- B01F35/712—Feed mechanisms for feeding fluids
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Accessories For Mixers (AREA)
Abstract
The invention discloses a kind of liquid additive charging device synchronous with solid additive, including main hollow shell, the side of the main hollow shell bottom installs a bottom and is clamped detent mechanism.The present invention can utilize a motor, realize the input of the solid additive and liquid additive under synchronous regime, so that the additive of input has the characteristics that automate and put into uniform, and, there is the device bottom to be clamped detent mechanism, the device can be connected to the batching hole position of raw material storage shell, to realize follow-up work, in addition, there is the device liquid to inject connecting mechanism for rotating, it can be while realizing connection driving, the injection effect of liquid additive can be realized again, in addition, there is the device solid-liquid additive to rotate batch charging mechanism, it can be under the premise of rotation, realize the introjection of solid additive, and, the device has solid additive conveying and controlling mechanism, conveying effect and the speed of solid additive can be controlled.
Description
Technical field
The present invention relates to industrial production technology field, specially a kind of liquid additive and solid additive synchronize feed intake
Device.
Background technology
Currently, need that additive is added in some raw materials in industrial production place, and additive includes solid and liquid
The two additive, moreover, general mode needs to launch additive manual form, it is difficult up to standard to launch the uniformity, and
And after mixing, need to be stirred using other air inlets, there is the unconspicuous defect of mixed effect.
Invention content
The purpose of the present invention is to provide a kind of liquid additive charging devices synchronous with solid additive, in solution
State the problem of being proposed in background technology.
To achieve the above object, the present invention provides the following technical solutions：A kind of liquid additive and solid additive it is same
Charging device, including main hollow shell are walked, the side of the main hollow shell bottom installs a bottom and is clamped detent mechanism, described
Side inside main hollow shell is provided with liquid additive storage space, and the inside of the main hollow shell is positioned at the liquid
The side of body additives storage space is provided with gear installation space, and the inside of the main hollow shell is pacified positioned at the gear
The side in dress space is provided with cylindrical space, is provided at the top of the main hollow shell and is noted with the liquid of its integral structure
Enter pipeline, the liquid injection hole for being internally provided with connection liquid additive storage space in the liquid injecting tube road, the master
Hollow shell be internally provided with connection below with the additive package discharge orifice of cylindrical space, the main hollow shell
Inside is being provided with main solid additive dispensing hole at the top of the cylindrical space, and the inside of the main hollow shell exists
It is launched positioned at the main solid additive and is provided with solid additive storage space, the side of the main hollow shell at the top of hole
A solid additive conveying and controlling mechanism is fixed, the inside of the cylindrical space installs a solid-liquid additive and rotates batch charger
A main rotating shaft is fixed at the end face center of structure, the solid-liquid additive rotation batch charging mechanism, and the axis body of the main rotating shaft is logical
The inside that bearing is fixed on main hollow shell is crossed, the main hollow shell is internally provided with connection liquid additive storage space
Liquid with cylindrical space and through gear installation space injects connecting mechanism for rotating, and the liquid injects rotatable connection machine
Structure installs a pinion on the axis body positioned at gear installation space, and the main hollow shell is internally provided with main motor peace
Groove structure is filled, a main motor, the main electricity in the main motor are installed in the inside of the main motor installation groove structure
Motivation main shaft runs through the inside of the main hollow shell, and the main motor main shaft is in the gear installation space
A master gear is installed in portion, the teeth structure intermeshing between the master gear and pinion.
Further, the bottom clamping detent mechanism includes bottom clamping detent mechanism top cross plate, bottom clamping
The first riser of detent mechanism, bottom the second riser of clamping detent mechanism, bottom clamping detent mechanism force application board, bottom card
Connect detent mechanism clamping region, bottom clamping detent mechanism threaded tube body, bottom clamping detent mechanism touch panel groove
Structure, bottom clamping detent mechanism touch panel, bottom clamping detent mechanism bearing, bottom are clamped detent mechanism helicitic texture
It is clamped detent mechanism threaded rod with bottom.
Further, the bottom clamping detent mechanism fixes a bottom with the side of top cross plate bottom and is clamped localization machine
The first riser of structure, the bottom clamping detent mechanism fix a bottom with the other side of top cross plate bottom and are clamped detent mechanism
With the second riser, the bottom clamping detent mechanism is provided centrally with bottom clamping detent mechanism with the end face of the second riser and uses
Touch panel groove structure, the bottom clamping detent mechanism top cross plate, bottom clamping detent mechanism the first riser and bottom
It is clamped region of the detent mechanism between the second riser and forms bottom clamping detent mechanism clamping region, the bottom clamping is fixed
Position mechanism is provided centrally with the second riser other end and is clamped detent mechanism threaded tube with the bottom of its integral structure
Body, the inside of the bottom clamping detent mechanism touch panel groove structure installs a bottom and is clamped detent mechanism touch panel, described
Bottom clamping detent mechanism bearing is installed at the center that bottom is clamped detent mechanism touch panel end face, and the bottom clamping is fixed
The inner ring of position mechanism bearing is socketed a bottom and is clamped detent mechanism threaded rod, and the bottom is clamped detent mechanism threaded rod
It is clamped detent mechanism threaded tube body, and the bottom clamping detent mechanism threaded tube body and bottom through the bottom
Clamping detent mechanism is being connected by bottom clamping detent mechanism with helicitic texture with threaded rod between position, the bottom
It is clamped detent mechanism threaded rod and one bottom is being installed positioned at the bottom one end of clamping detent mechanism outside threaded tube body
Portion is clamped detent mechanism force application board.
