CN207357386U - A kind of medicament aerosol dispersion rifle - Google Patents
A kind of medicament aerosol dispersion rifle Download PDFInfo
- Publication number
- CN207357386U CN207357386U CN201720746918.XU CN201720746918U CN207357386U CN 207357386 U CN207357386 U CN 207357386U CN 201720746918 U CN201720746918 U CN 201720746918U CN 207357386 U CN207357386 U CN 207357386U
- Authority
- CN
- China
- Prior art keywords
- nozzle
- medicament
- membrane
- inner sleeve
- inner tube
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Nozzles (AREA)
Abstract
A kind of medicament aerosol dispersion rifle,Including gun body and gas-liquid mixing nozzle,The gun body includes outer tube and in outer tube,Axially displaceable inner tube,Medicament transfer passage is equipped with said inner tube,Equipped with gap it is gas delivery channels between the outer tube and inner tube,The gas-liquid mixed nozzle includes nozzle overcoat,Set and nozzle inner sleeve in nozzle,The port of export of the outer tube forms an installation room in medicament transfer passage and the port of export of gas delivery channels,The back-end sealing of the nozzle overcoat is installed in the outlet of outer tube,The middle part of the nozzle overcoat is equipped with mixing chamber,The input end of the mixing chamber is connected with installation room,The front end that the port of export is arranged on nozzle overcoat forms spout,It is indoor to be movably arranged on the installation for set in the nozzle,The utility model is capable of the disperse effect of first mate's raising medicament,The effective rate of utilization of medicament is set to be significantly improved,Reduce mixing time,Save energy consumption.
Description
Technical field
The utility model belongs to mineral processing equipment, more particularly to a kind of medicament aerosol dispersion rifle.
Background technology
In ore dressing field, particularly flotation process, the scattered of medicament is vital.The addition of existing medicament
With scattered mainly by the way that medicament directly is discharged into agitator after chemicals feeder control flow, medicament is made by being sufficiently stirred for agitator
It is distributed in ore pulp.But lipid medicament is insoluble in water and the easily characteristic such as condensation, effect when using this dispersing mode because of it
It is undesirable, in existing mixing plant, it is difficult to be dispersed into subset and fully permeate into ore pulp, reduce the effect of medicament
With influencing aeneficiation effect.In winter, due to mercury dropped, condensation phenomenon occurs in lipid medicament, seriously affects its mobility,
Dispersion effect is worse.Statistics in industry, in winter, the usage amount of lipid medicament need to increase by 40%, just can overcome the disadvantages that because of poor dispersion and
The effect of reduction.
Utility model content
The utility model overcomes insufficient existing for above-mentioned technology, there is provided a kind of disperse effect for being capable of first mate's raising medicament,
The effective rate of utilization of medicament is significantly improved, reduce mixing time, save a kind of medicament aerosol dispersion of energy consumption
Rifle.
