CN209302658U - A kind of high-shear emulsifying tank - Google Patents
A kind of high-shear emulsifying tank Download PDFInfo
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- CN209302658U CN209302658U CN201821586498.4U CN201821586498U CN209302658U CN 209302658 U CN209302658 U CN 209302658U CN 201821586498 U CN201821586498 U CN 201821586498U CN 209302658 U CN209302658 U CN 209302658U
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Abstract
The utility model discloses a kind of high-shear emulsifying tank, it is related to dairy products production equipment technology, including emulsification tank, shear, agitating device and driving device, agitating device includes agitating shaft and stirring blade, stirring blade includes main paddle and secondary paddle, and the gear for changing agitator shaft speed is provided between agitating shaft and driving device or in driving device；The first temperature sensor and second temperature sensor are respectively equipped with close to emulsion tank center and marginal position inside emulsion tank, controller is connect with gear, receive and respond to the output signal of the first temperature sensor and second temperature sensor, control rotational speed of driving unit, by setting variable for the revolving speed of agitating device in tank body, the uniformity coefficient of fluid in tank body is detected using the temperature sensor for being set to tank body different location, change the stirring rate of agitating device accordingly, so that the intracorporal material stirring of tank is more uniform, the quality of product after emulsification is promoted.
Description
Technical field
The utility model relates to dairy products production equipment technologies, more specifically, it relates to a kind of high-shear emulsifying
Tank.
Background technique
Emulsion tank is made of transmission device, emulsion mixing device, tank body, collet and tank body support member etc., effect be by
One or more ingredients (water-soluble solid phase, liquid phase or jelly etc.) are dissolved in another liquid phase, and its hydration is made to become relatively steady
Fixed emulsion is widely used in the emulsification mixing of the supplementary materials such as edible oils, powder class, carbohydrate.Emulsion tank emulsion mixing device
(emulsifying head) is mounted in the agitating device at top or bottom on emulsion tank, can generate high shear, mixing, emulsification to ingredient
And other effects.Above-mentioned agitating device is usually made of coaxial close-fitting rotor and stator two parts, rotor high speed rotation, stator
It is then fixed, the ingredient high speed of rotor center is thrown into stator when agitating device works, by the backlash of stator, in rotor
Emulsification purpose is reached by shearing, collision, crushing between stator.
In the prior art, such as the Chinese patent that patent announcement number is CN203507886U, a kind of high-shear emulsifying is proposed
Tank, by shear motor, stirring motor, feed inlet, agitating shaft, thermal medium outlet, tank body, insulating layer, thermal medium inlet, shearing
Axis, shearing dispersion tooth, paddle stirrer gear, detection mouth, discharge port, anchor formula stirrer gear composition.It is to be mixed in its operational process
Ingredient can enter in tank body from feed inlet timesharing, and with the addition of ingredient, the viscosity of fluid constantly increases in tank body, and
The revolving speed of stirring motor be it is constant, thus cause some close tank body inner sidewalls fluid lack mobility, it is difficult to entire
It is flowed in tank body, mixes tank body temperature and ingredient uneven, reduce the production efficiency and production product of emulsion tank
Matter.
Utility model content
It cannot be carried out certainly with the viscosity of fluid in tank body for the agitating device revolving speed in emulsion tank in practice
Dynamic adjustment causes ingredient in emulsion tank to mix this uneven problem, and the utility model aim is to propose a kind of high shear cream
Change tank, using the temperature difference of each region in tank body, judges the mobility and uniformity coefficient of fluid in tank body, and root
It is judged that result adjusts the mixing speed of agitating device, so that ingredient mixing is more uniformly, the quality of production is promoted, is had
Body scheme is as follows:
A kind of high-shear emulsifying tank, including emulsification tank, shear, agitating device and the driving shear
And the driving device of driving device flowing, inlet port and outlet port are offered on the tank body, and the shear includes rotor
And with the mutually matched stator of the rotor, the agitating device includes agitating shaft and the paddle that is set on agitating shaft
Piece, the stirring blade include stirring close to the main paddle of tank body center setting and close to the pair of tank body inner sidewall edge setting
Mix leaf;
The shear and the agitating shaft are coaxially disposed, and the main paddle is obliquely installed in first angle so that tank
Fluid in body is flowed towards the shear direction, and the fluid so that in tank body is arranged in second angle in the pair paddle
It is flowed towards the main stirring leaf direction；
It is provided between the agitating shaft and the driving device or in the driving device for changing the agitating shaft
The gear of revolving speed；
The first temperature is respectively arranged at the emulsion tank center and marginal position inside the emulsion tank
Sensor and second temperature sensor, first temperature sensor and second temperature sensor with the control outside tank body
Device signal connection, the controller and the gear control connect, receive and respond to first temperature sensor with
And the output signal of second temperature sensor, control the revolving speed of the driving device.