Further, the bottom clamping detent mechanism includes that setting is clamped detent mechanism spiral shell in bottom with helicitic texture
Internal thread structure inside line pipeline body and the external thread structure being arranged on bottom clamping detent mechanism screw thread club shaft, and
The internal thread structure is meshed with external thread structure.
Further, the bottom clamping detent mechanism is bolted on main hollow shell bottom with top cross plate
Side.
Further, the liquid injection connecting mechanism for rotating includes liquid injection connecting mechanism for rotating pipeline body, liquid
Body injects connecting mechanism for rotating bulge-structure, liquid injection connecting mechanism for rotating pipe hole, liquid and injects rotatable connection machine
Structure injects connecting mechanism for rotating centre bore with groove structure, liquid injection connecting mechanism for rotating sealing ring and liquid is inserted into.
Further, the liquid injection connecting mechanism for rotating is provided with and its integral structure with one end of pipeline body
Liquid injects connecting mechanism for rotating bulge-structure, the company of being internally provided with of the liquid injection connecting mechanism for rotating pipeline body
The liquid for leading to its both ends injects connecting mechanism for rotating pipe hole, and the liquid injects in connecting mechanism for rotating bulge-structure
The liquid injection connecting mechanism for rotating that portion is provided with connection liquid injection connecting mechanism for rotating pipe hole is inserted into groove structure,
The liquid injection connecting mechanism for rotating inner surface for being inserted into groove structure adheres to liquid injection connecting mechanism for rotating with close
Seal, the liquid injection connecting mechanism for rotating sealing ring are provided centrally with the connection external world and liquid injection rotatable connection machine
The liquid of structure pipe hole injects connecting mechanism for rotating centre bore.
Further, the liquid injection connecting mechanism for rotating injects connecting mechanism for rotating with insertion groove structure and liquid
It is rectangular configuration with the cross section of centre bore.
Further, the liquid injection connecting mechanism for rotating is mounted on the pipeline body in the middle part of pipeline body in pinion
Kong Zhong, the liquid injection connecting mechanism for rotating are mounted on the inside of main hollow shell, and liquid injection rotation with pipeline body
Turn bindiny mechanism's pipe hole to be connected to liquid additive storage space.
Further, the solid-liquid additive rotation batch charging mechanism includes solid-liquid additive rotation batch charging mechanism cylindricality
Body, solid-liquid additive rotation batch charging mechanism hemispherical groove structure, solid-liquid additive rotate batch charging mechanism rectangular preiection knot
Structure, solid-liquid additive rotation batch charging mechanism injection hole, solid-liquid additive rotate batch charging mechanism liquid reserved space and solid-liquid
Additive rotates batch charging mechanism discharge orifice.
Further, multiple solid-liquids are provided in the middle part of the side of the solid-liquid additive rotation batch charging mechanism cylindrical body to add
Agent is added to rotate batch charging mechanism hemispherical groove structure, the solid-liquid additive rotates in the end face of batch charging mechanism cylindrical body
The heart is provided with rotates batch charging mechanism rectangular preiection structure, the solid-liquid additive rotation with the solid-liquid additive of its integral structure
Turn batch charging mechanism rectangular preiection structure is internally provided with solid-liquid additive rotation batch charging mechanism injection hole, and the solid-liquid adds
Add and be provided centrally with solid-liquid additive rotation batch charging mechanism liquid reserved space inside agent rotation batch charging mechanism cylindrical body,
The solid-liquid additive rotation batch charging mechanism cylindrical body is internally provided with multiple connection solid-liquid additive rotation batch charging mechanisms
The solid-liquid additive rotation batch charging mechanism that batch charging mechanism cylindricality body side surface is rotated with liquid reserved space and solid-liquid additive is used
Discharge orifice, side and the solid-liquid additive rotation of the solid-liquid additive rotation batch charging mechanism liquid reserved space feed intake
Mechanism is connected to injection hole, multiple solid-liquid additive rotation batch charging mechanism hemispherical groove structures and the rotation of solid-liquid additive
Turn batch charging mechanism with discharge orifice about the solid-liquid additive rotate batch charging mechanism cylindrical body axial line be the center of circle be in ring
Shape array is arranged.
Further, the structure size of the solid-liquid additive rotation batch charging mechanism rectangular preiection structure outer shroud is less than liquid
Liquid injection connecting mechanism for rotating is inserted into the structure size of groove structure in body injection connecting mechanism for rotating and the solid-liquid adds
Add the structure size of agent rotation batch charging mechanism rectangular preiection structure outer shroud to be more than liquid in liquid injection connecting mechanism for rotating to note
Enter the structure size of connecting mechanism for rotating centre bore.