A kind of medicament aerosol dispersion rifle, including gun body and gas-liquid mixing nozzle, the gun body include outer tube and installed in outer
Interior, axially displaceable inner tube is managed, medicament transfer passage is equipped with said inner tube, gap is equipped between the outer tube and inner tube
For gas delivery channels, the gas-liquid mixed nozzle includes set and nozzle inner sleeve, the outlet of the outer tube in nozzle overcoat, nozzle
The inherent medicament transfer passage in end and the port of export of gas delivery channels form an installation room, the back-end sealing of the nozzle overcoat
In the outlet of outer tube, the middle part of the nozzle overcoat is equipped with mixing chamber, and input end and the installation room of the mixing chamber connect
Logical, the front end that the port of export is arranged on nozzle overcoat forms spout, and set is movably arranged on the installation interior in the nozzle, described
Covered in nozzle and gap is equipped between outer wall and installation chamber interior walls, set can be along the axial movement of installation room, the nozzle in the nozzle
The outwardly formation guiding mouth of front center of middle set, the guiding mouth are arranged in mixing chamber, and the outside diameter of the guiding mouth is small
In the internal diameter of mixing chamber so that annular gap is formed between guiding mouth and mixing chamber, the middle part of the guiding mouth is equipped with mixing
The medicament squit hole of room connection, the rear end face of the front end face covered in the nozzle and the nozzle overcoat pass through compression seal, institute
State and back-end sealing covered in nozzle nozzle inner sleeve is installed, the nozzle inner sleeve can be covered in nozzle in be axially moveable, the spray
The port of export of mouth inner sleeve rear end and inner tube is tightly connected so that nozzle inner sleeve links with inner tube, and the rear end covered in the nozzle is consolidated
Surely the upper bushing of set in nozzle is sleeved on, second spring connection is provided between the nozzle inner sleeve and bushing so that nozzle
Middle set links with nozzle inner sleeve, and the front end of the nozzle inner sleeve is provided with the plug for sealing the medicament squit hole, initially
Said inner tube compresses plug and the nozzle inner sleeve to seal medicament squit hole, the rear end of the nozzle inner sleeve and spray during state
Cover and be tightly connected in mouth, the front end external diameter of the nozzle inner sleeve is less than the internal diameter covered in nozzle so that the nozzle inner sleeve and spray
Gap between being covered in mouth forms medicament distributor chamber, and the middle part of the nozzle inner sleeve is defeated by medicament distributor chamber and medicament equipped with through hole
Passage is sent to connect, during work, the front end face covered in the nozzle leaves the rear end face of the nozzle overcoat, and the plug leaves institute
State medicament squit hole so that the gas delivery channels are connected with annular gap, the medicament transfer passage and medicament squit hole
Connection.
Preferably, the rear end covered in the nozzle is provided with bushing, and the rear end of the nozzle inner sleeve is set with second spring,
When being moved after the nozzle inner sleeve, second spring can promote the bushing together with being moved after being covered in nozzle, and keep in nozzle
The plug of set is pressed on medicament squit hole, the indoor step for being equipped with set axial movement distance in limits nozzle of the installation.
Preferably, the spout of the port of export of the mixing chamber is small horn-like of outer imperial palace.
Preferably, the inner wall covered in the rear end of the nozzle inner sleeve and nozzle is sealed by the first sealing ring, the nozzle
The front end face of middle set and the rear end face of the nozzle overcoat are sealed by the second sealing ring.
Preferably, the front end face of set and the plug is inclined-plane in the nozzle.
Preferably, the rear end of said inner tube be set with successively tabletting before threeway connector sleeve, membrane protheca, membrane, membrane, every
Tabletting, the first spring, spring pressuring plate, membrane pressing sleeve and adjusting screw rod after film, the rear end of the outer tube by threeway connector sleeve with
Membrane protheca connects, and is provided with gas-tpe fitting on another interface of the threeway connector sleeve, the outer ring of the membrane be installed on every
Between film protheca and membrane pressing sleeve, the inner ring of the membrane is set with inner pipe by tabletting after tabletting before membrane and membrane, institute
After stating membrane the first spring is installed between tabletting and spring pressuring plate, the spring pressuring plate is connected by adjusting screw rod and membrane pressing sleeve
Connect, the adjusting screw rod, to be threadedly coupled, is provided with medicament pipe fitting with membrane pressing sleeve on the input end of said inner tube.High pressure is empty
Gas is entered in atomizing gun by gas-tpe fitting, and with the rapid increase of pressure in atomizing gun, membrane can be heaved backward, so as to drive
Inner tube is moved rearwards；Nozzle inner sleeve can be moved therewith at this time, due to the effect of second spring, bushing can be driven to be moved rearwards, directly
To abutting against on outer tube at set step A, and set and bushing are lockings in nozzle, can be retreated naturally together with set in nozzle corresponding
Distance, at this time the second sealing ring failure, pressure-air can pass through the annular gap B covered in nozzle between nozzle overcoat and spray at a high speed
Go out；Drive the distance moved after inner tube to be more than the distance that bushing is moved to outside step A simultaneously as membrane is heaved, in bushing backward
It is mobile abut against at step A after, inner tube also may proceed to move certain distance after driving nozzle inner sleeve, (at this time second spring can by into
One step is compressed) being fixed on set in nozzle, above plug also can be moved accordingly afterwards, and the seal failure between being covered in plug and nozzle, forms
Gap.At this time, the gas delivery channels are connected with annular gap, and the medicament transfer passage is connected with medicament squit hole.By
Compressed in pressure-air at the annular gap B flowed through into nozzle between set and nozzle overcoat, formed and sprayed at a high speed, and
Space at the mixing chamber D of front end is covered in nozzle suddenly to increase, and according to Bernoulli equation, negative pressure will be formed at mixing chamber D, from
And medicament is sucked by medicament channel.And the medicament being inhaled at the mixing chamber D in this segment pipe at mixing chamber C can and at a high speed
Air carries out fierce collision, is finally disperseed, is atomized into subset together with air in spirt ore pulp, so as to fulfill medicament
Efficient disperse.