Through the above technical solutions, can be passed through a certain amount of warm water when adding ingredient in tank body and be mixed,
When the intracorporal fluid viscosity of tank is excessively high, due to being unevenly distributed for fluid, it will lead to the Temperature Distribution of tank interior not
Uniformly, above-mentioned inhomogeneities is detected by the first temperature sensor and second temperature sensor, when the flowing of fluid in tank body
Property it is very poor, i.e., heat distribution it is very uneven when, change the stirring rate of agitating device, the intracorporal fluid of tank stirred
More uniformly.Meanwhile above-mentioned setting can also be subject to the detection of real-time multiple spot to the intracorporal temperature of tank.
Further, the agitating shaft and the tank body are coaxially disposed, and the shear is close to the top of the tank body
Setting, the main paddle are set on the agitating shaft using the agitating shaft as axle center in rotational symmetry, the pair paddle
Close to the fitting setting of the bottom of the tank body and its shape and crooked radian are adapted with tank base shape.
Through the above technical solutions, its quality is larger without the ingredient of shearing, it can be gathered in the bottom of tank body, pass through master
Paddle and secondary paddle gather the ingredient of aggregation to shear, facilitate the shearing of ingredient in tank body.Meanwhile pair is stirred
It mixes leaf shape to be adapted with the bottom shape of tank body and be bonded the setting of tank body inner sidewall, so that close to tank body inner sidewall in tank body
Fluid can be stirred fully and be gathered near shear, convenient for the shearing and mixing of ingredient.
Further, the secondary paddle includes close to the tilting section of tank body bottom wall setting and close to tank base
The vertical section of side wall setting, the tilting section are arranged with the inclined sheet of vertical section；
The vertical section is provided with close to one end of the tank base for making tank base fluid flows upward
Auxiliary piece.
Through the above technical solutions, the secondary paddle of inclination sheet setting can be stirred adequately at vessel edge
Fluid motion avoids the fluid in tank body corner from precipitating, and guarantees that stirring sufficiently carries out, the setting of above-mentioned auxiliary piece can make
The fluid for being located at vessel edge is obtained during towards tank body axial flow by upward motive force, so that fluid energy
Enough flow to the center of tank body.
Further, the driving device includes the shear motor and stirring motor for being set to the top of the tank, institute
It states the shaft of shear motor and the rotor in the shear is sequentially connected, in the shaft and agitating device of the stirring motor
Agitating shaft transmission connection；
The gear includes stirring motor revolving speed control cabinet and/or is set to stirring motor shaft and the agitating shaft
Between electrically controlled gearbox, the electrically controlled gearbox and/or stirring motor revolving speed control cabinet are controlled with controller and are connected.
Through the above technical solutions, the rotation due to stirring motor is corresponding with included control module, pass through external control
Device processed can accurately control its slewing rate, the final slewing rate for changing agitating shaft.
Further, first temperature sensor is set on the stator of the shear, the first temperature of detection output
Degree detection signal, the second temperature sensor are set in the tank body at inner sidewall position, the second temperature of detection output
Degree detection signal.