Further, the solid-liquid additive rotation batch charging mechanism hemispherical groove structure is located at the throwing of main solid additive
The underface of discharge hole, and the structure radius of solid-liquid additive rotation batch charging mechanism hemispherical groove structure is more than the master
Solid additive launches the structure radius in hole.
Further, the solid additive conveying and controlling mechanism includes solid additive conveying and controlling mechanism motor
Shell is installed, solid additive conveying and controlling mechanism fixed plate structure, solid additive conveying and controlling mechanism bolt hole, is consolidated
Body additives conveying and controlling mechanism motor fixed space, solid additive conveying and controlling mechanism motor, solid addition
Agent conveying and controlling mechanism motor main shaft and solid additive conveying and controlling mechanism turbine.
Further, the solid additive conveying and controlling mechanism is installed one end of shell with motor and is provided with and solid
Additive conveying and controlling mechanism is installed the solid additive conveying and controlling mechanism that shell is an integral structure with motor and is fixed
Harden structure, the solid additive conveying and controlling mechanism fixed plate structure to be internally provided with multiple connection solid additives defeated
Send the solid additive conveying and controlling mechanism bolt hole of control mechanism fixed plate structure both ends of the surface, the solid additive defeated
That send control mechanism motor installation shell is provided centrally with solid additive conveying and controlling mechanism motor fixed space,
The solid additive conveying and controlling mechanism is installed shell with motor and is consolidated in solid additive conveying and controlling mechanism motor
The inside for determining space is clamped a solid additive conveying and controlling mechanism motor, and the solid additive conveying and controlling mechanism is used
Solid additive conveying and controlling mechanism in motor runs through main hollow shell with motor main shaft and the solid additive is defeated
Control mechanism motor main shaft is sent to launch one end installation one solid additive conveying inside hole positioned at main solid additive
Control mechanism turbine.
Further, the solid additive conveying and controlling mechanism fixed plate structure is defeated by being inserted into solid additive
The side for sending the bolt inside control mechanism bolt hole to be fixed on main hollow shell.
Further, centered on the solid additive conveying and controlling mechanism turbine cylindrical, side be provided with it is multiple
The structure of riser.
Compared with prior art, the beneficial effects of the invention are as follows：The present invention can utilize a motor, realize synchronous shape
The input of solid additive and liquid additive under state, so that the additive of input has automation and input uniform
The device can be connected to the hole portion that feeds intake of raw material storage shell by feature moreover, there is the device bottom to be clamped detent mechanism
Position, in addition, there is the device liquid to inject connecting mechanism for rotating, can realize connection driving to realize follow-up work
Meanwhile and can realize that the injection of liquid additive acts on, in addition, there is the device solid-liquid additive to rotate batch charging mechanism, energy
It is enough to realize the introjection of solid additive under the premise of rotation, moreover, there is the device solid additive to convey control machine
Structure can control conveying effect and the speed of solid additive.
Description of the drawings
Fig. 1 is a kind of complete section structural schematic diagram of liquid additive of present invention charging device synchronous with solid additive；
Fig. 2 is the knot that bottom is clamped detent mechanism in a kind of liquid additive of present invention charging device synchronous with solid additive
Structure schematic diagram；
Fig. 3 is that liquid injects connecting mechanism for rotating in a kind of liquid additive of present invention charging device synchronous with solid additive
Structural schematic diagram；
Fig. 4 is that solid-liquid additive rotates batch charger in a kind of liquid additive of present invention charging device synchronous with solid additive
The main structure diagram of structure；
Fig. 5 is that solid-liquid additive rotates batch charger in a kind of liquid additive of present invention charging device synchronous with solid additive
The complete section structural schematic diagram of structure；
Fig. 6 is that solid additive conveys control machine in a kind of liquid additive of present invention charging device synchronous with solid additive
The structural schematic diagram of structure；
In figure：1, main hollow shell, 2, bottom are clamped detent mechanism, 21, and bottom is clamped detent mechanism top cross plate, 22, bottom
Portion is clamped detent mechanism the first riser, 23, and bottom is clamped detent mechanism the second riser, 24, and bottom is clamped detent mechanism and uses
Force application board, 25, bottom are clamped detent mechanism clamping region, 26, and bottom is clamped detent mechanism threaded tube body, 27, bottom
Detent mechanism touch panel groove structure, 28 are clamped, bottom is clamped detent mechanism touch panel, 29, and bottom is clamped detent mechanism axis
Hold, 210, bottom is clamped detent mechanism helicitic texture, 211, and bottom is clamped detent mechanism threaded rod, 3, liquid additive storage
Space, 4 are deposited, liquid injecting tube road, 5, liquid injection hole, 6, gear installation space, 7, main motor, 8, main motor is installed recessed
Slot structure, 9, main motor main shaft, 10, master gear, 11, liquid inject connecting mechanism for rotating, 111, liquid injection rotatable connection
Mechanism pipeline body, 112, liquid inject connecting mechanism for rotating bulge-structure, 113, and liquid injects connecting mechanism for rotating pipe
Road hole, 114, liquid injection connecting mechanism for rotating insertion groove structure, 115, liquid injection connecting mechanism for rotating sealing ring,
116, liquid injects connecting mechanism for rotating centre bore, 12, pinion, 13, cylindrical space, 14, main rotating shaft, 15, solid-liquid
Additive rotates batch charging mechanism, 151, and solid-liquid additive rotates batch charging mechanism cylindrical body, 152, and the rotation of solid-liquid additive feeds intake
Mechanism hemispherical groove structure, 153, solid-liquid additive rotate batch charging mechanism rectangular preiection structure, 154, solid-liquid additive
Batch charging mechanism injection hole, 155 are rotated, solid-liquid additive rotates batch charging mechanism liquid reserved space, 156, solid-liquid additive
Batch charging mechanism discharge orifice, 16 are rotated, main solid additive launches hole, 17, solid additive storage space, 18, solid addition
Agent conveying and controlling mechanism, 181, solid additive conveying and controlling mechanism install shell, 182, solid additive conveying with motor
Control mechanism fixed plate structure, 183, solid additive conveying and controlling mechanism bolt hole, 184, solid additive conveying control
Mechanism processed motor fixed space, 185, solid additive conveying and controlling mechanism motor, 186, solid additive conveying
Control mechanism motor main shaft, 187, solid additive conveying and controlling mechanism turbine, 19, additive package discharge orifice.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention：Including main hollow shell 1,1 bottom of main hollow shell
Side one bottom be installed be clamped detent mechanism 2, the side inside the main hollow shell 1 is provided with liquid additive storage sky
Between 3, it is empty that the inside of the main hollow shell 1 in the side positioned at the liquid additive storage space 3 is provided with gear installation
Between 6, the inside of the main hollow shell 1 is being provided with cylindrical space 13 positioned at the side of the gear installation space 6, described
The top of main hollow shell 1 is provided with the liquid injecting tube road 4 with its integral structure, the inside in the liquid injecting tube road 4
It is provided with the liquid injection hole 5 of connection liquid additive storage space 3, being internally provided with for the main hollow shell 1 is connected to it
The additive package discharge orifice 19 of lower section and cylindrical space 13, the inside of the main hollow shell 1 is positioned at the cylinder
The top in space 13 is provided with main solid additive and launches hole 16, and the inside of the main hollow shell 1 is positioned at the main solid
The top that additive launches hole 16 is provided with solid additive storage space 17, and the side of the main hollow shell 1 is fixed one and consolidated
Body additives conveying and controlling mechanism 18, the inside of the cylindrical space 13 install a solid-liquid additive and rotate batch charging mechanism 15,
A main rotating shaft 14, the axis body of the main rotating shaft 14 are fixed in the end face center of the solid-liquid additive rotation batch charging mechanism 15
The inside of main hollow shell 1 is fixed on by bearing, the main hollow shell 1 is internally provided with connection liquid additive storage
Space 3 and cylindrical space 13 and the liquid for running through gear installation space 6 inject connecting mechanism for rotating 11, the liquid injection
Connecting mechanism for rotating 11 installs a pinion 12, the inside of the main hollow shell 1 on the axis body positioned at gear installation space 6
It is provided with main motor installation groove structure 8, a main motor 7, institute are installed in the inside of the main motor installation groove structure 8
The inside that the main motor main shaft 9 in main motor 7 runs through the main hollow shell 1 is stated, and the main motor main shaft 9 is in place
One master gear 10, the teeth structure between the master gear 10 and pinion 12 are installed in the inside of the gear installation space 6
Intermeshing.
Referring to Fig. 2, the bottom clamping detent mechanism 2 includes bottom clamping detent mechanism top cross plate 21, bottom
It is clamped the first riser 22 of detent mechanism, bottom the second riser 23 of clamping detent mechanism, bottom clamping detent mechanism force
Plate 24, bottom clamping detent mechanism clamping region 25, bottom clamping detent mechanism threaded tube body 26, bottom clamping positioning
Mechanism touch panel groove structure 27, bottom clamping detent mechanism touch panel 28, bottom clamping detent mechanism bearing 29, bottom card
Connect detent mechanism helicitic texture 210 and bottom clamping detent mechanism threaded rod 211；The bottom clamping detent mechanism top
