CN205096000U - Special dryer of cotton and atomizer thereof - Google Patents
Special dryer of cotton and atomizer thereof Download PDFInfo
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- CN205096000U CN205096000U CN201520859672.8U CN201520859672U CN205096000U CN 205096000 U CN205096000 U CN 205096000U CN 201520859672 U CN201520859672 U CN 201520859672U CN 205096000 U CN205096000 U CN 205096000U
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Abstract
The utility model provides a special dryer of cotton and atomizer thereof, including supply air duct, bleed pipeline and the fan that is provided with air inlet export and air inlet entry, the fixed setting in a port of bleed pipeline in one side of fan, another port of bleed pipeline passes through the air inlet entry and extends to go into in the supply air duct, the air inlet exit of supply air duct still is provided with the shunt, the shunt includes diversion pipeline and diffluence pass, diffluence pass and diversion pipeline one end fixed connection, this diversion pipeline other end and supply air duct welding. The dryer is installed in one side of the spraying drive shaft of atomizer, the air supply pipe setup of dryer in spray nozzle below. This special dryer of cotton and atomizer thereof can guarantee from up spraying insecticide down, and the pesticide that will spray afterwards reaches the effect that all kinds of pests of in -process were planted to thorough elimination cotton on blowing to cotton leaf.
Description
Technical field
The utility model relates to agricultural equipment technical field, particularly relates to one and to grow cotton air duct dedicated, also relate to a kind of sprayer using cotton air duct dedicated.
Background technology
Existing pesticide atomizer spraying pipe structure, mostly is the many nozzle structures of single pole, can meets the object of spraying insecticide to different angles.But when plant growth is too high, that sprays insecticide and just show is unable to do what one wishes, needs lifting, expends muscle power.In addition, during for sprinkling multirow apart from crop, need repeatedly to spray, expend time in, and efficiency is lower.As everyone knows, the design of sprayer and some considerations in operating comprise prescribed dose and the aerosol particle size be consistent.In conventional nebulizers design, gas-pressurized can entrainment (entrain) liquid relative to baffle plate on a continuous basis, until the liquid depletion in holder.Timing period waste aerosol during continuous print spraying can cause patient expiration or between the air-breathing of patient and expiration.Because the aerosol dosage of waste may be difficult to quantitatively, therefore this effect also can make the regulation of dosage complicated.The major way of agricultural deinsectization is sprayed insecticide to crops by sprayer.Along with the progress of science and technology, the spraying mechanical of mechanization gradually replaces and traditional manually waves sprayer.Present spraying mechanical is generally made up of travel mechanism and humidifier, do not need to need people to go to carry movement as traditional manually waving sprayer, travel mechanism installs large-scale spray liquid tank body, then holds spray gun by people and crops are sprayed insecticide., although there has been very large improvement, still there is following shortcoming in such mode: hold spray gun by people and carry out sprinkling labour intensity greatly, spray uneven, shower nozzle quantity is few, and spraying efficiency is low, and people's exposed to pesticides in sprinkling process, to healthy unfavorable.
In prior art, about how improving pesticide spraying efficiency, propose a lot of scheme, such as Chinese patent CN204047710U discloses a kind of sprayer unit, it is characterized in that, comprise fixed mount, multiple telescoping shoring column, fog-spray nozzle, supervisor, multiple arm and flow divider; Described flow divider is fixed on described fixed mount; Described supervisor is connected with the entrance of described flow divider; Described arm one end is connected with the outlet of described flow divider, and the other end connects multiple fog-spray nozzle successively; Described telescoping shoring column is arranged on described fixed mount; Multiple fog-spray nozzles on same arm are rotating to be connected on same telescoping shoring column.The spliced glass substrate packing box that this technical scheme provides, following technique effect can be realized: be installed on existing spraying mechanical by fixed mount, replace single fog-spray nozzle, and be suitable for big machineryization production, the design of many group fog-spray nozzles substantially increases nebulization efficiency; And telescopic support and rotating fog-spray nozzle, the scope of spraying and the uniformity of spray process can be expanded greatly; Arm arranges valve, can spray for one-sided crop, increase the flexibility of this device; Be arranged on existing spraying mechanical, in spray process, do not need people to go contact, reduce labour intensity, avoid the harm of contact spray liquor healthy.