Further, the controller includes:
Comparing unit is configured to connect with first temperature sensor and second temperature sensor signal, receives institute
The first temperature detection signal and second temperature detection signal are stated, is detected according to first temperature detection signal and second temperature
Size of the difference between signal exports speed-regulating signal；
Signal coupling unit is coupled with the gear, receives the speed-regulating signal, driving gear movement.
Through the above technical solutions, when tank interior center and the temperature difference of tank interior marginal position are excessive
When, corresponding speed-regulating signal just can be exported, realizes the auto-adjustment control of agitating device revolving speed.
Further, the comparing unit includes:
First liang of input comparator A1, positive input and reverse input end respectively with first temperature sensor
And the signal output end coupling of second temperature sensor, wherein the signal output end coupling one of the second temperature sensor
It is coupled after the difference signal being sized with the reverse input end of first liang of input comparator A1, letter is compared in output first
Number；
Second liang of input comparator A2, positive input and reverse input end respectively with the second temperature sensor
And first temperature sensor signal output end coupling, wherein first temperature sensor signal output end coupling one
It is coupled after the difference signal being sized with the reverse input end of second liang of input comparator A2, letter is compared in output second
Number；
Two input or door OR_1, input terminal respectively with first liang of input comparator A1 and second liang of input comparator
The signal output end of A2 couples, and receives the first comparison signal and the second comparison signal, exports the speed-regulating signal.
Further, the signal coupling unit includes:
Delay confirmation module is configured to a delay output circuit and one liang of input and door AND_1, the delay output circuit
Signal input part be coupled to the speed-regulating signal, the signal output end of the delay output circuit be coupled to two input with
One of input terminal of door AND_1, two input and another input terminal of door AND_1 and the letter of the delay output circuit
The coupling of number input terminal, two input export delay confirmation signal with door AND_1；
Signal conversion unit is configured to receive the delay confirmation signal, is then converted into and adapts to and the change
The driving signal that fast mechanism is connected.
Through the above technical solutions, when the temperature gap detected between the first temperature sensor and second temperature sensor
When greater than temperature value corresponding to difference signal, comparing unit will export high level signal, if above-mentioned high level signal is persistently set
It is the fixed time (delay time for the output circuit that is delayed), then corresponding to export above-mentioned speed-regulating signal to gear.
Further, the heating for being heated to fluid in tank body is provided in the tank interior or tank body interlayer
Device.
The batch temperature of tank interior is changed through the above technical solutions, can according to need.
Compared with prior art, the beneficial effects of the utility model are as follows:
(1) it by setting variable for the revolving speed of agitating device in tank body, and utilizes and is set to tank body different location
Temperature sensor detects the uniformity coefficient and mobility of fluid in tank body, changes the stirring rate of agitating device accordingly, so that
The intracorporal material stirring of tank is more uniform, promotes the quality of product after emulsification；
(2) by the way that main paddle and secondary paddle is arranged, enable the intracorporal fluid of tank by tank body inner sidewall edge
It flows to tank body center and then flows to shear, guarantee while the intracorporal fluid of tank is sufficiently agitated but also tank is intracorporal matches
Material can be sufficiently sheared, and granularity is smaller, and emulsification degree is higher.
Detailed description of the invention
Fig. 1 is the overall structure diagram of high-shear emulsifying tank；
Fig. 2 is the circuit theory schematic diagram of controller.
Appended drawing reference: 1, tank body；2, shear；3, agitating device；4, driving device；5, feed inlet；6, discharge port；7,
Rotor；8, stator；9, agitating shaft；10, stirring blade；11, main paddle；12, secondary paddle；13, the first temperature sensor；
14, second temperature sensor；15, auxiliary piece；16, shear motor；17, stirring motor；18, electrically controlled gearbox；19, controller；
20, comparing unit；22, delay confirmation module；23, signal conversion unit；24, heating device.
Specific embodiment
Below with reference to examples and drawings, the utility model is described in further detail, but the implementation of the utility model
Mode is not limited only to this.
As shown in Figure 1, a kind of high-shear emulsifying tank, including emulsification tank 1, shear 2, agitating device 3 and drive
The driving device 4 that dynamic shear 2 and driving device 4 flow.
Shear 2 include the rotor 7 that is arranged in tank body 1 and with the mutually matched stator 8 of rotor 7, shear 2
The ingredient high speed at 7 center of rotor is thrown into stator 8 when work, by the backlash of stator 8, is passed through between rotor 7 and stator 8
Shearing, crushes and reaches emulsification purpose at collision.
Agitating device 3 includes agitating shaft 9 and the stirring blade 10 being set on agitating shaft 9, and stirring blade 10 includes leaning on
The main paddle 11 of nearly 1 center of tank body setting and the secondary paddle 12 being arranged close to 1 inner sidewall edge of tank body.Main paddle 11
It is obliquely installed in first angle so that the fluid in tank body 1 is flowed towards 2 direction of shear, secondary paddle 12 is in second angle
It is arranged so that the fluid in tank body 1 is flowed towards main 11 direction of paddle, realizes ingredient flow direction as shown in Figure 2.It is above-mentioned
First angle and second angle are not fixed value, can adapt in 1 shape size of tank body and make including all in practice
Fluid in tank body 1 can be realized the angle of above-mentioned flow direction.In the present invention, in order to guarantee the ingredient in tank body 1
It can be by flowing to the position of shear 2 in tank body 1 in the middle part of tank body 1, shear 2 and agitating shaft 9 are coaxially disposed.
Preferably, as shown in Figure 1, agitating shaft 9 and tank body 1 are coaxially disposed, shear 2 is arranged close to the top of tank body 1,
Main paddle 11 is that axle center is set on agitating shaft 9 in rotational symmetry with agitating shaft 9, and secondary paddle 12 is close to the bottom of tank body 1
Fitting is arranged and its shape and crooked radian are adapted with 1 bottom shape of tank body.Based on the above-mentioned technical proposal, without shearing
Its quality of ingredient is larger, can be gathered in the bottom of tank body 1, by main paddle 11 and secondary paddle 12 by the ingredient of aggregation to
Shear 2 gathers the shearing for facilitating ingredient in tank body 1 (referring to Fig. 1).Meanwhile the bottom of secondary paddle 12 shape and tank body 1
Portion's shape is adapted and is bonded the setting of 1 inner sidewall of tank body, enables the fluid in tank body 1 close to 1 inner sidewall of tank body abundant
Ground is stirred and is gathered near shear 2, convenient for the shearing and mixing of ingredient.
It is described in detail, secondary paddle 12 includes setting close to the tilting section of 1 bottom wall of tank body setting and close to 1 bottom sidewall of tank body
The vertical section set, tilting section are arranged with the inclined sheet of vertical section.One end setting of the vertical section close to 1 bottom of tank body is useful
In the auxiliary piece 15 for flowing up 1 bottom flow of tank body.The secondary paddle 12 of inclination sheet setting can be stirred adequately
Fluid motion close to 1 edge of tank body, avoids the fluid in 1 corner of tank body from precipitating, and guarantees that stirring sufficiently carries out, above-mentioned auxiliary
The setting for helping piece 15 enables to the fluid positioned at 1 edge of tank body during towards 1 axial flow of tank body by upward
Motive force, so that fluid can flow to the center of tank body 1.
As shown in Figure 1, offer feed inlet 5 and discharge port 6 on tank body 1, when production, ingredient is in different times with difference
Form be added in tank body 1, such as during shear agitation be added set temperature water etc., the fluid after the completion of emulsifying
Next process is discharged to via above-mentioned discharge port 6.
With the increase of ingredient, the fluid density in tank body 1 will be higher and higher, and closer to 1 inner sidewall side of tank body
The fluid of edge position, mobility is poorer, just be easy to cause the ingredient in tank body 1 to stir uneven or shearing at this time insufficient
Situation.For this purpose, being provided between agitating shaft 9 and driving device 4 or in driving device 4 for changing the speed change of 9 revolving speed of agitating shaft
Mechanism.When the fluid density in tank body 1 is very big, when poor fluidity, increases the revolving speed of agitating shaft 9, increase fluid in tank body 1
Mobility.
