CN106311023A - Cabin-dividing type stirring machine - Google Patents
Cabin-dividing type stirring machine Download PDFInfo
- Publication number
- CN106311023A CN106311023A CN201610960590.1A CN201610960590A CN106311023A CN 106311023 A CN106311023 A CN 106311023A CN 201610960590 A CN201610960590 A CN 201610960590A CN 106311023 A CN106311023 A CN 106311023A
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- Prior art keywords
- stirring
- power
- agitator
- belt wheel
- led
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Classifications
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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
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/80—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/80—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis
- B01F27/808—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis with stirrers driven from the bottom of the receptacle
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/80—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis
- B01F27/82—Pan-type mixers, i.e. mixers in which the stirring elements move along the bottom of a pan-shaped receptacle
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/80—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis
- B01F27/85—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis with two or more stirrers on separate shafts
- B01F27/851—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis with two or more stirrers on separate shafts the receptacle being subdivided in adjacent compartments
-
- 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
- B01F35/10—Maintenance of mixers
- B01F35/12—Maintenance of mixers using mechanical means
- B01F35/123—Maintenance of mixers using mechanical means using scrapers for cleaning mixers
-
- 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
- B01F35/30—Driving arrangements; Transmissions; Couplings; Brakes
- B01F35/32—Driving arrangements
- B01F35/323—Driving arrangements for vertical stirrer shafts
- B01F35/3231—Driving several stirrer shafts, e.g. about the same axis
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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
- B01F35/50—Mixing receptacles
- B01F35/53—Mixing receptacles characterised by the configuration of the interior, e.g. baffles for facilitating the mixing of components
- B01F35/531—Mixing receptacles characterised by the configuration of the interior, e.g. baffles for facilitating the mixing of components with baffles, plates or bars on the wall or the bottom
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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
- B01F35/55—Baffles; Flow breakers
Landscapes
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
Abstract
The invention provides a cabin-dividing type stirring machine which comprises a main cabin body, wherein a power box is arranged at the lower side of the main cabin body; a power component is arranged in the power box; a separating plate component is arranged in the main cabin body; the main cabin body is divided into two branch cabins by the separating plate component; a stirrer is arranged in each branch cabin; a stepped hole is formed at the bottom of the main cabin body; the stepped hole directly penetrates through the interior of the power box from the bottom of the main cabin body; a main stirring plate is arranged in the stepped hole; a stirring plate power pillar is fixed at the bottom of the main stirring plate; a stirring plate force-guide hole assembled with a separating plate switch rod is formed in the stirring plate power pillar; the separating plate switch rod is penetrated into a stirring plate pilot hole on the main stirring plate and is arranged in the stirring plate force-guide hole; a stirring plate guide slot is also arranged in the stirring plate pilot hole; the stirring plate guide slot is assembled with a switch rod guide sheet; a connecting slot and a stirrer mounting hole are formed on the main stirring plate. According to the cabin-dividing type stirring machine provided by the invention, the cabin-dividing stirring and all-cabin simultaneous mixing and stirring on a same stirring machine can be realized, great convenience can be brought to the use and the preparation efficiency and the product yield can be effectively increased.
Description
Technical field
The present invention relates to a kind of blender, particularly relate to a kind of warehouse separated type blender.
Background technology
During carrying out industrial chemicals synthesis, the preparation of chemical combination material, as prepared special concrete, prepared by cosmetics.
When preparing raw material and possessing multiple, generally require and after being mixed respectively by various raw materials, be stirred the respective centre of reaction acquisition
The various intermediums of gained are carried out mix and blend so that it is reaction, chemical combination etc., finally obtain to be prepared by thing the most again
Product.
But existing blender most only one of which storehouse a, say, that blender once can only carry out a kind of mixing
Thing or the stirring of compound.When needs stirring prepare multiple intermedium again these intermediums are carried out mix and blend time, be necessary for
Use multiple stage blender, then the taking-up of all of intermedium is put in same blender again and is stirred mixing.This process
In, owing to intermedium needs to take out, and the environment of intermedium can occur large change when taking out, and this just considerably increases product
Percent defective and the mortality of preparation.
Therefore it is applicant's understanding that can be designed that a kind of blender possessing multiple stir storehouse, it is capable of multiple stirring
Storehouse makes intermedium simultaneously, and intermedium make after can directly stir in this stirrer for mixing.
Summary of the invention
Because the drawbacks described above of prior art, the technical problem to be solved is to provide a kind of warehouse separated type stirring
Machine, it possesses multiple stir storehouse and is capable of after each intermedium is made directly stirring in this stirrer for mixing.
For achieving the above object, the invention provides a kind of warehouse separated type blender, including total warehouse, under described total warehouse
Side is provided with headstock, is provided with Power Component in described headstock；
Being provided with baffle assembly in described total warehouse, total warehouse is divided into two points of storehouses, and each point of storehouse by described baffle assembly
In an agitator is installed；
Being provided with stepped hole bottom described total warehouse, described stepped hole leads directly to inside headstock bottom total warehouse；Described
Being provided with total agitator disk in stepped hole, described baffle assembly, agitator are all mounted on total agitator disk；
Be fixed with bottom described total agitator disk and stir dish power post, described stir dish power post in be provided with and the assembling of isolating switch bar
The dish that stirs lead power hole；Described isolating switch bar loads and stirs dish through the dish pilot hole that stirs being arranged on total agitator disk and lead power hole
In, described stirring is additionally provided with in dish pilot hole stirs dish gathering sill, and the described dish gathering sill that stirs assembles with switch lever prerotation vane, joins
Closing, described isolating switch bar can slide up and down in stirring dish pilot hole；
The described dish that stirs is led the diameter in power hole and should be included the diameter of switch lever prerotation vane not less than isolating switch bar；
The length on isolating switch bar of described switch lever prerotation vane should no more than stir the height of dish gathering sill, and when activity
After dividing plate is completely into dividing plate installation cavity, described switching guide sheet should completely disengage from and stir dish gathering sill；
Groove, agitator installing hole it is communicated with on described total agitator disk；
Described agitator includes stirring vane part and stirring mounting cylinder；Described stirring mounting cylinder loads agitator installing hole
In make agitator be assemblied on total agitator disk；
It is provided with stirring power endoporus in described stirring mounting cylinder, described stirring power endoporus is provided with stirring gathering sill；
Described stirring power endoporus is led power wound packages with stirring and is joined, and described stirring is led power cylinder lateral wall and is provided with and stirs guiding
The stirring guide pad of slot fit, described stirring is led power cylinder and can be slided up and down in stirring power endoporus.
As a further improvement on the present invention, described baffle assembly includes stationary barrier, opens in described stationary barrier
Having dividing plate installation cavity, be provided with two pieces of active clapboards in described dividing plate installation cavity, described active clapboard loads dividing plate and installs
On the end face of one end, chamber respectively by hinge hinged with dividing plate active pull rod one end, the described dividing plate active pull rod other end and every
Switching plate masthead portion is hinged；Described isolating switch bar is provided with switch lever prerotation vane；With activity in described dividing plate installation cavity
Bulkhead seal circle it is provided with at baffle contacts.
As a further improvement on the present invention, install before the opening being provided with active clapboard one end at dividing plate installation cavity and scrape
Mud device, described scraper is provided with scrapes mud inclined-plane, and described mud inclined-plane of scraping is inclined upwardly and minimum to the active clapboard side of stretching out
Place is adjacent to active clapboard.
As a further improvement on the present invention, being provided with dividing plate gathering sill bottom active clapboard, described dividing plate guides
Groove coordinates with the dividing plate guide pad being arranged on total agitator disk.
As a further improvement on the present invention, being provided with warehouse partition grooves on total warehouse inwall, described active clapboard stretches into
Warehouse partition grooves make two points of storehouses thoroughly separate and be not interconnected.
As a further improvement on the present invention, described Power Component includes stirring power motor, described stirring power
The projecting shaft of motor and the first stirring are led power axle and are connected, and the first described stirring is led and is provided with the first belt wheel on power axle, described
The first belt wheel be connected by the first belt with being arranged on the second belt wheel that the second stirring leads on power axle and form V belt translation structure；
The second described stirring is led and is provided with the 12nd belt wheel on power axle, and the 12nd described belt wheel passes through the 5th belt and installation
The 11st belt wheel led on power axle in the 6th stirring connects and forms V belt translation structure；The 6th described stirring is led and is also pacified on power axle
Equipped with the 9th belt wheel and the 8th belt wheel；
The 8th described belt wheel connects and is formed V belt translation structure, the 7th described belt wheel peace by the 3rd belt and the 7th belt wheel
The 5th stirring being contained in agitator dynamical system is led on power axle, and described agitator dynamical system is for providing dynamic for agitator
Power, has two sets one to touch the same agitator dynamical system；
The 9th described belt wheel and the tenth belt wheel connect and are formed V belt translation structure, the tenth described belt wheel peace by the 4th belt
The 5th stirring being contained in another agitator dynamical system is led on power axle；
The 5th described stirring is led power axle and is provided with one section of the 5th stirring worm screw section, the 5th described stirring worm screw section and agitator
Turbine cooperatively forms worm gear structure, and described agitator turbine is arranged on agitator force-guided stem, and described agitator is led
Being provided with turbine gearshift ring on power bar in the part of the upper and lower both sides of agitator turbine, described turbine gearshift ring is provided with and changes
Gear dynamic ring, described shifting power ring passes through threaded engagement, is assemblied on agitator shifting shaft；
Described agitator force-guided stem top, through the fixed plate installing hole in fixed plate, is provided with in described fixed plate installing hole
Fixed plate gathering sill, described fixed plate gathering sill and stirring guide pad assembling；
Described agitator force-guided stem top is provided with force-guided stem thread segment, and described force-guided stem thread segment loads stirring and leads power cylinder
Stirring is led in power cylinder endoporus；
Described stirring is led and is provided with the inner hole thread section that can screw with force-guided stem thread segment, described force-guided stem bottom power cylinder endoporus
The length of thread segment should be at least above the 2/3 of inner hole thread section；When agitator force-guided stem drives agitator to rotate, described is interior
Hole thread segment does not screws with force-guided stem thread segment.
As a further improvement on the present invention, described Power Component also includes assembly of shifting gears, described gearshift assembly bag
Including shifting power motor, the output shaft of described shift motor is connected with shifting power axle, and described shifting power axle is installed
There are the 5th belt wheel, the 4th belt wheel, the 13rd belt wheel, and described shifting power axle top is through the power post of agitator disk power post
Endoporus the switch lever endoporus with isolating switch bar are assembled by threaded engagement；
The 4th described belt wheel connects and is formed V belt translation structure, the 3rd described belt wheel peace by the second belt and the 3rd belt wheel
It is contained on the agitator shifting shaft of agitator dynamical system；
The 5th described belt wheel connects and is formed V belt translation structure, the 6th described belt wheel peace by the 6th belt and the 6th belt wheel
It is contained on another agitator shifting shaft of agitator dynamical system；
The 13rd described belt wheel connects and is formed V belt translation structure, described the 14th by the 7th belt and the 14th belt wheel
Belt wheel is arranged in push pedal drive shaft, and described push pedal drive shaft passes through push pedal drive shaft worm screw section and pushing away on push pedal line shaft
Plate line shaft turbine cooperatively forms drive structure of gear worm, and described push pedal line shaft outer wall is provided with screw thread and through gearshift
Push pedal and with change when threaded engagement is passed through in push pedal；
The second described stirring is led power axle and is led and be also equipped with thrust ball also through gearshift baffle plate and the described second stirring on power axle
Bearing, always stir dish drive turbine, two outer rings of described thrust ball bearing respectively with always stir dish drive turbine and shift gears baffle plate
Connect fixing；
Described always stir dish turbine and the dish power post worm screw section of stirring stirring on dish power post cooperatively forms drive structure of gear worm.
As a further improvement on the present invention, two pieces of fixed plates are provided with sensing half groove, and total agitator disk with
Sense and two pieces of sensor blocks are set on the position that half groove is corresponding；
The sensing lead to the hole site that two pieces of sensor blocks are provided with on sensing through hole, and two pieces of sensor blocks is different, described sensing half
Equipped with laser inductor on groove sidewall, described laser inductor light beam can be directly through sensing through hole；
Described laser inductor is connected with middle control main frame, and described middle control main frame is for controlling the electrical system of the present invention, stirring
Mix east force motor, shifting power motor, laser inductor.
As a further improvement on the present invention, being provided with high pressure gas hood on total agitator disk, described high pressure gas hood will be even
Groove covers completely and connects with connectivity slot, and described high pressure gas hood is connected with air-valve assembly by trachea, described air valve group
Part connects with high-pressure gasbag further through trachea.
As a further improvement on the present invention, described high-pressure gasbag, air-valve assembly, high pressure gas hood are each attached to always stir
On dish.
As a further improvement on the present invention, the gas in high-pressure gasbag can be protective gas or noble gas, uses
In preventing dividing plate installation cavity each parts get rusty, corrosion etc..
As a further improvement on the present invention, force-guided stem thread segment can also be changed with the assembling structure that power cylinder is led in stirring
For: described force-guided stem thread segment top is provided with and screws head, and described stirring is led to be provided with bottom power cylinder and screwed bulge loop, described
Force-guided stem thread segment through stirring lead power cylinder endoporus and screw head load stirring lead in power cylinder；
The described head that screws is assembled by threaded engagement with inner hole thread section, and the described bulge loop that screws passes through with force-guided stem thread segment
Threaded engagement assembles.
The invention has the beneficial effects as follows:
1, the present invention is capable of on same blender stirring and each storehouse mix and blend in point storehouse, greatly facilitates user and makes
With, but also preparation efficiency and finished product rate and product quality can be effectively improved, possess higher economic worth and city
Field promotion prospect.
2, the Power Component of the present invention is capable of the automatic switchover of point storehouse stirring and the stirring of total warehouse so that product uses
Get up enhanced convenience, quick, the agitating procedure being particularly suitable in preparation of compounds.
3, the active clapboard of baffle assembly of the present invention is capable of automatically automatic along with Fen Cang and total warehouse stirring switching
Flexible, product automation is higher, it is possible to be greatly improved operating efficiency.
4, the present invention has also installed high pressure gas hood additional, in preventing dividing plate installation cavity by the air pressure in raising dividing plate installation cavity
Liquid material enter dividing plate installation cavity, substantially increase dividing plate installation cavity liquidproof invasion effect, be effectively improved every
The service life of each parts in plate installation cavity.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention a kind of warehouse separated type blender detailed description of the invention.
Fig. 2 is the structural representation of the present invention a kind of warehouse separated type blender detailed description of the invention.
Fig. 3 is the baffle assembly structural representation of the present invention a kind of warehouse separated type blender detailed description of the invention.
Fig. 4 is enlarged drawing at F1 in Fig. 3.
Fig. 5 is the structural representation of the present invention a kind of warehouse separated type blender detailed description of the invention.
Fig. 6 is the Power Component structural representation of the present invention a kind of warehouse separated type blender detailed description of the invention.
Fig. 7 is the Power Component structural representation of the present invention a kind of warehouse separated type blender detailed description of the invention.
Fig. 8 is the Power Component structural representation of the present invention a kind of warehouse separated type blender detailed description of the invention.
Fig. 9 is the Power Component structural representation of the present invention a kind of warehouse separated type blender detailed description of the invention.
Figure 10 is the sectional structure chart of the present invention a kind of warehouse separated type blender detailed description of the invention.
Figure 11 is the part section structure chart of the present invention a kind of warehouse separated type blender detailed description of the invention.
Figure 12 is the front view of the present invention a kind of warehouse separated type blender detailed description of the invention.
Figure 13 is total warehouse structural representation of the present invention a kind of warehouse separated type blender detailed description of the invention.
Figure 14 is that the force-guided stem thread segment of the present invention a kind of warehouse separated type blender detailed description of the invention leads power cylinder with stirring
Improved structure.
Detailed description of the invention
The invention will be further described with embodiment below in conjunction with the accompanying drawings:
See Fig. 1, a kind of warehouse separated type blender, including total warehouse 101, below described total warehouse 101, be provided with headstock 102,
Described headstock 102 is provided with Power Component 400；
Being provided with baffle assembly 200 in described total warehouse 101, total warehouse is divided into two points of storehouses by described baffle assembly 200, and
Each point of storehouse is provided with an agitator 300.
Seeing Fig. 2 to Fig. 5, described baffle assembly 200 includes stationary barrier 201, has in described stationary barrier 201
Dividing plate installation cavity 2011, is provided with two pieces of active clapboards 203 in described dividing plate installation cavity 2011, described active clapboard loads
Passing through hinge on the end face of dividing plate installation cavity 2011 one end respectively hinged with dividing plate active pull rod 204 one end, described dividing plate is lived
Dynamic pull bar 204 other end is hinged with isolating switch bar 206 top, when isolating switch bar 206 moves up and down, it is possible to drive activity
Dividing plate 203 slides in dividing plate installation cavity 2011；
Described isolating switch bar 206 is provided with switch lever prerotation vane 2061；
In order to prevent the liquid of stirring from entering in dividing plate installation cavity 2011, can in dividing plate installation cavity 2011 with active clapboard 203
Contact position arranges bulkhead seal circle 207.
Further, for the particulate matter preventing active clapboard 203 from being stirred outside when retracting in dividing plate installation cavity 2011
Body, thickness object etc. take at bulkhead seal circle 207, can be dividing plate installation cavity 2011 opening in installation activity dividing plate 203 one end
Installing scraper 202 before mouthful, described scraper 202 is provided with scrapes mud inclined-plane 2021, and described scrapes mud inclined-plane 2021 to activity
Dividing plate 203 side of stretching out is inclined upwardly and lowest part is adjacent to active clapboard 203.When in active clapboard retraction dividing plate installation cavity 2011
Before, by scraping mud inclined-plane 2021, the foreign body on active clapboard 203 is struck off.
Further, position sideslip during in order to prevent active clapboard from stretching, dividing plate can be set bottom active clapboard 203
Gathering sill 2031, described dividing plate gathering sill 2031 coordinates with the dividing plate guide pad 1031 being arranged on total agitator disk 103.Use
Time active clapboard 203 the most point-blank can stretch under the effect of dividing plate guide pad 1031.
Further, in order to make active clapboard 203 by the more thorough of two points of storehouses and prevent from connecting between two points of storehouses, permissible
Arranging warehouse partition grooves 1011 on total warehouse 101 inwall, described active clapboard 203 stretches in warehouse partition grooves 1011 and makes
Two points of storehouses thoroughly separate and are not interconnected.
Being provided with stepped hole 1012 bottom described total warehouse 101, described stepped hole 1012 is straight-through bottom total warehouse 101
Headstock 102 is internal；
Being provided with total agitator disk 103 in described stepped hole 1012, described baffle assembly 200, agitator 300 are all mounted in
On total agitator disk 103.
Be fixed with bottom described total agitator disk 103 and stir dish power post 401, described stir dish power post 401 in be provided with
Power hole 4011 led by the dish that stirs of isolating switch bar 206 assembling；Described isolating switch bar 206 is through being arranged on total agitator disk 103
The dish pilot hole 1037 that stirs load and stir dish and lead in power hole 4011, described stir dish pilot hole 1037 is additionally provided with stir dish gathering sill
10371, the described dish gathering sill 10371 that stirs assembles with switch lever prerotation vane 2061, coordinates, described isolating switch bar 206 energy
Slide up and down in stirring dish pilot hole 1037；
The described dish that stirs is led the diameter in power hole 4011 and should be included the straight of switch lever prerotation vane 2061 not less than isolating switch bar 206
Footpath；
The length on isolating switch bar 206 of described switch lever prerotation vane 2061 should no more than stir dish gathering sill 10371
Highly, and after active clapboard 203 is completely into dividing plate installation cavity 2011, described switching guide sheet 2061 should completely disengage from and stir
Dish gathering sill 10731.
See Fig. 2, Fig. 5, Figure 10, described total agitator disk 103 is communicated with groove 1032, agitator installing hole 1033；
Described agitator 300 includes stirring vane part 301 and stirring mounting cylinder 302；Described stirring mounting cylinder 302 loads
Agitator installing hole 1033 make agitator 300 be assemblied on total agitator disk 103.
It is provided with stirring power endoporus 3021 in described stirring mounting cylinder 302, described stirring power endoporus 3021 sets
There is stirring gathering sill 3022；
Described stirring power endoporus 3021 is led power cylinder 303 with stirring and is assembled, and described stirring is led power cylinder 303 lateral wall and is provided with
The stirring guide pad 3031 coordinated with stirring gathering sill 3022, power cylinder 303 is led in described stirring can be at stirring power endoporus
Slide up and down in 3021.
Seeing Fig. 2, Fig. 5-Figure 13, described Power Component 400 includes stirring power motor 501, described stirring power
The projecting shaft of motor 501 and the first stirring are led power axle 601 and are connected, and the first described stirring is led and is provided with first on power axle 601
Belt wheel 701, the first described belt wheel 701 passes through the first belt 801 and is arranged on the second belt wheel that the second stirring is led on power axle 602
702 connect and form V belt translation structure；
The second described stirring is led and is provided with the 12nd belt wheel 712 on power axle 602, and the 12nd described belt wheel 712 is by the 5th
Belt 805 is connected with being arranged on the 11st belt wheel 711 that the 6th stirring leads on power axle 606 and forms V belt translation structure；Described
6th stirring is led and is also equipped with the 9th belt wheel 709 and the 8th belt wheel 708 on power axle 606；
The 8th described belt wheel 708 is connected with the 7th belt wheel 707 and is formed V belt translation structure by the 3rd belt 803, described
7th belt wheel 707 is arranged on the 5th stirring of agitator dynamical system and leads on power axle 605, and described agitator dynamical system is used for
There is provided power for agitator 300, owing to agitator has two, therefore have two sets one to touch the same agitator dynamical system；
The 9th described belt wheel 709 is connected and is formed V belt translation structure with the tenth belt wheel 710 by the 4th belt 804, described
Tenth belt wheel 710 is arranged on the 5th stirring of another agitator dynamical system and leads on power axle 605；
The 5th described stirring is led power axle 605 and is provided with one section of the 5th stirring worm screw section 6051, the 5th described stirring worm screw section
6051 cooperatively form worm gear structure with agitator turbine A02, and described agitator turbine A02 is arranged on agitator force-guided stem
On 403, described agitator force-guided stem 403 is provided with in the part of the upper and lower both sides of agitator turbine A02 turbine gearshift ring
903, described turbine gearshift ring 903 is provided with shifting power ring 9031, and described shifting power ring 9031 is revolved by screw thread
Close, be assemblied on agitator shifting shaft 404.Shifting power ring 9031 just can be driven to exist when agitator shifting shaft 404 rotates
The axle of agitator shifting shaft 404 moves upward, this just can control agitator turbine A02 coordinate with agitator force-guided stem 403 or
Separately, say, that the 5th stirring can be controlled and lead the power axle 605 break-make to agitator force-guided stem 403 driving force.
Described agitator force-guided stem 403 top is through the fixed plate installing hole 1042 in fixed plate 104, and described is fixing
Being provided with fixed plate gathering sill 1043 in plate installing hole 1042, described fixed plate gathering sill 1043 can fill with stirring guide pad 3031
Join；
Described agitator force-guided stem 403 top is provided with force-guided stem thread segment 4031, and described force-guided stem thread segment 4031 loads
Stirring is led the stirring of power cylinder 303 and is led in power cylinder endoporus 3033；
Described stirring is led and is provided with the inner hole thread section 3032 that can screw with force-guided stem thread segment 4031 bottom power cylinder endoporus 3033,
The length of described force-guided stem thread segment 4031 should be at least above the 2/3 of inner hole thread section 3032.When agitator force-guided stem 403 carries
When dynamic agitator 300 rotates, described inner hole thread section 3032 does not mutually screw with force-guided stem thread segment 4031.Work as agitator
300 when not using, can be by rotating backward agitator force-guided stem 403, and described agitator force-guided stem 403 rotation direction should be
Inner hole thread section 3032 and force-guided stem thread segment 4031 mutually screw direction, and now, power cylinder 303 is led in described stirring can be at gravity
Effect under fall and make inner hole thread section 3032 contact with force-guided stem thread segment 4031, screw.Described inner hole thread section
3032 with force-guided stem thread segment 4031 screw completely time, described stirring lead power cylinder 303 should completely disengage from stirring power endoporus
3021, and load in fixed plate installing hole 1042.Now total agitator disk 103 just can turn under the drive of agitator disk power post 401
Dynamic.
Seeing Figure 14, shown structure is the improved structure that power cylinder 303 is led in force-guided stem thread segment 4031 and stirring, described
Force-guided stem thread segment 4031 top is provided with and screws 4032, and described stirring is led to be provided with bottom power cylinder 303 and screwed bulge loop 3033,
Described force-guided stem thread segment 4031 is led power cylinder 303 endoporus through stirring and screws 4032 and load stirrings and lead in power cylinder 303；
Described screwing 4032 and assembled by threaded engagement with inner hole thread section 3032, described screws bulge loop 3033 and leads power
Bar thread segment 4031 is assembled by threaded engagement, and their threaded engagement direction is identical.
When needing lifting stirring to lead power cylinder 303, it is only necessary to make force-guided stem thread segment by rotating force-guided stem thread segment 4031
4031 and stirring lead and moved up and down by threaded engagement between power cylinder 303.And lead power cylinder 303 in stirring and drive agitator
When 300, lead power cylinder 303 due to force-guided stem thread segment 4031 and stirring and screwed by screw thread so that force-guided stem thread segment 4031
Stirring can be fully driven to lead power cylinder 303.
Further, in order to prevent total agitator disk from causing stirring to lead power cylinder 303 and stirring power endoporus 3021 nothing after rotating
Method just to cause stirring lead power cylinder 303 cannot load stirring power endoporus 3021 in, also allowing for agitator 300 cannot be stirred
The situation that device force-guided stem 403 drives occurs.Sensing half groove 1041 can be set in two pieces of fixed plates 104, and in total stirring
On the position that dish 103 is corresponding with sensing half groove 1041, two pieces of sensor blocks 107 are set；
The sensing lead to the hole site that two pieces of sensor blocks 107 are provided with on sensing through hole 1071, and two pieces of sensor blocks 107 is different, institute
Equipped with laser inductor 105 on sensing half groove 1041 sidewall stated, described laser inductor light beam can be logical directly through sensing
Hole 1071；
Described laser inductor 105 is connected with middle control main frame, described middle control main frame for control the present invention electrical system,
Stirring east force motor 501, shifting power motor 502, laser inductor etc..
After total agitator disk 103 rotates, only can be through sensing through hole 1071 when the light beam of two laser inductors 105
Time, total agitator disk just stops operating.Owing to two sensing lead to the hole site are different, this allows for two laser inductors 1071
When light beam all passes sensing through hole 1071, the position of total agitator disk 103 is unique, also ensures that stirring is led power cylinder 303 and stirred
Mixing power endoporus 3021 can be the most right, thus ensures that stirring is led power cylinder 303 and can be again loaded into stirring in power endoporus 3021.
Described Power Component 400 also includes assembly of shifting gears, and described gearshift assembly includes shifting power motor 502, institute
The output shaft of the shift motor 502 stated is connected with shifting power axle 402, and described shifting power axle 402 is provided with multicolored vaginal discharge
Wheel the 705, the 4th belt wheel the 704, the 13rd belt wheel 713, and described shifting power axle 402 top is through agitator disk power post 401
Power post endoporus 4012 and assembled by threaded engagement with the switch lever endoporus of isolating switch bar 206.When shifting power motor
502 when rotating, if its rotation direction shifting power axle 402 and switch lever endoporus screw direction, then isolating switch bar 206
Will move downwards under the effect of shifting power axle 402, otherwise isolating switch bar 206 moves upward.
The 4th described belt wheel 704 is connected with the 3rd belt wheel 703 and is formed V belt translation structure, institute by the second belt 802
The 3rd belt wheel 703 stated is arranged on the agitator shifting shaft 404 of agitator dynamical system；
The 5th described belt wheel 705 is connected with the 6th belt wheel 706 and is formed V belt translation structure by the 6th belt 806, described
6th belt wheel 706 is arranged on another agitator shifting shaft 404 of agitator dynamical system；
The 13rd described belt wheel 713 is connected with the 14th belt wheel 714 and is formed V belt translation structure by the 7th belt 807, institute
The 14th belt wheel 714 stated is arranged in push pedal drive shaft 405, and described push pedal drive shaft 405 is by push pedal drive shaft worm screw
Section cooperatively forms drive structure of gear worm with the push pedal line shaft turbine 6041 on push pedal line shaft 604, and described push pedal is moved
Power axle 604 outer wall be provided with screw thread and through gearshift push pedal 901 and with change when threaded engagement is passed through in push pedal 901；
The second described stirring is led power axle 602 and is led also install on power axle 602 also through gearshift baffle plate 901 and the described second stirring
Have thrust ball bearing 902, always stir dish and drive turbine A01, two outer rings of described thrust ball bearing 902 respectively with always stir dish and drive
Dynamic turbine A01 and gearshift baffle plate 901 connect fixing；
The described dish power post worm screw section of stirring always stirring dish turbine A01 and stir on dish power post 401 cooperatively forms worm and gear and passes
Dynamic structure.
During use, drive push pedal line shaft 604 to rotate by push pedal drive shaft 405, can carry when push pedal line shaft 604 rotates
Moving gear push pedal 901 to move up at the axle of push pedal line shaft 604, gearshift push pedal 901 will drive when moving and always stir dish driving
Turbine A01 moves, this can be realized as the second stirring lead power axle 602 to stir the cut-out of dish power post 401 driving force with connect with
Whether control the rotation of total agitator disk 103.
During original state, active clapboard 203 with put warehouse partition grooves 1011 and coordinate total warehouse 101 is divided into two, described
The running of agitator dynamical system and always stir dish and drive turbine A01 and stir dish power post 401 and separate, namely cut off the second stirring
Lead the power axle 602 driving force to stirring dish power post 401；Now, five described stirring worm screw sections 6051 are joined with agitator turbine A02
Close and form drive structure of gear worm.Then stirring power motor 501 rotates, and stirring power motor 501 is by the first belt 701
Driving the second stirring to lead power axle 602 to rotate, the second described stirring is led power axle 602 and is driven the 6th stirring by the 5th belt 805
Leading power axle 606 to rotate, the 6th described stirring is led power axle 606 and is driven stirring by the 3rd belt 803 and the 4th belt 804 respectively
5th stirring of device dynamical system is led power axle 605 and is rotated, and the 5th described stirring leads power axle 605 by the 5th stirring worm screw section
6051 coordinate drive agitator force-guided stem 403 to rotate with agitator turbine A02, and described agitator force-guided stem 403 is further through stirring
Mix and lead power cylinder 303 and drive agitator 300 to rotate, just the material coming a point storehouse is stirred when agitator 300 rotates.
When two points of storehouses are merged by needs, when i.e. using total agitator disk 103 to stir, first middle control host computer control stirring power
Motor 501 rotates backward, and power cylinder 303 is led in now stirring and can depart from stirring by threaded engagement on force-guided stem thread segment 4031
Power endoporus 3021, after power cylinder 303 disengaging stirring power endoporus 3021 is led in stirring, middle control host computer control shifting power motor
502 rotate, and shifting power motor 502 drives two respectively by the second belt the 802, the 6th belt the 806, the 7th belt 807 and stirs
Mix device shifting shaft 404, push pedal drive shaft 405 rotates；
When described agitator shifting shaft 404 rotates, turbine gearshift ring 903 can be driven to move axially and finally to make turbine gearshift dial
Ring 903 drives agitator turbine A02 and the 5th stirring to lead power axle 605 and separates, and has shut off the 5th stirring and has led power axle 605 to stirring
Mix the power of device force-guided stem 403 conveying；
Meanwhile, described push pedal drive shaft 405 drives push pedal line shaft 604 to rotate, and described push pedal line shaft 604 can promote always
The dish power post worm screw section of stirring stirring dish turbine A01 and stir on dish power post 401 coordinates, and i.e. to lead power axle 602 right in connection the second stirring
Stir the power of dish power post 401；
Meanwhile, described shifting power axle 402 can drive isolating switch bar 206 to move downward until active clapboard 203 contracts completely
Enter in dividing plate installation cavity 2011.
Last stationary barrier is equivalent to the stirring vane of total warehouse, is rotated by total agitator disk and drives stationary barrier to turn
Dynamic, the most just make the material in total warehouse obtain stirring.
See Figure 13, further, in order to prevent the materials such as liquid in total warehouse break through bulkhead seal circle 207 enter every
Plate installation cavity 2011, can arrange high pressure gas hood A11 on total agitator disk 103, and described high pressure gas hood A11 is by connectivity slot 1032
Covering completely and connect with connectivity slot 1032, described high pressure gas hood is connected with air-valve assembly A10 by trachea, described air valve
Assembly connects with high-pressure gasbag A12 further through trachea；
Described high-pressure gasbag A12, air-valve assembly A10, high pressure gas hood A11 are each attached on total agitator disk 103.