Preferably, the gun body is laid with the insulated heating wire heated to inner tube on the outside of inner tube.So as to pass through
Insulated heating wire heats the medicament in inner tube before disperse, prevents medicament from condensing and being unfavorable for disperseing, while also ensure
Its mobility in small sized pipeline.
Preferably, the insulated heating wire is provided with the power supply instruction lamp bead for showing its working status.
In conclusion the utility model by pressure-air drive medicament be atomized, make medicament in mixing chamber with height
Fast air carries out fierce collision, is finally disperseed, is atomized into subset together with air in spirt ore pulp, due to medicament into
Enter before ore pulp just that aerosol dispersion into after subset, then high speed spirt ore pulp, has been capable of the disperse effect that first mate improves medicament,
The effective rate of utilization of medicament is set to be significantly improved.And mixing time thus can be reduced, energy consumption is saved, in addition, passing through
Secondary heating, ensures mobility of the lipid medicament before disperse, so as to be conducive to the scattered of medicament, can first mate lift the profit of medicament
With rate, play it and become apparent beneficial to effectiveness, particularly winter, effect.
Brief description of the drawings
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the enlarged drawing at Fig. 1 I.
In attached drawing, 1. outer tubes, 2. threeway connector sleeves, 3. membrane prothecas, 4. membrane pressing sleeves, 5. membranes, are pressed before 6. membranes
Piece, tabletting after 7. membranes, 8. springs, 9. spring pressuring plates, 10. adjusting screw rods, 11. inner tubes, 12. medicament pipe fittings, outside 13. nozzles
Cover, covered in 14. nozzles, 15. nozzle inner sleeves, 16. bushings, 17. plugs, 18. second springs, 19. insulated heating wires, 20. temperature controls
Switch, 21. power supply instruction lamp beads, 22. first sealing rings, 23. second sealing rings, 24. gas-tpe fittings, 25. gas delivery channels,
26. medicament transfer passage.
Embodiment
In conjunction with attached drawing, the technology contents of the utility model are described further.
As shown in Figure 1, a kind of medicament aerosol dispersion rifle, including gun body and gas-liquid mixing nozzle, the gun body include outer tube 1
With in the outer tube 1, axially displaceable inner tube 11, be equipped with medicament transfer passage in said inner tube 11, the outer tube and
Equipped with gap it is gas delivery channels 25 between inner tube, before the rear end of said inner tube 11 is set with threeway connector sleeve 2, membrane successively
Set 3, tabletting 7, the first spring 8, spring pressuring plate 9, membrane pressing sleeve 4 and adjusting screw rod 10 after tabletting 6, membrane 5, membrane before membrane,
The rear end of the outer tube 1 is connected by threeway connector sleeve 2 with membrane protheca 3, is installed on another interface of the threeway connector sleeve 2
There is gas-tpe fitting 24, the outer ring of the membrane 5 is installed between membrane protheca 3 and membrane pressing sleeve 4, and the inner ring of the membrane 5 leads to
Cross before membrane that tabletting 7 is sleeved in inner tube 11 after tabletting 6 and membrane, be provided with after the membrane between tabletting 7 and spring pressuring plate 9
First spring 8, the spring pressuring plate 9 are connected by adjusting screw rod 10 with membrane pressing sleeve 4, the adjusting screw rod 10 and membrane pressing sleeve
4 is are threadedly coupled, and medicament pipe fitting 12 is provided with the input end of said inner tube 11.