The flow velocity for usually detecting fluid in tank body 1 by flow sensor in the prior art, thus determines fluid in tank body 1
Mobility, but in contrast, above-mentioned detection mode is complex, in the present invention, close to emulsification inside emulsion tank
The first temperature sensor 13 and second temperature sensor 14, the first temperature are respectively arranged at tank center and marginal position
Degree sensor 13 is connect with 19 signal of controller outside tank body 1 with second temperature sensor 14, controller 19 and variable-speed motor
Structure control connection, receives and responds to the output signal of the first temperature sensor 13 and second temperature sensor 14, and control is driven
The revolving speed of dynamic device 4.
When adding ingredient, a certain amount of warm water can be passed through in tank body 1 and is mixed, the fluid in tank body 1
When viscosity is excessively high, due to being unevenly distributed for fluid, it will lead to inside tank body 1 that temperature distribution is non-uniform, above-mentioned unevenness
Even property detected by the first temperature sensor 13 and second temperature sensor 14, when the mobility of fluid in tank body 1 is very poor, i.e.,
When heat distribution is very uneven, changes the stirring rate of agitating device 3, the fluid in tank body 1 is enabled to stir more
Uniformly.Meanwhile above-mentioned setting can also be subject to the detection of real-time multiple spot to the temperature in tank body 1, if heating is arranged in tank body 1
Device 24 can also be accurately controlled the temperature of fluid in tank body 1.In the embodiment of a setting, the inside of tank body 1 or
The heating device 24 for being heated to fluid in tank body 1 is provided in 1 interlayer of tank body, above-mentioned heating device 24 is added using electricity
Heat pipe or electric heating sheets.
In the present invention, driving device 4 includes the shear motor 16 and stirring motor for being set to 1 top of tank body
17, the shaft of shear motor 16 and the rotor 7 in shear 2 are sequentially connected, in the shaft and agitating device 3 of stirring motor 17
Agitating shaft 9 be sequentially connected.
Gear include 17 revolving speed control cabinet of stirring motor and/or be set to 17 shaft of stirring motor and agitating shaft 9 it
Between electrically controlled gearbox 18, electrically controlled gearbox 18 and/or 17 revolving speed control cabinet of stirring motor are controlled with controller 19 and are connected.Electricity
Gearbox 18 is controlled after receiving automatically controlled signal, the velocity of rotation of motor can be adjusted.
In the present invention, the first temperature sensor 13 is set on the stator 8 of shear 2, detection output first
Temperature detection signal, second temperature sensor 14 are set in tank body 1 at inner sidewall position, detection output second temperature inspection
Survey signal.
As shown in Fig. 2, controller 19 includes comparing unit 20 and signal coupling unit.Comparing unit 20 is configured to and the
One temperature sensor 13 and the connection of 14 signal of second temperature sensor receive the first temperature detection signal and second temperature inspection
Signal is surveyed, according to the size of the difference between the first temperature detection signal and second temperature detection signal, exports speed-regulating signal.Signal
Coupling unit and gear couple, and receive speed-regulating signal, driving gear movement.When 1 inner hub location of tank body and tank
When the temperature difference of 1 internal edge position of body is excessive, corresponding speed-regulating signal just can be exported, realizes 3 revolving speed of agitating device
Auto-adjustment control.
Further, above-mentioned comparing unit 20 includes:
First liang of input comparator A1, positive input and reverse input end respectively with the first temperature sensor 13 with
And the signal output end coupling of second temperature sensor 14, wherein the signal output end coupling one of second temperature sensor 14 is set
Determine to couple with the reverse input end of first liang of input comparator A1 after the difference signal of size, exports the first comparison signal；
Second liang of input comparator A2, positive input and reverse input end respectively with second temperature sensor 14 with
And first temperature sensor 13 signal output end coupling, wherein the signal output end coupling of the first temperature sensor 13 one is set
Determine to couple with the reverse input end of second liang of input comparator A2 after the difference signal of size, exports the second comparison signal；
Two inputs or door OR_1, input terminal is respectively with first liang of input comparator A1's and second liang of input comparator A2
Signal output end coupling, receives the first comparison signal and the second comparison signal, exports speed-regulating signal.
