CN203944336U - Atomization type pesticidal emulsifiable device - Google Patents
Atomization type pesticidal emulsifiable device Download PDFInfo
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- CN203944336U CN203944336U CN201420349290.6U CN201420349290U CN203944336U CN 203944336 U CN203944336 U CN 203944336U CN 201420349290 U CN201420349290 U CN 201420349290U CN 203944336 U CN203944336 U CN 203944336U
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- emulsification
- circulating pump
- output shaft
- emulsion reactor
- motor
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Abstract
The utility model discloses atomization type pesticidal emulsifiable device, utilize ring pump water inlet 2, water circulating pump 1, circulating pump discharge pipe 3 to form peripheral passage, Matter Transfer in emulsion reactor 19 is flowed, therefore can strengthen emulsifying power, utilize heater 4 to heat circulating pump discharge pipe 3 simultaneously, the material that flows through circulating pump discharge pipe 3 is heated, further strengthens emulsifying power.In addition, utilize left side stirring motor 5 to make to increase stirring efficiency with right side stirring motor 8, because emulsification motor 6 is arranged on emulsion reactor by telescopic cylinder 7, when starting telescopic cylinder 7, telescopic cylinder 7 can make emulsification motor 6 change apart from the distance of emulsion reactor, therefore, the emulsifying head 14 that is positioned at emulsion reactor has displacement up and down, the emulsification treatment that forms multiple positions, by above-mentioned 4 technology essential factors, realizes efficient emulsification treatment.
Description
Technical field
The utility model relates to the atomization type pesticidal emulsifiable device in medication device.
Background technology
Emulsion process essence is the process that the fragmentation of buckshot aggregate water is refined as to the micelle of micron order granularity.The acting in conjunction of emulsifying agent and mulser completes emulsion process.What traditional atomization type pesticidal emulsifiable device adopted is a reactor, in this reactor, load the emulsifying head of common agitating device and high-speed stirred, make 2 kinds of mulsers and emulsifying agent mixing and emulsifying, traditional emulsifier unit exists efficiency low, the weak point that emulsification times is long, main cause is that the acting surface of emulsifying head is little, therefore emulsifying power is low.
Utility model content
The purpose of this utility model is to provide a kind of atomization type pesticidal emulsifiable device, and this device completes emulsification treatment efficiently, can multi-point carry out emulsification treatment.
The purpose of this utility model is achieved through the following technical solutions: atomization type pesticidal emulsifiable device, comprise the water circulating pump water inlet pipe that is communicated with emulsion reactor bottom, water circulating pump water inlet pipe is communicated to the water inlet of water circulating pump, the delivery port of water circulating pump is communicated with circulating pump discharge pipe, circulating pump discharge pipe is communicated to emulsion reactor top, and circulating pump discharge pipe external diameter is coated with heater; Emulsion reactor top blind flange has been set up left side stirring motor, telescopic cylinder, right side stirring motor, telescopic cylinder is between left side stirring motor and right side stirring motor, the telescopic shaft of telescopic cylinder is connected to emulsification motor housing, and telescopic cylinder is between emulsification motor and emulsion reactor top; Left side stirring motor and right side stirring motor are all connected with the stirring motor output shaft that extends into emulsion reactor inside, stirring motor output shaft is also connected with U-shaped agitator, the opening upwards of U-shaped agitator, stirring motor output shaft is connected to the minimum point of U-shaped agitator, emulsification motor is connected with the emulsification motor output shaft that extends into emulsion reactor inside, and emulsification motor output shaft is connected with emulsifying head away from one end of emulsification motor; Also comprise the atomizing generator that is positioned at emulsion reactor top, the mist tube connector that goes out of atomizing generator extends into emulsion reactor inside, go out mist tube connector and be connected with atomizer away from one end of atomizing generator, the number of atomizing generator has 4, each atomizing generator is all connected with an atomizer separately, 4 atomizing generators carry out circular array taking any point on emulsification electrical axis and arrange as the center of circle, all atomizers are all towards the axis of emulsification motor, and atomizer is between stirring motor output shaft and emulsification motor output shaft.
