CN208824291U - A kind of level Four cyclic process mulser - Google Patents
A kind of level Four cyclic process mulser Download PDFInfo
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- CN208824291U CN208824291U CN201820473348.6U CN201820473348U CN208824291U CN 208824291 U CN208824291 U CN 208824291U CN 201820473348 U CN201820473348 U CN 201820473348U CN 208824291 U CN208824291 U CN 208824291U
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Abstract
A kind of level Four cyclic process mulser of the utility model, wherein, the top surface of shell is equipped with charging road junction, discharge port is offered at the heel sidewall of shell, level-one cutter group, second level cutter group, three-level cutter group, level Four cutter group, driving shaft, screw arbor assembly is set in the housing, level-one cutter group, second level cutter group, three-level cutter group, level Four cutter group is from top to bottom sequentially arranged on the outside of driving shaft, screw arbor assembly is set to driving shaft upper end, screw arbor assembly is set in charging road junction, recirculation assembly is set to hull outside, and recirculation assembly and housing cavity connection.The processing method that conventional tube wire type three-level can be improved by recirculation assembly, greatly improves working efficiency；And it is able to carry out the emulsification processing of circulation, controller emulsification times are able to carry out sufficient emulsification；Its structure is simple, easily fabricated, installation.
Description
Technical field
The utility model relates to mulser technical fields, and in particular to a kind of level Four cyclic process mulser.
Background technique
It is well known that mulser is indispensable nano-dispersed microemulsified equipment in fine emulsification industry.Pipeline height is cut
Cutting dispersion emulsifying machine is the high-performance equipment for continuous production or circular treatment fine material, in the cavity of narrow space,
Equipped with the emulsifier unit emulsified to material, material is dispersed within the shortest time by emulsifier unit, is sheared, cream
Change processing, particle size distribution range also significantly narrow.Thus fine product steady in a long-term can be made.
Emulsification, homogeneous and dispersion of the pipeline-type emulsifying machine for product in industrial production in the prior art.The machine is by one
Grade, second level, three-level stator and rotor composition, every grade is divided into two layers, four layers, six layers again, and the stator that turns of eight layers of antithesis occlusion forms, object
Material, which passes through, to be sheared layer by layer, disperses, emulsifying, and processing materials bear the secondary shear action of hundreds of thousands after being inhaled into rotor, so that it is guaranteed that
The purpose that multi-phase fluid high degree of dispersion and fixed particle refine rapidly.
Such structure has deficiency in the stationarity of operating, in publication number: CN205269430U, the name of utility model
Claim: a kind of double entrance mulsers comprising: servo motor, mulser and refrigerator；Mulser includes shell, main shaft, stationary knife group
Part, rotor component and spiral discharge device；Case top is equipped with first charging aperture and second charging aperture, and side wall is equipped with discharge port；
Main shaft is located at case inside, and the upper surface of axis body is located at immediately below first charging aperture；Stationary knife component is fixed on the inside of shell
On wall, for rotor component noose on main shaft, stationary knife component is engaged cooperation with rotor component；Spiral discharge device noose is in main shaft
On, and be located in same horizontal line with discharge port；Spiral discharge device includes bottom plate and blade, and blade is uniformly distributed in bottom plate
Upper surface；Servo motor driving spindle rotation.
Above-mentioned utility model realizes double materials efficiently mixing in mulser, realizes without adding impeller pump to high viscous
The emulsification processing for spending material, goes out mulser for feed separation using centrifugal force, overcomes the simple negative pressure discharging bring that relies on and asks
Topic.When can have processing when there is emulsification processing although it is above-mentioned good that the utility model has the effect of, in the patented technology
Between unstable situation further can be with rotor component by the flow velocity of stationary knife component and the processing material of rotor component
The speed of rotation and convert, since it is desired that processing material be under the action of the centrifugal force of rotor component and flow.Here,
The revolving speed of rotor component is faster, also faster by the flow velocity of material, although the cutting between rotor component and stationary knife component herein
Really carry out more efficient processing in fact for the fast but quickening with material flow of frequency.
Utility model content
The application provides a kind of level Four cyclic process mulser, bad to solve mulser structure in the prior art, leads
The problem of product quality after causing emulsification can not improve.
In order to achieve the above purposes, the technical solution adopted by the utility model is:
A kind of level Four cyclic process mulser, wherein include: fixed bottom plate, motor, transmission mechanism, driving shaft, shell
Body, level-one cutter group, second level cutter group, three-level cutter group, level Four cutter group, screw arbor assembly；The top of the shell
Face is equipped with charging road junction, and discharge port, the level-one cutter group, second level cutting are offered at the heel sidewall of the shell
Knife group, the three-level cutter group, the level Four cutter group, the driving shaft, the screw arbor assembly are set to the shell
It is interior, the level-one cutter group, the second level cutter group, the three-level cutter group, the level Four cutter group by upper and
Under be sequentially arranged on the outside of the driving shaft, the screw arbor assembly is set to the driving shaft upper end, and the screw arbor assembly is set to described
It feeds in road junction, the recirculation assembly is set to the hull outside, and recirculation assembly and the housing cavity connection；
The motor and the shell are both secured on the upside of the fixed bottom plate, and the transmission mechanism is set to the fixation
In bottom plate, the motor shaft of the motor is probeed into the fixed bottom plate and is sequentially connected with one end of the transmission mechanism, described
The intracorporal driving shaft of shell is probeed into the fixed bottom plate and is sequentially connected with the other end of the transmission mechanism.
Above-mentioned level Four cyclic process mulser, wherein the intracorporal level-one cutter group of the shell, the second level are cut
Cutter group, the three-level cutter group, the level Four cutter group are engaged with rotor component by stationary knife component and are matched；
Space between the top surface of the shell and the level-one cutter group forms the first mixing chamber；
Space between the level-one cutter group and the second level cutter group forms the second mixing chamber；
Space between the second level cutter group and the three-level cutter group forms third mixing chamber；
Space between the three-level cutter group and the level Four cutter group forms the 4th mixing chamber；
Space between the level Four cutter group and the bottom surface of the shell forms the 5th mixing chamber.
Above-mentioned level Four cyclic process mulser, wherein the recirculation assembly includes: sprue, the first branch pipe, second
Pipe, third branch pipe, the 4th branch pipe, the 5th branch pipe, first branch pipe, second branch pipe, the third branch pipe, the described 4th
Conducting valve is equipped in branch pipe；
The root of the sprue is equipped with the pump housing；
The first check valve is equipped in 5th branch pipe；
First branch pipe and first mixing chamber connection；
Second branch pipe and second mixing chamber connection；
The third branch pipe and third mixing chamber connection；
4th branch pipe and the 4th mixing chamber's connection；
5th branch pipe and the 5th mixing chamber's connection.
Above-mentioned level Four cyclic process mulser, wherein the conducting valve, the pump housing, first check valve are equal
It is connect with a controller, the controller is external in the motor.
Above-mentioned level Four cyclic process mulser, wherein it include: shell, driving shaft, stationary knife component, rotor component, it is described
Driving shaft is set at the axis of the shell, and the rotor component is fixed on the outside of the driving shaft, and the stationary knife component is set
In the inner walls, the stationary knife component is engaged matching with the rotor component, and the top surface of the shell is equipped with charging road junction,
Discharge port is offered at the heel sidewall of the shell, the driving shaft top is equipped with screw rod, is equipped with spiral on the outside of the screw rod
Type fin,
Above-mentioned level Four cyclic process mulser, wherein second one-way valve is equipped in the discharge port, described second is unidirectional
Valve is connect with the controller.
Above-mentioned level Four cyclic process mulser, wherein the transmission mechanism includes: main transmission bar, sliding bearing group, institute
It states sliding bearing group to be fixed in the fixed bottom plate, the main transmission bar is fixed in the sliding bearing group.
Above-mentioned level Four cyclic process mulser, wherein the both ends of the main transmission bar, the root of the driving shaft, institute
The end for stating motor shaft is equipped with conical gear.
According to a kind of level Four cyclic process mulser and its application method of above-described embodiment, the program has effect below
Fruit:
1, the processing method that can improve conventional tube wire type three-level by recirculation assembly, greatly improves working efficiency；
2 and it is able to carry out the emulsification processing of circulation, controller emulsification times are able to carry out sufficient emulsification；
3, its structure is simple, easily fabricated, installation.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of level Four cyclic process mulser；
Fig. 2 is the structural schematic diagram that a kind of discharging road junction of level Four cyclic process mulser is opened；
Fig. 3 is the structural schematic diagram that a kind of discharging road junction of level Four cyclic process mulser is closed；
Fig. 4 is a kind of structural schematic diagram of the recirculation assembly of level Four cyclic process mulser；
Fig. 5 is a kind of structural schematic diagram of the transmission mechanism of level Four cyclic process mulser；
Fig. 6 is a kind of shell of level Four cyclic process mulser and the partial enlarged view of recirculation assembly cooperation.
Appended drawing reference in corresponding Figure of description is with reference to as follows:
Fixed bottom plate 1, motor 2, transmission mechanism 3, driving shaft 4, shell 5, level-one cutter group 6, second level cutter group
7, three-level cutter group 8, level Four cutter group 9, screw arbor assembly 10, charging road junction 11, motor shaft 12, stationary knife component 14, rotor
Component 15, the first mixing chamber 16, the second mixing chamber 17, third mixing chamber 18, the 4th mixing chamber 19, the 5th mixing chamber
Room 20, recirculation assembly 21, sprue 22, the first branch pipe 23, the second branch pipe 24, third branch pipe 25, the 4th branch pipe 26, the 5th
Pipe 27, conducting valve 28, the pump housing 29, the first check valve 30, screw rod 31, spiral fins 32, main transmission bar 33, sliding bearing group
34, conical gear 36, discharging road junction 37, second one-way valve 38.
Specific embodiment
In order to realize utility model technological means, create feature, reach purpose and effect is easy to understand, lower knot
Conjunction is specifically illustrating, and the utility model is further described.
As shown in Figure 1, a kind of level Four cyclic process mulser of the utility model, wherein include: fixed bottom plate 1, motor
2, transmission mechanism 3, driving shaft 4, shell 5, level-one cutter group 6, second level cutter group 7, three-level cutter group 8, level Four cutting
Knife group 9, screw arbor assembly 10；The top surface of shell 5 is equipped with charging road junction 11, and discharging road junction 37 is offered at the heel sidewall of shell 5,
Level-one cutter group 6, second level cutter group 7, three-level cutter group 8, level Four cutter group 9, driving shaft 4, screw arbor assembly 10 are equal
In shell 5, level-one cutter group 6, second level cutter group 7, three-level cutter group 8, level Four cutter group 9 are from top to bottom
It is sequentially arranged in 4 outside of driving shaft, screw arbor assembly 10 is set to 4 upper end of driving shaft, and screw arbor assembly 10 is set in charging road junction 11, follows
Ring assemblies 21 are set to 5 outside of shell, and recirculation assembly 21 and 5 inner cavity connection of shell；
As shown in Fig. 2, for the structural schematic diagram that discharging road junction 37 is opened, as shown in figure 3, the knot that discharging road junction 37 is closed
Structure schematic diagram, further, when second one-way valve fully opens, then the liquid cross-sectional diameter flowed through in the road junction 37 that discharges and discharging
The internal diameter at road junction 37 is equal.
Motor 2 and shell 5 are both secured to fixed 1 upside of bottom plate, and transmission mechanism 3 is set in fixed bottom plate 1, motor 2
Motor shaft 12 probe into fixed bottom plate 1 and be sequentially connected with one end of transmission mechanism 3, the driving shaft 4 in shell 5 probes into fixed bottom
It is sequentially connected in plate 1 with the other end of transmission mechanism 3.
Level-one cutter group 6, second level cutter group 7, three-level in specific embodiment of the utility model, in shell 5
Cutter group 8, level Four cutter group 9 are engaged with rotor component 15 by stationary knife component 14 and are matched；
Space between the top surface and level-one cutter group 6 of shell 5 forms the first mixing chamber 16；Level-one cutter group 6
Space between second level cutter group 7 forms the second mixing chamber 17；Between second level cutter group 7 and three-level cutter group 8
Space formed third mixing chamber 18；Space between three-level cutter group 8 and level Four cutter group 9 forms the 4th mixing chamber
Room 19；Space between level Four cutter group 9 and the bottom surface of shell 5 forms the 5th mixing chamber 20.
In specific embodiment of the utility model, recirculation assembly 21 includes: sprue 22, the first branch pipe 23, second
Pipe 24, third branch pipe 25, the 4th branch pipe 26, the 5th branch pipe 27, the first branch pipe 23, the second branch pipe 24, third branch pipe 25, the 4th
Conducting valve 28 is equipped in pipe 26；
The root of sprue 22 is equipped with the pump housing 29；The first check valve 30 is equipped in 5th branch pipe 27；First branch pipe 23 and
One mixing chamber, 16 connection；17 connection of second branch pipe 24 and the second mixing chamber；Third branch pipe 25 and third mixing chamber 18
It is logical；4th branch pipe 26 and 19 connection of the 4th mixing chamber；5th branch pipe 27 and 20 connection of the 5th mixing chamber.
In specific embodiment of the utility model, conducting valve 28, the pump housing 29, the first check valve 30 with a controller
13 connections, controller 13 are external in motor 2.
In specific embodiment of the utility model, comprising: shell 5, driving shaft 4, stationary knife component 14, rotor component 15,
Driving shaft 4 is set at the axis of shell 5, and rotor component 15 is fixed at 4 outside of driving shaft, and stationary knife component 14 is set in shell 5
Wall, stationary knife component 14 are engaged matching with rotor component 15, and the top surface of shell 5, which is equipped with, feeds road junction 11, at the heel sidewall of shell 5
Offer discharging road junction 37, wherein screw arbor assembly includes: screw rod 31 and spiral fins 32, and 4 top of driving shaft is equipped with screw rod
31, spiral fins 32 are equipped on the outside of screw rod 31,
In specific embodiment of the utility model, second one-way valve 38, second one-way valve 38 are equipped in the road junction 37 that discharges
It is connect with controller 13.
In specific embodiment of the utility model, transmission mechanism 3 includes: main transmission bar 33, sliding bearing group 34, sliding
Bearing group 34 is fixed in fixed bottom plate 1, and main transmission bar 33 is fixed in sliding bearing group 34.
In specific embodiment of the utility model, the both ends of main transmission bar 33, the root of driving shaft 4, motor shaft 12
End is equipped with conical gear 36.
In specific embodiment of the present utility model, the step of application method, is as follows:
It controls motor 2 by controller 13 to open, by the transmission of transmission mechanism 3, the driving shaft 4 in shell 5 is carried out
The driving shaft 4 of rotation, rotation drives level-one cutter group 6, second level cutter group 7, three-level cutter group 8, level Four cutter group 9
In rotor component 15 rotated；
The first check valve 30 is controlled by controller 13 to close；
The input that material is carried out to charging road junction 11, on 4 top of driving shaft, the screw arbor assembly 10 of setting arrives material transmission
It is processed in shell 5；
Material to be processed successively passes through the first mixing chamber 16, the second mixing chamber 17, third mixing chamber the 18, the 4th
Mixing chamber 19, the 5th mixing chamber 20 stop adding the material at charging road junction 11 until filling material in shell 5；
The first check valve 30 is controlled by controller 13 to open so that the 5th branch pipe 27 is connected, and selectively unlocks first
The conducting valve 28 or the 4th branch pipe 26 that valve 28, third branch pipe 25 is connected of conducting valve 28, the second branch pipe 24 in pipe 23
Conducting valve 28；
There is controller 13 to open the pump housing 29, so that the 5th mixing chamber 20 mixes with the first mixing chamber 16, second respectively
Chamber 17, third mixing chamber 18, any one in the 4th mixing chamber 19 carry out circulation water conservancy diversion；
When recycling water conservancy diversion arrival preset time, second one-way valve 38 is controlled by controller 13 and is opened；
All conducting valves 28 and the pump housing 29 are closed by controller 13, cream will be completed by the liquid discharge of circulation water conservancy diversion
Change.
In conclusion a kind of level Four cyclic process mulser of the utility model, can improve conventional tube by recirculation assembly
The processing method of wire type three-level, greatly improves working efficiency；And it is able to carry out the emulsification processing of circulation, controller emulsification times
It is able to carry out sufficient emulsification；Its structure is simple, easily fabricated, installation.
The specific embodiment of utility model is described above.It is to be appreciated that utility model is not limited to
Above-mentioned particular implementation, devices and structures not described in detail herein should be understood as is given with the common mode in this field
To implement；Those skilled in the art, which can make various deformations or amendments within the scope of the claims and make, several simply to push away
It drills, deform or replaces, this has no effect on the substantive content of utility model.
Claims (8)
1. a kind of level Four cyclic process mulser characterized by comprising fixed bottom plate, motor, transmission mechanism, driving shaft,
Shell, level-one cutter group, second level cutter group, three-level cutter group, level Four cutter group, screw arbor assembly；The shell
Top surface is equipped with charging road junction, offers discharge port at the heel sidewall of the shell, the level-one cutter group, the second level are cut
Cutter group, the three-level cutter group, the level Four cutter group, the driving shaft, the screw arbor assembly are set to the shell
In vivo, the level-one cutter group, the second level cutter group, the three-level cutter group, the level Four cutter group are by upper
It is sequentially arranged under and on the outside of the driving shaft, the screw arbor assembly is set to the driving shaft upper end, and the screw arbor assembly is set to institute
It states in charging road junction, recirculation assembly is set to the hull outside, and recirculation assembly and the housing cavity connection；
The motor and the shell are both secured on the upside of the fixed bottom plate, and the transmission mechanism is set to the fixed bottom plate
Interior, the motor shaft of the motor is probeed into the fixed bottom plate and is sequentially connected with one end of the transmission mechanism, the shell
The interior driving shaft is probeed into the fixed bottom plate and is sequentially connected with the other end of the transmission mechanism.
2. level Four cyclic process mulser according to claim 1, which is characterized in that the intracorporal level-one of shell is cut
Cutter group, the second level cutter group, the three-level cutter group, the level Four cutter group are by stationary knife component and rotor group
Part occlusion matches；
Space between the top surface of the shell and the level-one cutter group forms the first mixing chamber；
Space between the level-one cutter group and the second level cutter group forms the second mixing chamber；
Space between the second level cutter group and the three-level cutter group forms third mixing chamber；
Space between the three-level cutter group and the level Four cutter group forms the 4th mixing chamber；
Space between the level Four cutter group and the bottom surface of the shell forms the 5th mixing chamber.
3. level Four cyclic process mulser according to claim 2, which is characterized in that the recirculation assembly includes: mainstream
Road, the first branch pipe, the second branch pipe, third branch pipe, the 4th branch pipe, the 5th branch pipe, first branch pipe, second branch pipe, institute
It states third branch pipe, be equipped with conducting valve in the 4th branch pipe；
The root of the sprue is equipped with the pump housing；
The first check valve is equipped in 5th branch pipe；
First branch pipe and first mixing chamber connection；
Second branch pipe and second mixing chamber connection；
The third branch pipe and third mixing chamber connection；
4th branch pipe and the 4th mixing chamber's connection；
5th branch pipe and the 5th mixing chamber's connection.
4. level Four cyclic process mulser according to claim 3, which is characterized in that the conducting valve, the pump housing,
First check valve is connect with a controller, and the controller is external in the motor.
5. level Four cyclic process mulser according to claim 1 characterized by comprising shell, driving shaft, stationary knife
Component, rotor component, the driving shaft are set at the axis of the shell, and the rotor component is fixed at outside the driving shaft
Side, the stationary knife component are disposed in the housing wall, and the stationary knife component is engaged matching, the driving shaft with the rotor component
Top is equipped with screw rod, is equipped with spiral fins on the outside of the screw rod.
6. level Four cyclic process mulser according to claim 4, which is characterized in that it is single to be equipped with second in the discharge port
To valve, the second one-way valve is connect with the controller.
7. level Four cyclic process mulser according to claim 1, which is characterized in that the transmission mechanism includes: main biography
Lever, sliding bearing group, the sliding bearing group are fixed in the fixed bottom plate, and the main transmission bar is fixed on the sliding
In bearing group.
8. level Four cyclic process mulser according to claim 7, which is characterized in that the both ends of the main transmission bar, institute
The end of the root, the motor shaft of stating driving shaft is equipped with conical gear.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820473348.6U CN208824291U (en) | 2018-04-04 | 2018-04-04 | A kind of level Four cyclic process mulser |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820473348.6U CN208824291U (en) | 2018-04-04 | 2018-04-04 | A kind of level Four cyclic process mulser |
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| CN208824291U true CN208824291U (en) | 2019-05-07 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110339737A (en) * | 2018-04-04 | 2019-10-18 | 上海依肯机械设备有限公司 | A kind of level Four cyclic process mulser |
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2018
- 2018-04-04 CN CN201820473348.6U patent/CN208824291U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110339737A (en) * | 2018-04-04 | 2019-10-18 | 上海依肯机械设备有限公司 | A kind of level Four cyclic process mulser |
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