The difference signal of above-mentioned setting can have electric resistance partial pressure in parallel, provide the voltage signal of a fixed level size.
Above-mentioned signal coupling unit includes delay confirmation module 22 and signal conversion unit 23.
Delay confirmation module 22 is configured to a delay output circuit and one liang of input and door AND_1, and be delayed output circuit
Signal input part is coupled to speed-regulating signal, and the signal output end for the output circuit that is delayed is coupled to two inputs and door AND_1 wherein
One input terminal, two inputs and the signal input part of another input terminal of door AND_1 and delay output circuit couple, two inputs with
Door AND_1 exports delay confirmation signal.Signal conversion unit 23 is configured to reception delay confirmation signal, is then converted into suitable
Assigned in the driving signal being connected with gear.
When the temperature gap detected between the first temperature sensor 13 and second temperature sensor 14 is greater than difference signal
When corresponding temperature value, comparing unit 20 will export high level signal, if the time that above-mentioned high level signal is persistently set,
It is corresponding to export above-mentioned speed-regulating signal to gear.
The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to
Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to
Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and
Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (9)
1. a kind of high-shear emulsifying tank, including described in emulsification tank (1), shear (2), agitating device (3) and driving
Shear (2) and the driving device (4) of driving device (4) flowing, feed inlet (5) and discharging are offered on the tank body (1)
Mouthful (6), the shear (2) include rotor (7) and with the rotor (7) mutually matched stator (8), feature exists
In the agitating device (3) includes agitating shaft (9) and the stirring blade (10) being set on agitating shaft (9), the paddle
Piece (10) includes the main paddle (11) close to the setting of tank body (1) center and the pair close to the setting of tank body (1) inner sidewall edge
Paddle (12);
The shear (2) and the agitating shaft (9) are coaxially disposed, and the main paddle (11) is obliquely installed in first angle
So that the fluid in tank body (1) is flowed towards the shear (2) direction, the pair paddle (12) is arranged in second angle
So that the fluid in tank body (1) is flowed towards main paddle (11) direction；
It is provided between the agitating shaft (9) and the driving device (4) or in the driving device (4) and is stirred for changing described
Mix the gear of axis (9) revolving speed；
The first temperature sensing is respectively arranged at the emulsion tank center and marginal position inside the emulsion tank
Device (13) and second temperature sensor (14), first temperature sensor (13) and second temperature sensor (14) are and tank
External controller (19) the signal connection of body (1), the controller (19) and gear control connect, receive and respond
In first temperature sensor (13) and the output signal of second temperature sensor (14), the driving device (4) are controlled
Revolving speed.
2. high-shear emulsifying tank according to claim 1, which is characterized in that the agitating shaft (9) and the tank body (1) are same
Axis setting, the shear (2) are arranged close to the top of the tank body (1), and the main paddle (11) is with the agitating shaft
(9) it is set on the agitating shaft (9) for axle center in rotational symmetry, bottom of the pair paddle (12) close to the tank body (1)
Portion's fitting is arranged and its shape and crooked radian are adapted with tank body (1) bottom shape.
3. high-shear emulsifying tank according to claim 2, which is characterized in that the pair paddle (12) includes close to described
The tilting section of tank body (1) bottom wall setting and the vertical section being arranged close to tank body (1) bottom sidewall, the tilting section and vertical section
Inclined sheet setting；
The vertical section is provided with close to one end of the tank body (1) bottom for so that tank body (1) bottom flow flows up
Auxiliary piece (15).