Design principle of the present invention is: utilize ring pump water inlet, water circulating pump, circulating pump discharge pipe composition peripheral passage, Matter Transfer in emulsion reactor is flowed, therefore can strengthen emulsifying power, utilize heater to heat circulating pump discharge pipe simultaneously, the material that flows through circulating pump discharge pipe is heated, further strengthens emulsifying power.In addition, utilize left side stirring motor and right side stirring motor to make to increase stirring efficiency, because emulsification motor is arranged on emulsion reactor by telescopic cylinder, when starting telescopic cylinder, telescopic cylinder can make emulsification motor change apart from the distance of emulsion reactor, therefore, the emulsifying head that is positioned at emulsion reactor has displacement up and down, the emulsification treatment that forms multiple positions, by above-mentioned technology essential factor, realizes efficient emulsification treatment.This structure is compared the efficiency that traditional emulsifier unit can double, it is the material of unit double centner, adopt traditional emulsification structure, the time after fully emulsified need to be 2 hours, and the time after material that this structure can the unit's of making double centner is fully emulsified need to be 40 minutes to 1 hour.
The utility model is in order to make the product after emulsification obtain comparatively stable effect, also comprise the atomizing generator that is positioned at emulsion reactor top, the mist tube connector that goes out of atomizing generator extends into emulsion reactor inside, go out mist tube connector and be connected with atomizer away from one end of atomizing generator, the number of atomizing generator has 4, each atomizing generator is all connected with an atomizer separately, 4 atomizing generators carry out circular array taking any point on emulsification electrical axis and arrange as the center of circle, all atomizers are all towards the axis of emulsification motor, atomizer is between stirring motor output shaft and emulsification motor output shaft.4 atomizing generators comprise respectively 1 material A atomizing generator, 1 material B atomizing generator, 2 emulsifying agent atomizing generators, 2 emulsifying agent atomizing generators are oppositely arranged, the atomizer of 2 emulsifying agent atomizing generator connections is oppositely arranged, atomization exit face is oppositely arranged, material A atomizing generator and material B atomizing generator are oppositely arranged, and material A atomizing generator is oppositely arranged with the atomizer that material B atomizing generator is connected, and its atomization exit face is oppositely arranged.As above after arranging, material A is spouting after atomization from material A atomizing generator, material B is spouting after atomization from material B atomizing generator, the material of atomization sprays relatively, in like manner mulser is also spouting after the atomization of 2 emulsifying agent atomizing generators, and 4 atomizers are all on same level line, and 3 kinds of materials carry out atomization mixing, first carry out atomization mixing carrying out stirring and emulsifying antecedent, thereby can promote the stablizing effect of later stage emulsification.
Preferably, emulsifying head comprises the shell body that is provided with spray-hole, and shell body inside is provided with paddle, and paddle is connected with emulsification motor output shaft, and shell body is connected on emulsification motor housing by 2 support columns.Paddle High Rotation Speed forms high cut disperse emulsification, and material sprays in spray-hole, makes material high-speed enter the stirring region of both sides.
Preferably, paddle is cross wing stirring structure or screw wing stirring structure.
Preferably, cross wing stirring structure forms for cross-coupled 2 blocks of wing plates in length and breadth.
Preferably, on emulsification motor output shaft, be also provided with mixing paddle and disperse blade, further improving emulsifying effectiveness.
Preferably, heater comprises the Resistance Heating Film being coated on circulating pump discharge pipe external diameter.
Preferably, heater comprises the boiler being coated on circulating pump discharge pipe external diameter, the upper end of boiler is connected with water inlet pipe, boiler lower end is connected with outlet pipe, the spent hot water that can utilize factory, spent hot water enters from water inlet pipe, after heat exchange, flow out from outlet pipe, reach the object that used heat utilizes.
The utility model has the advantage of: production efficiency is high, emulsify well, emulsifying power is high, can utilize used heat processing.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of emulsifying head.
Fig. 3 is the layout viewing of atomizing generator.
