CN202778307U - Concentration-precisely-controlled ultra-small-grain-diameter aerosol generation equipment - Google Patents
Concentration-precisely-controlled ultra-small-grain-diameter aerosol generation equipment Download PDFInfo
- Publication number
- CN202778307U CN202778307U CN 201220372333 CN201220372333U CN202778307U CN 202778307 U CN202778307 U CN 202778307U CN 201220372333 CN201220372333 CN 201220372333 CN 201220372333 U CN201220372333 U CN 201220372333U CN 202778307 U CN202778307 U CN 202778307U
- Authority
- CN
- China
- Prior art keywords
- aerosol
- sudden
- liquid
- particle diameter
- grain
- 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- Withdrawn - After Issue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
Images
Landscapes
- Nozzles (AREA)
Abstract
The utility model provides concentration-precisely-controlled ultra-small-grain-diameter aerosol generation equipment. According to the concentration-precisely-controlled ultra-small-grain-diameter aerosol generation equipment, a precision injection pump is used for controlling the flowing liquid to be input to an atomization array body in a glass cavity, compressed air is atomized to form aerosol by an air ejection branch pipe, the aerosol with a larger grain diameter falls on a porous aeration board due to the action of gravity so as to form reduced liquid, part of the reduced liquid is sucked to the air ejection branch pipe through a liquid siphon pipe so as to be subjected to re-atomization, the other part of the reduced liquid is aerated by the porous aeration board so as to form atomized ultra-small-grain-diameter aerosol, the sublimation and atomization of the liquid are more favored in a manner that an electric heating temperature controller is used for heating the bottoms of the atomization array body and the glass cavity respectively, and concentration-precisely-controlled ultra-small-grain-diameter aerosol is formed by the finally-formed ultra-small-grain-diameter aerosol and air of a certain proportion, which is introduced from an air inlet quick connector, and is output from an aerosol output pipe. The concentration-precisely-controlled ultra-small-grain-diameter aerosol generation equipment has the beneficial effects that the concentration of the aerosol can be precisely controlled, and the ultra-small-grain-diameter aerosol can meet the special needs of fields of environmental science, military medicine, inhalation toxicology, nanotechnologies, materials science and the like.
Description
Technical field
The utility model relates to a kind of ultra micro small particle diameter aerosol generating equipment of accurately controlled concentration.
Background technology
Current in environmental science, military medicine, suck toxicity, nanometer technology, the fields such as material science need to utilize a kind of aerocolloidal gaseous environment of ultra micro small particle diameter that can produce accurate controlled concentration to test in a hurry, simulation, assessment, the experimental study of the science aspects such as check, this gaseous environment generally decides the airtight cabin of volume by one and ultra micro small particle diameter aerosol generating equipment that one can produce accurate controlled concentration forms, the airtight cabin of wherein deciding volume is easy to accomplish, but can produce ultra micro small particle diameter aerosol generating equipment or the blank of accurate controlled concentration, general aerosol generating equipment mostly adopts Direct spraying mode feed liquor concentration uncontrollable, the particle diameter that produces also all is not of uniform size, and the liquid that needs atomizing requires harsh, for example thickness can not be arranged, turbid phenomenon otherwise just can not atomize etc., do not reach the requirement of current scientific research, thereby restricted the development of related science research.Therefore research and develop an aerocolloidal generation that both can carry out to the liquid of any character the atomizing of accurate controlled concentration and can produce the ultra micro small particle diameter become current in the urgent need to.
Summary of the invention
For addressing the above problem, the purpose of this utility model provides a kind of ultra micro small particle diameter aerosol generating equipment of accurately controlled concentration, for relevant scientific research provides an aerocolloidal generation that both can carry out to the liquid of any character the atomizing of accurate controlled concentration and can produce the ultra micro small particle diameter, cooperating the airtight cabin of deciding volume to finish utilizes a kind of aerocolloidal gaseous environment of ultra micro small particle diameter that can produce accurate controlled concentration to test, simulation, assessment, the experimental study of the science aspects such as check, satisfying has this respect that the environmental science of special requirement is arranged, military medicine, suck toxicity, nanometer technology, the eager demand in the fields such as material science.
For achieving the above object, the technical solution of the utility model provides a kind of ultra micro small particle diameter aerosol generating equipment of accurately controlled concentration, described equipment comprises that there is the upper cap body top, the below has the glass chamber of the sudden and violent gas plate of porous, air compressor is connected to jet arm on the atomizing battle array body by the air inlet straight tube, the precise injection pump is connected to minute fluid tube on the atomizing battle array body by main feed liquor interface and feed liquor sleeve pipe, jet atomization produces the ultra micro small particle diameter in glass chamber aerosol occurs in intersection in jet arm and minute fluid tube, set the amount of liquid of input and the ratio of gas flow and just accurately controlled the aerocolloidal concentration of nominal particle size, glass chamber height difference has just determined that the height of aerosol efferent duct is different, designs as required the ultra micro small particle diameter aerosol that the glass chamber differing heights just can filter out the different-grain diameter scope and outwards exports.
The beneficial effects of the utility model are: the ultra micro small particle diameter aerosol generating equipment that a kind of accurately controlled concentration is provided, for relevant scientific research provides an aerocolloidal generation that both can carry out to the liquid of any character the atomizing of accurate controlled concentration and can produce the ultra micro small particle diameter, cooperating the airtight cabin of deciding volume to finish utilizes a kind of aerocolloidal gaseous environment of ultra micro small particle diameter that can produce accurate controlled concentration to test, simulation, assessment, the experimental study of the science aspects such as check, satisfying has this respect that the environmental science of special requirement is arranged, military medicine, suck toxicity, nanometer technology, the eager demand in the fields such as material science has been filled up the in this respect blank of science and technology.
Description of drawings:
Accompanying drawing 1 is the schematic diagram of the utility model structure:
Among the figure:
1, glass chamber 2, atomizing battle array body 3, upper cap body 4, air inlet fast joint 5, auxiliary feed liquor interface
6, electric control temperature device A 7, air inlet straight tube 8, aerosol efferent duct 9, air compressor 10, main feed liquor interface
11, feed liquor sleeve pipe 12, syringe 13, precise injection pump 14, electrical heating core A 15, the sudden and violent gas plate of porous
16, overcoat 17, heat-barrier material 18, electric control temperature device B 19, electrical heating core B 20, METAL HEATING PROCESS pad
21, heat conductive silica gel 22, minute fluid tube 23, jet arm 24, rainbow pipette 25, sudden and violent gas branch pipe
26, the sudden and violent gas supervisor of belt switch valve
The specific embodiment:
As shown in Figure 1, the utility model equipment comprises a kind of ultra micro small particle diameter aerosol generating equipment of accurately controlled concentration, it is characterized in that: the glass chamber 1 that comprises the transparent airtight drum-shaped structure that the top of a glass material is uncovered, the uncovered of top has upper cap body 3 to be tightly connected, the Compressed Gas of air compressor 9 supply by air inlet straight tube 7 to downward-extension, Compressed Gas connect in the bottom atomizing battle array body 2 therefrom mind-set all round difference become a plurality of jet arm 23 multidirection horizontals to draw, atomized liquid is equipped with the precision syringe 12 tight cingens feed liquor sleeve pipe 11 in outer ring that enters air inlet straight tube 7 by main feed liquor interface 10 of control fluid flow by precise injection pump 13 inside, a plurality of minutes fluid tubes 22 at the oriented all round difference one-tenth in atomizing battle array body 2 middle parts, atomized liquid flows into respectively the jet arm 23 that corresponding each pass goes out from jet arm 23 tops, jet atomization occurs in intersection and produces aerosol that particle size differs in glass chamber 1 in jet arm 23 and minute fluid tube 22, on the upper cap body 3 on glass chamber 1 top is uncovered aerosol efferent duct 8 is installed, the