Chinese patent (CN202191985U) discloses a kind of Novel spray pipe of pesticide sprayer, it is characterized in that, comprise support and jet pipe, described support is provided with multiple pipe clamp, described jet pipe is telescopic tube, jet pipe snaps in pipe clamp, and jet pipe tail end is connected with current divider by tube connector, and current divider is connected with medicine-chest.This technical scheme is by the fixed position of adjustable jet tube on support, and can meet the sprinkling demand of different spacings crop, owing to spraying insecticide to multirow-crop simultaneously, efficiency is higher, without the need to repeatedly spraying back and forth.Because jet pipe is stretching structure, only need the length of adjustable jet tube, the sprinkling demand of differing heights crop can be met.Namely can be arranged on farm machinery, spray in the plant machinery such as aircraft, realize the mechanization of agricultural production.
But, for the insects such as the bollworm in cotton planting, aphid and worm's ovum mostly in the situation at the cotton seedling leaf back side, it is no matter the improvement from sprayer itself in above scheme, or from the improvement of sprayer jet pipe, pesticide sprayer still can only from directly spraying insecticide above, be not easy directly to be sprayed onto the leaf back side, easily make cotton field remain insect, still cannot solve the pest problem thoroughly eliminated in cotton planting process.
Utility model content
For overcome exist in prior art cannot solve the pest problem thoroughly eliminated in cotton planting process, the utility model provides one and to grow cotton air duct dedicated and sprayer thereof.
The technical solution adopted in the utility model is: one grows cotton air duct dedicated, it is characterized in that: comprise the air supply duct, bleed pipeline and the blower fan that are provided with air intake outlet and air intake entrance, the side of described blower fan is fixedly installed on the Single port of bleed pipeline; The another port of described bleed pipeline extends in air supply duct by air intake entrance, and the air intake exit of described air supply duct is also provided with current divider, and described current divider comprises shunt conduit and diffluence pass, and described diffluence pass is fixedly connected with shunt conduit one end; This shunt conduit other end welds with air supply duct.
On this basis, described diffluence pass comprises the first diffluence pass and second diffluence pass of independent setting separately, described first diffluence pass and the second diffluence pass are with the axis of shunt conduit for symmetry axis is symmetrical arranged, and described first diffluence pass and the second diffluence pass are all one-body molded with shunt conduit.
On this basis, the top of described first diffluence pass and the second diffluence pass is provided with a deep bead, described deep bead is connected with the welded top of the first diffluence pass and the second diffluence pass respectively, and the angle between described first diffluence pass and the second diffluence pass is 5 ~ 30 °.
On this basis, described deep bead entirety is horn-like structure, and this horn-like structure is connected with the welded top of the first diffluence pass and the second diffluence pass respectively, and the bell mouth angle of deep bead is 92 ~ 98 °.
On this basis, the both sides of described deep bead are all also provided with diversion angle, each diversion angle entirety becomes triangular prism shape, and the triangular prism top of described diversion angle is fixedly welded in deep bead inside upper surface, and the triangular prism bottom of described diversion angle is fixedly welded in the bottom inner surface of deep bead; Be provided with angle of inclination between described diversion angle and deep bead, this angle of inclination is 10 ~ 30 °.
On this basis, the angle of inclination arranged between described diversion angle and deep bead is 10 °.
On this basis, be provided with the second diversion angle in described shunt conduit, this second diversion angle is fixedly connected with shunt conduit inwall; Described second diversion angle entirety becomes triangular prism shape, and the triangular prism top of described second diversion angle is fixedly welded in the upper inwall of shunt conduit, and the triangular prism bottom of described second diversion angle is fixedly welded in the lower inwall of shunt conduit.
On this basis, be provided with angle of inclination between described second diversion angle and shunt conduit, this angle of inclination is 5 ~ 10 °.