Reference numeral in figure is expressed as: 1, water circulating pump; 2, water circulating pump water inlet pipe; 3, circulating pump discharge pipe; 4, heater; 5, left side stirring motor; 6, emulsification motor; 7, telescopic cylinder; 8, right side stirring motor; 9, stirring motor output shaft; 10, U-shaped agitator; 11, mixing paddle; 12, disperse blade; 13, support column; 14, emulsifying head; 15, emulsification motor output shaft; 16, shell body; 17, spray-hole; 18, paddle; 19, emulsion reactor; 21, atomizing generator, 22, atomizer.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail, but embodiment of the present utility model is not limited to this.
Embodiment 1:
As shown in Figure 1-Figure 3.
The material that is mixed with emulsifying agent is placed into after emulsion reactor, atomization type pesticidal emulsifiable device, comprise the water circulating pump water inlet pipe 2 that is communicated with emulsion reactor 19 bottoms, water circulating pump water inlet pipe is communicated to the water inlet of water circulating pump 1, the delivery port of water circulating pump 1 is communicated with circulating pump discharge pipe 3, circulating pump discharge pipe 3 is communicated to emulsion reactor 19 tops, and circulating pump discharge pipe 3 external diameters are coated with heater 4, emulsion reactor 19 top blind flange have been set up left side stirring motor 5, telescopic cylinder 7, right side stirring motor 8, telescopic cylinder 7 is between left side stirring motor 5 and right side stirring motor 8, the telescopic shaft of telescopic cylinder 7 is connected to emulsification motor 6 shells, and telescopic cylinder 7 is between emulsification motor 6 and emulsion reactor top, left side stirring motor 5 and right side stirring motor 8 are all connected with the stirring motor output shaft 9 that extends into emulsion reactor inside, stirring motor output shaft is also connected with U-shaped agitator 10, the opening upwards of U-shaped agitator 10, stirring motor output shaft is connected to the minimum point of U-shaped agitator 10, emulsification motor 6 is connected with the emulsification motor output shaft 15 that extends into emulsion reactor inside, and emulsification motor output shaft 15 is connected with emulsifying head 14 away from one end of emulsification motor 6, also comprise the atomizing generator 21 that is positioned at emulsion reactor 19 tops, the mist tube connector that goes out of atomizing generator 21 extends into emulsion reactor 19 inside, go out mist tube connector and be connected with atomizer 22 away from one end of atomizing generator 21, the number of atomizing generator 21 has 4, each atomizing generator 21 is all connected with an atomizer 22 separately, 4 atomizing generators 21 carry out circular array taking any point on emulsification motor 6 axis and arrange as the center of circle, all atomizers 22 are all towards the axis of emulsification motor 6, atomizer 22 is between stirring motor output shaft and emulsification motor output shaft 15.
The utility model is in order to make the product after emulsification obtain comparatively stable effect, also comprise the atomizing generator 21 that is positioned at emulsion reactor 19 tops, the mist tube connector that goes out of atomizing generator 21 extends into emulsion reactor 19 inside, go out mist tube connector and be connected with atomizer 22 away from one end of atomizing generator 21, the number of atomizing generator 21 has 4, each atomizing generator 21 is all connected with an atomizer 22 separately, 4 atomizing generators 21 carry out circular array taking any point on emulsification motor 6 axis and arrange as the center of circle, all atomizers 22 are all towards the axis of emulsification motor 6, atomizer 22 is between stirring motor output shaft and emulsification motor output shaft 15.4 atomizing generators 21 comprise respectively 1 material A atomizing generator, 1 material B atomizing generator, 2 emulsifying agent atomizing generators, 2 emulsifying agent atomizing generators are oppositely arranged, the atomizer 22 of 2 emulsifying agent atomizing generator connections is oppositely arranged, atomization exit face is oppositely arranged, material A atomizing generator and material B atomizing generator are oppositely arranged, and material A atomizing generator is oppositely arranged with the atomizer 22 that material B atomizing generator is connected, and its atomization exit face is oppositely arranged.As above after arranging, material A is spouting after atomization from material A atomizing generator, material B is spouting after atomization from material B atomizing generator, the material of atomization sprays relatively, in like manner mulser is also spouting after the atomization of 2 emulsifying agent atomizing generators, and 4 atomizers 22 are all on same level line, and 3 kinds of materials carry out atomization mixing, first carry out atomization mixing carrying out stirring and emulsifying antecedent, thereby can promote the stablizing effect of later stage emulsification.