aerosol of those ultra micro small particle diameter can be crossed and overcome gravity by upwards outwards output of aerosol efferent duct 8 under air-flow promotes, the aerosol of greater particle size is dropped on the bottom by gravitating, glass chamber 1 is highly different just to have determined that the height of aerosol efferent duct 8 is different, the ultra micro small particle diameter aerosol that just can filter out the different-grain diameter scope by the differing heights that designs is outwards exported, the aerosol of greater particle size is by porous sudden and violent gas plate 15 tops of gravitating to glass chamber 1 bottom, just can form bulky grain aerosol reduction liquid, the sudden and violent gas plate 15 of porous is one and has various capilar bores only with by gases at high pressure but can not reveal the planar sheet of bulky grain aerosol reduction liquid, the seal cavity of the sudden and violent gas plate of porous 15 bottoms connects the sudden and violent gas supervisor 26 of a belt switch valve and draws to get off the sudden and violent gas branch pipe 25 of multichannel from the jet arm 23 of multichannel, Compressed Gas can carry out sudden and violent aerosolization to a part of bulky grain aerosol reduction liquid by capilar bore, another part bulky grain aerosol reduction liquid then is inhaled up each jet arm 23 intersection by a plurality of rainbow pipette 24 and again forms jet atomization, because what adopt is that multi-faceted a plurality of jet arm 23 and minute fluid tube 22 are added a plurality of rainbow pipette 24 and the sudden and violent gas plate 15 coefficient atomization abilities of porous are far longer than the lower quantitatively feed liquor flow of input of precise injection pump 13 controls, the liquid of all inputs all can be atomized very soon and screen and again atomize all becomes the nominal particle size aerosol that meets the requirements, and sets the amount of liquid of input and the ratio of gas flow and has just controlled the aerocolloidal concentration of the nominal particle size that atomized.And electrical heating core A 14 is equipped with in atomizing battle array body 2 inside and electric control temperature device A 6 can heat compressed air and atomized liquids in the atomizing battle array body 2, adds the electrical heating core B 18 of the sudden and violent gas plate 15 of porous and glass chamber 1 bottom and electric control temperature device B 19 and the compressed air in the reduction liquid of the bulky grain aerosol on the sudden and violent gas plate 15 of porous and the following seal chamber can be heated and just can atomize so that the liquid of the difficult atomizing such as thickness, muddiness becomes easy.Wherein upper cap body 3 is to be made by metal material, by there being the O-ring seal sealing to be fixed on above the glass chamber 1, there is the feed liquor sleeve pipe 11 that sealing is passed through in the centre above the upper cap body 3, what pass in the feed liquor sleeve pipe 11 is air inlet straight tube 7, the next door also be equipped with can automatic-sealed the air inlet fast joint 4 of locking be a vent line of being fastened by the airtight valve gap of the spring constraint of adjustable force amount size, pipeline one end is directly connected on the upper cap body 3 of sealing, the other end is connected the compressed air path of input automatically with the external world when connecting air inlet pipeline, air inlet fast joint 4 can be inputted a certain proportion of compressed air in order to the aerosol concentration of control, the sudden and violent gas supervisor 26 of a belt switch valve connects air compressor 9 from upper cap body 3 hermetically passings upper end, the lower end is connected to the seal cavity of the sudden and violent gas plate of porous 15 bottoms, and the auxiliary inlet 5 that also is equipped with on the upper cap body 3 can replenish atomized liquid and cleaning liquid at any time.Air compressor 9 is connected on the atomizing battle array body 2 in the glass chamber 1 by air inlet straight tube 7; being connected to main feed liquor interface 10 by syringe 12 efferent ducts of installing on the precise injection pump 13 simultaneously becomes a plurality of minutes fluid tubes 22 to intersect at the lower a plurality of rainbow pipette 24 of leading to the base that also have that produce atomizing of gases at high pressure promotion with each jet arm 23 with feed liquor sleeve pipe 11 bottom differences; the aerosol reduction liquid that drops on the base can be inhaled up each jet arm 23 intersection and again form atomizing; jet arm 23 can also form sudden and violent atmospheric pressure upwards by the seal cavity that the sudden and violent gas branch pipe 25 of multichannel is incorporated into the sudden and violent gas plate of porous 15 bottoms the reduction of the part aerosol on sudden and violent gas plate liquid is atomized; the seal cavity that the sudden and violent gas supervisor 26 of a belt switch valve connects the sudden and violent gas plate with porous of air compressor 9 15 bottoms can strengthen sudden and violent atmospheric pressure; be installed in the electrical heating core A 14 of atomizing battle array body 2 inside by the whole atomizing battle array of electric control temperature device A 6 control temperature heating body 2; glass chamber 1 bottom is surrounded by the overcoat 16 that metal is made; there is one deck heat-barrier material 17 overcoat 16 inside with overcoat 16 and inner METAL HEATING PROCESS pad 20 isolation insulations; there are electrical heating core B 19 electricity consumption thermostat B 18 controls to heat to METAL HEATING PROCESS pad 20 in the METAL HEATING PROCESS pad 20; heat transferred heat conductive silica gel 21 on the METAL HEATING PROCESS pad 20; heat conductive silica gel 21 is close to glass chamber 1 lower surface; can be with the sudden and violent gas plate 15 with porous of the heat transferred glass chamber 1 on the METAL HEATING PROCESS pad 20; controlling at any time temperature just can make the bulky grain aerosol reduction liquid of sudden and violent gas plate 15 upper surfaces of porous and the seal cavity of the sudden and violent gas plate of porous 15 bottoms heat; can make thickness; not volatile liquid is more prone to the atomization gas colloidal sol that sudden and violent aerosolization forms the ultra micro small particle diameter; wherein also have an atomizing battle array body 2 be by Heat Conduction Material make indoor design therefrom mind-set all round difference become a plurality of jet arms 23; the upper end connects the Compressed Gas of being supplied by air compressor 9 to the air inlet straight tube 7 of downward-extension provides atomizing energy and output gas flow; draw to get off respectively the sudden and violent gas branch pipe 25 of multichannel is connected to the sudden and violent gas plate of porous 15 bottoms in the bottom confined space from the jet arm 23 of multichannel sudden and violent gas energy is provided; by precise injection pump 13 inside the tight cingens feed liquor sleeve pipe 11 in outer ring that precision syringe 12 control fluid floies enter air inlet straight tube 7 by main feed liquor interface 10 position in atomizing battle array body 2 being housed becomes a plurality of minutes fluid tubes 22 to flow into respectively the jet arm 23 that corresponding each pass goes out above the jet arm 23 to difference all round to form atomization gas colloidal sol; also having a plurality of rainbow pipette 24 to be installed in that atomizing battle array body 2 lower surfaces are close to can be with sudden and violent gas plate 15 upper surface of porous; the seal cavity of the sudden and violent gas plate of porous 15 bottoms can reduce liquid to a part of bulky grain aerosol by capilar bore and carry out sudden and violent aerosolization except their Compressed Gas that provide of sudden and violent gas supervisor 26 also connect a belt switch valve from the jet arm 23 of multichannel draws to get off respectively the sudden and violent gas branch pipe 25 of multichannel are provided; wherein also have glass chamber 1 bottom that heat conductive silica gel 21 is arranged; its thermal-insulation coat 16 usefulness heat-barrier materials 17 are made; the top electrical heating core B 19 with metal coating pad 20 of interior useful electric control temperature device B 18 control heating; the control temperature is heated the bulky grain aerosol reduction liquid of sudden and violent gas plate 15 upper surfaces of porous and the seal cavity of the sudden and violent gas plate of porous 15 bottoms, can make thickness; not volatile liquid is more prone to the atomization gas colloidal sol that sudden and violent aerosolization forms the ultra micro small particle diameter.
Embodiment:
The airtight cabin of using the ultra micro small particle diameter aerosol generating equipment cooperation of a kind of accurately controlled concentration of the utility model to decide volume will be ready to every detecting instrument when finishing the aerocolloidal gaseous environment experimental study of ultra micro small particle diameter of accurate controlled concentration in advance, according to the glass chamber 1 that needed ultra micro small particle diameter scope is selected to adapt to height good seal upper cap body 3 is installed, from the aerosol efferent duct 8 airtight pipelines that connect in the airtight cabin of deciding volume, needed atomized liquid is injected into is connected to main feed liquor interface 10 in the syringe 12, syringe 12 is placed on the precise injection pump 13, the Programming feed liquor flow velocity that atomizes well in advance on precise injection pump 13, adjust the compressed air induction air flow ratio, adjust respectively 18 pairs of sudden and violent gas plates 15 with porous of atomizing battle array body 2 of electric control temperature device A 6 and electric control temperature device B and add temperature control, precise injection pump 13 is controlled syringes 12, and a plurality of minutes fluid tube 22 arrival compressed air of jet arm 23 meets while carries out jet atomization from the atomized liquids that air compressor 9 enters 23 pairs of meets of the air inlet straight tube 7 downward jet arms of arrival along feed liquor sleeve pipe 11 to multi-direction inflow to gust body 2 main feed liquor interfaces 10 conveying atomized liquids that atomize according to the flow velocity that designs, produce aerosol that particle size differs in glass chamber 1, under air-flow promotes the aerosol of those ultra micro small particle diameter can cross overcome gravity by aerosol efferent duct 8 upwards outwards output arrive the airtight cabin of deciding volume and test, the aerosol of greater particle size is dropped on the sudden and violent gas plate of porous 15 tops of bottom glass cavity 1 bottom by gravitating, just can form bulky grain aerosol reduction liquid, the seal cavity Compressed Gas of the sudden and violent gas plate of porous 15 bottoms can carry out sudden and violent aerosolization to a part of bulky grain aerosol reduction liquid by capilar bore, another part bulky grain aerosol reduction liquid then is inhaled up each jet arm 23 intersection by a plurality of rainbow pipette 24 and again forms jet atomization, because atomization ability is far longer than the lower quantitatively feed liquor flow of input of precise injection pump 13 controls, the liquid of all inputs all can be atomized very soon and screen and again atomize all becomes the nominal particle size aerosol that meets the requirements, and has just controlled the good aerocolloidal concentration of nominal particle size of atomizing according to the amount of liquid of pre-set input and the ratio of gas flow.And electrical heating core A 14 is equipped with in atomizing battle array body 2 inside and electric control temperature device A 6 can heat compressed air and atomized liquid in the atomizing battle array body 2, adding that the electrical heating core B 18 of the sudden and violent gas plate 15 of porous and glass chamber 1 bottom and electric control temperature device B 19 can heat the compressed air in the reduction liquid of the bulky grain aerosol on the sudden and violent gas plate 15 of porous and the following seal chamber just can be so that thickness, the liquid of the difficult atomizings such as muddiness becomes and atomizes easily, if can being equipped with the other end of air inlet fast joint 4 that can automatic-sealed locking when very thin above upper cap body 3, the concentration requirement of atomizing dilutes when connecting the nominal particle size aerosol of a certain proportion of compressed air of air inlet pipeline input to atomizing, if can replenish at any time a certain amount of atomized liquid from the auxiliary inlet 5 that upper cap body 3 is equipped with to improve the nominal particle size aerosol concentration of output during concentration requirement dense of atomizing, finish and close first that precise injection pump 13 stops to input atomized liquid after the experiment but not shut-off circuit and gas circuit, the auxiliary feed liquor interface 5 that is equipped with from upper cap body 3 feeds a certain amount of cleaning liquid and distilled water to whole atomizing battle array body 2, the sudden and violent gas plate 15 of porous and glass chamber 1 inside are cleaned, and close the control of source of the gas and circuit after the end.