On this basis, described current divider also comprises rear deflector, the second deflector and the first deflector, one end of described second deflector is connected with rear deflector, the other end of described second deflector is connected with the first deflector, angle between described rear deflector and the second deflector is obtuse angle, and the angle between described second deflector and the first deflector is obtuse angle.
The utility model additionally provides a kind of sprayer with cotton machine air duct dedicated, comprise sprayer body, sprayer body is provided with braces, spray nozzle and spraying driving shaft, described spraying driving shaft end is provided with spray nozzle, spray nozzle is one-body molded with spraying driving shaft, described air duct is arranged on the side of spraying driving shaft, the air supply duct of described air duct is arranged at below spray nozzle, and the outlet of the air intake of air supply duct is just to spray nozzle, the blower fan opposite side of described air duct is fixedly installed on spraying driving shaft lower surface, the diffluence pass of described air duct is just to below spray nozzle.
Compared with prior art, the beneficial effects of the utility model are as follows:
(1) cotton air duct dedicated of the present utility model, comprise the air supply duct, bleed pipeline and the blower fan that are provided with air intake outlet and air intake entrance, wherein, air supply duct is arranged at below spray nozzle, and the outlet of the air intake of air supply duct is just to spray nozzle; Utilization arranges air supply duct and up blows below pesticide sprayer shower nozzle, and blower fan side is fixedly installed on spraying driving shaft lower surface, and this blower fan opposite side is fixedly installed on bleed pipeline Single port; Bleed pipeline extends in air supply duct by air intake entrance, and such vibrational power flow can ensure to spray insecticide from beneath, is blown on cotton leaf by the agricultural chemicals of sprinkling subsequently, reaches the effect thoroughly eliminating each class pest in cotton planting process.
(2) cotton air duct dedicated of the present utility model, the air intake exit of air supply duct is also provided with current divider, and the setting of separator can play the effect of shunt air, and when making to spray, agricultural chemicals is more even; Wherein, current divider comprises shunt conduit and diffluence pass, and diffluence pass is fixedly connected with shunt conduit one end; This shunt conduit other end welds with air supply duct, and diffluence pass, just to below spray nozzle, utilizes and below pesticide sprayer shower nozzle, is arranged through air supply duct air outlet up blows, and structure is simple, successful.
(3) cotton air duct dedicated of the present utility model, diffluence pass is arranged to comprise the first diffluence pass and second diffluence pass of independent setting separately, first diffluence pass and the second diffluence pass with the axis of shunt conduit for symmetry axis is symmetrical arranged, arrange the first diffluence pass and the second diffluence pass can make to spray insecticide toward both direction at any angle, both can solve single direction sprinkling causes pesticide spraying uneven, also disposable too many direction can be avoided to spray, cause spray effect not good.
(4) cotton air duct dedicated of the present utility model, the top of the first diffluence pass and the second diffluence pass is provided with a deep bead, and deep bead is connected with the welded top of the first diffluence pass and the second diffluence pass respectively; The setting of deep bead, can effectively avoid agricultural chemicals wantonly to spray, and ensures the degree of accuracy of pesticide spraying; Because deep bead entirety is horn-like structure, and the bell mouth angle of horn-like deep bead is 92 ~ 98 °, and the scope of the horn-like setting that deep bead is such and angle is determined, more can ensure effective utilization of pesticide spraying.
(5) cotton air duct dedicated of the present utility model, the both sides of deep bead are all also provided with diversion angle, the setting of the utility model diversion angle, major function controls toward wind direction, each diversion angle entirety becomes triangular prism shape, the triangular prism top of diversion angle is fixedly welded in deep bead inside upper surface, the triangular prism bottom of diversion angle is fixedly welded in the bottom inner surface of deep bead, diversion angle is arranged to triangular prism shape, both effectively can stablize and be fixed on deep bead inside, triangular prism can also be utilized to control to meet toward wind direction the angle demand of pesticide spraying.