Design principle of the present invention is: utilize ring pump water inlet 2, water circulating pump 1, circulating pump discharge pipe 3 to form peripheral passage, Matter Transfer in emulsion reactor 19 is flowed, therefore can strengthen emulsifying power, utilize heater 4 to heat circulating pump discharge pipe 3 simultaneously, the material that flows through circulating pump discharge pipe 3 is heated, further strengthens emulsifying power.In addition, utilize left side stirring motor 5 to make to increase stirring efficiency with right side stirring motor 8, because emulsification motor 6 is arranged on emulsion reactor by telescopic cylinder 7, when starting telescopic cylinder 7, telescopic cylinder 7 can make emulsification motor 6 change apart from the distance of emulsion reactor, therefore, the emulsifying head 14 that is positioned at emulsion reactor has displacement up and down, the emulsification treatment that forms multiple positions, by above-mentioned 4 technology essential factors, realizes efficient emulsification treatment.This structure is compared the efficiency that traditional emulsifier unit can double, it is the material of unit double centner, adopt traditional emulsification structure, the time after fully emulsified need to be 2 hours, and the time after material that this structure can the unit's of making double centner is fully emulsified need to be 40 minutes to 1 hour.
Preferably, emulsifying head 14 comprises the shell body 16 that is provided with spray-hole 17, and shell body 16 inside are provided with paddle 18, and paddle 18 is connected with emulsification motor output shaft 15, and shell body 16 is connected on emulsification motor housing by 2 support columns 13.Paddle 18 High Rotation Speeds form high cut disperse emulsification, and material, from the interior ejection of spray-hole 17, makes material high-speed enter the stirring region of both sides.
Preferably, paddle is cross wing stirring structure or screw wing stirring structure.
Preferably, cross wing stirring structure forms for cross-coupled 2 blocks of wing plates in length and breadth.
Preferably, on emulsification motor output shaft 15, be also provided with mixing paddle 11 and disperse blade 12, further improving emulsifying effectiveness.
Preferably, heater comprises the Resistance Heating Film being coated on circulating pump discharge pipe external diameter.
Preferably, heater comprises the boiler being coated on circulating pump discharge pipe external diameter, the upper end of boiler is connected with water inlet pipe, boiler lower end is connected with outlet pipe, the spent hot water that can utilize factory, spent hot water enters from water inlet pipe, after heat exchange, flow out from outlet pipe, reach the object that used heat utilizes.
Workflow of the present utility model is: the material that is mixed with emulsifying agent is placed into after emulsion reactor, start left side stirring motor 5, emulsification motor 6, telescopic cylinder 7, right side stirring motor 8, telescopic cylinder 7 is repeatedly flexible, emulsification motor 6 moves up and down, emulsifying head moves up and down material is carried out to high-speed stirred emulsification, paddle rotation, by material cutting, and material is sprayed from spray-hole 17, , U-shaped agitator 10 rotates around stirring motor output shaft axis, edge material carries out stirring operation, after question response a few minutes, start water circulating pump, make material successively through ring pump water inlet 2, water circulating pump 1, then circulating pump discharge pipe 3 is back to emulsion reactor, start heater to heating material, after half an hour, heating-stopping apparatus and water circulating pump.
As mentioned above, can well realize the utility model.