Claims (5)
1. accurate ultra micro small particle diameter aerosol generating device of controlled concentration, it is characterized in that: this equipment comprises that there is upper cap body (3) top, the below has the glass chamber (1) of the sudden and violent gas plate of porous (15), air compressor (9) is connected to jet arm (23) on the atomizing battle array body (2) by air inlet straight tube (7), precise injection pump (13) is connected to minute fluid tube (22) on the atomizing battle array body (2) by main feed liquor interface (10) and feed liquor sleeve pipe (11), jet atomization produces the ultra micro small particle diameter in glass chamber (1) aerosol occurs in intersection in jet arm (23) and minute fluid tube (22), set the amount of liquid of input and the ratio of gas flow and just accurately controlled the aerocolloidal concentration of nominal particle size, glass chamber (1) highly difference has just determined that the height of aerosol efferent duct (8) is different, designs as required the ultra micro small particle diameter aerosol that glass chamber (1) differing heights just can filter out the different-grain diameter scope and outwards exports.
2. the ultra micro small particle diameter aerosol generating equipment of a kind of accurately controlled concentration according to claim 1, it is characterized in that: described glass chamber (1) is the transparent airtight drum-shaped structure of the uncovered glass material in top, upper cap body (3) is fixed on above the glass chamber (1) by the O-ring seal sealing, aerosol efferent duct (8) is installed on the upper cap body (3) is used for exporting the ultra micro small particle diameter aerosol that produces, there is the feed liquor sleeve pipe (11) that sealing is passed through in the centre above the upper cap body (3), the next door also be equipped with can automatic-sealed the air inlet fast joint (4) of locking, air inlet fast joint (4) is a vent line of being fastened by the airtight valve gap of the spring constraint of adjustable force amount size, pipeline one end is directly connected on the upper cap body (3) of sealing, the other end is connected the compressed air path of input automatically with the external world when connecting air inlet pipeline, air inlet fast joint (4) can be inputted a certain proportion of compressed air in order to control aerosol concentration, the sudden and violent gas supervisor (26) of a belt switch valve connects air compressor (9) from upper cap body (3) hermetically passing upper end, the lower end is connected to the following seal cavity of the sudden and violent gas plate of porous (15), and the auxiliary inlet (5) that also is equipped with on the upper cap body (3) can replenish atomized liquid and cleaning liquid at any time.
3. the ultra micro small particle diameter aerosol generating equipment of a kind of accurately controlled concentration according to claim 1, it is characterized in that: the Compressed Gas of air compressor (9) supply of described connection atomizing battle array body (2) upper end by air inlet straight tube (7) to downward-extension, Compressed Gas connect in the bottom atomizing battle array body (2) therefrom mind-set all round difference become a plurality of jet arms (23) multidirection horizontal to draw, atomized liquid is equipped with the precision syringe (12) of controlling fluid flow enters air inlet straight tube (7) by main feed liquor interface (10) the tight cingens feed liquor sleeve pipe in outer ring (11) by precise injection pump (13) inside, a plurality of minutes fluid tubes (22) at the oriented all round difference one-tenth in atomizing battle array body (2) middle part, atomized liquid flows into respectively jet arm (23) the formation atomization gas colloidal sol that corresponding each pass goes out from jet arm (23) top, wherein the atomization of liquid atomization gas colloidal sol that forms the ultra micro small particle diameter overcome gravity upwards diffusion from outwards output of aerosol efferent duct (8), the aerosol of greater particle size since action of gravitation fall back to and have various capilar bores only with by gases at high pressure but can not reveal the bulky grain aerosol and reduce the sudden and violent gas plate of porous (15) upper surface of liquid on glass chamber (1) bottom, the following seal cavity of the sudden and violent gas plate of porous (15) connects the sudden and violent gas supervisor (26) of a belt switch valve and draws to get off respectively the sudden and violent gas branch pipe of multichannel (25) from the jet arm of multichannel (23), Compressed Gas can carry out sudden and violent aerosolization to a part of bulky grain aerosol reduction liquid by capilar bore, and another part bulky grain aerosol reduction liquid then is inhaled up each jet arm (23) intersection by a plurality of rainbow pipette (24) and again forms atomizing.