Bottom clamping the first riser 22 of detent mechanism, the bottom clamping detent mechanism top are fixed in the side of 21 bottom of portion's transverse slat
Bottom clamping the second riser 23 of detent mechanism is fixed in the other side of 21 bottom of portion's transverse slat, and the bottom clamping detent mechanism is used
The end face of second riser 23 is provided centrally with bottom clamping detent mechanism touch panel groove structure 27, the bottom clamping positioning
Mechanism top cross plate 21, bottom clamping the first riser 22 of detent mechanism and bottom be clamped detent mechanism with the second riser 23 it
Between region form bottom clamping detent mechanism clamping region 25, bottom clamping detent mechanism is another with the second riser 23
End face center is provided with and the bottom of its integral structure clamping detent mechanism threaded tube body 26, the bottom clamping positioning
Bottom clamping detent mechanism touch panel 28 is installed in the inside of mechanism touch panel groove structure 27, and the bottom is clamped detent mechanism
One bottom clamping detent mechanism bearing 29 is installed with the center of 28 end face of touch panel, the bottom is clamped detent mechanism bearing
29 inner ring is socketed a bottom and is clamped detent mechanism threaded rod 211, and the bottom clamping detent mechanism threaded rod 211 runs through
The bottom is clamped detent mechanism threaded tube body 26, and the bottom clamping detent mechanism threaded tube body 26 and bottom
It is clamped detent mechanism and 210 connection of detent mechanism helicitic texture, institute is being clamped by bottom between position with threaded rod 211
Bottom clamping detent mechanism threaded rod 211 is stated in one outside bottom clamping detent mechanism threaded tube body 26
End one bottom of installation is clamped detent mechanism force application board 24；The bottom clamping detent mechanism helicitic texture 210 includes setting
In bottom, clamping detent mechanism is clamped detent mechanism spiral shell with setting with the internal thread structure inside threaded tube body 26 in bottom
External thread structure on 211 body of rod of rasp bar, and the internal thread structure is meshed with external thread structure；The bottom clamping positioning
Mechanism top cross plate 21 is bolted on the side of 1 bottom of main hollow shell, and main function is：It plays and is connected and fixed
Effect, due to bottom clamping detent mechanism with helicitic texture 210 include setting bottom be clamped detent mechanism threaded tube
Internal thread structure inside body 26 and the external thread structure being arranged on 211 body of rod of bottom clamping detent mechanism threaded rod, and
The internal thread structure is meshed with external thread structure, so when rotating base is clamped detent mechanism force application board 24, Neng Gougai
The position relationship for becoming bottom clamping detent mechanism touch panel 28 is stuck in bottom by the way that the raw material being clamped will be needed to store cover top portion
It is clamped inside detent mechanism clamping region 25, is being clamped.
Fig. 3 and Fig. 4 are please referred to, the liquid injection connecting mechanism for rotating 11 includes liquid injection connecting mechanism for rotating pipe
Road body 111, liquid injection connecting mechanism for rotating bulge-structure 112, liquid injection connecting mechanism for rotating pipe hole 113, liquid
Body injects connecting mechanism for rotating and is injected with groove structure 114, liquid injection connecting mechanism for rotating sealing ring 115 and liquid is inserted into
Connecting mechanism for rotating centre bore 116；The liquid injection connecting mechanism for rotating is provided with one end of pipeline body 111 and one
The liquid of body formula structure injects connecting mechanism for rotating bulge-structure 112, and the liquid injects connecting mechanism for rotating pipeline body
The 111 liquid injection connecting mechanism for rotating pipe hole 113 for being internally provided with its both ends of connection, the liquid injection rotation connect
The liquid injection for being internally provided with connection liquid injection connecting mechanism for rotating pipe hole 113 of connection mechanism bulge-structure 112
Connecting mechanism for rotating injects the connecting mechanism for rotating interior table for being inserted into groove structure 114 with groove structure 114, the liquid is inserted into
Face adheres to a liquid and injects connecting mechanism for rotating sealing ring 115, and the liquid injects connecting mechanism for rotating sealing ring 115
It is provided centrally in the liquid injection connecting mechanism for rotating use for being connected to extraneous and liquid injection connecting mechanism for rotating pipe hole 113
Heart hole 116；The liquid injection connecting mechanism for rotating insertion groove structure 114 and liquid injection connecting mechanism for rotating center
The cross section in hole 116 is rectangular configuration；The liquid injection connecting mechanism for rotating is installed with the pipeline body at 111 middle part of pipeline body
In the endoporus of pinion 12, the liquid injection connecting mechanism for rotating is mounted on pipeline body 111 in main hollow shell 1
Portion, and liquid injection connecting mechanism for rotating is connected to pipe hole 113 with liquid additive storage space 3, main function
It is：While playing rotation, the mobilization of liquid is realized.
Referring to Fig. 5, the solid-liquid additive rotation batch charging mechanism 15 includes that solid-liquid additive rotates batch charging mechanism column
Body 151, solid-liquid additive rotation batch charging mechanism hemispherical groove structure 152, solid-liquid additive rotate batch charging mechanism square
Shape bulge-structure 153, solid-liquid additive rotation batch charging mechanism injection hole 154, solid-liquid additive rotate batch charging mechanism liquid
Reserved space 155 and solid-liquid additive rotate batch charging mechanism discharge orifice 156；The solid-liquid additive rotates batch charging mechanism column
Multiple solid-liquid additive rotation batch charging mechanism hemispherical groove structures 152, the solid-liquid are provided in the middle part of the side of body 151
Additive rotates batch charging mechanism and is provided centrally with the end face of cylindrical body 151 and rotated with the solid-liquid additive of its integral structure
Batch charging mechanism rectangular preiection structure 153, the solid-liquid additive rotation batch charging mechanism are set with the inside of rectangular preiection structure 153
It is equipped with solid-liquid additive rotation batch charging mechanism injection hole 154, the solid-liquid additive rotates batch charging mechanism in cylindrical body 151
Portion is provided centrally with solid-liquid additive rotation batch charging mechanism liquid reserved space 155, and the solid-liquid additive rotation feeds intake
Mechanism cylindrical body 151 is internally provided with multiple 155 Hes of connection solid-liquid additive rotation batch charging mechanism liquid reserved space
Solid-liquid additive rotates the solid-liquid additive rotation batch charging mechanism discharge orifice 156 of batch charging mechanism 151 side of cylindrical body, described
Solid-liquid additive rotates side and the solid-liquid additive rotation batch charging mechanism note of batch charging mechanism liquid reserved space 155
Enter the connection of hole 154, multiple solid-liquid additive rotation batch charging mechanism hemispherical groove structures 152 and the rotation of solid-liquid additive
It is the center of circle that batch charging mechanism rotates batch charging mechanism with the axial line of cylindrical body 151 with discharge orifice 156 about the solid-liquid additive
Circular array is arranged；The solid-liquid additive rotation batch charging mechanism is less than with the structure size of 153 outer shroud of rectangular preiection structure
Liquid injects the liquid injection connecting mechanism for rotating structure size and institute for being inserted into groove structure 114 in connecting mechanism for rotating 11
The structure size for stating 153 outer shroud of solid-liquid additive rotation batch charging mechanism rectangular preiection structure is more than liquid injection rotatable connection machine
The structure size of liquid injection connecting mechanism for rotating centre bore 116 in structure 11；The solid-liquid additive rotation batch charging mechanism is used
Hemispherical groove structure 152 is located at the underface that main solid additive launches hole 16, and the solid-liquid additive rotates batch charger
The structure radius of structure hemispherical groove structure 152 is more than the structure radius that the main solid additive launches hole 16, main
Effect is：Since the structure size that solid-liquid additive rotates batch charging mechanism 153 outer shroud of rectangular preiection structure is injected less than liquid
Liquid injection connecting mechanism for rotating is inserted into the structure size of groove structure 114 in connecting mechanism for rotating 11 and the solid-liquid adds
The structure size of 153 outer shroud of agent rotation batch charging mechanism rectangular preiection structure is added to be more than liquid in liquid injection connecting mechanism for rotating 11
Body injects the structure size of connecting mechanism for rotating centre bore 116, so the device can inject connecting mechanism for rotating with liquid
It is clamped between 11, due to its turning effort, the solid fallen and liquid additive rotation can be subjected to dispensing effect.
Referring to Fig. 6, the solid additive conveying and controlling mechanism 18 includes solid additive conveying and controlling mechanism electricity consumption
Motivation installs shell 181, solid additive conveying and controlling mechanism fixed plate structure 182, solid additive conveying and controlling mechanism
With bolt hole 183, solid additive conveying and controlling mechanism motor fixed space 184, solid additive conveying and controlling mechanism
With motor 185, solid additive conveying and controlling mechanism motor main shaft 186 and solid additive conveying and controlling mechanism whirlpool
Wheel 187；The solid additive conveying and controlling mechanism is provided with defeated with solid additive with one end of motor installation shell 181
Send the control mechanism motor solid additive conveying and controlling mechanism fixed plate structure that installation shell 181 is an integral structure
182, the solid additive conveying and controlling mechanism fixed plate structure 182 to be internally provided with multiple connection solid additives defeated
The solid additive conveying and controlling mechanism bolt hole 183 of 182 both ends of the surface of control mechanism fixed plate structure is sent, the solid adds
Add agent conveying and controlling mechanism motor installation shell 181 is provided centrally with solid additive conveying and controlling mechanism motor
Fixed space 184, the solid additive conveying and controlling mechanism install shell 181 with motor and convey control in solid additive
The inside of mechanism motor fixed space 184 is clamped a solid additive conveying and controlling mechanism motor 185, the solid
Additive conveying and controlling mechanism is with the motor main shaft 186 of the solid additive conveying and controlling mechanism in motor 185 through master
Hollow shell 1 and the solid additive conveying and controlling mechanism are launching hole with motor main shaft 186 positioned at main solid additive
One end inside 16 is installed by one solid additive conveying and controlling mechanism turbine 187；The solid additive conveying and controlling mechanism
With fixed plate structure 182 master is fixed on the bolt inside bolt hole 183 by being inserted into solid additive conveying and controlling mechanism
The side of hollow shell 1；Cylindrical, side is provided with more centered on solid additive conveying and controlling mechanism turbine 187
The structure of a riser, main function are：Since solid additive conveying and controlling mechanism fixed plate structure 182 is by being inserted into
Solid additive conveying and controlling mechanism is fixed on the side of main hollow shell 1 with the bolt inside bolt hole 183；The solid adds
Cylindrical, side is provided with the structure of multiple risers centered on adding agent conveying and controlling mechanism turbine 187, is added so working as solid
When agent conveying and controlling mechanism is worked with motor 185 so that solid additive conveying and controlling mechanism is rotated with turbine 187, in turn
Solid additive can be carried out to conveying effect, meanwhile, by controlling solid additive conveying and controlling mechanism motor 185
Rotary speed can control the dispensing speed of additive.
Specifically used mode：In present invention work, which is clamped the throwing that detent mechanism 2 is fixed on raw material by bottom
On the shell of material mouth side, solid additive and liquid additive are then poured into solid additive storage space 17 and liquid respectively
The inside of body additives storage space 3, then main motor 7 and solid additive conveying and controlling mechanism 18 are opened, at this point, in main tooth
Under the transmission effect of wheel 10 and pinion 13, liquid injects connecting mechanism for rotating 11 and drives solid-liquid additive in synchronous charging device
It rotates batch charging mechanism 15 to rotate, while under gravity, two kinds of additive discharges.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case of without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Profit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent requirements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (9)
1. a kind of liquid additive charging device synchronous with solid additive, including main hollow shell（1）Deng feature exists
In：The main hollow shell（1）One bottom is installed and is clamped detent mechanism in the side of bottom（2）, the main hollow shell（1）It is internal
Side be provided with liquid additive storage space（3）, the main hollow shell（1）Inside positioned at the liquid additive
Storage space（3）Side be provided with gear installation space（6）, the main hollow shell（1）Inside positioned at the gear
Installation space（6）Side be provided with cylindrical space（13）, the main hollow shell（1）Top be provided with and its integral type
The liquid injecting tube road of structure（4）, the liquid injecting tube road（4）Be internally provided with connection liquid additive storage space
（3）Liquid injection hole（5）, the main hollow shell（1）Be internally provided with connection below and cylindrical space（13）'s
Additive package discharge orifice（19）, the main hollow shell（1）Inside positioned at the cylindrical space（13）Top set
It is equipped with main solid additive and launches hole（16）, the main hollow shell（1）Inside launched positioned at the main solid additive
Hole（16）Top be provided with solid additive storage space（17）, the main hollow shell（1）Side fix a solid and add
Add agent conveying and controlling mechanism（18）, the cylindrical space（13）Inside install a solid-liquid additive rotate batch charging mechanism
（15）, the solid-liquid additive rotation batch charging mechanism（15）End face center fix a main rotating shaft（14）, the main rotation
Axis（14）Axis body main hollow shell is fixed on by bearing（1）Inside, the main hollow shell（1）The company of being internally provided with
Logical liquid additive storage space（3）And cylindrical space（13）And run through gear installation space（6）Liquid injection rotation connect
Connection mechanism（11）, the liquid injection connecting mechanism for rotating（11）Positioned at gear installation space（6）Axis body on installation one it is secondary
Gear（12）, the main hollow shell（1）Be internally provided with main motor installation groove structure（8）, the main motor peace
Fill groove structure（8）Inside install a main motor（7）, the main motor（7）In main motor main shaft（9）Through institute
State main hollow shell（1）Inside, and the main motor main shaft（9）Positioned at the gear installation space（6）Inside peace
Fill a master gear（10）, the master gear（10）And pinion（12）Between teeth structure intermeshing.
2. a kind of liquid additive according to claim 1 charging device synchronous with solid additive, it is characterised in that：
The bottom is clamped detent mechanism（2）It is clamped detent mechanism top cross plate including bottom（21）, bottom clamping detent mechanism use
First riser（22）, bottom be clamped the second riser of detent mechanism（23）, bottom be clamped detent mechanism force application board（24）, bottom
It is clamped detent mechanism clamping region（25）, bottom be clamped detent mechanism threaded tube body（26）, bottom be clamped detent mechanism
With touch panel groove structure（27）, bottom be clamped detent mechanism touch panel（28）, bottom be clamped detent mechanism bearing（29）, bottom
It is clamped detent mechanism helicitic texture（210）It is clamped detent mechanism threaded rod with bottom（211）.
3. a kind of liquid additive according to claim 2 charging device synchronous with solid additive, it is characterised in that：
The bottom is clamped detent mechanism top cross plate（21）Bottom clamping the first riser of detent mechanism is fixed in the side of bottom
（22）, the bottom is clamped detent mechanism top cross plate（21）Bottom clamping detent mechanism is fixed with the in the other side of bottom
Two risers（23）, the bottom is clamped the second riser of detent mechanism（23）End face be provided centrally with bottom clamping localization machine
Structure touch panel groove structure（27）, the bottom is clamped detent mechanism top cross plate（21）, bottom clamping detent mechanism is with the
One riser（22）It is clamped the second riser of detent mechanism with bottom（23）Between region formed bottom be clamped detent mechanism card
Connect region（25）, the bottom is clamped the second riser of detent mechanism（23）Other end is provided centrally with and its integral structure
Bottom be clamped detent mechanism threaded tube body（26）, the bottom is clamped detent mechanism touch panel groove structure（27）It is interior
One bottom is installed and is clamped detent mechanism touch panel in portion（28）, the bottom is clamped detent mechanism touch panel（28）The center of end face
Clamping detent mechanism bearing in one bottom is installed（29）, the bottom is clamped detent mechanism bearing（29）Inner ring be socketed a bottom
Portion is clamped detent mechanism threaded rod（211）, the bottom is clamped detent mechanism threaded rod（211）It is clamped through the bottom
Detent mechanism threaded tube body（26）, and the bottom is clamped detent mechanism threaded tube body（26）It is clamped and positions with bottom
Mechanism threaded rod（211）Detent mechanism helicitic texture is being clamped by bottom between position（210）Connection, the bottom
Portion is clamped detent mechanism threaded rod（211）It is being clamped detent mechanism threaded tube body positioned at the bottom（26）External one
End one bottom of installation is clamped detent mechanism force application board（24）.
4. a kind of liquid additive according to claim 3 charging device synchronous with solid additive, it is characterised in that：
The bottom is clamped detent mechanism helicitic texture（210）Including setting detent mechanism threaded tube body is clamped in bottom（26）
Internal internal thread structure and setting is clamped detent mechanism threaded rod in bottom（211）External thread structure on the body of rod, and institute
Internal thread structure is stated to be meshed with external thread structure.
5. a kind of liquid additive according to claim 3 charging device synchronous with solid additive, it is characterised in that：
The bottom is clamped detent mechanism top cross plate（21）It is bolted on main hollow shell（1）The side of bottom.
6. a kind of liquid additive according to claim 1 charging device synchronous with solid additive, it is characterised in that：
The liquid injects connecting mechanism for rotating（11）Connecting mechanism for rotating pipeline body is injected including liquid（111）, liquid injection rotation
Turn bindiny mechanism's bulge-structure（112）, liquid inject connecting mechanism for rotating pipe hole（113）, liquid injection rotatable connection
Mechanism insertion groove structure（114）, liquid inject connecting mechanism for rotating sealing ring（115）Rotatable connection machine is injected with liquid
Structure centre bore（116）.
7. a kind of liquid additive according to claim 6 charging device synchronous with solid additive, it is characterised in that：
The liquid injects connecting mechanism for rotating pipeline body（111）One end be provided with and the liquid of its integral structure injection rotate
Bindiny mechanism's bulge-structure（112）, the liquid injection connecting mechanism for rotating pipeline body（111）Be internally provided with connection
The liquid at its both ends injects connecting mechanism for rotating pipe hole（113）, the liquid injection connecting mechanism for rotating bulge-structure
（112）Be internally provided with connection liquid injection connecting mechanism for rotating pipe hole（113）Liquid inject connecting mechanism for rotating
With insertion groove structure（114）, the liquid injection connecting mechanism for rotating insertion groove structure（114）Inner surface adherency one
Liquid injects connecting mechanism for rotating sealing ring（115）, the liquid injection connecting mechanism for rotating sealing ring（115）Center
It is provided with the connection external world and liquid injects connecting mechanism for rotating pipe hole（113）Liquid injection connecting mechanism for rotating center
Hole（116）.
8. a kind of liquid additive according to claim 7 charging device synchronous with solid additive, it is characterised in that：
The liquid injection connecting mechanism for rotating insertion groove structure（114）Connecting mechanism for rotating centre bore is injected with liquid
（116）Cross section be rectangular configuration.
9. a kind of liquid additive according to claim 7 charging device synchronous with solid additive, it is characterised in that：
The liquid injects connecting mechanism for rotating pipeline body（111）The pipeline body at middle part is mounted on pinion（12）Endoporus in, institute
State liquid injection connecting mechanism for rotating pipeline body（111）Mounted on main hollow shell（1）Inside, and the liquid injection rotation
Turn bindiny mechanism's pipe hole（113）With liquid additive storage space（3）Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810574445.9A CN108745191A (en) | 2018-06-06 | 2018-06-06 | A kind of liquid additive charging device synchronous with solid additive |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810574445.9A CN108745191A (en) | 2018-06-06 | 2018-06-06 | A kind of liquid additive charging device synchronous with solid additive |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108745191A true CN108745191A (en) | 2018-11-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810574445.9A Withdrawn CN108745191A (en) | 2018-06-06 | 2018-06-06 | A kind of liquid additive charging device synchronous with solid additive |
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| Country | Link |
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| CN (1) | CN108745191A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110559947A (en) * | 2019-09-17 | 2019-12-13 | 陈清汉 | Industrial production is with indoor overlooking feeding device |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107570030A (en) * | 2017-10-24 | 2018-01-12 | 邓志滨 | A kind of two kinds of liquid charging stocks conveying mixing arrangement |
| CN107875967A (en) * | 2017-11-03 | 2018-04-06 | 李彩红 | Solid-liquid raw material specific proportions injection device is used in a kind of decoction manufacture |
| CN108607377A (en) * | 2018-05-31 | 2018-10-02 | 董洁 | A kind of liquid additive charging device synchronous with solid additive |
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2018
- 2018-06-06 CN CN201810574445.9A patent/CN108745191A/en not_active Withdrawn
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107570030A (en) * | 2017-10-24 | 2018-01-12 | 邓志滨 | A kind of two kinds of liquid charging stocks conveying mixing arrangement |
| CN107875967A (en) * | 2017-11-03 | 2018-04-06 | 李彩红 | Solid-liquid raw material specific proportions injection device is used in a kind of decoction manufacture |
| CN108607377A (en) * | 2018-05-31 | 2018-10-02 | 董洁 | A kind of liquid additive charging device synchronous with solid additive |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110559947A (en) * | 2019-09-17 | 2019-12-13 | 陈清汉 | Industrial production is with indoor overlooking feeding device |
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Application publication date: 20181106 |
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