During use, the gases at high pressure in high-pressure gasbag A12 enter in high pressure gas hood A11 by air-valve assembly A10, due to height
The cover A11 that calms the anger connects with connectivity slot 1032, therefore high pressure gas cognition is full of in whole dividing plate installation cavity 2011, and dividing plate is pacified
The air pressure behaveing affectedly in 2011 is greater than the hydraulic pressure of the air pressure outside dividing plate installation cavity 2011 or liquid material, and this allows for dividing plate peace
The material behaveing affectedly outside 2011 cannot be introduced into dividing plate installation cavity 2011.
The effect of described air-valve assembly A10 is, the gas in the air pressure in high pressure gas hood A11 is less than high-pressure gasbag A12
During pressure, air-valve assembly A10 opens, and makes the gases at high pressure in high-pressure gasbag A12 enter in high pressure gas hood, with in supplementary high pressure gas hood
Air pressure.When the air pressure in high pressure gas hood is not less than the air pressure in high-pressure gasbag, air-valve assembly is closed.Described air-valve assembly
Can replace with pressure maintaining valve or air relief valve.
The preferred embodiment of the present invention described in detail above.Should be appreciated that those of ordinary skill in the art without
Need creative work just can make many modifications and variations according to the design of the present invention.Therefore, all technology in the art
Personnel are available by logical analysis, reasoning, or a limited experiment the most on the basis of existing technology
Technical scheme, all should be in the protection domain being defined in the patent claims.
Claims (10)
1. a warehouse separated type blender, including total warehouse, is provided with headstock below described total warehouse, pacify in described headstock
Equipped with Power Component；It is characterized in that:
Being provided with baffle assembly in described total warehouse, total warehouse is divided into two points of storehouses, and each point of storehouse by described baffle assembly
In an agitator is installed；
Being provided with stepped hole bottom described total warehouse, described stepped hole leads directly to inside headstock bottom total warehouse；Described
Being provided with total agitator disk in stepped hole, described baffle assembly, agitator are all mounted on total agitator disk；
Be fixed with bottom described total agitator disk and stir dish power post, described stir dish power post in be provided with and the assembling of isolating switch bar
The dish that stirs lead power hole；Described isolating switch bar loads and stirs dish through the dish pilot hole that stirs being arranged on total agitator disk and lead power hole
In, described stirring is additionally provided with in dish pilot hole stirs dish gathering sill, and the described dish gathering sill that stirs assembles with switch lever prerotation vane, joins
Closing, described isolating switch bar can slide up and down in stirring dish pilot hole；
The described dish that stirs is led the diameter in power hole and should be included the diameter of switch lever prerotation vane not less than isolating switch bar；
The length on isolating switch bar of described switch lever prerotation vane should no more than stir the height of dish gathering sill, and when activity
After dividing plate is completely into dividing plate installation cavity, described switching guide sheet should completely disengage from and stir dish gathering sill；
Groove, agitator installing hole it is communicated with on described total agitator disk；
Described agitator includes stirring vane part and stirring mounting cylinder；Described stirring mounting cylinder loads agitator installing hole
In make agitator be assemblied on total agitator disk；
It is provided with stirring power endoporus in described stirring mounting cylinder, described stirring power endoporus is provided with stirring gathering sill；
Described stirring power endoporus is led power wound packages with stirring and is joined, and described stirring is led power cylinder lateral wall and is provided with and stirs guiding
The stirring guide pad of slot fit, described stirring is led power cylinder and can be slided up and down in stirring power endoporus.
2. a kind of warehouse separated type blender as claimed in claim 1, is characterized in that: described baffle assembly includes stationary barrier,
Described stationary barrier has dividing plate installation cavity, described dividing plate installation cavity is provided with two pieces of active clapboards, described work
Pass through, on the end face of dynamic dividing plate loading dividing plate installation cavity one end, the dividing plate that hinge is hinged, described with dividing plate active pull rod one end respectively
The active pull rod other end is hinged with isolating switch masthead portion；Described isolating switch bar is provided with switch lever prerotation vane；Described
Dividing plate installation cavity is provided with bulkhead seal circle with active clapboard contact position.
3. a kind of warehouse separated type blender as claimed in claim 2, is characterized in that: be provided with active clapboard at dividing plate installation cavity
Installing scraper before the opening of one end, described scraper is provided with scrapes mud inclined-plane, and described mud inclined-plane of scraping is stretched to active clapboard
Tilt on outgoing direction and lowest part is adjacent to active clapboard.
4. a kind of warehouse separated type blender as claimed in claim 2, is characterized in that: be provided with dividing plate bottom active clapboard and guide
Groove, described dividing plate gathering sill coordinates with the dividing plate guide pad being arranged on total agitator disk.
5. a kind of warehouse separated type blender as claimed in claim 2, is characterized in that: be provided with warehouse on total warehouse inwall and cut off
Groove, described active clapboard stretches into and makes two points of storehouses thoroughly separate and not be interconnected in warehouse partition grooves.