4. the ultra micro small particle diameter aerosol generating equipment of a kind of accurately controlled concentration according to claim 1, it is characterized in that: described glass chamber (1) bottom is surrounded by the overcoat (16) that metal is made, there is one deck heat-barrier material (17) overcoat (16) inside with overcoat (16) and inner METAL HEATING PROCESS pad (20) isolation insulation, electrical heating core B(19 is arranged in the METAL HEATING PROCESS pad (20)) by electric control temperature device B(18) control heat to METAL HEATING PROCESS pad (20), heat transferred on the METAL HEATING PROCESS pad (20) is close to the heat conductive silica gel (21) of glass chamber (1) lower surface, can be with the sudden and violent gas plate with porous of heat transferred glass chamber (1) (15) on the METAL HEATING PROCESS pad (20), control at any time temperature and just can heat to the following seal cavity of the bulky grain aerosol reduction sudden and violent gas plate with porous of liquid (15) of the sudden and violent gas plate of porous (15) upper surface, can make thickness, not volatile liquid is more prone to the atomization gas colloidal sol that sudden and violent aerosolization forms the ultra micro small particle diameter.
5. the ultra micro small particle diameter aerosol generating equipment of a kind of accurately controlled concentration according to claim 1, it is characterized in that: electrified heating core A(14 is equipped with in described atomizing battle array body (2) lower central inside) by electric control temperature device A(6) control heat to a whole atomizing gust body (2), can make thickness, not volatile liquid be more prone to the atomization gas colloidal sol of sudden and violent aerosolization formation ultra micro small particle diameter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220372333 CN202778307U (en) | 2012-07-30 | 2012-07-30 | Concentration-precisely-controlled ultra-small-grain-diameter aerosol generation equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220372333 CN202778307U (en) | 2012-07-30 | 2012-07-30 | Concentration-precisely-controlled ultra-small-grain-diameter aerosol generation equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202778307U true CN202778307U (en) | 2013-03-13 |
Family
ID=47805652
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220372333 Withdrawn - After Issue CN202778307U (en) | 2012-07-30 | 2012-07-30 | Concentration-precisely-controlled ultra-small-grain-diameter aerosol generation equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202778307U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102773031A (en) * | 2012-07-30 | 2012-11-14 | 天津开发区合普工贸有限公司 | Ultra-micro small-particle size aerosol generating equipment capable of accurately controlling concentration |
| EP2829329A1 (en) * | 2013-07-22 | 2015-01-28 | Hans-Michael Hangleiter GmbH | Method for providing a surface of a solid substrate or component with a coating of at least one sublimatable compound, particularly with a cyclododecane layer, substrate or component manufactured according to the method |
| WO2015011165A1 (en) * | 2013-07-22 | 2015-01-29 | Hans-Michael Hangleiter Gmbh | Application device and method for applying at least one sublimatable condensable compound to surfaces of solid substrates and/or components, and substrate and/or component obtainable using the method, and device and method for determining the surface of a solid substrate and/or component |
| CN107596415A (en) * | 2017-10-10 | 2018-01-19 | 北京煜煌科技有限公司 | A kind of surgical knife disinfection device special |
| CN108051269A (en) * | 2017-12-28 | 2018-05-18 | 浙江大学台州研究院 | A kind of liquid concentration measuring device and method based on atomising device |
| CN108262181A (en) * | 2018-01-25 | 2018-07-10 | 无锡赛那尔仪器设备制造有限公司 | A kind of temperature control type atomizer for evaporative light scattering detector |
| CN110678269A (en) * | 2017-05-30 | 2020-01-10 | 必诺·罗伊泽有限及两合公司 | Aerosol device and method for providing aerosol |
-
2012
- 2012-07-30 CN CN 201220372333 patent/CN202778307U/en not_active Withdrawn - After Issue
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102773031A (en) * | 2012-07-30 | 2012-11-14 | 天津开发区合普工贸有限公司 | Ultra-micro small-particle size aerosol generating equipment capable of accurately controlling concentration |