(6) cotton air duct dedicated of the present utility model, angle of inclination is provided with between diversion angle and deep bead, this angle of inclination is 10 ~ 30 °, best, the angle of inclination arranged between diversion angle and deep bead is 10 °, and diversion angle tilts fixing, and the determination at angle of inclination, for the best meets the angle demand of pesticide spraying, the insect in cotton for cotton blade back portion evenly can be sprayed.
(7) cotton air duct dedicated of the present utility model, is provided with the second diversion angle in shunt conduit, and this second diversion angle is fixedly connected with shunt conduit inwall, the setting of the second diversion angle in the utility model, effectively can ensure the stability exporting air-out; Simultaneously, second diversion angle whole installation is become triangular prism shape, the triangular prism top of the second diversion angle is fixedly welded in the upper inwall of shunt conduit, the triangular prism bottom of the second diversion angle is fixedly welded in the lower inwall of shunt conduit, both effectively can stablize and be fixed on shunt conduit inside, when wind-force can be avoided again excessive, air outlet is unstable, affect the progress of pesticide spraying, and the air that shunt conduit blower fan produces is shunted by the second diversion angle of triangular prism shape, can effectively deal with problems.
(8) cotton air duct dedicated of the present utility model, angle of inclination is provided with between second diversion angle and shunt conduit, this angle of inclination is 5 ~ 10 °, second diversion angle tilts fixing, and the determination at angle of inclination, effectively can ensure the airflow diversion in shunt conduit, maintain air outlet and stablize, ensure the progress of pesticide spraying.
(9) cotton air duct dedicated of the present utility model, the angled atomizing effect that disturbance effect and the liquid can strengthened air-flow is set of deflector, the second deflector and the first deflector, air-flow is made to be fan-shaped being uniformly distributed, can guarantee that air-flow and droplet can arrive vacuum side of blade, pesticide supplying effect significantly improves.
(10) a kind of sprayer with cotton machine air duct dedicated can realize upwards blowing, from the bottom up hydrojet is carried out to the back side of blade, such distribution can carry out hydrojet to the blade face up and down of plant simultaneously, especially effectively can reduce the bollworm in cotton planting, aphid and worm's ovum etc. mostly in the insect pest at the back side of blade, add the output of cotton.
Accompanying drawing explanation
Fig. 1 is the utility model cotton air duct dedicated overall structure schematic diagram;
Fig. 2 is diversion structure schematic diagram in the utility model cotton air duct dedicated;
Fig. 3 is that in the utility model cotton air duct dedicated, deep bead position arranges schematic diagram;
Fig. 4 is that the utility model cotton air duct dedicated diversion angle position arranges schematic diagram;
Fig. 5 is the current divider rearview of the utility model cotton air duct dedicated;
Fig. 6 is the current divider sectional view of the utility model cotton air duct dedicated.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
The utility model relates to one and to grow cotton air duct dedicated, as shown in Figure 1: comprise the air supply duct 5, bleed pipeline 6 and the blower fan 7 that are provided with air intake outlet and air intake entrance, the side of blower fan 7 is fixedly installed on the Single port of bleed pipeline 6; The another port of bleed pipeline 6 extends in air supply duct 5 by air intake entrance, and the air intake exit of air supply duct 5 is also provided with current divider 51, and current divider 51 comprises shunt conduit 511 and diffluence pass 52, and diffluence pass 52 is fixedly connected with shunt conduit 511 one end; This shunt conduit 511 other end welds with air supply duct 5.In the present embodiment, comprise the air supply duct, bleed pipeline and the blower fan that are provided with air intake outlet and air intake entrance, wherein, air supply duct is arranged at below spray nozzle, and the outlet of the air intake of air supply duct is just to spray nozzle; Utilization arranges air supply duct and up blows below pesticide sprayer shower nozzle, and such vibrational power flow can ensure to spray insecticide from beneath, is blown on cotton leaf by the agricultural chemicals of sprinkling subsequently, reaches the effect thoroughly eliminating each class pest in cotton planting process.
As shown in Figure 1: the air intake exit of air supply duct 5 is also provided with current divider 51, as shown in Figure 2: current divider comprises shunt conduit 511 and diffluence pass 52, diffluence pass 52 is fixedly connected with shunt conduit 511 one end; This shunt conduit 511 other end welds with air supply duct 5, and diffluence pass 52 is just to below spray nozzle.In the present embodiment, the current divider of the air intake exit setting of air supply duct, can play the effect of shunt air, and when making to spray, agricultural chemicals is more even; Wherein, current divider comprises shunt conduit and diffluence pass, and diffluence pass is fixedly connected with shunt conduit one end; This shunt conduit other end welds with air supply duct, and diffluence pass, just to below spray nozzle, utilizes and below pesticide sprayer shower nozzle, is arranged through air supply duct air outlet up blows, and structure is simple, successful.
As shown in Figure 2: diffluence pass 52 comprises independent the first diffluence pass 521 and the second diffluence pass 522 arranged separately, first diffluence pass 521 and the second diffluence pass 522 with the axis of shunt conduit 511 for symmetry axis is symmetrical arranged, and the first diffluence pass 521 and the second diffluence pass 522 all one-body molded with shunt conduit 511.The present embodiment arranges the first diffluence pass and the second diffluence pass can make past both direction at any angle spray insecticide, and both can solve single direction sprinkling and cause pesticide spraying uneven, disposable too many direction also can have been avoided to spray, cause spray effect not good.
As shown in Figure 3: the top of the first diffluence pass 521 and the second diffluence pass 522 is provided with a deep bead 53, deep bead 53 is connected with the welded top of the first diffluence pass 521 and the second diffluence pass 522 respectively, and the angle between described first diffluence pass and the second diffluence pass is 5 ~ 30 °.As shown in Figure 3: deep bead 53 entirety is horn-like structure, this horn-like structure is connected with the welded top of the first diffluence pass 521 and the second diffluence pass 522 respectively, and in the present embodiment, the bell mouth angle of horn-like deep bead 53 is 95 °.In the present embodiment, the setting of deep bead, can effectively avoid agricultural chemicals wantonly to spray, and ensures the degree of accuracy of pesticide spraying; Because deep bead entirety is horn-like structure, and the bell mouth angle of horn-like deep bead is 92 ~ 98 °, and the scope of the horn-like setting that deep bead is such and angle is determined, more can ensure effective utilization of pesticide spraying.
As shown in Figure 4: the both sides of deep bead 53 all can be provided with several diversion angle 54, in the present embodiment, the baffle plate 53 of every side is provided with 2 diversion angle 54, each shunting 54 entirety becomes triangular prism shape, the triangular prism top of diversion angle 54 is fixedly welded in deep bead 53 inside upper surface, and the triangular prism bottom of diversion angle 54 is fixedly welded in the bottom inner surface of deep bead 53.As the preferred version of the present embodiment, be provided with angle of inclination between this diversion angle and deep bead, this angle of inclination is 10 ~ 30 °, best, the angle of inclination arranged between diversion angle and deep bead is 10 °.The setting of the utility model diversion angle, major function controls toward wind direction, each diversion angle entirety becomes triangular prism shape, diversion angle is arranged to triangular prism shape, both effectively can stablize and be fixed on deep bead inside, triangular prism can also be utilized to control to meet toward wind direction the angle demand of pesticide spraying.
As shown in Figure 5: in shunt conduit 511, be provided with the second diversion angle 55, this second diversion angle 55 is fixedly connected with shunt conduit 511 inwall; Second diversion angle 55 entirety becomes triangular prism shape, the triangular prism top of the second diversion angle 55 is fixedly welded in the upper inwall of shunt conduit 511, the triangular prism bottom of the second diversion angle 55 is fixedly welded in the lower inwall of shunt conduit 511, as the preferred version of the present embodiment, be provided with angle of inclination between this second diversion angle 55 and shunt conduit 511, this angle of inclination is 5 ~ 10 °.The setting of the second diversion angle in the utility model, effectively can ensure the stability exporting air-out; Simultaneously, second diversion angle whole installation is become triangular prism shape, the triangular prism top of the second diversion angle is fixedly welded in the upper inwall of shunt conduit, the triangular prism bottom of the second diversion angle is fixedly welded in the lower inwall of shunt conduit, both effectively can stablize and be fixed on shunt conduit inside, when wind-force can be avoided again excessive, air outlet is unstable, affect the progress of pesticide spraying, and the air that shunt conduit blower fan produces is shunted by the second diversion angle of triangular prism shape, can effectively deal with problems.
As shown in Figure 6, current divider 51 also comprises rear deflector 8, second deflector 9 and the first deflector 10, one end of described second deflector 9 is connected with rear deflector 8, the other end of described second deflector 9 is connected with the first deflector 10, angle between described rear deflector 8 and the second deflector 9 is obtuse angle, and the angle between described second deflector 9 and the first deflector 10 is obtuse angle.In the present embodiment, the angled atomizing effect that disturbance effect and the liquid can strengthened air-flow is set of deflector, the second deflector and the first deflector, make air-flow be fan-shaped being uniformly distributed, can guarantee that air-flow and droplet can arrive vacuum side of blade, pesticide supplying effect significantly improves.
As shown in Figure 1, a kind of sprayer with cotton machine air duct dedicated, comprise sprayer body 1, sprayer body 1 is provided with braces 2, spray nozzle 3, air duct and spraying driving shaft 4, described air duct is arranged on the side of spraying driving shaft, spraying driving shaft 4 end is provided with spray nozzle 3, and spray nozzle 3 is one-body molded with spraying driving shaft 4.
The air supply duct 5 of the air duct of above-mentioned specific embodiment is arranged at below the spray nozzle 3 of above-mentioned sprayer body 1, and the outlet of the air intake of air supply duct 5 is just to spray nozzle 3, blower fan 7 opposite side is fixedly installed on spraying driving shaft 4 lower surface, and diffluence pass 52 is just to below spray nozzle 3.A kind of sprayer with cotton machine air duct dedicated can realize upwards blowing, from the bottom up hydrojet is carried out to the back side of blade, such distribution can carry out hydrojet to the blade face up and down of plant simultaneously, especially effectively can reduce the bollworm in cotton planting, aphid and worm's ovum etc. mostly in the insect pest at the back side of blade, add the output of cotton.
Above-mentioned explanation illustrate and describes preferred embodiment of the present utility model, as previously mentioned, be to be understood that the utility model is not limited to the form disclosed by this paper, should not regard the eliminating to other embodiments as, and can be used for other combinations various, amendment and environment, and can in utility model contemplated scope described herein, changed by the technology of above-mentioned instruction or association area or knowledge.And the change that those skilled in the art carry out and change do not depart from spirit and scope of the present utility model, then all should in the protection domain of the utility model claims.
Claims (10)
1. one to grow cotton air duct dedicated, it is characterized in that: comprise the air supply duct (5), bleed pipeline (6) and the blower fan (7) that are provided with air intake outlet and air intake entrance, the side of described blower fan (7) is fixedly installed on the Single port of bleed pipeline (6); The another port of described bleed pipeline (6) extends in air supply duct (5) by air intake entrance, the air intake exit of described air supply duct (5) is also provided with current divider (51), described current divider (51) comprises shunt conduit (511) and diffluence pass (52), and described diffluence pass (52) is fixedly connected with shunt conduit (511) one end; This shunt conduit (511) other end welds with air supply duct (5).
2. cotton air duct dedicated according to claim 1, it is characterized in that: described diffluence pass (52) comprises the first diffluence pass (521) and second diffluence pass (522) of independent setting separately, described first diffluence pass (521) and the second diffluence pass (522) are that symmetry axis is symmetrical arranged with the axis of shunt conduit (511), and described first diffluence pass (521) and the second diffluence pass (522) are all one-body molded with shunt conduit (511).
3. cotton air duct dedicated according to claim 2, it is characterized in that: the top of described first diffluence pass (521) and the second diffluence pass (522) is provided with a deep bead (53), described deep bead (53) is connected with the welded top of the first diffluence pass (521) and the second diffluence pass (522) respectively, and the angle between described first diffluence pass (521) and the second diffluence pass (522) is 5 ~ 30 °.