The gas-liquid mixed nozzle includes set 14 and nozzle inner sleeve 15, the outlet of the outer tube 1 in nozzle overcoat 13, nozzle
End forms an installation room, the rear end of the nozzle overcoat 13 in medicament transfer passage 26 and the port of export of gas delivery channels 25
It is sealingly mounted in the outlet of outer tube 1, the middle part of the nozzle overcoat 13 is equipped with mixing chamber, the input end and peace of the mixing chamber
Room connection is filled, the front end that the port of export is arranged on nozzle overcoat 13 forms spout, and spout is small horn-like, the nozzle of outer imperial palace
Middle set 14 is movably arranged on the installation interior, is covered in the nozzle between 14 outer walls and installation chamber interior walls and is equipped with gap, described
Set 14 can be moved axially along installation room in nozzle, and the outwardly formation guiding mouth of front center of set 14, described in the nozzle
Guiding mouth is arranged in mixing chamber, and the outside diameter of the guiding mouth is less than the internal diameter of mixing chamber so that between guiding mouth and mixing chamber
Annular gap is formed, the middle part of the guiding mouth is equipped with the medicament squit hole connected with mixing chamber, before covering 14 in the nozzle
The rear end face of end face and the nozzle overcoat 13 covers 14 back-end sealings by compression seal, in the nozzle and is provided with nozzle inner sleeve
15, the nozzle inner sleeve 15 can cover in nozzle to be axially moveable in 14, and the rear end that 14 are covered in the nozzle is provided with bushing 16,
The rear end of the nozzle inner sleeve 15 is set with second spring 18, and when being moved after the nozzle inner sleeve, second spring 18 can promote institute
State bushing 16 together with nozzle set 14 after move, and keep nozzle inner sleeve plug be pressed on medicament squit hole, the peace
The indoor step for being equipped with set axial movement distance in limits nozzle of dress, 15 rear end of nozzle inner sleeve and the port of export of inner tube 11
It is tightly connected so that nozzle inner sleeve 15 links with inner tube 11, and the front end of the nozzle inner sleeve 15 is provided with for sealing the medicine
The plug 17 of agent squit hole, set 14 is tightly connected in the rear end of the nozzle inner sleeve 15 and nozzle, before the nozzle inner sleeve 15
Outside diameter is held to be less than the internal diameter of set 14 in nozzle, the gap between being covered in the nozzle inner sleeve 15 and nozzle forms medicament distributor chamber,
The front portion of the nozzle inner sleeve 15 connects medicament distributor chamber with medicament transfer passage equipped with through hole, during work, in the nozzle
The front end face of set 14 leaves the rear end face of the nozzle overcoat 13, and the plug 17 leaves the medicament squit hole so that described
Gas delivery channels 25 are connected with annular gap, and the medicament transfer passage 26 is connected with medicament squit hole.
The inner wall of set 14 is sealed by the first sealing ring 22 in the rear end of the nozzle inner sleeve 15 and nozzle, in the nozzle
The rear end face of the front end face and the nozzle overcoat 13 of set 14 is sealed by the second sealing ring 23.
As a kind of embodiment of the present apparatus, the gun body is laid with what inner tube was heated in the outside of inner tube 11
Insulated heating wire 19, are equipped with temperature-sensitive temperature detect switch (TDS) 20 in tabletting before membrane, and the insulated heating wire 19, which is provided with, shows its work
Make the power supply instruction lamp bead 21 of state, power supply instruction lamp bead 21 is installed on membrane pressing sleeve 4.
Implementation process is specifically described below.