6. a kind of warehouse separated type blender as claimed in claim 1, is characterized in that: described Power Component includes stirring power current
Machine, the projecting shaft of described stirring power motor and the first stirring are led power axle and are connected, and the first described stirring is led and pacified on power axle
Equipped with the first belt wheel, the first described belt wheel is connected with being arranged on the second belt wheel that the second stirring leads on power axle by the first belt
And form V belt translation structure；
The second described stirring is led and is provided with the 12nd belt wheel on power axle, and the 12nd described belt wheel passes through the 5th belt and installation
The 11st belt wheel led on power axle in the 6th stirring connects and forms V belt translation structure；The 6th described stirring is led and is also pacified on power axle
Equipped with the 9th belt wheel and the 8th belt wheel；
The 8th described belt wheel connects and is formed V belt translation structure, the 7th described belt wheel peace by the 3rd belt and the 7th belt wheel
The 5th stirring being contained in agitator dynamical system is led on power axle, and described agitator dynamical system is for providing dynamic for agitator
Power, has two sets one to touch the same agitator dynamical system；
The 9th described belt wheel and the tenth belt wheel connect and are formed V belt translation structure, the tenth described belt wheel peace by the 4th belt
The 5th stirring being contained in another agitator dynamical system is led on power axle；
The 5th described stirring is led power axle and is provided with one section of the 5th stirring worm screw section, the 5th described stirring worm screw section and agitator
Turbine cooperatively forms worm gear structure, and described agitator turbine is arranged on agitator force-guided stem, and described agitator is led
Being provided with turbine gearshift ring on power bar in the part of the upper and lower both sides of agitator turbine, described turbine gearshift ring is provided with and changes
Gear dynamic ring, described shifting power ring passes through threaded engagement, is assemblied on agitator shifting shaft；
Described agitator force-guided stem top, through the fixed plate installing hole in fixed plate, is provided with in described fixed plate installing hole
Fixed plate gathering sill, described fixed plate gathering sill and stirring guide pad assembling；
Described agitator force-guided stem top is provided with force-guided stem thread segment, and described force-guided stem thread segment loads stirring and leads power cylinder
Stirring is led in power cylinder endoporus；
Described stirring is led and is provided with the inner hole thread section that can screw with force-guided stem thread segment, described force-guided stem bottom power cylinder endoporus
The length of thread segment should be at least above the 2/3 of inner hole thread section；When agitator force-guided stem drives agitator to rotate, described is interior
Hole thread segment does not screws with force-guided stem thread segment.
7. a kind of warehouse separated type blender as claimed in claim 6, is characterized in that: described Power Component also includes gearshift group
Part, described gearshift assembly includes shifting power motor, and the output shaft of described shift motor is connected with shifting power axle, described
Shifting power axle on the 5th belt wheel, the 4th belt wheel, the 13rd belt wheel be installed, and described shifting power axle top is through stirring
Mix the power post endoporus of dish power post and assembled by threaded engagement with the switch lever endoporus of isolating switch bar；
The 4th described belt wheel connects and is formed V belt translation structure, the 3rd described belt wheel peace by the second belt and the 3rd belt wheel
It is contained on the agitator shifting shaft of agitator dynamical system；
The 5th described belt wheel connects and is formed V belt translation structure, the 6th described belt wheel peace by the 6th belt and the 6th belt wheel
It is contained on another agitator shifting shaft of agitator dynamical system；
The 13rd described belt wheel connects and is formed V belt translation structure, described the 14th by the 7th belt and the 14th belt wheel
Belt wheel is arranged in push pedal drive shaft, and described push pedal drive shaft passes through push pedal drive shaft worm screw section and pushing away on push pedal line shaft
Plate line shaft turbine cooperatively forms drive structure of gear worm, and described push pedal line shaft outer wall is provided with screw thread and through gearshift
Push pedal and with change when threaded engagement is passed through in push pedal；
The second described stirring is led power axle and is led and be also equipped with thrust ball also through gearshift baffle plate and the described second stirring on power axle
Bearing, always stir dish drive turbine, two outer rings of described thrust ball bearing respectively with always stir dish drive turbine and shift gears baffle plate
Connect fixing；
Described always stir dish turbine and the dish power post worm screw section of stirring stirring on dish power post cooperatively forms drive structure of gear worm.
A kind of warehouse separated type blender the most as claimed in claims 6 or 7, is characterized in that: be provided with sensing in two pieces of fixed plates
Half groove, and two pieces of sensor blocks are set on the position that total agitator disk is corresponding with sensing half groove；
The sensing lead to the hole site that two pieces of sensor blocks are provided with on sensing through hole, and two pieces of sensor blocks is different, described sensing half
Equipped with laser inductor on groove sidewall, described laser inductor light beam can be directly through sensing through hole；
Described laser inductor is connected with middle control main frame, and described middle control main frame is for controlling the electrical system of the present invention, stirring
Mix east force motor, shifting power motor, laser inductor.
A kind of warehouse separated type blender the most as claimed in claims 6 or 7, is characterized in that: be provided with high pressure gas on total agitator disk
Cover, connectivity slot is covered and connects with connectivity slot by described high pressure gas hood completely, and described high pressure gas hood passes through trachea and air valve
Assembly connects, and described air-valve assembly connects with high-pressure gasbag further through trachea.
10. want a kind of warehouse separated type blender as described in 6 such as right, it is characterized in that: force-guided stem thread segment leads the dress of power cylinder with stirring
Distribution structure can also be replaced by: described force-guided stem thread segment top is provided with and screws head, and described stirring is led and set bottom power cylinder
Screw bulge loop, described force-guided stem thread segment through stirring lead power cylinder endoporus and screw head load stirring lead in power cylinder；
The described head that screws is assembled by threaded engagement with inner hole thread section, and the described bulge loop that screws passes through with force-guided stem thread segment
Threaded engagement assembles.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610960590.1A CN106311023B (en) | 2016-11-04 | 2016-11-04 | Divide storehouse formula mixer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610960590.1A CN106311023B (en) | 2016-11-04 | 2016-11-04 | Divide storehouse formula mixer |
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| Publication Number | Publication Date |
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| CN106311023A true CN106311023A (en) | 2017-01-11 |
| CN106311023B CN106311023B (en) | 2022-02-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610960590.1A Active CN106311023B (en) | 2016-11-04 | 2016-11-04 | Divide storehouse formula mixer |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115028483A (en) * | 2022-07-23 | 2022-09-09 | 王世宇 | Preparation process of microbial organic fertilizer |
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