Claims (7)
1. atomization type pesticidal emulsifiable device, it is characterized in that: comprise the water circulating pump water inlet pipe (2) that is communicated with emulsion reactor (19) bottom, water circulating pump water inlet pipe is communicated to the water inlet of water circulating pump (1), the delivery port of water circulating pump (1) is communicated with circulating pump discharge pipe (3), circulating pump discharge pipe (3) is communicated to emulsion reactor (19) top, and circulating pump discharge pipe (3) external diameter is coated with heater (4), emulsion reactor (19) top blind flange has been set up left side stirring motor (5), telescopic cylinder (7), right side stirring motor (8), telescopic cylinder (7) is positioned between left side stirring motor (5) and right side stirring motor (8), the telescopic shaft of telescopic cylinder (7) is connected to emulsification motor (6) shell, and telescopic cylinder (7) is positioned between emulsification motor (6) and emulsion reactor top, left side stirring motor (5) and right side stirring motor (8) are all connected with the stirring motor output shaft (9) that extends into emulsion reactor inside, stirring motor output shaft is also connected with U-shaped agitator (10), the opening upwards of U-shaped agitator (10), stirring motor output shaft is connected to the minimum point of U-shaped agitator (10), emulsification motor (6) is connected with the emulsification motor output shaft (15) that extends into emulsion reactor inside, and emulsification motor output shaft (15) is connected with emulsifying head (14) away from one end of emulsification motor (6), also comprise the atomizing generator (21) that is positioned at emulsion reactor (19) top, the mist tube connector that goes out of atomizing generator (21) extends into emulsion reactor (19) inside, go out mist tube connector and be connected with atomizer (22) away from one end of atomizing generator (21), the number of atomizing generator (21) has 4, each atomizing generator (21) is all connected with an atomizer (22) separately, 4 atomizing generators (21) carry out circular array taking any point on emulsification motor (6) axis and arrange as the center of circle, all atomizers (22) are all towards the axis of emulsification motor (6), atomizer (22) is positioned between stirring motor output shaft and emulsification motor output shaft (15).
2. atomization type pesticidal emulsifiable device according to claim 1, it is characterized in that: emulsifying head (14) comprises the shell body (16) that is provided with spray-hole (17), shell body (16) inside is provided with paddle (18), paddle (18) is connected with emulsification motor output shaft (15), and shell body (16) is connected on emulsification motor housing by 2 support columns (13).
3. atomization type pesticidal emulsifiable device according to claim 2, is characterized in that: paddle is cross wing stirring structure or screw wing stirring structure.
4. atomization type pesticidal emulsifiable device according to claim 3, is characterized in that: cross wing stirring structure forms for cross-coupled 2 blocks of wing plates in length and breadth.
5. atomization type pesticidal emulsifiable device according to claim 2, is characterized in that: on emulsification motor output shaft (15), be also provided with mixing paddle (11) and disperse blade (12).
6. atomization type pesticidal emulsifiable device according to claim 1, is characterized in that: heater comprises the Resistance Heating Film being coated on circulating pump discharge pipe external diameter.
7. atomization type pesticidal emulsifiable device according to claim 1, is characterized in that: heater comprises the boiler being coated on circulating pump discharge pipe external diameter, and the upper end of boiler is connected with water inlet pipe, and boiler lower end is connected with outlet pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420349290.6U CN203944336U (en) | 2014-06-27 | 2014-06-27 | Atomization type pesticidal emulsifiable device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420349290.6U CN203944336U (en) | 2014-06-27 | 2014-06-27 | Atomization type pesticidal emulsifiable device |
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| Publication Number | Publication Date |
|---|---|
| CN203944336U true CN203944336U (en) | 2014-11-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420349290.6U Expired - Fee Related CN203944336U (en) | 2014-06-27 | 2014-06-27 | Atomization type pesticidal emulsifiable device |
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| CN (1) | CN203944336U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107617386A (en) * | 2017-11-03 | 2018-01-23 | 江苏华淼电子科技有限公司 | A kind of municipal gardens ratio of nutrient solution dilution agitating device |
-
2014
- 2014-06-27 CN CN201420349290.6U patent/CN203944336U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107617386A (en) * | 2017-11-03 | 2018-01-23 | 江苏华淼电子科技有限公司 | A kind of municipal gardens ratio of nutrient solution dilution agitating device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141119 Termination date: 20170627 |