In a non-operative state, due to the effect of the first spring 8, the nozzle inner sleeve 15 being connected in inner tube 11 can forward
Top, is covered on 14, and form sealing by 17 top pressure of plug of its front end in nozzle；Set 14 in nozzle is driven to be pressed in spray at the same time
On mouth overcoat 13, formed and sealed by the second sealing ring 23.
During work, pressure-air is entered in atomizing gun by gas-tpe fitting 24, as the rapid of pressure increases in atomizing gun,
Membrane 5 can be heaved backward, so as to drive inner tube 11 to be moved rearwards；Nozzle inner sleeve 15 can be moved therewith at this time, due to second spring
18 effect, can drive bushing 16 to be moved rearwards, until abut against on outer tube 1 at set step A, and set 14 and bushing in nozzle
16 be locking, can retreat respective distance together with set 14 in nozzle naturally, the second sealing ring 23 fails at this time, and pressure-air can lead to
The annular gap B in nozzle between set 14 and nozzle overcoat 13 is crossed to spray at a high speed；Simultaneously as membrane 5, which is heaved, drives inner tube 11
The distance moved afterwards is more than the distance that bushing 16 is moved to outside step A, is abutted against therefore being moved rearwards in bushing 16 at step A
Afterwards, inner tube 11 also may proceed to move certain distance after driving nozzle inner sleeve 15, and (second spring 18 can be further compressed at this time) is solid
It also accordingly can afterwards be moved due to the plug 17 in nozzle inner sleeve 15, the seal failure between 14 covered in plug 17 and nozzle, between formation
Gap.At this time, the gas delivery channels 25 are connected with annular gap B, and the medicament transfer passage 26 connects with medicament squit hole F
It is logical.Since pressure-air is compressed at the annular gap B flowed through into nozzle between set and nozzle overcoat, formed and sprayed at a high speed
Penetrate, and space at 14 front end mixing chamber D is covered in nozzle and is increased suddenly, according to Bernoulli equation, will be formed at mixing chamber D
Negative pressure, so as to suck medicament by medicament squit hole F.And the medicament being inhaled at mixing chamber D to this segment pipe at mixing chamber C
It is interior that fierce collision can be carried out with high-speed air, finally disperseed, be atomized into subset together with air in spirt ore pulp, so that
Realize the efficient disperse of medicament.
Insulated heating wire 19 is wound with the periphery of inner tube 11, is in series with temperature-sensitive temperature detect switch (TDS) 20, is pacified after membrane pressing sleeve 4
Equipped with power supply instruction lamp bead 21.The acting of heating wire 19 fever, will heat inner tube 11, be opened by temperature control after powering on
20 (positive and negative 2 degree) controlling switch circuits are closed, realize heated at constant temperature (being usually set to 45 degree), so that it is guaranteed that lipid medicament is scattered
Preceding mobility, ensures dispersion effect.
The above descriptions are merely preferred embodiments of the present invention, does not limit the utility model in any way,
For those skilled in the art, the present invention may have various modifications and changes.All spirit in the utility model
Within principle, any modification, equivalent replacement, improvement and so on, should be included within the scope of protection of this utility model.