| CN102773031B (en) * | 2012-07-30 | 2014-09-10 | 天津开发区合普工贸有限公司 | Ultra-micro small-particle size aerosol generating equipment capable of accurately controlling concentration |
| EP2829329A1 (en) * | 2013-07-22 | 2015-01-28 | Hans-Michael Hangleiter GmbH | Method for providing a surface of a solid substrate or component with a coating of at least one sublimatable compound, particularly with a cyclododecane layer, substrate or component manufactured according to the method |
| WO2015011165A1 (en) * | 2013-07-22 | 2015-01-29 | Hans-Michael Hangleiter Gmbh | Application device and method for applying at least one sublimatable condensable compound to surfaces of solid substrates and/or components, and substrate and/or component obtainable using the method, and device and method for determining the surface of a solid substrate and/or component |
| CN110678269A (en) * | 2017-05-30 | 2020-01-10 | 必诺·罗伊泽有限及两合公司 | Aerosol device and method for providing aerosol |
| CN110678269B (en) * | 2017-05-30 | 2021-12-21 | 必诺润滑技术有限公司 | Aerosol device and method for providing aerosol |
| CN107596415A (en) * | 2017-10-10 | 2018-01-19 | 北京煜煌科技有限公司 | A kind of surgical knife disinfection device special |
| CN108051269A (en) * | 2017-12-28 | 2018-05-18 | 浙江大学台州研究院 | A kind of liquid concentration measuring device and method based on atomising device |
| CN108051269B (en) * | 2017-12-28 | 2020-04-28 | 浙江大学台州研究院 | Liquid concentration measuring device and method based on atomization device |
| CN108262181A (en) * | 2018-01-25 | 2018-07-10 | 无锡赛那尔仪器设备制造有限公司 | A kind of temperature control type atomizer for evaporative light scattering detector |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102773031B (en) | Ultra-micro small-particle size aerosol generating equipment capable of accurately controlling concentration | |
| CN202778307U (en) | Concentration-precisely-controlled ultra-small-grain-diameter aerosol generation equipment | |
| CN101352661B (en) | Monodisperse aerosol generator | |
| CN102788740B (en) | Volatile gas diffusion detecting equipment with accurate concentration control | |
| CN202158945U (en) | Solid-state particle generator | |
| CN201283287Y (en) | Monodisperse aerosol generator | |
| CN202793969U (en) | Volatile gas diffusion detecting equipment for accurately controlling concentration | |
| CN205562537U (en) | Simple and easy rainfall devices of different rainfall modes simulates | |
| CN106000707B (en) | A kind of rain controller | |
| CN209576358U (en) | A kind of active carbon desorption air thermostatic mixing device | |
| KR101727053B1 (en) | Spray coating unit, and a coating system using the same | |
| CN103028339B (en) | Gas-water mixing device and gas-water combined supply system | |
| CN205926092U (en) | Rainfall ware | |
| CN203030234U (en) | Gas-water mixing device and gas-water combined supply system | |
| CN202302075U (en) | Flow regulating valve and water and gas mixing device thereof | |
| CN204005261U (en) | A kind of apparatus for making gas ordorous | |
| CN106861966B (en) | Salt spray aerosol spraying device | |
| CN205392376U (en) | Liquid flow controls experimental apparatus | |
| CN212189628U (en) | Novel liquid aerosol generator | |
| CN204203058U (en) | Salt spray test metering spray structure | |
| CN110096083B (en) | Temperature and humidity precise control device | |
| CN207907420U (en) | A kind of accurate humidification system in small space | |
| CN207259125U (en) | A kind of auto-manual system paint filling system | |
| CN202726875U (en) | Air floating platform | |
| CN102350407B (en) | Portable diffusion equipment of aerosol with tiny particle diameter |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP02 | Change in the address of a patent holder |
Address after: 300110 Tianjin city Nankai District Weishui road win atlas building 2-602 Patentee after: Tianjin Development Zone Hepu Industry and Trade Co., Ltd. Address before: 300020 Xinjiang Road, Heping District, Tianjin, No. 9 Patentee before: Tianjin Development Zone Hepu Industry and Trade Co., Ltd. |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20130313 Effective date of abandoning: 20140910 |
|
| RGAV | Abandon patent right to avoid regrant |