4. cotton air duct dedicated according to claim 3, it is characterized in that: described deep bead (53) entirety is horn-like structure, this horn-like structure is connected with the welded top of the first diffluence pass (521) and the second diffluence pass (522) respectively, and the bell mouth angle of deep bead (53) is 92 ~ 98 °.
5. cotton air duct dedicated according to claim 4, it is characterized in that: the both sides of described deep bead (53) are all also provided with diversion angle (54), each diversion angle (54) entirety becomes triangular prism shape, the triangular prism top of described diversion angle (54) is fixedly welded in deep bead (53) inside upper surface, and the triangular prism bottom of described diversion angle (54) is fixedly welded in the bottom inner surface of deep bead (53); Be provided with angle of inclination between described diversion angle (54) and deep bead (53), this angle of inclination is 10 ~ 30 °.
6. cotton air duct dedicated according to claim 5, is characterized in that: the angle of inclination arranged between described diversion angle (54) and deep bead (53) is 10 °.
7. cotton air duct dedicated according to claim 1, it is characterized in that: be provided with the second diversion angle (55) in described shunt conduit (511), this second diversion angle (55) is fixedly connected with shunt conduit (511) inwall; Described second diversion angle (55) entirety becomes triangular prism shape, the triangular prism top of described second diversion angle (55) is fixedly welded in the upper inwall of shunt conduit (511), and the triangular prism bottom of described second diversion angle (55) is fixedly welded in the lower inwall of shunt conduit (511).
8. cotton air duct dedicated according to claim 7, is characterized in that: be provided with angle of inclination between described second diversion angle (55) and shunt conduit (511), this angle of inclination is 5 ~ 10 °.
9. cotton air duct dedicated according to claim 1, it is characterized in that: described current divider (51) also comprises rear deflector (8), the second deflector (9) and the first deflector (10), one end of described second deflector (9) is connected with rear deflector (8), the other end of described second deflector (9) is connected with the first deflector (10), angle between described rear deflector (8) and the second deflector (9) is obtuse angle, and the angle between described second deflector (9) and the first deflector (10) is obtuse angle.
10. one kind has the sprayer of cotton machine air duct dedicated described in any one of claim 1 ~ 9, it is characterized in that: comprise sprayer body (1), sprayer body (1) is provided with braces (2), spray nozzle (3), air duct and spraying driving shaft (4), described spraying driving shaft (4) end is provided with spray nozzle (3), spray nozzle (3) is one-body molded with spraying driving shaft (4), and described air duct is arranged on the side of spraying driving shaft (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520859672.8U CN205096000U (en) | 2015-10-30 | 2015-10-30 | Special dryer of cotton and atomizer thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520859672.8U CN205096000U (en) | 2015-10-30 | 2015-10-30 | Special dryer of cotton and atomizer thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205096000U true CN205096000U (en) | 2016-03-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520859672.8U Active CN205096000U (en) | 2015-10-30 | 2015-10-30 | Special dryer of cotton and atomizer thereof |
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| Country | Link |
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| CN (1) | CN205096000U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105214870A (en) * | 2015-10-30 | 2016-01-06 | 南通黄海药械有限公司 | One grows cotton air duct dedicated and sprayer thereof |
| CN107969405A (en) * | 2016-10-24 | 2018-05-01 | 株式会社昭信 | The liquid of speed sprayer disseminates mechanism |
-
2015
- 2015-10-30 CN CN201520859672.8U patent/CN205096000U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105214870A (en) * | 2015-10-30 | 2016-01-06 | 南通黄海药械有限公司 | One grows cotton air duct dedicated and sprayer thereof |
| CN107969405A (en) * | 2016-10-24 | 2018-05-01 | 株式会社昭信 | The liquid of speed sprayer disseminates mechanism |
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| CB03 | Change of inventor or designer information |
Inventor after: Jie Luguan Inventor after: Jie Xiaowei Inventor before: Jie Luguan Inventor before: Xie Xiaowei |
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| COR | Change of bibliographic data |