Claims (8)
1. a kind of medicament aerosol dispersion rifle, including gun body and gas-liquid mixing nozzle, the gun body includes outer tube (1) and installed in outer
Manage in (1), axially displaceable inner tube (11), be equipped with medicament transfer passage (26) in said inner tube (11), the outer tube and
Equipped with gap it is gas delivery channels (25) between inner tube, it is characterised in that：The gas-liquid mixed nozzle includes nozzle overcoat
(13), cover (14) in nozzle and nozzle inner sleeve (15), the port of export of the outer tube (1) are defeated in medicament transfer passage (26) and gas
The port of export of passage (25) is sent to form an installation room, the back-end sealing of the nozzle overcoat (13) is installed on going out for outer tube (1)
On mouth, the middle part of the nozzle overcoat (13) is equipped with mixing chamber, and the input end of the mixing chamber is connected with installation room, and the port of export is set
Put and spout is formed in the front end of nozzle overcoat (13), set (14) is movably arranged on the installation interior, the spray in the nozzle
Covered in mouth and gap is equipped between (14) outer wall and installation chamber interior walls, (14) are covered in the nozzle can be along the axial movement of installation room, institute
The outwardly formation guiding mouth of front center that (14) are covered in nozzle is stated, the guiding mouth is arranged in mixing chamber, the guiding
The outside diameter of mouth is less than the internal diameter of mixing chamber so that annular gap, the middle part of the guiding mouth are formed between guiding mouth and mixing chamber
The rear end of the front end face with the nozzle overcoat (13) of (14) is covered equipped with the medicament squit hole connected with mixing chamber, in the nozzle
Face is by compression seal, and set (14) back-end sealing is provided with nozzle inner sleeve (15) in the nozzle, and the nozzle inner sleeve (15) can
Cover in nozzle and be axially moveable in (14), nozzle inner sleeve (15) rear end and the port of export of inner tube (11) are tightly connected, and are made
Obtain nozzle inner sleeve (15) to link with inner tube (11), the rear end of set (14), which is fixed with, in the nozzle is sleeved in nozzle inner sleeve (15)
Bushing (16), be provided with second spring (18) between the nozzle inner sleeve (15) and bushing (16) so that in nozzle cover (14)
Link with nozzle inner sleeve (15), the front end of the nozzle inner sleeve (15) is provided with the plug for sealing the medicament squit hole
(17), said inner tube (11) compresses plug (17) and the nozzle inner sleeve (15) to seal medicament squit hole during original state,
Cover (14) in the rear end of the nozzle inner sleeve (15) and nozzle to be tightly connected, the front end external diameter of the nozzle inner sleeve (15) is less than spray
The internal diameter of (14) is covered in mouth so that the gap covered in the nozzle inner sleeve (15) and nozzle between (14) forms medicament distributor chamber,
The front portion of the nozzle inner sleeve (15) connects medicament distributor chamber with medicament transfer passage equipped with through hole, during work, the nozzle
The front end face of middle set (14) leaves the rear end face of the nozzle overcoat (13), and the plug (17) leaves the medicament squit hole,
So that the gas delivery channels (25) connect with annular gap, the medicament transfer passage (26) connects with medicament squit hole.
2. medicament aerosol dispersion rifle according to claim 1, it is characterised in that：The spout of the port of export of the mixing chamber is
Small horn-like of outer imperial palace.
3. medicament aerosol dispersion rifle according to claim 2, it is characterised in that：The rear end of the nozzle inner sleeve (15) and spray
The inner wall that (14) are covered in mouth is sealed by the first sealing ring (22), and the front end face of (14) and the nozzle overcoat are covered in the nozzle
(13) rear end face is sealed by the second sealing ring (23).
4. medicament aerosol dispersion rifle according to claim 3, it is characterised in that：The installation is indoor to be equipped with limits nozzle
The step of set axial movement distance.
5. medicament aerosol dispersion rifle according to claim 4, it is characterised in that：(14) and the plug are covered in the nozzle
(17) front end face is inclined-plane.
6. medicament aerosol dispersion rifle according to claim 5, it is characterised in that：The rear end of said inner tube (11) is set with successively
Have before threeway connector sleeve (2), membrane protheca (3), membrane tabletting (7) after tabletting (6), membrane (5), membrane, the first spring (8),
Spring pressuring plate (9), membrane pressing sleeve (4) and adjusting screw rod (10), the rear end of the outer tube (1) by threeway connector sleeve (2) with every
Film protheca (3) connects, and is provided with gas-tpe fitting (24) on another interface of the threeway connector sleeve (2), the membrane (5) it is outer
Circle is installed between membrane protheca (3) and membrane pressing sleeve (4), and the inner ring of the membrane (5) passes through tabletting before membrane (6) and membrane
Tabletting (7) is sleeved in inner tube (11) afterwards, and the first spring is provided between tabletting (7) and spring pressuring plate (9) after the membrane
(8), the spring pressuring plate (9) is connected by adjusting screw rod (10) with membrane pressing sleeve (4), the adjusting screw rod (10) and membrane pressure
(4) are covered to be threadedly coupled, and medicament pipe fitting (12) is installed on the input end of said inner tube (11).