4. high-shear emulsifying tank according to claim 1, which is characterized in that the driving device (4) includes being set to institute
State the shear motor (16) and stirring motor (17) at the top of tank body (1), the shaft and the shearing of the shear motor (16)
Rotor (7) transmission connection in device (2), the shaft of the stirring motor (17) and the agitating shaft (9) in agitating device (3) pass
Dynamic connection；
The gear includes stirring motor (17) revolving speed control cabinet and/or is set to stirring motor (17) shaft and stirs with described
Mix the electrically controlled gearbox (18) between axis (9), the electrically controlled gearbox (18) and/or stirring motor (17) revolving speed control cabinet with
Controller (19) control connection.
5. high-shear emulsifying tank according to claim 4, which is characterized in that first temperature sensor (13) is set to
On the stator (8) of the shear (2), detection the first temperature detection signal of output, the second temperature sensor (14) is set
It is placed in the tank body (1) at inner sidewall position, detection output second temperature detects signal.
6. high-shear emulsifying tank according to claim 5, which is characterized in that the controller (19) includes:
Comparing unit (20) is configured to connect with first temperature sensor (13) and second temperature sensor (14) signal
It connects, receives first temperature detection signal and second temperature detects signal, according to first temperature detection signal and the
Size of the difference between two temperature detection signals exports speed-regulating signal；
Signal coupling unit is coupled with the gear, receives the speed-regulating signal, driving gear movement.
7. high-shear emulsifying tank according to claim 6, which is characterized in that the comparing unit (20) includes:
First liang of input comparator A1, positive input and reverse input end respectively with first temperature sensor (13)
And the signal output end coupling of second temperature sensor (14), wherein the signal of the second temperature sensor (14) exports
It is coupled after the difference signal that end coupling one is sized with the reverse input end of first liang of input comparator A1, output first
Comparison signal；
Second liang of input comparator A2, positive input and reverse input end respectively with the second temperature sensor (14)
And first temperature sensor (13) signal output end coupling, wherein the signal of first temperature sensor (13) exports
It is coupled after the difference signal that end coupling one is sized with the reverse input end of second liang of input comparator A2, output second
Comparison signal；
Two inputs or door OR_1, input terminal is respectively with first liang of input comparator A1's and second liang of input comparator A2
Signal output end coupling, receives the first comparison signal and the second comparison signal, exports the speed-regulating signal.
8. high-shear emulsifying tank according to claim 6, which is characterized in that the signal coupling unit includes:
Delay confirmation module (22) is configured to a delay output circuit and one liang of input and door AND_1, the delay output circuit
Signal input part be coupled to the speed-regulating signal, the signal output end of the delay output circuit be coupled to two input with
One of input terminal of door AND_1, two input and another input terminal of door AND_1 and the letter of the delay output circuit
The coupling of number input terminal, two input export delay confirmation signal with door AND_1；
Signal conversion unit (23) is configured to receive the delay confirmation signal, is then converted into and adapts to and the change
The driving signal that fast mechanism is connected.
9. high-shear emulsifying tank according to claim 1, which is characterized in that tank body (1) inside or tank body (1) interlayer
In be provided with heating device (24) for being heated to tank body (1) interior fluid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821586498.4U CN209302658U (en) | 2018-09-25 | 2018-09-25 | A kind of high-shear emulsifying tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821586498.4U CN209302658U (en) | 2018-09-25 | 2018-09-25 | A kind of high-shear emulsifying tank |
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| Publication Number | Publication Date |
|---|---|
| CN209302658U true CN209302658U (en) | 2019-08-27 |
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ID=67670249
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821586498.4U Active CN209302658U (en) | 2018-09-25 | 2018-09-25 | A kind of high-shear emulsifying tank |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115158815A (en) * | 2022-09-06 | 2022-10-11 | 江苏兆恒机械科技有限公司 | Fruit grain beverage constant temperature canning device |
-
2018
- 2018-09-25 CN CN201821586498.4U patent/CN209302658U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115158815A (en) * | 2022-09-06 | 2022-10-11 | 江苏兆恒机械科技有限公司 | Fruit grain beverage constant temperature canning device |
| CN115158815B (en) * | 2022-09-06 | 2022-12-30 | 江苏兆恒机械科技有限公司 | Fruit grain beverage constant temperature canning device |
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