7. the medicament aerosol dispersion rifle according to one of claim 1 to 6, it is characterised in that：The gun body is in inner tube (11)
Outside be laid with the insulated heating wire (19) heated to inner tube.
8. medicament aerosol dispersion rifle according to claim 7, it is characterised in that：The insulated heating wire (19) is provided with aobvious
Show the power supply instruction lamp bead (21) of its working status.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720746918.XU CN207357386U (en) | 2017-06-23 | 2017-06-23 | A kind of medicament aerosol dispersion rifle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720746918.XU CN207357386U (en) | 2017-06-23 | 2017-06-23 | A kind of medicament aerosol dispersion rifle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207357386U true CN207357386U (en) | 2018-05-15 |
Family
ID=62425231
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720746918.XU Withdrawn - After Issue CN207357386U (en) | 2017-06-23 | 2017-06-23 | A kind of medicament aerosol dispersion rifle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207357386U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107225053A (en) * | 2017-06-23 | 2017-10-03 | 湖南中工矿业工程技术有限公司 | A kind of medicament aerosol dispersion rifle |
| CN113304904A (en) * | 2021-05-25 | 2021-08-27 | 林国超 | Atomizing spray head structure for spraying aqueous pesticide |
-
2017
- 2017-06-23 CN CN201720746918.XU patent/CN207357386U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107225053A (en) * | 2017-06-23 | 2017-10-03 | 湖南中工矿业工程技术有限公司 | A kind of medicament aerosol dispersion rifle |
| CN113304904A (en) * | 2021-05-25 | 2021-08-27 | 林国超 | Atomizing spray head structure for spraying aqueous pesticide |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN107013242B (en) | A kind of mining multistage atomizing two-phase flow water mists generating device | |
| CN207357386U (en) | A kind of medicament aerosol dispersion rifle | |
| CN102205289A (en) | Atomizing sprayer | |
| CN107225053A (en) | A kind of medicament aerosol dispersion rifle | |
| CN207639334U (en) | A kind of drip irrigation emitter | |
| CN106011412B (en) | The online water hardening device of aluminium section bar and aluminium section bar production line | |
| CN201058316Y (en) | Combined atomized spray head | |
| CN105804377A (en) | Putty spray gun | |
| CN105729654A (en) | Gas-assisted wet process mixing and preparing device for rubber | |
| CN105773862B (en) | Gas auxiliary rubber wet method mixing producing device after a kind of premix | |
| CN102580874A (en) | High-pressure mixing opposite-flushing device | |
| CN212673816U (en) | Novel acidizing rotary kiln | |
| CN206192126U (en) | Salt chlorinator and gaseous spray gun that is used for salt chlorinator | |
| CN105396717B (en) | Gas control diaphragm type nozzle | |
| CN211488182U (en) | Anti-blocking atomization spray gun | |
| CN208252802U (en) | A kind of guide electromagnetic valve | |
| CN209753173U (en) | Efficient atomization device combining air pressure and creeping motion on boiling granulator | |
| CN206064320U (en) | A kind of warming plate microballon mixes glue spraying drawing-in device | |
| CN106268484A (en) | A kind of warming plate microballon mixing glue spraying drawing-in device | |
| CN211471432U (en) | Enzyme reactor atomizing feed arrangement | |
| CN207170055U (en) | A kind of atomizing nozzle structure | |
| CN106040467B (en) | A kind of two-fluid spray nozzle based on high pressure water | |
| CN205253407U (en) | Gas accuse diaphragm formula nozzle | |
| CN106111377B (en) | A kind of two-fluid outer mixed mode nozzle based on high pressure water | |
| CN220780826U (en) | Two-fluid fluidization spray nozzle |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180515 Effective date of abandoning: 20220712 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20180515 Effective date of abandoning: 20220712 |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |